[INFO] fetching crate gdnative-bindings-lily 0.9.3... [INFO] checking gdnative-bindings-lily-0.9.3 against try#998b6603a58e47f42ccce7a67943234e96b6839e for pr-143170 [INFO] extracting crate gdnative-bindings-lily 0.9.3 into /workspace/builds/worker-0-tc2/source [INFO] started tweaking crates.io crate gdnative-bindings-lily 0.9.3 [INFO] finished tweaking crates.io crate gdnative-bindings-lily 0.9.3 [INFO] tweaked toml for crates.io crate gdnative-bindings-lily 0.9.3 written to /workspace/builds/worker-0-tc2/source/Cargo.toml [INFO] validating manifest of crates.io crate gdnative-bindings-lily 0.9.3 on toolchain 998b6603a58e47f42ccce7a67943234e96b6839e [INFO] running `Command { std: CARGO_HOME="/workspace/cargo-home" RUSTUP_HOME="/workspace/rustup-home" "/workspace/cargo-home/bin/cargo" "+998b6603a58e47f42ccce7a67943234e96b6839e" "metadata" "--manifest-path" "Cargo.toml" "--no-deps", kill_on_drop: false }` [INFO] running `Command { std: CARGO_HOME="/workspace/cargo-home" RUSTUP_HOME="/workspace/rustup-home" "/workspace/cargo-home/bin/cargo" "+998b6603a58e47f42ccce7a67943234e96b6839e" "generate-lockfile" "--manifest-path" "Cargo.toml", kill_on_drop: false }` [INFO] [stderr] Updating crates.io index [INFO] [stderr] Blocking waiting for file lock on package cache [INFO] [stderr] Locking 66 packages to latest compatible versions [INFO] [stderr] Adding bitflags v1.3.2 (available: v2.9.1) [INFO] [stderr] Adding gdnative-core v0.9.3 (available: v0.11.3) [INFO] [stderr] Adding gdnative-sys v0.9.3 (available: v0.11.3) [INFO] [stderr] Adding gdnative_bindings_generator v0.9.3 (available: v0.11.3) [INFO] [stderr] Adding heck v0.3.3 (available: v0.5.0) [INFO] [stderr] Adding mini-internal v0.1.13 (available: v0.1.42) [INFO] [stderr] Adding miniserde v0.1.13 (available: v0.1.42) [INFO] running `Command { std: CARGO_HOME="/workspace/cargo-home" RUSTUP_HOME="/workspace/rustup-home" "/workspace/cargo-home/bin/cargo" "+998b6603a58e47f42ccce7a67943234e96b6839e" "fetch" "--manifest-path" "Cargo.toml", kill_on_drop: false }` [INFO] [stderr] Blocking waiting for file lock on package cache [INFO] running `Command { std: "docker" "create" "-v" "/var/lib/crater-agent-workspace/builds/worker-0-tc2/target:/opt/rustwide/target:rw,Z" "-v" "/var/lib/crater-agent-workspace/builds/worker-0-tc2/source:/opt/rustwide/workdir:ro,Z" "-v" "/var/lib/crater-agent-workspace/cargo-home:/opt/rustwide/cargo-home:ro,Z" "-v" "/var/lib/crater-agent-workspace/rustup-home:/opt/rustwide/rustup-home:ro,Z" "-e" "SOURCE_DIR=/opt/rustwide/workdir" "-e" "CARGO_TARGET_DIR=/opt/rustwide/target" "-e" "CARGO_HOME=/opt/rustwide/cargo-home" "-e" "RUSTUP_HOME=/opt/rustwide/rustup-home" "-w" "/opt/rustwide/workdir" "-m" "1610612736" "--user" "0:0" "--network" "none" "ghcr.io/rust-lang/crates-build-env/linux@sha256:90999bfc7ae267e83380e433d8e61a7c072ca6729e92edbae886d3423b3a6f4c" "/opt/rustwide/cargo-home/bin/cargo" "+998b6603a58e47f42ccce7a67943234e96b6839e" "metadata" "--no-deps" "--format-version=1", kill_on_drop: false }` [INFO] [stdout] f4e296fa6ad24510c202d6b8230fb5648860cf36aaee5ebff0dc3d62108ea2c8 [INFO] running `Command { std: "docker" "start" "-a" "f4e296fa6ad24510c202d6b8230fb5648860cf36aaee5ebff0dc3d62108ea2c8", kill_on_drop: false }` [INFO] running `Command { std: "docker" "inspect" "f4e296fa6ad24510c202d6b8230fb5648860cf36aaee5ebff0dc3d62108ea2c8", kill_on_drop: false }` [INFO] running `Command { std: "docker" "rm" "-f" "f4e296fa6ad24510c202d6b8230fb5648860cf36aaee5ebff0dc3d62108ea2c8", kill_on_drop: false }` [INFO] [stdout] f4e296fa6ad24510c202d6b8230fb5648860cf36aaee5ebff0dc3d62108ea2c8 [INFO] running `Command { std: "docker" "create" "-v" "/var/lib/crater-agent-workspace/builds/worker-0-tc2/target:/opt/rustwide/target:rw,Z" "-v" "/var/lib/crater-agent-workspace/builds/worker-0-tc2/source:/opt/rustwide/workdir:ro,Z" "-v" "/var/lib/crater-agent-workspace/cargo-home:/opt/rustwide/cargo-home:ro,Z" "-v" "/var/lib/crater-agent-workspace/rustup-home:/opt/rustwide/rustup-home:ro,Z" "-e" "SOURCE_DIR=/opt/rustwide/workdir" "-e" "CARGO_TARGET_DIR=/opt/rustwide/target" "-e" "CARGO_INCREMENTAL=0" "-e" "RUST_BACKTRACE=full" "-e" "RUSTFLAGS=--cap-lints=forbid" "-e" "RUSTDOCFLAGS=--cap-lints=forbid" "-e" "CARGO_HOME=/opt/rustwide/cargo-home" "-e" "RUSTUP_HOME=/opt/rustwide/rustup-home" "-w" "/opt/rustwide/workdir" "-m" "1610612736" "--user" "0:0" "--network" "none" "ghcr.io/rust-lang/crates-build-env/linux@sha256:90999bfc7ae267e83380e433d8e61a7c072ca6729e92edbae886d3423b3a6f4c" "/opt/rustwide/cargo-home/bin/cargo" "+998b6603a58e47f42ccce7a67943234e96b6839e" "check" "--frozen" "--all" "--all-targets" "--message-format=json", kill_on_drop: false }` [INFO] [stdout] 7fd714cd1c3b1d40f1c4c502fdaed3814de88563b5a71820325af4ee4d412421 [INFO] running `Command { std: "docker" "start" "-a" "7fd714cd1c3b1d40f1c4c502fdaed3814de88563b5a71820325af4ee4d412421", kill_on_drop: false }` [INFO] [stderr] Compiling syn v1.0.109 [INFO] [stderr] Compiling glob v0.3.2 [INFO] [stderr] Compiling ryu v1.0.20 [INFO] [stderr] Compiling itoa v0.4.8 [INFO] [stderr] Compiling regex-syntax v0.8.5 [INFO] [stderr] Compiling nom v5.1.3 [INFO] [stderr] Compiling memchr v2.7.5 [INFO] [stderr] Compiling cfg-if v1.0.1 [INFO] [stderr] Compiling bindgen v0.56.0 [INFO] [stderr] Compiling num-traits v0.2.19 [INFO] [stderr] Compiling lazy_static v1.5.0 [INFO] [stderr] Compiling peeking_take_while v0.1.2 [INFO] [stderr] Compiling shlex v0.1.1 [INFO] [stderr] Compiling libc v0.2.174 [INFO] [stderr] Compiling bitflags v1.3.2 [INFO] [stderr] Compiling lazycell v1.3.0 [INFO] [stderr] Compiling rustc-hash v1.1.0 [INFO] [stderr] Compiling libloading v0.8.8 [INFO] [stderr] Compiling parking_lot_core v0.8.6 [INFO] [stderr] Compiling xmlparser v0.13.6 [INFO] [stderr] Checking instant v0.1.13 [INFO] [stderr] Compiling ahash v0.7.8 [INFO] [stderr] Compiling indexmap v1.9.3 [INFO] [stderr] Compiling unindent v0.1.11 [INFO] [stderr] Checking scopeguard v1.2.0 [INFO] [stderr] Checking getrandom v0.2.16 [INFO] [stderr] Checking once_cell v1.21.3 [INFO] [stderr] Checking hashbrown v0.12.3 [INFO] [stderr] Checking lock_api v0.4.13 [INFO] [stderr] Compiling clang-sys v1.8.1 [INFO] [stderr] Checking parking_lot v0.11.2 [INFO] [stderr] Checking euclid v0.22.11 [INFO] [stderr] Checking approx v0.4.0 [INFO] [stderr] Compiling roxmltree v0.14.1 [INFO] [stderr] Compiling regex-automata v0.4.9 [INFO] [stderr] Compiling cexpr v0.4.0 [INFO] [stderr] Compiling regex v1.11.1 [INFO] [stderr] Compiling mini-internal v0.1.13 [INFO] [stderr] Compiling gdnative-impl-proc-macros v0.9.3 [INFO] [stderr] Compiling miniserde v0.1.13 [INFO] [stderr] Compiling gdnative_bindings_generator v0.9.3 [INFO] [stderr] Compiling gdnative-bindings-lily v0.9.3 (/opt/rustwide/workdir) [INFO] [stderr] Compiling gdnative-sys v0.9.3 [INFO] [stderr] Checking gdnative-core v0.9.3 [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:22:1353 [INFO] [stdout] | [INFO] [stdout] 22 | ...el_case_types)] # [derive (Debug)] pub struct ResourceFormatLoader { this : RawObject < Self > , } impl ResourceFormatLoader { # [doc ... [INFO] [stdout] | -------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `ResourceFormatLoader` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] = note: `#[warn(dead_code)]` on by default [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:40:1450 [INFO] [stdout] | [INFO] [stdout] 40 | ...el_case_types)] # [derive (Debug)] pub struct VisualScriptIndexGet { this : RawObject < Self > , } impl VisualScriptIndexGet { # [doc ... [INFO] [stdout] | -------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptIndexGet` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:64:1400 [INFO] [stdout] | [INFO] [stdout] 64 | ...on_camel_case_types)] # [derive (Debug)] pub struct Texture3D { this : RawObject < Self > , } impl Texture3D { # [doc = "Creates a new... [INFO] [stdout] | --------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `Texture3D` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:82:1186 [INFO] [stdout] | [INFO] [stdout] 82 | ...camel_case_types)] # [derive (Debug)] pub struct GlobalConstants { this : RawObject < Self > , } # [doc = "Constants"] # [allow (non_u... [INFO] [stdout] | --------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `GlobalConstants` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:130:1846 [INFO] [stdout] | [INFO] [stdout] 130 | ...non_camel_case_types)] # [derive (Debug)] pub struct VSlider { this : RawObject < Self > , } impl VSlider { # [doc = "Creates a new in... [INFO] [stdout] | ------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VSlider` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:166:1862 [INFO] [stdout] | [INFO] [stdout] 166 | ...on_camel_case_types)] # [derive (Debug)] pub struct CheckBox { this : RawObject < Self > , } impl CheckBox { # [doc = "Creates a new i... [INFO] [stdout] | -------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `CheckBox` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:214:1908 [INFO] [stdout] | [INFO] [stdout] 214 | ..._camel_case_types)] # [derive (Debug)] pub struct HBoxContainer { this : RawObject < Self > , } impl HBoxContainer { # [doc = "Creates... [INFO] [stdout] | ------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `HBoxContainer` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:268:1454 [INFO] [stdout] | [INFO] [stdout] 268 | ...el_case_types)] # [derive (Debug)] pub struct VisualScriptSceneTree { this : RawObject < Self > , } impl VisualScriptSceneTree { # [do... [INFO] [stdout] | --------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptSceneTree` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:340:1450 [INFO] [stdout] | [INFO] [stdout] 340 | ...el_case_types)] # [derive (Debug)] pub struct VisualScriptIndexSet { this : RawObject < Self > , } impl VisualScriptIndexSet { # [doc ... [INFO] [stdout] | -------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptIndexSet` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:382:1349 [INFO] [stdout] | [INFO] [stdout] 382 | ...mel_case_types)] # [derive (Debug)] pub struct AudioStreamPlayback { this : RawObject < Self > , } impl AudioStreamPlayback { } impl g... [INFO] [stdout] | ------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioStreamPlayback` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:400:1873 [INFO] [stdout] | [INFO] [stdout] 400 | ...n_camel_case_types)] # [derive (Debug)] pub struct VScrollBar { this : RawObject < Self > , } impl VScrollBar { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VScrollBar` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:406:1438 [INFO] [stdout] | [INFO] [stdout] 406 | ...amel_case_types)] # [derive (Debug)] pub struct VisualScriptWhile { this : RawObject < Self > , } impl VisualScriptWhile { # [doc = "C... [INFO] [stdout] | ----------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptWhile` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:454:1470 [INFO] [stdout] | [INFO] [stdout] 454 | ..._case_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorLen { this : RawObject < Self > , } impl VisualShaderNodeVectorLen {... [INFO] [stdout] | ------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorLen` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:508:1798 [INFO] [stdout] | [INFO] [stdout] 508 | ...n_camel_case_types)] # [derive (Debug)] pub struct Position2D { this : RawObject < Self > , } impl Position2D { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `Position2D` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:514:1165 [INFO] [stdout] | [INFO] [stdout] 514 | ...non_camel_case_types)] # [derive (Debug)] pub struct IP_Unix { this : RawObject < Self > , } impl IP_Unix { } impl gdnative_core :: pr... [INFO] [stdout] | ------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `IP_Unix` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:538:1504 [INFO] [stdout] | [INFO] [stdout] 538 | ...l_case_types)] # [derive (Debug)] pub struct AudioEffectNotchFilter { this : RawObject < Self > , } impl AudioEffectNotchFilter { # [d... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectNotchFilter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:544:1846 [INFO] [stdout] | [INFO] [stdout] 544 | ...non_camel_case_types)] # [derive (Debug)] pub struct HSlider { this : RawObject < Self > , } impl HSlider { # [doc = "Creates a new in... [INFO] [stdout] | ------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `HSlider` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:556:1516 [INFO] [stdout] | [INFO] [stdout] 556 | ..._case_types)] # [derive (Debug)] pub struct AudioEffectBandPassFilter { this : RawObject < Self > , } impl AudioEffectBandPassFilter {... [INFO] [stdout] | ------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectBandPassFilter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:568:1866 [INFO] [stdout] | [INFO] [stdout] 568 | ...camel_case_types)] # [derive (Debug)] pub struct PanelContainer { this : RawObject < Self > , } impl PanelContainer { # [doc = "Create... [INFO] [stdout] | -------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `PanelContainer` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:646:1478 [INFO] [stdout] | [INFO] [stdout] 646 | ...case_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorClamp { this : RawObject < Self > , } impl VisualShaderNodeVectorClam... [INFO] [stdout] | --------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorClamp` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:682:1830 [INFO] [stdout] | [INFO] [stdout] 682 | ...n_camel_case_types)] # [derive (Debug)] pub struct PopupPanel { this : RawObject < Self > , } impl PopupPanel { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `PopupPanel` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:700:1445 [INFO] [stdout] | [INFO] [stdout] 700 | ...el_case_types)] # [derive (Debug)] pub struct AnimationNodeTimeSeek { this : RawObject < Self > , } impl AnimationNodeTimeSeek { # [do... [INFO] [stdout] | --------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AnimationNodeTimeSeek` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:724:1450 [INFO] [stdout] | [INFO] [stdout] 724 | ...el_case_types)] # [derive (Debug)] pub struct VisualScriptIterator { this : RawObject < Self > , } impl VisualScriptIterator { # [doc ... [INFO] [stdout] | -------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptIterator` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:850:1522 [INFO] [stdout] | [INFO] [stdout] 850 | ..._case_types)] # [derive (Debug)] pub struct VisualScriptComposeArray { this : RawObject < Self > , } impl VisualScriptComposeArray { #... [INFO] [stdout] | ------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptComposeArray` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:892:1349 [INFO] [stdout] | [INFO] [stdout] 892 | ...mel_case_types)] # [derive (Debug)] pub struct ResourceFormatSaver { this : RawObject < Self > , } impl ResourceFormatSaver { # [doc =... [INFO] [stdout] | ------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `ResourceFormatSaver` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:934:1458 [INFO] [stdout] | [INFO] [stdout] 934 | ...l_case_types)] # [derive (Debug)] pub struct VisualShaderNodeCustom { this : RawObject < Self > , } impl VisualShaderNodeCustom { # [d... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeCustom` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:940:1486 [INFO] [stdout] | [INFO] [stdout] 940 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorCompose { this : RawObject < Self > , } impl VisualShaderNodeVectorCom... [INFO] [stdout] | ----------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorCompose` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:970:1572 [INFO] [stdout] | [INFO] [stdout] 970 | ...e_types)] # [derive (Debug)] pub struct VisualShaderNodeTransformUniform { this : RawObject < Self > , } impl VisualShaderNodeTransfor... [INFO] [stdout] | -------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeTransformUniform` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1000:1498 [INFO] [stdout] | [INFO] [stdout] 1000 | ...e_types)] # [derive (Debug)] pub struct VisualShaderNodeTransformCompose { this : RawObject < Self > , } impl VisualShaderNodeTransfor... [INFO] [stdout] | -------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeTransformCompose` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1012:1439 [INFO] [stdout] | [INFO] [stdout] 1012 | ...el_case_types)] # [derive (Debug)] pub struct AudioStreamMicrophone { this : RawObject < Self > , } impl AudioStreamMicrophone { # [do... [INFO] [stdout] | --------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioStreamMicrophone` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1054:1880 [INFO] [stdout] | [INFO] [stdout] 1054 | ...n_camel_case_types)] # [derive (Debug)] pub struct CheckButton { this : RawObject < Self > , } impl CheckButton { # [doc = "Creates a ... [INFO] [stdout] | ----------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `CheckButton` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1084:1454 [INFO] [stdout] | [INFO] [stdout] 1084 | ...el_case_types)] # [derive (Debug)] pub struct VisualScriptCondition { this : RawObject < Self > , } impl VisualScriptCondition { # [do... [INFO] [stdout] | --------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptCondition` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1096:1434 [INFO] [stdout] | [INFO] [stdout] 1096 | ...amel_case_types)] # [derive (Debug)] pub struct VisualScriptSelf { this : RawObject < Self > , } impl VisualScriptSelf { # [doc = "Cre... [INFO] [stdout] | ---------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptSelf` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1114:1926 [INFO] [stdout] | [INFO] [stdout] 1114 | ...camel_case_types)] # [derive (Debug)] pub struct VSplitContainer { this : RawObject < Self > , } impl VSplitContainer { # [doc = "Crea... [INFO] [stdout] | --------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VSplitContainer` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1126:1408 [INFO] [stdout] | [INFO] [stdout] 1126 | ...el_case_types)] # [derive (Debug)] pub struct ARVRInterfaceGDNative { this : RawObject < Self > , } impl ARVRInterfaceGDNative { # [do... [INFO] [stdout] | --------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `ARVRInterfaceGDNative` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1138:1832 [INFO] [stdout] | [INFO] [stdout] 1138 | ...on_camel_case_types)] # [derive (Debug)] pub struct SpotLight { this : RawObject < Self > , } impl SpotLight { # [doc = "Creates a new... [INFO] [stdout] | --------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `SpotLight` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1156:1771 [INFO] [stdout] | [INFO] [stdout] 1156 | ...(non_camel_case_types)] # [derive (Debug)] pub struct Panel { this : RawObject < Self > , } impl Panel { # [doc = "Creates a new insta... [INFO] [stdout] | ----- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `Panel` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1162:1321 [INFO] [stdout] | [INFO] [stdout] 1162 | ..._camel_case_types)] # [derive (Debug)] pub struct SpatialGizmo { this : RawObject < Self > , } impl SpatialGizmo { } impl gdnative_cor... [INFO] [stdout] | ------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `SpatialGizmo` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1234:1707 [INFO] [stdout] | [INFO] [stdout] 1234 | ..._camel_case_types)] # [derive (Debug)] pub struct JNISingleton { this : RawObject < Self > , } impl JNISingleton { # [doc = "Creates a... [INFO] [stdout] | ------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `JNISingleton` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1282:1464 [INFO] [stdout] | [INFO] [stdout] 1282 | ...camel_case_types)] # [derive (Debug)] pub struct AudioEffectEQ21 { this : RawObject < Self > , } impl AudioEffectEQ21 { # [doc = "Crea... [INFO] [stdout] | --------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectEQ21` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1300:1387 [INFO] [stdout] | [INFO] [stdout] 1300 | ...mel_case_types)] # [derive (Debug)] pub struct PacketPeerGDNative { this : RawObject < Self > , } impl PacketPeerGDNative { # [doc = "... [INFO] [stdout] | ------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `PacketPeerGDNative` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1312:1412 [INFO] [stdout] | [INFO] [stdout] 1312 | ..._camel_case_types)] # [derive (Debug)] pub struct TextureArray { this : RawObject < Self > , } impl TextureArray { # [doc = "Creates a... [INFO] [stdout] | ------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `TextureArray` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1318:1458 [INFO] [stdout] | [INFO] [stdout] 1318 | ...l_case_types)] # [derive (Debug)] pub struct VisualScriptExpression { this : RawObject < Self > , } impl VisualScriptExpression { # [d... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptExpression` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1336:1498 [INFO] [stdout] | [INFO] [stdout] 1336 | ...e_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorScalarStep { this : RawObject < Self > , } impl VisualShaderNodeVectorSc... [INFO] [stdout] | -------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorScalarStep` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1378:1458 [INFO] [stdout] | [INFO] [stdout] 1378 | ...l_case_types)] # [derive (Debug)] pub struct VisualScriptCustomNode { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , ... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptCustomNode` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1390:1506 [INFO] [stdout] | [INFO] [stdout] 1390 | ..._types)] # [derive (Debug)] pub struct VisualShaderNodeTransformDecompose { this : RawObject < Self > , } impl VisualShaderNodeTransfo... [INFO] [stdout] | ---------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeTransformDecompose` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1468:1516 [INFO] [stdout] | [INFO] [stdout] 1468 | ..._case_types)] # [derive (Debug)] pub struct AudioEffectHighPassFilter { this : RawObject < Self > , } impl AudioEffectHighPassFilter {... [INFO] [stdout] | ------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectHighPassFilter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1570:1478 [INFO] [stdout] | [INFO] [stdout] 1570 | ...case_types)] # [derive (Debug)] pub struct VisualShaderNodeDeterminant { this : RawObject < Self > , } impl VisualShaderNodeDeterminan... [INFO] [stdout] | --------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeDeterminant` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1576:1426 [INFO] [stdout] | [INFO] [stdout] 1576 | ...on_camel_case_types)] # [derive (Debug)] pub struct PointMesh { this : RawObject < Self > , } impl PointMesh { # [doc = "Creates a new... [INFO] [stdout] | --------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `PointMesh` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1618:1464 [INFO] [stdout] | [INFO] [stdout] 1618 | ...camel_case_types)] # [derive (Debug)] pub struct AudioEffectEQ10 { this : RawObject < Self > , } impl AudioEffectEQ10 { # [doc = "Crea... [INFO] [stdout] | --------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectEQ10` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1660:1522 [INFO] [stdout] | [INFO] [stdout] 1660 | ...ypes)] # [derive (Debug)] pub struct VisualShaderNodeVectorScalarSmoothStep { this : RawObject < Self > , } impl VisualShaderNodeVecto... [INFO] [stdout] | -------------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorScalarSmoothStep` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1726:1309 [INFO] [stdout] | [INFO] [stdout] 1726 | ...ase_types)] # [derive (Debug)] pub struct BulletPhysicsDirectBodyState { this : RawObject < Self > , } impl BulletPhysicsDirectBodySta... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `BulletPhysicsDirectBodyState` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1768:1564 [INFO] [stdout] | [INFO] [stdout] 1768 | ...se_types)] # [derive (Debug)] pub struct VisualShaderNodeBooleanUniform { this : RawObject < Self > , } impl VisualShaderNodeBooleanUn... [INFO] [stdout] | ------------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeBooleanUniform` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1888:1478 [INFO] [stdout] | [INFO] [stdout] 1888 | ...case_types)] # [derive (Debug)] pub struct VisualShaderNodeScalarClamp { this : RawObject < Self > , } impl VisualShaderNodeScalarClam... [INFO] [stdout] | --------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeScalarClamp` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1900:1520 [INFO] [stdout] | [INFO] [stdout] 1900 | ...case_types)] # [derive (Debug)] pub struct AudioEffectHighShelfFilter { this : RawObject < Self > , } impl AudioEffectHighShelfFilter ... [INFO] [stdout] | -------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectHighShelfFilter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1918:1341 [INFO] [stdout] | [INFO] [stdout] 1918 | ...on_camel_case_types)] # [derive (Debug)] pub struct TextFile { this : RawObject < Self > , } impl TextFile { # [doc = "Creates a new i... [INFO] [stdout] | -------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `TextFile` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1930:1926 [INFO] [stdout] | [INFO] [stdout] 1930 | ...camel_case_types)] # [derive (Debug)] pub struct HSplitContainer { this : RawObject < Self > , } impl HSplitContainer { # [doc = "Crea... [INFO] [stdout] | --------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `HSplitContainer` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1978:1458 [INFO] [stdout] | [INFO] [stdout] 1978 | ...l_case_types)] # [derive (Debug)] pub struct VisualShaderNodeOutput { this : RawObject < Self > , } impl VisualShaderNodeOutput { } im... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeOutput` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:1990:1365 [INFO] [stdout] | [INFO] [stdout] 1990 | ...camel_case_types)] # [derive (Debug)] pub struct RichTextEffect { this : RawObject < Self > , } impl RichTextEffect { # [doc = "Create... [INFO] [stdout] | -------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `RichTextEffect` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2002:1490 [INFO] [stdout] | [INFO] [stdout] 2002 | ...se_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorDistance { this : RawObject < Self > , } impl VisualShaderNodeVectorDis... [INFO] [stdout] | ------------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorDistance` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2032:1477 [INFO] [stdout] | [INFO] [stdout] 2032 | ..._case_types)] # [derive (Debug)] pub struct WebRTCDataChannelGDNative { this : RawObject < Self > , } impl WebRTCDataChannelGDNative {... [INFO] [stdout] | ------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `WebRTCDataChannelGDNative` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2110:1194 [INFO] [stdout] | [INFO] [stdout] 2110 | ..._camel_case_types)] # [derive (Debug)] pub struct InputDefault { this : RawObject < Self > , } impl InputDefault { } impl gdnative_cor... [INFO] [stdout] | ------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `InputDefault` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2140:1486 [INFO] [stdout] | [INFO] [stdout] 2140 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorRefract { this : RawObject < Self > , } impl VisualShaderNodeVectorRef... [INFO] [stdout] | ----------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorRefract` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2152:1512 [INFO] [stdout] | [INFO] [stdout] 2152 | ..._case_types)] # [derive (Debug)] pub struct AudioEffectLowPassFilter { this : RawObject < Self > , } impl AudioEffectLowPassFilter { #... [INFO] [stdout] | ------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectLowPassFilter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2176:1353 [INFO] [stdout] | [INFO] [stdout] 2176 | ...n_camel_case_types)] # [derive (Debug)] pub struct VideoStream { this : RawObject < Self > , } impl VideoStream { } impl gdnative_core... [INFO] [stdout] | ----------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VideoStream` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2296:1482 [INFO] [stdout] | [INFO] [stdout] 2296 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeScalarInterp { this : RawObject < Self > , } impl VisualShaderNodeScalarInte... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeScalarInterp` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2314:1449 [INFO] [stdout] | [INFO] [stdout] 2314 | ...l_case_types)] # [derive (Debug)] pub struct AnimationNodeTimeScale { this : RawObject < Self > , } impl AnimationNodeTimeScale { # [d... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AnimationNodeTimeScale` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2356:1458 [INFO] [stdout] | [INFO] [stdout] 2356 | ...l_case_types)] # [derive (Debug)] pub struct VisualShaderNodeSwitch { this : RawObject < Self > , } impl VisualShaderNodeSwitch { # [d... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeSwitch` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2362:1293 [INFO] [stdout] | [INFO] [stdout] 2362 | ...camel_case_types)] # [derive (Debug)] pub struct RootMotionView { this : RawObject < Self > , } impl RootMotionView { } impl gdnative_... [INFO] [stdout] | -------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `RootMotionView` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2380:1349 [INFO] [stdout] | [INFO] [stdout] 2380 | ...mel_case_types)] # [derive (Debug)] pub struct AudioEffectInstance { this : RawObject < Self > , } impl AudioEffectInstance { } impl g... [INFO] [stdout] | ------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectInstance` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2422:1482 [INFO] [stdout] | [INFO] [stdout] 2422 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorInterp { this : RawObject < Self > , } impl VisualShaderNodeVectorInte... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorInterp` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2452:1458 [INFO] [stdout] | [INFO] [stdout] 2452 | ...se_types)] # [derive (Debug)] pub struct EditorResourcePreviewGenerator { this : RawObject < Self > , } impl EditorResourcePreviewGene... [INFO] [stdout] | ------------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `EditorResourcePreviewGenerator` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2464:1442 [INFO] [stdout] | [INFO] [stdout] 2464 | ...mel_case_types)] # [derive (Debug)] pub struct VisualShaderNodeIf { this : RawObject < Self > , } impl VisualShaderNodeIf { # [doc = "... [INFO] [stdout] | ------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeIf` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2482:1246 [INFO] [stdout] | [INFO] [stdout] 2482 | ...mel_case_types)] # [derive (Debug)] pub struct BulletPhysicsServer { this : RawObject < Self > , } impl BulletPhysicsServer { } impl g... [INFO] [stdout] | ------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `BulletPhysicsServer` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2500:1337 [INFO] [stdout] | [INFO] [stdout] 2500 | ...amel_case_types)] # [derive (Debug)] pub struct ResourceImporter { this : RawObject < Self > , } impl ResourceImporter { } impl gdnati... [INFO] [stdout] | ---------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `ResourceImporter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2542:1307 [INFO] [stdout] | [INFO] [stdout] 2542 | ...case_types)] # [derive (Debug)] pub struct Physics2DDirectBodyStateSW { this : RawObject < Self > , } impl Physics2DDirectBodyStateSW ... [INFO] [stdout] | -------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `Physics2DDirectBodyStateSW` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2560:1258 [INFO] [stdout] | [INFO] [stdout] 2560 | ...on_camel_case_types)] # [derive (Debug)] pub struct Separator { this : RawObject < Self > , } impl Separator { } impl gdnative_core ::... [INFO] [stdout] | --------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `Separator` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2620:1495 [INFO] [stdout] | [INFO] [stdout] 2620 | ...l_case_types)] # [derive (Debug)] pub struct EditorSceneImporterFBX { this : RawObject < Self > , } impl EditorSceneImporterFBX { } im... [INFO] [stdout] | ---------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `EditorSceneImporterFBX` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2626:1842 [INFO] [stdout] | [INFO] [stdout] 2626 | ...n_camel_case_types)] # [derive (Debug)] pub struct VSeparator { this : RawObject < Self > , } impl VSeparator { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VSeparator` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2644:1490 [INFO] [stdout] | [INFO] [stdout] 2644 | ...l_case_types)] # [derive (Debug)] pub struct MultiplayerPeerGDNative { this : RawObject < Self > , } impl MultiplayerPeerGDNative { # ... [INFO] [stdout] | ----------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `MultiplayerPeerGDNative` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2698:1873 [INFO] [stdout] | [INFO] [stdout] 2698 | ...n_camel_case_types)] # [derive (Debug)] pub struct HScrollBar { this : RawObject < Self > , } impl HScrollBar { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `HScrollBar` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2710:1792 [INFO] [stdout] | [INFO] [stdout] 2710 | ...n_camel_case_types)] # [derive (Debug)] pub struct ARVRCamera { this : RawObject < Self > , } impl ARVRCamera { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `ARVRCamera` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2716:1244 [INFO] [stdout] | [INFO] [stdout] 2716 | ...amel_case_types)] # [derive (Debug)] pub struct Physics2DServerSW { this : RawObject < Self > , } impl Physics2DServerSW { } impl gdna... [INFO] [stdout] | ----------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `Physics2DServerSW` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2722:1482 [INFO] [stdout] | [INFO] [stdout] 2722 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeOuterProduct { this : RawObject < Self > , } impl VisualShaderNodeOuterProdu... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeOuterProduct` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2740:1552 [INFO] [stdout] | [INFO] [stdout] 2740 | ...case_types)] # [derive (Debug)] pub struct VisualShaderNodeVec3Uniform { this : RawObject < Self > , } impl VisualShaderNodeVec3Unifor... [INFO] [stdout] | --------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVec3Uniform` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2746:1494 [INFO] [stdout] | [INFO] [stdout] 2746 | ...se_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorScalarMix { this : RawObject < Self > , } impl VisualShaderNodeVectorSc... [INFO] [stdout] | ------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorScalarMix` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2764:1353 [INFO] [stdout] | [INFO] [stdout] 2764 | ...n_camel_case_types)] # [derive (Debug)] pub struct AudioEffect { this : RawObject < Self > , } impl AudioEffect { } impl gdnative_core... [INFO] [stdout] | ----------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffect` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2794:1760 [INFO] [stdout] | [INFO] [stdout] 2794 | ...n_camel_case_types)] # [derive (Debug)] pub struct Position3D { this : RawObject < Self > , } impl Position3D { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `Position3D` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2872:1460 [INFO] [stdout] | [INFO] [stdout] 2872 | ...camel_case_types)] # [derive (Debug)] pub struct AudioEffectEQ6 { this : RawObject < Self > , } impl AudioEffectEQ6 { # [doc = "Create... [INFO] [stdout] | -------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectEQ6` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2938:1553 [INFO] [stdout] | [INFO] [stdout] 2938 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeScalarSwitch { this : RawObject < Self > , } impl VisualShaderNodeScalarSwit... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeScalarSwitch` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2944:1874 [INFO] [stdout] | [INFO] [stdout] 2944 | ...n_camel_case_types)] # [derive (Debug)] pub struct ToolButton { this : RawObject < Self > , } impl ToolButton { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `ToolButton` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2968:1498 [INFO] [stdout] | [INFO] [stdout] 2968 | ...e_types)] # [derive (Debug)] pub struct VisualShaderNodeScalarSmoothStep { this : RawObject < Self > , } impl VisualShaderNodeScalarSm... [INFO] [stdout] | -------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeScalarSmoothStep` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:2974:1429 [INFO] [stdout] | [INFO] [stdout] 2974 | ...amel_case_types)] # [derive (Debug)] pub struct AnimationRootNode { this : RawObject < Self > , } impl AnimationRootNode { # [doc = "C... [INFO] [stdout] | ----------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AnimationRootNode` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3010:1470 [INFO] [stdout] | [INFO] [stdout] 3010 | ...mel_case_types)] # [derive (Debug)] pub struct EditorImportPlugin { this : RawObject < Self > , } impl EditorImportPlugin { } impl gdn... [INFO] [stdout] | ------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `EditorImportPlugin` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3016:1494 [INFO] [stdout] | [INFO] [stdout] 3016 | ...se_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorDecompose { this : RawObject < Self > , } impl VisualShaderNodeVectorDe... [INFO] [stdout] | ------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorDecompose` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3022:1437 [INFO] [stdout] | [INFO] [stdout] 3022 | ...mel_case_types)] # [derive (Debug)] pub struct AnimationNodeOutput { this : RawObject < Self > , } impl AnimationNodeOutput { # [doc =... [INFO] [stdout] | ------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AnimationNodeOutput` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3040:1556 [INFO] [stdout] | [INFO] [stdout] 3040 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeColorUniform { this : RawObject < Self > , } impl VisualShaderNodeColorUnifo... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeColorUniform` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3046:1457 [INFO] [stdout] | [INFO] [stdout] 3046 | ...ase_types)] # [derive (Debug)] pub struct WebRTCPeerConnectionGDNative { this : RawObject < Self > , } impl WebRTCPeerConnectionGDNati... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `WebRTCPeerConnectionGDNative` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3058:1442 [INFO] [stdout] | [INFO] [stdout] 3058 | ...mel_case_types)] # [derive (Debug)] pub struct VisualScriptSwitch { this : RawObject < Self > , } impl VisualScriptSwitch { # [doc = "... [INFO] [stdout] | ------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptSwitch` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3094:1652 [INFO] [stdout] | [INFO] [stdout] 3094 | ...se_types)] # [derive (Debug)] pub struct VisualShaderNodeCubeMapUniform { this : RawObject < Self > , } impl VisualShaderNodeCubeMapUn... [INFO] [stdout] | ------------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeCubeMapUniform` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3106:1365 [INFO] [stdout] | [INFO] [stdout] 3106 | ...camel_case_types)] # [derive (Debug)] pub struct AudioBusLayout { this : RawObject < Self > , } impl AudioBusLayout { # [doc = "Create... [INFO] [stdout] | -------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioBusLayout` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3154:1516 [INFO] [stdout] | [INFO] [stdout] 3154 | ..._case_types)] # [derive (Debug)] pub struct AudioEffectLowShelfFilter { this : RawObject < Self > , } impl AudioEffectLowShelfFilter {... [INFO] [stdout] | ------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectLowShelfFilter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3160:1309 [INFO] [stdout] | [INFO] [stdout] 3160 | ...on_camel_case_types)] # [derive (Debug)] pub struct JavaClass { this : RawObject < Self > , } impl JavaClass { # [doc = "Creates a new... [INFO] [stdout] | --------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `JavaClass` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3166:1398 [INFO] [stdout] | [INFO] [stdout] 3166 | ..._camel_case_types)] # [derive (Debug)] pub struct StyleBoxEmpty { this : RawObject < Self > , } impl StyleBoxEmpty { # [doc = "Creates... [INFO] [stdout] | ------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `StyleBoxEmpty` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3184:1560 [INFO] [stdout] | [INFO] [stdout] 3184 | ...ase_types)] # [derive (Debug)] pub struct VisualShaderNodeScalarUniform { this : RawObject < Self > , } impl VisualShaderNodeScalarUni... [INFO] [stdout] | ----------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeScalarUniform` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3304:1520 [INFO] [stdout] | [INFO] [stdout] 3304 | ...case_types)] # [derive (Debug)] pub struct AudioEffectBandLimitFilter { this : RawObject < Self > , } impl AudioEffectBandLimitFilter ... [INFO] [stdout] | -------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioEffectBandLimitFilter` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3310:1842 [INFO] [stdout] | [INFO] [stdout] 3310 | ...n_camel_case_types)] # [derive (Debug)] pub struct HSeparator { this : RawObject < Self > , } impl HSeparator { # [doc = "Creates a ne... [INFO] [stdout] | ---------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `HSeparator` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3352:1434 [INFO] [stdout] | [INFO] [stdout] 3352 | ..._case_types)] # [derive (Debug)] pub struct AnimationTrackEditPlugin { this : RawObject < Self > , } impl AnimationTrackEditPlugin { }... [INFO] [stdout] | ------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AnimationTrackEditPlugin` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3358:1652 [INFO] [stdout] | [INFO] [stdout] 3358 | ...e_types)] # [derive (Debug)] pub struct VisualShaderNodeGlobalExpression { this : RawObject < Self > , } impl VisualShaderNodeGlobalEx... [INFO] [stdout] | -------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeGlobalExpression` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3388:1450 [INFO] [stdout] | [INFO] [stdout] 3388 | ...el_case_types)] # [derive (Debug)] pub struct VisualScriptFunction { this : RawObject < Self > , } impl VisualScriptFunction { # [doc ... [INFO] [stdout] | -------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptFunction` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3394:1446 [INFO] [stdout] | [INFO] [stdout] 3394 | ...mel_case_types)] # [derive (Debug)] pub struct VisualScriptSubCall { this : RawObject < Self > , } impl VisualScriptSubCall { # [doc =... [INFO] [stdout] | ------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualScriptSubCall` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3430:1321 [INFO] [stdout] | [INFO] [stdout] 3430 | ..._camel_case_types)] # [derive (Debug)] pub struct TriangleMesh { this : RawObject < Self > , } impl TriangleMesh { # [doc = "Creates a... [INFO] [stdout] | ------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `TriangleMesh` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3436:1906 [INFO] [stdout] | [INFO] [stdout] 3436 | ...n_camel_case_types)] # [derive (Debug)] pub struct CSGCombiner { this : RawObject < Self > , } impl CSGCombiner { # [doc = "Creates a ... [INFO] [stdout] | ----------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `CSGCombiner` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3466:1688 [INFO] [stdout] | [INFO] [stdout] 3466 | ...ypes)] # [derive (Debug)] pub struct VisualShaderNodeTextureUniformTriplanar { this : RawObject < Self > , } impl VisualShaderNodeText... [INFO] [stdout] | --------------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeTextureUniformTriplanar` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3478:1478 [INFO] [stdout] | [INFO] [stdout] 3478 | ...case_types)] # [derive (Debug)] pub struct VisualShaderNodeFaceForward { this : RawObject < Self > , } impl VisualShaderNodeFaceForwar... [INFO] [stdout] | --------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeFaceForward` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3508:1474 [INFO] [stdout] | [INFO] [stdout] 3508 | ...case_types)] # [derive (Debug)] pub struct VisualShaderNodeDotProduct { this : RawObject < Self > , } impl VisualShaderNodeDotProduct ... [INFO] [stdout] | -------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeDotProduct` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3550:1454 [INFO] [stdout] | [INFO] [stdout] 3550 | ...ase_types)] # [derive (Debug)] pub struct AudioStreamPlaybackResampled { this : RawObject < Self > , } impl AudioStreamPlaybackResampl... [INFO] [stdout] | ---------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `AudioStreamPlaybackResampled` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3646:1498 [INFO] [stdout] | [INFO] [stdout] 3646 | ...e_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorSmoothStep { this : RawObject < Self > , } impl VisualShaderNodeVectorSm... [INFO] [stdout] | -------------------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeVectorSmoothStep` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3664:1387 [INFO] [stdout] | [INFO] [stdout] 3664 | ...mel_case_types)] # [derive (Debug)] pub struct StreamPeerGDNative { this : RawObject < Self > , } impl StreamPeerGDNative { # [doc = "... [INFO] [stdout] | ------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `StreamPeerGDNative` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3676:1872 [INFO] [stdout] | [INFO] [stdout] 3676 | ...camel_case_types)] # [derive (Debug)] pub struct MarginContainer { this : RawObject < Self > , } impl MarginContainer { # [doc = "Crea... [INFO] [stdout] | --------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `MarginContainer` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3706:1458 [INFO] [stdout] | [INFO] [stdout] 3706 | ...se_types)] # [derive (Debug)] pub struct EditorResourceConversionPlugin { this : RawObject < Self > , } impl EditorResourceConversionP... [INFO] [stdout] | ------------------------------ ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `EditorResourceConversionPlugin` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3724:1836 [INFO] [stdout] | [INFO] [stdout] 3724 | ...n_camel_case_types)] # [derive (Debug)] pub struct PopupDialog { this : RawObject < Self > , } impl PopupDialog { # [doc = "Creates a ... [INFO] [stdout] | ----------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `PopupDialog` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3772:1908 [INFO] [stdout] | [INFO] [stdout] 3772 | ..._camel_case_types)] # [derive (Debug)] pub struct VBoxContainer { this : RawObject < Self > , } impl VBoxContainer { # [doc = "Creates... [INFO] [stdout] | ------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VBoxContainer` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: field `this` is never read [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:3778:1462 [INFO] [stdout] | [INFO] [stdout] 3778 | ...l_case_types)] # [derive (Debug)] pub struct VisualShaderNodeFresnel { this : RawObject < Self > , } impl VisualShaderNodeFresnel { # ... [INFO] [stdout] | ----------------------- ^^^^ [INFO] [stdout] | | [INFO] [stdout] | field in this struct [INFO] [stdout] | [INFO] [stdout] = note: `VisualShaderNodeFresnel` has a derived impl for the trait `Debug`, but this is intentionally ignored during dead code analysis [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:4:6725 [INFO] [stdout] | [INFO] [stdout] 4 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] = note: `#[warn(static_mut_refs)]` on by default [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 4 | # [doc = "`core singleton class Marshalls` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_marshalls.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nMarshalls inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Marshalls { this : RawObject < Self > , } impl Marshalls { # [doc = "Returns a reference to the singleton instance."] # [inline] pub fn godot_singleton () -> & 'static Self { unsafe { let this = (get_api () . godot_global_get_singleton) ("Marshalls\0" . as_ptr () as * mut _) ; let this = ptr :: NonNull :: new (this) . expect ("singleton should not be null") ; let this = RawObject :: from_sys_ref_unchecked :: < 'static > (this) ; Self :: cast_ref (this) } } # [doc = "Returns a decoded [PoolByteArray] corresponding to the Base64-encoded string `base64_str`."] # [doc = ""] # [inline] pub fn base64_to_raw (& self , base64_str : impl Into < GodotString >) -> ByteArray { unsafe { let method_bind : * mut sys :: godot_method_bind = MarshallsMethodTable :: get (get_api ()) . base64_to_raw ; let ret = crate :: icalls :: icallptr_bytearr_str (method_bind , self . this . sys () . as_ptr () , base64_str . into ()) ; ByteArray :: from_sys (ret) } } # [doc = "Returns a decoded string corresponding to the Base64-encoded string `base64_str`."] # [doc = ""] # [inline] pub fn base64_to_utf8 (& self , base64_str : impl Into < GodotString >) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = MarshallsMethodTable :: get (get_api ()) . base64_to_utf8 ; let ret = crate :: icalls :: icallptr_str_str (method_bind , self . this . sys () . as_ptr () , base64_str . into ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns a decoded [Variant] corresponding to the Base64-encoded string `base64_str`. If `allow_objects` is `true`, decoding objects is allowed.\n**Warning:** Deserialized objects can contain code which gets executed. Do not use this option if the serialized object comes from untrusted sources to avoid potential security threats such as remote code execution.\n# Default Arguments\n* `allow_objects` - `false`"] # [doc = ""] # [inline] pub fn base64_to_variant (& self , base64_str : impl Into < GodotString > , allow_objects : bool) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = MarshallsMethodTable :: get (get_api ()) . base64_to_variant ; let ret = crate :: icalls :: icallptr_var_str_bool (method_bind , self . this . sys () . as_ptr () , base64_str . into () , allow_objects) ; Variant :: from_sys (ret) } } # [doc = "Returns a Base64-encoded string of a given [PoolByteArray]."] # [doc = ""] # [inline] pub fn raw_to_base64 (& self , array : ByteArray) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = MarshallsMethodTable :: get (get_api ()) . raw_to_base64 ; let ret = crate :: icalls :: icallptr_str_bytearr (method_bind , self . this . sys () . as_ptr () , array) ; GodotString :: from_sys (ret) } } # [doc = "Returns a Base64-encoded string of the UTF-8 string `utf8_str`."] # [doc = ""] # [inline] pub fn utf8_to_base64 (& self , utf8_str : impl Into < GodotString >) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = MarshallsMethodTable :: get (get_api ()) . utf8_to_base64 ; let ret = crate :: icalls :: icallptr_str_str (method_bind , self . this . sys () . as_ptr () , utf8_str . into ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns a Base64-encoded string of the [Variant] `variant`. If `full_objects` is `true`, encoding objects is allowed (and can potentially include code).\n# Default Arguments\n* `full_objects` - `false`"] # [doc = ""] # [inline] pub fn variant_to_base64 (& self , variant : impl OwnedToVariant , full_objects : bool) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = MarshallsMethodTable :: get (get_api ()) . variant_to_base64 ; let ret = crate :: icalls :: icallptr_str_var_bool (method_bind , self . this . sys () . as_ptr () , variant . owned_to_variant () , full_objects) ; GodotString :: from_sys (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for Marshalls { } unsafe impl GodotObject for Marshalls { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Marshalls" } } impl std :: ops :: Deref for Marshalls { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Marshalls { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for Marshalls { } unsafe impl Send for Marshalls { } unsafe impl Sync for Marshalls { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct MarshallsMethodTable { pub class_constructor : sys :: godot_class_constructor , pub base64_to_raw : * mut sys :: godot_method_bind , pub base64_to_utf8 : * mut sys :: godot_method_bind , pub base64_to_variant : * mut sys :: godot_method_bind , pub raw_to_base64 : * mut sys :: godot_method_bind , pub utf8_to_base64 : * mut sys :: godot_method_bind , pub variant_to_base64 : * mut sys :: godot_method_bind } impl MarshallsMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : MarshallsMethodTable = MarshallsMethodTable { class_constructor : None , base64_to_raw : 0 as * mut sys :: godot_method_bind , base64_to_utf8 : 0 as * mut sys :: godot_method_bind , base64_to_variant : 0 as * mut sys :: godot_method_bind , raw_to_base64 : 0 as * mut sys :: godot_method_bind , utf8_to_base64 : 0 as * mut sys :: godot_method_bind , variant_to_base64 : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { MarshallsMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "_Marshalls\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . base64_to_raw = (gd_api . godot_method_bind_get_method) (class_name , "base64_to_raw\0" . as_ptr () as * const c_char) ; table . base64_to_utf8 = (gd_api . godot_method_bind_get_method) (class_name , "base64_to_utf8\0" . as_ptr () as * const c_char) ; table . base64_to_variant = (gd_api . godot_method_bind_get_method) (class_name , "base64_to_variant\0" . as_ptr () as * const c_char) ; table . raw_to_base64 = (gd_api . godot_method_bind_get_method) (class_name , "raw_to_base64\0" . as_ptr () as * const c_char) ; table . utf8_to_base64 = (gd_api . godot_method_bind_get_method) (class_name , "utf8_to_base64\0" . as_ptr () as * const c_char) ; table . variant_to_base64 = (gd_api . godot_method_bind_get_method) (class_name , "variant_to_base64\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:10:25184 [INFO] [stdout] | [INFO] [stdout] 10 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 10 | # [doc = "`core class VehicleWheel` inherits `Spatial` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_vehiclewheel.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`VehicleWheel` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nVehicleWheel inherits methods from:\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VehicleWheel { this : RawObject < Self > , } impl VehicleWheel { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VehicleWheelMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Slows down the wheel by applying a braking force. The wheel is only slowed down if it is in contact with a surface. The force you need to apply to adequately slow down your vehicle depends on the [member RigidBody.mass] of the vehicle. For a vehicle with a mass set to 1000, try a value in the 25 - 30 range for hard braking."] # [doc = ""] # [inline] pub fn brake (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_brake ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The damping applied to the spring when the spring is being compressed. This value should be between 0.0 (no damping) and 1.0. A value of 0.0 means the car will keep bouncing as the spring keeps its energy. A good value for this is around 0.3 for a normal car, 0.5 for a race car."] # [doc = ""] # [inline] pub fn damping_compression (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_damping_compression ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The damping applied to the spring when relaxing. This value should be between 0.0 (no damping) and 1.0. This value should always be slightly higher than the [member damping_compression] property. For a [member damping_compression] value of 0.3, try a relaxation value of 0.5."] # [doc = ""] # [inline] pub fn damping_relaxation (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_damping_relaxation ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Accelerates the wheel by applying an engine force. The wheel is only speed up if it is in contact with a surface. The [member RigidBody.mass] of the vehicle has an effect on the acceleration of the vehicle. For a vehicle with a mass set to 1000, try a value in the 25 - 50 range for acceleration.\n**Note:** The simulation does not take the effect of gears into account, you will need to add logic for this if you wish to simulate gears.\nA negative value will result in the wheel reversing."] # [doc = ""] # [inline] pub fn engine_force (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_engine_force ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "This determines how much grip this wheel has. It is combined with the friction setting of the surface the wheel is in contact with. 0.0 means no grip, 1.0 is normal grip. For a drift car setup, try setting the grip of the rear wheels slightly lower than the front wheels, or use a lower value to simulate tire wear.\nIt's best to set this to 1.0 when starting out."] # [doc = ""] # [inline] pub fn friction_slip (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_friction_slip ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The radius of the wheel in meters."] # [doc = ""] # [inline] pub fn radius (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_radius ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "This value affects the roll of your vehicle. If set to 1.0 for all wheels, your vehicle will be prone to rolling over, while a value of 0.0 will resist body roll."] # [doc = ""] # [inline] pub fn roll_influence (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_roll_influence ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the rotational speed of the wheel in revolutions per minute."] # [doc = ""] # [inline] pub fn get_rpm (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_rpm ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns a value between 0.0 and 1.0 that indicates whether this wheel is skidding. 0.0 is skidding (the wheel has lost grip, e.g. icy terrain), 1.0 means not skidding (the wheel has full grip, e.g. dry asphalt road)."] # [doc = ""] # [inline] pub fn get_skidinfo (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_skidinfo ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The steering angle for the wheel. Setting this to a non-zero value will result in the vehicle turning when it's moving."] # [doc = ""] # [inline] pub fn steering (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_steering ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The maximum force the spring can resist. This value should be higher than a quarter of the [member RigidBody.mass] of the [VehicleBody] or the spring will not carry the weight of the vehicle. Good results are often obtained by a value that is about 3× to 4× this number."] # [doc = ""] # [inline] pub fn suspension_max_force (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_suspension_max_force ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "This is the distance in meters the wheel is lowered from its origin point. Don't set this to 0.0 and move the wheel into position, instead move the origin point of your wheel (the gizmo in Godot) to the position the wheel will take when bottoming out, then use the rest length to move the wheel down to the position it should be in when the car is in rest."] # [doc = ""] # [inline] pub fn suspension_rest_length (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_suspension_rest_length ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "This value defines the stiffness of the suspension. Use a value lower than 50 for an off-road car, a value between 50 and 100 for a race car and try something around 200 for something like a Formula 1 car."] # [doc = ""] # [inline] pub fn suspension_stiffness (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_suspension_stiffness ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "This is the distance the suspension can travel. As Godot units are equivalent to meters, keep this setting relatively low. Try a value between 0.1 and 0.3 depending on the type of car."] # [doc = ""] # [inline] pub fn suspension_travel (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . get_suspension_travel ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if this wheel is in contact with a surface."] # [doc = ""] # [inline] pub fn is_in_contact (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . is_in_contact ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, this wheel will be turned when the car steers. This value is used in conjunction with [member VehicleBody.steering] and ignored if you are using the per-wheel [member steering] value instead."] # [doc = ""] # [inline] pub fn is_used_as_steering (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . is_used_as_steering ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, this wheel transfers engine force to the ground to propel the vehicle forward. This value is used in conjunction with [member VehicleBody.engine_force] and ignored if you are using the per-wheel [member engine_force] value instead."] # [doc = ""] # [inline] pub fn is_used_as_traction (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . is_used_as_traction ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Slows down the wheel by applying a braking force. The wheel is only slowed down if it is in contact with a surface. The force you need to apply to adequately slow down your vehicle depends on the [member RigidBody.mass] of the vehicle. For a vehicle with a mass set to 1000, try a value in the 25 - 30 range for hard braking."] # [doc = ""] # [inline] pub fn set_brake (& self , brake : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_brake ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , brake) ; } } # [doc = "The damping applied to the spring when the spring is being compressed. This value should be between 0.0 (no damping) and 1.0. A value of 0.0 means the car will keep bouncing as the spring keeps its energy. A good value for this is around 0.3 for a normal car, 0.5 for a race car."] # [doc = ""] # [inline] pub fn set_damping_compression (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_damping_compression ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "The damping applied to the spring when relaxing. This value should be between 0.0 (no damping) and 1.0. This value should always be slightly higher than the [member damping_compression] property. For a [member damping_compression] value of 0.3, try a relaxation value of 0.5."] # [doc = ""] # [inline] pub fn set_damping_relaxation (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_damping_relaxation ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "Accelerates the wheel by applying an engine force. The wheel is only speed up if it is in contact with a surface. The [member RigidBody.mass] of the vehicle has an effect on the acceleration of the vehicle. For a vehicle with a mass set to 1000, try a value in the 25 - 50 range for acceleration.\n**Note:** The simulation does not take the effect of gears into account, you will need to add logic for this if you wish to simulate gears.\nA negative value will result in the wheel reversing."] # [doc = ""] # [inline] pub fn set_engine_force (& self , engine_force : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_engine_force ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , engine_force) ; } } # [doc = "This determines how much grip this wheel has. It is combined with the friction setting of the surface the wheel is in contact with. 0.0 means no grip, 1.0 is normal grip. For a drift car setup, try setting the grip of the rear wheels slightly lower than the front wheels, or use a lower value to simulate tire wear.\nIt's best to set this to 1.0 when starting out."] # [doc = ""] # [inline] pub fn set_friction_slip (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_friction_slip ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "The radius of the wheel in meters."] # [doc = ""] # [inline] pub fn set_radius (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_radius ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "This value affects the roll of your vehicle. If set to 1.0 for all wheels, your vehicle will be prone to rolling over, while a value of 0.0 will resist body roll."] # [doc = ""] # [inline] pub fn set_roll_influence (& self , roll_influence : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_roll_influence ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , roll_influence) ; } } # [doc = "The steering angle for the wheel. Setting this to a non-zero value will result in the vehicle turning when it's moving."] # [doc = ""] # [inline] pub fn set_steering (& self , steering : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_steering ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , steering) ; } } # [doc = "The maximum force the spring can resist. This value should be higher than a quarter of the [member RigidBody.mass] of the [VehicleBody] or the spring will not carry the weight of the vehicle. Good results are often obtained by a value that is about 3× to 4× this number."] # [doc = ""] # [inline] pub fn set_suspension_max_force (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_suspension_max_force ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "This is the distance in meters the wheel is lowered from its origin point. Don't set this to 0.0 and move the wheel into position, instead move the origin point of your wheel (the gizmo in Godot) to the position the wheel will take when bottoming out, then use the rest length to move the wheel down to the position it should be in when the car is in rest."] # [doc = ""] # [inline] pub fn set_suspension_rest_length (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_suspension_rest_length ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "This value defines the stiffness of the suspension. Use a value lower than 50 for an off-road car, a value between 50 and 100 for a race car and try something around 200 for something like a Formula 1 car."] # [doc = ""] # [inline] pub fn set_suspension_stiffness (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_suspension_stiffness ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "This is the distance the suspension can travel. As Godot units are equivalent to meters, keep this setting relatively low. Try a value between 0.1 and 0.3 depending on the type of car."] # [doc = ""] # [inline] pub fn set_suspension_travel (& self , length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_suspension_travel ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , length) ; } } # [doc = "If `true`, this wheel will be turned when the car steers. This value is used in conjunction with [member VehicleBody.steering] and ignored if you are using the per-wheel [member steering] value instead."] # [doc = ""] # [inline] pub fn set_use_as_steering (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_use_as_steering ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, this wheel transfers engine force to the ground to propel the vehicle forward. This value is used in conjunction with [member VehicleBody.engine_force] and ignored if you are using the per-wheel [member engine_force] value instead."] # [doc = ""] # [inline] pub fn set_use_as_traction (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VehicleWheelMethodTable :: get (get_api ()) . set_use_as_traction ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VehicleWheel { } unsafe impl GodotObject for VehicleWheel { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "VehicleWheel" } } impl QueueFree for VehicleWheel { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for VehicleWheel { type Target = crate :: generated :: spatial :: Spatial ; # [inline] fn deref (& self) -> & crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VehicleWheel { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for VehicleWheel { } unsafe impl SubClass < crate :: generated :: node :: Node > for VehicleWheel { } unsafe impl SubClass < crate :: generated :: object :: Object > for VehicleWheel { } impl Instanciable for VehicleWheel { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VehicleWheel :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VehicleWheelMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_brake : * mut sys :: godot_method_bind , pub get_damping_compression : * mut sys :: godot_method_bind , pub get_damping_relaxation : * mut sys :: godot_method_bind , pub get_engine_force : * mut sys :: godot_method_bind , pub get_friction_slip : * mut sys :: godot_method_bind , pub get_radius : * mut sys :: godot_method_bind , pub get_roll_influence : * mut sys :: godot_method_bind , pub get_rpm : * mut sys :: godot_method_bind , pub get_skidinfo : * mut sys :: godot_method_bind , pub get_steering : * mut sys :: godot_method_bind , pub get_suspension_max_force : * mut sys :: godot_method_bind , pub get_suspension_rest_length : * mut sys :: godot_method_bind , pub get_suspension_stiffness : * mut sys :: godot_method_bind , pub get_suspension_travel : * mut sys :: godot_method_bind , pub is_in_contact : * mut sys :: godot_method_bind , pub is_used_as_steering : * mut sys :: godot_method_bind , pub is_used_as_traction : * mut sys :: godot_method_bind , pub set_brake : * mut sys :: godot_method_bind , pub set_damping_compression : * mut sys :: godot_method_bind , pub set_damping_relaxation : * mut sys :: godot_method_bind , pub set_engine_force : * mut sys :: godot_method_bind , pub set_friction_slip : * mut sys :: godot_method_bind , pub set_radius : * mut sys :: godot_method_bind , pub set_roll_influence : * mut sys :: godot_method_bind , pub set_steering : * mut sys :: godot_method_bind , pub set_suspension_max_force : * mut sys :: godot_method_bind , pub set_suspension_rest_length : * mut sys :: godot_method_bind , pub set_suspension_stiffness : * mut sys :: godot_method_bind , pub set_suspension_travel : * mut sys :: godot_method_bind , pub set_use_as_steering : * mut sys :: godot_method_bind , pub set_use_as_traction : * mut sys :: godot_method_bind } impl VehicleWheelMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VehicleWheelMethodTable = VehicleWheelMethodTable { class_constructor : None , get_brake : 0 as * mut sys :: godot_method_bind , get_damping_compression : 0 as * mut sys :: godot_method_bind , get_damping_relaxation : 0 as * mut sys :: godot_method_bind , get_engine_force : 0 as * mut sys :: godot_method_bind , get_friction_slip : 0 as * mut sys :: godot_method_bind , get_radius : 0 as * mut sys :: godot_method_bind , get_roll_influence : 0 as * mut sys :: godot_method_bind , get_rpm : 0 as * mut sys :: godot_method_bind , get_skidinfo : 0 as * mut sys :: godot_method_bind , get_steering : 0 as * mut sys :: godot_method_bind , get_suspension_max_force : 0 as * mut sys :: godot_method_bind , get_suspension_rest_length : 0 as * mut sys :: godot_method_bind , get_suspension_stiffness : 0 as * mut sys :: godot_method_bind , get_suspension_travel : 0 as * mut sys :: godot_method_bind , is_in_contact : 0 as * mut sys :: godot_method_bind , is_used_as_steering : 0 as * mut sys :: godot_method_bind , is_used_as_traction : 0 as * mut sys :: godot_method_bind , set_brake : 0 as * mut sys :: godot_method_bind , set_damping_compression : 0 as * mut sys :: godot_method_bind , set_damping_relaxation : 0 as * mut sys :: godot_method_bind , set_engine_force : 0 as * mut sys :: godot_method_bind , set_friction_slip : 0 as * mut sys :: godot_method_bind , set_radius : 0 as * mut sys :: godot_method_bind , set_roll_influence : 0 as * mut sys :: godot_method_bind , set_steering : 0 as * mut sys :: godot_method_bind , set_suspension_max_force : 0 as * mut sys :: godot_method_bind , set_suspension_rest_length : 0 as * mut sys :: godot_method_bind , set_suspension_stiffness : 0 as * mut sys :: godot_method_bind , set_suspension_travel : 0 as * mut sys :: godot_method_bind , set_use_as_steering : 0 as * mut sys :: godot_method_bind , set_use_as_traction : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VehicleWheelMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VehicleWheel\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_brake = (gd_api . godot_method_bind_get_method) (class_name , "get_brake\0" . as_ptr () as * const c_char) ; table . get_damping_compression = (gd_api . godot_method_bind_get_method) (class_name , "get_damping_compression\0" . as_ptr () as * const c_char) ; table . get_damping_relaxation = (gd_api . godot_method_bind_get_method) (class_name , "get_damping_relaxation\0" . as_ptr () as * const c_char) ; table . get_engine_force = (gd_api . godot_method_bind_get_method) (class_name , "get_engine_force\0" . as_ptr () as * const c_char) ; table . get_friction_slip = (gd_api . godot_method_bind_get_method) (class_name , "get_friction_slip\0" . as_ptr () as * const c_char) ; table . get_radius = (gd_api . godot_method_bind_get_method) (class_name , "get_radius\0" . as_ptr () as * const c_char) ; table . get_roll_influence = (gd_api . godot_method_bind_get_method) (class_name , "get_roll_influence\0" . as_ptr () as * const c_char) ; table . get_rpm = (gd_api . godot_method_bind_get_method) (class_name , "get_rpm\0" . as_ptr () as * const c_char) ; table . get_skidinfo = (gd_api . godot_method_bind_get_method) (class_name , "get_skidinfo\0" . as_ptr () as * const c_char) ; table . get_steering = (gd_api . godot_method_bind_get_method) (class_name , "get_steering\0" . as_ptr () as * const c_char) ; table . get_suspension_max_force = (gd_api . godot_method_bind_get_method) (class_name , "get_suspension_max_force\0" . as_ptr () as * const c_char) ; table . get_suspension_rest_length = (gd_api . godot_method_bind_get_method) (class_name , "get_suspension_rest_length\0" . as_ptr () as * const c_char) ; table . get_suspension_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "get_suspension_stiffness\0" . as_ptr () as * const c_char) ; table . get_suspension_travel = (gd_api . godot_method_bind_get_method) (class_name , "get_suspension_travel\0" . as_ptr () as * const c_char) ; table . is_in_contact = (gd_api . godot_method_bind_get_method) (class_name , "is_in_contact\0" . as_ptr () as * const c_char) ; table . is_used_as_steering = (gd_api . godot_method_bind_get_method) (class_name , "is_used_as_steering\0" . as_ptr () as * const c_char) ; table . is_used_as_traction = (gd_api . godot_method_bind_get_method) (class_name , "is_used_as_traction\0" . as_ptr () as * const c_char) ; table . set_brake = (gd_api . godot_method_bind_get_method) (class_name , "set_brake\0" . as_ptr () as * const c_char) ; table . set_damping_compression = (gd_api . godot_method_bind_get_method) (class_name , "set_damping_compression\0" . as_ptr () as * const c_char) ; table . set_damping_relaxation = (gd_api . godot_method_bind_get_method) (class_name , "set_damping_relaxation\0" . as_ptr () as * const c_char) ; table . set_engine_force = (gd_api . godot_method_bind_get_method) (class_name , "set_engine_force\0" . as_ptr () as * const c_char) ; table . set_friction_slip = (gd_api . godot_method_bind_get_method) (class_name , "set_friction_slip\0" . as_ptr () as * const c_char) ; table . set_radius = (gd_api . godot_method_bind_get_method) (class_name , "set_radius\0" . as_ptr () as * const c_char) ; table . set_roll_influence = (gd_api . godot_method_bind_get_method) (class_name , "set_roll_influence\0" . as_ptr () as * const c_char) ; table . set_steering = (gd_api . godot_method_bind_get_method) (class_name , "set_steering\0" . as_ptr () as * const c_char) ; table . set_suspension_max_force = (gd_api . godot_method_bind_get_method) (class_name , "set_suspension_max_force\0" . as_ptr () as * const c_char) ; table . set_suspension_rest_length = (gd_api . godot_method_bind_get_method) (class_name , "set_suspension_rest_length\0" . as_ptr () as * const c_char) ; table . set_suspension_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "set_suspension_stiffness\0" . as_ptr () as * const c_char) ; table . set_suspension_travel = (gd_api . godot_method_bind_get_method) (class_name , "set_suspension_travel\0" . as_ptr () as * const c_char) ; table . set_use_as_steering = (gd_api . godot_method_bind_get_method) (class_name , "set_use_as_steering\0" . as_ptr () as * const c_char) ; table . set_use_as_traction = (gd_api . godot_method_bind_get_method) (class_name , "set_use_as_traction\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:16:8119 [INFO] [stdout] | [INFO] [stdout] 16 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 16 | # [doc = "`core class CylinderMesh` inherits `PrimitiveMesh` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_cylindermesh.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCylinderMesh inherits methods from:\n - [PrimitiveMesh](struct.PrimitiveMesh.html)\n - [Mesh](struct.Mesh.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct CylinderMesh { this : RawObject < Self > , } impl CylinderMesh { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CylinderMeshMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Bottom radius of the cylinder."] # [doc = ""] # [inline] pub fn bottom_radius (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . get_bottom_radius ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Full height of the cylinder."] # [doc = ""] # [inline] pub fn height (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . get_height ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Number of radial segments on the cylinder."] # [doc = ""] # [inline] pub fn radial_segments (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . get_radial_segments ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Number of edge rings along the height of the cylinder."] # [doc = ""] # [inline] pub fn rings (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . get_rings ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Top radius of the cylinder."] # [doc = ""] # [inline] pub fn top_radius (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . get_top_radius ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Bottom radius of the cylinder."] # [doc = ""] # [inline] pub fn set_bottom_radius (& self , radius : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . set_bottom_radius ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , radius) ; } } # [doc = "Full height of the cylinder."] # [doc = ""] # [inline] pub fn set_height (& self , height : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . set_height ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , height) ; } } # [doc = "Number of radial segments on the cylinder."] # [doc = ""] # [inline] pub fn set_radial_segments (& self , segments : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . set_radial_segments ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , segments) ; } } # [doc = "Number of edge rings along the height of the cylinder."] # [doc = ""] # [inline] pub fn set_rings (& self , rings : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . set_rings ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , rings) ; } } # [doc = "Top radius of the cylinder."] # [doc = ""] # [inline] pub fn set_top_radius (& self , radius : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderMeshMethodTable :: get (get_api ()) . set_top_radius ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , radius) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for CylinderMesh { } unsafe impl GodotObject for CylinderMesh { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "CylinderMesh" } } impl std :: ops :: Deref for CylinderMesh { type Target = crate :: generated :: primitive_mesh :: PrimitiveMesh ; # [inline] fn deref (& self) -> & crate :: generated :: primitive_mesh :: PrimitiveMesh { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for CylinderMesh { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: primitive_mesh :: PrimitiveMesh { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: primitive_mesh :: PrimitiveMesh > for CylinderMesh { } unsafe impl SubClass < crate :: generated :: mesh :: Mesh > for CylinderMesh { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for CylinderMesh { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for CylinderMesh { } unsafe impl SubClass < crate :: generated :: object :: Object > for CylinderMesh { } impl Instanciable for CylinderMesh { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { CylinderMesh :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CylinderMeshMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_bottom_radius : * mut sys :: godot_method_bind , pub get_height : * mut sys :: godot_method_bind , pub get_radial_segments : * mut sys :: godot_method_bind , pub get_rings : * mut sys :: godot_method_bind , pub get_top_radius : * mut sys :: godot_method_bind , pub set_bottom_radius : * mut sys :: godot_method_bind , pub set_height : * mut sys :: godot_method_bind , pub set_radial_segments : * mut sys :: godot_method_bind , pub set_rings : * mut sys :: godot_method_bind , pub set_top_radius : * mut sys :: godot_method_bind } impl CylinderMeshMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CylinderMeshMethodTable = CylinderMeshMethodTable { class_constructor : None , get_bottom_radius : 0 as * mut sys :: godot_method_bind , get_height : 0 as * mut sys :: godot_method_bind , get_radial_segments : 0 as * mut sys :: godot_method_bind , get_rings : 0 as * mut sys :: godot_method_bind , get_top_radius : 0 as * mut sys :: godot_method_bind , set_bottom_radius : 0 as * mut sys :: godot_method_bind , set_height : 0 as * mut sys :: godot_method_bind , set_radial_segments : 0 as * mut sys :: godot_method_bind , set_rings : 0 as * mut sys :: godot_method_bind , set_top_radius : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CylinderMeshMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "CylinderMesh\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_bottom_radius = (gd_api . godot_method_bind_get_method) (class_name , "get_bottom_radius\0" . as_ptr () as * const c_char) ; table . get_height = (gd_api . godot_method_bind_get_method) (class_name , "get_height\0" . as_ptr () as * const c_char) ; table . get_radial_segments = (gd_api . godot_method_bind_get_method) (class_name , "get_radial_segments\0" . as_ptr () as * const c_char) ; table . get_rings = (gd_api . godot_method_bind_get_method) (class_name , "get_rings\0" . as_ptr () as * const c_char) ; table . get_top_radius = (gd_api . godot_method_bind_get_method) (class_name , "get_top_radius\0" . as_ptr () as * const c_char) ; table . set_bottom_radius = (gd_api . godot_method_bind_get_method) (class_name , "set_bottom_radius\0" . as_ptr () as * const c_char) ; table . set_height = (gd_api . godot_method_bind_get_method) (class_name , "set_height\0" . as_ptr () as * const c_char) ; table . set_radial_segments = (gd_api . godot_method_bind_get_method) (class_name , "set_radial_segments\0" . as_ptr () as * const c_char) ; table . set_rings = (gd_api . godot_method_bind_get_method) (class_name , "set_rings\0" . as_ptr () as * const c_char) ; table . set_top_radius = (gd_api . godot_method_bind_get_method) (class_name , "set_top_radius\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:22:3280 [INFO] [stdout] | [INFO] [stdout] 22 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 22 | # [doc = "`core class ResourceFormatLoader` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_resourceformatloader.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nResourceFormatLoader inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ResourceFormatLoader { this : RawObject < Self > , } impl ResourceFormatLoader { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ResourceFormatLoaderMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for ResourceFormatLoader { } unsafe impl GodotObject for ResourceFormatLoader { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "ResourceFormatLoader" } } impl std :: ops :: Deref for ResourceFormatLoader { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ResourceFormatLoader { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for ResourceFormatLoader { } unsafe impl SubClass < crate :: generated :: object :: Object > for ResourceFormatLoader { } impl Instanciable for ResourceFormatLoader { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ResourceFormatLoader :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ResourceFormatLoaderMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl ResourceFormatLoaderMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ResourceFormatLoaderMethodTable = ResourceFormatLoaderMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ResourceFormatLoaderMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ResourceFormatLoader\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:28:9922 [INFO] [stdout] | [INFO] [stdout] 28 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 28 | # [doc = "`core class Texture` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_texture.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nTexture inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Texture { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Flags (pub i64) ; impl Flags { pub const FLAG_MIPMAPS : Flags = Flags (1i64) ; pub const FLAG_REPEAT : Flags = Flags (2i64) ; pub const FLAG_FILTER : Flags = Flags (4i64) ; pub const FLAGS_DEFAULT : Flags = Flags (7i64) ; pub const FLAG_ANISOTROPIC_FILTER : Flags = Flags (8i64) ; pub const FLAG_CONVERT_TO_LINEAR : Flags = Flags (16i64) ; pub const FLAG_MIRRORED_REPEAT : Flags = Flags (32i64) ; pub const FLAG_VIDEO_SURFACE : Flags = Flags (2048i64) ; } impl From < i64 > for Flags { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Flags > for i64 { # [inline] fn from (v : Flags) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Texture { pub const FLAGS_DEFAULT : i64 = 7i64 ; pub const FLAG_ANISOTROPIC_FILTER : i64 = 8i64 ; pub const FLAG_CONVERT_TO_LINEAR : i64 = 16i64 ; pub const FLAG_FILTER : i64 = 4i64 ; pub const FLAG_MIPMAPS : i64 = 1i64 ; pub const FLAG_MIRRORED_REPEAT : i64 = 32i64 ; pub const FLAG_REPEAT : i64 = 2i64 ; pub const FLAG_VIDEO_SURFACE : i64 = 2048i64 ; } impl Texture { # [doc = "Draws the texture using a [CanvasItem] with the [VisualServer] API at the specified `position`. Equivalent to [method VisualServer.canvas_item_add_texture_rect] with a rect at `position` and the size of this [Texture].\n# Default Arguments\n* `modulate` - `Color( 1, 1, 1, 1 )`\n* `transpose` - `false`\n* `normal_map` - `null`"] # [doc = ""] # [inline] pub fn draw (& self , canvas_item : Rid , position : Vector2 , modulate : Color , transpose : bool , normal_map : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . draw ; let ret = crate :: icalls :: icallptr_void_rid_vec2_color_bool_obj (method_bind , self . this . sys () . as_ptr () , canvas_item , position , modulate , transpose , normal_map . as_arg_ptr ()) ; } } # [doc = "Draws the texture using a [CanvasItem] with the [VisualServer] API. Equivalent to [method VisualServer.canvas_item_add_texture_rect].\n# Default Arguments\n* `modulate` - `Color( 1, 1, 1, 1 )`\n* `transpose` - `false`\n* `normal_map` - `null`"] # [doc = ""] # [inline] pub fn draw_rect (& self , canvas_item : Rid , rect : Rect2 , tile : bool , modulate : Color , transpose : bool , normal_map : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . draw_rect ; let ret = crate :: icalls :: icallptr_void_rid_rect2_bool_color_bool_obj (method_bind , self . this . sys () . as_ptr () , canvas_item , rect , tile , modulate , transpose , normal_map . as_arg_ptr ()) ; } } # [doc = "Draws a part of the texture using a [CanvasItem] with the [VisualServer] API. Equivalent to [method VisualServer.canvas_item_add_texture_rect_region].\n# Default Arguments\n* `modulate` - `Color( 1, 1, 1, 1 )`\n* `transpose` - `false`\n* `normal_map` - `null`\n* `clip_uv` - `true`"] # [doc = ""] # [inline] pub fn draw_rect_region (& self , canvas_item : Rid , rect : Rect2 , src_rect : Rect2 , modulate : Color , transpose : bool , normal_map : impl AsArg < crate :: generated :: texture :: Texture > , clip_uv : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . draw_rect_region ; let ret = crate :: icalls :: icallptr_void_rid_rect2_rect2_color_bool_obj_bool (method_bind , self . this . sys () . as_ptr () , canvas_item , rect , src_rect , modulate , transpose , normal_map . as_arg_ptr () , clip_uv) ; } } # [doc = "Returns an [Image] that is a copy of data from this [Texture]. [Image]s can be accessed and manipulated directly."] # [doc = ""] # [inline] pub fn get_data (& self) -> Option < Ref < crate :: generated :: image :: Image , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . get_data ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: image :: Image , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The texture's [enum Flags]. [enum Flags] are used to set various properties of the [Texture]."] # [doc = ""] # [inline] pub fn flags (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . get_flags ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the texture height."] # [doc = ""] # [inline] pub fn get_height (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . get_height ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the texture size."] # [doc = ""] # [inline] pub fn get_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . get_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the texture width."] # [doc = ""] # [inline] pub fn get_width (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . get_width ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if this [Texture] has an alpha channel."] # [doc = ""] # [inline] pub fn has_alpha (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . has_alpha ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The texture's [enum Flags]. [enum Flags] are used to set various properties of the [Texture]."] # [doc = ""] # [inline] pub fn set_flags (& self , flags : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TextureMethodTable :: get (get_api ()) . set_flags ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , flags) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Texture { } unsafe impl GodotObject for Texture { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Texture" } } impl std :: ops :: Deref for Texture { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Texture { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Texture { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Texture { } unsafe impl SubClass < crate :: generated :: object :: Object > for Texture { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct TextureMethodTable { pub class_constructor : sys :: godot_class_constructor , pub draw : * mut sys :: godot_method_bind , pub draw_rect : * mut sys :: godot_method_bind , pub draw_rect_region : * mut sys :: godot_method_bind , pub get_data : * mut sys :: godot_method_bind , pub get_flags : * mut sys :: godot_method_bind , pub get_height : * mut sys :: godot_method_bind , pub get_size : * mut sys :: godot_method_bind , pub get_width : * mut sys :: godot_method_bind , pub has_alpha : * mut sys :: godot_method_bind , pub set_flags : * mut sys :: godot_method_bind } impl TextureMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : TextureMethodTable = TextureMethodTable { class_constructor : None , draw : 0 as * mut sys :: godot_method_bind , draw_rect : 0 as * mut sys :: godot_method_bind , draw_rect_region : 0 as * mut sys :: godot_method_bind , get_data : 0 as * mut sys :: godot_method_bind , get_flags : 0 as * mut sys :: godot_method_bind , get_height : 0 as * mut sys :: godot_method_bind , get_size : 0 as * mut sys :: godot_method_bind , get_width : 0 as * mut sys :: godot_method_bind , has_alpha : 0 as * mut sys :: godot_method_bind , set_flags : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { TextureMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Texture\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . draw = (gd_api . godot_method_bind_get_method) (class_name , "draw\0" . as_ptr () as * const c_char) ; table . draw_rect = (gd_api . godot_method_bind_get_method) (class_name , "draw_rect\0" . as_ptr () as * const c_char) ; table . draw_rect_region = (gd_api . godot_method_bind_get_method) (class_name , "draw_rect_region\0" . as_ptr () as * const c_char) ; table . get_data = (gd_api . godot_method_bind_get_method) (class_name , "get_data\0" . as_ptr () as * const c_char) ; table . get_flags = (gd_api . godot_method_bind_get_method) (class_name , "get_flags\0" . as_ptr () as * const c_char) ; table . get_height = (gd_api . godot_method_bind_get_method) (class_name , "get_height\0" . as_ptr () as * const c_char) ; table . get_size = (gd_api . godot_method_bind_get_method) (class_name , "get_size\0" . as_ptr () as * const c_char) ; table . get_width = (gd_api . godot_method_bind_get_method) (class_name , "get_width\0" . as_ptr () as * const c_char) ; table . has_alpha = (gd_api . godot_method_bind_get_method) (class_name , "has_alpha\0" . as_ptr () as * const c_char) ; table . set_flags = (gd_api . godot_method_bind_get_method) (class_name , "set_flags\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:34:7086 [INFO] [stdout] | [INFO] [stdout] 34 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 34 | # [doc = "`core class DynamicFontData` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_dynamicfontdata.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nDynamicFontData inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct DynamicFontData { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Hinting (pub i64) ; impl Hinting { pub const NONE : Hinting = Hinting (0i64) ; pub const LIGHT : Hinting = Hinting (1i64) ; pub const NORMAL : Hinting = Hinting (2i64) ; } impl From < i64 > for Hinting { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Hinting > for i64 { # [inline] fn from (v : Hinting) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl DynamicFontData { pub const HINTING_LIGHT : i64 = 1i64 ; pub const HINTING_NONE : i64 = 0i64 ; pub const HINTING_NORMAL : i64 = 2i64 ; } impl DynamicFontData { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = DynamicFontDataMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The path to the vector font file."] # [doc = ""] # [inline] pub fn font_path (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = DynamicFontDataMethodTable :: get (get_api ()) . get_font_path ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "The font hinting mode used by FreeType. See [enum Hinting] for options."] # [doc = ""] # [inline] pub fn hinting (& self) -> crate :: generated :: dynamic_font_data :: Hinting { unsafe { let method_bind : * mut sys :: godot_method_bind = DynamicFontDataMethodTable :: get (get_api ()) . get_hinting ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: dynamic_font_data :: Hinting (ret) } } # [doc = "If `true`, the font is rendered with anti-aliasing. This property applies both to the main font and its outline (if it has one)."] # [doc = ""] # [inline] pub fn is_antialiased (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = DynamicFontDataMethodTable :: get (get_api ()) . is_antialiased ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the font is rendered with anti-aliasing. This property applies both to the main font and its outline (if it has one)."] # [doc = ""] # [inline] pub fn set_antialiased (& self , antialiased : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = DynamicFontDataMethodTable :: get (get_api ()) . set_antialiased ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , antialiased) ; } } # [doc = "The path to the vector font file."] # [doc = ""] # [inline] pub fn set_font_path (& self , path : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = DynamicFontDataMethodTable :: get (get_api ()) . set_font_path ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; } } # [doc = "The font hinting mode used by FreeType. See [enum Hinting] for options."] # [doc = ""] # [inline] pub fn set_hinting (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = DynamicFontDataMethodTable :: get (get_api ()) . set_hinting ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for DynamicFontData { } unsafe impl GodotObject for DynamicFontData { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "DynamicFontData" } } impl std :: ops :: Deref for DynamicFontData { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for DynamicFontData { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for DynamicFontData { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for DynamicFontData { } unsafe impl SubClass < crate :: generated :: object :: Object > for DynamicFontData { } impl Instanciable for DynamicFontData { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { DynamicFontData :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct DynamicFontDataMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_font_path : * mut sys :: godot_method_bind , pub get_hinting : * mut sys :: godot_method_bind , pub is_antialiased : * mut sys :: godot_method_bind , pub set_antialiased : * mut sys :: godot_method_bind , pub set_font_path : * mut sys :: godot_method_bind , pub set_hinting : * mut sys :: godot_method_bind } impl DynamicFontDataMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : DynamicFontDataMethodTable = DynamicFontDataMethodTable { class_constructor : None , get_font_path : 0 as * mut sys :: godot_method_bind , get_hinting : 0 as * mut sys :: godot_method_bind , is_antialiased : 0 as * mut sys :: godot_method_bind , set_antialiased : 0 as * mut sys :: godot_method_bind , set_font_path : 0 as * mut sys :: godot_method_bind , set_hinting : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { DynamicFontDataMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "DynamicFontData\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_font_path = (gd_api . godot_method_bind_get_method) (class_name , "get_font_path\0" . as_ptr () as * const c_char) ; table . get_hinting = (gd_api . godot_method_bind_get_method) (class_name , "get_hinting\0" . as_ptr () as * const c_char) ; table . is_antialiased = (gd_api . godot_method_bind_get_method) (class_name , "is_antialiased\0" . as_ptr () as * const c_char) ; table . set_antialiased = (gd_api . godot_method_bind_get_method) (class_name , "set_antialiased\0" . as_ptr () as * const c_char) ; table . set_font_path = (gd_api . godot_method_bind_get_method) (class_name , "set_font_path\0" . as_ptr () as * const c_char) ; table . set_hinting = (gd_api . godot_method_bind_get_method) (class_name , "set_hinting\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:40:3637 [INFO] [stdout] | [INFO] [stdout] 40 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 40 | # [doc = "`core class VisualScriptIndexGet` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptindexget.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptIndexGet inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptIndexGet { this : RawObject < Self > , } impl VisualScriptIndexGet { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptIndexGetMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptIndexGet { } unsafe impl GodotObject for VisualScriptIndexGet { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptIndexGet" } } impl std :: ops :: Deref for VisualScriptIndexGet { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptIndexGet { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptIndexGet { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptIndexGet { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptIndexGet { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptIndexGet { } impl Instanciable for VisualScriptIndexGet { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptIndexGet :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptIndexGetMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VisualScriptIndexGetMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptIndexGetMethodTable = VisualScriptIndexGetMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptIndexGetMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptIndexGet\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:46:5412 [INFO] [stdout] | [INFO] [stdout] 46 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 46 | # [doc = "`core class VisualScriptLocalVar` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptlocalvar.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptLocalVar inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptLocalVar { this : RawObject < Self > , } impl VisualScriptLocalVar { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptLocalVarMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn var_name (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptLocalVarMethodTable :: get (get_api ()) . get_var_name ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn var_type (& self) -> VariantType { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptLocalVarMethodTable :: get (get_api ()) . get_var_type ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; VariantType :: from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_var_name (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptLocalVarMethodTable :: get (get_api ()) . set_var_name ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_var_type (& self , _type : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptLocalVarMethodTable :: get (get_api ()) . set_var_type ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , _type) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptLocalVar { } unsafe impl GodotObject for VisualScriptLocalVar { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptLocalVar" } } impl std :: ops :: Deref for VisualScriptLocalVar { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptLocalVar { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptLocalVar { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptLocalVar { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptLocalVar { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptLocalVar { } impl Instanciable for VisualScriptLocalVar { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptLocalVar :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptLocalVarMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_var_name : * mut sys :: godot_method_bind , pub get_var_type : * mut sys :: godot_method_bind , pub set_var_name : * mut sys :: godot_method_bind , pub set_var_type : * mut sys :: godot_method_bind } impl VisualScriptLocalVarMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptLocalVarMethodTable = VisualScriptLocalVarMethodTable { class_constructor : None , get_var_name : 0 as * mut sys :: godot_method_bind , get_var_type : 0 as * mut sys :: godot_method_bind , set_var_name : 0 as * mut sys :: godot_method_bind , set_var_type : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptLocalVarMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptLocalVar\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_var_name = (gd_api . godot_method_bind_get_method) (class_name , "get_var_name\0" . as_ptr () as * const c_char) ; table . get_var_type = (gd_api . godot_method_bind_get_method) (class_name , "get_var_type\0" . as_ptr () as * const c_char) ; table . set_var_name = (gd_api . godot_method_bind_get_method) (class_name , "set_var_name\0" . as_ptr () as * const c_char) ; table . set_var_type = (gd_api . godot_method_bind_get_method) (class_name , "set_var_type\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:52:8668 [INFO] [stdout] | [INFO] [stdout] 52 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 52 | # [doc = "`core class Navigation2D` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_navigation2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Navigation2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nNavigation2D inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Navigation2D { this : RawObject < Self > , } impl Navigation2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Navigation2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Returns the navigation point closest to the point given. Points are in local coordinate space."] # [doc = ""] # [inline] pub fn get_closest_point (& self , to_point : Vector2) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Navigation2DMethodTable :: get (get_api ()) . get_closest_point ; let ret = crate :: icalls :: icallptr_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , to_point) ; mem :: transmute (ret) } } # [doc = "Returns the owner of the [NavigationPolygon] which contains the navigation point closest to the point given. This is usually a [NavigationPolygonInstance]. For polygons added via [method navpoly_add], returns the owner that was given (or `null` if the `owner` parameter was omitted)."] # [doc = ""] # [inline] pub fn get_closest_point_owner (& self , to_point : Vector2) -> Option < Ref < crate :: generated :: object :: Object , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = Navigation2DMethodTable :: get (get_api ()) . get_closest_point_owner ; let ret = crate :: icalls :: icallptr_obj_vec2 (method_bind , self . this . sys () . as_ptr () , to_point) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: object :: Object , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the path between two given points. Points are in local coordinate space. If `optimize` is `true` (the default), the path is smoothed by merging path segments where possible.\n# Default Arguments\n* `optimize` - `true`"] # [doc = ""] # [inline] pub fn get_simple_path (& self , start : Vector2 , end : Vector2 , optimize : bool) -> Vector2Array { unsafe { let method_bind : * mut sys :: godot_method_bind = Navigation2DMethodTable :: get (get_api ()) . get_simple_path ; let ret = crate :: icalls :: icallptr_vec2arr_vec2_vec2_bool (method_bind , self . this . sys () . as_ptr () , start , end , optimize) ; Vector2Array :: from_sys (ret) } } # [doc = "Adds a [NavigationPolygon]. Returns an ID for use with [method navpoly_remove] or [method navpoly_set_transform]. If given, a [Transform2D] is applied to the polygon. The optional `owner` is used as return value for [method get_closest_point_owner].\n# Default Arguments\n* `owner` - `null`"] # [doc = ""] # [inline] pub fn navpoly_add (& self , mesh : impl AsArg < crate :: generated :: navigation_polygon :: NavigationPolygon > , xform : Transform2D , owner : impl AsArg < crate :: generated :: object :: Object >) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Navigation2DMethodTable :: get (get_api ()) . navpoly_add ; let ret = crate :: icalls :: icallptr_i64_obj_trans2D_obj (method_bind , self . this . sys () . as_ptr () , mesh . as_arg_ptr () , xform , owner . as_arg_ptr ()) ; ret as _ } } # [doc = "Removes the [NavigationPolygon] with the given ID."] # [doc = ""] # [inline] pub fn navpoly_remove (& self , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Navigation2DMethodTable :: get (get_api ()) . navpoly_remove ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , id) ; } } # [doc = "Sets the transform applied to the [NavigationPolygon] with the given ID."] # [doc = ""] # [inline] pub fn navpoly_set_transform (& self , id : i64 , xform : Transform2D) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Navigation2DMethodTable :: get (get_api ()) . navpoly_set_transform ; let ret = crate :: icalls :: icallptr_void_i64_trans2D (method_bind , self . this . sys () . as_ptr () , id , xform) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Navigation2D { } unsafe impl GodotObject for Navigation2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Navigation2D" } } impl QueueFree for Navigation2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Navigation2D { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Navigation2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for Navigation2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for Navigation2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for Navigation2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for Navigation2D { } impl Instanciable for Navigation2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Navigation2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Navigation2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_closest_point : * mut sys :: godot_method_bind , pub get_closest_point_owner : * mut sys :: godot_method_bind , pub get_simple_path : * mut sys :: godot_method_bind , pub navpoly_add : * mut sys :: godot_method_bind , pub navpoly_remove : * mut sys :: godot_method_bind , pub navpoly_set_transform : * mut sys :: godot_method_bind } impl Navigation2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Navigation2DMethodTable = Navigation2DMethodTable { class_constructor : None , get_closest_point : 0 as * mut sys :: godot_method_bind , get_closest_point_owner : 0 as * mut sys :: godot_method_bind , get_simple_path : 0 as * mut sys :: godot_method_bind , navpoly_add : 0 as * mut sys :: godot_method_bind , navpoly_remove : 0 as * mut sys :: godot_method_bind , navpoly_set_transform : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Navigation2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Navigation2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_closest_point = (gd_api . godot_method_bind_get_method) (class_name , "get_closest_point\0" . as_ptr () as * const c_char) ; table . get_closest_point_owner = (gd_api . godot_method_bind_get_method) (class_name , "get_closest_point_owner\0" . as_ptr () as * const c_char) ; table . get_simple_path = (gd_api . godot_method_bind_get_method) (class_name , "get_simple_path\0" . as_ptr () as * const c_char) ; table . navpoly_add = (gd_api . godot_method_bind_get_method) (class_name , "navpoly_add\0" . as_ptr () as * const c_char) ; table . navpoly_remove = (gd_api . godot_method_bind_get_method) (class_name , "navpoly_remove\0" . as_ptr () as * const c_char) ; table . navpoly_set_transform = (gd_api . godot_method_bind_get_method) (class_name , "navpoly_set_transform\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:58:4054 [INFO] [stdout] | [INFO] [stdout] 58 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 58 | # [doc = "`core class PHashTranslation` inherits `Translation` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_phashtranslation.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nPHashTranslation inherits methods from:\n - [Translation](struct.Translation.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PHashTranslation { this : RawObject < Self > , } impl PHashTranslation { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PHashTranslationMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Generates and sets an optimized translation from the given [Translation] resource."] # [doc = ""] # [inline] pub fn generate (& self , from : impl AsArg < crate :: generated :: translation :: Translation >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PHashTranslationMethodTable :: get (get_api ()) . generate ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , from . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for PHashTranslation { } unsafe impl GodotObject for PHashTranslation { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "PHashTranslation" } } impl std :: ops :: Deref for PHashTranslation { type Target = crate :: generated :: translation :: Translation ; # [inline] fn deref (& self) -> & crate :: generated :: translation :: Translation { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PHashTranslation { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: translation :: Translation { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: translation :: Translation > for PHashTranslation { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for PHashTranslation { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for PHashTranslation { } unsafe impl SubClass < crate :: generated :: object :: Object > for PHashTranslation { } impl Instanciable for PHashTranslation { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PHashTranslation :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PHashTranslationMethodTable { pub class_constructor : sys :: godot_class_constructor , pub generate : * mut sys :: godot_method_bind } impl PHashTranslationMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PHashTranslationMethodTable = PHashTranslationMethodTable { class_constructor : None , generate : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PHashTranslationMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PHashTranslation\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . generate = (gd_api . godot_method_bind_get_method) (class_name , "generate\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:64:3380 [INFO] [stdout] | [INFO] [stdout] 64 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 64 | # [doc = "`core class Texture3D` inherits `TextureLayered` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_texture3d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nTexture3D inherits methods from:\n - [TextureLayered](struct.TextureLayered.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Texture3D { this : RawObject < Self > , } impl Texture3D { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Texture3DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for Texture3D { } unsafe impl GodotObject for Texture3D { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Texture3D" } } impl std :: ops :: Deref for Texture3D { type Target = crate :: generated :: texture_layered :: TextureLayered ; # [inline] fn deref (& self) -> & crate :: generated :: texture_layered :: TextureLayered { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Texture3D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: texture_layered :: TextureLayered { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: texture_layered :: TextureLayered > for Texture3D { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Texture3D { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Texture3D { } unsafe impl SubClass < crate :: generated :: object :: Object > for Texture3D { } impl Instanciable for Texture3D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Texture3D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Texture3DMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl Texture3DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Texture3DMethodTable = Texture3DMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Texture3DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Texture3D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:70:8516 [INFO] [stdout] | [INFO] [stdout] 70 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 70 | # [doc = "`core class JSONRPC` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_jsonrpc.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`JSONRPC` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nJSONRPC inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct JSONRPC { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ErrorCode (pub i64) ; impl ErrorCode { pub const PARSE_ERROR : ErrorCode = ErrorCode (- 32700i64) ; pub const INTERNAL_ERROR : ErrorCode = ErrorCode (- 32603i64) ; pub const INVALID_PARAMS : ErrorCode = ErrorCode (- 32602i64) ; pub const METHOD_NOT_FOUND : ErrorCode = ErrorCode (- 32601i64) ; pub const INVALID_REQUEST : ErrorCode = ErrorCode (- 32600i64) ; } impl From < i64 > for ErrorCode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ErrorCode > for i64 { # [inline] fn from (v : ErrorCode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl JSONRPC { pub const INTERNAL_ERROR : i64 = - 32603i64 ; pub const INVALID_PARAMS : i64 = - 32602i64 ; pub const INVALID_REQUEST : i64 = - 32600i64 ; pub const METHOD_NOT_FOUND : i64 = - 32601i64 ; pub const PARSE_ERROR : i64 = - 32700i64 ; } impl JSONRPC { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = JSONRPCMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn make_notification (& self , method : impl Into < GodotString > , params : impl OwnedToVariant) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = JSONRPCMethodTable :: get (get_api ()) . make_notification ; let ret = crate :: icalls :: icallptr_dict_str_var (method_bind , self . this . sys () . as_ptr () , method . into () , params . owned_to_variant ()) ; Dictionary :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn make_request (& self , method : impl Into < GodotString > , params : impl OwnedToVariant , id : impl OwnedToVariant) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = JSONRPCMethodTable :: get (get_api ()) . make_request ; let ret = crate :: icalls :: icallptr_dict_str_var_var (method_bind , self . this . sys () . as_ptr () , method . into () , params . owned_to_variant () , id . owned_to_variant ()) ; Dictionary :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn make_response (& self , result : impl OwnedToVariant , id : impl OwnedToVariant) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = JSONRPCMethodTable :: get (get_api ()) . make_response ; let ret = crate :: icalls :: icallptr_dict_var_var (method_bind , self . this . sys () . as_ptr () , result . owned_to_variant () , id . owned_to_variant ()) ; Dictionary :: from_sys (ret) } } # [doc = "\n# Default Arguments\n* `id` - `null`"] # [doc = ""] # [inline] pub fn make_response_error (& self , code : i64 , message : impl Into < GodotString > , id : impl OwnedToVariant) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = JSONRPCMethodTable :: get (get_api ()) . make_response_error ; let ret = crate :: icalls :: icallptr_dict_i64_str_var (method_bind , self . this . sys () . as_ptr () , code , message . into () , id . owned_to_variant ()) ; Dictionary :: from_sys (ret) } } # [doc = "\n# Default Arguments\n* `recurse` - `false`"] # [doc = ""] # [inline] pub fn process_action (& self , action : impl OwnedToVariant , recurse : bool) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = JSONRPCMethodTable :: get (get_api ()) . process_action ; let ret = crate :: icalls :: icallptr_var_var_bool (method_bind , self . this . sys () . as_ptr () , action . owned_to_variant () , recurse) ; Variant :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn process_string (& self , action : impl Into < GodotString >) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = JSONRPCMethodTable :: get (get_api ()) . process_string ; let ret = crate :: icalls :: icallptr_str_str (method_bind , self . this . sys () . as_ptr () , action . into ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_scope (& self , scope : impl Into < GodotString > , target : impl AsArg < crate :: generated :: object :: Object >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = JSONRPCMethodTable :: get (get_api ()) . set_scope ; let ret = crate :: icalls :: icallptr_void_str_obj (method_bind , self . this . sys () . as_ptr () , scope . into () , target . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for JSONRPC { } unsafe impl GodotObject for JSONRPC { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "JSONRPC" } } impl std :: ops :: Deref for JSONRPC { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for JSONRPC { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for JSONRPC { } impl Instanciable for JSONRPC { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { JSONRPC :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct JSONRPCMethodTable { pub class_constructor : sys :: godot_class_constructor , pub make_notification : * mut sys :: godot_method_bind , pub make_request : * mut sys :: godot_method_bind , pub make_response : * mut sys :: godot_method_bind , pub make_response_error : * mut sys :: godot_method_bind , pub process_action : * mut sys :: godot_method_bind , pub process_string : * mut sys :: godot_method_bind , pub set_scope : * mut sys :: godot_method_bind } impl JSONRPCMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : JSONRPCMethodTable = JSONRPCMethodTable { class_constructor : None , make_notification : 0 as * mut sys :: godot_method_bind , make_request : 0 as * mut sys :: godot_method_bind , make_response : 0 as * mut sys :: godot_method_bind , make_response_error : 0 as * mut sys :: godot_method_bind , process_action : 0 as * mut sys :: godot_method_bind , process_string : 0 as * mut sys :: godot_method_bind , set_scope : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { JSONRPCMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "JSONRPC\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . make_notification = (gd_api . godot_method_bind_get_method) (class_name , "make_notification\0" . as_ptr () as * const c_char) ; table . make_request = (gd_api . godot_method_bind_get_method) (class_name , "make_request\0" . as_ptr () as * const c_char) ; table . make_response = (gd_api . godot_method_bind_get_method) (class_name , "make_response\0" . as_ptr () as * const c_char) ; table . make_response_error = (gd_api . godot_method_bind_get_method) (class_name , "make_response_error\0" . as_ptr () as * const c_char) ; table . process_action = (gd_api . godot_method_bind_get_method) (class_name , "process_action\0" . as_ptr () as * const c_char) ; table . process_string = (gd_api . godot_method_bind_get_method) (class_name , "process_string\0" . as_ptr () as * const c_char) ; table . set_scope = (gd_api . godot_method_bind_get_method) (class_name , "set_scope\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:76:5359 [INFO] [stdout] | [INFO] [stdout] 76 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 76 | # [doc = "`core class Path2D` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_path2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Path2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nPath2D inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Path2D { this : RawObject < Self > , } impl Path2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Path2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "A [Curve2D] describing the path."] # [doc = ""] # [inline] pub fn curve (& self) -> Option < Ref < crate :: generated :: curve_2d :: Curve2D , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = Path2DMethodTable :: get (get_api ()) . get_curve ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: curve_2d :: Curve2D , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "A [Curve2D] describing the path."] # [doc = ""] # [inline] pub fn set_curve (& self , curve : impl AsArg < crate :: generated :: curve_2d :: Curve2D >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Path2DMethodTable :: get (get_api ()) . set_curve ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , curve . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Path2D { } unsafe impl GodotObject for Path2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Path2D" } } impl QueueFree for Path2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Path2D { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Path2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for Path2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for Path2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for Path2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for Path2D { } impl Instanciable for Path2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Path2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Path2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_curve : * mut sys :: godot_method_bind , pub set_curve : * mut sys :: godot_method_bind } impl Path2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Path2DMethodTable = Path2DMethodTable { class_constructor : None , get_curve : 0 as * mut sys :: godot_method_bind , set_curve : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Path2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Path2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_curve = (gd_api . godot_method_bind_get_method) (class_name , "get_curve\0" . as_ptr () as * const c_char) ; table . set_curve = (gd_api . godot_method_bind_get_method) (class_name , "set_curve\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:88:5213 [INFO] [stdout] | [INFO] [stdout] 88 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 88 | # [doc = "`core class DTLSServer` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_dtlsserver.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nDTLSServer inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct DTLSServer { this : RawObject < Self > , } impl DTLSServer { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = DTLSServerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Setup the DTLS server to use the given `private_key` and provide the given `certificate` to clients. You can pass the optional `chain` parameter to provide additional CA chain information along with the certificate.\n# Default Arguments\n* `chain` - `null`"] # [doc = ""] # [inline] pub fn setup (& self , key : impl AsArg < crate :: generated :: crypto_key :: CryptoKey > , certificate : impl AsArg < crate :: generated :: x509_certificate :: X509Certificate > , chain : impl AsArg < crate :: generated :: x509_certificate :: X509Certificate >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = DTLSServerMethodTable :: get (get_api ()) . setup ; let ret = crate :: icalls :: icallptr_i64_obj_obj_obj (method_bind , self . this . sys () . as_ptr () , key . as_arg_ptr () , certificate . as_arg_ptr () , chain . as_arg_ptr ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Try to initiate the DTLS handshake with the given `udp_peer` which must be already connected (see [method PacketPeerUDP.connect_to_host]).\n**Note**: You must check that the state of the return PacketPeerUDP is [constant PacketPeerDTLS.STATUS_HANDSHAKING], as it is normal that 50% of the new connections will be invalid due to cookie exchange."] # [doc = ""] # [inline] pub fn take_connection (& self , udp_peer : impl AsArg < crate :: generated :: packet_peer_udp :: PacketPeerUDP >) -> Option < Ref < crate :: generated :: packet_peer_dtls :: PacketPeerDTLS , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = DTLSServerMethodTable :: get (get_api ()) . take_connection ; let ret = crate :: icalls :: icallptr_obj_obj (method_bind , self . this . sys () . as_ptr () , udp_peer . as_arg_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: packet_peer_dtls :: PacketPeerDTLS , thread_access :: Shared >> :: move_from_sys (sys)) } } } impl gdnative_core :: private :: godot_object :: Sealed for DTLSServer { } unsafe impl GodotObject for DTLSServer { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "DTLSServer" } } impl std :: ops :: Deref for DTLSServer { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for DTLSServer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for DTLSServer { } unsafe impl SubClass < crate :: generated :: object :: Object > for DTLSServer { } impl Instanciable for DTLSServer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { DTLSServer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct DTLSServerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub setup : * mut sys :: godot_method_bind , pub take_connection : * mut sys :: godot_method_bind } impl DTLSServerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : DTLSServerMethodTable = DTLSServerMethodTable { class_constructor : None , setup : 0 as * mut sys :: godot_method_bind , take_connection : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { DTLSServerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "DTLSServer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . setup = (gd_api . godot_method_bind_get_method) (class_name , "setup\0" . as_ptr () as * const c_char) ; table . take_connection = (gd_api . godot_method_bind_get_method) (class_name , "take_connection\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:94:13198 [INFO] [stdout] | [INFO] [stdout] 94 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 94 | # [doc = "`core class VisualScriptPropertySet` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptpropertyset.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptPropertySet inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptPropertySet { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct AssignOp (pub i64) ; impl AssignOp { pub const NONE : AssignOp = AssignOp (0i64) ; pub const ADD : AssignOp = AssignOp (1i64) ; pub const SUB : AssignOp = AssignOp (2i64) ; pub const MUL : AssignOp = AssignOp (3i64) ; pub const DIV : AssignOp = AssignOp (4i64) ; pub const MOD : AssignOp = AssignOp (5i64) ; pub const SHIFT_LEFT : AssignOp = AssignOp (6i64) ; pub const SHIFT_RIGHT : AssignOp = AssignOp (7i64) ; pub const BIT_AND : AssignOp = AssignOp (8i64) ; pub const BIT_OR : AssignOp = AssignOp (9i64) ; pub const BIT_XOR : AssignOp = AssignOp (10i64) ; } impl From < i64 > for AssignOp { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < AssignOp > for i64 { # [inline] fn from (v : AssignOp) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct CallMode (pub i64) ; impl CallMode { pub const SELF : CallMode = CallMode (0i64) ; pub const NODE_PATH : CallMode = CallMode (1i64) ; pub const INSTANCE : CallMode = CallMode (2i64) ; pub const BASIC_TYPE : CallMode = CallMode (3i64) ; } impl From < i64 > for CallMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < CallMode > for i64 { # [inline] fn from (v : CallMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl VisualScriptPropertySet { pub const ASSIGN_OP_ADD : i64 = 1i64 ; pub const ASSIGN_OP_BIT_AND : i64 = 8i64 ; pub const ASSIGN_OP_BIT_OR : i64 = 9i64 ; pub const ASSIGN_OP_BIT_XOR : i64 = 10i64 ; pub const ASSIGN_OP_DIV : i64 = 4i64 ; pub const ASSIGN_OP_MOD : i64 = 5i64 ; pub const ASSIGN_OP_MUL : i64 = 3i64 ; pub const ASSIGN_OP_NONE : i64 = 0i64 ; pub const ASSIGN_OP_SHIFT_LEFT : i64 = 6i64 ; pub const ASSIGN_OP_SHIFT_RIGHT : i64 = 7i64 ; pub const ASSIGN_OP_SUB : i64 = 2i64 ; pub const CALL_MODE_BASIC_TYPE : i64 = 3i64 ; pub const CALL_MODE_INSTANCE : i64 = 2i64 ; pub const CALL_MODE_NODE_PATH : i64 = 1i64 ; pub const CALL_MODE_SELF : i64 = 0i64 ; } impl VisualScriptPropertySet { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptPropertySetMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn assign_op (& self) -> crate :: generated :: visual_script_property_set :: AssignOp { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_assign_op ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_script_property_set :: AssignOp (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn base_path (& self) -> NodePath { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_base_path ; let ret = crate :: icalls :: icallptr_nodepath (method_bind , self . this . sys () . as_ptr ()) ; NodePath :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn base_script (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_base_script ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn base_type (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_base_type ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn basic_type (& self) -> VariantType { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_basic_type ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; VariantType :: from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn call_mode (& self) -> crate :: generated :: visual_script_property_set :: CallMode { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_call_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_script_property_set :: CallMode (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn index (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_index ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn property (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . get_property ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_assign_op (& self , assign_op : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_assign_op ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , assign_op) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_base_path (& self , base_path : impl Into < NodePath >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_base_path ; let ret = crate :: icalls :: icallptr_void_nodepath (method_bind , self . this . sys () . as_ptr () , base_path . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_base_script (& self , base_script : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_base_script ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , base_script . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_base_type (& self , base_type : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_base_type ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , base_type . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_basic_type (& self , basic_type : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_basic_type ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , basic_type) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_call_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_call_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_index (& self , index : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_index ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , index . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_property (& self , property : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptPropertySetMethodTable :: get (get_api ()) . set_property ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , property . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptPropertySet { } unsafe impl GodotObject for VisualScriptPropertySet { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptPropertySet" } } impl std :: ops :: Deref for VisualScriptPropertySet { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptPropertySet { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptPropertySet { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptPropertySet { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptPropertySet { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptPropertySet { } impl Instanciable for VisualScriptPropertySet { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptPropertySet :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptPropertySetMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_assign_op : * mut sys :: godot_method_bind , pub get_base_path : * mut sys :: godot_method_bind , pub get_base_script : * mut sys :: godot_method_bind , pub get_base_type : * mut sys :: godot_method_bind , pub get_basic_type : * mut sys :: godot_method_bind , pub get_call_mode : * mut sys :: godot_method_bind , pub get_index : * mut sys :: godot_method_bind , pub get_property : * mut sys :: godot_method_bind , pub set_assign_op : * mut sys :: godot_method_bind , pub set_base_path : * mut sys :: godot_method_bind , pub set_base_script : * mut sys :: godot_method_bind , pub set_base_type : * mut sys :: godot_method_bind , pub set_basic_type : * mut sys :: godot_method_bind , pub set_call_mode : * mut sys :: godot_method_bind , pub set_index : * mut sys :: godot_method_bind , pub set_property : * mut sys :: godot_method_bind } impl VisualScriptPropertySetMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptPropertySetMethodTable = VisualScriptPropertySetMethodTable { class_constructor : None , get_assign_op : 0 as * mut sys :: godot_method_bind , get_base_path : 0 as * mut sys :: godot_method_bind , get_base_script : 0 as * mut sys :: godot_method_bind , get_base_type : 0 as * mut sys :: godot_method_bind , get_basic_type : 0 as * mut sys :: godot_method_bind , get_call_mode : 0 as * mut sys :: godot_method_bind , get_index : 0 as * mut sys :: godot_method_bind , get_property : 0 as * mut sys :: godot_method_bind , set_assign_op : 0 as * mut sys :: godot_method_bind , set_base_path : 0 as * mut sys :: godot_method_bind , set_base_script : 0 as * mut sys :: godot_method_bind , set_base_type : 0 as * mut sys :: godot_method_bind , set_basic_type : 0 as * mut sys :: godot_method_bind , set_call_mode : 0 as * mut sys :: godot_method_bind , set_index : 0 as * mut sys :: godot_method_bind , set_property : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptPropertySetMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptPropertySet\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_assign_op = (gd_api . godot_method_bind_get_method) (class_name , "get_assign_op\0" . as_ptr () as * const c_char) ; table . get_base_path = (gd_api . godot_method_bind_get_method) (class_name , "get_base_path\0" . as_ptr () as * const c_char) ; table . get_base_script = (gd_api . godot_method_bind_get_method) (class_name , "get_base_script\0" . as_ptr () as * const c_char) ; table . get_base_type = (gd_api . godot_method_bind_get_method) (class_name , "get_base_type\0" . as_ptr () as * const c_char) ; table . get_basic_type = (gd_api . godot_method_bind_get_method) (class_name , "get_basic_type\0" . as_ptr () as * const c_char) ; table . get_call_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_call_mode\0" . as_ptr () as * const c_char) ; table . get_index = (gd_api . godot_method_bind_get_method) (class_name , "get_index\0" . as_ptr () as * const c_char) ; table . get_property = (gd_api . godot_method_bind_get_method) (class_name , "get_property\0" . as_ptr () as * const c_char) ; table . set_assign_op = (gd_api . godot_method_bind_get_method) (class_name , "set_assign_op\0" . as_ptr () as * const c_char) ; table . set_base_path = (gd_api . godot_method_bind_get_method) (class_name , "set_base_path\0" . as_ptr () as * const c_char) ; table . set_base_script = (gd_api . godot_method_bind_get_method) (class_name , "set_base_script\0" . as_ptr () as * const c_char) ; table . set_base_type = (gd_api . godot_method_bind_get_method) (class_name , "set_base_type\0" . as_ptr () as * const c_char) ; table . set_basic_type = (gd_api . godot_method_bind_get_method) (class_name , "set_basic_type\0" . as_ptr () as * const c_char) ; table . set_call_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_call_mode\0" . as_ptr () as * const c_char) ; table . set_index = (gd_api . godot_method_bind_get_method) (class_name , "set_index\0" . as_ptr () as * const c_char) ; table . set_property = (gd_api . godot_method_bind_get_method) (class_name , "set_property\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:100:21076 [INFO] [stdout] | [INFO] [stdout] 100 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 100 | # [doc = "`core class Tabs` inherits `Control` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_tabs.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Tabs` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nTabs inherits methods from:\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Tabs { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct CloseButtonDisplayPolicy (pub i64) ; impl CloseButtonDisplayPolicy { pub const SHOW_NEVER : CloseButtonDisplayPolicy = CloseButtonDisplayPolicy (0i64) ; pub const SHOW_ACTIVE_ONLY : CloseButtonDisplayPolicy = CloseButtonDisplayPolicy (1i64) ; pub const SHOW_ALWAYS : CloseButtonDisplayPolicy = CloseButtonDisplayPolicy (2i64) ; pub const MAX : CloseButtonDisplayPolicy = CloseButtonDisplayPolicy (3i64) ; } impl From < i64 > for CloseButtonDisplayPolicy { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < CloseButtonDisplayPolicy > for i64 { # [inline] fn from (v : CloseButtonDisplayPolicy) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct TabAlign (pub i64) ; impl TabAlign { pub const LEFT : TabAlign = TabAlign (0i64) ; pub const CENTER : TabAlign = TabAlign (1i64) ; pub const RIGHT : TabAlign = TabAlign (2i64) ; pub const MAX : TabAlign = TabAlign (3i64) ; } impl From < i64 > for TabAlign { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < TabAlign > for i64 { # [inline] fn from (v : TabAlign) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Tabs { pub const ALIGN_CENTER : i64 = 1i64 ; pub const ALIGN_LEFT : i64 = 0i64 ; pub const ALIGN_MAX : i64 = 3i64 ; pub const ALIGN_RIGHT : i64 = 2i64 ; pub const CLOSE_BUTTON_MAX : i64 = 3i64 ; pub const CLOSE_BUTTON_SHOW_ACTIVE_ONLY : i64 = 1i64 ; pub const CLOSE_BUTTON_SHOW_ALWAYS : i64 = 2i64 ; pub const CLOSE_BUTTON_SHOW_NEVER : i64 = 0i64 ; } impl Tabs { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = TabsMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a new tab.\n# Default Arguments\n* `title` - `\"\"`\n* `icon` - `null`"] # [doc = ""] # [inline] pub fn add_tab (& self , title : impl Into < GodotString > , icon : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . add_tab ; let ret = crate :: icalls :: icallptr_void_str_obj (method_bind , self . this . sys () . as_ptr () , title . into () , icon . as_arg_ptr ()) ; } } # [doc = "Moves the scroll view to make the tab visible."] # [doc = ""] # [inline] pub fn ensure_tab_visible (& self , idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . ensure_tab_visible ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; } } # [doc = "Select tab at index `tab_idx`."] # [doc = ""] # [inline] pub fn current_tab (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_current_tab ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, tabs can be rearranged with mouse drag."] # [doc = ""] # [inline] pub fn drag_to_rearrange_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_drag_to_rearrange_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the offset buttons (the ones that appear when there's not enough space for all tabs) are visible."] # [doc = ""] # [inline] pub fn get_offset_buttons_visible (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_offset_buttons_visible ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn get_previous_tab (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_previous_tab ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "if `true`, the mouse's scroll wheel cab be used to navigate the scroll view."] # [doc = ""] # [inline] pub fn scrolling_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_scrolling_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if select with right mouse button is enabled."] # [doc = ""] # [inline] pub fn get_select_with_rmb (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_select_with_rmb ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The alignment of all tabs. See [enum TabAlign] for details."] # [doc = ""] # [inline] pub fn tab_align (& self) -> crate :: generated :: tabs :: TabAlign { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_align ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: tabs :: TabAlign (ret) } } # [doc = "Sets when the close button will appear on the tabs. See [enum CloseButtonDisplayPolicy] for details."] # [doc = ""] # [inline] pub fn tab_close_display_policy (& self) -> crate :: generated :: tabs :: CloseButtonDisplayPolicy { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_close_display_policy ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: tabs :: CloseButtonDisplayPolicy (ret) } } # [doc = "Returns the number of tabs."] # [doc = ""] # [inline] pub fn get_tab_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the tab at index `tab_idx` is disabled."] # [doc = ""] # [inline] pub fn get_tab_disabled (& self , tab_idx : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_disabled ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , tab_idx) ; ret as _ } } # [doc = "Returns the [Texture] for the tab at index `tab_idx` or `null` if the tab has no [Texture]."] # [doc = ""] # [inline] pub fn get_tab_icon (& self , tab_idx : i64) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_icon ; let ret = crate :: icalls :: icallptr_obj_i64 (method_bind , self . this . sys () . as_ptr () , tab_idx) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the number of hidden tabs offsetted to the left."] # [doc = ""] # [inline] pub fn get_tab_offset (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_offset ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns tab [Rect2] with local position and size."] # [doc = ""] # [inline] pub fn get_tab_rect (& self , tab_idx : i64) -> Rect2 { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_rect ; let ret = crate :: icalls :: icallptr_rect2_i64 (method_bind , self . this . sys () . as_ptr () , tab_idx) ; mem :: transmute (ret) } } # [doc = "Returns the title of the tab at index `tab_idx`. Tab titles default to the name of the indexed child node, but this can be overridden with [method set_tab_title]."] # [doc = ""] # [inline] pub fn get_tab_title (& self , tab_idx : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tab_title ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , tab_idx) ; GodotString :: from_sys (ret) } } # [doc = "Returns the [Tabs]' rearrange group ID."] # [doc = ""] # [inline] pub fn get_tabs_rearrange_group (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . get_tabs_rearrange_group ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Moves a tab from `from` to `to`."] # [doc = ""] # [inline] pub fn move_tab (& self , from : i64 , to : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . move_tab ; let ret = crate :: icalls :: icallptr_void_i64_i64 (method_bind , self . this . sys () . as_ptr () , from , to) ; } } # [doc = "Removes the tab at index `tab_idx`."] # [doc = ""] # [inline] pub fn remove_tab (& self , tab_idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . remove_tab ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , tab_idx) ; } } # [doc = "Select tab at index `tab_idx`."] # [doc = ""] # [inline] pub fn set_current_tab (& self , tab_idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_current_tab ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , tab_idx) ; } } # [doc = "If `true`, tabs can be rearranged with mouse drag."] # [doc = ""] # [inline] pub fn set_drag_to_rearrange_enabled (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_drag_to_rearrange_enabled ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "if `true`, the mouse's scroll wheel cab be used to navigate the scroll view."] # [doc = ""] # [inline] pub fn set_scrolling_enabled (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_scrolling_enabled ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, enables selecting a tab with the right mouse button."] # [doc = ""] # [inline] pub fn set_select_with_rmb (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_select_with_rmb ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "The alignment of all tabs. See [enum TabAlign] for details."] # [doc = ""] # [inline] pub fn set_tab_align (& self , align : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_tab_align ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , align) ; } } # [doc = "Sets when the close button will appear on the tabs. See [enum CloseButtonDisplayPolicy] for details."] # [doc = ""] # [inline] pub fn set_tab_close_display_policy (& self , policy : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_tab_close_display_policy ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , policy) ; } } # [doc = "If `disabled` is `false`, hides the tab at index `tab_idx`.\n**Note:** Its title text will remain unless it is also removed with [method set_tab_title]."] # [doc = ""] # [inline] pub fn set_tab_disabled (& self , tab_idx : i64 , disabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_tab_disabled ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , tab_idx , disabled) ; } } # [doc = "Sets an `icon` for the tab at index `tab_idx`."] # [doc = ""] # [inline] pub fn set_tab_icon (& self , tab_idx : i64 , icon : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_tab_icon ; let ret = crate :: icalls :: icallptr_void_i64_obj (method_bind , self . this . sys () . as_ptr () , tab_idx , icon . as_arg_ptr ()) ; } } # [doc = "Sets a `title` for the tab at index `tab_idx`."] # [doc = ""] # [inline] pub fn set_tab_title (& self , tab_idx : i64 , title : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_tab_title ; let ret = crate :: icalls :: icallptr_void_i64_str (method_bind , self . this . sys () . as_ptr () , tab_idx , title . into ()) ; } } # [doc = "Defines the rearrange group ID. Choose for each [Tabs] the same value to dragging tabs between [Tabs]. Enable drag with `set_drag_to_rearrange_enabled(true)`."] # [doc = ""] # [inline] pub fn set_tabs_rearrange_group (& self , group_id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TabsMethodTable :: get (get_api ()) . set_tabs_rearrange_group ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , group_id) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Tabs { } unsafe impl GodotObject for Tabs { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Tabs" } } impl QueueFree for Tabs { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Tabs { type Target = crate :: generated :: control :: Control ; # [inline] fn deref (& self) -> & crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Tabs { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: control :: Control > for Tabs { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for Tabs { } unsafe impl SubClass < crate :: generated :: node :: Node > for Tabs { } unsafe impl SubClass < crate :: generated :: object :: Object > for Tabs { } impl Instanciable for Tabs { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Tabs :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct TabsMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_tab : * mut sys :: godot_method_bind , pub ensure_tab_visible : * mut sys :: godot_method_bind , pub get_current_tab : * mut sys :: godot_method_bind , pub get_drag_to_rearrange_enabled : * mut sys :: godot_method_bind , pub get_offset_buttons_visible : * mut sys :: godot_method_bind , pub get_previous_tab : * mut sys :: godot_method_bind , pub get_scrolling_enabled : * mut sys :: godot_method_bind , pub get_select_with_rmb : * mut sys :: godot_method_bind , pub get_tab_align : * mut sys :: godot_method_bind , pub get_tab_close_display_policy : * mut sys :: godot_method_bind , pub get_tab_count : * mut sys :: godot_method_bind , pub get_tab_disabled : * mut sys :: godot_method_bind , pub get_tab_icon : * mut sys :: godot_method_bind , pub get_tab_offset : * mut sys :: godot_method_bind , pub get_tab_rect : * mut sys :: godot_method_bind , pub get_tab_title : * mut sys :: godot_method_bind , pub get_tabs_rearrange_group : * mut sys :: godot_method_bind , pub move_tab : * mut sys :: godot_method_bind , pub remove_tab : * mut sys :: godot_method_bind , pub set_current_tab : * mut sys :: godot_method_bind , pub set_drag_to_rearrange_enabled : * mut sys :: godot_method_bind , pub set_scrolling_enabled : * mut sys :: godot_method_bind , pub set_select_with_rmb : * mut sys :: godot_method_bind , pub set_tab_align : * mut sys :: godot_method_bind , pub set_tab_close_display_policy : * mut sys :: godot_method_bind , pub set_tab_disabled : * mut sys :: godot_method_bind , pub set_tab_icon : * mut sys :: godot_method_bind , pub set_tab_title : * mut sys :: godot_method_bind , pub set_tabs_rearrange_group : * mut sys :: godot_method_bind } impl TabsMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : TabsMethodTable = TabsMethodTable { class_constructor : None , add_tab : 0 as * mut sys :: godot_method_bind , ensure_tab_visible : 0 as * mut sys :: godot_method_bind , get_current_tab : 0 as * mut sys :: godot_method_bind , get_drag_to_rearrange_enabled : 0 as * mut sys :: godot_method_bind , get_offset_buttons_visible : 0 as * mut sys :: godot_method_bind , get_previous_tab : 0 as * mut sys :: godot_method_bind , get_scrolling_enabled : 0 as * mut sys :: godot_method_bind , get_select_with_rmb : 0 as * mut sys :: godot_method_bind , get_tab_align : 0 as * mut sys :: godot_method_bind , get_tab_close_display_policy : 0 as * mut sys :: godot_method_bind , get_tab_count : 0 as * mut sys :: godot_method_bind , get_tab_disabled : 0 as * mut sys :: godot_method_bind , get_tab_icon : 0 as * mut sys :: godot_method_bind , get_tab_offset : 0 as * mut sys :: godot_method_bind , get_tab_rect : 0 as * mut sys :: godot_method_bind , get_tab_title : 0 as * mut sys :: godot_method_bind , get_tabs_rearrange_group : 0 as * mut sys :: godot_method_bind , move_tab : 0 as * mut sys :: godot_method_bind , remove_tab : 0 as * mut sys :: godot_method_bind , set_current_tab : 0 as * mut sys :: godot_method_bind , set_drag_to_rearrange_enabled : 0 as * mut sys :: godot_method_bind , set_scrolling_enabled : 0 as * mut sys :: godot_method_bind , set_select_with_rmb : 0 as * mut sys :: godot_method_bind , set_tab_align : 0 as * mut sys :: godot_method_bind , set_tab_close_display_policy : 0 as * mut sys :: godot_method_bind , set_tab_disabled : 0 as * mut sys :: godot_method_bind , set_tab_icon : 0 as * mut sys :: godot_method_bind , set_tab_title : 0 as * mut sys :: godot_method_bind , set_tabs_rearrange_group : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { TabsMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Tabs\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_tab = (gd_api . godot_method_bind_get_method) (class_name , "add_tab\0" . as_ptr () as * const c_char) ; table . ensure_tab_visible = (gd_api . godot_method_bind_get_method) (class_name , "ensure_tab_visible\0" . as_ptr () as * const c_char) ; table . get_current_tab = (gd_api . godot_method_bind_get_method) (class_name , "get_current_tab\0" . as_ptr () as * const c_char) ; table . get_drag_to_rearrange_enabled = (gd_api . godot_method_bind_get_method) (class_name , "get_drag_to_rearrange_enabled\0" . as_ptr () as * const c_char) ; table . get_offset_buttons_visible = (gd_api . godot_method_bind_get_method) (class_name , "get_offset_buttons_visible\0" . as_ptr () as * const c_char) ; table . get_previous_tab = (gd_api . godot_method_bind_get_method) (class_name , "get_previous_tab\0" . as_ptr () as * const c_char) ; table . get_scrolling_enabled = (gd_api . godot_method_bind_get_method) (class_name , "get_scrolling_enabled\0" . as_ptr () as * const c_char) ; table . get_select_with_rmb = (gd_api . godot_method_bind_get_method) (class_name , "get_select_with_rmb\0" . as_ptr () as * const c_char) ; table . get_tab_align = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_align\0" . as_ptr () as * const c_char) ; table . get_tab_close_display_policy = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_close_display_policy\0" . as_ptr () as * const c_char) ; table . get_tab_count = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_count\0" . as_ptr () as * const c_char) ; table . get_tab_disabled = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_disabled\0" . as_ptr () as * const c_char) ; table . get_tab_icon = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_icon\0" . as_ptr () as * const c_char) ; table . get_tab_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_offset\0" . as_ptr () as * const c_char) ; table . get_tab_rect = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_rect\0" . as_ptr () as * const c_char) ; table . get_tab_title = (gd_api . godot_method_bind_get_method) (class_name , "get_tab_title\0" . as_ptr () as * const c_char) ; table . get_tabs_rearrange_group = (gd_api . godot_method_bind_get_method) (class_name , "get_tabs_rearrange_group\0" . as_ptr () as * const c_char) ; table . move_tab = (gd_api . godot_method_bind_get_method) (class_name , "move_tab\0" . as_ptr () as * const c_char) ; table . remove_tab = (gd_api . godot_method_bind_get_method) (class_name , "remove_tab\0" . as_ptr () as * const c_char) ; table . set_current_tab = (gd_api . godot_method_bind_get_method) (class_name , "set_current_tab\0" . as_ptr () as * const c_char) ; table . set_drag_to_rearrange_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_drag_to_rearrange_enabled\0" . as_ptr () as * const c_char) ; table . set_scrolling_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_scrolling_enabled\0" . as_ptr () as * const c_char) ; table . set_select_with_rmb = (gd_api . godot_method_bind_get_method) (class_name , "set_select_with_rmb\0" . as_ptr () as * const c_char) ; table . set_tab_align = (gd_api . godot_method_bind_get_method) (class_name , "set_tab_align\0" . as_ptr () as * const c_char) ; table . set_tab_close_display_policy = (gd_api . godot_method_bind_get_method) (class_name , "set_tab_close_display_policy\0" . as_ptr () as * const c_char) ; table . set_tab_disabled = (gd_api . godot_method_bind_get_method) (class_name , "set_tab_disabled\0" . as_ptr () as * const c_char) ; table . set_tab_icon = (gd_api . godot_method_bind_get_method) (class_name , "set_tab_icon\0" . as_ptr () as * const c_char) ; table . set_tab_title = (gd_api . godot_method_bind_get_method) (class_name , "set_tab_title\0" . as_ptr () as * const c_char) ; table . set_tabs_rearrange_group = (gd_api . godot_method_bind_get_method) (class_name , "set_tabs_rearrange_group\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:106:9585 [INFO] [stdout] | [INFO] [stdout] 106 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 106 | # [doc = "`core class NetworkedMultiplayerPeer` inherits `PacketPeer` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_networkedmultiplayerpeer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nNetworkedMultiplayerPeer inherits methods from:\n - [PacketPeer](struct.PacketPeer.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct NetworkedMultiplayerPeer { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ConnectionStatus (pub i64) ; impl ConnectionStatus { pub const DISCONNECTED : ConnectionStatus = ConnectionStatus (0i64) ; pub const CONNECTING : ConnectionStatus = ConnectionStatus (1i64) ; pub const CONNECTED : ConnectionStatus = ConnectionStatus (2i64) ; } impl From < i64 > for ConnectionStatus { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ConnectionStatus > for i64 { # [inline] fn from (v : ConnectionStatus) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct TransferMode (pub i64) ; impl TransferMode { pub const UNRELIABLE : TransferMode = TransferMode (0i64) ; pub const UNRELIABLE_ORDERED : TransferMode = TransferMode (1i64) ; pub const RELIABLE : TransferMode = TransferMode (2i64) ; } impl From < i64 > for TransferMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < TransferMode > for i64 { # [inline] fn from (v : TransferMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl NetworkedMultiplayerPeer { pub const CONNECTION_CONNECTED : i64 = 2i64 ; pub const CONNECTION_CONNECTING : i64 = 1i64 ; pub const CONNECTION_DISCONNECTED : i64 = 0i64 ; pub const TARGET_PEER_BROADCAST : i64 = 0i64 ; pub const TARGET_PEER_SERVER : i64 = 1i64 ; pub const TRANSFER_MODE_RELIABLE : i64 = 2i64 ; pub const TRANSFER_MODE_UNRELIABLE : i64 = 0i64 ; pub const TRANSFER_MODE_UNRELIABLE_ORDERED : i64 = 1i64 ; } impl NetworkedMultiplayerPeer { # [doc = "Returns the current state of the connection. See [enum ConnectionStatus]."] # [doc = ""] # [inline] pub fn get_connection_status (& self) -> crate :: generated :: networked_multiplayer_peer :: ConnectionStatus { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . get_connection_status ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: networked_multiplayer_peer :: ConnectionStatus (ret) } } # [doc = "Returns the ID of the [NetworkedMultiplayerPeer] who sent the most recent packet."] # [doc = ""] # [inline] pub fn get_packet_peer (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . get_packet_peer ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The manner in which to send packets to the `target_peer`. See [enum TransferMode]."] # [doc = ""] # [inline] pub fn transfer_mode (& self) -> crate :: generated :: networked_multiplayer_peer :: TransferMode { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . get_transfer_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: networked_multiplayer_peer :: TransferMode (ret) } } # [doc = "Returns the ID of this [NetworkedMultiplayerPeer]."] # [doc = ""] # [inline] pub fn get_unique_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . get_unique_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, this [NetworkedMultiplayerPeer] refuses new connections."] # [doc = ""] # [inline] pub fn is_refusing_new_connections (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . is_refusing_new_connections ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Waits up to 1 second to receive a new network event."] # [doc = ""] # [inline] pub fn poll (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . poll ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "If `true`, this [NetworkedMultiplayerPeer] refuses new connections."] # [doc = ""] # [inline] pub fn set_refuse_new_connections (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . set_refuse_new_connections ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "Sets the peer to which packets will be sent.\nThe `id` can be one of: [constant TARGET_PEER_BROADCAST] to send to all connected peers, [constant TARGET_PEER_SERVER] to send to the peer acting as server, a valid peer ID to send to that specific peer, a negative peer ID to send to all peers except that one. By default, the target peer is [constant TARGET_PEER_BROADCAST]."] # [doc = ""] # [inline] pub fn set_target_peer (& self , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . set_target_peer ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , id) ; } } # [doc = "The manner in which to send packets to the `target_peer`. See [enum TransferMode]."] # [doc = ""] # [inline] pub fn set_transfer_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NetworkedMultiplayerPeerMethodTable :: get (get_api ()) . set_transfer_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for NetworkedMultiplayerPeer { } unsafe impl GodotObject for NetworkedMultiplayerPeer { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "NetworkedMultiplayerPeer" } } impl std :: ops :: Deref for NetworkedMultiplayerPeer { type Target = crate :: generated :: packet_peer :: PacketPeer ; # [inline] fn deref (& self) -> & crate :: generated :: packet_peer :: PacketPeer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for NetworkedMultiplayerPeer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: packet_peer :: PacketPeer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: packet_peer :: PacketPeer > for NetworkedMultiplayerPeer { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for NetworkedMultiplayerPeer { } unsafe impl SubClass < crate :: generated :: object :: Object > for NetworkedMultiplayerPeer { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct NetworkedMultiplayerPeerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_connection_status : * mut sys :: godot_method_bind , pub get_packet_peer : * mut sys :: godot_method_bind , pub get_transfer_mode : * mut sys :: godot_method_bind , pub get_unique_id : * mut sys :: godot_method_bind , pub is_refusing_new_connections : * mut sys :: godot_method_bind , pub poll : * mut sys :: godot_method_bind , pub set_refuse_new_connections : * mut sys :: godot_method_bind , pub set_target_peer : * mut sys :: godot_method_bind , pub set_transfer_mode : * mut sys :: godot_method_bind } impl NetworkedMultiplayerPeerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : NetworkedMultiplayerPeerMethodTable = NetworkedMultiplayerPeerMethodTable { class_constructor : None , get_connection_status : 0 as * mut sys :: godot_method_bind , get_packet_peer : 0 as * mut sys :: godot_method_bind , get_transfer_mode : 0 as * mut sys :: godot_method_bind , get_unique_id : 0 as * mut sys :: godot_method_bind , is_refusing_new_connections : 0 as * mut sys :: godot_method_bind , poll : 0 as * mut sys :: godot_method_bind , set_refuse_new_connections : 0 as * mut sys :: godot_method_bind , set_target_peer : 0 as * mut sys :: godot_method_bind , set_transfer_mode : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { NetworkedMultiplayerPeerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "NetworkedMultiplayerPeer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_connection_status = (gd_api . godot_method_bind_get_method) (class_name , "get_connection_status\0" . as_ptr () as * const c_char) ; table . get_packet_peer = (gd_api . godot_method_bind_get_method) (class_name , "get_packet_peer\0" . as_ptr () as * const c_char) ; table . get_transfer_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_transfer_mode\0" . as_ptr () as * const c_char) ; table . get_unique_id = (gd_api . godot_method_bind_get_method) (class_name , "get_unique_id\0" . as_ptr () as * const c_char) ; table . is_refusing_new_connections = (gd_api . godot_method_bind_get_method) (class_name , "is_refusing_new_connections\0" . as_ptr () as * const c_char) ; table . poll = (gd_api . godot_method_bind_get_method) (class_name , "poll\0" . as_ptr () as * const c_char) ; table . set_refuse_new_connections = (gd_api . godot_method_bind_get_method) (class_name , "set_refuse_new_connections\0" . as_ptr () as * const c_char) ; table . set_target_peer = (gd_api . godot_method_bind_get_method) (class_name , "set_target_peer\0" . as_ptr () as * const c_char) ; table . set_transfer_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_transfer_mode\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:112:11410 [INFO] [stdout] | [INFO] [stdout] 112 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 112 | # [doc = "`core class WebSocketServer` inherits `WebSocketMultiplayerPeer` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_websocketserver.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nWebSocketServer inherits methods from:\n - [WebSocketMultiplayerPeer](struct.WebSocketMultiplayerPeer.html)\n - [NetworkedMultiplayerPeer](struct.NetworkedMultiplayerPeer.html)\n - [PacketPeer](struct.PacketPeer.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct WebSocketServer { this : RawObject < Self > , } impl WebSocketServer { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = WebSocketServerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn disconnect_peer (& self , id : i64 , code : i64 , reason : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . disconnect_peer ; let ret = crate :: icalls :: icallptr_void_i64_i64_str (method_bind , self . this . sys () . as_ptr () , id , code , reason . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn bind_ip (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . get_bind_ip ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn ca_chain (& self) -> Option < Ref < crate :: generated :: x509_certificate :: X509Certificate , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . get_ca_chain ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: x509_certificate :: X509Certificate , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_peer_address (& self , id : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . get_peer_address ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , id) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_peer_port (& self , id : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . get_peer_port ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , id) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn private_key (& self) -> Option < Ref < crate :: generated :: crypto_key :: CryptoKey , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . get_private_key ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: crypto_key :: CryptoKey , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn ssl_certificate (& self) -> Option < Ref < crate :: generated :: x509_certificate :: X509Certificate , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . get_ssl_certificate ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: x509_certificate :: X509Certificate , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn has_peer (& self , id : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . has_peer ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , id) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn is_listening (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . is_listening ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn listen (& self , port : i64 , protocols : StringArray , gd_mp_api : bool) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . listen ; let ret = crate :: icalls :: icallptr_i64_i64_strarr_bool (method_bind , self . this . sys () . as_ptr () , port , protocols , gd_mp_api) ; GodotError :: result_from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_bind_ip (& self , arg0 : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . set_bind_ip ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , arg0 . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_ca_chain (& self , arg0 : impl AsArg < crate :: generated :: x509_certificate :: X509Certificate >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . set_ca_chain ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , arg0 . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_private_key (& self , arg0 : impl AsArg < crate :: generated :: crypto_key :: CryptoKey >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . set_private_key ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , arg0 . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_ssl_certificate (& self , arg0 : impl AsArg < crate :: generated :: x509_certificate :: X509Certificate >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . set_ssl_certificate ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , arg0 . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn stop (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketServerMethodTable :: get (get_api ()) . stop ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for WebSocketServer { } unsafe impl GodotObject for WebSocketServer { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "WebSocketServer" } } impl std :: ops :: Deref for WebSocketServer { type Target = crate :: generated :: web_socket_multiplayer_peer :: WebSocketMultiplayerPeer ; # [inline] fn deref (& self) -> & crate :: generated :: web_socket_multiplayer_peer :: WebSocketMultiplayerPeer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for WebSocketServer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: web_socket_multiplayer_peer :: WebSocketMultiplayerPeer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: web_socket_multiplayer_peer :: WebSocketMultiplayerPeer > for WebSocketServer { } unsafe impl SubClass < crate :: generated :: networked_multiplayer_peer :: NetworkedMultiplayerPeer > for WebSocketServer { } unsafe impl SubClass < crate :: generated :: packet_peer :: PacketPeer > for WebSocketServer { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for WebSocketServer { } unsafe impl SubClass < crate :: generated :: object :: Object > for WebSocketServer { } impl Instanciable for WebSocketServer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { WebSocketServer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct WebSocketServerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub disconnect_peer : * mut sys :: godot_method_bind , pub get_bind_ip : * mut sys :: godot_method_bind , pub get_ca_chain : * mut sys :: godot_method_bind , pub get_peer_address : * mut sys :: godot_method_bind , pub get_peer_port : * mut sys :: godot_method_bind , pub get_private_key : * mut sys :: godot_method_bind , pub get_ssl_certificate : * mut sys :: godot_method_bind , pub has_peer : * mut sys :: godot_method_bind , pub is_listening : * mut sys :: godot_method_bind , pub listen : * mut sys :: godot_method_bind , pub set_bind_ip : * mut sys :: godot_method_bind , pub set_ca_chain : * mut sys :: godot_method_bind , pub set_private_key : * mut sys :: godot_method_bind , pub set_ssl_certificate : * mut sys :: godot_method_bind , pub stop : * mut sys :: godot_method_bind } impl WebSocketServerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : WebSocketServerMethodTable = WebSocketServerMethodTable { class_constructor : None , disconnect_peer : 0 as * mut sys :: godot_method_bind , get_bind_ip : 0 as * mut sys :: godot_method_bind , get_ca_chain : 0 as * mut sys :: godot_method_bind , get_peer_address : 0 as * mut sys :: godot_method_bind , get_peer_port : 0 as * mut sys :: godot_method_bind , get_private_key : 0 as * mut sys :: godot_method_bind , get_ssl_certificate : 0 as * mut sys :: godot_method_bind , has_peer : 0 as * mut sys :: godot_method_bind , is_listening : 0 as * mut sys :: godot_method_bind , listen : 0 as * mut sys :: godot_method_bind , set_bind_ip : 0 as * mut sys :: godot_method_bind , set_ca_chain : 0 as * mut sys :: godot_method_bind , set_private_key : 0 as * mut sys :: godot_method_bind , set_ssl_certificate : 0 as * mut sys :: godot_method_bind , stop : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { WebSocketServerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "WebSocketServer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . disconnect_peer = (gd_api . godot_method_bind_get_method) (class_name , "disconnect_peer\0" . as_ptr () as * const c_char) ; table . get_bind_ip = (gd_api . godot_method_bind_get_method) (class_name , "get_bind_ip\0" . as_ptr () as * const c_char) ; table . get_ca_chain = (gd_api . godot_method_bind_get_method) (class_name , "get_ca_chain\0" . as_ptr () as * const c_char) ; table . get_peer_address = (gd_api . godot_method_bind_get_method) (class_name , "get_peer_address\0" . as_ptr () as * const c_char) ; table . get_peer_port = (gd_api . godot_method_bind_get_method) (class_name , "get_peer_port\0" . as_ptr () as * const c_char) ; table . get_private_key = (gd_api . godot_method_bind_get_method) (class_name , "get_private_key\0" . as_ptr () as * const c_char) ; table . get_ssl_certificate = (gd_api . godot_method_bind_get_method) (class_name , "get_ssl_certificate\0" . as_ptr () as * const c_char) ; table . has_peer = (gd_api . godot_method_bind_get_method) (class_name , "has_peer\0" . as_ptr () as * const c_char) ; table . is_listening = (gd_api . godot_method_bind_get_method) (class_name , "is_listening\0" . as_ptr () as * const c_char) ; table . listen = (gd_api . godot_method_bind_get_method) (class_name , "listen\0" . as_ptr () as * const c_char) ; table . set_bind_ip = (gd_api . godot_method_bind_get_method) (class_name , "set_bind_ip\0" . as_ptr () as * const c_char) ; table . set_ca_chain = (gd_api . godot_method_bind_get_method) (class_name , "set_ca_chain\0" . as_ptr () as * const c_char) ; table . set_private_key = (gd_api . godot_method_bind_get_method) (class_name , "set_private_key\0" . as_ptr () as * const c_char) ; table . set_ssl_certificate = (gd_api . godot_method_bind_get_method) (class_name , "set_ssl_certificate\0" . as_ptr () as * const c_char) ; table . stop = (gd_api . godot_method_bind_get_method) (class_name , "stop\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:118:40845 [INFO] [stdout] | [INFO] [stdout] 118 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 118 | # [doc = "`core class Image` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_image.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nImage inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Image { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct AlphaMode (pub i64) ; impl AlphaMode { pub const NONE : AlphaMode = AlphaMode (0i64) ; pub const BIT : AlphaMode = AlphaMode (1i64) ; pub const BLEND : AlphaMode = AlphaMode (2i64) ; } impl From < i64 > for AlphaMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < AlphaMode > for i64 { # [inline] fn from (v : AlphaMode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct CompressMode (pub i64) ; impl CompressMode { pub const S3TC : CompressMode = CompressMode (0i64) ; pub const PVRTC2 : CompressMode = CompressMode (1i64) ; pub const PVRTC4 : CompressMode = CompressMode (2i64) ; pub const ETC : CompressMode = CompressMode (3i64) ; pub const ETC2 : CompressMode = CompressMode (4i64) ; } impl From < i64 > for CompressMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < CompressMode > for i64 { # [inline] fn from (v : CompressMode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct CompressSource (pub i64) ; impl CompressSource { pub const GENERIC : CompressSource = CompressSource (0i64) ; pub const SRGB : CompressSource = CompressSource (1i64) ; pub const NORMAL : CompressSource = CompressSource (2i64) ; } impl From < i64 > for CompressSource { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < CompressSource > for i64 { # [inline] fn from (v : CompressSource) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Format (pub i64) ; impl Format { pub const L8 : Format = Format (0i64) ; pub const LA8 : Format = Format (1i64) ; pub const R8 : Format = Format (2i64) ; pub const RG8 : Format = Format (3i64) ; pub const RGB8 : Format = Format (4i64) ; pub const RGBA8 : Format = Format (5i64) ; pub const RGBA4444 : Format = Format (6i64) ; pub const RGBA5551 : Format = Format (7i64) ; pub const RF : Format = Format (8i64) ; pub const RGF : Format = Format (9i64) ; pub const RGBF : Format = Format (10i64) ; pub const RGBAF : Format = Format (11i64) ; pub const RH : Format = Format (12i64) ; pub const RGH : Format = Format (13i64) ; pub const RGBH : Format = Format (14i64) ; pub const RGBAH : Format = Format (15i64) ; pub const RGBE9995 : Format = Format (16i64) ; pub const DXT1 : Format = Format (17i64) ; pub const DXT3 : Format = Format (18i64) ; pub const DXT5 : Format = Format (19i64) ; pub const RGTC_R : Format = Format (20i64) ; pub const RGTC_RG : Format = Format (21i64) ; pub const BPTC_RGBA : Format = Format (22i64) ; pub const BPTC_RGBF : Format = Format (23i64) ; pub const BPTC_RGBFU : Format = Format (24i64) ; pub const PVRTC2 : Format = Format (25i64) ; pub const PVRTC2A : Format = Format (26i64) ; pub const PVRTC4 : Format = Format (27i64) ; pub const PVRTC4A : Format = Format (28i64) ; pub const ETC : Format = Format (29i64) ; pub const ETC2_R11 : Format = Format (30i64) ; pub const ETC2_R11S : Format = Format (31i64) ; pub const ETC2_RG11 : Format = Format (32i64) ; pub const ETC2_RG11S : Format = Format (33i64) ; pub const ETC2_RGB8 : Format = Format (34i64) ; pub const ETC2_RGBA8 : Format = Format (35i64) ; pub const ETC2_RGB8A1 : Format = Format (36i64) ; pub const MAX : Format = Format (37i64) ; } impl From < i64 > for Format { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Format > for i64 { # [inline] fn from (v : Format) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Interpolation (pub i64) ; impl Interpolation { pub const NEAREST : Interpolation = Interpolation (0i64) ; pub const BILINEAR : Interpolation = Interpolation (1i64) ; pub const CUBIC : Interpolation = Interpolation (2i64) ; pub const TRILINEAR : Interpolation = Interpolation (3i64) ; pub const LANCZOS : Interpolation = Interpolation (4i64) ; } impl From < i64 > for Interpolation { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Interpolation > for i64 { # [inline] fn from (v : Interpolation) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Image { pub const ALPHA_BIT : i64 = 1i64 ; pub const ALPHA_BLEND : i64 = 2i64 ; pub const ALPHA_NONE : i64 = 0i64 ; pub const COMPRESS_ETC : i64 = 3i64 ; pub const COMPRESS_ETC2 : i64 = 4i64 ; pub const COMPRESS_PVRTC2 : i64 = 1i64 ; pub const COMPRESS_PVRTC4 : i64 = 2i64 ; pub const COMPRESS_S3TC : i64 = 0i64 ; pub const COMPRESS_SOURCE_GENERIC : i64 = 0i64 ; pub const COMPRESS_SOURCE_NORMAL : i64 = 2i64 ; pub const COMPRESS_SOURCE_SRGB : i64 = 1i64 ; pub const FORMAT_BPTC_RGBA : i64 = 22i64 ; pub const FORMAT_BPTC_RGBF : i64 = 23i64 ; pub const FORMAT_BPTC_RGBFU : i64 = 24i64 ; pub const FORMAT_DXT1 : i64 = 17i64 ; pub const FORMAT_DXT3 : i64 = 18i64 ; pub const FORMAT_DXT5 : i64 = 19i64 ; pub const FORMAT_ETC : i64 = 29i64 ; pub const FORMAT_ETC2_R11 : i64 = 30i64 ; pub const FORMAT_ETC2_R11S : i64 = 31i64 ; pub const FORMAT_ETC2_RG11 : i64 = 32i64 ; pub const FORMAT_ETC2_RG11S : i64 = 33i64 ; pub const FORMAT_ETC2_RGB8 : i64 = 34i64 ; pub const FORMAT_ETC2_RGB8A1 : i64 = 36i64 ; pub const FORMAT_ETC2_RGBA8 : i64 = 35i64 ; pub const FORMAT_L8 : i64 = 0i64 ; pub const FORMAT_LA8 : i64 = 1i64 ; pub const FORMAT_MAX : i64 = 37i64 ; pub const FORMAT_PVRTC2 : i64 = 25i64 ; pub const FORMAT_PVRTC2A : i64 = 26i64 ; pub const FORMAT_PVRTC4 : i64 = 27i64 ; pub const FORMAT_PVRTC4A : i64 = 28i64 ; pub const FORMAT_R8 : i64 = 2i64 ; pub const FORMAT_RF : i64 = 8i64 ; pub const FORMAT_RG8 : i64 = 3i64 ; pub const FORMAT_RGB8 : i64 = 4i64 ; pub const FORMAT_RGBA4444 : i64 = 6i64 ; pub const FORMAT_RGBA5551 : i64 = 7i64 ; pub const FORMAT_RGBA8 : i64 = 5i64 ; pub const FORMAT_RGBAF : i64 = 11i64 ; pub const FORMAT_RGBAH : i64 = 15i64 ; pub const FORMAT_RGBE9995 : i64 = 16i64 ; pub const FORMAT_RGBF : i64 = 10i64 ; pub const FORMAT_RGBH : i64 = 14i64 ; pub const FORMAT_RGF : i64 = 9i64 ; pub const FORMAT_RGH : i64 = 13i64 ; pub const FORMAT_RGTC_R : i64 = 20i64 ; pub const FORMAT_RGTC_RG : i64 = 21i64 ; pub const FORMAT_RH : i64 = 12i64 ; pub const INTERPOLATE_BILINEAR : i64 = 1i64 ; pub const INTERPOLATE_CUBIC : i64 = 2i64 ; pub const INTERPOLATE_LANCZOS : i64 = 4i64 ; pub const INTERPOLATE_NEAREST : i64 = 0i64 ; pub const INTERPOLATE_TRILINEAR : i64 = 3i64 ; pub const MAX_HEIGHT : i64 = 16384i64 ; pub const MAX_WIDTH : i64 = 16384i64 ; } impl Image { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ImageMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Alpha-blends `src_rect` from `src` image to this image at coordinates `dest`."] # [doc = ""] # [inline] pub fn blend_rect (& self , src : impl AsArg < crate :: generated :: image :: Image > , src_rect : Rect2 , dst : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . blend_rect ; let ret = crate :: icalls :: icallptr_void_obj_rect2_vec2 (method_bind , self . this . sys () . as_ptr () , src . as_arg_ptr () , src_rect , dst) ; } } # [doc = "Alpha-blends `src_rect` from `src` image to this image using `mask` image at coordinates `dst`. Alpha channels are required for both `src` and `mask`. `dst` pixels and `src` pixels will blend if the corresponding mask pixel's alpha value is not 0. `src` image and `mask` image **must** have the same size (width and height) but they can have different formats."] # [doc = ""] # [inline] pub fn blend_rect_mask (& self , src : impl AsArg < crate :: generated :: image :: Image > , mask : impl AsArg < crate :: generated :: image :: Image > , src_rect : Rect2 , dst : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . blend_rect_mask ; let ret = crate :: icalls :: icallptr_void_obj_obj_rect2_vec2 (method_bind , self . this . sys () . as_ptr () , src . as_arg_ptr () , mask . as_arg_ptr () , src_rect , dst) ; } } # [doc = "Copies `src_rect` from `src` image to this image at coordinates `dst`."] # [doc = ""] # [inline] pub fn blit_rect (& self , src : impl AsArg < crate :: generated :: image :: Image > , src_rect : Rect2 , dst : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . blit_rect ; let ret = crate :: icalls :: icallptr_void_obj_rect2_vec2 (method_bind , self . this . sys () . as_ptr () , src . as_arg_ptr () , src_rect , dst) ; } } # [doc = "Blits `src_rect` area from `src` image to this image at the coordinates given by `dst`. `src` pixel is copied onto `dst` if the corresponding `mask` pixel's alpha value is not 0. `src` image and `mask` image **must** have the same size (width and height) but they can have different formats."] # [doc = ""] # [inline] pub fn blit_rect_mask (& self , src : impl AsArg < crate :: generated :: image :: Image > , mask : impl AsArg < crate :: generated :: image :: Image > , src_rect : Rect2 , dst : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . blit_rect_mask ; let ret = crate :: icalls :: icallptr_void_obj_obj_rect2_vec2 (method_bind , self . this . sys () . as_ptr () , src . as_arg_ptr () , mask . as_arg_ptr () , src_rect , dst) ; } } # [doc = "Converts a bumpmap to a normalmap. A bumpmap provides a height offset per-pixel, while a normalmap provides a normal direction per pixel.\n# Default Arguments\n* `bump_scale` - `1.0`"] # [doc = ""] # [inline] pub fn bumpmap_to_normalmap (& self , bump_scale : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . bumpmap_to_normalmap ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , bump_scale) ; } } # [doc = "Removes the image's mipmaps."] # [doc = ""] # [inline] pub fn clear_mipmaps (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . clear_mipmaps ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Compresses the image to use less memory. Can not directly access pixel data while the image is compressed. Returns error if the chosen compression mode is not available. See [enum CompressMode] and [enum CompressSource] constants."] # [doc = ""] # [inline] pub fn compress (& self , mode : i64 , source : i64 , lossy_quality : f64) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . compress ; let ret = crate :: icalls :: icallptr_i64_i64_i64_f64 (method_bind , self . this . sys () . as_ptr () , mode , source , lossy_quality) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Converts the image's format. See [enum Format] constants."] # [doc = ""] # [inline] pub fn convert (& self , format : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . convert ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , format) ; } } # [doc = "Copies `src` image to this image."] # [doc = ""] # [inline] pub fn copy_from (& self , src : impl AsArg < crate :: generated :: image :: Image >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . copy_from ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , src . as_arg_ptr ()) ; } } # [doc = "Creates an empty image of given size and format. See [enum Format] constants. If `use_mipmaps` is `true` then generate mipmaps for this image. See the [method generate_mipmaps]."] # [doc = ""] # [inline] pub fn create (& self , width : i64 , height : i64 , use_mipmaps : bool , format : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . create ; let ret = crate :: icalls :: icallptr_void_i64_i64_bool_i64 (method_bind , self . this . sys () . as_ptr () , width , height , use_mipmaps , format) ; } } # [doc = "Creates a new image of given size and format. See [enum Format] constants. Fills the image with the given raw data. If `use_mipmaps` is `true` then loads mipmaps for this image from `data`. See [method generate_mipmaps]."] # [doc = ""] # [inline] pub fn create_from_data (& self , width : i64 , height : i64 , use_mipmaps : bool , format : i64 , data : ByteArray) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . create_from_data ; let ret = crate :: icalls :: icallptr_void_i64_i64_bool_i64_bytearr (method_bind , self . this . sys () . as_ptr () , width , height , use_mipmaps , format , data) ; } } # [doc = "Crops the image to the given `width` and `height`. If the specified size is larger than the current size, the extra area is filled with black pixels."] # [doc = ""] # [inline] pub fn crop (& self , width : i64 , height : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . crop ; let ret = crate :: icalls :: icallptr_void_i64_i64 (method_bind , self . this . sys () . as_ptr () , width , height) ; } } # [doc = "Decompresses the image if it is compressed. Returns an error if decompress function is not available."] # [doc = ""] # [inline] pub fn decompress (& self) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . decompress ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Returns [constant ALPHA_BLEND] if the image has data for alpha values. Returns [constant ALPHA_BIT] if all the alpha values are stored in a single bit. Returns [constant ALPHA_NONE] if no data for alpha values is found."] # [doc = ""] # [inline] pub fn detect_alpha (& self) -> crate :: generated :: image :: AlphaMode { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . detect_alpha ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: image :: AlphaMode (ret) } } # [doc = "Stretches the image and enlarges it by a factor of 2. No interpolation is done."] # [doc = ""] # [inline] pub fn expand_x2_hq2x (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . expand_x2_hq2x ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Fills the image with a given [Color]."] # [doc = ""] # [inline] pub fn fill (& self , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . fill ; let ret = crate :: icalls :: icallptr_void_color (method_bind , self . this . sys () . as_ptr () , color) ; } } # [doc = "Blends low-alpha pixels with nearby pixels."] # [doc = ""] # [inline] pub fn fix_alpha_edges (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . fix_alpha_edges ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Flips the image horizontally."] # [doc = ""] # [inline] pub fn flip_x (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . flip_x ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Flips the image vertically."] # [doc = ""] # [inline] pub fn flip_y (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . flip_y ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Generates mipmaps for the image. Mipmaps are pre-calculated and lower resolution copies of the image. Mipmaps are automatically used if the image needs to be scaled down when rendered. This improves image quality and the performance of the rendering. Returns an error if the image is compressed, in a custom format or if the image's width/height is 0.\n# Default Arguments\n* `renormalize` - `false`"] # [doc = ""] # [inline] pub fn generate_mipmaps (& self , renormalize : bool) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . generate_mipmaps ; let ret = crate :: icalls :: icallptr_i64_bool (method_bind , self . this . sys () . as_ptr () , renormalize) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Returns a copy of the image's raw data."] # [doc = ""] # [inline] pub fn get_data (& self) -> ByteArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_data ; let ret = crate :: icalls :: icallptr_bytearr (method_bind , self . this . sys () . as_ptr ()) ; ByteArray :: from_sys (ret) } } # [doc = "Returns the image's format. See [enum Format] constants."] # [doc = ""] # [inline] pub fn get_format (& self) -> crate :: generated :: image :: Format { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_format ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: image :: Format (ret) } } # [doc = "Returns the image's height."] # [doc = ""] # [inline] pub fn get_height (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_height ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the offset where the image's mipmap with index `mipmap` is stored in the `data` dictionary."] # [doc = ""] # [inline] pub fn get_mipmap_offset (& self , mipmap : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_mipmap_offset ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , mipmap) ; ret as _ } } # [doc = "Returns the color of the pixel at `(x, y)` if the image is locked. If the image is unlocked, it always returns a [Color] with the value `(0, 0, 0, 1.0)`. This is the same as [method get_pixelv], but two integer arguments instead of a Vector2 argument."] # [doc = ""] # [inline] pub fn get_pixel (& self , x : i64 , y : i64) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_pixel ; let ret = crate :: icalls :: icallptr_color_i64_i64 (method_bind , self . this . sys () . as_ptr () , x , y) ; mem :: transmute (ret) } } # [doc = "Returns the color of the pixel at `src` if the image is locked. If the image is unlocked, it always returns a [Color] with the value `(0, 0, 0, 1.0)`. This is the same as [method get_pixel], but with a Vector2 argument instead of two integer arguments."] # [doc = ""] # [inline] pub fn get_pixelv (& self , src : Vector2) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_pixelv ; let ret = crate :: icalls :: icallptr_color_vec2 (method_bind , self . this . sys () . as_ptr () , src) ; mem :: transmute (ret) } } # [doc = "Returns a new image that is a copy of the image's area specified with `rect`."] # [doc = ""] # [inline] pub fn get_rect (& self , rect : Rect2) -> Option < Ref < crate :: generated :: image :: Image , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_rect ; let ret = crate :: icalls :: icallptr_obj_rect2 (method_bind , self . this . sys () . as_ptr () , rect) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: image :: Image , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the image's size (width and height)."] # [doc = ""] # [inline] pub fn get_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns a [Rect2] enclosing the visible portion of the image, considering each pixel with a non-zero alpha channel as visible."] # [doc = ""] # [inline] pub fn get_used_rect (& self) -> Rect2 { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_used_rect ; let ret = crate :: icalls :: icallptr_rect2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the image's width."] # [doc = ""] # [inline] pub fn get_width (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . get_width ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the image has generated mipmaps."] # [doc = ""] # [inline] pub fn has_mipmaps (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . has_mipmaps ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the image is compressed."] # [doc = ""] # [inline] pub fn is_compressed (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . is_compressed ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the image has no data."] # [doc = ""] # [inline] pub fn is_empty (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . is_empty ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if all the image's pixels have an alpha value of 0. Returns `false` if any pixel has an alpha value higher than 0."] # [doc = ""] # [inline] pub fn is_invisible (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . is_invisible ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Loads an image from file `path`. See [url=https://docs.godotengine.org/en/latest/getting_started/workflow/assets/importing_images.html#supported-image-formats]Supported image formats[/url] for a list of supported image formats and limitations."] # [doc = ""] # [inline] pub fn load (& self , path : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . load ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn load_bmp_from_buffer (& self , buffer : ByteArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . load_bmp_from_buffer ; let ret = crate :: icalls :: icallptr_i64_bytearr (method_bind , self . this . sys () . as_ptr () , buffer) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Loads an image from the binary contents of a JPEG file."] # [doc = ""] # [inline] pub fn load_jpg_from_buffer (& self , buffer : ByteArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . load_jpg_from_buffer ; let ret = crate :: icalls :: icallptr_i64_bytearr (method_bind , self . this . sys () . as_ptr () , buffer) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Loads an image from the binary contents of a PNG file."] # [doc = ""] # [inline] pub fn load_png_from_buffer (& self , buffer : ByteArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . load_png_from_buffer ; let ret = crate :: icalls :: icallptr_i64_bytearr (method_bind , self . this . sys () . as_ptr () , buffer) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Loads an image from the binary contents of a TGA file."] # [doc = ""] # [inline] pub fn load_tga_from_buffer (& self , buffer : ByteArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . load_tga_from_buffer ; let ret = crate :: icalls :: icallptr_i64_bytearr (method_bind , self . this . sys () . as_ptr () , buffer) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Loads an image from the binary contents of a WebP file."] # [doc = ""] # [inline] pub fn load_webp_from_buffer (& self , buffer : ByteArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . load_webp_from_buffer ; let ret = crate :: icalls :: icallptr_i64_bytearr (method_bind , self . this . sys () . as_ptr () , buffer) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Locks the data for reading and writing access. Sends an error to the console if the image is not locked when reading or writing a pixel."] # [doc = ""] # [inline] pub fn lock (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . lock ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Converts the image's data to represent coordinates on a 3D plane. This is used when the image represents a normalmap. A normalmap can add lots of detail to a 3D surface without increasing the polygon count."] # [doc = ""] # [inline] pub fn normalmap_to_xy (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . normalmap_to_xy ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Multiplies color values with alpha values. Resulting color values for a pixel are `(color * alpha)/256`."] # [doc = ""] # [inline] pub fn premultiply_alpha (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . premultiply_alpha ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Resizes the image to the given `width` and `height`. New pixels are calculated using `interpolation`. See `interpolation` constants.\n# Default Arguments\n* `interpolation` - `1`"] # [doc = ""] # [inline] pub fn resize (& self , width : i64 , height : i64 , interpolation : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . resize ; let ret = crate :: icalls :: icallptr_void_i64_i64_i64 (method_bind , self . this . sys () . as_ptr () , width , height , interpolation) ; } } # [doc = "Resizes the image to the nearest power of 2 for the width and height. If `square` is `true` then set width and height to be the same.\n# Default Arguments\n* `square` - `false`"] # [doc = ""] # [inline] pub fn resize_to_po2 (& self , square : bool , interpolation : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . resize_to_po2 ; let ret = crate :: icalls :: icallptr_void_bool_i64 (method_bind , self . this . sys () . as_ptr () , square , interpolation) ; } } # [doc = "Converts a standard RGBE (Red Green Blue Exponent) image to an sRGB image."] # [doc = ""] # [inline] pub fn rgbe_to_srgb (& self) -> Option < Ref < crate :: generated :: image :: Image , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . rgbe_to_srgb ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: image :: Image , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Saves the image as an EXR file to `path`. If `grayscale` is `true` and the image has only one channel, it will be saved explicitly as monochrome rather than one red channel. This function will return [constant ERR_UNAVAILABLE] if Godot was compiled without the TinyEXR module.\n# Default Arguments\n* `grayscale` - `false`"] # [doc = ""] # [inline] pub fn save_exr (& self , path : impl Into < GodotString > , grayscale : bool) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . save_exr ; let ret = crate :: icalls :: icallptr_i64_str_bool (method_bind , self . this . sys () . as_ptr () , path . into () , grayscale) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Saves the image as a PNG file to `path`."] # [doc = ""] # [inline] pub fn save_png (& self , path : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . save_png ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn save_png_to_buffer (& self) -> ByteArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . save_png_to_buffer ; let ret = crate :: icalls :: icallptr_bytearr (method_bind , self . this . sys () . as_ptr ()) ; ByteArray :: from_sys (ret) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nSets the [Color] of the pixel at `(x, y)` if the image is locked. Example:\n```gdscript\nvar img = Image.new()\nimg.create(img_width, img_height, false, Image.FORMAT_RGBA8)\nimg.lock()\nimg.set_pixel(x, y, color) # Works\nimg.unlock()\nimg.set_pixel(x, y, color) # Does not have an effect\n```"] # [doc = ""] # [inline] pub fn set_pixel (& self , x : i64 , y : i64 , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . set_pixel ; let ret = crate :: icalls :: icallptr_void_i64_i64_color (method_bind , self . this . sys () . as_ptr () , x , y , color) ; } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nSets the [Color] of the pixel at `(dst.x, dst.y)` if the image is locked. Note that the `dst` values must be integers. Example:\n```gdscript\nvar img = Image.new()\nimg.create(img_width, img_height, false, Image.FORMAT_RGBA8)\nimg.lock()\nimg.set_pixelv(Vector2(x, y), color) # Works\nimg.unlock()\nimg.set_pixelv(Vector2(x, y), color) # Does not have an effect\n```"] # [doc = ""] # [inline] pub fn set_pixelv (& self , dst : Vector2 , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . set_pixelv ; let ret = crate :: icalls :: icallptr_void_vec2_color (method_bind , self . this . sys () . as_ptr () , dst , color) ; } } # [doc = "Shrinks the image by a factor of 2."] # [doc = ""] # [inline] pub fn shrink_x2 (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . shrink_x2 ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Converts the raw data from the sRGB colorspace to a linear scale."] # [doc = ""] # [inline] pub fn srgb_to_linear (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . srgb_to_linear ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Unlocks the data and prevents changes."] # [doc = ""] # [inline] pub fn unlock (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ImageMethodTable :: get (get_api ()) . unlock ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Image { } unsafe impl GodotObject for Image { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Image" } } impl std :: ops :: Deref for Image { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Image { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Image { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Image { } unsafe impl SubClass < crate :: generated :: object :: Object > for Image { } impl Instanciable for Image { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Image :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ImageMethodTable { pub class_constructor : sys :: godot_class_constructor , pub blend_rect : * mut sys :: godot_method_bind , pub blend_rect_mask : * mut sys :: godot_method_bind , pub blit_rect : * mut sys :: godot_method_bind , pub blit_rect_mask : * mut sys :: godot_method_bind , pub bumpmap_to_normalmap : * mut sys :: godot_method_bind , pub clear_mipmaps : * mut sys :: godot_method_bind , pub compress : * mut sys :: godot_method_bind , pub convert : * mut sys :: godot_method_bind , pub copy_from : * mut sys :: godot_method_bind , pub create : * mut sys :: godot_method_bind , pub create_from_data : * mut sys :: godot_method_bind , pub crop : * mut sys :: godot_method_bind , pub decompress : * mut sys :: godot_method_bind , pub detect_alpha : * mut sys :: godot_method_bind , pub expand_x2_hq2x : * mut sys :: godot_method_bind , pub fill : * mut sys :: godot_method_bind , pub fix_alpha_edges : * mut sys :: godot_method_bind , pub flip_x : * mut sys :: godot_method_bind , pub flip_y : * mut sys :: godot_method_bind , pub generate_mipmaps : * mut sys :: godot_method_bind , pub get_data : * mut sys :: godot_method_bind , pub get_format : * mut sys :: godot_method_bind , pub get_height : * mut sys :: godot_method_bind , pub get_mipmap_offset : * mut sys :: godot_method_bind , pub get_pixel : * mut sys :: godot_method_bind , pub get_pixelv : * mut sys :: godot_method_bind , pub get_rect : * mut sys :: godot_method_bind , pub get_size : * mut sys :: godot_method_bind , pub get_used_rect : * mut sys :: godot_method_bind , pub get_width : * mut sys :: godot_method_bind , pub has_mipmaps : * mut sys :: godot_method_bind , pub is_compressed : * mut sys :: godot_method_bind , pub is_empty : * mut sys :: godot_method_bind , pub is_invisible : * mut sys :: godot_method_bind , pub load : * mut sys :: godot_method_bind , pub load_bmp_from_buffer : * mut sys :: godot_method_bind , pub load_jpg_from_buffer : * mut sys :: godot_method_bind , pub load_png_from_buffer : * mut sys :: godot_method_bind , pub load_tga_from_buffer : * mut sys :: godot_method_bind , pub load_webp_from_buffer : * mut sys :: godot_method_bind , pub lock : * mut sys :: godot_method_bind , pub normalmap_to_xy : * mut sys :: godot_method_bind , pub premultiply_alpha : * mut sys :: godot_method_bind , pub resize : * mut sys :: godot_method_bind , pub resize_to_po2 : * mut sys :: godot_method_bind , pub rgbe_to_srgb : * mut sys :: godot_method_bind , pub save_exr : * mut sys :: godot_method_bind , pub save_png : * mut sys :: godot_method_bind , pub save_png_to_buffer : * mut sys :: godot_method_bind , pub set_pixel : * mut sys :: godot_method_bind , pub set_pixelv : * mut sys :: godot_method_bind , pub shrink_x2 : * mut sys :: godot_method_bind , pub srgb_to_linear : * mut sys :: godot_method_bind , pub unlock : * mut sys :: godot_method_bind } impl ImageMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ImageMethodTable = ImageMethodTable { class_constructor : None , blend_rect : 0 as * mut sys :: godot_method_bind , blend_rect_mask : 0 as * mut sys :: godot_method_bind , blit_rect : 0 as * mut sys :: godot_method_bind , blit_rect_mask : 0 as * mut sys :: godot_method_bind , bumpmap_to_normalmap : 0 as * mut sys :: godot_method_bind , clear_mipmaps : 0 as * mut sys :: godot_method_bind , compress : 0 as * mut sys :: godot_method_bind , convert : 0 as * mut sys :: godot_method_bind , copy_from : 0 as * mut sys :: godot_method_bind , create : 0 as * mut sys :: godot_method_bind , create_from_data : 0 as * mut sys :: godot_method_bind , crop : 0 as * mut sys :: godot_method_bind , decompress : 0 as * mut sys :: godot_method_bind , detect_alpha : 0 as * mut sys :: godot_method_bind , expand_x2_hq2x : 0 as * mut sys :: godot_method_bind , fill : 0 as * mut sys :: godot_method_bind , fix_alpha_edges : 0 as * mut sys :: godot_method_bind , flip_x : 0 as * mut sys :: godot_method_bind , flip_y : 0 as * mut sys :: godot_method_bind , generate_mipmaps : 0 as * mut sys :: godot_method_bind , get_data : 0 as * mut sys :: godot_method_bind , get_format : 0 as * mut sys :: godot_method_bind , get_height : 0 as * mut sys :: godot_method_bind , get_mipmap_offset : 0 as * mut sys :: godot_method_bind , get_pixel : 0 as * mut sys :: godot_method_bind , get_pixelv : 0 as * mut sys :: godot_method_bind , get_rect : 0 as * mut sys :: godot_method_bind , get_size : 0 as * mut sys :: godot_method_bind , get_used_rect : 0 as * mut sys :: godot_method_bind , get_width : 0 as * mut sys :: godot_method_bind , has_mipmaps : 0 as * mut sys :: godot_method_bind , is_compressed : 0 as * mut sys :: godot_method_bind , is_empty : 0 as * mut sys :: godot_method_bind , is_invisible : 0 as * mut sys :: godot_method_bind , load : 0 as * mut sys :: godot_method_bind , load_bmp_from_buffer : 0 as * mut sys :: godot_method_bind , load_jpg_from_buffer : 0 as * mut sys :: godot_method_bind , load_png_from_buffer : 0 as * mut sys :: godot_method_bind , load_tga_from_buffer : 0 as * mut sys :: godot_method_bind , load_webp_from_buffer : 0 as * mut sys :: godot_method_bind , lock : 0 as * mut sys :: godot_method_bind , normalmap_to_xy : 0 as * mut sys :: godot_method_bind , premultiply_alpha : 0 as * mut sys :: godot_method_bind , resize : 0 as * mut sys :: godot_method_bind , resize_to_po2 : 0 as * mut sys :: godot_method_bind , rgbe_to_srgb : 0 as * mut sys :: godot_method_bind , save_exr : 0 as * mut sys :: godot_method_bind , save_png : 0 as * mut sys :: godot_method_bind , save_png_to_buffer : 0 as * mut sys :: godot_method_bind , set_pixel : 0 as * mut sys :: godot_method_bind , set_pixelv : 0 as * mut sys :: godot_method_bind , shrink_x2 : 0 as * mut sys :: godot_method_bind , srgb_to_linear : 0 as * mut sys :: godot_method_bind , unlock : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ImageMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Image\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . blend_rect = (gd_api . godot_method_bind_get_method) (class_name , "blend_rect\0" . as_ptr () as * const c_char) ; table . blend_rect_mask = (gd_api . godot_method_bind_get_method) (class_name , "blend_rect_mask\0" . as_ptr () as * const c_char) ; table . blit_rect = (gd_api . godot_method_bind_get_method) (class_name , "blit_rect\0" . as_ptr () as * const c_char) ; table . blit_rect_mask = (gd_api . godot_method_bind_get_method) (class_name , "blit_rect_mask\0" . as_ptr () as * const c_char) ; table . bumpmap_to_normalmap = (gd_api . godot_method_bind_get_method) (class_name , "bumpmap_to_normalmap\0" . as_ptr () as * const c_char) ; table . clear_mipmaps = (gd_api . godot_method_bind_get_method) (class_name , "clear_mipmaps\0" . as_ptr () as * const c_char) ; table . compress = (gd_api . godot_method_bind_get_method) (class_name , "compress\0" . as_ptr () as * const c_char) ; table . convert = (gd_api . godot_method_bind_get_method) (class_name , "convert\0" . as_ptr () as * const c_char) ; table . copy_from = (gd_api . godot_method_bind_get_method) (class_name , "copy_from\0" . as_ptr () as * const c_char) ; table . create = (gd_api . godot_method_bind_get_method) (class_name , "create\0" . as_ptr () as * const c_char) ; table . create_from_data = (gd_api . godot_method_bind_get_method) (class_name , "create_from_data\0" . as_ptr () as * const c_char) ; table . crop = (gd_api . godot_method_bind_get_method) (class_name , "crop\0" . as_ptr () as * const c_char) ; table . decompress = (gd_api . godot_method_bind_get_method) (class_name , "decompress\0" . as_ptr () as * const c_char) ; table . detect_alpha = (gd_api . godot_method_bind_get_method) (class_name , "detect_alpha\0" . as_ptr () as * const c_char) ; table . expand_x2_hq2x = (gd_api . godot_method_bind_get_method) (class_name , "expand_x2_hq2x\0" . as_ptr () as * const c_char) ; table . fill = (gd_api . godot_method_bind_get_method) (class_name , "fill\0" . as_ptr () as * const c_char) ; table . fix_alpha_edges = (gd_api . godot_method_bind_get_method) (class_name , "fix_alpha_edges\0" . as_ptr () as * const c_char) ; table . flip_x = (gd_api . godot_method_bind_get_method) (class_name , "flip_x\0" . as_ptr () as * const c_char) ; table . flip_y = (gd_api . godot_method_bind_get_method) (class_name , "flip_y\0" . as_ptr () as * const c_char) ; table . generate_mipmaps = (gd_api . godot_method_bind_get_method) (class_name , "generate_mipmaps\0" . as_ptr () as * const c_char) ; table . get_data = (gd_api . godot_method_bind_get_method) (class_name , "get_data\0" . as_ptr () as * const c_char) ; table . get_format = (gd_api . godot_method_bind_get_method) (class_name , "get_format\0" . as_ptr () as * const c_char) ; table . get_height = (gd_api . godot_method_bind_get_method) (class_name , "get_height\0" . as_ptr () as * const c_char) ; table . get_mipmap_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_mipmap_offset\0" . as_ptr () as * const c_char) ; table . get_pixel = (gd_api . godot_method_bind_get_method) (class_name , "get_pixel\0" . as_ptr () as * const c_char) ; table . get_pixelv = (gd_api . godot_method_bind_get_method) (class_name , "get_pixelv\0" . as_ptr () as * const c_char) ; table . get_rect = (gd_api . godot_method_bind_get_method) (class_name , "get_rect\0" . as_ptr () as * const c_char) ; table . get_size = (gd_api . godot_method_bind_get_method) (class_name , "get_size\0" . as_ptr () as * const c_char) ; table . get_used_rect = (gd_api . godot_method_bind_get_method) (class_name , "get_used_rect\0" . as_ptr () as * const c_char) ; table . get_width = (gd_api . godot_method_bind_get_method) (class_name , "get_width\0" . as_ptr () as * const c_char) ; table . has_mipmaps = (gd_api . godot_method_bind_get_method) (class_name , "has_mipmaps\0" . as_ptr () as * const c_char) ; table . is_compressed = (gd_api . godot_method_bind_get_method) (class_name , "is_compressed\0" . as_ptr () as * const c_char) ; table . is_empty = (gd_api . godot_method_bind_get_method) (class_name , "is_empty\0" . as_ptr () as * const c_char) ; table . is_invisible = (gd_api . godot_method_bind_get_method) (class_name , "is_invisible\0" . as_ptr () as * const c_char) ; table . load = (gd_api . godot_method_bind_get_method) (class_name , "load\0" . as_ptr () as * const c_char) ; table . load_bmp_from_buffer = (gd_api . godot_method_bind_get_method) (class_name , "load_bmp_from_buffer\0" . as_ptr () as * const c_char) ; table . load_jpg_from_buffer = (gd_api . godot_method_bind_get_method) (class_name , "load_jpg_from_buffer\0" . as_ptr () as * const c_char) ; table . load_png_from_buffer = (gd_api . godot_method_bind_get_method) (class_name , "load_png_from_buffer\0" . as_ptr () as * const c_char) ; table . load_tga_from_buffer = (gd_api . godot_method_bind_get_method) (class_name , "load_tga_from_buffer\0" . as_ptr () as * const c_char) ; table . load_webp_from_buffer = (gd_api . godot_method_bind_get_method) (class_name , "load_webp_from_buffer\0" . as_ptr () as * const c_char) ; table . lock = (gd_api . godot_method_bind_get_method) (class_name , "lock\0" . as_ptr () as * const c_char) ; table . normalmap_to_xy = (gd_api . godot_method_bind_get_method) (class_name , "normalmap_to_xy\0" . as_ptr () as * const c_char) ; table . premultiply_alpha = (gd_api . godot_method_bind_get_method) (class_name , "premultiply_alpha\0" . as_ptr () as * const c_char) ; table . resize = (gd_api . godot_method_bind_get_method) (class_name , "resize\0" . as_ptr () as * const c_char) ; table . resize_to_po2 = (gd_api . godot_method_bind_get_method) (class_name , "resize_to_po2\0" . as_ptr () as * const c_char) ; table . rgbe_to_srgb = (gd_api . godot_method_bind_get_method) (class_name , "rgbe_to_srgb\0" . as_ptr () as * const c_char) ; table . save_exr = (gd_api . godot_method_bind_get_method) (class_name , "save_exr\0" . as_ptr () as * const c_char) ; table . save_png = (gd_api . godot_method_bind_get_method) (class_name , "save_png\0" . as_ptr () as * const c_char) ; table . save_png_to_buffer = (gd_api . godot_method_bind_get_method) (class_name , "save_png_to_buffer\0" . as_ptr () as * const c_char) ; table . set_pixel = (gd_api . godot_method_bind_get_method) (class_name , "set_pixel\0" . as_ptr () as * const c_char) ; table . set_pixelv = (gd_api . godot_method_bind_get_method) (class_name , "set_pixelv\0" . as_ptr () as * const c_char) ; table . shrink_x2 = (gd_api . godot_method_bind_get_method) (class_name , "shrink_x2\0" . as_ptr () as * const c_char) ; table . srgb_to_linear = (gd_api . godot_method_bind_get_method) (class_name , "srgb_to_linear\0" . as_ptr () as * const c_char) ; table . unlock = (gd_api . godot_method_bind_get_method) (class_name , "unlock\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:124:16904 [INFO] [stdout] | [INFO] [stdout] 124 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 124 | # [doc = "`core class Curve` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_curve.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCurve inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Curve { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct TangentMode (pub i64) ; impl TangentMode { pub const FREE : TangentMode = TangentMode (0i64) ; pub const LINEAR : TangentMode = TangentMode (1i64) ; pub const MODE_COUNT : TangentMode = TangentMode (2i64) ; } impl From < i64 > for TangentMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < TangentMode > for i64 { # [inline] fn from (v : TangentMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Curve { pub const TANGENT_FREE : i64 = 0i64 ; pub const TANGENT_LINEAR : i64 = 1i64 ; pub const TANGENT_MODE_COUNT : i64 = 2i64 ; } impl Curve { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CurveMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a point to the curve. For each side, if the `*_mode` is [constant TANGENT_LINEAR], the `*_tangent` angle (in degrees) uses the slope of the curve halfway to the adjacent point. Allows custom assignments to the `*_tangent` angle if `*_mode` is set to [constant TANGENT_FREE].\n# Default Arguments\n* `left_tangent` - `0`\n* `right_tangent` - `0`\n* `left_mode` - `0`\n* `right_mode` - `0`"] # [doc = ""] # [inline] pub fn add_point (& self , position : Vector2 , left_tangent : f64 , right_tangent : f64 , left_mode : i64 , right_mode : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . add_point ; let ret = crate :: icalls :: icallptr_i64_vec2_f64_f64_i64_i64 (method_bind , self . this . sys () . as_ptr () , position , left_tangent , right_tangent , left_mode , right_mode) ; ret as _ } } # [doc = "Recomputes the baked cache of points for the curve."] # [doc = ""] # [inline] pub fn bake (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . bake ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Removes points that are closer than `CMP_EPSILON` (0.00001) units to their neighbor on the curve."] # [doc = ""] # [inline] pub fn clean_dupes (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . clean_dupes ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Removes all points from the curve."] # [doc = ""] # [inline] pub fn clear_points (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . clear_points ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "The number of points to include in the baked (i.e. cached) curve data."] # [doc = ""] # [inline] pub fn bake_resolution (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_bake_resolution ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The maximum value the curve can reach."] # [doc = ""] # [inline] pub fn max_value (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_max_value ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The minimum value the curve can reach."] # [doc = ""] # [inline] pub fn min_value (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_min_value ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the number of points describing the curve."] # [doc = ""] # [inline] pub fn get_point_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_point_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the left [enum TangentMode] for the point at `index`."] # [doc = ""] # [inline] pub fn get_point_left_mode (& self , index : i64) -> crate :: generated :: curve :: TangentMode { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_point_left_mode ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , index) ; crate :: generated :: curve :: TangentMode (ret) } } # [doc = "Returns the left tangent angle (in degrees) for the point at `index`."] # [doc = ""] # [inline] pub fn get_point_left_tangent (& self , index : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_point_left_tangent ; let ret = crate :: icalls :: icallptr_f64_i64 (method_bind , self . this . sys () . as_ptr () , index) ; ret as _ } } # [doc = "Returns the curve coordinates for the point at `index`."] # [doc = ""] # [inline] pub fn get_point_position (& self , index : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_point_position ; let ret = crate :: icalls :: icallptr_vec2_i64 (method_bind , self . this . sys () . as_ptr () , index) ; mem :: transmute (ret) } } # [doc = "Returns the right [enum TangentMode] for the point at `index`."] # [doc = ""] # [inline] pub fn get_point_right_mode (& self , index : i64) -> crate :: generated :: curve :: TangentMode { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_point_right_mode ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , index) ; crate :: generated :: curve :: TangentMode (ret) } } # [doc = "Returns the right tangent angle (in degrees) for the point at `index`."] # [doc = ""] # [inline] pub fn get_point_right_tangent (& self , index : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . get_point_right_tangent ; let ret = crate :: icalls :: icallptr_f64_i64 (method_bind , self . this . sys () . as_ptr () , index) ; ret as _ } } # [doc = "Returns the Y value for the point that would exist at the X position `offset` along the curve."] # [doc = ""] # [inline] pub fn interpolate (& self , offset : f64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . interpolate ; let ret = crate :: icalls :: icallptr_f64_f64 (method_bind , self . this . sys () . as_ptr () , offset) ; ret as _ } } # [doc = "Returns the Y value for the point that would exist at the X position `offset` along the curve using the baked cache. Bakes the curve's points if not already baked."] # [doc = ""] # [inline] pub fn interpolate_baked (& self , offset : f64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . interpolate_baked ; let ret = crate :: icalls :: icallptr_f64_f64 (method_bind , self . this . sys () . as_ptr () , offset) ; ret as _ } } # [doc = "Removes the point at `index` from the curve."] # [doc = ""] # [inline] pub fn remove_point (& self , index : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . remove_point ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , index) ; } } # [doc = "The number of points to include in the baked (i.e. cached) curve data."] # [doc = ""] # [inline] pub fn set_bake_resolution (& self , resolution : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_bake_resolution ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , resolution) ; } } # [doc = "The maximum value the curve can reach."] # [doc = ""] # [inline] pub fn set_max_value (& self , max : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_max_value ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , max) ; } } # [doc = "The minimum value the curve can reach."] # [doc = ""] # [inline] pub fn set_min_value (& self , min : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_min_value ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , min) ; } } # [doc = "Sets the left [enum TangentMode] for the point at `index` to `mode`."] # [doc = ""] # [inline] pub fn set_point_left_mode (& self , index : i64 , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_point_left_mode ; let ret = crate :: icalls :: icallptr_void_i64_i64 (method_bind , self . this . sys () . as_ptr () , index , mode) ; } } # [doc = "Sets the left tangent angle for the point at `index` to `tangent`."] # [doc = ""] # [inline] pub fn set_point_left_tangent (& self , index : i64 , tangent : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_point_left_tangent ; let ret = crate :: icalls :: icallptr_void_i64_f64 (method_bind , self . this . sys () . as_ptr () , index , tangent) ; } } # [doc = "Sets the offset from `0.5`."] # [doc = ""] # [inline] pub fn set_point_offset (& self , index : i64 , offset : f64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_point_offset ; let ret = crate :: icalls :: icallptr_i64_i64_f64 (method_bind , self . this . sys () . as_ptr () , index , offset) ; ret as _ } } # [doc = "Sets the right [enum TangentMode] for the point at `index` to `mode`."] # [doc = ""] # [inline] pub fn set_point_right_mode (& self , index : i64 , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_point_right_mode ; let ret = crate :: icalls :: icallptr_void_i64_i64 (method_bind , self . this . sys () . as_ptr () , index , mode) ; } } # [doc = "Sets the right tangent angle for the point at `index` to `tangent`."] # [doc = ""] # [inline] pub fn set_point_right_tangent (& self , index : i64 , tangent : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_point_right_tangent ; let ret = crate :: icalls :: icallptr_void_i64_f64 (method_bind , self . this . sys () . as_ptr () , index , tangent) ; } } # [doc = "Assigns the vertical position `y` to the point at `index`."] # [doc = ""] # [inline] pub fn set_point_value (& self , index : i64 , y : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveMethodTable :: get (get_api ()) . set_point_value ; let ret = crate :: icalls :: icallptr_void_i64_f64 (method_bind , self . this . sys () . as_ptr () , index , y) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Curve { } unsafe impl GodotObject for Curve { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Curve" } } impl std :: ops :: Deref for Curve { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Curve { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Curve { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Curve { } unsafe impl SubClass < crate :: generated :: object :: Object > for Curve { } impl Instanciable for Curve { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Curve :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CurveMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_point : * mut sys :: godot_method_bind , pub bake : * mut sys :: godot_method_bind , pub clean_dupes : * mut sys :: godot_method_bind , pub clear_points : * mut sys :: godot_method_bind , pub get_bake_resolution : * mut sys :: godot_method_bind , pub get_max_value : * mut sys :: godot_method_bind , pub get_min_value : * mut sys :: godot_method_bind , pub get_point_count : * mut sys :: godot_method_bind , pub get_point_left_mode : * mut sys :: godot_method_bind , pub get_point_left_tangent : * mut sys :: godot_method_bind , pub get_point_position : * mut sys :: godot_method_bind , pub get_point_right_mode : * mut sys :: godot_method_bind , pub get_point_right_tangent : * mut sys :: godot_method_bind , pub interpolate : * mut sys :: godot_method_bind , pub interpolate_baked : * mut sys :: godot_method_bind , pub remove_point : * mut sys :: godot_method_bind , pub set_bake_resolution : * mut sys :: godot_method_bind , pub set_max_value : * mut sys :: godot_method_bind , pub set_min_value : * mut sys :: godot_method_bind , pub set_point_left_mode : * mut sys :: godot_method_bind , pub set_point_left_tangent : * mut sys :: godot_method_bind , pub set_point_offset : * mut sys :: godot_method_bind , pub set_point_right_mode : * mut sys :: godot_method_bind , pub set_point_right_tangent : * mut sys :: godot_method_bind , pub set_point_value : * mut sys :: godot_method_bind } impl CurveMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CurveMethodTable = CurveMethodTable { class_constructor : None , add_point : 0 as * mut sys :: godot_method_bind , bake : 0 as * mut sys :: godot_method_bind , clean_dupes : 0 as * mut sys :: godot_method_bind , clear_points : 0 as * mut sys :: godot_method_bind , get_bake_resolution : 0 as * mut sys :: godot_method_bind , get_max_value : 0 as * mut sys :: godot_method_bind , get_min_value : 0 as * mut sys :: godot_method_bind , get_point_count : 0 as * mut sys :: godot_method_bind , get_point_left_mode : 0 as * mut sys :: godot_method_bind , get_point_left_tangent : 0 as * mut sys :: godot_method_bind , get_point_position : 0 as * mut sys :: godot_method_bind , get_point_right_mode : 0 as * mut sys :: godot_method_bind , get_point_right_tangent : 0 as * mut sys :: godot_method_bind , interpolate : 0 as * mut sys :: godot_method_bind , interpolate_baked : 0 as * mut sys :: godot_method_bind , remove_point : 0 as * mut sys :: godot_method_bind , set_bake_resolution : 0 as * mut sys :: godot_method_bind , set_max_value : 0 as * mut sys :: godot_method_bind , set_min_value : 0 as * mut sys :: godot_method_bind , set_point_left_mode : 0 as * mut sys :: godot_method_bind , set_point_left_tangent : 0 as * mut sys :: godot_method_bind , set_point_offset : 0 as * mut sys :: godot_method_bind , set_point_right_mode : 0 as * mut sys :: godot_method_bind , set_point_right_tangent : 0 as * mut sys :: godot_method_bind , set_point_value : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CurveMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Curve\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_point = (gd_api . godot_method_bind_get_method) (class_name , "add_point\0" . as_ptr () as * const c_char) ; table . bake = (gd_api . godot_method_bind_get_method) (class_name , "bake\0" . as_ptr () as * const c_char) ; table . clean_dupes = (gd_api . godot_method_bind_get_method) (class_name , "clean_dupes\0" . as_ptr () as * const c_char) ; table . clear_points = (gd_api . godot_method_bind_get_method) (class_name , "clear_points\0" . as_ptr () as * const c_char) ; table . get_bake_resolution = (gd_api . godot_method_bind_get_method) (class_name , "get_bake_resolution\0" . as_ptr () as * const c_char) ; table . get_max_value = (gd_api . godot_method_bind_get_method) (class_name , "get_max_value\0" . as_ptr () as * const c_char) ; table . get_min_value = (gd_api . godot_method_bind_get_method) (class_name , "get_min_value\0" . as_ptr () as * const c_char) ; table . get_point_count = (gd_api . godot_method_bind_get_method) (class_name , "get_point_count\0" . as_ptr () as * const c_char) ; table . get_point_left_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_point_left_mode\0" . as_ptr () as * const c_char) ; table . get_point_left_tangent = (gd_api . godot_method_bind_get_method) (class_name , "get_point_left_tangent\0" . as_ptr () as * const c_char) ; table . get_point_position = (gd_api . godot_method_bind_get_method) (class_name , "get_point_position\0" . as_ptr () as * const c_char) ; table . get_point_right_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_point_right_mode\0" . as_ptr () as * const c_char) ; table . get_point_right_tangent = (gd_api . godot_method_bind_get_method) (class_name , "get_point_right_tangent\0" . as_ptr () as * const c_char) ; table . interpolate = (gd_api . godot_method_bind_get_method) (class_name , "interpolate\0" . as_ptr () as * const c_char) ; table . interpolate_baked = (gd_api . godot_method_bind_get_method) (class_name , "interpolate_baked\0" . as_ptr () as * const c_char) ; table . remove_point = (gd_api . godot_method_bind_get_method) (class_name , "remove_point\0" . as_ptr () as * const c_char) ; table . set_bake_resolution = (gd_api . godot_method_bind_get_method) (class_name , "set_bake_resolution\0" . as_ptr () as * const c_char) ; table . set_max_value = (gd_api . godot_method_bind_get_method) (class_name , "set_max_value\0" . as_ptr () as * const c_char) ; table . set_min_value = (gd_api . godot_method_bind_get_method) (class_name , "set_min_value\0" . as_ptr () as * const c_char) ; table . set_point_left_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_point_left_mode\0" . as_ptr () as * const c_char) ; table . set_point_left_tangent = (gd_api . godot_method_bind_get_method) (class_name , "set_point_left_tangent\0" . as_ptr () as * const c_char) ; table . set_point_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_point_offset\0" . as_ptr () as * const c_char) ; table . set_point_right_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_point_right_mode\0" . as_ptr () as * const c_char) ; table . set_point_right_tangent = (gd_api . godot_method_bind_get_method) (class_name , "set_point_right_tangent\0" . as_ptr () as * const c_char) ; table . set_point_value = (gd_api . godot_method_bind_get_method) (class_name , "set_point_value\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:130:4465 [INFO] [stdout] | [INFO] [stdout] 130 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 130 | # [doc = "`core class VSlider` inherits `Slider` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_vslider.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`VSlider` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nVSlider inherits methods from:\n - [Slider](struct.Slider.html)\n - [Range](struct.Range.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VSlider { this : RawObject < Self > , } impl VSlider { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VSliderMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VSlider { } unsafe impl GodotObject for VSlider { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "VSlider" } } impl QueueFree for VSlider { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for VSlider { type Target = crate :: generated :: slider :: Slider ; # [inline] fn deref (& self) -> & crate :: generated :: slider :: Slider { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VSlider { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: slider :: Slider { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: slider :: Slider > for VSlider { } unsafe impl SubClass < crate :: generated :: range :: Range > for VSlider { } unsafe impl SubClass < crate :: generated :: control :: Control > for VSlider { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for VSlider { } unsafe impl SubClass < crate :: generated :: node :: Node > for VSlider { } unsafe impl SubClass < crate :: generated :: object :: Object > for VSlider { } impl Instanciable for VSlider { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VSlider :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VSliderMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VSliderMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VSliderMethodTable = VSliderMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VSliderMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VSlider\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:136:15548 [INFO] [stdout] | [INFO] [stdout] 136 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 136 | # [doc = "`core singleton class ARVRServer` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_arvrserver.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nARVRServer inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ARVRServer { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct RotationMode (pub i64) ; impl RotationMode { pub const RESET_FULL_ROTATION : RotationMode = RotationMode (0i64) ; pub const RESET_BUT_KEEP_TILT : RotationMode = RotationMode (1i64) ; pub const DONT_RESET_ROTATION : RotationMode = RotationMode (2i64) ; } impl From < i64 > for RotationMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < RotationMode > for i64 { # [inline] fn from (v : RotationMode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct TrackerType (pub i64) ; impl TrackerType { pub const CONTROLLER : TrackerType = TrackerType (1i64) ; pub const BASESTATION : TrackerType = TrackerType (2i64) ; pub const ANCHOR : TrackerType = TrackerType (4i64) ; pub const ANY_KNOWN : TrackerType = TrackerType (127i64) ; pub const UNKNOWN : TrackerType = TrackerType (128i64) ; pub const ANY : TrackerType = TrackerType (255i64) ; } impl From < i64 > for TrackerType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < TrackerType > for i64 { # [inline] fn from (v : TrackerType) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl ARVRServer { pub const DONT_RESET_ROTATION : i64 = 2i64 ; pub const RESET_BUT_KEEP_TILT : i64 = 1i64 ; pub const RESET_FULL_ROTATION : i64 = 0i64 ; pub const TRACKER_ANCHOR : i64 = 4i64 ; pub const TRACKER_ANY : i64 = 255i64 ; pub const TRACKER_ANY_KNOWN : i64 = 127i64 ; pub const TRACKER_BASESTATION : i64 = 2i64 ; pub const TRACKER_CONTROLLER : i64 = 1i64 ; pub const TRACKER_UNKNOWN : i64 = 128i64 ; } impl ARVRServer { # [doc = "Returns a reference to the singleton instance."] # [inline] pub fn godot_singleton () -> & 'static Self { unsafe { let this = (get_api () . godot_global_get_singleton) ("ARVRServer\0" . as_ptr () as * mut _) ; let this = ptr :: NonNull :: new (this) . expect ("singleton should not be null") ; let this = RawObject :: from_sys_ref_unchecked :: < 'static > (this) ; Self :: cast_ref (this) } } # [doc = "This is an important function to understand correctly. AR and VR platforms all handle positioning slightly differently.\nFor platforms that do not offer spatial tracking, our origin point (0,0,0) is the location of our HMD, but you have little control over the direction the player is facing in the real world.\nFor platforms that do offer spatial tracking, our origin point depends very much on the system. For OpenVR, our origin point is usually the center of the tracking space, on the ground. For other platforms, it's often the location of the tracking camera.\nThis method allows you to center your tracker on the location of the HMD. It will take the current location of the HMD and use that to adjust all your tracking data; in essence, realigning the real world to your player's current position in the game world.\nFor this method to produce usable results, tracking information must be available. This often takes a few frames after starting your game.\nYou should call this method after a few seconds have passed. For instance, when the user requests a realignment of the display holding a designated button on a controller for a short period of time, or when implementing a teleport mechanism."] # [doc = ""] # [inline] pub fn center_on_hmd (& self , rotation_mode : i64 , keep_height : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . center_on_hmd ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , rotation_mode , keep_height) ; } } # [doc = "Finds an interface by its name. For instance, if your project uses capabilities of an AR/VR platform, you can find the interface for that platform by name and initialize it."] # [doc = ""] # [inline] pub fn find_interface (& self , name : impl Into < GodotString >) -> Option < Ref < crate :: generated :: arvr_interface :: ARVRInterface , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . find_interface ; let ret = crate :: icalls :: icallptr_obj_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: arvr_interface :: ARVRInterface , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the primary interface's transformation."] # [doc = ""] # [inline] pub fn get_hmd_transform (& self) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_hmd_transform ; let ret = crate :: icalls :: icallptr_trans (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the interface registered at a given index in our list of interfaces."] # [doc = ""] # [inline] pub fn get_interface (& self , idx : i64) -> Option < Ref < crate :: generated :: arvr_interface :: ARVRInterface , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_interface ; let ret = crate :: icalls :: icallptr_obj_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: arvr_interface :: ARVRInterface , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the number of interfaces currently registered with the AR/VR server. If your project supports multiple AR/VR platforms, you can look through the available interface, and either present the user with a selection or simply try to initialize each interface and use the first one that returns `true`."] # [doc = ""] # [inline] pub fn get_interface_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_interface_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns a list of available interfaces the ID and name of each interface."] # [doc = ""] # [inline] pub fn get_interfaces (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_interfaces ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns the absolute timestamp (in μs) of the last [ARVRServer] commit of the AR/VR eyes to [VisualServer]. The value comes from an internal call to [method OS.get_ticks_usec]."] # [doc = ""] # [inline] pub fn get_last_commit_usec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_last_commit_usec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the duration (in μs) of the last frame. This is computed as the difference between [method get_last_commit_usec] and [method get_last_process_usec] when committing."] # [doc = ""] # [inline] pub fn get_last_frame_usec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_last_frame_usec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the absolute timestamp (in μs) of the last [ARVRServer] process callback. The value comes from an internal call to [method OS.get_ticks_usec]."] # [doc = ""] # [inline] pub fn get_last_process_usec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_last_process_usec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The primary [ARVRInterface] currently bound to the [ARVRServer]."] # [doc = ""] # [inline] pub fn primary_interface (& self) -> Option < Ref < crate :: generated :: arvr_interface :: ARVRInterface , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_primary_interface ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: arvr_interface :: ARVRInterface , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the reference frame transform. Mostly used internally and exposed for GDNative build interfaces."] # [doc = ""] # [inline] pub fn get_reference_frame (& self) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_reference_frame ; let ret = crate :: icalls :: icallptr_trans (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the positional tracker at the given ID."] # [doc = ""] # [inline] pub fn get_tracker (& self , idx : i64) -> Option < Ref < crate :: generated :: arvr_positional_tracker :: ARVRPositionalTracker , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_tracker ; let ret = crate :: icalls :: icallptr_obj_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: arvr_positional_tracker :: ARVRPositionalTracker , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the number of trackers currently registered."] # [doc = ""] # [inline] pub fn get_tracker_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_tracker_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Allows you to adjust the scale to your game's units. Most AR/VR platforms assume a scale of 1 game world unit = 1 real world meter."] # [doc = ""] # [inline] pub fn world_scale (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . get_world_scale ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The primary [ARVRInterface] currently bound to the [ARVRServer]."] # [doc = ""] # [inline] pub fn set_primary_interface (& self , interface : impl AsArg < crate :: generated :: arvr_interface :: ARVRInterface >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . set_primary_interface ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , interface . as_arg_ptr ()) ; } } # [doc = "Allows you to adjust the scale to your game's units. Most AR/VR platforms assume a scale of 1 game world unit = 1 real world meter."] # [doc = ""] # [inline] pub fn set_world_scale (& self , arg0 : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ARVRServerMethodTable :: get (get_api ()) . set_world_scale ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , arg0) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ARVRServer { } unsafe impl GodotObject for ARVRServer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ARVRServer" } } impl std :: ops :: Deref for ARVRServer { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ARVRServer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for ARVRServer { } unsafe impl Send for ARVRServer { } unsafe impl Sync for ARVRServer { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ARVRServerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub center_on_hmd : * mut sys :: godot_method_bind , pub find_interface : * mut sys :: godot_method_bind , pub get_hmd_transform : * mut sys :: godot_method_bind , pub get_interface : * mut sys :: godot_method_bind , pub get_interface_count : * mut sys :: godot_method_bind , pub get_interfaces : * mut sys :: godot_method_bind , pub get_last_commit_usec : * mut sys :: godot_method_bind , pub get_last_frame_usec : * mut sys :: godot_method_bind , pub get_last_process_usec : * mut sys :: godot_method_bind , pub get_primary_interface : * mut sys :: godot_method_bind , pub get_reference_frame : * mut sys :: godot_method_bind , pub get_tracker : * mut sys :: godot_method_bind , pub get_tracker_count : * mut sys :: godot_method_bind , pub get_world_scale : * mut sys :: godot_method_bind , pub set_primary_interface : * mut sys :: godot_method_bind , pub set_world_scale : * mut sys :: godot_method_bind } impl ARVRServerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ARVRServerMethodTable = ARVRServerMethodTable { class_constructor : None , center_on_hmd : 0 as * mut sys :: godot_method_bind , find_interface : 0 as * mut sys :: godot_method_bind , get_hmd_transform : 0 as * mut sys :: godot_method_bind , get_interface : 0 as * mut sys :: godot_method_bind , get_interface_count : 0 as * mut sys :: godot_method_bind , get_interfaces : 0 as * mut sys :: godot_method_bind , get_last_commit_usec : 0 as * mut sys :: godot_method_bind , get_last_frame_usec : 0 as * mut sys :: godot_method_bind , get_last_process_usec : 0 as * mut sys :: godot_method_bind , get_primary_interface : 0 as * mut sys :: godot_method_bind , get_reference_frame : 0 as * mut sys :: godot_method_bind , get_tracker : 0 as * mut sys :: godot_method_bind , get_tracker_count : 0 as * mut sys :: godot_method_bind , get_world_scale : 0 as * mut sys :: godot_method_bind , set_primary_interface : 0 as * mut sys :: godot_method_bind , set_world_scale : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ARVRServerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ARVRServer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . center_on_hmd = (gd_api . godot_method_bind_get_method) (class_name , "center_on_hmd\0" . as_ptr () as * const c_char) ; table . find_interface = (gd_api . godot_method_bind_get_method) (class_name , "find_interface\0" . as_ptr () as * const c_char) ; table . get_hmd_transform = (gd_api . godot_method_bind_get_method) (class_name , "get_hmd_transform\0" . as_ptr () as * const c_char) ; table . get_interface = (gd_api . godot_method_bind_get_method) (class_name , "get_interface\0" . as_ptr () as * const c_char) ; table . get_interface_count = (gd_api . godot_method_bind_get_method) (class_name , "get_interface_count\0" . as_ptr () as * const c_char) ; table . get_interfaces = (gd_api . godot_method_bind_get_method) (class_name , "get_interfaces\0" . as_ptr () as * const c_char) ; table . get_last_commit_usec = (gd_api . godot_method_bind_get_method) (class_name , "get_last_commit_usec\0" . as_ptr () as * const c_char) ; table . get_last_frame_usec = (gd_api . godot_method_bind_get_method) (class_name , "get_last_frame_usec\0" . as_ptr () as * const c_char) ; table . get_last_process_usec = (gd_api . godot_method_bind_get_method) (class_name , "get_last_process_usec\0" . as_ptr () as * const c_char) ; table . get_primary_interface = (gd_api . godot_method_bind_get_method) (class_name , "get_primary_interface\0" . as_ptr () as * const c_char) ; table . get_reference_frame = (gd_api . godot_method_bind_get_method) (class_name , "get_reference_frame\0" . as_ptr () as * const c_char) ; table . get_tracker = (gd_api . godot_method_bind_get_method) (class_name , "get_tracker\0" . as_ptr () as * const c_char) ; table . get_tracker_count = (gd_api . godot_method_bind_get_method) (class_name , "get_tracker_count\0" . as_ptr () as * const c_char) ; table . get_world_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_world_scale\0" . as_ptr () as * const c_char) ; table . set_primary_interface = (gd_api . godot_method_bind_get_method) (class_name , "set_primary_interface\0" . as_ptr () as * const c_char) ; table . set_world_scale = (gd_api . godot_method_bind_get_method) (class_name , "set_world_scale\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:142:6281 [INFO] [stdout] | [INFO] [stdout] 142 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 142 | # [doc = "`core class TCP_Server` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_tcp_server.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nTCP_Server inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct TCP_Server { this : RawObject < Self > , } impl TCP_Server { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = TCP_ServerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Returns `true` if a connection is available for taking."] # [doc = ""] # [inline] pub fn is_connection_available (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TCP_ServerMethodTable :: get (get_api ()) . is_connection_available ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the server is currently listening for connections."] # [doc = ""] # [inline] pub fn is_listening (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TCP_ServerMethodTable :: get (get_api ()) . is_listening ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Listen on the `port` binding to `bind_address`.\nIf `bind_address` is set as `\"*\"` (default), the server will listen on all available addresses (both IPv4 and IPv6).\nIf `bind_address` is set as `\"0.0.0.0\"` (for IPv4) or `\"::\"` (for IPv6), the server will listen on all available addresses matching that IP type.\nIf `bind_address` is set to any valid address (e.g. `\"192.168.1.101\"`, `\"::1\"`, etc), the server will only listen on the interface with that addresses (or fail if no interface with the given address exists).\n# Default Arguments\n* `bind_address` - `\"*\"`"] # [doc = ""] # [inline] pub fn listen (& self , port : i64 , bind_address : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = TCP_ServerMethodTable :: get (get_api ()) . listen ; let ret = crate :: icalls :: icallptr_i64_i64_str (method_bind , self . this . sys () . as_ptr () , port , bind_address . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Stops listening."] # [doc = ""] # [inline] pub fn stop (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TCP_ServerMethodTable :: get (get_api ()) . stop ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "If a connection is available, returns a StreamPeerTCP with the connection."] # [doc = ""] # [inline] pub fn take_connection (& self) -> Option < Ref < crate :: generated :: stream_peer_tcp :: StreamPeerTCP , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = TCP_ServerMethodTable :: get (get_api ()) . take_connection ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: stream_peer_tcp :: StreamPeerTCP , thread_access :: Shared >> :: move_from_sys (sys)) } } } impl gdnative_core :: private :: godot_object :: Sealed for TCP_Server { } unsafe impl GodotObject for TCP_Server { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "TCP_Server" } } impl std :: ops :: Deref for TCP_Server { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for TCP_Server { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for TCP_Server { } unsafe impl SubClass < crate :: generated :: object :: Object > for TCP_Server { } impl Instanciable for TCP_Server { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { TCP_Server :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct TCP_ServerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub is_connection_available : * mut sys :: godot_method_bind , pub is_listening : * mut sys :: godot_method_bind , pub listen : * mut sys :: godot_method_bind , pub stop : * mut sys :: godot_method_bind , pub take_connection : * mut sys :: godot_method_bind } impl TCP_ServerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : TCP_ServerMethodTable = TCP_ServerMethodTable { class_constructor : None , is_connection_available : 0 as * mut sys :: godot_method_bind , is_listening : 0 as * mut sys :: godot_method_bind , listen : 0 as * mut sys :: godot_method_bind , stop : 0 as * mut sys :: godot_method_bind , take_connection : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { TCP_ServerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "TCP_Server\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . is_connection_available = (gd_api . godot_method_bind_get_method) (class_name , "is_connection_available\0" . as_ptr () as * const c_char) ; table . is_listening = (gd_api . godot_method_bind_get_method) (class_name , "is_listening\0" . as_ptr () as * const c_char) ; table . listen = (gd_api . godot_method_bind_get_method) (class_name , "listen\0" . as_ptr () as * const c_char) ; table . stop = (gd_api . godot_method_bind_get_method) (class_name , "stop\0" . as_ptr () as * const c_char) ; table . take_connection = (gd_api . godot_method_bind_get_method) (class_name , "take_connection\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:148:7979 [INFO] [stdout] | [INFO] [stdout] 148 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 148 | # [doc = "`core class BitMap` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_bitmap.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nBitMap inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct BitMap { this : RawObject < Self > , } impl BitMap { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = BitMapMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Creates a bitmap with the specified size, filled with `false`."] # [doc = ""] # [inline] pub fn create (& self , size : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . create ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = "Creates a bitmap that matches the given image dimensions, every element of the bitmap is set to `false` if the alpha value of the image at that position is equal to `threshold` or less, and `true` in other case.\n# Default Arguments\n* `threshold` - `0.1`"] # [doc = ""] # [inline] pub fn create_from_image_alpha (& self , image : impl AsArg < crate :: generated :: image :: Image > , threshold : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . create_from_image_alpha ; let ret = crate :: icalls :: icallptr_void_obj_f64 (method_bind , self . this . sys () . as_ptr () , image . as_arg_ptr () , threshold) ; } } # [doc = "Returns bitmap's value at the specified position."] # [doc = ""] # [inline] pub fn get_bit (& self , position : Vector2) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . get_bit ; let ret = crate :: icalls :: icallptr_bool_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; ret as _ } } # [doc = "Returns bitmap's dimensions."] # [doc = ""] # [inline] pub fn get_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . get_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the amount of bitmap elements that are set to `true`."] # [doc = ""] # [inline] pub fn get_true_bit_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . get_true_bit_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Applies morphological dilation to the bitmap. The first argument is the dilation amount, Rect2 is the area where the dilation will be applied."] # [doc = ""] # [inline] pub fn grow_mask (& self , pixels : i64 , rect : Rect2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . grow_mask ; let ret = crate :: icalls :: icallptr_void_i64_rect2 (method_bind , self . this . sys () . as_ptr () , pixels , rect) ; } } # [doc = "\n# Default Arguments\n* `epsilon` - `2.0`"] # [doc = ""] # [inline] pub fn opaque_to_polygons (& self , rect : Rect2 , epsilon : f64) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . opaque_to_polygons ; let ret = crate :: icalls :: icallvar__rect2_f64 (method_bind , self . this . sys () . as_ptr () , rect , epsilon) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Sets the bitmap's element at the specified position, to the specified value."] # [doc = ""] # [inline] pub fn set_bit (& self , position : Vector2 , bit : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . set_bit ; let ret = crate :: icalls :: icallptr_void_vec2_bool (method_bind , self . this . sys () . as_ptr () , position , bit) ; } } # [doc = "Sets a rectangular portion of the bitmap to the specified value."] # [doc = ""] # [inline] pub fn set_bit_rect (& self , rect : Rect2 , bit : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = BitMapMethodTable :: get (get_api ()) . set_bit_rect ; let ret = crate :: icalls :: icallptr_void_rect2_bool (method_bind , self . this . sys () . as_ptr () , rect , bit) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for BitMap { } unsafe impl GodotObject for BitMap { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "BitMap" } } impl std :: ops :: Deref for BitMap { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for BitMap { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for BitMap { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for BitMap { } unsafe impl SubClass < crate :: generated :: object :: Object > for BitMap { } impl Instanciable for BitMap { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { BitMap :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct BitMapMethodTable { pub class_constructor : sys :: godot_class_constructor , pub create : * mut sys :: godot_method_bind , pub create_from_image_alpha : * mut sys :: godot_method_bind , pub get_bit : * mut sys :: godot_method_bind , pub get_size : * mut sys :: godot_method_bind , pub get_true_bit_count : * mut sys :: godot_method_bind , pub grow_mask : * mut sys :: godot_method_bind , pub opaque_to_polygons : * mut sys :: godot_method_bind , pub set_bit : * mut sys :: godot_method_bind , pub set_bit_rect : * mut sys :: godot_method_bind } impl BitMapMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : BitMapMethodTable = BitMapMethodTable { class_constructor : None , create : 0 as * mut sys :: godot_method_bind , create_from_image_alpha : 0 as * mut sys :: godot_method_bind , get_bit : 0 as * mut sys :: godot_method_bind , get_size : 0 as * mut sys :: godot_method_bind , get_true_bit_count : 0 as * mut sys :: godot_method_bind , grow_mask : 0 as * mut sys :: godot_method_bind , opaque_to_polygons : 0 as * mut sys :: godot_method_bind , set_bit : 0 as * mut sys :: godot_method_bind , set_bit_rect : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { BitMapMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "BitMap\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . create = (gd_api . godot_method_bind_get_method) (class_name , "create\0" . as_ptr () as * const c_char) ; table . create_from_image_alpha = (gd_api . godot_method_bind_get_method) (class_name , "create_from_image_alpha\0" . as_ptr () as * const c_char) ; table . get_bit = (gd_api . godot_method_bind_get_method) (class_name , "get_bit\0" . as_ptr () as * const c_char) ; table . get_size = (gd_api . godot_method_bind_get_method) (class_name , "get_size\0" . as_ptr () as * const c_char) ; table . get_true_bit_count = (gd_api . godot_method_bind_get_method) (class_name , "get_true_bit_count\0" . as_ptr () as * const c_char) ; table . grow_mask = (gd_api . godot_method_bind_get_method) (class_name , "grow_mask\0" . as_ptr () as * const c_char) ; table . opaque_to_polygons = (gd_api . godot_method_bind_get_method) (class_name , "opaque_to_polygons\0" . as_ptr () as * const c_char) ; table . set_bit = (gd_api . godot_method_bind_get_method) (class_name , "set_bit\0" . as_ptr () as * const c_char) ; table . set_bit_rect = (gd_api . godot_method_bind_get_method) (class_name , "set_bit_rect\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:154:9210 [INFO] [stdout] | [INFO] [stdout] 154 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 154 | # [doc = "`core class KinematicCollision2D` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_kinematiccollision2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nKinematicCollision2D inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct KinematicCollision2D { this : RawObject < Self > , } impl KinematicCollision2D { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = KinematicCollision2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The colliding body."] # [doc = ""] # [inline] pub fn collider (& self) -> Option < Ref < crate :: generated :: object :: Object , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_collider ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: object :: Object , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The colliding body's unique instance ID. See [method Object.get_instance_id]."] # [doc = ""] # [inline] pub fn collider_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_collider_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The colliding body's metadata. See [Object]."] # [doc = ""] # [inline] pub fn collider_metadata (& self) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_collider_metadata ; let ret = crate :: icalls :: icallptr_var (method_bind , self . this . sys () . as_ptr ()) ; Variant :: from_sys (ret) } } # [doc = "The colliding body's shape."] # [doc = ""] # [inline] pub fn collider_shape (& self) -> Option < Ref < crate :: generated :: object :: Object , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_collider_shape ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: object :: Object , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The colliding shape's index. See [CollisionObject2D]."] # [doc = ""] # [inline] pub fn collider_shape_index (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_collider_shape_index ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The colliding object's velocity."] # [doc = ""] # [inline] pub fn collider_velocity (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_collider_velocity ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The moving object's colliding shape."] # [doc = ""] # [inline] pub fn local_shape (& self) -> Option < Ref < crate :: generated :: object :: Object , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_local_shape ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: object :: Object , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The colliding body's shape's normal at the point of collision."] # [doc = ""] # [inline] pub fn normal (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_normal ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The point of collision, in global coordinates."] # [doc = ""] # [inline] pub fn position (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_position ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The moving object's remaining movement vector."] # [doc = ""] # [inline] pub fn remainder (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_remainder ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The distance the moving object traveled before collision."] # [doc = ""] # [inline] pub fn travel (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = KinematicCollision2DMethodTable :: get (get_api ()) . get_travel ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for KinematicCollision2D { } unsafe impl GodotObject for KinematicCollision2D { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "KinematicCollision2D" } } impl std :: ops :: Deref for KinematicCollision2D { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for KinematicCollision2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for KinematicCollision2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for KinematicCollision2D { } impl Instanciable for KinematicCollision2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { KinematicCollision2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct KinematicCollision2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_collider : * mut sys :: godot_method_bind , pub get_collider_id : * mut sys :: godot_method_bind , pub get_collider_metadata : * mut sys :: godot_method_bind , pub get_collider_shape : * mut sys :: godot_method_bind , pub get_collider_shape_index : * mut sys :: godot_method_bind , pub get_collider_velocity : * mut sys :: godot_method_bind , pub get_local_shape : * mut sys :: godot_method_bind , pub get_normal : * mut sys :: godot_method_bind , pub get_position : * mut sys :: godot_method_bind , pub get_remainder : * mut sys :: godot_method_bind , pub get_travel : * mut sys :: godot_method_bind } impl KinematicCollision2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : KinematicCollision2DMethodTable = KinematicCollision2DMethodTable { class_constructor : None , get_collider : 0 as * mut sys :: godot_method_bind , get_collider_id : 0 as * mut sys :: godot_method_bind , get_collider_metadata : 0 as * mut sys :: godot_method_bind , get_collider_shape : 0 as * mut sys :: godot_method_bind , get_collider_shape_index : 0 as * mut sys :: godot_method_bind , get_collider_velocity : 0 as * mut sys :: godot_method_bind , get_local_shape : 0 as * mut sys :: godot_method_bind , get_normal : 0 as * mut sys :: godot_method_bind , get_position : 0 as * mut sys :: godot_method_bind , get_remainder : 0 as * mut sys :: godot_method_bind , get_travel : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { KinematicCollision2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "KinematicCollision2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_collider = (gd_api . godot_method_bind_get_method) (class_name , "get_collider\0" . as_ptr () as * const c_char) ; table . get_collider_id = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_id\0" . as_ptr () as * const c_char) ; table . get_collider_metadata = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_metadata\0" . as_ptr () as * const c_char) ; table . get_collider_shape = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_shape\0" . as_ptr () as * const c_char) ; table . get_collider_shape_index = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_shape_index\0" . as_ptr () as * const c_char) ; table . get_collider_velocity = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_velocity\0" . as_ptr () as * const c_char) ; table . get_local_shape = (gd_api . godot_method_bind_get_method) (class_name , "get_local_shape\0" . as_ptr () as * const c_char) ; table . get_normal = (gd_api . godot_method_bind_get_method) (class_name , "get_normal\0" . as_ptr () as * const c_char) ; table . get_position = (gd_api . godot_method_bind_get_method) (class_name , "get_position\0" . as_ptr () as * const c_char) ; table . get_remainder = (gd_api . godot_method_bind_get_method) (class_name , "get_remainder\0" . as_ptr () as * const c_char) ; table . get_travel = (gd_api . godot_method_bind_get_method) (class_name , "get_travel\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:160:4275 [INFO] [stdout] | [INFO] [stdout] 160 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 160 | # [doc = "`core class BoxShape` inherits `Shape` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_boxshape.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nBoxShape inherits methods from:\n - [Shape](struct.Shape.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct BoxShape { this : RawObject < Self > , } impl BoxShape { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = BoxShapeMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The box's half extents. The width, height and depth of this shape is twice the half extents."] # [doc = ""] # [inline] pub fn extents (& self) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = BoxShapeMethodTable :: get (get_api ()) . get_extents ; let ret = crate :: icalls :: icallptr_vec3 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The box's half extents. The width, height and depth of this shape is twice the half extents."] # [doc = ""] # [inline] pub fn set_extents (& self , extents : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = BoxShapeMethodTable :: get (get_api ()) . set_extents ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , extents) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for BoxShape { } unsafe impl GodotObject for BoxShape { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "BoxShape" } } impl std :: ops :: Deref for BoxShape { type Target = crate :: generated :: shape :: Shape ; # [inline] fn deref (& self) -> & crate :: generated :: shape :: Shape { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for BoxShape { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: shape :: Shape { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: shape :: Shape > for BoxShape { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for BoxShape { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for BoxShape { } unsafe impl SubClass < crate :: generated :: object :: Object > for BoxShape { } impl Instanciable for BoxShape { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { BoxShape :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct BoxShapeMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_extents : * mut sys :: godot_method_bind , pub set_extents : * mut sys :: godot_method_bind } impl BoxShapeMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : BoxShapeMethodTable = BoxShapeMethodTable { class_constructor : None , get_extents : 0 as * mut sys :: godot_method_bind , set_extents : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { BoxShapeMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "BoxShape\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_extents = (gd_api . godot_method_bind_get_method) (class_name , "get_extents\0" . as_ptr () as * const c_char) ; table . set_extents = (gd_api . godot_method_bind_get_method) (class_name , "set_extents\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:166:4512 [INFO] [stdout] | [INFO] [stdout] 166 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 166 | # [doc = "`core class CheckBox` inherits `Button` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_checkbox.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`CheckBox` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nCheckBox inherits methods from:\n - [Button](struct.Button.html)\n - [BaseButton](struct.BaseButton.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct CheckBox { this : RawObject < Self > , } impl CheckBox { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CheckBoxMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for CheckBox { } unsafe impl GodotObject for CheckBox { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "CheckBox" } } impl QueueFree for CheckBox { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for CheckBox { type Target = crate :: generated :: button :: Button ; # [inline] fn deref (& self) -> & crate :: generated :: button :: Button { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for CheckBox { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: button :: Button { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: button :: Button > for CheckBox { } unsafe impl SubClass < crate :: generated :: base_button :: BaseButton > for CheckBox { } unsafe impl SubClass < crate :: generated :: control :: Control > for CheckBox { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for CheckBox { } unsafe impl SubClass < crate :: generated :: node :: Node > for CheckBox { } unsafe impl SubClass < crate :: generated :: object :: Object > for CheckBox { } impl Instanciable for CheckBox { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { CheckBox :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CheckBoxMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl CheckBoxMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CheckBoxMethodTable = CheckBoxMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CheckBoxMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "CheckBox\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:172:4704 [INFO] [stdout] | [INFO] [stdout] 172 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 172 | # [doc = "`core class VisualScriptEngineSingleton` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptenginesingleton.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptEngineSingleton inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptEngineSingleton { this : RawObject < Self > , } impl VisualScriptEngineSingleton { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptEngineSingletonMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn singleton (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptEngineSingletonMethodTable :: get (get_api ()) . get_singleton ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_singleton (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptEngineSingletonMethodTable :: get (get_api ()) . set_singleton ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptEngineSingleton { } unsafe impl GodotObject for VisualScriptEngineSingleton { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptEngineSingleton" } } impl std :: ops :: Deref for VisualScriptEngineSingleton { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptEngineSingleton { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptEngineSingleton { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptEngineSingleton { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptEngineSingleton { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptEngineSingleton { } impl Instanciable for VisualScriptEngineSingleton { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptEngineSingleton :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptEngineSingletonMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_singleton : * mut sys :: godot_method_bind , pub set_singleton : * mut sys :: godot_method_bind } impl VisualScriptEngineSingletonMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptEngineSingletonMethodTable = VisualScriptEngineSingletonMethodTable { class_constructor : None , get_singleton : 0 as * mut sys :: godot_method_bind , set_singleton : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptEngineSingletonMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptEngineSingleton\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_singleton = (gd_api . godot_method_bind_get_method) (class_name , "get_singleton\0" . as_ptr () as * const c_char) ; table . set_singleton = (gd_api . godot_method_bind_get_method) (class_name , "set_singleton\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:178:9433 [INFO] [stdout] | [INFO] [stdout] 178 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 178 | # [doc = "`core singleton class ResourceLoader` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_resourceloader.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nResourceLoader inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ResourceLoader { this : RawObject < Self > , } impl ResourceLoader { # [doc = "Returns a reference to the singleton instance."] # [inline] pub fn godot_singleton () -> & 'static Self { unsafe { let this = (get_api () . godot_global_get_singleton) ("ResourceLoader\0" . as_ptr () as * mut _) ; let this = ptr :: NonNull :: new (this) . expect ("singleton should not be null") ; let this = RawObject :: from_sys_ref_unchecked :: < 'static > (this) ; Self :: cast_ref (this) } } # [doc = "Returns whether a recognized resource exists for the given `path`.\nAn optional `type_hint` can be used to further specify the [Resource] type that should be handled by the [ResourceFormatLoader].\n# Default Arguments\n* `type_hint` - `\"\"`"] # [doc = ""] # [inline] pub fn exists (& self , path : impl Into < GodotString > , type_hint : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . exists ; let ret = crate :: icalls :: icallptr_bool_str_str (method_bind , self . this . sys () . as_ptr () , path . into () , type_hint . into ()) ; ret as _ } } # [doc = "Returns the dependencies for the resource at the given `path`."] # [doc = ""] # [inline] pub fn get_dependencies (& self , path : impl Into < GodotString >) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . get_dependencies ; let ret = crate :: icalls :: icallptr_strarr_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns the list of recognized extensions for a resource type."] # [doc = ""] # [inline] pub fn get_recognized_extensions_for_type (& self , _type : impl Into < GodotString >) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . get_recognized_extensions_for_type ; let ret = crate :: icalls :: icallptr_strarr_str (method_bind , self . this . sys () . as_ptr () , _type . into ()) ; StringArray :: from_sys (ret) } } # [doc = "[i]Deprecated method.[/i] Use [method has_cached] or [method exists] instead."] # [doc = ""] # [inline] pub fn has (& self , path : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . has ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; ret as _ } } # [doc = "Returns whether a cached resource is available for the given `path`.\nOnce a resource has been loaded by the engine, it is cached in memory for faster access, and future calls to the [method load] or [method load_interactive] methods will use the cached version. The cached resource can be overridden by using [method Resource.take_over_path] on a new resource for that same path."] # [doc = ""] # [inline] pub fn has_cached (& self , path : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . has_cached ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; ret as _ } } # [doc = "Loads a resource at the given `path`, caching the result for further access.\nThe registered [ResourceFormatLoader]s are queried sequentially to find the first one which can handle the file's extension, and then attempt loading. If loading fails, the remaining ResourceFormatLoaders are also attempted.\nAn optional `type_hint` can be used to further specify the [Resource] type that should be handled by the [ResourceFormatLoader].\nIf `no_cache` is `true`, the resource cache will be bypassed and the resource will be loaded anew. Otherwise, the cached resource will be returned if it exists.\nReturns an empty resource if no ResourceFormatLoader could handle the file.\n# Default Arguments\n* `type_hint` - `\"\"`\n* `no_cache` - `false`"] # [doc = ""] # [inline] pub fn load (& self , path : impl Into < GodotString > , type_hint : impl Into < GodotString > , no_cache : bool) -> Option < Ref < crate :: generated :: resource :: Resource , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . load ; let ret = crate :: icalls :: icallptr_obj_str_str_bool (method_bind , self . this . sys () . as_ptr () , path . into () , type_hint . into () , no_cache) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: resource :: Resource , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Starts loading a resource interactively. The returned [ResourceInteractiveLoader] object allows to load with high granularity, calling its [method ResourceInteractiveLoader.poll] method successively to load chunks.\nAn optional `type_hint` can be used to further specify the [Resource] type that should be handled by the [ResourceFormatLoader].\n# Default Arguments\n* `type_hint` - `\"\"`"] # [doc = ""] # [inline] pub fn load_interactive (& self , path : impl Into < GodotString > , type_hint : impl Into < GodotString >) -> Option < Ref < crate :: generated :: resource_interactive_loader :: ResourceInteractiveLoader , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . load_interactive ; let ret = crate :: icalls :: icallptr_obj_str_str (method_bind , self . this . sys () . as_ptr () , path . into () , type_hint . into ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: resource_interactive_loader :: ResourceInteractiveLoader , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Changes the behavior on missing sub-resources. The default behavior is to abort loading."] # [doc = ""] # [inline] pub fn set_abort_on_missing_resources (& self , abort : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourceLoaderMethodTable :: get (get_api ()) . set_abort_on_missing_resources ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , abort) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ResourceLoader { } unsafe impl GodotObject for ResourceLoader { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ResourceLoader" } } impl std :: ops :: Deref for ResourceLoader { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ResourceLoader { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for ResourceLoader { } unsafe impl Send for ResourceLoader { } unsafe impl Sync for ResourceLoader { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ResourceLoaderMethodTable { pub class_constructor : sys :: godot_class_constructor , pub exists : * mut sys :: godot_method_bind , pub get_dependencies : * mut sys :: godot_method_bind , pub get_recognized_extensions_for_type : * mut sys :: godot_method_bind , pub has : * mut sys :: godot_method_bind , pub has_cached : * mut sys :: godot_method_bind , pub load : * mut sys :: godot_method_bind , pub load_interactive : * mut sys :: godot_method_bind , pub set_abort_on_missing_resources : * mut sys :: godot_method_bind } impl ResourceLoaderMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ResourceLoaderMethodTable = ResourceLoaderMethodTable { class_constructor : None , exists : 0 as * mut sys :: godot_method_bind , get_dependencies : 0 as * mut sys :: godot_method_bind , get_recognized_extensions_for_type : 0 as * mut sys :: godot_method_bind , has : 0 as * mut sys :: godot_method_bind , has_cached : 0 as * mut sys :: godot_method_bind , load : 0 as * mut sys :: godot_method_bind , load_interactive : 0 as * mut sys :: godot_method_bind , set_abort_on_missing_resources : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ResourceLoaderMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "_ResourceLoader\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . exists = (gd_api . godot_method_bind_get_method) (class_name , "exists\0" . as_ptr () as * const c_char) ; table . get_dependencies = (gd_api . godot_method_bind_get_method) (class_name , "get_dependencies\0" . as_ptr () as * const c_char) ; table . get_recognized_extensions_for_type = (gd_api . godot_method_bind_get_method) (class_name , "get_recognized_extensions_for_type\0" . as_ptr () as * const c_char) ; table . has = (gd_api . godot_method_bind_get_method) (class_name , "has\0" . as_ptr () as * const c_char) ; table . has_cached = (gd_api . godot_method_bind_get_method) (class_name , "has_cached\0" . as_ptr () as * const c_char) ; table . load = (gd_api . godot_method_bind_get_method) (class_name , "load\0" . as_ptr () as * const c_char) ; table . load_interactive = (gd_api . godot_method_bind_get_method) (class_name , "load_interactive\0" . as_ptr () as * const c_char) ; table . set_abort_on_missing_resources = (gd_api . godot_method_bind_get_method) (class_name , "set_abort_on_missing_resources\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:184:7282 [INFO] [stdout] | [INFO] [stdout] 184 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 184 | # [doc = "`core class CubeMesh` inherits `PrimitiveMesh` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_cubemesh.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCubeMesh inherits methods from:\n - [PrimitiveMesh](struct.PrimitiveMesh.html)\n - [Mesh](struct.Mesh.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct CubeMesh { this : RawObject < Self > , } impl CubeMesh { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CubeMeshMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Size of the cuboid mesh."] # [doc = ""] # [inline] pub fn size (& self) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . get_size ; let ret = crate :: icalls :: icallptr_vec3 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Number of extra edge loops inserted along the Z axis."] # [doc = ""] # [inline] pub fn subdivide_depth (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . get_subdivide_depth ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Number of extra edge loops inserted along the Y axis."] # [doc = ""] # [inline] pub fn subdivide_height (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . get_subdivide_height ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Number of extra edge loops inserted along the X axis."] # [doc = ""] # [inline] pub fn subdivide_width (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . get_subdivide_width ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Size of the cuboid mesh."] # [doc = ""] # [inline] pub fn set_size (& self , size : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . set_size ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = "Number of extra edge loops inserted along the Z axis."] # [doc = ""] # [inline] pub fn set_subdivide_depth (& self , divisions : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . set_subdivide_depth ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , divisions) ; } } # [doc = "Number of extra edge loops inserted along the Y axis."] # [doc = ""] # [inline] pub fn set_subdivide_height (& self , divisions : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . set_subdivide_height ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , divisions) ; } } # [doc = "Number of extra edge loops inserted along the X axis."] # [doc = ""] # [inline] pub fn set_subdivide_width (& self , subdivide : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CubeMeshMethodTable :: get (get_api ()) . set_subdivide_width ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , subdivide) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for CubeMesh { } unsafe impl GodotObject for CubeMesh { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "CubeMesh" } } impl std :: ops :: Deref for CubeMesh { type Target = crate :: generated :: primitive_mesh :: PrimitiveMesh ; # [inline] fn deref (& self) -> & crate :: generated :: primitive_mesh :: PrimitiveMesh { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for CubeMesh { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: primitive_mesh :: PrimitiveMesh { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: primitive_mesh :: PrimitiveMesh > for CubeMesh { } unsafe impl SubClass < crate :: generated :: mesh :: Mesh > for CubeMesh { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for CubeMesh { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for CubeMesh { } unsafe impl SubClass < crate :: generated :: object :: Object > for CubeMesh { } impl Instanciable for CubeMesh { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { CubeMesh :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CubeMeshMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_size : * mut sys :: godot_method_bind , pub get_subdivide_depth : * mut sys :: godot_method_bind , pub get_subdivide_height : * mut sys :: godot_method_bind , pub get_subdivide_width : * mut sys :: godot_method_bind , pub set_size : * mut sys :: godot_method_bind , pub set_subdivide_depth : * mut sys :: godot_method_bind , pub set_subdivide_height : * mut sys :: godot_method_bind , pub set_subdivide_width : * mut sys :: godot_method_bind } impl CubeMeshMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CubeMeshMethodTable = CubeMeshMethodTable { class_constructor : None , get_size : 0 as * mut sys :: godot_method_bind , get_subdivide_depth : 0 as * mut sys :: godot_method_bind , get_subdivide_height : 0 as * mut sys :: godot_method_bind , get_subdivide_width : 0 as * mut sys :: godot_method_bind , set_size : 0 as * mut sys :: godot_method_bind , set_subdivide_depth : 0 as * mut sys :: godot_method_bind , set_subdivide_height : 0 as * mut sys :: godot_method_bind , set_subdivide_width : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CubeMeshMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "CubeMesh\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_size = (gd_api . godot_method_bind_get_method) (class_name , "get_size\0" . as_ptr () as * const c_char) ; table . get_subdivide_depth = (gd_api . godot_method_bind_get_method) (class_name , "get_subdivide_depth\0" . as_ptr () as * const c_char) ; table . get_subdivide_height = (gd_api . godot_method_bind_get_method) (class_name , "get_subdivide_height\0" . as_ptr () as * const c_char) ; table . get_subdivide_width = (gd_api . godot_method_bind_get_method) (class_name , "get_subdivide_width\0" . as_ptr () as * const c_char) ; table . set_size = (gd_api . godot_method_bind_get_method) (class_name , "set_size\0" . as_ptr () as * const c_char) ; table . set_subdivide_depth = (gd_api . godot_method_bind_get_method) (class_name , "set_subdivide_depth\0" . as_ptr () as * const c_char) ; table . set_subdivide_height = (gd_api . godot_method_bind_get_method) (class_name , "set_subdivide_height\0" . as_ptr () as * const c_char) ; table . set_subdivide_width = (gd_api . godot_method_bind_get_method) (class_name , "set_subdivide_width\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:190:11805 [INFO] [stdout] | [INFO] [stdout] 190 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 190 | # [doc = "`core class ScrollContainer` inherits `Container` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_scrollcontainer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`ScrollContainer` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nScrollContainer inherits methods from:\n - [Container](struct.Container.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ScrollContainer { this : RawObject < Self > , } impl ScrollContainer { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ScrollContainerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn deadzone (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . get_deadzone ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The current horizontal scroll value."] # [doc = ""] # [inline] pub fn h_scroll (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . get_h_scroll ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the horizontal scrollbar [HScrollBar] of this [ScrollContainer]."] # [doc = ""] # [inline] pub fn get_h_scrollbar (& self) -> Option < Ref < crate :: generated :: hscroll_bar :: HScrollBar , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . get_h_scrollbar ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: hscroll_bar :: HScrollBar , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The current vertical scroll value."] # [doc = ""] # [inline] pub fn v_scroll (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . get_v_scroll ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the vertical scrollbar [VScrollBar] of this [ScrollContainer]."] # [doc = ""] # [inline] pub fn get_v_scrollbar (& self) -> Option < Ref < crate :: generated :: vscroll_bar :: VScrollBar , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . get_v_scrollbar ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: vscroll_bar :: VScrollBar , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "If `true`, the ScrollContainer will automatically scroll to focused children (including indirect children) to make sure they are fully visible."] # [doc = ""] # [inline] pub fn is_following_focus (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . is_following_focus ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, enables horizontal scrolling."] # [doc = ""] # [inline] pub fn is_h_scroll_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . is_h_scroll_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, enables vertical scrolling."] # [doc = ""] # [inline] pub fn is_v_scroll_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . is_v_scroll_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn set_deadzone (& self , deadzone : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . set_deadzone ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , deadzone) ; } } # [doc = "If `true`, enables horizontal scrolling."] # [doc = ""] # [inline] pub fn set_enable_h_scroll (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . set_enable_h_scroll ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, enables vertical scrolling."] # [doc = ""] # [inline] pub fn set_enable_v_scroll (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . set_enable_v_scroll ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, the ScrollContainer will automatically scroll to focused children (including indirect children) to make sure they are fully visible."] # [doc = ""] # [inline] pub fn set_follow_focus (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . set_follow_focus ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "The current horizontal scroll value."] # [doc = ""] # [inline] pub fn set_h_scroll (& self , value : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . set_h_scroll ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , value) ; } } # [doc = "The current vertical scroll value."] # [doc = ""] # [inline] pub fn set_v_scroll (& self , value : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScrollContainerMethodTable :: get (get_api ()) . set_v_scroll ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , value) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ScrollContainer { } unsafe impl GodotObject for ScrollContainer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ScrollContainer" } } impl QueueFree for ScrollContainer { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for ScrollContainer { type Target = crate :: generated :: container :: Container ; # [inline] fn deref (& self) -> & crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ScrollContainer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: container :: Container > for ScrollContainer { } unsafe impl SubClass < crate :: generated :: control :: Control > for ScrollContainer { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for ScrollContainer { } unsafe impl SubClass < crate :: generated :: node :: Node > for ScrollContainer { } unsafe impl SubClass < crate :: generated :: object :: Object > for ScrollContainer { } impl Instanciable for ScrollContainer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ScrollContainer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ScrollContainerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_deadzone : * mut sys :: godot_method_bind , pub get_h_scroll : * mut sys :: godot_method_bind , pub get_h_scrollbar : * mut sys :: godot_method_bind , pub get_v_scroll : * mut sys :: godot_method_bind , pub get_v_scrollbar : * mut sys :: godot_method_bind , pub is_following_focus : * mut sys :: godot_method_bind , pub is_h_scroll_enabled : * mut sys :: godot_method_bind , pub is_v_scroll_enabled : * mut sys :: godot_method_bind , pub set_deadzone : * mut sys :: godot_method_bind , pub set_enable_h_scroll : * mut sys :: godot_method_bind , pub set_enable_v_scroll : * mut sys :: godot_method_bind , pub set_follow_focus : * mut sys :: godot_method_bind , pub set_h_scroll : * mut sys :: godot_method_bind , pub set_v_scroll : * mut sys :: godot_method_bind } impl ScrollContainerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ScrollContainerMethodTable = ScrollContainerMethodTable { class_constructor : None , get_deadzone : 0 as * mut sys :: godot_method_bind , get_h_scroll : 0 as * mut sys :: godot_method_bind , get_h_scrollbar : 0 as * mut sys :: godot_method_bind , get_v_scroll : 0 as * mut sys :: godot_method_bind , get_v_scrollbar : 0 as * mut sys :: godot_method_bind , is_following_focus : 0 as * mut sys :: godot_method_bind , is_h_scroll_enabled : 0 as * mut sys :: godot_method_bind , is_v_scroll_enabled : 0 as * mut sys :: godot_method_bind , set_deadzone : 0 as * mut sys :: godot_method_bind , set_enable_h_scroll : 0 as * mut sys :: godot_method_bind , set_enable_v_scroll : 0 as * mut sys :: godot_method_bind , set_follow_focus : 0 as * mut sys :: godot_method_bind , set_h_scroll : 0 as * mut sys :: godot_method_bind , set_v_scroll : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ScrollContainerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ScrollContainer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_deadzone = (gd_api . godot_method_bind_get_method) (class_name , "get_deadzone\0" . as_ptr () as * const c_char) ; table . get_h_scroll = (gd_api . godot_method_bind_get_method) (class_name , "get_h_scroll\0" . as_ptr () as * const c_char) ; table . get_h_scrollbar = (gd_api . godot_method_bind_get_method) (class_name , "get_h_scrollbar\0" . as_ptr () as * const c_char) ; table . get_v_scroll = (gd_api . godot_method_bind_get_method) (class_name , "get_v_scroll\0" . as_ptr () as * const c_char) ; table . get_v_scrollbar = (gd_api . godot_method_bind_get_method) (class_name , "get_v_scrollbar\0" . as_ptr () as * const c_char) ; table . is_following_focus = (gd_api . godot_method_bind_get_method) (class_name , "is_following_focus\0" . as_ptr () as * const c_char) ; table . is_h_scroll_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_h_scroll_enabled\0" . as_ptr () as * const c_char) ; table . is_v_scroll_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_v_scroll_enabled\0" . as_ptr () as * const c_char) ; table . set_deadzone = (gd_api . godot_method_bind_get_method) (class_name , "set_deadzone\0" . as_ptr () as * const c_char) ; table . set_enable_h_scroll = (gd_api . godot_method_bind_get_method) (class_name , "set_enable_h_scroll\0" . as_ptr () as * const c_char) ; table . set_enable_v_scroll = (gd_api . godot_method_bind_get_method) (class_name , "set_enable_v_scroll\0" . as_ptr () as * const c_char) ; table . set_follow_focus = (gd_api . godot_method_bind_get_method) (class_name , "set_follow_focus\0" . as_ptr () as * const c_char) ; table . set_h_scroll = (gd_api . godot_method_bind_get_method) (class_name , "set_h_scroll\0" . as_ptr () as * const c_char) ; table . set_v_scroll = (gd_api . godot_method_bind_get_method) (class_name , "set_v_scroll\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:196:18084 [INFO] [stdout] | [INFO] [stdout] 196 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 196 | # [doc = "`core class MultiMesh` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_multimesh.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nMultiMesh inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct MultiMesh { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ColorFormat (pub i64) ; impl ColorFormat { pub const NONE : ColorFormat = ColorFormat (0i64) ; pub const _8BIT : ColorFormat = ColorFormat (1i64) ; pub const FLOAT : ColorFormat = ColorFormat (2i64) ; } impl From < i64 > for ColorFormat { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ColorFormat > for i64 { # [inline] fn from (v : ColorFormat) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct CustomDataFormat (pub i64) ; impl CustomDataFormat { pub const NONE : CustomDataFormat = CustomDataFormat (0i64) ; pub const _8BIT : CustomDataFormat = CustomDataFormat (1i64) ; pub const FLOAT : CustomDataFormat = CustomDataFormat (2i64) ; } impl From < i64 > for CustomDataFormat { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < CustomDataFormat > for i64 { # [inline] fn from (v : CustomDataFormat) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct TransformFormat (pub i64) ; impl TransformFormat { pub const _2D : TransformFormat = TransformFormat (0i64) ; pub const _3D : TransformFormat = TransformFormat (1i64) ; } impl From < i64 > for TransformFormat { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < TransformFormat > for i64 { # [inline] fn from (v : TransformFormat) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl MultiMesh { pub const COLOR_8BIT : i64 = 1i64 ; pub const COLOR_FLOAT : i64 = 2i64 ; pub const COLOR_NONE : i64 = 0i64 ; pub const CUSTOM_DATA_8BIT : i64 = 1i64 ; pub const CUSTOM_DATA_FLOAT : i64 = 2i64 ; pub const CUSTOM_DATA_NONE : i64 = 0i64 ; pub const TRANSFORM_2D : i64 = 0i64 ; pub const TRANSFORM_3D : i64 = 1i64 ; } impl MultiMesh { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = MultiMeshMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Returns the visibility axis-aligned bounding box in local space. See also [method VisualInstance.get_transformed_aabb]."] # [doc = ""] # [inline] pub fn get_aabb (& self) -> Aabb { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_aabb ; let ret = crate :: icalls :: icallptr_aabb (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Format of colors in color array that gets passed to shader."] # [doc = ""] # [inline] pub fn color_format (& self) -> crate :: generated :: multi_mesh :: ColorFormat { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_color_format ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: multi_mesh :: ColorFormat (ret) } } # [doc = "Format of custom data in custom data array that gets passed to shader."] # [doc = ""] # [inline] pub fn custom_data_format (& self) -> crate :: generated :: multi_mesh :: CustomDataFormat { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_custom_data_format ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: multi_mesh :: CustomDataFormat (ret) } } # [doc = "Gets a specific instance's color."] # [doc = ""] # [inline] pub fn get_instance_color (& self , instance : i64) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_instance_color ; let ret = crate :: icalls :: icallptr_color_i64 (method_bind , self . this . sys () . as_ptr () , instance) ; mem :: transmute (ret) } } # [doc = "Number of instances that will get drawn. This clears and (re)sizes the buffers. By default, all instances are drawn but you can limit this with [member visible_instance_count]."] # [doc = ""] # [inline] pub fn instance_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_instance_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the custom data that has been set for a specific instance."] # [doc = ""] # [inline] pub fn get_instance_custom_data (& self , instance : i64) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_instance_custom_data ; let ret = crate :: icalls :: icallptr_color_i64 (method_bind , self . this . sys () . as_ptr () , instance) ; mem :: transmute (ret) } } # [doc = "Returns the [Transform] of a specific instance."] # [doc = ""] # [inline] pub fn get_instance_transform (& self , instance : i64) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_instance_transform ; let ret = crate :: icalls :: icallptr_trans_i64 (method_bind , self . this . sys () . as_ptr () , instance) ; mem :: transmute (ret) } } # [doc = "Returns the [Transform2D] of a specific instance."] # [doc = ""] # [inline] pub fn get_instance_transform_2d (& self , instance : i64) -> Transform2D { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_instance_transform_2d ; let ret = crate :: icalls :: icallptr_trans2D_i64 (method_bind , self . this . sys () . as_ptr () , instance) ; mem :: transmute (ret) } } # [doc = "Mesh to be drawn."] # [doc = ""] # [inline] pub fn mesh (& self) -> Option < Ref < crate :: generated :: mesh :: Mesh , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_mesh ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: mesh :: Mesh , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Format of transform used to transform mesh, either 2D or 3D."] # [doc = ""] # [inline] pub fn transform_format (& self) -> crate :: generated :: multi_mesh :: TransformFormat { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_transform_format ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: multi_mesh :: TransformFormat (ret) } } # [doc = "Limits the number of instances drawn, -1 draws all instances. Changing this does not change the sizes of the buffers."] # [doc = ""] # [inline] pub fn visible_instance_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . get_visible_instance_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Sets all data related to the instances in one go. This is especially useful when loading the data from disk or preparing the data from GDNative.\nAll data is packed in one large float array. An array may look like this: Transform for instance 1, color data for instance 1, custom data for instance 1, transform for instance 2, color data for instance 2, etc...\n[Transform] is stored as 12 floats, [Transform2D] is stored as 8 floats, `COLOR_8BIT` / `CUSTOM_DATA_8BIT` is stored as 1 float (4 bytes as is) and `COLOR_FLOAT` / `CUSTOM_DATA_FLOAT` is stored as 4 floats."] # [doc = ""] # [inline] pub fn set_as_bulk_array (& self , array : Float32Array) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_as_bulk_array ; let ret = crate :: icalls :: icallptr_void_f32arr (method_bind , self . this . sys () . as_ptr () , array) ; } } # [doc = "Format of colors in color array that gets passed to shader."] # [doc = ""] # [inline] pub fn set_color_format (& self , format : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_color_format ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , format) ; } } # [doc = "Format of custom data in custom data array that gets passed to shader."] # [doc = ""] # [inline] pub fn set_custom_data_format (& self , format : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_custom_data_format ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , format) ; } } # [doc = "Sets the color of a specific instance.\nFor the color to take effect, ensure that [member color_format] is non-`null` on the [MultiMesh] and [member SpatialMaterial.vertex_color_use_as_albedo] is `true` on the material."] # [doc = ""] # [inline] pub fn set_instance_color (& self , instance : i64 , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_instance_color ; let ret = crate :: icalls :: icallptr_void_i64_color (method_bind , self . this . sys () . as_ptr () , instance , color) ; } } # [doc = "Number of instances that will get drawn. This clears and (re)sizes the buffers. By default, all instances are drawn but you can limit this with [member visible_instance_count]."] # [doc = ""] # [inline] pub fn set_instance_count (& self , count : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_instance_count ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , count) ; } } # [doc = "Sets custom data for a specific instance. Although [Color] is used, it is just a container for 4 floating point numbers. The format of the number can change depending on the [enum CustomDataFormat] used."] # [doc = ""] # [inline] pub fn set_instance_custom_data (& self , instance : i64 , custom_data : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_instance_custom_data ; let ret = crate :: icalls :: icallptr_void_i64_color (method_bind , self . this . sys () . as_ptr () , instance , custom_data) ; } } # [doc = "Sets the [Transform] for a specific instance."] # [doc = ""] # [inline] pub fn set_instance_transform (& self , instance : i64 , transform : Transform) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_instance_transform ; let ret = crate :: icalls :: icallptr_void_i64_trans (method_bind , self . this . sys () . as_ptr () , instance , transform) ; } } # [doc = "Sets the [Transform2D] for a specific instance."] # [doc = ""] # [inline] pub fn set_instance_transform_2d (& self , instance : i64 , transform : Transform2D) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_instance_transform_2d ; let ret = crate :: icalls :: icallptr_void_i64_trans2D (method_bind , self . this . sys () . as_ptr () , instance , transform) ; } } # [doc = "Mesh to be drawn."] # [doc = ""] # [inline] pub fn set_mesh (& self , mesh : impl AsArg < crate :: generated :: mesh :: Mesh >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_mesh ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , mesh . as_arg_ptr ()) ; } } # [doc = "Format of transform used to transform mesh, either 2D or 3D."] # [doc = ""] # [inline] pub fn set_transform_format (& self , format : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_transform_format ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , format) ; } } # [doc = "Limits the number of instances drawn, -1 draws all instances. Changing this does not change the sizes of the buffers."] # [doc = ""] # [inline] pub fn set_visible_instance_count (& self , count : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshMethodTable :: get (get_api ()) . set_visible_instance_count ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , count) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for MultiMesh { } unsafe impl GodotObject for MultiMesh { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "MultiMesh" } } impl std :: ops :: Deref for MultiMesh { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for MultiMesh { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for MultiMesh { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for MultiMesh { } unsafe impl SubClass < crate :: generated :: object :: Object > for MultiMesh { } impl Instanciable for MultiMesh { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { MultiMesh :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct MultiMeshMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_aabb : * mut sys :: godot_method_bind , pub get_color_format : * mut sys :: godot_method_bind , pub get_custom_data_format : * mut sys :: godot_method_bind , pub get_instance_color : * mut sys :: godot_method_bind , pub get_instance_count : * mut sys :: godot_method_bind , pub get_instance_custom_data : * mut sys :: godot_method_bind , pub get_instance_transform : * mut sys :: godot_method_bind , pub get_instance_transform_2d : * mut sys :: godot_method_bind , pub get_mesh : * mut sys :: godot_method_bind , pub get_transform_format : * mut sys :: godot_method_bind , pub get_visible_instance_count : * mut sys :: godot_method_bind , pub set_as_bulk_array : * mut sys :: godot_method_bind , pub set_color_format : * mut sys :: godot_method_bind , pub set_custom_data_format : * mut sys :: godot_method_bind , pub set_instance_color : * mut sys :: godot_method_bind , pub set_instance_count : * mut sys :: godot_method_bind , pub set_instance_custom_data : * mut sys :: godot_method_bind , pub set_instance_transform : * mut sys :: godot_method_bind , pub set_instance_transform_2d : * mut sys :: godot_method_bind , pub set_mesh : * mut sys :: godot_method_bind , pub set_transform_format : * mut sys :: godot_method_bind , pub set_visible_instance_count : * mut sys :: godot_method_bind } impl MultiMeshMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : MultiMeshMethodTable = MultiMeshMethodTable { class_constructor : None , get_aabb : 0 as * mut sys :: godot_method_bind , get_color_format : 0 as * mut sys :: godot_method_bind , get_custom_data_format : 0 as * mut sys :: godot_method_bind , get_instance_color : 0 as * mut sys :: godot_method_bind , get_instance_count : 0 as * mut sys :: godot_method_bind , get_instance_custom_data : 0 as * mut sys :: godot_method_bind , get_instance_transform : 0 as * mut sys :: godot_method_bind , get_instance_transform_2d : 0 as * mut sys :: godot_method_bind , get_mesh : 0 as * mut sys :: godot_method_bind , get_transform_format : 0 as * mut sys :: godot_method_bind , get_visible_instance_count : 0 as * mut sys :: godot_method_bind , set_as_bulk_array : 0 as * mut sys :: godot_method_bind , set_color_format : 0 as * mut sys :: godot_method_bind , set_custom_data_format : 0 as * mut sys :: godot_method_bind , set_instance_color : 0 as * mut sys :: godot_method_bind , set_instance_count : 0 as * mut sys :: godot_method_bind , set_instance_custom_data : 0 as * mut sys :: godot_method_bind , set_instance_transform : 0 as * mut sys :: godot_method_bind , set_instance_transform_2d : 0 as * mut sys :: godot_method_bind , set_mesh : 0 as * mut sys :: godot_method_bind , set_transform_format : 0 as * mut sys :: godot_method_bind , set_visible_instance_count : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { MultiMeshMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "MultiMesh\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_aabb = (gd_api . godot_method_bind_get_method) (class_name , "get_aabb\0" . as_ptr () as * const c_char) ; table . get_color_format = (gd_api . godot_method_bind_get_method) (class_name , "get_color_format\0" . as_ptr () as * const c_char) ; table . get_custom_data_format = (gd_api . godot_method_bind_get_method) (class_name , "get_custom_data_format\0" . as_ptr () as * const c_char) ; table . get_instance_color = (gd_api . godot_method_bind_get_method) (class_name , "get_instance_color\0" . as_ptr () as * const c_char) ; table . get_instance_count = (gd_api . godot_method_bind_get_method) (class_name , "get_instance_count\0" . as_ptr () as * const c_char) ; table . get_instance_custom_data = (gd_api . godot_method_bind_get_method) (class_name , "get_instance_custom_data\0" . as_ptr () as * const c_char) ; table . get_instance_transform = (gd_api . godot_method_bind_get_method) (class_name , "get_instance_transform\0" . as_ptr () as * const c_char) ; table . get_instance_transform_2d = (gd_api . godot_method_bind_get_method) (class_name , "get_instance_transform_2d\0" . as_ptr () as * const c_char) ; table . get_mesh = (gd_api . godot_method_bind_get_method) (class_name , "get_mesh\0" . as_ptr () as * const c_char) ; table . get_transform_format = (gd_api . godot_method_bind_get_method) (class_name , "get_transform_format\0" . as_ptr () as * const c_char) ; table . get_visible_instance_count = (gd_api . godot_method_bind_get_method) (class_name , "get_visible_instance_count\0" . as_ptr () as * const c_char) ; table . set_as_bulk_array = (gd_api . godot_method_bind_get_method) (class_name , "set_as_bulk_array\0" . as_ptr () as * const c_char) ; table . set_color_format = (gd_api . godot_method_bind_get_method) (class_name , "set_color_format\0" . as_ptr () as * const c_char) ; table . set_custom_data_format = (gd_api . godot_method_bind_get_method) (class_name , "set_custom_data_format\0" . as_ptr () as * const c_char) ; table . set_instance_color = (gd_api . godot_method_bind_get_method) (class_name , "set_instance_color\0" . as_ptr () as * const c_char) ; table . set_instance_count = (gd_api . godot_method_bind_get_method) (class_name , "set_instance_count\0" . as_ptr () as * const c_char) ; table . set_instance_custom_data = (gd_api . godot_method_bind_get_method) (class_name , "set_instance_custom_data\0" . as_ptr () as * const c_char) ; table . set_instance_transform = (gd_api . godot_method_bind_get_method) (class_name , "set_instance_transform\0" . as_ptr () as * const c_char) ; table . set_instance_transform_2d = (gd_api . godot_method_bind_get_method) (class_name , "set_instance_transform_2d\0" . as_ptr () as * const c_char) ; table . set_mesh = (gd_api . godot_method_bind_get_method) (class_name , "set_mesh\0" . as_ptr () as * const c_char) ; table . set_transform_format = (gd_api . godot_method_bind_get_method) (class_name , "set_transform_format\0" . as_ptr () as * const c_char) ; table . set_visible_instance_count = (gd_api . godot_method_bind_get_method) (class_name , "set_visible_instance_count\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:202:13763 [INFO] [stdout] | [INFO] [stdout] 202 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 202 | # [doc = "`core class PathFollow2D` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_pathfollow2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`PathFollow2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nPathFollow2D inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PathFollow2D { this : RawObject < Self > , } impl PathFollow2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PathFollow2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "If `true`, the position between two cached points is interpolated cubically, and linearly otherwise.\nThe points along the [Curve2D] of the [Path2D] are precomputed before use, for faster calculations. The point at the requested offset is then calculated interpolating between two adjacent cached points. This may present a problem if the curve makes sharp turns, as the cached points may not follow the curve closely enough.\nThere are two answers to this problem: either increase the number of cached points and increase memory consumption, or make a cubic interpolation between two points at the cost of (slightly) slower calculations."] # [doc = ""] # [inline] pub fn cubic_interpolation (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . get_cubic_interpolation ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The node's offset along the curve."] # [doc = ""] # [inline] pub fn h_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . get_h_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "How far to look ahead of the curve to calculate the tangent if the node is rotating. E.g. shorter lookaheads will lead to faster rotations."] # [doc = ""] # [inline] pub fn lookahead (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . get_lookahead ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The distance along the path in pixels."] # [doc = ""] # [inline] pub fn offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . get_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The distance along the path as a number in the range 0.0 (for the first vertex) to 1.0 (for the last). This is just another way of expressing the offset within the path, as the offset supplied is multiplied internally by the path's length."] # [doc = ""] # [inline] pub fn unit_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . get_unit_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The node's offset perpendicular to the curve."] # [doc = ""] # [inline] pub fn v_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . get_v_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, any offset outside the path's length will wrap around, instead of stopping at the ends. Use it for cyclic paths."] # [doc = ""] # [inline] pub fn has_loop (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . has_loop ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, this node rotates to follow the path, making its descendants rotate."] # [doc = ""] # [inline] pub fn is_rotating (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . is_rotating ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the position between two cached points is interpolated cubically, and linearly otherwise.\nThe points along the [Curve2D] of the [Path2D] are precomputed before use, for faster calculations. The point at the requested offset is then calculated interpolating between two adjacent cached points. This may present a problem if the curve makes sharp turns, as the cached points may not follow the curve closely enough.\nThere are two answers to this problem: either increase the number of cached points and increase memory consumption, or make a cubic interpolation between two points at the cost of (slightly) slower calculations."] # [doc = ""] # [inline] pub fn set_cubic_interpolation (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_cubic_interpolation ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The node's offset along the curve."] # [doc = ""] # [inline] pub fn set_h_offset (& self , h_offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_h_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , h_offset) ; } } # [doc = "How far to look ahead of the curve to calculate the tangent if the node is rotating. E.g. shorter lookaheads will lead to faster rotations."] # [doc = ""] # [inline] pub fn set_lookahead (& self , lookahead : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_lookahead ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , lookahead) ; } } # [doc = "If `true`, any offset outside the path's length will wrap around, instead of stopping at the ends. Use it for cyclic paths."] # [doc = ""] # [inline] pub fn set_loop (& self , _loop : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_loop ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , _loop) ; } } # [doc = "The distance along the path in pixels."] # [doc = ""] # [inline] pub fn set_offset (& self , offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , offset) ; } } # [doc = "If `true`, this node rotates to follow the path, making its descendants rotate."] # [doc = ""] # [inline] pub fn set_rotate (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_rotate ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The distance along the path as a number in the range 0.0 (for the first vertex) to 1.0 (for the last). This is just another way of expressing the offset within the path, as the offset supplied is multiplied internally by the path's length."] # [doc = ""] # [inline] pub fn set_unit_offset (& self , unit_offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_unit_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , unit_offset) ; } } # [doc = "The node's offset perpendicular to the curve."] # [doc = ""] # [inline] pub fn set_v_offset (& self , v_offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollow2DMethodTable :: get (get_api ()) . set_v_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , v_offset) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for PathFollow2D { } unsafe impl GodotObject for PathFollow2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "PathFollow2D" } } impl QueueFree for PathFollow2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for PathFollow2D { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PathFollow2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for PathFollow2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for PathFollow2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for PathFollow2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for PathFollow2D { } impl Instanciable for PathFollow2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PathFollow2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PathFollow2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_cubic_interpolation : * mut sys :: godot_method_bind , pub get_h_offset : * mut sys :: godot_method_bind , pub get_lookahead : * mut sys :: godot_method_bind , pub get_offset : * mut sys :: godot_method_bind , pub get_unit_offset : * mut sys :: godot_method_bind , pub get_v_offset : * mut sys :: godot_method_bind , pub has_loop : * mut sys :: godot_method_bind , pub is_rotating : * mut sys :: godot_method_bind , pub set_cubic_interpolation : * mut sys :: godot_method_bind , pub set_h_offset : * mut sys :: godot_method_bind , pub set_lookahead : * mut sys :: godot_method_bind , pub set_loop : * mut sys :: godot_method_bind , pub set_offset : * mut sys :: godot_method_bind , pub set_rotate : * mut sys :: godot_method_bind , pub set_unit_offset : * mut sys :: godot_method_bind , pub set_v_offset : * mut sys :: godot_method_bind } impl PathFollow2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PathFollow2DMethodTable = PathFollow2DMethodTable { class_constructor : None , get_cubic_interpolation : 0 as * mut sys :: godot_method_bind , get_h_offset : 0 as * mut sys :: godot_method_bind , get_lookahead : 0 as * mut sys :: godot_method_bind , get_offset : 0 as * mut sys :: godot_method_bind , get_unit_offset : 0 as * mut sys :: godot_method_bind , get_v_offset : 0 as * mut sys :: godot_method_bind , has_loop : 0 as * mut sys :: godot_method_bind , is_rotating : 0 as * mut sys :: godot_method_bind , set_cubic_interpolation : 0 as * mut sys :: godot_method_bind , set_h_offset : 0 as * mut sys :: godot_method_bind , set_lookahead : 0 as * mut sys :: godot_method_bind , set_loop : 0 as * mut sys :: godot_method_bind , set_offset : 0 as * mut sys :: godot_method_bind , set_rotate : 0 as * mut sys :: godot_method_bind , set_unit_offset : 0 as * mut sys :: godot_method_bind , set_v_offset : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PathFollow2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PathFollow2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_cubic_interpolation = (gd_api . godot_method_bind_get_method) (class_name , "get_cubic_interpolation\0" . as_ptr () as * const c_char) ; table . get_h_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_h_offset\0" . as_ptr () as * const c_char) ; table . get_lookahead = (gd_api . godot_method_bind_get_method) (class_name , "get_lookahead\0" . as_ptr () as * const c_char) ; table . get_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_offset\0" . as_ptr () as * const c_char) ; table . get_unit_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_unit_offset\0" . as_ptr () as * const c_char) ; table . get_v_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_v_offset\0" . as_ptr () as * const c_char) ; table . has_loop = (gd_api . godot_method_bind_get_method) (class_name , "has_loop\0" . as_ptr () as * const c_char) ; table . is_rotating = (gd_api . godot_method_bind_get_method) (class_name , "is_rotating\0" . as_ptr () as * const c_char) ; table . set_cubic_interpolation = (gd_api . godot_method_bind_get_method) (class_name , "set_cubic_interpolation\0" . as_ptr () as * const c_char) ; table . set_h_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_h_offset\0" . as_ptr () as * const c_char) ; table . set_lookahead = (gd_api . godot_method_bind_get_method) (class_name , "set_lookahead\0" . as_ptr () as * const c_char) ; table . set_loop = (gd_api . godot_method_bind_get_method) (class_name , "set_loop\0" . as_ptr () as * const c_char) ; table . set_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_offset\0" . as_ptr () as * const c_char) ; table . set_rotate = (gd_api . godot_method_bind_get_method) (class_name , "set_rotate\0" . as_ptr () as * const c_char) ; table . set_unit_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_unit_offset\0" . as_ptr () as * const c_char) ; table . set_v_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_v_offset\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:208:21299 [INFO] [stdout] | [INFO] [stdout] 208 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 208 | # [doc = "`core class Node2D` inherits `CanvasItem` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_node2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Node2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nNode2D inherits methods from:\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Node2D { this : RawObject < Self > , } impl Node2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Node2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Multiplies the current scale by the `ratio` vector."] # [doc = ""] # [inline] pub fn apply_scale (& self , ratio : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . apply_scale ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , ratio) ; } } # [doc = "Returns the angle between the node and the `point` in radians."] # [doc = ""] # [inline] pub fn get_angle_to (& self , point : Vector2) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_angle_to ; let ret = crate :: icalls :: icallptr_f64_vec2 (method_bind , self . this . sys () . as_ptr () , point) ; ret as _ } } # [doc = "Global position."] # [doc = ""] # [inline] pub fn global_position (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_global_position ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Global rotation in radians."] # [doc = ""] # [inline] pub fn global_rotation (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_global_rotation ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Global rotation in degrees."] # [doc = ""] # [inline] pub fn global_rotation_degrees (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_global_rotation_degrees ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Global scale."] # [doc = ""] # [inline] pub fn global_scale (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_global_scale ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Position, relative to the node's parent."] # [doc = ""] # [inline] pub fn position (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_position ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the [Transform2D] relative to this node's parent."] # [doc = ""] # [inline] pub fn get_relative_transform_to_parent (& self , parent : impl AsArg < crate :: generated :: node :: Node >) -> Transform2D { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_relative_transform_to_parent ; let ret = crate :: icalls :: icallptr_trans2D_obj (method_bind , self . this . sys () . as_ptr () , parent . as_arg_ptr ()) ; mem :: transmute (ret) } } # [doc = "Rotation in radians, relative to the node's parent."] # [doc = ""] # [inline] pub fn rotation (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_rotation ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Rotation in degrees, relative to the node's parent."] # [doc = ""] # [inline] pub fn rotation_degrees (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_rotation_degrees ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The node's scale. Unscaled value: `(1, 1)`."] # [doc = ""] # [inline] pub fn scale (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_scale ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Z index. Controls the order in which the nodes render. A node with a higher Z index will display in front of others."] # [doc = ""] # [inline] pub fn z_index (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . get_z_index ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Adds the `offset` vector to the node's global position."] # [doc = ""] # [inline] pub fn global_translate (& self , offset : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . global_translate ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , offset) ; } } # [doc = "If `true`, the node's Z index is relative to its parent's Z index. If this node's Z index is 2 and its parent's effective Z index is 3, then this node's effective Z index will be 2 + 3 = 5."] # [doc = ""] # [inline] pub fn is_z_relative (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . is_z_relative ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Rotates the node so it points towards the `point`, which is expected to use global coordinates."] # [doc = ""] # [inline] pub fn look_at (& self , point : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . look_at ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , point) ; } } # [doc = "Applies a local translation on the node's X axis based on the [method Node._process]'s `delta`. If `scaled` is `false`, normalizes the movement.\n# Default Arguments\n* `scaled` - `false`"] # [doc = ""] # [inline] pub fn move_local_x (& self , delta : f64 , scaled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . move_local_x ; let ret = crate :: icalls :: icallptr_void_f64_bool (method_bind , self . this . sys () . as_ptr () , delta , scaled) ; } } # [doc = "Applies a local translation on the node's Y axis based on the [method Node._process]'s `delta`. If `scaled` is `false`, normalizes the movement.\n# Default Arguments\n* `scaled` - `false`"] # [doc = ""] # [inline] pub fn move_local_y (& self , delta : f64 , scaled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . move_local_y ; let ret = crate :: icalls :: icallptr_void_f64_bool (method_bind , self . this . sys () . as_ptr () , delta , scaled) ; } } # [doc = "Applies a rotation to the node, in radians, starting from its current rotation."] # [doc = ""] # [inline] pub fn rotate (& self , radians : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . rotate ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , radians) ; } } # [doc = "Global position."] # [doc = ""] # [inline] pub fn set_global_position (& self , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_global_position ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = "Global rotation in radians."] # [doc = ""] # [inline] pub fn set_global_rotation (& self , radians : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_global_rotation ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , radians) ; } } # [doc = "Global rotation in degrees."] # [doc = ""] # [inline] pub fn set_global_rotation_degrees (& self , degrees : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_global_rotation_degrees ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , degrees) ; } } # [doc = "Global scale."] # [doc = ""] # [inline] pub fn set_global_scale (& self , scale : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_global_scale ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , scale) ; } } # [doc = "Global [Transform2D]."] # [doc = ""] # [inline] pub fn set_global_transform (& self , xform : Transform2D) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_global_transform ; let ret = crate :: icalls :: icallptr_void_trans2D (method_bind , self . this . sys () . as_ptr () , xform) ; } } # [doc = "Position, relative to the node's parent."] # [doc = ""] # [inline] pub fn set_position (& self , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_position ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = "Rotation in radians, relative to the node's parent."] # [doc = ""] # [inline] pub fn set_rotation (& self , radians : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_rotation ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , radians) ; } } # [doc = "Rotation in degrees, relative to the node's parent."] # [doc = ""] # [inline] pub fn set_rotation_degrees (& self , degrees : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_rotation_degrees ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , degrees) ; } } # [doc = "The node's scale. Unscaled value: `(1, 1)`."] # [doc = ""] # [inline] pub fn set_scale (& self , scale : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_scale ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , scale) ; } } # [doc = "Local [Transform2D]."] # [doc = ""] # [inline] pub fn set_transform (& self , xform : Transform2D) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_transform ; let ret = crate :: icalls :: icallptr_void_trans2D (method_bind , self . this . sys () . as_ptr () , xform) ; } } # [doc = "If `true`, the node's Z index is relative to its parent's Z index. If this node's Z index is 2 and its parent's effective Z index is 3, then this node's effective Z index will be 2 + 3 = 5."] # [doc = ""] # [inline] pub fn set_z_as_relative (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_z_as_relative ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "Z index. Controls the order in which the nodes render. A node with a higher Z index will display in front of others."] # [doc = ""] # [inline] pub fn set_z_index (& self , z_index : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . set_z_index ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , z_index) ; } } # [doc = "Transforms the provided local position into a position in global coordinate space. The input is expected to be local relative to the [Node2D] it is called on. e.g. Applying this method to the positions of child nodes will correctly transform their positions into the global coordinate space, but applying it to a node's own position will give an incorrect result, as it will incorporate the node's own transformation into its global position."] # [doc = ""] # [inline] pub fn to_global (& self , local_point : Vector2) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . to_global ; let ret = crate :: icalls :: icallptr_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , local_point) ; mem :: transmute (ret) } } # [doc = "Transforms the provided global position into a position in local coordinate space. The output will be local relative to the [Node2D] it is called on. e.g. It is appropriate for determining the positions of child nodes, but it is not appropriate for determining its own position relative to its parent."] # [doc = ""] # [inline] pub fn to_local (& self , global_point : Vector2) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . to_local ; let ret = crate :: icalls :: icallptr_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , global_point) ; mem :: transmute (ret) } } # [doc = "Translates the node by the given `offset` in local coordinates."] # [doc = ""] # [inline] pub fn translate (& self , offset : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Node2DMethodTable :: get (get_api ()) . translate ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , offset) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Node2D { } unsafe impl GodotObject for Node2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Node2D" } } impl QueueFree for Node2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Node2D { type Target = crate :: generated :: canvas_item :: CanvasItem ; # [inline] fn deref (& self) -> & crate :: generated :: canvas_item :: CanvasItem { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Node2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: canvas_item :: CanvasItem { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for Node2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for Node2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for Node2D { } impl Instanciable for Node2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Node2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Node2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub apply_scale : * mut sys :: godot_method_bind , pub get_angle_to : * mut sys :: godot_method_bind , pub get_global_position : * mut sys :: godot_method_bind , pub get_global_rotation : * mut sys :: godot_method_bind , pub get_global_rotation_degrees : * mut sys :: godot_method_bind , pub get_global_scale : * mut sys :: godot_method_bind , pub get_position : * mut sys :: godot_method_bind , pub get_relative_transform_to_parent : * mut sys :: godot_method_bind , pub get_rotation : * mut sys :: godot_method_bind , pub get_rotation_degrees : * mut sys :: godot_method_bind , pub get_scale : * mut sys :: godot_method_bind , pub get_z_index : * mut sys :: godot_method_bind , pub global_translate : * mut sys :: godot_method_bind , pub is_z_relative : * mut sys :: godot_method_bind , pub look_at : * mut sys :: godot_method_bind , pub move_local_x : * mut sys :: godot_method_bind , pub move_local_y : * mut sys :: godot_method_bind , pub rotate : * mut sys :: godot_method_bind , pub set_global_position : * mut sys :: godot_method_bind , pub set_global_rotation : * mut sys :: godot_method_bind , pub set_global_rotation_degrees : * mut sys :: godot_method_bind , pub set_global_scale : * mut sys :: godot_method_bind , pub set_global_transform : * mut sys :: godot_method_bind , pub set_position : * mut sys :: godot_method_bind , pub set_rotation : * mut sys :: godot_method_bind , pub set_rotation_degrees : * mut sys :: godot_method_bind , pub set_scale : * mut sys :: godot_method_bind , pub set_transform : * mut sys :: godot_method_bind , pub set_z_as_relative : * mut sys :: godot_method_bind , pub set_z_index : * mut sys :: godot_method_bind , pub to_global : * mut sys :: godot_method_bind , pub to_local : * mut sys :: godot_method_bind , pub translate : * mut sys :: godot_method_bind } impl Node2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Node2DMethodTable = Node2DMethodTable { class_constructor : None , apply_scale : 0 as * mut sys :: godot_method_bind , get_angle_to : 0 as * mut sys :: godot_method_bind , get_global_position : 0 as * mut sys :: godot_method_bind , get_global_rotation : 0 as * mut sys :: godot_method_bind , get_global_rotation_degrees : 0 as * mut sys :: godot_method_bind , get_global_scale : 0 as * mut sys :: godot_method_bind , get_position : 0 as * mut sys :: godot_method_bind , get_relative_transform_to_parent : 0 as * mut sys :: godot_method_bind , get_rotation : 0 as * mut sys :: godot_method_bind , get_rotation_degrees : 0 as * mut sys :: godot_method_bind , get_scale : 0 as * mut sys :: godot_method_bind , get_z_index : 0 as * mut sys :: godot_method_bind , global_translate : 0 as * mut sys :: godot_method_bind , is_z_relative : 0 as * mut sys :: godot_method_bind , look_at : 0 as * mut sys :: godot_method_bind , move_local_x : 0 as * mut sys :: godot_method_bind , move_local_y : 0 as * mut sys :: godot_method_bind , rotate : 0 as * mut sys :: godot_method_bind , set_global_position : 0 as * mut sys :: godot_method_bind , set_global_rotation : 0 as * mut sys :: godot_method_bind , set_global_rotation_degrees : 0 as * mut sys :: godot_method_bind , set_global_scale : 0 as * mut sys :: godot_method_bind , set_global_transform : 0 as * mut sys :: godot_method_bind , set_position : 0 as * mut sys :: godot_method_bind , set_rotation : 0 as * mut sys :: godot_method_bind , set_rotation_degrees : 0 as * mut sys :: godot_method_bind , set_scale : 0 as * mut sys :: godot_method_bind , set_transform : 0 as * mut sys :: godot_method_bind , set_z_as_relative : 0 as * mut sys :: godot_method_bind , set_z_index : 0 as * mut sys :: godot_method_bind , to_global : 0 as * mut sys :: godot_method_bind , to_local : 0 as * mut sys :: godot_method_bind , translate : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Node2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Node2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . apply_scale = (gd_api . godot_method_bind_get_method) (class_name , "apply_scale\0" . as_ptr () as * const c_char) ; table . get_angle_to = (gd_api . godot_method_bind_get_method) (class_name , "get_angle_to\0" . as_ptr () as * const c_char) ; table . get_global_position = (gd_api . godot_method_bind_get_method) (class_name , "get_global_position\0" . as_ptr () as * const c_char) ; table . get_global_rotation = (gd_api . godot_method_bind_get_method) (class_name , "get_global_rotation\0" . as_ptr () as * const c_char) ; table . get_global_rotation_degrees = (gd_api . godot_method_bind_get_method) (class_name , "get_global_rotation_degrees\0" . as_ptr () as * const c_char) ; table . get_global_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_global_scale\0" . as_ptr () as * const c_char) ; table . get_position = (gd_api . godot_method_bind_get_method) (class_name , "get_position\0" . as_ptr () as * const c_char) ; table . get_relative_transform_to_parent = (gd_api . godot_method_bind_get_method) (class_name , "get_relative_transform_to_parent\0" . as_ptr () as * const c_char) ; table . get_rotation = (gd_api . godot_method_bind_get_method) (class_name , "get_rotation\0" . as_ptr () as * const c_char) ; table . get_rotation_degrees = (gd_api . godot_method_bind_get_method) (class_name , "get_rotation_degrees\0" . as_ptr () as * const c_char) ; table . get_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_scale\0" . as_ptr () as * const c_char) ; table . get_z_index = (gd_api . godot_method_bind_get_method) (class_name , "get_z_index\0" . as_ptr () as * const c_char) ; table . global_translate = (gd_api . godot_method_bind_get_method) (class_name , "global_translate\0" . as_ptr () as * const c_char) ; table . is_z_relative = (gd_api . godot_method_bind_get_method) (class_name , "is_z_relative\0" . as_ptr () as * const c_char) ; table . look_at = (gd_api . godot_method_bind_get_method) (class_name , "look_at\0" . as_ptr () as * const c_char) ; table . move_local_x = (gd_api . godot_method_bind_get_method) (class_name , "move_local_x\0" . as_ptr () as * const c_char) ; table . move_local_y = (gd_api . godot_method_bind_get_method) (class_name , "move_local_y\0" . as_ptr () as * const c_char) ; table . rotate = (gd_api . godot_method_bind_get_method) (class_name , "rotate\0" . as_ptr () as * const c_char) ; table . set_global_position = (gd_api . godot_method_bind_get_method) (class_name , "set_global_position\0" . as_ptr () as * const c_char) ; table . set_global_rotation = (gd_api . godot_method_bind_get_method) (class_name , "set_global_rotation\0" . as_ptr () as * const c_char) ; table . set_global_rotation_degrees = (gd_api . godot_method_bind_get_method) (class_name , "set_global_rotation_degrees\0" . as_ptr () as * const c_char) ; table . set_global_scale = (gd_api . godot_method_bind_get_method) (class_name , "set_global_scale\0" . as_ptr () as * const c_char) ; table . set_global_transform = (gd_api . godot_method_bind_get_method) (class_name , "set_global_transform\0" . as_ptr () as * const c_char) ; table . set_position = (gd_api . godot_method_bind_get_method) (class_name , "set_position\0" . as_ptr () as * const c_char) ; table . set_rotation = (gd_api . godot_method_bind_get_method) (class_name , "set_rotation\0" . as_ptr () as * const c_char) ; table . set_rotation_degrees = (gd_api . godot_method_bind_get_method) (class_name , "set_rotation_degrees\0" . as_ptr () as * const c_char) ; table . set_scale = (gd_api . godot_method_bind_get_method) (class_name , "set_scale\0" . as_ptr () as * const c_char) ; table . set_transform = (gd_api . godot_method_bind_get_method) (class_name , "set_transform\0" . as_ptr () as * const c_char) ; table . set_z_as_relative = (gd_api . godot_method_bind_get_method) (class_name , "set_z_as_relative\0" . as_ptr () as * const c_char) ; table . set_z_index = (gd_api . godot_method_bind_get_method) (class_name , "set_z_index\0" . as_ptr () as * const c_char) ; table . to_global = (gd_api . godot_method_bind_get_method) (class_name , "to_global\0" . as_ptr () as * const c_char) ; table . to_local = (gd_api . godot_method_bind_get_method) (class_name , "to_local\0" . as_ptr () as * const c_char) ; table . translate = (gd_api . godot_method_bind_get_method) (class_name , "translate\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:214:4707 [INFO] [stdout] | [INFO] [stdout] 214 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 214 | # [doc = "`core class HBoxContainer` inherits `BoxContainer` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_hboxcontainer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`HBoxContainer` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nHBoxContainer inherits methods from:\n - [BoxContainer](struct.BoxContainer.html)\n - [Container](struct.Container.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct HBoxContainer { this : RawObject < Self > , } impl HBoxContainer { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = HBoxContainerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for HBoxContainer { } unsafe impl GodotObject for HBoxContainer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "HBoxContainer" } } impl QueueFree for HBoxContainer { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for HBoxContainer { type Target = crate :: generated :: box_container :: BoxContainer ; # [inline] fn deref (& self) -> & crate :: generated :: box_container :: BoxContainer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for HBoxContainer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: box_container :: BoxContainer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: box_container :: BoxContainer > for HBoxContainer { } unsafe impl SubClass < crate :: generated :: container :: Container > for HBoxContainer { } unsafe impl SubClass < crate :: generated :: control :: Control > for HBoxContainer { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for HBoxContainer { } unsafe impl SubClass < crate :: generated :: node :: Node > for HBoxContainer { } unsafe impl SubClass < crate :: generated :: object :: Object > for HBoxContainer { } impl Instanciable for HBoxContainer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { HBoxContainer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct HBoxContainerMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl HBoxContainerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : HBoxContainerMethodTable = HBoxContainerMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { HBoxContainerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "HBoxContainer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:220:4494 [INFO] [stdout] | [INFO] [stdout] 220 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 220 | # [doc = "`core class PanoramaSky` inherits `Sky` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_panoramasky.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nPanoramaSky inherits methods from:\n - [Sky](struct.Sky.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PanoramaSky { this : RawObject < Self > , } impl PanoramaSky { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PanoramaSkyMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "[Texture] to be applied to the PanoramaSky."] # [doc = ""] # [inline] pub fn panorama (& self) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = PanoramaSkyMethodTable :: get (get_api ()) . get_panorama ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "[Texture] to be applied to the PanoramaSky."] # [doc = ""] # [inline] pub fn set_panorama (& self , texture : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PanoramaSkyMethodTable :: get (get_api ()) . set_panorama ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , texture . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for PanoramaSky { } unsafe impl GodotObject for PanoramaSky { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "PanoramaSky" } } impl std :: ops :: Deref for PanoramaSky { type Target = crate :: generated :: sky :: Sky ; # [inline] fn deref (& self) -> & crate :: generated :: sky :: Sky { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PanoramaSky { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: sky :: Sky { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: sky :: Sky > for PanoramaSky { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for PanoramaSky { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for PanoramaSky { } unsafe impl SubClass < crate :: generated :: object :: Object > for PanoramaSky { } impl Instanciable for PanoramaSky { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PanoramaSky :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PanoramaSkyMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_panorama : * mut sys :: godot_method_bind , pub set_panorama : * mut sys :: godot_method_bind } impl PanoramaSkyMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PanoramaSkyMethodTable = PanoramaSkyMethodTable { class_constructor : None , get_panorama : 0 as * mut sys :: godot_method_bind , set_panorama : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PanoramaSkyMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PanoramaSky\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_panorama = (gd_api . godot_method_bind_get_method) (class_name , "get_panorama\0" . as_ptr () as * const c_char) ; table . set_panorama = (gd_api . godot_method_bind_get_method) (class_name , "set_panorama\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:226:7431 [INFO] [stdout] | [INFO] [stdout] 226 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 226 | # [doc = "`tools class ScriptEditor` inherits `PanelContainer` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_scripteditor.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nScriptEditor inherits methods from:\n - [PanelContainer](struct.PanelContainer.html)\n - [Container](struct.Container.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = "\n## Tool\n\nThis class is used to interact with Godot's editor."] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ScriptEditor { this : RawObject < Self > , } impl ScriptEditor { # [doc = ""] # [doc = ""] # [inline] pub fn can_drop_data_fw (& self , point : Vector2 , data : impl OwnedToVariant , from : impl AsArg < crate :: generated :: control :: Control >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ScriptEditorMethodTable :: get (get_api ()) . can_drop_data_fw ; let ret = crate :: icalls :: icallptr_bool_vec2_var_obj (method_bind , self . this . sys () . as_ptr () , point , data . owned_to_variant () , from . as_arg_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn drop_data_fw (& self , point : Vector2 , data : impl OwnedToVariant , from : impl AsArg < crate :: generated :: control :: Control >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScriptEditorMethodTable :: get (get_api ()) . drop_data_fw ; let ret = crate :: icalls :: icallptr_void_vec2_var_obj (method_bind , self . this . sys () . as_ptr () , point , data . owned_to_variant () , from . as_arg_ptr ()) ; } } # [doc = "Returns a [Script] that is currently active in editor."] # [doc = ""] # [inline] pub fn get_current_script (& self) -> Option < Ref < crate :: generated :: script :: Script , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ScriptEditorMethodTable :: get (get_api ()) . get_current_script ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: script :: Script , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_drag_data_fw (& self , point : Vector2 , from : impl AsArg < crate :: generated :: control :: Control >) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = ScriptEditorMethodTable :: get (get_api ()) . get_drag_data_fw ; let ret = crate :: icalls :: icallptr_var_vec2_obj (method_bind , self . this . sys () . as_ptr () , point , from . as_arg_ptr ()) ; Variant :: from_sys (ret) } } # [doc = "Returns an array with all [Script] objects which are currently open in editor."] # [doc = ""] # [inline] pub fn get_open_scripts (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ScriptEditorMethodTable :: get (get_api ()) . get_open_scripts ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Goes to the specified line in the current script."] # [doc = ""] # [inline] pub fn goto_line (& self , line_number : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScriptEditorMethodTable :: get (get_api ()) . goto_line ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , line_number) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn open_script_create_dialog (& self , base_name : impl Into < GodotString > , base_path : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ScriptEditorMethodTable :: get (get_api ()) . open_script_create_dialog ; let ret = crate :: icalls :: icallptr_void_str_str (method_bind , self . this . sys () . as_ptr () , base_name . into () , base_path . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ScriptEditor { } unsafe impl GodotObject for ScriptEditor { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ScriptEditor" } } impl QueueFree for ScriptEditor { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for ScriptEditor { type Target = crate :: generated :: panel_container :: PanelContainer ; # [inline] fn deref (& self) -> & crate :: generated :: panel_container :: PanelContainer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ScriptEditor { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: panel_container :: PanelContainer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: panel_container :: PanelContainer > for ScriptEditor { } unsafe impl SubClass < crate :: generated :: container :: Container > for ScriptEditor { } unsafe impl SubClass < crate :: generated :: control :: Control > for ScriptEditor { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for ScriptEditor { } unsafe impl SubClass < crate :: generated :: node :: Node > for ScriptEditor { } unsafe impl SubClass < crate :: generated :: object :: Object > for ScriptEditor { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ScriptEditorMethodTable { pub class_constructor : sys :: godot_class_constructor , pub can_drop_data_fw : * mut sys :: godot_method_bind , pub drop_data_fw : * mut sys :: godot_method_bind , pub get_current_script : * mut sys :: godot_method_bind , pub get_drag_data_fw : * mut sys :: godot_method_bind , pub get_open_scripts : * mut sys :: godot_method_bind , pub goto_line : * mut sys :: godot_method_bind , pub open_script_create_dialog : * mut sys :: godot_method_bind } impl ScriptEditorMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ScriptEditorMethodTable = ScriptEditorMethodTable { class_constructor : None , can_drop_data_fw : 0 as * mut sys :: godot_method_bind , drop_data_fw : 0 as * mut sys :: godot_method_bind , get_current_script : 0 as * mut sys :: godot_method_bind , get_drag_data_fw : 0 as * mut sys :: godot_method_bind , get_open_scripts : 0 as * mut sys :: godot_method_bind , goto_line : 0 as * mut sys :: godot_method_bind , open_script_create_dialog : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ScriptEditorMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ScriptEditor\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . can_drop_data_fw = (gd_api . godot_method_bind_get_method) (class_name , "can_drop_data_fw\0" . as_ptr () as * const c_char) ; table . drop_data_fw = (gd_api . godot_method_bind_get_method) (class_name , "drop_data_fw\0" . as_ptr () as * const c_char) ; table . get_current_script = (gd_api . godot_method_bind_get_method) (class_name , "get_current_script\0" . as_ptr () as * const c_char) ; table . get_drag_data_fw = (gd_api . godot_method_bind_get_method) (class_name , "get_drag_data_fw\0" . as_ptr () as * const c_char) ; table . get_open_scripts = (gd_api . godot_method_bind_get_method) (class_name , "get_open_scripts\0" . as_ptr () as * const c_char) ; table . goto_line = (gd_api . godot_method_bind_get_method) (class_name , "goto_line\0" . as_ptr () as * const c_char) ; table . open_script_create_dialog = (gd_api . godot_method_bind_get_method) (class_name , "open_script_create_dialog\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:232:6387 [INFO] [stdout] | [INFO] [stdout] 232 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 232 | # [doc = "`core class Crypto` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_crypto.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCrypto inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Crypto { this : RawObject < Self > , } impl Crypto { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CryptoMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Generates a [PoolByteArray] of cryptographically secure random bytes with given `size`."] # [doc = ""] # [inline] pub fn generate_random_bytes (& self , size : i64) -> ByteArray { unsafe { let method_bind : * mut sys :: godot_method_bind = CryptoMethodTable :: get (get_api ()) . generate_random_bytes ; let ret = crate :: icalls :: icallptr_bytearr_i64 (method_bind , self . this . sys () . as_ptr () , size) ; ByteArray :: from_sys (ret) } } # [doc = "Generates an RSA [CryptoKey] that can be used for creating self-signed certificates and passed to [method StreamPeerSSL.accept_stream]."] # [doc = ""] # [inline] pub fn generate_rsa (& self , size : i64) -> Option < Ref < crate :: generated :: crypto_key :: CryptoKey , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = CryptoMethodTable :: get (get_api ()) . generate_rsa ; let ret = crate :: icalls :: icallptr_obj_i64 (method_bind , self . this . sys () . as_ptr () , size) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: crypto_key :: CryptoKey , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nGenerates a self-signed [X509Certificate] from the given [CryptoKey] and `issuer_name`. The certificate validity will be defined by `not_before` and `not_after` (first valid date and last valid date). The `issuer_name` must contain at least \"CN=\" (common name, i.e. the domain name), \"O=\" (organization, i.e. your company name), \"C=\" (country, i.e. 2 lettered ISO-3166 code of the country the organization is based in).\nA small example to generate an RSA key and a X509 self-signed certificate.\n```gdscript\nvar crypto = Crypto.new()\n# Generate 4096 bits RSA key.\nvar key = crypto.generate_rsa(4096)\n# Generate self-signed certificate using the given key.\nvar cert = crypto.generate_self_signed_certificate(key, \"CN=example.com,O=A Game Company,C=IT\")\n```\n# Default Arguments\n* `issuer_name` - `\"CN=myserver,O=myorganisation,C=IT\"`\n* `not_before` - `\"20140101000000\"`\n* `not_after` - `\"20340101000000\"`"] # [doc = ""] # [inline] pub fn generate_self_signed_certificate (& self , key : impl AsArg < crate :: generated :: crypto_key :: CryptoKey > , issuer_name : impl Into < GodotString > , not_before : impl Into < GodotString > , not_after : impl Into < GodotString >) -> Option < Ref < crate :: generated :: x509_certificate :: X509Certificate , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = CryptoMethodTable :: get (get_api ()) . generate_self_signed_certificate ; let ret = crate :: icalls :: icallptr_obj_obj_str_str_str (method_bind , self . this . sys () . as_ptr () , key . as_arg_ptr () , issuer_name . into () , not_before . into () , not_after . into ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: x509_certificate :: X509Certificate , thread_access :: Shared >> :: move_from_sys (sys)) } } } impl gdnative_core :: private :: godot_object :: Sealed for Crypto { } unsafe impl GodotObject for Crypto { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Crypto" } } impl std :: ops :: Deref for Crypto { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Crypto { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Crypto { } unsafe impl SubClass < crate :: generated :: object :: Object > for Crypto { } impl Instanciable for Crypto { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Crypto :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CryptoMethodTable { pub class_constructor : sys :: godot_class_constructor , pub generate_random_bytes : * mut sys :: godot_method_bind , pub generate_rsa : * mut sys :: godot_method_bind , pub generate_self_signed_certificate : * mut sys :: godot_method_bind } impl CryptoMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CryptoMethodTable = CryptoMethodTable { class_constructor : None , generate_random_bytes : 0 as * mut sys :: godot_method_bind , generate_rsa : 0 as * mut sys :: godot_method_bind , generate_self_signed_certificate : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CryptoMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Crypto\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . generate_random_bytes = (gd_api . godot_method_bind_get_method) (class_name , "generate_random_bytes\0" . as_ptr () as * const c_char) ; table . generate_rsa = (gd_api . godot_method_bind_get_method) (class_name , "generate_rsa\0" . as_ptr () as * const c_char) ; table . generate_self_signed_certificate = (gd_api . godot_method_bind_get_method) (class_name , "generate_self_signed_certificate\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:238:5611 [INFO] [stdout] | [INFO] [stdout] 238 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 238 | # [doc = "`core class ConfirmationDialog` inherits `AcceptDialog` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_confirmationdialog.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`ConfirmationDialog` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nConfirmationDialog inherits methods from:\n - [AcceptDialog](struct.AcceptDialog.html)\n - [WindowDialog](struct.WindowDialog.html)\n - [Popup](struct.Popup.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ConfirmationDialog { this : RawObject < Self > , } impl ConfirmationDialog { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ConfirmationDialogMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Returns the cancel button."] # [doc = ""] # [inline] pub fn get_cancel (& self) -> Option < Ref < crate :: generated :: button :: Button , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfirmationDialogMethodTable :: get (get_api ()) . get_cancel ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: button :: Button , thread_access :: Shared >> :: move_from_sys (sys)) } } } impl gdnative_core :: private :: godot_object :: Sealed for ConfirmationDialog { } unsafe impl GodotObject for ConfirmationDialog { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ConfirmationDialog" } } impl QueueFree for ConfirmationDialog { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for ConfirmationDialog { type Target = crate :: generated :: accept_dialog :: AcceptDialog ; # [inline] fn deref (& self) -> & crate :: generated :: accept_dialog :: AcceptDialog { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ConfirmationDialog { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: accept_dialog :: AcceptDialog { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: accept_dialog :: AcceptDialog > for ConfirmationDialog { } unsafe impl SubClass < crate :: generated :: window_dialog :: WindowDialog > for ConfirmationDialog { } unsafe impl SubClass < crate :: generated :: popup :: Popup > for ConfirmationDialog { } unsafe impl SubClass < crate :: generated :: control :: Control > for ConfirmationDialog { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for ConfirmationDialog { } unsafe impl SubClass < crate :: generated :: node :: Node > for ConfirmationDialog { } unsafe impl SubClass < crate :: generated :: object :: Object > for ConfirmationDialog { } impl Instanciable for ConfirmationDialog { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ConfirmationDialog :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ConfirmationDialogMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_cancel : * mut sys :: godot_method_bind } impl ConfirmationDialogMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ConfirmationDialogMethodTable = ConfirmationDialogMethodTable { class_constructor : None , get_cancel : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ConfirmationDialogMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ConfirmationDialog\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_cancel = (gd_api . godot_method_bind_get_method) (class_name , "get_cancel\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:244:5075 [INFO] [stdout] | [INFO] [stdout] 244 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 244 | # [doc = "`core class CylinderShape` inherits `Shape` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_cylindershape.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCylinderShape inherits methods from:\n - [Shape](struct.Shape.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct CylinderShape { this : RawObject < Self > , } impl CylinderShape { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CylinderShapeMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The cylinder's height."] # [doc = ""] # [inline] pub fn height (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderShapeMethodTable :: get (get_api ()) . get_height ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The cylinder's radius."] # [doc = ""] # [inline] pub fn radius (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderShapeMethodTable :: get (get_api ()) . get_radius ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The cylinder's height."] # [doc = ""] # [inline] pub fn set_height (& self , height : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderShapeMethodTable :: get (get_api ()) . set_height ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , height) ; } } # [doc = "The cylinder's radius."] # [doc = ""] # [inline] pub fn set_radius (& self , radius : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CylinderShapeMethodTable :: get (get_api ()) . set_radius ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , radius) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for CylinderShape { } unsafe impl GodotObject for CylinderShape { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "CylinderShape" } } impl std :: ops :: Deref for CylinderShape { type Target = crate :: generated :: shape :: Shape ; # [inline] fn deref (& self) -> & crate :: generated :: shape :: Shape { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for CylinderShape { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: shape :: Shape { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: shape :: Shape > for CylinderShape { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for CylinderShape { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for CylinderShape { } unsafe impl SubClass < crate :: generated :: object :: Object > for CylinderShape { } impl Instanciable for CylinderShape { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { CylinderShape :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CylinderShapeMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_height : * mut sys :: godot_method_bind , pub get_radius : * mut sys :: godot_method_bind , pub set_height : * mut sys :: godot_method_bind , pub set_radius : * mut sys :: godot_method_bind } impl CylinderShapeMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CylinderShapeMethodTable = CylinderShapeMethodTable { class_constructor : None , get_height : 0 as * mut sys :: godot_method_bind , get_radius : 0 as * mut sys :: godot_method_bind , set_height : 0 as * mut sys :: godot_method_bind , set_radius : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CylinderShapeMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "CylinderShape\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_height = (gd_api . godot_method_bind_get_method) (class_name , "get_height\0" . as_ptr () as * const c_char) ; table . get_radius = (gd_api . godot_method_bind_get_method) (class_name , "get_radius\0" . as_ptr () as * const c_char) ; table . set_height = (gd_api . godot_method_bind_get_method) (class_name , "set_height\0" . as_ptr () as * const c_char) ; table . set_radius = (gd_api . godot_method_bind_get_method) (class_name , "set_radius\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:250:14005 [INFO] [stdout] | [INFO] [stdout] 250 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 250 | # [doc = "`core class CharFXTransform` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_charfxtransform.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCharFXTransform inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct CharFXTransform { this : RawObject < Self > , } impl CharFXTransform { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CharFXTransformMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The index of the current character (starting from 0). Setting this property won't affect drawing."] # [doc = ""] # [inline] pub fn absolute_index (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . get_absolute_index ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nThe Unicode codepoint the character will use. This only affects non-whitespace characters. [method @GDScript.ord] can be useful here. For example, the following will replace all characters with asterisks:\n```gdscript\n# `char_fx` is the CharFXTransform parameter from `_process_custom_fx()`.\n# See the RichTextEffect documentation for details.\nchar_fx.character = ord(\"*\")\n```"] # [doc = ""] # [inline] pub fn character (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . get_character ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The color the character will be drawn with."] # [doc = ""] # [inline] pub fn color (& self) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . get_color ; let ret = crate :: icalls :: icallptr_color (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The time elapsed since the [RichTextLabel] was added to the scene tree (in seconds). Time stops when the project is paused, unless the [RichTextLabel]'s [member Node.pause_mode] is set to [constant Node.PAUSE_MODE_PROCESS].\n**Note:** Time still passes while the [RichTextLabel] is hidden."] # [doc = ""] # [inline] pub fn elapsed_time (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . get_elapsed_time ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nContains the arguments passed in the opening BBCode tag. By default, arguments are strings; if their contents match a type such as [bool], [int] or [float], they will be converted automatically. Color codes in the form `#rrggbb` or `#rgb` will be converted to an opaque [Color]. String arguments may not contain spaces, even if they're quoted. If present, quotes will also be present in the final string.\nFor example, the opening BBCode tag `[example foo=hello bar=true baz=42 color=#ffffff]` will map to the following [Dictionary]:\n```gdscript\n{\"foo\": \"hello\", \"bar\": true, \"baz\": 42, \"color\": Color(1, 1, 1, 1)}\n```"] # [doc = ""] # [inline] pub fn environment (& self) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . get_environment ; let ret = crate :: icalls :: icallptr_dict (method_bind , self . this . sys () . as_ptr ()) ; Dictionary :: from_sys (ret) } } # [doc = "The position offset the character will be drawn with (in pixels)."] # [doc = ""] # [inline] pub fn offset (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . get_offset ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The index of the current character (starting from 0). Setting this property won't affect drawing."] # [doc = ""] # [inline] pub fn relative_index (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . get_relative_index ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the character will be drawn. If `false`, the character will be hidden. Characters around hidden characters will reflow to take the space of hidden characters. If this is not desired, set their [member color] to `Color(1, 1, 1, 0)` instead."] # [doc = ""] # [inline] pub fn is_visible (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . is_visible ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The index of the current character (starting from 0). Setting this property won't affect drawing."] # [doc = ""] # [inline] pub fn set_absolute_index (& self , index : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_absolute_index ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , index) ; } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nThe Unicode codepoint the character will use. This only affects non-whitespace characters. [method @GDScript.ord] can be useful here. For example, the following will replace all characters with asterisks:\n```gdscript\n# `char_fx` is the CharFXTransform parameter from `_process_custom_fx()`.\n# See the RichTextEffect documentation for details.\nchar_fx.character = ord(\"*\")\n```"] # [doc = ""] # [inline] pub fn set_character (& self , character : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_character ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , character) ; } } # [doc = "The color the character will be drawn with."] # [doc = ""] # [inline] pub fn set_color (& self , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_color ; let ret = crate :: icalls :: icallptr_void_color (method_bind , self . this . sys () . as_ptr () , color) ; } } # [doc = "The time elapsed since the [RichTextLabel] was added to the scene tree (in seconds). Time stops when the project is paused, unless the [RichTextLabel]'s [member Node.pause_mode] is set to [constant Node.PAUSE_MODE_PROCESS].\n**Note:** Time still passes while the [RichTextLabel] is hidden."] # [doc = ""] # [inline] pub fn set_elapsed_time (& self , time : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_elapsed_time ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , time) ; } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nContains the arguments passed in the opening BBCode tag. By default, arguments are strings; if their contents match a type such as [bool], [int] or [float], they will be converted automatically. Color codes in the form `#rrggbb` or `#rgb` will be converted to an opaque [Color]. String arguments may not contain spaces, even if they're quoted. If present, quotes will also be present in the final string.\nFor example, the opening BBCode tag `[example foo=hello bar=true baz=42 color=#ffffff]` will map to the following [Dictionary]:\n```gdscript\n{\"foo\": \"hello\", \"bar\": true, \"baz\": 42, \"color\": Color(1, 1, 1, 1)}\n```"] # [doc = ""] # [inline] pub fn set_environment (& self , environment : Dictionary) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_environment ; let ret = crate :: icalls :: icallptr_void_dict (method_bind , self . this . sys () . as_ptr () , environment) ; } } # [doc = "The position offset the character will be drawn with (in pixels)."] # [doc = ""] # [inline] pub fn set_offset (& self , offset : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_offset ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , offset) ; } } # [doc = "The index of the current character (starting from 0). Setting this property won't affect drawing."] # [doc = ""] # [inline] pub fn set_relative_index (& self , index : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_relative_index ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , index) ; } } # [doc = "If `true`, the character will be drawn. If `false`, the character will be hidden. Characters around hidden characters will reflow to take the space of hidden characters. If this is not desired, set their [member color] to `Color(1, 1, 1, 0)` instead."] # [doc = ""] # [inline] pub fn set_visibility (& self , visibility : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CharFXTransformMethodTable :: get (get_api ()) . set_visibility ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , visibility) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for CharFXTransform { } unsafe impl GodotObject for CharFXTransform { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "CharFXTransform" } } impl std :: ops :: Deref for CharFXTransform { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for CharFXTransform { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for CharFXTransform { } unsafe impl SubClass < crate :: generated :: object :: Object > for CharFXTransform { } impl Instanciable for CharFXTransform { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { CharFXTransform :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CharFXTransformMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_absolute_index : * mut sys :: godot_method_bind , pub get_character : * mut sys :: godot_method_bind , pub get_color : * mut sys :: godot_method_bind , pub get_elapsed_time : * mut sys :: godot_method_bind , pub get_environment : * mut sys :: godot_method_bind , pub get_offset : * mut sys :: godot_method_bind , pub get_relative_index : * mut sys :: godot_method_bind , pub is_visible : * mut sys :: godot_method_bind , pub set_absolute_index : * mut sys :: godot_method_bind , pub set_character : * mut sys :: godot_method_bind , pub set_color : * mut sys :: godot_method_bind , pub set_elapsed_time : * mut sys :: godot_method_bind , pub set_environment : * mut sys :: godot_method_bind , pub set_offset : * mut sys :: godot_method_bind , pub set_relative_index : * mut sys :: godot_method_bind , pub set_visibility : * mut sys :: godot_method_bind } impl CharFXTransformMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CharFXTransformMethodTable = CharFXTransformMethodTable { class_constructor : None , get_absolute_index : 0 as * mut sys :: godot_method_bind , get_character : 0 as * mut sys :: godot_method_bind , get_color : 0 as * mut sys :: godot_method_bind , get_elapsed_time : 0 as * mut sys :: godot_method_bind , get_environment : 0 as * mut sys :: godot_method_bind , get_offset : 0 as * mut sys :: godot_method_bind , get_relative_index : 0 as * mut sys :: godot_method_bind , is_visible : 0 as * mut sys :: godot_method_bind , set_absolute_index : 0 as * mut sys :: godot_method_bind , set_character : 0 as * mut sys :: godot_method_bind , set_color : 0 as * mut sys :: godot_method_bind , set_elapsed_time : 0 as * mut sys :: godot_method_bind , set_environment : 0 as * mut sys :: godot_method_bind , set_offset : 0 as * mut sys :: godot_method_bind , set_relative_index : 0 as * mut sys :: godot_method_bind , set_visibility : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CharFXTransformMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "CharFXTransform\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_absolute_index = (gd_api . godot_method_bind_get_method) (class_name , "get_absolute_index\0" . as_ptr () as * const c_char) ; table . get_character = (gd_api . godot_method_bind_get_method) (class_name , "get_character\0" . as_ptr () as * const c_char) ; table . get_color = (gd_api . godot_method_bind_get_method) (class_name , "get_color\0" . as_ptr () as * const c_char) ; table . get_elapsed_time = (gd_api . godot_method_bind_get_method) (class_name , "get_elapsed_time\0" . as_ptr () as * const c_char) ; table . get_environment = (gd_api . godot_method_bind_get_method) (class_name , "get_environment\0" . as_ptr () as * const c_char) ; table . get_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_offset\0" . as_ptr () as * const c_char) ; table . get_relative_index = (gd_api . godot_method_bind_get_method) (class_name , "get_relative_index\0" . as_ptr () as * const c_char) ; table . is_visible = (gd_api . godot_method_bind_get_method) (class_name , "is_visible\0" . as_ptr () as * const c_char) ; table . set_absolute_index = (gd_api . godot_method_bind_get_method) (class_name , "set_absolute_index\0" . as_ptr () as * const c_char) ; table . set_character = (gd_api . godot_method_bind_get_method) (class_name , "set_character\0" . as_ptr () as * const c_char) ; table . set_color = (gd_api . godot_method_bind_get_method) (class_name , "set_color\0" . as_ptr () as * const c_char) ; table . set_elapsed_time = (gd_api . godot_method_bind_get_method) (class_name , "set_elapsed_time\0" . as_ptr () as * const c_char) ; table . set_environment = (gd_api . godot_method_bind_get_method) (class_name , "set_environment\0" . as_ptr () as * const c_char) ; table . set_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_offset\0" . as_ptr () as * const c_char) ; table . set_relative_index = (gd_api . godot_method_bind_get_method) (class_name , "set_relative_index\0" . as_ptr () as * const c_char) ; table . set_visibility = (gd_api . godot_method_bind_get_method) (class_name , "set_visibility\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:256:5721 [INFO] [stdout] | [INFO] [stdout] 256 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 256 | # [doc = "`core class InputEventJoypadMotion` inherits `InputEvent` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_inputeventjoypadmotion.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nInputEventJoypadMotion inherits methods from:\n - [InputEvent](struct.InputEvent.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct InputEventJoypadMotion { this : RawObject < Self > , } impl InputEventJoypadMotion { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = InputEventJoypadMotionMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Axis identifier. Use one of the [enum JoystickList] axis constants."] # [doc = ""] # [inline] pub fn axis (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventJoypadMotionMethodTable :: get (get_api ()) . get_axis ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Current position of the joystick on the given axis. The value ranges from `-1.0` to `1.0`. A value of `0` means the axis is in its resting position."] # [doc = ""] # [inline] pub fn axis_value (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventJoypadMotionMethodTable :: get (get_api ()) . get_axis_value ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Axis identifier. Use one of the [enum JoystickList] axis constants."] # [doc = ""] # [inline] pub fn set_axis (& self , axis : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventJoypadMotionMethodTable :: get (get_api ()) . set_axis ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , axis) ; } } # [doc = "Current position of the joystick on the given axis. The value ranges from `-1.0` to `1.0`. A value of `0` means the axis is in its resting position."] # [doc = ""] # [inline] pub fn set_axis_value (& self , axis_value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventJoypadMotionMethodTable :: get (get_api ()) . set_axis_value ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , axis_value) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for InputEventJoypadMotion { } unsafe impl GodotObject for InputEventJoypadMotion { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "InputEventJoypadMotion" } } impl std :: ops :: Deref for InputEventJoypadMotion { type Target = crate :: generated :: input_event :: InputEvent ; # [inline] fn deref (& self) -> & crate :: generated :: input_event :: InputEvent { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for InputEventJoypadMotion { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: input_event :: InputEvent { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: input_event :: InputEvent > for InputEventJoypadMotion { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for InputEventJoypadMotion { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for InputEventJoypadMotion { } unsafe impl SubClass < crate :: generated :: object :: Object > for InputEventJoypadMotion { } impl Instanciable for InputEventJoypadMotion { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { InputEventJoypadMotion :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct InputEventJoypadMotionMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_axis : * mut sys :: godot_method_bind , pub get_axis_value : * mut sys :: godot_method_bind , pub set_axis : * mut sys :: godot_method_bind , pub set_axis_value : * mut sys :: godot_method_bind } impl InputEventJoypadMotionMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : InputEventJoypadMotionMethodTable = InputEventJoypadMotionMethodTable { class_constructor : None , get_axis : 0 as * mut sys :: godot_method_bind , get_axis_value : 0 as * mut sys :: godot_method_bind , set_axis : 0 as * mut sys :: godot_method_bind , set_axis_value : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { InputEventJoypadMotionMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "InputEventJoypadMotion\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_axis = (gd_api . godot_method_bind_get_method) (class_name , "get_axis\0" . as_ptr () as * const c_char) ; table . get_axis_value = (gd_api . godot_method_bind_get_method) (class_name , "get_axis_value\0" . as_ptr () as * const c_char) ; table . set_axis = (gd_api . godot_method_bind_get_method) (class_name , "set_axis\0" . as_ptr () as * const c_char) ; table . set_axis_value = (gd_api . godot_method_bind_get_method) (class_name , "set_axis_value\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:262:8754 [INFO] [stdout] | [INFO] [stdout] 262 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 262 | # [doc = "`core class MeshInstance2D` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_meshinstance2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`MeshInstance2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nMeshInstance2D inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct MeshInstance2D { this : RawObject < Self > , } impl MeshInstance2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = MeshInstance2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The [Mesh] that will be drawn by the [MeshInstance2D]."] # [doc = ""] # [inline] pub fn mesh (& self) -> Option < Ref < crate :: generated :: mesh :: Mesh , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshInstance2DMethodTable :: get (get_api ()) . get_mesh ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: mesh :: Mesh , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The normal map that will be used if using the default [CanvasItemMaterial].\n**Note:** Godot expects the normal map to use X+, Y-, and Z+ coordinates. See [url=http://wiki.polycount.com/wiki/Normal_Map_Technical_Details#Common_Swizzle_Coordinates]this page[/url] for a comparison of normal map coordinates expected by popular engines."] # [doc = ""] # [inline] pub fn normal_map (& self) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshInstance2DMethodTable :: get (get_api ()) . get_normal_map ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The [Texture] that will be used if using the default [CanvasItemMaterial]. Can be accessed as `TEXTURE` in CanvasItem shader."] # [doc = ""] # [inline] pub fn texture (& self) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshInstance2DMethodTable :: get (get_api ()) . get_texture ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The [Mesh] that will be drawn by the [MeshInstance2D]."] # [doc = ""] # [inline] pub fn set_mesh (& self , mesh : impl AsArg < crate :: generated :: mesh :: Mesh >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshInstance2DMethodTable :: get (get_api ()) . set_mesh ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , mesh . as_arg_ptr ()) ; } } # [doc = "The normal map that will be used if using the default [CanvasItemMaterial].\n**Note:** Godot expects the normal map to use X+, Y-, and Z+ coordinates. See [url=http://wiki.polycount.com/wiki/Normal_Map_Technical_Details#Common_Swizzle_Coordinates]this page[/url] for a comparison of normal map coordinates expected by popular engines."] # [doc = ""] # [inline] pub fn set_normal_map (& self , normal_map : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshInstance2DMethodTable :: get (get_api ()) . set_normal_map ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , normal_map . as_arg_ptr ()) ; } } # [doc = "The [Texture] that will be used if using the default [CanvasItemMaterial]. Can be accessed as `TEXTURE` in CanvasItem shader."] # [doc = ""] # [inline] pub fn set_texture (& self , texture : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshInstance2DMethodTable :: get (get_api ()) . set_texture ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , texture . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for MeshInstance2D { } unsafe impl GodotObject for MeshInstance2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "MeshInstance2D" } } impl QueueFree for MeshInstance2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for MeshInstance2D { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for MeshInstance2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for MeshInstance2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for MeshInstance2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for MeshInstance2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for MeshInstance2D { } impl Instanciable for MeshInstance2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { MeshInstance2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct MeshInstance2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_mesh : * mut sys :: godot_method_bind , pub get_normal_map : * mut sys :: godot_method_bind , pub get_texture : * mut sys :: godot_method_bind , pub set_mesh : * mut sys :: godot_method_bind , pub set_normal_map : * mut sys :: godot_method_bind , pub set_texture : * mut sys :: godot_method_bind } impl MeshInstance2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : MeshInstance2DMethodTable = MeshInstance2DMethodTable { class_constructor : None , get_mesh : 0 as * mut sys :: godot_method_bind , get_normal_map : 0 as * mut sys :: godot_method_bind , get_texture : 0 as * mut sys :: godot_method_bind , set_mesh : 0 as * mut sys :: godot_method_bind , set_normal_map : 0 as * mut sys :: godot_method_bind , set_texture : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { MeshInstance2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "MeshInstance2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_mesh = (gd_api . godot_method_bind_get_method) (class_name , "get_mesh\0" . as_ptr () as * const c_char) ; table . get_normal_map = (gd_api . godot_method_bind_get_method) (class_name , "get_normal_map\0" . as_ptr () as * const c_char) ; table . get_texture = (gd_api . godot_method_bind_get_method) (class_name , "get_texture\0" . as_ptr () as * const c_char) ; table . set_mesh = (gd_api . godot_method_bind_get_method) (class_name , "set_mesh\0" . as_ptr () as * const c_char) ; table . set_normal_map = (gd_api . godot_method_bind_get_method) (class_name , "set_normal_map\0" . as_ptr () as * const c_char) ; table . set_texture = (gd_api . godot_method_bind_get_method) (class_name , "set_texture\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:268:3658 [INFO] [stdout] | [INFO] [stdout] 268 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 268 | # [doc = "`core class VisualScriptSceneTree` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptscenetree.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptSceneTree inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptSceneTree { this : RawObject < Self > , } impl VisualScriptSceneTree { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptSceneTreeMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptSceneTree { } unsafe impl GodotObject for VisualScriptSceneTree { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptSceneTree" } } impl std :: ops :: Deref for VisualScriptSceneTree { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptSceneTree { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptSceneTree { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptSceneTree { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptSceneTree { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptSceneTree { } impl Instanciable for VisualScriptSceneTree { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptSceneTree :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptSceneTreeMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VisualScriptSceneTreeMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptSceneTreeMethodTable = VisualScriptSceneTreeMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptSceneTreeMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptSceneTree\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:274:7609 [INFO] [stdout] | [INFO] [stdout] 274 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 274 | # [doc = "`core class Physics2DTestMotionResult` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_physics2dtestmotionresult.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nPhysics2DTestMotionResult inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Physics2DTestMotionResult { this : RawObject < Self > , } impl Physics2DTestMotionResult { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Physics2DTestMotionResultMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn collider (& self) -> Option < Ref < crate :: generated :: object :: Object , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_collider ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: object :: Object , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn collider_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_collider_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn collider_rid (& self) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_collider_rid ; let ret = crate :: icalls :: icallptr_rid (method_bind , self . this . sys () . as_ptr ()) ; Rid :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn collider_shape (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_collider_shape ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn collider_velocity (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_collider_velocity ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn collision_normal (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_collision_normal ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn collision_point (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_collision_point ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn motion (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_motion ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn motion_remainder (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Physics2DTestMotionResultMethodTable :: get (get_api ()) . get_motion_remainder ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for Physics2DTestMotionResult { } unsafe impl GodotObject for Physics2DTestMotionResult { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Physics2DTestMotionResult" } } impl std :: ops :: Deref for Physics2DTestMotionResult { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Physics2DTestMotionResult { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Physics2DTestMotionResult { } unsafe impl SubClass < crate :: generated :: object :: Object > for Physics2DTestMotionResult { } impl Instanciable for Physics2DTestMotionResult { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Physics2DTestMotionResult :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Physics2DTestMotionResultMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_collider : * mut sys :: godot_method_bind , pub get_collider_id : * mut sys :: godot_method_bind , pub get_collider_rid : * mut sys :: godot_method_bind , pub get_collider_shape : * mut sys :: godot_method_bind , pub get_collider_velocity : * mut sys :: godot_method_bind , pub get_collision_normal : * mut sys :: godot_method_bind , pub get_collision_point : * mut sys :: godot_method_bind , pub get_motion : * mut sys :: godot_method_bind , pub get_motion_remainder : * mut sys :: godot_method_bind } impl Physics2DTestMotionResultMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Physics2DTestMotionResultMethodTable = Physics2DTestMotionResultMethodTable { class_constructor : None , get_collider : 0 as * mut sys :: godot_method_bind , get_collider_id : 0 as * mut sys :: godot_method_bind , get_collider_rid : 0 as * mut sys :: godot_method_bind , get_collider_shape : 0 as * mut sys :: godot_method_bind , get_collider_velocity : 0 as * mut sys :: godot_method_bind , get_collision_normal : 0 as * mut sys :: godot_method_bind , get_collision_point : 0 as * mut sys :: godot_method_bind , get_motion : 0 as * mut sys :: godot_method_bind , get_motion_remainder : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Physics2DTestMotionResultMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Physics2DTestMotionResult\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_collider = (gd_api . godot_method_bind_get_method) (class_name , "get_collider\0" . as_ptr () as * const c_char) ; table . get_collider_id = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_id\0" . as_ptr () as * const c_char) ; table . get_collider_rid = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_rid\0" . as_ptr () as * const c_char) ; table . get_collider_shape = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_shape\0" . as_ptr () as * const c_char) ; table . get_collider_velocity = (gd_api . godot_method_bind_get_method) (class_name , "get_collider_velocity\0" . as_ptr () as * const c_char) ; table . get_collision_normal = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_normal\0" . as_ptr () as * const c_char) ; table . get_collision_point = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_point\0" . as_ptr () as * const c_char) ; table . get_motion = (gd_api . godot_method_bind_get_method) (class_name , "get_motion\0" . as_ptr () as * const c_char) ; table . get_motion_remainder = (gd_api . godot_method_bind_get_method) (class_name , "get_motion_remainder\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:280:9444 [INFO] [stdout] | [INFO] [stdout] 280 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 280 | # [doc = "`core class WebXRInterface` inherits `ARVRInterface` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_webxrinterface.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nWebXRInterface inherits methods from:\n - [ARVRInterface](struct.ARVRInterface.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct WebXRInterface { this : RawObject < Self > , } impl WebXRInterface { # [doc = ""] # [doc = ""] # [inline] pub fn bounds_geometry (& self) -> Vector3Array { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_bounds_geometry ; let ret = crate :: icalls :: icallptr_vec3arr (method_bind , self . this . sys () . as_ptr ()) ; Vector3Array :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_controller (& self , controller_id : i64) -> Option < Ref < crate :: generated :: arvr_positional_tracker :: ARVRPositionalTracker , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_controller ; let ret = crate :: icalls :: icallptr_obj_i64 (method_bind , self . this . sys () . as_ptr () , controller_id) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: arvr_positional_tracker :: ARVRPositionalTracker , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn optional_features (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_optional_features ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn reference_space_type (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_reference_space_type ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn requested_reference_space_types (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_requested_reference_space_types ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn required_features (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_required_features ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn session_mode (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_session_mode ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn visibility_state (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . get_visibility_state ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn is_session_supported (& self , session_mode : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . is_session_supported ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , session_mode . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_optional_features (& self , optional_features : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . set_optional_features ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , optional_features . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_requested_reference_space_types (& self , requested_reference_space_types : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . set_requested_reference_space_types ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , requested_reference_space_types . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_required_features (& self , required_features : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . set_required_features ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , required_features . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_session_mode (& self , session_mode : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebXRInterfaceMethodTable :: get (get_api ()) . set_session_mode ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , session_mode . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for WebXRInterface { } unsafe impl GodotObject for WebXRInterface { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "WebXRInterface" } } impl std :: ops :: Deref for WebXRInterface { type Target = crate :: generated :: arvr_interface :: ARVRInterface ; # [inline] fn deref (& self) -> & crate :: generated :: arvr_interface :: ARVRInterface { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for WebXRInterface { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: arvr_interface :: ARVRInterface { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: arvr_interface :: ARVRInterface > for WebXRInterface { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for WebXRInterface { } unsafe impl SubClass < crate :: generated :: object :: Object > for WebXRInterface { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct WebXRInterfaceMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_bounds_geometry : * mut sys :: godot_method_bind , pub get_controller : * mut sys :: godot_method_bind , pub get_optional_features : * mut sys :: godot_method_bind , pub get_reference_space_type : * mut sys :: godot_method_bind , pub get_requested_reference_space_types : * mut sys :: godot_method_bind , pub get_required_features : * mut sys :: godot_method_bind , pub get_session_mode : * mut sys :: godot_method_bind , pub get_visibility_state : * mut sys :: godot_method_bind , pub is_session_supported : * mut sys :: godot_method_bind , pub set_optional_features : * mut sys :: godot_method_bind , pub set_requested_reference_space_types : * mut sys :: godot_method_bind , pub set_required_features : * mut sys :: godot_method_bind , pub set_session_mode : * mut sys :: godot_method_bind } impl WebXRInterfaceMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : WebXRInterfaceMethodTable = WebXRInterfaceMethodTable { class_constructor : None , get_bounds_geometry : 0 as * mut sys :: godot_method_bind , get_controller : 0 as * mut sys :: godot_method_bind , get_optional_features : 0 as * mut sys :: godot_method_bind , get_reference_space_type : 0 as * mut sys :: godot_method_bind , get_requested_reference_space_types : 0 as * mut sys :: godot_method_bind , get_required_features : 0 as * mut sys :: godot_method_bind , get_session_mode : 0 as * mut sys :: godot_method_bind , get_visibility_state : 0 as * mut sys :: godot_method_bind , is_session_supported : 0 as * mut sys :: godot_method_bind , set_optional_features : 0 as * mut sys :: godot_method_bind , set_requested_reference_space_types : 0 as * mut sys :: godot_method_bind , set_required_features : 0 as * mut sys :: godot_method_bind , set_session_mode : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { WebXRInterfaceMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "WebXRInterface\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_bounds_geometry = (gd_api . godot_method_bind_get_method) (class_name , "get_bounds_geometry\0" . as_ptr () as * const c_char) ; table . get_controller = (gd_api . godot_method_bind_get_method) (class_name , "get_controller\0" . as_ptr () as * const c_char) ; table . get_optional_features = (gd_api . godot_method_bind_get_method) (class_name , "get_optional_features\0" . as_ptr () as * const c_char) ; table . get_reference_space_type = (gd_api . godot_method_bind_get_method) (class_name , "get_reference_space_type\0" . as_ptr () as * const c_char) ; table . get_requested_reference_space_types = (gd_api . godot_method_bind_get_method) (class_name , "get_requested_reference_space_types\0" . as_ptr () as * const c_char) ; table . get_required_features = (gd_api . godot_method_bind_get_method) (class_name , "get_required_features\0" . as_ptr () as * const c_char) ; table . get_session_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_session_mode\0" . as_ptr () as * const c_char) ; table . get_visibility_state = (gd_api . godot_method_bind_get_method) (class_name , "get_visibility_state\0" . as_ptr () as * const c_char) ; table . is_session_supported = (gd_api . godot_method_bind_get_method) (class_name , "is_session_supported\0" . as_ptr () as * const c_char) ; table . set_optional_features = (gd_api . godot_method_bind_get_method) (class_name , "set_optional_features\0" . as_ptr () as * const c_char) ; table . set_requested_reference_space_types = (gd_api . godot_method_bind_get_method) (class_name , "set_requested_reference_space_types\0" . as_ptr () as * const c_char) ; table . set_required_features = (gd_api . godot_method_bind_get_method) (class_name , "set_required_features\0" . as_ptr () as * const c_char) ; table . set_session_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_session_mode\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:286:5753 [INFO] [stdout] | [INFO] [stdout] 286 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 286 | # [doc = "`core class VisualShaderNodeTransformVecMult` inherits `VisualShaderNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshadernodetransformvecmult.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShaderNodeTransformVecMult inherits methods from:\n - [VisualShaderNode](struct.VisualShaderNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShaderNodeTransformVecMult { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Operator (pub i64) ; impl Operator { pub const AXB : Operator = Operator (0i64) ; pub const BXA : Operator = Operator (1i64) ; pub const _3X3_AXB : Operator = Operator (2i64) ; pub const _3X3_BXA : Operator = Operator (3i64) ; } impl From < i64 > for Operator { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Operator > for i64 { # [inline] fn from (v : Operator) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl VisualShaderNodeTransformVecMult { pub const OP_3x3_AxB : i64 = 2i64 ; pub const OP_3x3_BxA : i64 = 3i64 ; pub const OP_AxB : i64 = 0i64 ; pub const OP_BxA : i64 = 1i64 ; } impl VisualShaderNodeTransformVecMult { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualShaderNodeTransformVecMultMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The multiplication type to be performed. See [enum Operator] for options."] # [doc = ""] # [inline] pub fn operator (& self) -> crate :: generated :: visual_shader_node_transform_vec_mult :: Operator { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeTransformVecMultMethodTable :: get (get_api ()) . get_operator ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_shader_node_transform_vec_mult :: Operator (ret) } } # [doc = "The multiplication type to be performed. See [enum Operator] for options."] # [doc = ""] # [inline] pub fn set_operator (& self , op : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeTransformVecMultMethodTable :: get (get_api ()) . set_operator ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , op) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShaderNodeTransformVecMult { } unsafe impl GodotObject for VisualShaderNodeTransformVecMult { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShaderNodeTransformVecMult" } } impl std :: ops :: Deref for VisualShaderNodeTransformVecMult { type Target = crate :: generated :: visual_shader_node :: VisualShaderNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShaderNodeTransformVecMult { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_shader_node :: VisualShaderNode > for VisualShaderNodeTransformVecMult { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShaderNodeTransformVecMult { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShaderNodeTransformVecMult { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShaderNodeTransformVecMult { } impl Instanciable for VisualShaderNodeTransformVecMult { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualShaderNodeTransformVecMult :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderNodeTransformVecMultMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_operator : * mut sys :: godot_method_bind , pub set_operator : * mut sys :: godot_method_bind } impl VisualShaderNodeTransformVecMultMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderNodeTransformVecMultMethodTable = VisualShaderNodeTransformVecMultMethodTable { class_constructor : None , get_operator : 0 as * mut sys :: godot_method_bind , set_operator : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderNodeTransformVecMultMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShaderNodeTransformVecMult\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_operator = (gd_api . godot_method_bind_get_method) (class_name , "get_operator\0" . as_ptr () as * const c_char) ; table . set_operator = (gd_api . godot_method_bind_get_method) (class_name , "set_operator\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:292:12074 [INFO] [stdout] | [INFO] [stdout] 292 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 292 | # [doc = "`core class AnimationNodeStateMachineTransition` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_animationnodestatemachinetransition.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAnimationNodeStateMachineTransition inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AnimationNodeStateMachineTransition { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct SwitchMode (pub i64) ; impl SwitchMode { pub const IMMEDIATE : SwitchMode = SwitchMode (0i64) ; pub const SYNC : SwitchMode = SwitchMode (1i64) ; pub const AT_END : SwitchMode = SwitchMode (2i64) ; } impl From < i64 > for SwitchMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < SwitchMode > for i64 { # [inline] fn from (v : SwitchMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl AnimationNodeStateMachineTransition { pub const SWITCH_MODE_AT_END : i64 = 2i64 ; pub const SWITCH_MODE_IMMEDIATE : i64 = 0i64 ; pub const SWITCH_MODE_SYNC : i64 = 1i64 ; } impl AnimationNodeStateMachineTransition { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AnimationNodeStateMachineTransitionMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nTurn on auto advance when this condition is set. The provided name will become a boolean parameter on the [AnimationTree] that can be controlled from code (see [url=https://docs.godotengine.org/en/latest/tutorials/animation/animation_tree.html#controlling-from-code][/url]). For example, if [member AnimationTree.tree_root] is an [AnimationNodeStateMachine] and [member advance_condition] is set to `\"idle\"`:\n```gdscript\n$animation_tree[\"parameters/conditions/idle\"] = is_on_floor and (linear_velocity.x == 0)\n```"] # [doc = ""] # [inline] pub fn advance_condition (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . get_advance_condition ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Lower priority transitions are preferred when travelling through the tree via [method AnimationNodeStateMachinePlayback.travel] or [member auto_advance]."] # [doc = ""] # [inline] pub fn priority (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . get_priority ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The transition type."] # [doc = ""] # [inline] pub fn switch_mode (& self) -> crate :: generated :: animation_node_state_machine_transition :: SwitchMode { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . get_switch_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: animation_node_state_machine_transition :: SwitchMode (ret) } } # [doc = "The time to cross-fade between this state and the next."] # [doc = ""] # [inline] pub fn xfade_time (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . get_xfade_time ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Turn on the transition automatically when this state is reached. This works best with [constant SWITCH_MODE_AT_END]."] # [doc = ""] # [inline] pub fn has_auto_advance (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . has_auto_advance ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Don't use this transition during [method AnimationNodeStateMachinePlayback.travel] or [member auto_advance]."] # [doc = ""] # [inline] pub fn is_disabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . is_disabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nTurn on auto advance when this condition is set. The provided name will become a boolean parameter on the [AnimationTree] that can be controlled from code (see [url=https://docs.godotengine.org/en/latest/tutorials/animation/animation_tree.html#controlling-from-code][/url]). For example, if [member AnimationTree.tree_root] is an [AnimationNodeStateMachine] and [member advance_condition] is set to `\"idle\"`:\n```gdscript\n$animation_tree[\"parameters/conditions/idle\"] = is_on_floor and (linear_velocity.x == 0)\n```"] # [doc = ""] # [inline] pub fn set_advance_condition (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . set_advance_condition ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } # [doc = "Turn on the transition automatically when this state is reached. This works best with [constant SWITCH_MODE_AT_END]."] # [doc = ""] # [inline] pub fn set_auto_advance (& self , auto_advance : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . set_auto_advance ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , auto_advance) ; } } # [doc = "Don't use this transition during [method AnimationNodeStateMachinePlayback.travel] or [member auto_advance]."] # [doc = ""] # [inline] pub fn set_disabled (& self , disabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . set_disabled ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , disabled) ; } } # [doc = "Lower priority transitions are preferred when travelling through the tree via [method AnimationNodeStateMachinePlayback.travel] or [member auto_advance]."] # [doc = ""] # [inline] pub fn set_priority (& self , priority : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . set_priority ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , priority) ; } } # [doc = "The transition type."] # [doc = ""] # [inline] pub fn set_switch_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . set_switch_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The time to cross-fade between this state and the next."] # [doc = ""] # [inline] pub fn set_xfade_time (& self , secs : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeStateMachineTransitionMethodTable :: get (get_api ()) . set_xfade_time ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , secs) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for AnimationNodeStateMachineTransition { } unsafe impl GodotObject for AnimationNodeStateMachineTransition { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AnimationNodeStateMachineTransition" } } impl std :: ops :: Deref for AnimationNodeStateMachineTransition { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AnimationNodeStateMachineTransition { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AnimationNodeStateMachineTransition { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AnimationNodeStateMachineTransition { } unsafe impl SubClass < crate :: generated :: object :: Object > for AnimationNodeStateMachineTransition { } impl Instanciable for AnimationNodeStateMachineTransition { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AnimationNodeStateMachineTransition :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AnimationNodeStateMachineTransitionMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_advance_condition : * mut sys :: godot_method_bind , pub get_priority : * mut sys :: godot_method_bind , pub get_switch_mode : * mut sys :: godot_method_bind , pub get_xfade_time : * mut sys :: godot_method_bind , pub has_auto_advance : * mut sys :: godot_method_bind , pub is_disabled : * mut sys :: godot_method_bind , pub set_advance_condition : * mut sys :: godot_method_bind , pub set_auto_advance : * mut sys :: godot_method_bind , pub set_disabled : * mut sys :: godot_method_bind , pub set_priority : * mut sys :: godot_method_bind , pub set_switch_mode : * mut sys :: godot_method_bind , pub set_xfade_time : * mut sys :: godot_method_bind } impl AnimationNodeStateMachineTransitionMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AnimationNodeStateMachineTransitionMethodTable = AnimationNodeStateMachineTransitionMethodTable { class_constructor : None , get_advance_condition : 0 as * mut sys :: godot_method_bind , get_priority : 0 as * mut sys :: godot_method_bind , get_switch_mode : 0 as * mut sys :: godot_method_bind , get_xfade_time : 0 as * mut sys :: godot_method_bind , has_auto_advance : 0 as * mut sys :: godot_method_bind , is_disabled : 0 as * mut sys :: godot_method_bind , set_advance_condition : 0 as * mut sys :: godot_method_bind , set_auto_advance : 0 as * mut sys :: godot_method_bind , set_disabled : 0 as * mut sys :: godot_method_bind , set_priority : 0 as * mut sys :: godot_method_bind , set_switch_mode : 0 as * mut sys :: godot_method_bind , set_xfade_time : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AnimationNodeStateMachineTransitionMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AnimationNodeStateMachineTransition\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_advance_condition = (gd_api . godot_method_bind_get_method) (class_name , "get_advance_condition\0" . as_ptr () as * const c_char) ; table . get_priority = (gd_api . godot_method_bind_get_method) (class_name , "get_priority\0" . as_ptr () as * const c_char) ; table . get_switch_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_switch_mode\0" . as_ptr () as * const c_char) ; table . get_xfade_time = (gd_api . godot_method_bind_get_method) (class_name , "get_xfade_time\0" . as_ptr () as * const c_char) ; table . has_auto_advance = (gd_api . godot_method_bind_get_method) (class_name , "has_auto_advance\0" . as_ptr () as * const c_char) ; table . is_disabled = (gd_api . godot_method_bind_get_method) (class_name , "is_disabled\0" . as_ptr () as * const c_char) ; table . set_advance_condition = (gd_api . godot_method_bind_get_method) (class_name , "set_advance_condition\0" . as_ptr () as * const c_char) ; table . set_auto_advance = (gd_api . godot_method_bind_get_method) (class_name , "set_auto_advance\0" . as_ptr () as * const c_char) ; table . set_disabled = (gd_api . godot_method_bind_get_method) (class_name , "set_disabled\0" . as_ptr () as * const c_char) ; table . set_priority = (gd_api . godot_method_bind_get_method) (class_name , "set_priority\0" . as_ptr () as * const c_char) ; table . set_switch_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_switch_mode\0" . as_ptr () as * const c_char) ; table . set_xfade_time = (gd_api . godot_method_bind_get_method) (class_name , "set_xfade_time\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:298:11572 [INFO] [stdout] | [INFO] [stdout] 298 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 298 | # [doc = "`core class PhysicsShapeQueryParameters` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_physicsshapequeryparameters.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nPhysicsShapeQueryParameters inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PhysicsShapeQueryParameters { this : RawObject < Self > , } impl PhysicsShapeQueryParameters { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PhysicsShapeQueryParametersMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The physics layer(s) the query will take into account (as a bitmask). See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn collision_mask (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . get_collision_mask ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The list of objects or object [RID]s that will be excluded from collisions."] # [doc = ""] # [inline] pub fn exclude (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . get_exclude ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "The collision margin for the shape."] # [doc = ""] # [inline] pub fn margin (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . get_margin ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The queried shape's [RID]. See also [method set_shape]."] # [doc = ""] # [inline] pub fn shape_rid (& self) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . get_shape_rid ; let ret = crate :: icalls :: icallptr_rid (method_bind , self . this . sys () . as_ptr ()) ; Rid :: from_sys (ret) } } # [doc = "The queried shape's transform matrix."] # [doc = ""] # [inline] pub fn transform (& self) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . get_transform ; let ret = crate :: icalls :: icallptr_trans (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "If `true`, the query will take [Area]s into account."] # [doc = ""] # [inline] pub fn is_collide_with_areas_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . is_collide_with_areas_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the query will take [PhysicsBody]s into account."] # [doc = ""] # [inline] pub fn is_collide_with_bodies_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . is_collide_with_bodies_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the query will take [Area]s into account."] # [doc = ""] # [inline] pub fn set_collide_with_areas (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_collide_with_areas ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, the query will take [PhysicsBody]s into account."] # [doc = ""] # [inline] pub fn set_collide_with_bodies (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_collide_with_bodies ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The physics layer(s) the query will take into account (as a bitmask). See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn set_collision_mask (& self , collision_mask : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_collision_mask ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , collision_mask) ; } } # [doc = "The list of objects or object [RID]s that will be excluded from collisions."] # [doc = ""] # [inline] pub fn set_exclude (& self , exclude : VariantArray) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_exclude ; let ret = crate :: icalls :: icallptr_void_arr (method_bind , self . this . sys () . as_ptr () , exclude) ; } } # [doc = "The collision margin for the shape."] # [doc = ""] # [inline] pub fn set_margin (& self , margin : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_margin ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , margin) ; } } # [doc = "Sets the [Shape] that will be used for collision/intersection queries."] # [doc = ""] # [inline] pub fn set_shape (& self , shape : impl AsArg < crate :: generated :: resource :: Resource >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_shape ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , shape . as_arg_ptr ()) ; } } # [doc = "The queried shape's [RID]. See also [method set_shape]."] # [doc = ""] # [inline] pub fn set_shape_rid (& self , shape : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_shape_rid ; let ret = crate :: icalls :: icallptr_void_rid (method_bind , self . this . sys () . as_ptr () , shape) ; } } # [doc = "The queried shape's transform matrix."] # [doc = ""] # [inline] pub fn set_transform (& self , transform : Transform) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsShapeQueryParametersMethodTable :: get (get_api ()) . set_transform ; let ret = crate :: icalls :: icallptr_void_trans (method_bind , self . this . sys () . as_ptr () , transform) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for PhysicsShapeQueryParameters { } unsafe impl GodotObject for PhysicsShapeQueryParameters { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "PhysicsShapeQueryParameters" } } impl std :: ops :: Deref for PhysicsShapeQueryParameters { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PhysicsShapeQueryParameters { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for PhysicsShapeQueryParameters { } unsafe impl SubClass < crate :: generated :: object :: Object > for PhysicsShapeQueryParameters { } impl Instanciable for PhysicsShapeQueryParameters { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PhysicsShapeQueryParameters :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PhysicsShapeQueryParametersMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_collision_mask : * mut sys :: godot_method_bind , pub get_exclude : * mut sys :: godot_method_bind , pub get_margin : * mut sys :: godot_method_bind , pub get_shape_rid : * mut sys :: godot_method_bind , pub get_transform : * mut sys :: godot_method_bind , pub is_collide_with_areas_enabled : * mut sys :: godot_method_bind , pub is_collide_with_bodies_enabled : * mut sys :: godot_method_bind , pub set_collide_with_areas : * mut sys :: godot_method_bind , pub set_collide_with_bodies : * mut sys :: godot_method_bind , pub set_collision_mask : * mut sys :: godot_method_bind , pub set_exclude : * mut sys :: godot_method_bind , pub set_margin : * mut sys :: godot_method_bind , pub set_shape : * mut sys :: godot_method_bind , pub set_shape_rid : * mut sys :: godot_method_bind , pub set_transform : * mut sys :: godot_method_bind } impl PhysicsShapeQueryParametersMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PhysicsShapeQueryParametersMethodTable = PhysicsShapeQueryParametersMethodTable { class_constructor : None , get_collision_mask : 0 as * mut sys :: godot_method_bind , get_exclude : 0 as * mut sys :: godot_method_bind , get_margin : 0 as * mut sys :: godot_method_bind , get_shape_rid : 0 as * mut sys :: godot_method_bind , get_transform : 0 as * mut sys :: godot_method_bind , is_collide_with_areas_enabled : 0 as * mut sys :: godot_method_bind , is_collide_with_bodies_enabled : 0 as * mut sys :: godot_method_bind , set_collide_with_areas : 0 as * mut sys :: godot_method_bind , set_collide_with_bodies : 0 as * mut sys :: godot_method_bind , set_collision_mask : 0 as * mut sys :: godot_method_bind , set_exclude : 0 as * mut sys :: godot_method_bind , set_margin : 0 as * mut sys :: godot_method_bind , set_shape : 0 as * mut sys :: godot_method_bind , set_shape_rid : 0 as * mut sys :: godot_method_bind , set_transform : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PhysicsShapeQueryParametersMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PhysicsShapeQueryParameters\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_mask\0" . as_ptr () as * const c_char) ; table . get_exclude = (gd_api . godot_method_bind_get_method) (class_name , "get_exclude\0" . as_ptr () as * const c_char) ; table . get_margin = (gd_api . godot_method_bind_get_method) (class_name , "get_margin\0" . as_ptr () as * const c_char) ; table . get_shape_rid = (gd_api . godot_method_bind_get_method) (class_name , "get_shape_rid\0" . as_ptr () as * const c_char) ; table . get_transform = (gd_api . godot_method_bind_get_method) (class_name , "get_transform\0" . as_ptr () as * const c_char) ; table . is_collide_with_areas_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_collide_with_areas_enabled\0" . as_ptr () as * const c_char) ; table . is_collide_with_bodies_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_collide_with_bodies_enabled\0" . as_ptr () as * const c_char) ; table . set_collide_with_areas = (gd_api . godot_method_bind_get_method) (class_name , "set_collide_with_areas\0" . as_ptr () as * const c_char) ; table . set_collide_with_bodies = (gd_api . godot_method_bind_get_method) (class_name , "set_collide_with_bodies\0" . as_ptr () as * const c_char) ; table . set_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_mask\0" . as_ptr () as * const c_char) ; table . set_exclude = (gd_api . godot_method_bind_get_method) (class_name , "set_exclude\0" . as_ptr () as * const c_char) ; table . set_margin = (gd_api . godot_method_bind_get_method) (class_name , "set_margin\0" . as_ptr () as * const c_char) ; table . set_shape = (gd_api . godot_method_bind_get_method) (class_name , "set_shape\0" . as_ptr () as * const c_char) ; table . set_shape_rid = (gd_api . godot_method_bind_get_method) (class_name , "set_shape_rid\0" . as_ptr () as * const c_char) ; table . set_transform = (gd_api . godot_method_bind_get_method) (class_name , "set_transform\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:304:18021 [INFO] [stdout] | [INFO] [stdout] 304 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 304 | # [doc = "`core class GIProbe` inherits `VisualInstance` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_giprobe.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`GIProbe` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nGIProbe inherits methods from:\n - [VisualInstance](struct.VisualInstance.html)\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct GIProbe { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Subdiv (pub i64) ; impl Subdiv { pub const _64 : Subdiv = Subdiv (0i64) ; pub const _128 : Subdiv = Subdiv (1i64) ; pub const _256 : Subdiv = Subdiv (2i64) ; pub const _512 : Subdiv = Subdiv (3i64) ; pub const MAX : Subdiv = Subdiv (4i64) ; } impl From < i64 > for Subdiv { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Subdiv > for i64 { # [inline] fn from (v : Subdiv) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl GIProbe { pub const SUBDIV_128 : i64 = 1i64 ; pub const SUBDIV_256 : i64 = 2i64 ; pub const SUBDIV_512 : i64 = 3i64 ; pub const SUBDIV_64 : i64 = 0i64 ; pub const SUBDIV_MAX : i64 = 4i64 ; } impl GIProbe { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = GIProbeMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Bakes the effect from all [GeometryInstance]s marked with [member GeometryInstance.use_in_baked_light] and [Light]s marked with either [constant Light.BAKE_INDIRECT] or [constant Light.BAKE_ALL]. If `create_visual_debug` is `true`, after baking the light, this will generate a [MultiMesh] that has a cube representing each solid cell with each cube colored to the cell's albedo color. This can be used to visualize the [GIProbe]'s data and debug any issues that may be occurring.\n# Default Arguments\n* `from_node` - `null`\n* `create_visual_debug` - `false`"] # [doc = ""] # [inline] pub fn bake (& self , from_node : impl AsArg < crate :: generated :: node :: Node > , create_visual_debug : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . bake ; let ret = crate :: icalls :: icallptr_void_obj_bool (method_bind , self . this . sys () . as_ptr () , from_node . as_arg_ptr () , create_visual_debug) ; } } # [doc = "Calls [method bake] with `create_visual_debug` enabled."] # [doc = ""] # [inline] pub fn debug_bake (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . debug_bake ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Offsets the lookup of the light contribution from the [GIProbe]. This can be used to avoid self-shadowing, but may introduce light leaking at higher values. This and [member normal_bias] should be played around with to minimize self-shadowing and light leaking.\n**Note:** `bias` should usually be above 1.0 as that is the size of the voxels."] # [doc = ""] # [inline] pub fn bias (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_bias ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The maximum brightness that the [GIProbe] will recognize. Brightness will be scaled within this range."] # [doc = ""] # [inline] pub fn dynamic_range (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_dynamic_range ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Energy multiplier. Makes the lighting contribution from the [GIProbe] brighter."] # [doc = ""] # [inline] pub fn energy (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_energy ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The size of the area covered by the [GIProbe]. If you make the extents larger without increasing the subdivisions with [member subdiv], the size of each cell will increase and result in lower detailed lighting."] # [doc = ""] # [inline] pub fn extents (& self) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_extents ; let ret = crate :: icalls :: icallptr_vec3 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Offsets the lookup into the [GIProbe] based on the object's normal direction. Can be used to reduce some self-shadowing artifacts."] # [doc = ""] # [inline] pub fn normal_bias (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_normal_bias ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The [GIProbeData] resource that holds the data for this [GIProbe]."] # [doc = ""] # [inline] pub fn probe_data (& self) -> Option < Ref < crate :: generated :: gi_probe_data :: GIProbeData , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_probe_data ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: gi_probe_data :: GIProbeData , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "How much light propagates through the probe internally. A higher value allows light to spread further."] # [doc = ""] # [inline] pub fn propagation (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_propagation ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Number of times to subdivide the grid that the [GIProbe] operates on. A higher number results in finer detail and thus higher visual quality, while lower numbers result in better performance."] # [doc = ""] # [inline] pub fn subdiv (& self) -> crate :: generated :: gi_probe :: Subdiv { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . get_subdiv ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: gi_probe :: Subdiv (ret) } } # [doc = "If `true`, the data for this [GIProbe] will be compressed. Compression saves space, but results in far worse visual quality."] # [doc = ""] # [inline] pub fn is_compressed (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . is_compressed ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, ignores the sky contribution when calculating lighting."] # [doc = ""] # [inline] pub fn is_interior (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . is_interior ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Offsets the lookup of the light contribution from the [GIProbe]. This can be used to avoid self-shadowing, but may introduce light leaking at higher values. This and [member normal_bias] should be played around with to minimize self-shadowing and light leaking.\n**Note:** `bias` should usually be above 1.0 as that is the size of the voxels."] # [doc = ""] # [inline] pub fn set_bias (& self , max : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_bias ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , max) ; } } # [doc = "If `true`, the data for this [GIProbe] will be compressed. Compression saves space, but results in far worse visual quality."] # [doc = ""] # [inline] pub fn set_compress (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_compress ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The maximum brightness that the [GIProbe] will recognize. Brightness will be scaled within this range."] # [doc = ""] # [inline] pub fn set_dynamic_range (& self , max : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_dynamic_range ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , max) ; } } # [doc = "Energy multiplier. Makes the lighting contribution from the [GIProbe] brighter."] # [doc = ""] # [inline] pub fn set_energy (& self , max : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_energy ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , max) ; } } # [doc = "The size of the area covered by the [GIProbe]. If you make the extents larger without increasing the subdivisions with [member subdiv], the size of each cell will increase and result in lower detailed lighting."] # [doc = ""] # [inline] pub fn set_extents (& self , extents : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_extents ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , extents) ; } } # [doc = "If `true`, ignores the sky contribution when calculating lighting."] # [doc = ""] # [inline] pub fn set_interior (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_interior ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "Offsets the lookup into the [GIProbe] based on the object's normal direction. Can be used to reduce some self-shadowing artifacts."] # [doc = ""] # [inline] pub fn set_normal_bias (& self , max : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_normal_bias ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , max) ; } } # [doc = "The [GIProbeData] resource that holds the data for this [GIProbe]."] # [doc = ""] # [inline] pub fn set_probe_data (& self , data : impl AsArg < crate :: generated :: gi_probe_data :: GIProbeData >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_probe_data ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , data . as_arg_ptr ()) ; } } # [doc = "How much light propagates through the probe internally. A higher value allows light to spread further."] # [doc = ""] # [inline] pub fn set_propagation (& self , max : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_propagation ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , max) ; } } # [doc = "Number of times to subdivide the grid that the [GIProbe] operates on. A higher number results in finer detail and thus higher visual quality, while lower numbers result in better performance."] # [doc = ""] # [inline] pub fn set_subdiv (& self , subdiv : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GIProbeMethodTable :: get (get_api ()) . set_subdiv ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , subdiv) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for GIProbe { } unsafe impl GodotObject for GIProbe { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "GIProbe" } } impl QueueFree for GIProbe { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for GIProbe { type Target = crate :: generated :: visual_instance :: VisualInstance ; # [inline] fn deref (& self) -> & crate :: generated :: visual_instance :: VisualInstance { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for GIProbe { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_instance :: VisualInstance { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_instance :: VisualInstance > for GIProbe { } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for GIProbe { } unsafe impl SubClass < crate :: generated :: node :: Node > for GIProbe { } unsafe impl SubClass < crate :: generated :: object :: Object > for GIProbe { } impl Instanciable for GIProbe { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { GIProbe :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct GIProbeMethodTable { pub class_constructor : sys :: godot_class_constructor , pub bake : * mut sys :: godot_method_bind , pub debug_bake : * mut sys :: godot_method_bind , pub get_bias : * mut sys :: godot_method_bind , pub get_dynamic_range : * mut sys :: godot_method_bind , pub get_energy : * mut sys :: godot_method_bind , pub get_extents : * mut sys :: godot_method_bind , pub get_normal_bias : * mut sys :: godot_method_bind , pub get_probe_data : * mut sys :: godot_method_bind , pub get_propagation : * mut sys :: godot_method_bind , pub get_subdiv : * mut sys :: godot_method_bind , pub is_compressed : * mut sys :: godot_method_bind , pub is_interior : * mut sys :: godot_method_bind , pub set_bias : * mut sys :: godot_method_bind , pub set_compress : * mut sys :: godot_method_bind , pub set_dynamic_range : * mut sys :: godot_method_bind , pub set_energy : * mut sys :: godot_method_bind , pub set_extents : * mut sys :: godot_method_bind , pub set_interior : * mut sys :: godot_method_bind , pub set_normal_bias : * mut sys :: godot_method_bind , pub set_probe_data : * mut sys :: godot_method_bind , pub set_propagation : * mut sys :: godot_method_bind , pub set_subdiv : * mut sys :: godot_method_bind } impl GIProbeMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : GIProbeMethodTable = GIProbeMethodTable { class_constructor : None , bake : 0 as * mut sys :: godot_method_bind , debug_bake : 0 as * mut sys :: godot_method_bind , get_bias : 0 as * mut sys :: godot_method_bind , get_dynamic_range : 0 as * mut sys :: godot_method_bind , get_energy : 0 as * mut sys :: godot_method_bind , get_extents : 0 as * mut sys :: godot_method_bind , get_normal_bias : 0 as * mut sys :: godot_method_bind , get_probe_data : 0 as * mut sys :: godot_method_bind , get_propagation : 0 as * mut sys :: godot_method_bind , get_subdiv : 0 as * mut sys :: godot_method_bind , is_compressed : 0 as * mut sys :: godot_method_bind , is_interior : 0 as * mut sys :: godot_method_bind , set_bias : 0 as * mut sys :: godot_method_bind , set_compress : 0 as * mut sys :: godot_method_bind , set_dynamic_range : 0 as * mut sys :: godot_method_bind , set_energy : 0 as * mut sys :: godot_method_bind , set_extents : 0 as * mut sys :: godot_method_bind , set_interior : 0 as * mut sys :: godot_method_bind , set_normal_bias : 0 as * mut sys :: godot_method_bind , set_probe_data : 0 as * mut sys :: godot_method_bind , set_propagation : 0 as * mut sys :: godot_method_bind , set_subdiv : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { GIProbeMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "GIProbe\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . bake = (gd_api . godot_method_bind_get_method) (class_name , "bake\0" . as_ptr () as * const c_char) ; table . debug_bake = (gd_api . godot_method_bind_get_method) (class_name , "debug_bake\0" . as_ptr () as * const c_char) ; table . get_bias = (gd_api . godot_method_bind_get_method) (class_name , "get_bias\0" . as_ptr () as * const c_char) ; table . get_dynamic_range = (gd_api . godot_method_bind_get_method) (class_name , "get_dynamic_range\0" . as_ptr () as * const c_char) ; table . get_energy = (gd_api . godot_method_bind_get_method) (class_name , "get_energy\0" . as_ptr () as * const c_char) ; table . get_extents = (gd_api . godot_method_bind_get_method) (class_name , "get_extents\0" . as_ptr () as * const c_char) ; table . get_normal_bias = (gd_api . godot_method_bind_get_method) (class_name , "get_normal_bias\0" . as_ptr () as * const c_char) ; table . get_probe_data = (gd_api . godot_method_bind_get_method) (class_name , "get_probe_data\0" . as_ptr () as * const c_char) ; table . get_propagation = (gd_api . godot_method_bind_get_method) (class_name , "get_propagation\0" . as_ptr () as * const c_char) ; table . get_subdiv = (gd_api . godot_method_bind_get_method) (class_name , "get_subdiv\0" . as_ptr () as * const c_char) ; table . is_compressed = (gd_api . godot_method_bind_get_method) (class_name , "is_compressed\0" . as_ptr () as * const c_char) ; table . is_interior = (gd_api . godot_method_bind_get_method) (class_name , "is_interior\0" . as_ptr () as * const c_char) ; table . set_bias = (gd_api . godot_method_bind_get_method) (class_name , "set_bias\0" . as_ptr () as * const c_char) ; table . set_compress = (gd_api . godot_method_bind_get_method) (class_name , "set_compress\0" . as_ptr () as * const c_char) ; table . set_dynamic_range = (gd_api . godot_method_bind_get_method) (class_name , "set_dynamic_range\0" . as_ptr () as * const c_char) ; table . set_energy = (gd_api . godot_method_bind_get_method) (class_name , "set_energy\0" . as_ptr () as * const c_char) ; table . set_extents = (gd_api . godot_method_bind_get_method) (class_name , "set_extents\0" . as_ptr () as * const c_char) ; table . set_interior = (gd_api . godot_method_bind_get_method) (class_name , "set_interior\0" . as_ptr () as * const c_char) ; table . set_normal_bias = (gd_api . godot_method_bind_get_method) (class_name , "set_normal_bias\0" . as_ptr () as * const c_char) ; table . set_probe_data = (gd_api . godot_method_bind_get_method) (class_name , "set_probe_data\0" . as_ptr () as * const c_char) ; table . set_propagation = (gd_api . godot_method_bind_get_method) (class_name , "set_propagation\0" . as_ptr () as * const c_char) ; table . set_subdiv = (gd_api . godot_method_bind_get_method) (class_name , "set_subdiv\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:310:4667 [INFO] [stdout] | [INFO] [stdout] 310 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 310 | # [doc = "`core class VisualScriptResourcePath` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptresourcepath.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptResourcePath inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptResourcePath { this : RawObject < Self > , } impl VisualScriptResourcePath { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptResourcePathMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn resource_path (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptResourcePathMethodTable :: get (get_api ()) . get_resource_path ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_resource_path (& self , path : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptResourcePathMethodTable :: get (get_api ()) . set_resource_path ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptResourcePath { } unsafe impl GodotObject for VisualScriptResourcePath { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptResourcePath" } } impl std :: ops :: Deref for VisualScriptResourcePath { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptResourcePath { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptResourcePath { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptResourcePath { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptResourcePath { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptResourcePath { } impl Instanciable for VisualScriptResourcePath { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptResourcePath :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptResourcePathMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_resource_path : * mut sys :: godot_method_bind , pub set_resource_path : * mut sys :: godot_method_bind } impl VisualScriptResourcePathMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptResourcePathMethodTable = VisualScriptResourcePathMethodTable { class_constructor : None , get_resource_path : 0 as * mut sys :: godot_method_bind , set_resource_path : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptResourcePathMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptResourcePath\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_resource_path = (gd_api . godot_method_bind_get_method) (class_name , "get_resource_path\0" . as_ptr () as * const c_char) ; table . set_resource_path = (gd_api . godot_method_bind_get_method) (class_name , "set_resource_path\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:316:7922 [INFO] [stdout] | [INFO] [stdout] 316 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 316 | # [doc = "`core class NoiseTexture` inherits `Texture` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_noisetexture.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nNoiseTexture inherits methods from:\n - [Texture](struct.Texture.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct NoiseTexture { this : RawObject < Self > , } impl NoiseTexture { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = NoiseTextureMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn bump_strength (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . get_bump_strength ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn noise (& self) -> Option < Ref < crate :: generated :: open_simplex_noise :: OpenSimplexNoise , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . get_noise ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: open_simplex_noise :: OpenSimplexNoise , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn seamless (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . get_seamless ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn is_normalmap (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . is_normalmap ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn set_as_normalmap (& self , as_normalmap : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . set_as_normalmap ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , as_normalmap) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_bump_strength (& self , bump_strength : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . set_bump_strength ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , bump_strength) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_height (& self , height : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . set_height ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , height) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_noise (& self , noise : impl AsArg < crate :: generated :: open_simplex_noise :: OpenSimplexNoise >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . set_noise ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , noise . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_seamless (& self , seamless : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . set_seamless ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , seamless) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_width (& self , width : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = NoiseTextureMethodTable :: get (get_api ()) . set_width ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , width) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for NoiseTexture { } unsafe impl GodotObject for NoiseTexture { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "NoiseTexture" } } impl std :: ops :: Deref for NoiseTexture { type Target = crate :: generated :: texture :: Texture ; # [inline] fn deref (& self) -> & crate :: generated :: texture :: Texture { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for NoiseTexture { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: texture :: Texture { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: texture :: Texture > for NoiseTexture { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for NoiseTexture { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for NoiseTexture { } unsafe impl SubClass < crate :: generated :: object :: Object > for NoiseTexture { } impl Instanciable for NoiseTexture { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { NoiseTexture :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct NoiseTextureMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_bump_strength : * mut sys :: godot_method_bind , pub get_noise : * mut sys :: godot_method_bind , pub get_seamless : * mut sys :: godot_method_bind , pub is_normalmap : * mut sys :: godot_method_bind , pub set_as_normalmap : * mut sys :: godot_method_bind , pub set_bump_strength : * mut sys :: godot_method_bind , pub set_height : * mut sys :: godot_method_bind , pub set_noise : * mut sys :: godot_method_bind , pub set_seamless : * mut sys :: godot_method_bind , pub set_width : * mut sys :: godot_method_bind } impl NoiseTextureMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : NoiseTextureMethodTable = NoiseTextureMethodTable { class_constructor : None , get_bump_strength : 0 as * mut sys :: godot_method_bind , get_noise : 0 as * mut sys :: godot_method_bind , get_seamless : 0 as * mut sys :: godot_method_bind , is_normalmap : 0 as * mut sys :: godot_method_bind , set_as_normalmap : 0 as * mut sys :: godot_method_bind , set_bump_strength : 0 as * mut sys :: godot_method_bind , set_height : 0 as * mut sys :: godot_method_bind , set_noise : 0 as * mut sys :: godot_method_bind , set_seamless : 0 as * mut sys :: godot_method_bind , set_width : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { NoiseTextureMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "NoiseTexture\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_bump_strength = (gd_api . godot_method_bind_get_method) (class_name , "get_bump_strength\0" . as_ptr () as * const c_char) ; table . get_noise = (gd_api . godot_method_bind_get_method) (class_name , "get_noise\0" . as_ptr () as * const c_char) ; table . get_seamless = (gd_api . godot_method_bind_get_method) (class_name , "get_seamless\0" . as_ptr () as * const c_char) ; table . is_normalmap = (gd_api . godot_method_bind_get_method) (class_name , "is_normalmap\0" . as_ptr () as * const c_char) ; table . set_as_normalmap = (gd_api . godot_method_bind_get_method) (class_name , "set_as_normalmap\0" . as_ptr () as * const c_char) ; table . set_bump_strength = (gd_api . godot_method_bind_get_method) (class_name , "set_bump_strength\0" . as_ptr () as * const c_char) ; table . set_height = (gd_api . godot_method_bind_get_method) (class_name , "set_height\0" . as_ptr () as * const c_char) ; table . set_noise = (gd_api . godot_method_bind_get_method) (class_name , "set_noise\0" . as_ptr () as * const c_char) ; table . set_seamless = (gd_api . godot_method_bind_get_method) (class_name , "set_seamless\0" . as_ptr () as * const c_char) ; table . set_width = (gd_api . godot_method_bind_get_method) (class_name , "set_width\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:322:13732 [INFO] [stdout] | [INFO] [stdout] 322 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 322 | # [doc = "`core class ColorPicker` inherits `BoxContainer` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_colorpicker.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`ColorPicker` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nColorPicker inherits methods from:\n - [BoxContainer](struct.BoxContainer.html)\n - [Container](struct.Container.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ColorPicker { this : RawObject < Self > , } impl ColorPicker { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ColorPickerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds the given color to a list of color presets. The presets are displayed in the color picker and the user will be able to select them.\n**Note:** the presets list is only for [i]this[/i] color picker."] # [doc = ""] # [inline] pub fn add_preset (& self , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . add_preset ; let ret = crate :: icalls :: icallptr_void_color (method_bind , self . this . sys () . as_ptr () , color) ; } } # [doc = "If `true`, the \"add preset\" button is enabled."] # [doc = ""] # [inline] pub fn are_presets_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . are_presets_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, saved color presets are visible."] # [doc = ""] # [inline] pub fn are_presets_visible (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . are_presets_visible ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Removes the given color from the list of color presets of this color picker."] # [doc = ""] # [inline] pub fn erase_preset (& self , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . erase_preset ; let ret = crate :: icalls :: icallptr_void_color (method_bind , self . this . sys () . as_ptr () , color) ; } } # [doc = "The currently selected color."] # [doc = ""] # [inline] pub fn pick_color (& self) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . get_pick_color ; let ret = crate :: icalls :: icallptr_color (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the list of colors in the presets of the color picker."] # [doc = ""] # [inline] pub fn get_presets (& self) -> ColorArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . get_presets ; let ret = crate :: icalls :: icallptr_colorarr (method_bind , self . this . sys () . as_ptr ()) ; ColorArray :: from_sys (ret) } } # [doc = "If `true`, the color will apply only after the user releases the mouse button, otherwise it will apply immediately even in mouse motion event (which can cause performance issues)."] # [doc = ""] # [inline] pub fn is_deferred_mode (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . is_deferred_mode ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, shows an alpha channel slider (transparency)."] # [doc = ""] # [inline] pub fn is_editing_alpha (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . is_editing_alpha ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, allows editing the color with Hue/Saturation/Value sliders.\n**Note:** Cannot be enabled if raw mode is on."] # [doc = ""] # [inline] pub fn is_hsv_mode (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . is_hsv_mode ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, allows the color R, G, B component values to go beyond 1.0, which can be used for certain special operations that require it (like tinting without darkening or rendering sprites in HDR).\n**Note:** Cannot be enabled if HSV mode is on."] # [doc = ""] # [inline] pub fn is_raw_mode (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . is_raw_mode ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the color will apply only after the user releases the mouse button, otherwise it will apply immediately even in mouse motion event (which can cause performance issues)."] # [doc = ""] # [inline] pub fn set_deferred_mode (& self , mode : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . set_deferred_mode ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "If `true`, shows an alpha channel slider (transparency)."] # [doc = ""] # [inline] pub fn set_edit_alpha (& self , show : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . set_edit_alpha ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , show) ; } } # [doc = "If `true`, allows editing the color with Hue/Saturation/Value sliders.\n**Note:** Cannot be enabled if raw mode is on."] # [doc = ""] # [inline] pub fn set_hsv_mode (& self , mode : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . set_hsv_mode ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The currently selected color."] # [doc = ""] # [inline] pub fn set_pick_color (& self , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . set_pick_color ; let ret = crate :: icalls :: icallptr_void_color (method_bind , self . this . sys () . as_ptr () , color) ; } } # [doc = "If `true`, the \"add preset\" button is enabled."] # [doc = ""] # [inline] pub fn set_presets_enabled (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . set_presets_enabled ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, saved color presets are visible."] # [doc = ""] # [inline] pub fn set_presets_visible (& self , visible : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . set_presets_visible ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , visible) ; } } # [doc = "If `true`, allows the color R, G, B component values to go beyond 1.0, which can be used for certain special operations that require it (like tinting without darkening or rendering sprites in HDR).\n**Note:** Cannot be enabled if HSV mode is on."] # [doc = ""] # [inline] pub fn set_raw_mode (& self , mode : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorPickerMethodTable :: get (get_api ()) . set_raw_mode ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , mode) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ColorPicker { } unsafe impl GodotObject for ColorPicker { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ColorPicker" } } impl QueueFree for ColorPicker { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for ColorPicker { type Target = crate :: generated :: box_container :: BoxContainer ; # [inline] fn deref (& self) -> & crate :: generated :: box_container :: BoxContainer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ColorPicker { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: box_container :: BoxContainer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: box_container :: BoxContainer > for ColorPicker { } unsafe impl SubClass < crate :: generated :: container :: Container > for ColorPicker { } unsafe impl SubClass < crate :: generated :: control :: Control > for ColorPicker { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for ColorPicker { } unsafe impl SubClass < crate :: generated :: node :: Node > for ColorPicker { } unsafe impl SubClass < crate :: generated :: object :: Object > for ColorPicker { } impl Instanciable for ColorPicker { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ColorPicker :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ColorPickerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_preset : * mut sys :: godot_method_bind , pub are_presets_enabled : * mut sys :: godot_method_bind , pub are_presets_visible : * mut sys :: godot_method_bind , pub erase_preset : * mut sys :: godot_method_bind , pub get_pick_color : * mut sys :: godot_method_bind , pub get_presets : * mut sys :: godot_method_bind , pub is_deferred_mode : * mut sys :: godot_method_bind , pub is_editing_alpha : * mut sys :: godot_method_bind , pub is_hsv_mode : * mut sys :: godot_method_bind , pub is_raw_mode : * mut sys :: godot_method_bind , pub set_deferred_mode : * mut sys :: godot_method_bind , pub set_edit_alpha : * mut sys :: godot_method_bind , pub set_hsv_mode : * mut sys :: godot_method_bind , pub set_pick_color : * mut sys :: godot_method_bind , pub set_presets_enabled : * mut sys :: godot_method_bind , pub set_presets_visible : * mut sys :: godot_method_bind , pub set_raw_mode : * mut sys :: godot_method_bind } impl ColorPickerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ColorPickerMethodTable = ColorPickerMethodTable { class_constructor : None , add_preset : 0 as * mut sys :: godot_method_bind , are_presets_enabled : 0 as * mut sys :: godot_method_bind , are_presets_visible : 0 as * mut sys :: godot_method_bind , erase_preset : 0 as * mut sys :: godot_method_bind , get_pick_color : 0 as * mut sys :: godot_method_bind , get_presets : 0 as * mut sys :: godot_method_bind , is_deferred_mode : 0 as * mut sys :: godot_method_bind , is_editing_alpha : 0 as * mut sys :: godot_method_bind , is_hsv_mode : 0 as * mut sys :: godot_method_bind , is_raw_mode : 0 as * mut sys :: godot_method_bind , set_deferred_mode : 0 as * mut sys :: godot_method_bind , set_edit_alpha : 0 as * mut sys :: godot_method_bind , set_hsv_mode : 0 as * mut sys :: godot_method_bind , set_pick_color : 0 as * mut sys :: godot_method_bind , set_presets_enabled : 0 as * mut sys :: godot_method_bind , set_presets_visible : 0 as * mut sys :: godot_method_bind , set_raw_mode : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ColorPickerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ColorPicker\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_preset = (gd_api . godot_method_bind_get_method) (class_name , "add_preset\0" . as_ptr () as * const c_char) ; table . are_presets_enabled = (gd_api . godot_method_bind_get_method) (class_name , "are_presets_enabled\0" . as_ptr () as * const c_char) ; table . are_presets_visible = (gd_api . godot_method_bind_get_method) (class_name , "are_presets_visible\0" . as_ptr () as * const c_char) ; table . erase_preset = (gd_api . godot_method_bind_get_method) (class_name , "erase_preset\0" . as_ptr () as * const c_char) ; table . get_pick_color = (gd_api . godot_method_bind_get_method) (class_name , "get_pick_color\0" . as_ptr () as * const c_char) ; table . get_presets = (gd_api . godot_method_bind_get_method) (class_name , "get_presets\0" . as_ptr () as * const c_char) ; table . is_deferred_mode = (gd_api . godot_method_bind_get_method) (class_name , "is_deferred_mode\0" . as_ptr () as * const c_char) ; table . is_editing_alpha = (gd_api . godot_method_bind_get_method) (class_name , "is_editing_alpha\0" . as_ptr () as * const c_char) ; table . is_hsv_mode = (gd_api . godot_method_bind_get_method) (class_name , "is_hsv_mode\0" . as_ptr () as * const c_char) ; table . is_raw_mode = (gd_api . godot_method_bind_get_method) (class_name , "is_raw_mode\0" . as_ptr () as * const c_char) ; table . set_deferred_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_deferred_mode\0" . as_ptr () as * const c_char) ; table . set_edit_alpha = (gd_api . godot_method_bind_get_method) (class_name , "set_edit_alpha\0" . as_ptr () as * const c_char) ; table . set_hsv_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_hsv_mode\0" . as_ptr () as * const c_char) ; table . set_pick_color = (gd_api . godot_method_bind_get_method) (class_name , "set_pick_color\0" . as_ptr () as * const c_char) ; table . set_presets_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_presets_enabled\0" . as_ptr () as * const c_char) ; table . set_presets_visible = (gd_api . godot_method_bind_get_method) (class_name , "set_presets_visible\0" . as_ptr () as * const c_char) ; table . set_raw_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_raw_mode\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:328:4827 [INFO] [stdout] | [INFO] [stdout] 328 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 328 | # [doc = "`core class InputEventPanGesture` inherits `InputEventGesture` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_inputeventpangesture.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nInputEventPanGesture inherits methods from:\n - [InputEventGesture](struct.InputEventGesture.html)\n - [InputEventWithModifiers](struct.InputEventWithModifiers.html)\n - [InputEvent](struct.InputEvent.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct InputEventPanGesture { this : RawObject < Self > , } impl InputEventPanGesture { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = InputEventPanGestureMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn delta (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventPanGestureMethodTable :: get (get_api ()) . get_delta ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_delta (& self , delta : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventPanGestureMethodTable :: get (get_api ()) . set_delta ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , delta) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for InputEventPanGesture { } unsafe impl GodotObject for InputEventPanGesture { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "InputEventPanGesture" } } impl std :: ops :: Deref for InputEventPanGesture { type Target = crate :: generated :: input_event_gesture :: InputEventGesture ; # [inline] fn deref (& self) -> & crate :: generated :: input_event_gesture :: InputEventGesture { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for InputEventPanGesture { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: input_event_gesture :: InputEventGesture { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: input_event_gesture :: InputEventGesture > for InputEventPanGesture { } unsafe impl SubClass < crate :: generated :: input_event_with_modifiers :: InputEventWithModifiers > for InputEventPanGesture { } unsafe impl SubClass < crate :: generated :: input_event :: InputEvent > for InputEventPanGesture { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for InputEventPanGesture { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for InputEventPanGesture { } unsafe impl SubClass < crate :: generated :: object :: Object > for InputEventPanGesture { } impl Instanciable for InputEventPanGesture { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { InputEventPanGesture :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct InputEventPanGestureMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_delta : * mut sys :: godot_method_bind , pub set_delta : * mut sys :: godot_method_bind } impl InputEventPanGestureMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : InputEventPanGestureMethodTable = InputEventPanGestureMethodTable { class_constructor : None , get_delta : 0 as * mut sys :: godot_method_bind , set_delta : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { InputEventPanGestureMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "InputEventPanGesture\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_delta = (gd_api . godot_method_bind_get_method) (class_name , "get_delta\0" . as_ptr () as * const c_char) ; table . set_delta = (gd_api . godot_method_bind_get_method) (class_name , "set_delta\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:334:7307 [INFO] [stdout] | [INFO] [stdout] 334 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 334 | # [doc = "`core class VisualShaderNode` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshadernode.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShaderNode inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShaderNode { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct PortType (pub i64) ; impl PortType { pub const SCALAR : PortType = PortType (0i64) ; pub const VECTOR : PortType = PortType (1i64) ; pub const BOOLEAN : PortType = PortType (2i64) ; pub const TRANSFORM : PortType = PortType (3i64) ; pub const SAMPLER : PortType = PortType (4i64) ; pub const MAX : PortType = PortType (5i64) ; } impl From < i64 > for PortType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < PortType > for i64 { # [inline] fn from (v : PortType) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl VisualShaderNode { pub const PORT_TYPE_BOOLEAN : i64 = 2i64 ; pub const PORT_TYPE_MAX : i64 = 5i64 ; pub const PORT_TYPE_SAMPLER : i64 = 4i64 ; pub const PORT_TYPE_SCALAR : i64 = 0i64 ; pub const PORT_TYPE_TRANSFORM : i64 = 3i64 ; pub const PORT_TYPE_VECTOR : i64 = 1i64 ; } impl VisualShaderNode { # [doc = "Returns an [Array] containing default values for all of the input ports of the node in the form `[index0, value0, index1, value1, ...]`."] # [doc = ""] # [inline] pub fn default_input_values (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeMethodTable :: get (get_api ()) . get_default_input_values ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns the default value of the input `port`."] # [doc = ""] # [inline] pub fn get_input_port_default_value (& self , port : i64) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeMethodTable :: get (get_api ()) . get_input_port_default_value ; let ret = crate :: icalls :: icallptr_var_i64 (method_bind , self . this . sys () . as_ptr () , port) ; Variant :: from_sys (ret) } } # [doc = "Sets the output port index which will be showed for preview. If set to `-1` no port will be open for preview."] # [doc = ""] # [inline] pub fn output_port_for_preview (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeMethodTable :: get (get_api ()) . get_output_port_for_preview ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Sets the default input ports values using an [Array] of the form `[index0, value0, index1, value1, ...]`. For example: `[0, Vector3(0, 0, 0), 1, Vector3(0, 0, 0)]`."] # [doc = ""] # [inline] pub fn set_default_input_values (& self , values : VariantArray) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeMethodTable :: get (get_api ()) . set_default_input_values ; let ret = crate :: icalls :: icallptr_void_arr (method_bind , self . this . sys () . as_ptr () , values) ; } } # [doc = "Sets the default value for the selected input `port`."] # [doc = ""] # [inline] pub fn set_input_port_default_value (& self , port : i64 , value : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeMethodTable :: get (get_api ()) . set_input_port_default_value ; let ret = crate :: icalls :: icallptr_void_i64_var (method_bind , self . this . sys () . as_ptr () , port , value . owned_to_variant ()) ; } } # [doc = "Sets the output port index which will be showed for preview. If set to `-1` no port will be open for preview."] # [doc = ""] # [inline] pub fn set_output_port_for_preview (& self , port : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeMethodTable :: get (get_api ()) . set_output_port_for_preview ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , port) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShaderNode { } unsafe impl GodotObject for VisualShaderNode { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShaderNode" } } impl std :: ops :: Deref for VisualShaderNode { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShaderNode { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShaderNode { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShaderNode { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShaderNode { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderNodeMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_default_input_values : * mut sys :: godot_method_bind , pub get_input_port_default_value : * mut sys :: godot_method_bind , pub get_output_port_for_preview : * mut sys :: godot_method_bind , pub set_default_input_values : * mut sys :: godot_method_bind , pub set_input_port_default_value : * mut sys :: godot_method_bind , pub set_output_port_for_preview : * mut sys :: godot_method_bind } impl VisualShaderNodeMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderNodeMethodTable = VisualShaderNodeMethodTable { class_constructor : None , get_default_input_values : 0 as * mut sys :: godot_method_bind , get_input_port_default_value : 0 as * mut sys :: godot_method_bind , get_output_port_for_preview : 0 as * mut sys :: godot_method_bind , set_default_input_values : 0 as * mut sys :: godot_method_bind , set_input_port_default_value : 0 as * mut sys :: godot_method_bind , set_output_port_for_preview : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderNodeMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShaderNode\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_default_input_values = (gd_api . godot_method_bind_get_method) (class_name , "get_default_input_values\0" . as_ptr () as * const c_char) ; table . get_input_port_default_value = (gd_api . godot_method_bind_get_method) (class_name , "get_input_port_default_value\0" . as_ptr () as * const c_char) ; table . get_output_port_for_preview = (gd_api . godot_method_bind_get_method) (class_name , "get_output_port_for_preview\0" . as_ptr () as * const c_char) ; table . set_default_input_values = (gd_api . godot_method_bind_get_method) (class_name , "set_default_input_values\0" . as_ptr () as * const c_char) ; table . set_input_port_default_value = (gd_api . godot_method_bind_get_method) (class_name , "set_input_port_default_value\0" . as_ptr () as * const c_char) ; table . set_output_port_for_preview = (gd_api . godot_method_bind_get_method) (class_name , "set_output_port_for_preview\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:340:3637 [INFO] [stdout] | [INFO] [stdout] 340 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 340 | # [doc = "`core class VisualScriptIndexSet` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptindexset.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptIndexSet inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptIndexSet { this : RawObject < Self > , } impl VisualScriptIndexSet { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptIndexSetMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptIndexSet { } unsafe impl GodotObject for VisualScriptIndexSet { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptIndexSet" } } impl std :: ops :: Deref for VisualScriptIndexSet { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptIndexSet { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptIndexSet { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptIndexSet { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptIndexSet { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptIndexSet { } impl Instanciable for VisualScriptIndexSet { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptIndexSet :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptIndexSetMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VisualScriptIndexSetMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptIndexSetMethodTable = VisualScriptIndexSetMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptIndexSetMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptIndexSet\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:346:7510 [INFO] [stdout] | [INFO] [stdout] 346 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 346 | # [doc = "`core class Skin` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_skin.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nSkin inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Skin { this : RawObject < Self > , } impl Skin { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = SkinMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn add_bind (& self , bone : i64 , pose : Transform) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . add_bind ; let ret = crate :: icalls :: icallptr_void_i64_trans (method_bind , self . this . sys () . as_ptr () , bone , pose) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn clear_binds (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . clear_binds ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn get_bind_bone (& self , bind_index : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . get_bind_bone ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , bind_index) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn get_bind_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . get_bind_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn get_bind_name (& self , bind_index : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . get_bind_name ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , bind_index) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_bind_pose (& self , bind_index : i64) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . get_bind_pose ; let ret = crate :: icalls :: icallptr_trans_i64 (method_bind , self . this . sys () . as_ptr () , bind_index) ; mem :: transmute (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_bind_bone (& self , bind_index : i64 , bone : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . set_bind_bone ; let ret = crate :: icalls :: icallptr_void_i64_i64 (method_bind , self . this . sys () . as_ptr () , bind_index , bone) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_bind_count (& self , bind_count : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . set_bind_count ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , bind_count) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_bind_name (& self , bind_index : i64 , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . set_bind_name ; let ret = crate :: icalls :: icallptr_void_i64_str (method_bind , self . this . sys () . as_ptr () , bind_index , name . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_bind_pose (& self , bind_index : i64 , pose : Transform) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SkinMethodTable :: get (get_api ()) . set_bind_pose ; let ret = crate :: icalls :: icallptr_void_i64_trans (method_bind , self . this . sys () . as_ptr () , bind_index , pose) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Skin { } unsafe impl GodotObject for Skin { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Skin" } } impl std :: ops :: Deref for Skin { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Skin { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Skin { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Skin { } unsafe impl SubClass < crate :: generated :: object :: Object > for Skin { } impl Instanciable for Skin { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Skin :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct SkinMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_bind : * mut sys :: godot_method_bind , pub clear_binds : * mut sys :: godot_method_bind , pub get_bind_bone : * mut sys :: godot_method_bind , pub get_bind_count : * mut sys :: godot_method_bind , pub get_bind_name : * mut sys :: godot_method_bind , pub get_bind_pose : * mut sys :: godot_method_bind , pub set_bind_bone : * mut sys :: godot_method_bind , pub set_bind_count : * mut sys :: godot_method_bind , pub set_bind_name : * mut sys :: godot_method_bind , pub set_bind_pose : * mut sys :: godot_method_bind } impl SkinMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : SkinMethodTable = SkinMethodTable { class_constructor : None , add_bind : 0 as * mut sys :: godot_method_bind , clear_binds : 0 as * mut sys :: godot_method_bind , get_bind_bone : 0 as * mut sys :: godot_method_bind , get_bind_count : 0 as * mut sys :: godot_method_bind , get_bind_name : 0 as * mut sys :: godot_method_bind , get_bind_pose : 0 as * mut sys :: godot_method_bind , set_bind_bone : 0 as * mut sys :: godot_method_bind , set_bind_count : 0 as * mut sys :: godot_method_bind , set_bind_name : 0 as * mut sys :: godot_method_bind , set_bind_pose : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { SkinMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Skin\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_bind = (gd_api . godot_method_bind_get_method) (class_name , "add_bind\0" . as_ptr () as * const c_char) ; table . clear_binds = (gd_api . godot_method_bind_get_method) (class_name , "clear_binds\0" . as_ptr () as * const c_char) ; table . get_bind_bone = (gd_api . godot_method_bind_get_method) (class_name , "get_bind_bone\0" . as_ptr () as * const c_char) ; table . get_bind_count = (gd_api . godot_method_bind_get_method) (class_name , "get_bind_count\0" . as_ptr () as * const c_char) ; table . get_bind_name = (gd_api . godot_method_bind_get_method) (class_name , "get_bind_name\0" . as_ptr () as * const c_char) ; table . get_bind_pose = (gd_api . godot_method_bind_get_method) (class_name , "get_bind_pose\0" . as_ptr () as * const c_char) ; table . set_bind_bone = (gd_api . godot_method_bind_get_method) (class_name , "set_bind_bone\0" . as_ptr () as * const c_char) ; table . set_bind_count = (gd_api . godot_method_bind_get_method) (class_name , "set_bind_count\0" . as_ptr () as * const c_char) ; table . set_bind_name = (gd_api . godot_method_bind_get_method) (class_name , "set_bind_name\0" . as_ptr () as * const c_char) ; table . set_bind_pose = (gd_api . godot_method_bind_get_method) (class_name , "set_bind_pose\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:352:7448 [INFO] [stdout] | [INFO] [stdout] 352 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 352 | # [doc = "`core class WebSocketPeer` inherits `PacketPeer` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_websocketpeer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nWebSocketPeer inherits methods from:\n - [PacketPeer](struct.PacketPeer.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct WebSocketPeer { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct WriteMode (pub i64) ; impl WriteMode { pub const TEXT : WriteMode = WriteMode (0i64) ; pub const BINARY : WriteMode = WriteMode (1i64) ; } impl From < i64 > for WriteMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < WriteMode > for i64 { # [inline] fn from (v : WriteMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl WebSocketPeer { pub const WRITE_MODE_BINARY : i64 = 1i64 ; pub const WRITE_MODE_TEXT : i64 = 0i64 ; } impl WebSocketPeer { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = WebSocketPeerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn close (& self , code : i64 , reason : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . close ; let ret = crate :: icalls :: icallptr_void_i64_str (method_bind , self . this . sys () . as_ptr () , code , reason . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn get_connected_host (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . get_connected_host ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_connected_port (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . get_connected_port ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn get_write_mode (& self) -> crate :: generated :: web_socket_peer :: WriteMode { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . get_write_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: web_socket_peer :: WriteMode (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn is_connected_to_host (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . is_connected_to_host ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn set_no_delay (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . set_no_delay ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_write_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . set_write_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn was_string_packet (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = WebSocketPeerMethodTable :: get (get_api ()) . was_string_packet ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } } impl gdnative_core :: private :: godot_object :: Sealed for WebSocketPeer { } unsafe impl GodotObject for WebSocketPeer { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "WebSocketPeer" } } impl std :: ops :: Deref for WebSocketPeer { type Target = crate :: generated :: packet_peer :: PacketPeer ; # [inline] fn deref (& self) -> & crate :: generated :: packet_peer :: PacketPeer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for WebSocketPeer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: packet_peer :: PacketPeer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: packet_peer :: PacketPeer > for WebSocketPeer { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for WebSocketPeer { } unsafe impl SubClass < crate :: generated :: object :: Object > for WebSocketPeer { } impl Instanciable for WebSocketPeer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { WebSocketPeer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct WebSocketPeerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub close : * mut sys :: godot_method_bind , pub get_connected_host : * mut sys :: godot_method_bind , pub get_connected_port : * mut sys :: godot_method_bind , pub get_write_mode : * mut sys :: godot_method_bind , pub is_connected_to_host : * mut sys :: godot_method_bind , pub set_no_delay : * mut sys :: godot_method_bind , pub set_write_mode : * mut sys :: godot_method_bind , pub was_string_packet : * mut sys :: godot_method_bind } impl WebSocketPeerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : WebSocketPeerMethodTable = WebSocketPeerMethodTable { class_constructor : None , close : 0 as * mut sys :: godot_method_bind , get_connected_host : 0 as * mut sys :: godot_method_bind , get_connected_port : 0 as * mut sys :: godot_method_bind , get_write_mode : 0 as * mut sys :: godot_method_bind , is_connected_to_host : 0 as * mut sys :: godot_method_bind , set_no_delay : 0 as * mut sys :: godot_method_bind , set_write_mode : 0 as * mut sys :: godot_method_bind , was_string_packet : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { WebSocketPeerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "WebSocketPeer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . close = (gd_api . godot_method_bind_get_method) (class_name , "close\0" . as_ptr () as * const c_char) ; table . get_connected_host = (gd_api . godot_method_bind_get_method) (class_name , "get_connected_host\0" . as_ptr () as * const c_char) ; table . get_connected_port = (gd_api . godot_method_bind_get_method) (class_name , "get_connected_port\0" . as_ptr () as * const c_char) ; table . get_write_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_write_mode\0" . as_ptr () as * const c_char) ; table . is_connected_to_host = (gd_api . godot_method_bind_get_method) (class_name , "is_connected_to_host\0" . as_ptr () as * const c_char) ; table . set_no_delay = (gd_api . godot_method_bind_get_method) (class_name , "set_no_delay\0" . as_ptr () as * const c_char) ; table . set_write_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_write_mode\0" . as_ptr () as * const c_char) ; table . was_string_packet = (gd_api . godot_method_bind_get_method) (class_name , "was_string_packet\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:358:11756 [INFO] [stdout] | [INFO] [stdout] 358 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 358 | # [doc = "`core class VisualScriptBuiltinFunc` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptbuiltinfunc.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptBuiltinFunc inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptBuiltinFunc { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct BuiltinFunc (pub i64) ; impl BuiltinFunc { pub const MATH_SIN : BuiltinFunc = BuiltinFunc (0i64) ; pub const MATH_COS : BuiltinFunc = BuiltinFunc (1i64) ; pub const MATH_TAN : BuiltinFunc = BuiltinFunc (2i64) ; pub const MATH_SINH : BuiltinFunc = BuiltinFunc (3i64) ; pub const MATH_COSH : BuiltinFunc = BuiltinFunc (4i64) ; pub const MATH_TANH : BuiltinFunc = BuiltinFunc (5i64) ; pub const MATH_ASIN : BuiltinFunc = BuiltinFunc (6i64) ; pub const MATH_ACOS : BuiltinFunc = BuiltinFunc (7i64) ; pub const MATH_ATAN : BuiltinFunc = BuiltinFunc (8i64) ; pub const MATH_ATAN2 : BuiltinFunc = BuiltinFunc (9i64) ; pub const MATH_SQRT : BuiltinFunc = BuiltinFunc (10i64) ; pub const MATH_FMOD : BuiltinFunc = BuiltinFunc (11i64) ; pub const MATH_FPOSMOD : BuiltinFunc = BuiltinFunc (12i64) ; pub const MATH_FLOOR : BuiltinFunc = BuiltinFunc (13i64) ; pub const MATH_CEIL : BuiltinFunc = BuiltinFunc (14i64) ; pub const MATH_ROUND : BuiltinFunc = BuiltinFunc (15i64) ; pub const MATH_ABS : BuiltinFunc = BuiltinFunc (16i64) ; pub const MATH_SIGN : BuiltinFunc = BuiltinFunc (17i64) ; pub const MATH_POW : BuiltinFunc = BuiltinFunc (18i64) ; pub const MATH_LOG : BuiltinFunc = BuiltinFunc (19i64) ; pub const MATH_EXP : BuiltinFunc = BuiltinFunc (20i64) ; pub const MATH_ISNAN : BuiltinFunc = BuiltinFunc (21i64) ; pub const MATH_ISINF : BuiltinFunc = BuiltinFunc (22i64) ; pub const MATH_EASE : BuiltinFunc = BuiltinFunc (23i64) ; pub const MATH_DECIMALS : BuiltinFunc = BuiltinFunc (24i64) ; pub const MATH_STEPIFY : BuiltinFunc = BuiltinFunc (25i64) ; pub const MATH_LERP : BuiltinFunc = BuiltinFunc (26i64) ; pub const MATH_INVERSE_LERP : BuiltinFunc = BuiltinFunc (27i64) ; pub const MATH_RANGE_LERP : BuiltinFunc = BuiltinFunc (28i64) ; pub const MATH_MOVE_TOWARD : BuiltinFunc = BuiltinFunc (29i64) ; pub const MATH_DECTIME : BuiltinFunc = BuiltinFunc (30i64) ; pub const MATH_RANDOMIZE : BuiltinFunc = BuiltinFunc (31i64) ; pub const MATH_RAND : BuiltinFunc = BuiltinFunc (32i64) ; pub const MATH_RANDF : BuiltinFunc = BuiltinFunc (33i64) ; pub const MATH_RANDOM : BuiltinFunc = BuiltinFunc (34i64) ; pub const MATH_SEED : BuiltinFunc = BuiltinFunc (35i64) ; pub const MATH_RANDSEED : BuiltinFunc = BuiltinFunc (36i64) ; pub const MATH_DEG2RAD : BuiltinFunc = BuiltinFunc (37i64) ; pub const MATH_RAD2DEG : BuiltinFunc = BuiltinFunc (38i64) ; pub const MATH_LINEAR2DB : BuiltinFunc = BuiltinFunc (39i64) ; pub const MATH_DB2LINEAR : BuiltinFunc = BuiltinFunc (40i64) ; pub const MATH_POLAR2CARTESIAN : BuiltinFunc = BuiltinFunc (41i64) ; pub const MATH_CARTESIAN2POLAR : BuiltinFunc = BuiltinFunc (42i64) ; pub const MATH_WRAP : BuiltinFunc = BuiltinFunc (43i64) ; pub const MATH_WRAPF : BuiltinFunc = BuiltinFunc (44i64) ; pub const LOGIC_MAX : BuiltinFunc = BuiltinFunc (45i64) ; pub const LOGIC_MIN : BuiltinFunc = BuiltinFunc (46i64) ; pub const LOGIC_CLAMP : BuiltinFunc = BuiltinFunc (47i64) ; pub const LOGIC_NEAREST_PO2 : BuiltinFunc = BuiltinFunc (48i64) ; pub const OBJ_WEAKREF : BuiltinFunc = BuiltinFunc (49i64) ; pub const FUNC_FUNCREF : BuiltinFunc = BuiltinFunc (50i64) ; pub const TYPE_CONVERT : BuiltinFunc = BuiltinFunc (51i64) ; pub const TYPE_OF : BuiltinFunc = BuiltinFunc (52i64) ; pub const TYPE_EXISTS : BuiltinFunc = BuiltinFunc (53i64) ; pub const TEXT_CHAR : BuiltinFunc = BuiltinFunc (54i64) ; pub const TEXT_STR : BuiltinFunc = BuiltinFunc (55i64) ; pub const TEXT_PRINT : BuiltinFunc = BuiltinFunc (56i64) ; pub const TEXT_PRINTERR : BuiltinFunc = BuiltinFunc (57i64) ; pub const TEXT_PRINTRAW : BuiltinFunc = BuiltinFunc (58i64) ; pub const VAR_TO_STR : BuiltinFunc = BuiltinFunc (59i64) ; pub const STR_TO_VAR : BuiltinFunc = BuiltinFunc (60i64) ; pub const VAR_TO_BYTES : BuiltinFunc = BuiltinFunc (61i64) ; pub const BYTES_TO_VAR : BuiltinFunc = BuiltinFunc (62i64) ; pub const COLORN : BuiltinFunc = BuiltinFunc (63i64) ; pub const MATH_SMOOTHSTEP : BuiltinFunc = BuiltinFunc (64i64) ; pub const MATH_POSMOD : BuiltinFunc = BuiltinFunc (65i64) ; pub const MATH_LERP_ANGLE : BuiltinFunc = BuiltinFunc (66i64) ; pub const TEXT_ORD : BuiltinFunc = BuiltinFunc (67i64) ; pub const FUNC_MAX : BuiltinFunc = BuiltinFunc (68i64) ; } impl From < i64 > for BuiltinFunc { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < BuiltinFunc > for i64 { # [inline] fn from (v : BuiltinFunc) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl VisualScriptBuiltinFunc { pub const BYTES_TO_VAR : i64 = 62i64 ; pub const COLORN : i64 = 63i64 ; pub const FUNC_FUNCREF : i64 = 50i64 ; pub const FUNC_MAX : i64 = 68i64 ; pub const LOGIC_CLAMP : i64 = 47i64 ; pub const LOGIC_MAX : i64 = 45i64 ; pub const LOGIC_MIN : i64 = 46i64 ; pub const LOGIC_NEAREST_PO2 : i64 = 48i64 ; pub const MATH_ABS : i64 = 16i64 ; pub const MATH_ACOS : i64 = 7i64 ; pub const MATH_ASIN : i64 = 6i64 ; pub const MATH_ATAN : i64 = 8i64 ; pub const MATH_ATAN2 : i64 = 9i64 ; pub const MATH_CARTESIAN2POLAR : i64 = 42i64 ; pub const MATH_CEIL : i64 = 14i64 ; pub const MATH_COS : i64 = 1i64 ; pub const MATH_COSH : i64 = 4i64 ; pub const MATH_DB2LINEAR : i64 = 40i64 ; pub const MATH_DECIMALS : i64 = 24i64 ; pub const MATH_DECTIME : i64 = 30i64 ; pub const MATH_DEG2RAD : i64 = 37i64 ; pub const MATH_EASE : i64 = 23i64 ; pub const MATH_EXP : i64 = 20i64 ; pub const MATH_FLOOR : i64 = 13i64 ; pub const MATH_FMOD : i64 = 11i64 ; pub const MATH_FPOSMOD : i64 = 12i64 ; pub const MATH_INVERSE_LERP : i64 = 27i64 ; pub const MATH_ISINF : i64 = 22i64 ; pub const MATH_ISNAN : i64 = 21i64 ; pub const MATH_LERP : i64 = 26i64 ; pub const MATH_LERP_ANGLE : i64 = 66i64 ; pub const MATH_LINEAR2DB : i64 = 39i64 ; pub const MATH_LOG : i64 = 19i64 ; pub const MATH_MOVE_TOWARD : i64 = 29i64 ; pub const MATH_POLAR2CARTESIAN : i64 = 41i64 ; pub const MATH_POSMOD : i64 = 65i64 ; pub const MATH_POW : i64 = 18i64 ; pub const MATH_RAD2DEG : i64 = 38i64 ; pub const MATH_RAND : i64 = 32i64 ; pub const MATH_RANDF : i64 = 33i64 ; pub const MATH_RANDOM : i64 = 34i64 ; pub const MATH_RANDOMIZE : i64 = 31i64 ; pub const MATH_RANDSEED : i64 = 36i64 ; pub const MATH_RANGE_LERP : i64 = 28i64 ; pub const MATH_ROUND : i64 = 15i64 ; pub const MATH_SEED : i64 = 35i64 ; pub const MATH_SIGN : i64 = 17i64 ; pub const MATH_SIN : i64 = 0i64 ; pub const MATH_SINH : i64 = 3i64 ; pub const MATH_SMOOTHSTEP : i64 = 64i64 ; pub const MATH_SQRT : i64 = 10i64 ; pub const MATH_STEPIFY : i64 = 25i64 ; pub const MATH_TAN : i64 = 2i64 ; pub const MATH_TANH : i64 = 5i64 ; pub const MATH_WRAP : i64 = 43i64 ; pub const MATH_WRAPF : i64 = 44i64 ; pub const OBJ_WEAKREF : i64 = 49i64 ; pub const STR_TO_VAR : i64 = 60i64 ; pub const TEXT_CHAR : i64 = 54i64 ; pub const TEXT_ORD : i64 = 67i64 ; pub const TEXT_PRINT : i64 = 56i64 ; pub const TEXT_PRINTERR : i64 = 57i64 ; pub const TEXT_PRINTRAW : i64 = 58i64 ; pub const TEXT_STR : i64 = 55i64 ; pub const TYPE_CONVERT : i64 = 51i64 ; pub const TYPE_EXISTS : i64 = 53i64 ; pub const TYPE_OF : i64 = 52i64 ; pub const VAR_TO_BYTES : i64 = 61i64 ; pub const VAR_TO_STR : i64 = 59i64 ; } impl VisualScriptBuiltinFunc { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptBuiltinFuncMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn func (& self) -> crate :: generated :: visual_script_builtin_func :: BuiltinFunc { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptBuiltinFuncMethodTable :: get (get_api ()) . get_func ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_script_builtin_func :: BuiltinFunc (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_func (& self , which : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptBuiltinFuncMethodTable :: get (get_api ()) . set_func ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , which) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptBuiltinFunc { } unsafe impl GodotObject for VisualScriptBuiltinFunc { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptBuiltinFunc" } } impl std :: ops :: Deref for VisualScriptBuiltinFunc { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptBuiltinFunc { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptBuiltinFunc { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptBuiltinFunc { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptBuiltinFunc { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptBuiltinFunc { } impl Instanciable for VisualScriptBuiltinFunc { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptBuiltinFunc :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptBuiltinFuncMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_func : * mut sys :: godot_method_bind , pub set_func : * mut sys :: godot_method_bind } impl VisualScriptBuiltinFuncMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptBuiltinFuncMethodTable = VisualScriptBuiltinFuncMethodTable { class_constructor : None , get_func : 0 as * mut sys :: godot_method_bind , set_func : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptBuiltinFuncMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptBuiltinFunc\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_func = (gd_api . godot_method_bind_get_method) (class_name , "get_func\0" . as_ptr () as * const c_char) ; table . set_func = (gd_api . godot_method_bind_get_method) (class_name , "set_func\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:364:9237 [INFO] [stdout] | [INFO] [stdout] 364 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 364 | # [doc = "`core class DirectionalLight` inherits `Light` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_directionallight.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`DirectionalLight` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nDirectionalLight inherits methods from:\n - [Light](struct.Light.html)\n - [VisualInstance](struct.VisualInstance.html)\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct DirectionalLight { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ShadowDepthRange (pub i64) ; impl ShadowDepthRange { pub const STABLE : ShadowDepthRange = ShadowDepthRange (0i64) ; pub const OPTIMIZED : ShadowDepthRange = ShadowDepthRange (1i64) ; } impl From < i64 > for ShadowDepthRange { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ShadowDepthRange > for i64 { # [inline] fn from (v : ShadowDepthRange) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ShadowMode (pub i64) ; impl ShadowMode { pub const ORTHOGONAL : ShadowMode = ShadowMode (0i64) ; pub const PARALLEL_2_SPLITS : ShadowMode = ShadowMode (1i64) ; pub const PARALLEL_4_SPLITS : ShadowMode = ShadowMode (2i64) ; } impl From < i64 > for ShadowMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ShadowMode > for i64 { # [inline] fn from (v : ShadowMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl DirectionalLight { pub const SHADOW_DEPTH_RANGE_OPTIMIZED : i64 = 1i64 ; pub const SHADOW_DEPTH_RANGE_STABLE : i64 = 0i64 ; pub const SHADOW_ORTHOGONAL : i64 = 0i64 ; pub const SHADOW_PARALLEL_2_SPLITS : i64 = 1i64 ; pub const SHADOW_PARALLEL_4_SPLITS : i64 = 2i64 ; } impl DirectionalLight { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = DirectionalLightMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Optimizes shadow rendering for detail versus movement. See [enum ShadowDepthRange]."] # [doc = ""] # [inline] pub fn shadow_depth_range (& self) -> crate :: generated :: directional_light :: ShadowDepthRange { unsafe { let method_bind : * mut sys :: godot_method_bind = DirectionalLightMethodTable :: get (get_api ()) . get_shadow_depth_range ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: directional_light :: ShadowDepthRange (ret) } } # [doc = "The light's shadow rendering algorithm. See [enum ShadowMode]."] # [doc = ""] # [inline] pub fn shadow_mode (& self) -> crate :: generated :: directional_light :: ShadowMode { unsafe { let method_bind : * mut sys :: godot_method_bind = DirectionalLightMethodTable :: get (get_api ()) . get_shadow_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: directional_light :: ShadowMode (ret) } } # [doc = "If `true`, shadow detail is sacrificed in exchange for smoother transitions between splits."] # [doc = ""] # [inline] pub fn is_blend_splits_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = DirectionalLightMethodTable :: get (get_api ()) . is_blend_splits_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, shadow detail is sacrificed in exchange for smoother transitions between splits."] # [doc = ""] # [inline] pub fn set_blend_splits (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = DirectionalLightMethodTable :: get (get_api ()) . set_blend_splits ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "Optimizes shadow rendering for detail versus movement. See [enum ShadowDepthRange]."] # [doc = ""] # [inline] pub fn set_shadow_depth_range (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = DirectionalLightMethodTable :: get (get_api ()) . set_shadow_depth_range ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The light's shadow rendering algorithm. See [enum ShadowMode]."] # [doc = ""] # [inline] pub fn set_shadow_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = DirectionalLightMethodTable :: get (get_api ()) . set_shadow_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for DirectionalLight { } unsafe impl GodotObject for DirectionalLight { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "DirectionalLight" } } impl QueueFree for DirectionalLight { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for DirectionalLight { type Target = crate :: generated :: light :: Light ; # [inline] fn deref (& self) -> & crate :: generated :: light :: Light { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for DirectionalLight { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: light :: Light { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: light :: Light > for DirectionalLight { } unsafe impl SubClass < crate :: generated :: visual_instance :: VisualInstance > for DirectionalLight { } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for DirectionalLight { } unsafe impl SubClass < crate :: generated :: node :: Node > for DirectionalLight { } unsafe impl SubClass < crate :: generated :: object :: Object > for DirectionalLight { } impl Instanciable for DirectionalLight { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { DirectionalLight :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct DirectionalLightMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_shadow_depth_range : * mut sys :: godot_method_bind , pub get_shadow_mode : * mut sys :: godot_method_bind , pub is_blend_splits_enabled : * mut sys :: godot_method_bind , pub set_blend_splits : * mut sys :: godot_method_bind , pub set_shadow_depth_range : * mut sys :: godot_method_bind , pub set_shadow_mode : * mut sys :: godot_method_bind } impl DirectionalLightMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : DirectionalLightMethodTable = DirectionalLightMethodTable { class_constructor : None , get_shadow_depth_range : 0 as * mut sys :: godot_method_bind , get_shadow_mode : 0 as * mut sys :: godot_method_bind , is_blend_splits_enabled : 0 as * mut sys :: godot_method_bind , set_blend_splits : 0 as * mut sys :: godot_method_bind , set_shadow_depth_range : 0 as * mut sys :: godot_method_bind , set_shadow_mode : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { DirectionalLightMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "DirectionalLight\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_shadow_depth_range = (gd_api . godot_method_bind_get_method) (class_name , "get_shadow_depth_range\0" . as_ptr () as * const c_char) ; table . get_shadow_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_shadow_mode\0" . as_ptr () as * const c_char) ; table . is_blend_splits_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_blend_splits_enabled\0" . as_ptr () as * const c_char) ; table . set_blend_splits = (gd_api . godot_method_bind_get_method) (class_name , "set_blend_splits\0" . as_ptr () as * const c_char) ; table . set_shadow_depth_range = (gd_api . godot_method_bind_get_method) (class_name , "set_shadow_depth_range\0" . as_ptr () as * const c_char) ; table . set_shadow_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_shadow_mode\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:370:4251 [INFO] [stdout] | [INFO] [stdout] 370 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 370 | # [doc = "`core class PackedDataContainer` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_packeddatacontainer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nPackedDataContainer inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PackedDataContainer { this : RawObject < Self > , } impl PackedDataContainer { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PackedDataContainerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn pack (& self , value : impl OwnedToVariant) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = PackedDataContainerMethodTable :: get (get_api ()) . pack ; let ret = crate :: icalls :: icallptr_i64_var (method_bind , self . this . sys () . as_ptr () , value . owned_to_variant ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn size (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PackedDataContainerMethodTable :: get (get_api ()) . size ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } } impl gdnative_core :: private :: godot_object :: Sealed for PackedDataContainer { } unsafe impl GodotObject for PackedDataContainer { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "PackedDataContainer" } } impl std :: ops :: Deref for PackedDataContainer { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PackedDataContainer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for PackedDataContainer { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for PackedDataContainer { } unsafe impl SubClass < crate :: generated :: object :: Object > for PackedDataContainer { } impl Instanciable for PackedDataContainer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PackedDataContainer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PackedDataContainerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub pack : * mut sys :: godot_method_bind , pub size : * mut sys :: godot_method_bind } impl PackedDataContainerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PackedDataContainerMethodTable = PackedDataContainerMethodTable { class_constructor : None , pack : 0 as * mut sys :: godot_method_bind , size : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PackedDataContainerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PackedDataContainer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . pack = (gd_api . godot_method_bind_get_method) (class_name , "pack\0" . as_ptr () as * const c_char) ; table . size = (gd_api . godot_method_bind_get_method) (class_name , "size\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:376:11978 [INFO] [stdout] | [INFO] [stdout] 376 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 376 | # [doc = "`core class SpriteFrames` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_spriteframes.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nSpriteFrames inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct SpriteFrames { this : RawObject < Self > , } impl SpriteFrames { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = SpriteFramesMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a new animation to the library."] # [doc = ""] # [inline] pub fn add_animation (& self , anim : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . add_animation ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , anim . into ()) ; } } # [doc = "Adds a frame to the given animation.\n# Default Arguments\n* `at_position` - `-1`"] # [doc = ""] # [inline] pub fn add_frame (& self , anim : impl Into < GodotString > , frame : impl AsArg < crate :: generated :: texture :: Texture > , at_position : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . add_frame ; let ret = crate :: icalls :: icallptr_void_str_obj_i64 (method_bind , self . this . sys () . as_ptr () , anim . into () , frame . as_arg_ptr () , at_position) ; } } # [doc = "Removes all frames from the given animation."] # [doc = ""] # [inline] pub fn clear (& self , anim : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . clear ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , anim . into ()) ; } } # [doc = "Removes all animations. A \"default\" animation will be created."] # [doc = ""] # [inline] pub fn clear_all (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . clear_all ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "If `true`, the given animation will loop."] # [doc = ""] # [inline] pub fn get_animation_loop (& self , anim : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . get_animation_loop ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , anim . into ()) ; ret as _ } } # [doc = "Returns an array containing the names associated to each animation. Values are placed in alphabetical order."] # [doc = ""] # [inline] pub fn get_animation_names (& self) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . get_animation_names ; let ret = crate :: icalls :: icallptr_strarr (method_bind , self . this . sys () . as_ptr ()) ; StringArray :: from_sys (ret) } } # [doc = "The animation's speed in frames per second."] # [doc = ""] # [inline] pub fn get_animation_speed (& self , anim : impl Into < GodotString >) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . get_animation_speed ; let ret = crate :: icalls :: icallptr_f64_str (method_bind , self . this . sys () . as_ptr () , anim . into ()) ; ret as _ } } # [doc = "Returns the animation's selected frame."] # [doc = ""] # [inline] pub fn get_frame (& self , anim : impl Into < GodotString > , idx : i64) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . get_frame ; let ret = crate :: icalls :: icallptr_obj_str_i64 (method_bind , self . this . sys () . as_ptr () , anim . into () , idx) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the number of frames in the animation."] # [doc = ""] # [inline] pub fn get_frame_count (& self , anim : impl Into < GodotString >) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . get_frame_count ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , anim . into ()) ; ret as _ } } # [doc = "If `true`, the named animation exists."] # [doc = ""] # [inline] pub fn has_animation (& self , anim : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . has_animation ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , anim . into ()) ; ret as _ } } # [doc = "Removes the given animation."] # [doc = ""] # [inline] pub fn remove_animation (& self , anim : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . remove_animation ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , anim . into ()) ; } } # [doc = "Removes the animation's selected frame."] # [doc = ""] # [inline] pub fn remove_frame (& self , anim : impl Into < GodotString > , idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . remove_frame ; let ret = crate :: icalls :: icallptr_void_str_i64 (method_bind , self . this . sys () . as_ptr () , anim . into () , idx) ; } } # [doc = "Changes the animation's name to `newname`."] # [doc = ""] # [inline] pub fn rename_animation (& self , anim : impl Into < GodotString > , newname : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . rename_animation ; let ret = crate :: icalls :: icallptr_void_str_str (method_bind , self . this . sys () . as_ptr () , anim . into () , newname . into ()) ; } } # [doc = "If `true`, the animation will loop."] # [doc = ""] # [inline] pub fn set_animation_loop (& self , anim : impl Into < GodotString > , _loop : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . set_animation_loop ; let ret = crate :: icalls :: icallptr_void_str_bool (method_bind , self . this . sys () . as_ptr () , anim . into () , _loop) ; } } # [doc = "The animation's speed in frames per second."] # [doc = ""] # [inline] pub fn set_animation_speed (& self , anim : impl Into < GodotString > , speed : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . set_animation_speed ; let ret = crate :: icalls :: icallptr_void_str_f64 (method_bind , self . this . sys () . as_ptr () , anim . into () , speed) ; } } # [doc = "Sets the texture of the given frame."] # [doc = ""] # [inline] pub fn set_frame (& self , anim : impl Into < GodotString > , idx : i64 , txt : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SpriteFramesMethodTable :: get (get_api ()) . set_frame ; let ret = crate :: icalls :: icallptr_void_str_i64_obj (method_bind , self . this . sys () . as_ptr () , anim . into () , idx , txt . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for SpriteFrames { } unsafe impl GodotObject for SpriteFrames { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "SpriteFrames" } } impl std :: ops :: Deref for SpriteFrames { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for SpriteFrames { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for SpriteFrames { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for SpriteFrames { } unsafe impl SubClass < crate :: generated :: object :: Object > for SpriteFrames { } impl Instanciable for SpriteFrames { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { SpriteFrames :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct SpriteFramesMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_animation : * mut sys :: godot_method_bind , pub add_frame : * mut sys :: godot_method_bind , pub clear : * mut sys :: godot_method_bind , pub clear_all : * mut sys :: godot_method_bind , pub get_animation_loop : * mut sys :: godot_method_bind , pub get_animation_names : * mut sys :: godot_method_bind , pub get_animation_speed : * mut sys :: godot_method_bind , pub get_frame : * mut sys :: godot_method_bind , pub get_frame_count : * mut sys :: godot_method_bind , pub has_animation : * mut sys :: godot_method_bind , pub remove_animation : * mut sys :: godot_method_bind , pub remove_frame : * mut sys :: godot_method_bind , pub rename_animation : * mut sys :: godot_method_bind , pub set_animation_loop : * mut sys :: godot_method_bind , pub set_animation_speed : * mut sys :: godot_method_bind , pub set_frame : * mut sys :: godot_method_bind } impl SpriteFramesMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : SpriteFramesMethodTable = SpriteFramesMethodTable { class_constructor : None , add_animation : 0 as * mut sys :: godot_method_bind , add_frame : 0 as * mut sys :: godot_method_bind , clear : 0 as * mut sys :: godot_method_bind , clear_all : 0 as * mut sys :: godot_method_bind , get_animation_loop : 0 as * mut sys :: godot_method_bind , get_animation_names : 0 as * mut sys :: godot_method_bind , get_animation_speed : 0 as * mut sys :: godot_method_bind , get_frame : 0 as * mut sys :: godot_method_bind , get_frame_count : 0 as * mut sys :: godot_method_bind , has_animation : 0 as * mut sys :: godot_method_bind , remove_animation : 0 as * mut sys :: godot_method_bind , remove_frame : 0 as * mut sys :: godot_method_bind , rename_animation : 0 as * mut sys :: godot_method_bind , set_animation_loop : 0 as * mut sys :: godot_method_bind , set_animation_speed : 0 as * mut sys :: godot_method_bind , set_frame : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { SpriteFramesMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "SpriteFrames\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_animation = (gd_api . godot_method_bind_get_method) (class_name , "add_animation\0" . as_ptr () as * const c_char) ; table . add_frame = (gd_api . godot_method_bind_get_method) (class_name , "add_frame\0" . as_ptr () as * const c_char) ; table . clear = (gd_api . godot_method_bind_get_method) (class_name , "clear\0" . as_ptr () as * const c_char) ; table . clear_all = (gd_api . godot_method_bind_get_method) (class_name , "clear_all\0" . as_ptr () as * const c_char) ; table . get_animation_loop = (gd_api . godot_method_bind_get_method) (class_name , "get_animation_loop\0" . as_ptr () as * const c_char) ; table . get_animation_names = (gd_api . godot_method_bind_get_method) (class_name , "get_animation_names\0" . as_ptr () as * const c_char) ; table . get_animation_speed = (gd_api . godot_method_bind_get_method) (class_name , "get_animation_speed\0" . as_ptr () as * const c_char) ; table . get_frame = (gd_api . godot_method_bind_get_method) (class_name , "get_frame\0" . as_ptr () as * const c_char) ; table . get_frame_count = (gd_api . godot_method_bind_get_method) (class_name , "get_frame_count\0" . as_ptr () as * const c_char) ; table . has_animation = (gd_api . godot_method_bind_get_method) (class_name , "has_animation\0" . as_ptr () as * const c_char) ; table . remove_animation = (gd_api . godot_method_bind_get_method) (class_name , "remove_animation\0" . as_ptr () as * const c_char) ; table . remove_frame = (gd_api . godot_method_bind_get_method) (class_name , "remove_frame\0" . as_ptr () as * const c_char) ; table . rename_animation = (gd_api . godot_method_bind_get_method) (class_name , "rename_animation\0" . as_ptr () as * const c_char) ; table . set_animation_loop = (gd_api . godot_method_bind_get_method) (class_name , "set_animation_loop\0" . as_ptr () as * const c_char) ; table . set_animation_speed = (gd_api . godot_method_bind_get_method) (class_name , "set_animation_speed\0" . as_ptr () as * const c_char) ; table . set_frame = (gd_api . godot_method_bind_get_method) (class_name , "set_frame\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:388:33429 [INFO] [stdout] | [INFO] [stdout] 388 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 388 | # [doc = "`core class RigidBody` inherits `PhysicsBody` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_rigidbody.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`RigidBody` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nRigidBody inherits methods from:\n - [PhysicsBody](struct.PhysicsBody.html)\n - [CollisionObject](struct.CollisionObject.html)\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct RigidBody { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Mode (pub i64) ; impl Mode { pub const RIGID : Mode = Mode (0i64) ; pub const STATIC : Mode = Mode (1i64) ; pub const CHARACTER : Mode = Mode (2i64) ; pub const KINEMATIC : Mode = Mode (3i64) ; } impl From < i64 > for Mode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Mode > for i64 { # [inline] fn from (v : Mode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl RigidBody { pub const MODE_CHARACTER : i64 = 2i64 ; pub const MODE_KINEMATIC : i64 = 3i64 ; pub const MODE_RIGID : i64 = 0i64 ; pub const MODE_STATIC : i64 = 1i64 ; } impl RigidBody { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = RigidBodyMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a constant directional force (i.e. acceleration) without affecting rotation.\nThis is equivalent to `add_force(force, Vector3(0,0,0))`."] # [doc = ""] # [inline] pub fn add_central_force (& self , force : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . add_central_force ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , force) ; } } # [doc = "Adds a constant directional force (i.e. acceleration).\nThe position uses the rotation of the global coordinate system, but is centered at the object's origin."] # [doc = ""] # [inline] pub fn add_force (& self , force : Vector3 , position : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . add_force ; let ret = crate :: icalls :: icallptr_void_vec3_vec3 (method_bind , self . this . sys () . as_ptr () , force , position) ; } } # [doc = "Adds a constant rotational force (i.e. a motor) without affecting position."] # [doc = ""] # [inline] pub fn add_torque (& self , torque : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . add_torque ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , torque) ; } } # [doc = "Applies a directional impulse without affecting rotation.\nThis is equivalent to `apply_impulse(Vector3(0,0,0), impulse)`."] # [doc = ""] # [inline] pub fn apply_central_impulse (& self , impulse : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . apply_central_impulse ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , impulse) ; } } # [doc = "Applies a positioned impulse to the body. An impulse is time independent! Applying an impulse every frame would result in a framerate-dependent force. For this reason it should only be used when simulating one-time impacts. The position uses the rotation of the global coordinate system, but is centered at the object's origin."] # [doc = ""] # [inline] pub fn apply_impulse (& self , position : Vector3 , impulse : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . apply_impulse ; let ret = crate :: icalls :: icallptr_void_vec3_vec3 (method_bind , self . this . sys () . as_ptr () , position , impulse) ; } } # [doc = "Applies a torque impulse which will be affected by the body mass and shape. This will rotate the body around the `impulse` vector passed."] # [doc = ""] # [inline] pub fn apply_torque_impulse (& self , impulse : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . apply_torque_impulse ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , impulse) ; } } # [doc = "Damps RigidBody's rotational forces."] # [doc = ""] # [inline] pub fn angular_damp (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_angular_damp ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "RigidBody's rotational velocity."] # [doc = ""] # [inline] pub fn angular_velocity (& self) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_angular_velocity ; let ret = crate :: icalls :: icallptr_vec3 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Lock the body's movement in the Z axis."] # [doc = ""] # [inline] pub fn axis_lock (& self , axis : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_axis_lock ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , axis) ; ret as _ } } # [doc = "The body's bounciness. Values range from `0` (no bounce) to `1` (full bounciness).\nDeprecated, use [member PhysicsMaterial.bounce] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn bounce (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_bounce ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns a list of the bodies colliding with this one. Requires [member contact_monitor] to be set to `true` and [member contacts_reported] to be set high enough to detect all the collisions.\n**Note:** The result of this test is not immediate after moving objects. For performance, list of collisions is updated once per frame and before the physics step. Consider using signals instead."] # [doc = ""] # [inline] pub fn get_colliding_bodies (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_colliding_bodies ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "The body's friction, from 0 (frictionless) to 1 (max friction).\nDeprecated, use [member PhysicsMaterial.friction] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn friction (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_friction ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "This is multiplied by the global 3D gravity setting found in **Project > Project Settings > Physics > 3d** to produce RigidBody's gravity. For example, a value of 1 will be normal gravity, 2 will apply double gravity, and 0.5 will apply half gravity to this object."] # [doc = ""] # [inline] pub fn gravity_scale (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_gravity_scale ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the inverse inertia tensor basis. This is used to calculate the angular acceleration resulting from a torque applied to the RigidBody."] # [doc = ""] # [inline] pub fn get_inverse_inertia_tensor (& self) -> Basis { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_inverse_inertia_tensor ; let ret = crate :: icalls :: icallptr_basis (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The body's linear damp. Cannot be less than -1.0. If this value is different from -1.0, any linear damp derived from the world or areas will be overridden."] # [doc = ""] # [inline] pub fn linear_damp (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_linear_damp ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body's linear velocity. Can be used sporadically, but **don't set this every frame**, because physics may run in another thread and runs at a different granularity. Use [method _integrate_forces] as your process loop for precise control of the body state."] # [doc = ""] # [inline] pub fn linear_velocity (& self) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_linear_velocity ; let ret = crate :: icalls :: icallptr_vec3 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The body's mass."] # [doc = ""] # [inline] pub fn mass (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_mass ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The maximum number of contacts that will be recorded. Requires [member contact_monitor] to be set to `true`.\n**Note:** The number of contacts is different from the number of collisions. Collisions between parallel edges will result in two contacts (one at each end), and collisions between parallel faces will result in four contacts (one at each corner)."] # [doc = ""] # [inline] pub fn max_contacts_reported (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_max_contacts_reported ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body mode. See [enum Mode] for possible values."] # [doc = ""] # [inline] pub fn mode (& self) -> crate :: generated :: rigid_body :: Mode { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: rigid_body :: Mode (ret) } } # [doc = "The physics material override for the body.\nIf a material is assigned to this property, it will be used instead of any other physics material, such as an inherited one."] # [doc = ""] # [inline] pub fn physics_material_override (& self) -> Option < Ref < crate :: generated :: physics_material :: PhysicsMaterial , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_physics_material_override ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: physics_material :: PhysicsMaterial , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The body's weight based on its mass and the global 3D gravity. Global values are set in **Project > Project Settings > Physics > 3d**."] # [doc = ""] # [inline] pub fn weight (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . get_weight ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the body can enter sleep mode when there is no movement. See [member sleeping].\n**Note:** A RigidBody3D will never enter sleep mode automatically if its [member mode] is [constant MODE_CHARACTER]. It can still be put to sleep manually by setting its [member sleeping] property to `true`."] # [doc = ""] # [inline] pub fn is_able_to_sleep (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . is_able_to_sleep ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the RigidBody will emit signals when it collides with another RigidBody. See also [member contacts_reported]."] # [doc = ""] # [inline] pub fn is_contact_monitor_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . is_contact_monitor_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the body will not move and will not calculate forces until woken up by another body through, for example, a collision, or by using the [method apply_impulse] or [method add_force] methods."] # [doc = ""] # [inline] pub fn is_sleeping (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . is_sleeping ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, continuous collision detection is used.\nContinuous collision detection tries to predict where a moving body will collide, instead of moving it and correcting its movement if it collided. Continuous collision detection is more precise, and misses fewer impacts by small, fast-moving objects. Not using continuous collision detection is faster to compute, but can miss small, fast-moving objects."] # [doc = ""] # [inline] pub fn is_using_continuous_collision_detection (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . is_using_continuous_collision_detection ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, internal force integration will be disabled (like gravity or air friction) for this body. Other than collision response, the body will only move as determined by the [method _integrate_forces] function, if defined."] # [doc = ""] # [inline] pub fn is_using_custom_integrator (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . is_using_custom_integrator ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Damps RigidBody's rotational forces."] # [doc = ""] # [inline] pub fn set_angular_damp (& self , angular_damp : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_angular_damp ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , angular_damp) ; } } # [doc = "RigidBody's rotational velocity."] # [doc = ""] # [inline] pub fn set_angular_velocity (& self , angular_velocity : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_angular_velocity ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , angular_velocity) ; } } # [doc = "Lock the body's movement in the Z axis."] # [doc = ""] # [inline] pub fn set_axis_lock (& self , axis : i64 , lock : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_axis_lock ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , axis , lock) ; } } # [doc = "Sets an axis velocity. The velocity in the given vector axis will be set as the given vector length. This is useful for jumping behavior."] # [doc = ""] # [inline] pub fn set_axis_velocity (& self , axis_velocity : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_axis_velocity ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , axis_velocity) ; } } # [doc = "The body's bounciness. Values range from `0` (no bounce) to `1` (full bounciness).\nDeprecated, use [member PhysicsMaterial.bounce] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn set_bounce (& self , bounce : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_bounce ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , bounce) ; } } # [doc = "If `true`, the body can enter sleep mode when there is no movement. See [member sleeping].\n**Note:** A RigidBody3D will never enter sleep mode automatically if its [member mode] is [constant MODE_CHARACTER]. It can still be put to sleep manually by setting its [member sleeping] property to `true`."] # [doc = ""] # [inline] pub fn set_can_sleep (& self , able_to_sleep : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_can_sleep ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , able_to_sleep) ; } } # [doc = "If `true`, the RigidBody will emit signals when it collides with another RigidBody. See also [member contacts_reported]."] # [doc = ""] # [inline] pub fn set_contact_monitor (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_contact_monitor ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "The body's friction, from 0 (frictionless) to 1 (max friction).\nDeprecated, use [member PhysicsMaterial.friction] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn set_friction (& self , friction : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_friction ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , friction) ; } } # [doc = "This is multiplied by the global 3D gravity setting found in **Project > Project Settings > Physics > 3d** to produce RigidBody's gravity. For example, a value of 1 will be normal gravity, 2 will apply double gravity, and 0.5 will apply half gravity to this object."] # [doc = ""] # [inline] pub fn set_gravity_scale (& self , gravity_scale : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_gravity_scale ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , gravity_scale) ; } } # [doc = "The body's linear damp. Cannot be less than -1.0. If this value is different from -1.0, any linear damp derived from the world or areas will be overridden."] # [doc = ""] # [inline] pub fn set_linear_damp (& self , linear_damp : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_linear_damp ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , linear_damp) ; } } # [doc = "The body's linear velocity. Can be used sporadically, but **don't set this every frame**, because physics may run in another thread and runs at a different granularity. Use [method _integrate_forces] as your process loop for precise control of the body state."] # [doc = ""] # [inline] pub fn set_linear_velocity (& self , linear_velocity : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_linear_velocity ; let ret = crate :: icalls :: icallptr_void_vec3 (method_bind , self . this . sys () . as_ptr () , linear_velocity) ; } } # [doc = "The body's mass."] # [doc = ""] # [inline] pub fn set_mass (& self , mass : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_mass ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , mass) ; } } # [doc = "The maximum number of contacts that will be recorded. Requires [member contact_monitor] to be set to `true`.\n**Note:** The number of contacts is different from the number of collisions. Collisions between parallel edges will result in two contacts (one at each end), and collisions between parallel faces will result in four contacts (one at each corner)."] # [doc = ""] # [inline] pub fn set_max_contacts_reported (& self , amount : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_max_contacts_reported ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , amount) ; } } # [doc = "The body mode. See [enum Mode] for possible values."] # [doc = ""] # [inline] pub fn set_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The physics material override for the body.\nIf a material is assigned to this property, it will be used instead of any other physics material, such as an inherited one."] # [doc = ""] # [inline] pub fn set_physics_material_override (& self , physics_material_override : impl AsArg < crate :: generated :: physics_material :: PhysicsMaterial >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_physics_material_override ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , physics_material_override . as_arg_ptr ()) ; } } # [doc = "If `true`, the body will not move and will not calculate forces until woken up by another body through, for example, a collision, or by using the [method apply_impulse] or [method add_force] methods."] # [doc = ""] # [inline] pub fn set_sleeping (& self , sleeping : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_sleeping ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , sleeping) ; } } # [doc = "If `true`, continuous collision detection is used.\nContinuous collision detection tries to predict where a moving body will collide, instead of moving it and correcting its movement if it collided. Continuous collision detection is more precise, and misses fewer impacts by small, fast-moving objects. Not using continuous collision detection is faster to compute, but can miss small, fast-moving objects."] # [doc = ""] # [inline] pub fn set_use_continuous_collision_detection (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_use_continuous_collision_detection ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, internal force integration will be disabled (like gravity or air friction) for this body. Other than collision response, the body will only move as determined by the [method _integrate_forces] function, if defined."] # [doc = ""] # [inline] pub fn set_use_custom_integrator (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_use_custom_integrator ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The body's weight based on its mass and the global 3D gravity. Global values are set in **Project > Project Settings > Physics > 3d**."] # [doc = ""] # [inline] pub fn set_weight (& self , weight : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBodyMethodTable :: get (get_api ()) . set_weight ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , weight) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for RigidBody { } unsafe impl GodotObject for RigidBody { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "RigidBody" } } impl QueueFree for RigidBody { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for RigidBody { type Target = crate :: generated :: physics_body :: PhysicsBody ; # [inline] fn deref (& self) -> & crate :: generated :: physics_body :: PhysicsBody { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for RigidBody { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: physics_body :: PhysicsBody { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: physics_body :: PhysicsBody > for RigidBody { } unsafe impl SubClass < crate :: generated :: collision_object :: CollisionObject > for RigidBody { } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for RigidBody { } unsafe impl SubClass < crate :: generated :: node :: Node > for RigidBody { } unsafe impl SubClass < crate :: generated :: object :: Object > for RigidBody { } impl Instanciable for RigidBody { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { RigidBody :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct RigidBodyMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_central_force : * mut sys :: godot_method_bind , pub add_force : * mut sys :: godot_method_bind , pub add_torque : * mut sys :: godot_method_bind , pub apply_central_impulse : * mut sys :: godot_method_bind , pub apply_impulse : * mut sys :: godot_method_bind , pub apply_torque_impulse : * mut sys :: godot_method_bind , pub get_angular_damp : * mut sys :: godot_method_bind , pub get_angular_velocity : * mut sys :: godot_method_bind , pub get_axis_lock : * mut sys :: godot_method_bind , pub get_bounce : * mut sys :: godot_method_bind , pub get_colliding_bodies : * mut sys :: godot_method_bind , pub get_friction : * mut sys :: godot_method_bind , pub get_gravity_scale : * mut sys :: godot_method_bind , pub get_inverse_inertia_tensor : * mut sys :: godot_method_bind , pub get_linear_damp : * mut sys :: godot_method_bind , pub get_linear_velocity : * mut sys :: godot_method_bind , pub get_mass : * mut sys :: godot_method_bind , pub get_max_contacts_reported : * mut sys :: godot_method_bind , pub get_mode : * mut sys :: godot_method_bind , pub get_physics_material_override : * mut sys :: godot_method_bind , pub get_weight : * mut sys :: godot_method_bind , pub is_able_to_sleep : * mut sys :: godot_method_bind , pub is_contact_monitor_enabled : * mut sys :: godot_method_bind , pub is_sleeping : * mut sys :: godot_method_bind , pub is_using_continuous_collision_detection : * mut sys :: godot_method_bind , pub is_using_custom_integrator : * mut sys :: godot_method_bind , pub set_angular_damp : * mut sys :: godot_method_bind , pub set_angular_velocity : * mut sys :: godot_method_bind , pub set_axis_lock : * mut sys :: godot_method_bind , pub set_axis_velocity : * mut sys :: godot_method_bind , pub set_bounce : * mut sys :: godot_method_bind , pub set_can_sleep : * mut sys :: godot_method_bind , pub set_contact_monitor : * mut sys :: godot_method_bind , pub set_friction : * mut sys :: godot_method_bind , pub set_gravity_scale : * mut sys :: godot_method_bind , pub set_linear_damp : * mut sys :: godot_method_bind , pub set_linear_velocity : * mut sys :: godot_method_bind , pub set_mass : * mut sys :: godot_method_bind , pub set_max_contacts_reported : * mut sys :: godot_method_bind , pub set_mode : * mut sys :: godot_method_bind , pub set_physics_material_override : * mut sys :: godot_method_bind , pub set_sleeping : * mut sys :: godot_method_bind , pub set_use_continuous_collision_detection : * mut sys :: godot_method_bind , pub set_use_custom_integrator : * mut sys :: godot_method_bind , pub set_weight : * mut sys :: godot_method_bind } impl RigidBodyMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : RigidBodyMethodTable = RigidBodyMethodTable { class_constructor : None , add_central_force : 0 as * mut sys :: godot_method_bind , add_force : 0 as * mut sys :: godot_method_bind , add_torque : 0 as * mut sys :: godot_method_bind , apply_central_impulse : 0 as * mut sys :: godot_method_bind , apply_impulse : 0 as * mut sys :: godot_method_bind , apply_torque_impulse : 0 as * mut sys :: godot_method_bind , get_angular_damp : 0 as * mut sys :: godot_method_bind , get_angular_velocity : 0 as * mut sys :: godot_method_bind , get_axis_lock : 0 as * mut sys :: godot_method_bind , get_bounce : 0 as * mut sys :: godot_method_bind , get_colliding_bodies : 0 as * mut sys :: godot_method_bind , get_friction : 0 as * mut sys :: godot_method_bind , get_gravity_scale : 0 as * mut sys :: godot_method_bind , get_inverse_inertia_tensor : 0 as * mut sys :: godot_method_bind , get_linear_damp : 0 as * mut sys :: godot_method_bind , get_linear_velocity : 0 as * mut sys :: godot_method_bind , get_mass : 0 as * mut sys :: godot_method_bind , get_max_contacts_reported : 0 as * mut sys :: godot_method_bind , get_mode : 0 as * mut sys :: godot_method_bind , get_physics_material_override : 0 as * mut sys :: godot_method_bind , get_weight : 0 as * mut sys :: godot_method_bind , is_able_to_sleep : 0 as * mut sys :: godot_method_bind , is_contact_monitor_enabled : 0 as * mut sys :: godot_method_bind , is_sleeping : 0 as * mut sys :: godot_method_bind , is_using_continuous_collision_detection : 0 as * mut sys :: godot_method_bind , is_using_custom_integrator : 0 as * mut sys :: godot_method_bind , set_angular_damp : 0 as * mut sys :: godot_method_bind , set_angular_velocity : 0 as * mut sys :: godot_method_bind , set_axis_lock : 0 as * mut sys :: godot_method_bind , set_axis_velocity : 0 as * mut sys :: godot_method_bind , set_bounce : 0 as * mut sys :: godot_method_bind , set_can_sleep : 0 as * mut sys :: godot_method_bind , set_contact_monitor : 0 as * mut sys :: godot_method_bind , set_friction : 0 as * mut sys :: godot_method_bind , set_gravity_scale : 0 as * mut sys :: godot_method_bind , set_linear_damp : 0 as * mut sys :: godot_method_bind , set_linear_velocity : 0 as * mut sys :: godot_method_bind , set_mass : 0 as * mut sys :: godot_method_bind , set_max_contacts_reported : 0 as * mut sys :: godot_method_bind , set_mode : 0 as * mut sys :: godot_method_bind , set_physics_material_override : 0 as * mut sys :: godot_method_bind , set_sleeping : 0 as * mut sys :: godot_method_bind , set_use_continuous_collision_detection : 0 as * mut sys :: godot_method_bind , set_use_custom_integrator : 0 as * mut sys :: godot_method_bind , set_weight : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { RigidBodyMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "RigidBody\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_central_force = (gd_api . godot_method_bind_get_method) (class_name , "add_central_force\0" . as_ptr () as * const c_char) ; table . add_force = (gd_api . godot_method_bind_get_method) (class_name , "add_force\0" . as_ptr () as * const c_char) ; table . add_torque = (gd_api . godot_method_bind_get_method) (class_name , "add_torque\0" . as_ptr () as * const c_char) ; table . apply_central_impulse = (gd_api . godot_method_bind_get_method) (class_name , "apply_central_impulse\0" . as_ptr () as * const c_char) ; table . apply_impulse = (gd_api . godot_method_bind_get_method) (class_name , "apply_impulse\0" . as_ptr () as * const c_char) ; table . apply_torque_impulse = (gd_api . godot_method_bind_get_method) (class_name , "apply_torque_impulse\0" . as_ptr () as * const c_char) ; table . get_angular_damp = (gd_api . godot_method_bind_get_method) (class_name , "get_angular_damp\0" . as_ptr () as * const c_char) ; table . get_angular_velocity = (gd_api . godot_method_bind_get_method) (class_name , "get_angular_velocity\0" . as_ptr () as * const c_char) ; table . get_axis_lock = (gd_api . godot_method_bind_get_method) (class_name , "get_axis_lock\0" . as_ptr () as * const c_char) ; table . get_bounce = (gd_api . godot_method_bind_get_method) (class_name , "get_bounce\0" . as_ptr () as * const c_char) ; table . get_colliding_bodies = (gd_api . godot_method_bind_get_method) (class_name , "get_colliding_bodies\0" . as_ptr () as * const c_char) ; table . get_friction = (gd_api . godot_method_bind_get_method) (class_name , "get_friction\0" . as_ptr () as * const c_char) ; table . get_gravity_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_gravity_scale\0" . as_ptr () as * const c_char) ; table . get_inverse_inertia_tensor = (gd_api . godot_method_bind_get_method) (class_name , "get_inverse_inertia_tensor\0" . as_ptr () as * const c_char) ; table . get_linear_damp = (gd_api . godot_method_bind_get_method) (class_name , "get_linear_damp\0" . as_ptr () as * const c_char) ; table . get_linear_velocity = (gd_api . godot_method_bind_get_method) (class_name , "get_linear_velocity\0" . as_ptr () as * const c_char) ; table . get_mass = (gd_api . godot_method_bind_get_method) (class_name , "get_mass\0" . as_ptr () as * const c_char) ; table . get_max_contacts_reported = (gd_api . godot_method_bind_get_method) (class_name , "get_max_contacts_reported\0" . as_ptr () as * const c_char) ; table . get_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_mode\0" . as_ptr () as * const c_char) ; table . get_physics_material_override = (gd_api . godot_method_bind_get_method) (class_name , "get_physics_material_override\0" . as_ptr () as * const c_char) ; table . get_weight = (gd_api . godot_method_bind_get_method) (class_name , "get_weight\0" . as_ptr () as * const c_char) ; table . is_able_to_sleep = (gd_api . godot_method_bind_get_method) (class_name , "is_able_to_sleep\0" . as_ptr () as * const c_char) ; table . is_contact_monitor_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_contact_monitor_enabled\0" . as_ptr () as * const c_char) ; table . is_sleeping = (gd_api . godot_method_bind_get_method) (class_name , "is_sleeping\0" . as_ptr () as * const c_char) ; table . is_using_continuous_collision_detection = (gd_api . godot_method_bind_get_method) (class_name , "is_using_continuous_collision_detection\0" . as_ptr () as * const c_char) ; table . is_using_custom_integrator = (gd_api . godot_method_bind_get_method) (class_name , "is_using_custom_integrator\0" . as_ptr () as * const c_char) ; table . set_angular_damp = (gd_api . godot_method_bind_get_method) (class_name , "set_angular_damp\0" . as_ptr () as * const c_char) ; table . set_angular_velocity = (gd_api . godot_method_bind_get_method) (class_name , "set_angular_velocity\0" . as_ptr () as * const c_char) ; table . set_axis_lock = (gd_api . godot_method_bind_get_method) (class_name , "set_axis_lock\0" . as_ptr () as * const c_char) ; table . set_axis_velocity = (gd_api . godot_method_bind_get_method) (class_name , "set_axis_velocity\0" . as_ptr () as * const c_char) ; table . set_bounce = (gd_api . godot_method_bind_get_method) (class_name , "set_bounce\0" . as_ptr () as * const c_char) ; table . set_can_sleep = (gd_api . godot_method_bind_get_method) (class_name , "set_can_sleep\0" . as_ptr () as * const c_char) ; table . set_contact_monitor = (gd_api . godot_method_bind_get_method) (class_name , "set_contact_monitor\0" . as_ptr () as * const c_char) ; table . set_friction = (gd_api . godot_method_bind_get_method) (class_name , "set_friction\0" . as_ptr () as * const c_char) ; table . set_gravity_scale = (gd_api . godot_method_bind_get_method) (class_name , "set_gravity_scale\0" . as_ptr () as * const c_char) ; table . set_linear_damp = (gd_api . godot_method_bind_get_method) (class_name , "set_linear_damp\0" . as_ptr () as * const c_char) ; table . set_linear_velocity = (gd_api . godot_method_bind_get_method) (class_name , "set_linear_velocity\0" . as_ptr () as * const c_char) ; table . set_mass = (gd_api . godot_method_bind_get_method) (class_name , "set_mass\0" . as_ptr () as * const c_char) ; table . set_max_contacts_reported = (gd_api . godot_method_bind_get_method) (class_name , "set_max_contacts_reported\0" . as_ptr () as * const c_char) ; table . set_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_mode\0" . as_ptr () as * const c_char) ; table . set_physics_material_override = (gd_api . godot_method_bind_get_method) (class_name , "set_physics_material_override\0" . as_ptr () as * const c_char) ; table . set_sleeping = (gd_api . godot_method_bind_get_method) (class_name , "set_sleeping\0" . as_ptr () as * const c_char) ; table . set_use_continuous_collision_detection = (gd_api . godot_method_bind_get_method) (class_name , "set_use_continuous_collision_detection\0" . as_ptr () as * const c_char) ; table . set_use_custom_integrator = (gd_api . godot_method_bind_get_method) (class_name , "set_use_custom_integrator\0" . as_ptr () as * const c_char) ; table . set_weight = (gd_api . godot_method_bind_get_method) (class_name , "set_weight\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:394:42840 [INFO] [stdout] | [INFO] [stdout] 394 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 394 | # [doc = "`core class TileMap` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_tilemap.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`TileMap` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nTileMap inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct TileMap { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct HalfOffset (pub i64) ; impl HalfOffset { pub const X : HalfOffset = HalfOffset (0i64) ; pub const Y : HalfOffset = HalfOffset (1i64) ; pub const DISABLED : HalfOffset = HalfOffset (2i64) ; pub const NEGATIVE_X : HalfOffset = HalfOffset (3i64) ; pub const NEGATIVE_Y : HalfOffset = HalfOffset (4i64) ; } impl From < i64 > for HalfOffset { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < HalfOffset > for i64 { # [inline] fn from (v : HalfOffset) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Mode (pub i64) ; impl Mode { pub const SQUARE : Mode = Mode (0i64) ; pub const ISOMETRIC : Mode = Mode (1i64) ; pub const CUSTOM : Mode = Mode (2i64) ; } impl From < i64 > for Mode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Mode > for i64 { # [inline] fn from (v : Mode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct TileOrigin (pub i64) ; impl TileOrigin { pub const TOP_LEFT : TileOrigin = TileOrigin (0i64) ; pub const CENTER : TileOrigin = TileOrigin (1i64) ; pub const BOTTOM_LEFT : TileOrigin = TileOrigin (2i64) ; } impl From < i64 > for TileOrigin { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < TileOrigin > for i64 { # [inline] fn from (v : TileOrigin) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl TileMap { pub const HALF_OFFSET_DISABLED : i64 = 2i64 ; pub const HALF_OFFSET_NEGATIVE_X : i64 = 3i64 ; pub const HALF_OFFSET_NEGATIVE_Y : i64 = 4i64 ; pub const HALF_OFFSET_X : i64 = 0i64 ; pub const HALF_OFFSET_Y : i64 = 1i64 ; pub const INVALID_CELL : i64 = - 1i64 ; pub const MODE_CUSTOM : i64 = 2i64 ; pub const MODE_ISOMETRIC : i64 = 1i64 ; pub const MODE_SQUARE : i64 = 0i64 ; pub const TILE_ORIGIN_BOTTOM_LEFT : i64 = 2i64 ; pub const TILE_ORIGIN_CENTER : i64 = 1i64 ; pub const TILE_ORIGIN_TOP_LEFT : i64 = 0i64 ; } impl TileMap { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = TileMapMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Clears all cells."] # [doc = ""] # [inline] pub fn clear (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . clear ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Clears cells that do not exist in the tileset."] # [doc = ""] # [inline] pub fn fix_invalid_tiles (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . fix_invalid_tiles ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Returns the tile index of the given cell. If no tile exists in the cell, returns [constant INVALID_CELL]."] # [doc = ""] # [inline] pub fn get_cell (& self , x : i64 , y : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_cell ; let ret = crate :: icalls :: icallptr_i64_i64_i64 (method_bind , self . this . sys () . as_ptr () , x , y) ; ret as _ } } # [doc = "Returns the coordinate (subtile column and row) of the autotile variation in the tileset. Returns a zero vector if the cell doesn't have autotiling."] # [doc = ""] # [inline] pub fn get_cell_autotile_coord (& self , x : i64 , y : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_cell_autotile_coord ; let ret = crate :: icalls :: icallptr_vec2_i64_i64 (method_bind , self . this . sys () . as_ptr () , x , y) ; mem :: transmute (ret) } } # [doc = "The TileMap's cell size."] # [doc = ""] # [inline] pub fn cell_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_cell_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the tile index of the cell given by a Vector2. If no tile exists in the cell, returns [constant INVALID_CELL]."] # [doc = ""] # [inline] pub fn get_cellv (& self , position : Vector2) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_cellv ; let ret = crate :: icalls :: icallptr_i64_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; ret as _ } } # [doc = "If `true`, the cell's UVs will be clipped."] # [doc = ""] # [inline] pub fn clip_uv (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_clip_uv ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Bounce value for static body collisions (see `collision_use_kinematic`)."] # [doc = ""] # [inline] pub fn collision_bounce (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_bounce ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Friction value for static body collisions (see `collision_use_kinematic`)."] # [doc = ""] # [inline] pub fn collision_friction (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_friction ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The collision layer(s) for all colliders in the TileMap. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn collision_layer (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_layer ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the given collision layer bit is set."] # [doc = ""] # [inline] pub fn get_collision_layer_bit (& self , bit : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_layer_bit ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , bit) ; ret as _ } } # [doc = "The collision mask(s) for all colliders in the TileMap. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn collision_mask (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_mask ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the given collision mask bit is set."] # [doc = ""] # [inline] pub fn get_collision_mask_bit (& self , bit : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_mask_bit ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , bit) ; ret as _ } } # [doc = "If `true`, TileMap collisions will be handled as a kinematic body. If `false`, collisions will be handled as static body."] # [doc = ""] # [inline] pub fn collision_use_kinematic (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_use_kinematic ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, this tilemap's collision shape will be added to the collision shape of the parent. The parent has to be a [CollisionObject2D]."] # [doc = ""] # [inline] pub fn collision_use_parent (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_collision_use_parent ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The custom [Transform2D] to be applied to the TileMap's cells."] # [doc = ""] # [inline] pub fn custom_transform (& self) -> Transform2D { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_custom_transform ; let ret = crate :: icalls :: icallptr_trans2D (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Amount to offset alternating tiles. See [enum HalfOffset] for possible values."] # [doc = ""] # [inline] pub fn half_offset (& self) -> crate :: generated :: tile_map :: HalfOffset { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_half_offset ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: tile_map :: HalfOffset (ret) } } # [doc = "The TileMap orientation mode. See [enum Mode] for possible values."] # [doc = ""] # [inline] pub fn mode (& self) -> crate :: generated :: tile_map :: Mode { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: tile_map :: Mode (ret) } } # [doc = "The light mask assigned to all light occluders in the TileMap. The TileSet's light occluders will cast shadows only from Light2D(s) that have the same light mask(s)."] # [doc = ""] # [inline] pub fn occluder_light_mask (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_occluder_light_mask ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The TileMap's quadrant size. Optimizes drawing by batching, using chunks of this size."] # [doc = ""] # [inline] pub fn quadrant_size (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_quadrant_size ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Position for tile origin. See [enum TileOrigin] for possible values."] # [doc = ""] # [inline] pub fn tile_origin (& self) -> crate :: generated :: tile_map :: TileOrigin { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_tile_origin ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: tile_map :: TileOrigin (ret) } } # [doc = "The assigned [TileSet]."] # [doc = ""] # [inline] pub fn tileset (& self) -> Option < Ref < crate :: generated :: tile_set :: TileSet , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_tileset ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: tile_set :: TileSet , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns a [Vector2] array with the positions of all cells containing a tile from the tileset (i.e. a tile index different from `-1`)."] # [doc = ""] # [inline] pub fn get_used_cells (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_used_cells ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns an array of all cells with the given tile index specified in `id`."] # [doc = ""] # [inline] pub fn get_used_cells_by_id (& self , id : i64) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_used_cells_by_id ; let ret = crate :: icalls :: icallvar__i64 (method_bind , self . this . sys () . as_ptr () , id) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns a rectangle enclosing the used (non-empty) tiles of the map."] # [doc = ""] # [inline] pub fn get_used_rect (& self) -> Rect2 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . get_used_rect ; let ret = crate :: icalls :: icallptr_rect2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns `true` if the given cell is transposed, i.e. the X and Y axes are swapped."] # [doc = ""] # [inline] pub fn is_cell_transposed (& self , x : i64 , y : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . is_cell_transposed ; let ret = crate :: icalls :: icallptr_bool_i64_i64 (method_bind , self . this . sys () . as_ptr () , x , y) ; ret as _ } } # [doc = "Returns `true` if the given cell is flipped in the X axis."] # [doc = ""] # [inline] pub fn is_cell_x_flipped (& self , x : i64 , y : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . is_cell_x_flipped ; let ret = crate :: icalls :: icallptr_bool_i64_i64 (method_bind , self . this . sys () . as_ptr () , x , y) ; ret as _ } } # [doc = "Returns `true` if the given cell is flipped in the Y axis."] # [doc = ""] # [inline] pub fn is_cell_y_flipped (& self , x : i64 , y : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . is_cell_y_flipped ; let ret = crate :: icalls :: icallptr_bool_i64_i64 (method_bind , self . this . sys () . as_ptr () , x , y) ; ret as _ } } # [doc = "If `true`, the textures will be centered in the middle of each tile. This is useful for certain isometric or top-down modes when textures are made larger or smaller than the tiles (e.g. to avoid flickering on tile edges). The offset is still applied, but from the center of the tile. If used, [member compatibility_mode] is ignored.\nIf `false`, the texture position start in the top-left corner unless [member compatibility_mode] is enabled."] # [doc = ""] # [inline] pub fn is_centered_textures_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . is_centered_textures_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the compatibility with the tilemaps made in Godot 3.1 or earlier is maintained (textures move when the tile origin changes and rotate if the texture size is not homogeneous). This mode presents problems when doing `flip_h`, `flip_v` and `transpose` tile operations on non-homogeneous isometric tiles (e.g. 2:1), in which the texture could not coincide with the collision, thus it is not recommended for isometric or non-square tiles.\nIf `false`, the textures do not move when doing `flip_h`, `flip_v` operations if no offset is used, nor when changing the tile origin.\nThe compatibility mode doesn't work with the [member centered_textures] option, because displacing textures with the [member cell_tile_origin] option or in irregular tiles is not relevant when centering those textures."] # [doc = ""] # [inline] pub fn is_compatibility_mode_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . is_compatibility_mode_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn is_show_collision_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . is_show_collision_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the TileMap's children will be drawn in order of their Y coordinate."] # [doc = ""] # [inline] pub fn is_y_sort_mode_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . is_y_sort_mode_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the global position corresponding to the given tilemap (grid-based) coordinates.\nOptionally, the tilemap's half offset can be ignored.\n# Default Arguments\n* `ignore_half_ofs` - `false`"] # [doc = ""] # [inline] pub fn map_to_world (& self , map_position : Vector2 , ignore_half_ofs : bool) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . map_to_world ; let ret = crate :: icalls :: icallptr_vec2_vec2_bool (method_bind , self . this . sys () . as_ptr () , map_position , ignore_half_ofs) ; mem :: transmute (ret) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nSets the tile index for the cell given by a Vector2.\nAn index of `-1` clears the cell.\nOptionally, the tile can also be flipped, transposed, or given autotile coordinates. The autotile coordinate refers to the column and row of the subtile.\n**Note:** Data such as navigation polygons and collision shapes are not immediately updated for performance reasons.\nIf you need these to be immediately updated, you can call [method update_dirty_quadrants].\nOverriding this method also overrides it internally, allowing custom logic to be implemented when tiles are placed/removed:\n```gdscript\nfunc set_cell(x, y, tile, flip_x=false, flip_y=false, transpose=false, autotile_coord=Vector2())\n # Write your custom logic here.\n # To call the default method:\n .set_cell(x, y, tile, flip_x, flip_y, transpose, autotile_coord)\n```\n# Default Arguments\n* `flip_x` - `false`\n* `flip_y` - `false`\n* `transpose` - `false`\n* `autotile_coord` - `Vector2( 0, 0 )`"] # [doc = ""] # [inline] pub fn set_cell (& self , x : i64 , y : i64 , tile : i64 , flip_x : bool , flip_y : bool , transpose : bool , autotile_coord : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_cell ; let ret = crate :: icalls :: icallptr_void_i64_i64_i64_bool_bool_bool_vec2 (method_bind , self . this . sys () . as_ptr () , x , y , tile , flip_x , flip_y , transpose , autotile_coord) ; } } # [doc = "The TileMap's cell size."] # [doc = ""] # [inline] pub fn set_cell_size (& self , size : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_cell_size ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = "Sets the tile index for the given cell.\nAn index of `-1` clears the cell.\nOptionally, the tile can also be flipped or transposed.\n**Note:** Data such as navigation polygons and collision shapes are not immediately updated for performance reasons.\nIf you need these to be immediately updated, you can call [method update_dirty_quadrants].\n# Default Arguments\n* `flip_x` - `false`\n* `flip_y` - `false`\n* `transpose` - `false`"] # [doc = ""] # [inline] pub fn set_cellv (& self , position : Vector2 , tile : i64 , flip_x : bool , flip_y : bool , transpose : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_cellv ; let ret = crate :: icalls :: icallptr_void_vec2_i64_bool_bool_bool (method_bind , self . this . sys () . as_ptr () , position , tile , flip_x , flip_y , transpose) ; } } # [doc = "If `true`, the textures will be centered in the middle of each tile. This is useful for certain isometric or top-down modes when textures are made larger or smaller than the tiles (e.g. to avoid flickering on tile edges). The offset is still applied, but from the center of the tile. If used, [member compatibility_mode] is ignored.\nIf `false`, the texture position start in the top-left corner unless [member compatibility_mode] is enabled."] # [doc = ""] # [inline] pub fn set_centered_textures (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_centered_textures ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, the cell's UVs will be clipped."] # [doc = ""] # [inline] pub fn set_clip_uv (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_clip_uv ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "Bounce value for static body collisions (see `collision_use_kinematic`)."] # [doc = ""] # [inline] pub fn set_collision_bounce (& self , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_bounce ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , value) ; } } # [doc = "Friction value for static body collisions (see `collision_use_kinematic`)."] # [doc = ""] # [inline] pub fn set_collision_friction (& self , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_friction ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , value) ; } } # [doc = "The collision layer(s) for all colliders in the TileMap. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn set_collision_layer (& self , layer : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_layer ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , layer) ; } } # [doc = "Sets the given collision layer bit."] # [doc = ""] # [inline] pub fn set_collision_layer_bit (& self , bit : i64 , value : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_layer_bit ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , bit , value) ; } } # [doc = "The collision mask(s) for all colliders in the TileMap. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn set_collision_mask (& self , mask : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_mask ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mask) ; } } # [doc = "Sets the given collision mask bit."] # [doc = ""] # [inline] pub fn set_collision_mask_bit (& self , bit : i64 , value : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_mask_bit ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , bit , value) ; } } # [doc = "If `true`, TileMap collisions will be handled as a kinematic body. If `false`, collisions will be handled as static body."] # [doc = ""] # [inline] pub fn set_collision_use_kinematic (& self , use_kinematic : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_use_kinematic ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , use_kinematic) ; } } # [doc = "If `true`, this tilemap's collision shape will be added to the collision shape of the parent. The parent has to be a [CollisionObject2D]."] # [doc = ""] # [inline] pub fn set_collision_use_parent (& self , use_parent : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_collision_use_parent ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , use_parent) ; } } # [doc = "If `true`, the compatibility with the tilemaps made in Godot 3.1 or earlier is maintained (textures move when the tile origin changes and rotate if the texture size is not homogeneous). This mode presents problems when doing `flip_h`, `flip_v` and `transpose` tile operations on non-homogeneous isometric tiles (e.g. 2:1), in which the texture could not coincide with the collision, thus it is not recommended for isometric or non-square tiles.\nIf `false`, the textures do not move when doing `flip_h`, `flip_v` operations if no offset is used, nor when changing the tile origin.\nThe compatibility mode doesn't work with the [member centered_textures] option, because displacing textures with the [member cell_tile_origin] option or in irregular tiles is not relevant when centering those textures."] # [doc = ""] # [inline] pub fn set_compatibility_mode (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_compatibility_mode ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The custom [Transform2D] to be applied to the TileMap's cells."] # [doc = ""] # [inline] pub fn set_custom_transform (& self , custom_transform : Transform2D) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_custom_transform ; let ret = crate :: icalls :: icallptr_void_trans2D (method_bind , self . this . sys () . as_ptr () , custom_transform) ; } } # [doc = "Amount to offset alternating tiles. See [enum HalfOffset] for possible values."] # [doc = ""] # [inline] pub fn set_half_offset (& self , half_offset : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_half_offset ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , half_offset) ; } } # [doc = "The TileMap orientation mode. See [enum Mode] for possible values."] # [doc = ""] # [inline] pub fn set_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The light mask assigned to all light occluders in the TileMap. The TileSet's light occluders will cast shadows only from Light2D(s) that have the same light mask(s)."] # [doc = ""] # [inline] pub fn set_occluder_light_mask (& self , mask : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_occluder_light_mask ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mask) ; } } # [doc = "The TileMap's quadrant size. Optimizes drawing by batching, using chunks of this size."] # [doc = ""] # [inline] pub fn set_quadrant_size (& self , size : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_quadrant_size ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_show_collision (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_show_collision ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "Position for tile origin. See [enum TileOrigin] for possible values."] # [doc = ""] # [inline] pub fn set_tile_origin (& self , origin : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_tile_origin ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , origin) ; } } # [doc = "The assigned [TileSet]."] # [doc = ""] # [inline] pub fn set_tileset (& self , tileset : impl AsArg < crate :: generated :: tile_set :: TileSet >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_tileset ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , tileset . as_arg_ptr ()) ; } } # [doc = "If `true`, the TileMap's children will be drawn in order of their Y coordinate."] # [doc = ""] # [inline] pub fn set_y_sort_mode (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . set_y_sort_mode ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "Applies autotiling rules to the cell (and its adjacent cells) referenced by its grid-based X and Y coordinates."] # [doc = ""] # [inline] pub fn update_bitmask_area (& self , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . update_bitmask_area ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = "Applies autotiling rules to the cells in the given region (specified by grid-based X and Y coordinates).\nCalling with invalid (or missing) parameters applies autotiling rules for the entire tilemap.\n# Default Arguments\n* `start` - `Vector2( 0, 0 )`\n* `end` - `Vector2( 0, 0 )`"] # [doc = ""] # [inline] pub fn update_bitmask_region (& self , start : Vector2 , end : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . update_bitmask_region ; let ret = crate :: icalls :: icallptr_void_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , start , end) ; } } # [doc = "Updates the tile map's quadrants, allowing things such as navigation and collision shapes to be immediately used if modified."] # [doc = ""] # [inline] pub fn update_dirty_quadrants (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . update_dirty_quadrants ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Returns the tilemap (grid-based) coordinates corresponding to the given local position."] # [doc = ""] # [inline] pub fn world_to_map (& self , world_position : Vector2) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = TileMapMethodTable :: get (get_api ()) . world_to_map ; let ret = crate :: icalls :: icallptr_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , world_position) ; mem :: transmute (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for TileMap { } unsafe impl GodotObject for TileMap { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "TileMap" } } impl QueueFree for TileMap { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for TileMap { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for TileMap { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for TileMap { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for TileMap { } unsafe impl SubClass < crate :: generated :: node :: Node > for TileMap { } unsafe impl SubClass < crate :: generated :: object :: Object > for TileMap { } impl Instanciable for TileMap { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { TileMap :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct TileMapMethodTable { pub class_constructor : sys :: godot_class_constructor , pub clear : * mut sys :: godot_method_bind , pub fix_invalid_tiles : * mut sys :: godot_method_bind , pub get_cell : * mut sys :: godot_method_bind , pub get_cell_autotile_coord : * mut sys :: godot_method_bind , pub get_cell_size : * mut sys :: godot_method_bind , pub get_cellv : * mut sys :: godot_method_bind , pub get_clip_uv : * mut sys :: godot_method_bind , pub get_collision_bounce : * mut sys :: godot_method_bind , pub get_collision_friction : * mut sys :: godot_method_bind , pub get_collision_layer : * mut sys :: godot_method_bind , pub get_collision_layer_bit : * mut sys :: godot_method_bind , pub get_collision_mask : * mut sys :: godot_method_bind , pub get_collision_mask_bit : * mut sys :: godot_method_bind , pub get_collision_use_kinematic : * mut sys :: godot_method_bind , pub get_collision_use_parent : * mut sys :: godot_method_bind , pub get_custom_transform : * mut sys :: godot_method_bind , pub get_half_offset : * mut sys :: godot_method_bind , pub get_mode : * mut sys :: godot_method_bind , pub get_occluder_light_mask : * mut sys :: godot_method_bind , pub get_quadrant_size : * mut sys :: godot_method_bind , pub get_tile_origin : * mut sys :: godot_method_bind , pub get_tileset : * mut sys :: godot_method_bind , pub get_used_cells : * mut sys :: godot_method_bind , pub get_used_cells_by_id : * mut sys :: godot_method_bind , pub get_used_rect : * mut sys :: godot_method_bind , pub is_cell_transposed : * mut sys :: godot_method_bind , pub is_cell_x_flipped : * mut sys :: godot_method_bind , pub is_cell_y_flipped : * mut sys :: godot_method_bind , pub is_centered_textures_enabled : * mut sys :: godot_method_bind , pub is_compatibility_mode_enabled : * mut sys :: godot_method_bind , pub is_show_collision_enabled : * mut sys :: godot_method_bind , pub is_y_sort_mode_enabled : * mut sys :: godot_method_bind , pub map_to_world : * mut sys :: godot_method_bind , pub set_cell : * mut sys :: godot_method_bind , pub set_cell_size : * mut sys :: godot_method_bind , pub set_cellv : * mut sys :: godot_method_bind , pub set_centered_textures : * mut sys :: godot_method_bind , pub set_clip_uv : * mut sys :: godot_method_bind , pub set_collision_bounce : * mut sys :: godot_method_bind , pub set_collision_friction : * mut sys :: godot_method_bind , pub set_collision_layer : * mut sys :: godot_method_bind , pub set_collision_layer_bit : * mut sys :: godot_method_bind , pub set_collision_mask : * mut sys :: godot_method_bind , pub set_collision_mask_bit : * mut sys :: godot_method_bind , pub set_collision_use_kinematic : * mut sys :: godot_method_bind , pub set_collision_use_parent : * mut sys :: godot_method_bind , pub set_compatibility_mode : * mut sys :: godot_method_bind , pub set_custom_transform : * mut sys :: godot_method_bind , pub set_half_offset : * mut sys :: godot_method_bind , pub set_mode : * mut sys :: godot_method_bind , pub set_occluder_light_mask : * mut sys :: godot_method_bind , pub set_quadrant_size : * mut sys :: godot_method_bind , pub set_show_collision : * mut sys :: godot_method_bind , pub set_tile_origin : * mut sys :: godot_method_bind , pub set_tileset : * mut sys :: godot_method_bind , pub set_y_sort_mode : * mut sys :: godot_method_bind , pub update_bitmask_area : * mut sys :: godot_method_bind , pub update_bitmask_region : * mut sys :: godot_method_bind , pub update_dirty_quadrants : * mut sys :: godot_method_bind , pub world_to_map : * mut sys :: godot_method_bind } impl TileMapMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : TileMapMethodTable = TileMapMethodTable { class_constructor : None , clear : 0 as * mut sys :: godot_method_bind , fix_invalid_tiles : 0 as * mut sys :: godot_method_bind , get_cell : 0 as * mut sys :: godot_method_bind , get_cell_autotile_coord : 0 as * mut sys :: godot_method_bind , get_cell_size : 0 as * mut sys :: godot_method_bind , get_cellv : 0 as * mut sys :: godot_method_bind , get_clip_uv : 0 as * mut sys :: godot_method_bind , get_collision_bounce : 0 as * mut sys :: godot_method_bind , get_collision_friction : 0 as * mut sys :: godot_method_bind , get_collision_layer : 0 as * mut sys :: godot_method_bind , get_collision_layer_bit : 0 as * mut sys :: godot_method_bind , get_collision_mask : 0 as * mut sys :: godot_method_bind , get_collision_mask_bit : 0 as * mut sys :: godot_method_bind , get_collision_use_kinematic : 0 as * mut sys :: godot_method_bind , get_collision_use_parent : 0 as * mut sys :: godot_method_bind , get_custom_transform : 0 as * mut sys :: godot_method_bind , get_half_offset : 0 as * mut sys :: godot_method_bind , get_mode : 0 as * mut sys :: godot_method_bind , get_occluder_light_mask : 0 as * mut sys :: godot_method_bind , get_quadrant_size : 0 as * mut sys :: godot_method_bind , get_tile_origin : 0 as * mut sys :: godot_method_bind , get_tileset : 0 as * mut sys :: godot_method_bind , get_used_cells : 0 as * mut sys :: godot_method_bind , get_used_cells_by_id : 0 as * mut sys :: godot_method_bind , get_used_rect : 0 as * mut sys :: godot_method_bind , is_cell_transposed : 0 as * mut sys :: godot_method_bind , is_cell_x_flipped : 0 as * mut sys :: godot_method_bind , is_cell_y_flipped : 0 as * mut sys :: godot_method_bind , is_centered_textures_enabled : 0 as * mut sys :: godot_method_bind , is_compatibility_mode_enabled : 0 as * mut sys :: godot_method_bind , is_show_collision_enabled : 0 as * mut sys :: godot_method_bind , is_y_sort_mode_enabled : 0 as * mut sys :: godot_method_bind , map_to_world : 0 as * mut sys :: godot_method_bind , set_cell : 0 as * mut sys :: godot_method_bind , set_cell_size : 0 as * mut sys :: godot_method_bind , set_cellv : 0 as * mut sys :: godot_method_bind , set_centered_textures : 0 as * mut sys :: godot_method_bind , set_clip_uv : 0 as * mut sys :: godot_method_bind , set_collision_bounce : 0 as * mut sys :: godot_method_bind , set_collision_friction : 0 as * mut sys :: godot_method_bind , set_collision_layer : 0 as * mut sys :: godot_method_bind , set_collision_layer_bit : 0 as * mut sys :: godot_method_bind , set_collision_mask : 0 as * mut sys :: godot_method_bind , set_collision_mask_bit : 0 as * mut sys :: godot_method_bind , set_collision_use_kinematic : 0 as * mut sys :: godot_method_bind , set_collision_use_parent : 0 as * mut sys :: godot_method_bind , set_compatibility_mode : 0 as * mut sys :: godot_method_bind , set_custom_transform : 0 as * mut sys :: godot_method_bind , set_half_offset : 0 as * mut sys :: godot_method_bind , set_mode : 0 as * mut sys :: godot_method_bind , set_occluder_light_mask : 0 as * mut sys :: godot_method_bind , set_quadrant_size : 0 as * mut sys :: godot_method_bind , set_show_collision : 0 as * mut sys :: godot_method_bind , set_tile_origin : 0 as * mut sys :: godot_method_bind , set_tileset : 0 as * mut sys :: godot_method_bind , set_y_sort_mode : 0 as * mut sys :: godot_method_bind , update_bitmask_area : 0 as * mut sys :: godot_method_bind , update_bitmask_region : 0 as * mut sys :: godot_method_bind , update_dirty_quadrants : 0 as * mut sys :: godot_method_bind , world_to_map : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { TileMapMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "TileMap\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . clear = (gd_api . godot_method_bind_get_method) (class_name , "clear\0" . as_ptr () as * const c_char) ; table . fix_invalid_tiles = (gd_api . godot_method_bind_get_method) (class_name , "fix_invalid_tiles\0" . as_ptr () as * const c_char) ; table . get_cell = (gd_api . godot_method_bind_get_method) (class_name , "get_cell\0" . as_ptr () as * const c_char) ; table . get_cell_autotile_coord = (gd_api . godot_method_bind_get_method) (class_name , "get_cell_autotile_coord\0" . as_ptr () as * const c_char) ; table . get_cell_size = (gd_api . godot_method_bind_get_method) (class_name , "get_cell_size\0" . as_ptr () as * const c_char) ; table . get_cellv = (gd_api . godot_method_bind_get_method) (class_name , "get_cellv\0" . as_ptr () as * const c_char) ; table . get_clip_uv = (gd_api . godot_method_bind_get_method) (class_name , "get_clip_uv\0" . as_ptr () as * const c_char) ; table . get_collision_bounce = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_bounce\0" . as_ptr () as * const c_char) ; table . get_collision_friction = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_friction\0" . as_ptr () as * const c_char) ; table . get_collision_layer = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_layer\0" . as_ptr () as * const c_char) ; table . get_collision_layer_bit = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_layer_bit\0" . as_ptr () as * const c_char) ; table . get_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_mask\0" . as_ptr () as * const c_char) ; table . get_collision_mask_bit = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_mask_bit\0" . as_ptr () as * const c_char) ; table . get_collision_use_kinematic = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_use_kinematic\0" . as_ptr () as * const c_char) ; table . get_collision_use_parent = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_use_parent\0" . as_ptr () as * const c_char) ; table . get_custom_transform = (gd_api . godot_method_bind_get_method) (class_name , "get_custom_transform\0" . as_ptr () as * const c_char) ; table . get_half_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_half_offset\0" . as_ptr () as * const c_char) ; table . get_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_mode\0" . as_ptr () as * const c_char) ; table . get_occluder_light_mask = (gd_api . godot_method_bind_get_method) (class_name , "get_occluder_light_mask\0" . as_ptr () as * const c_char) ; table . get_quadrant_size = (gd_api . godot_method_bind_get_method) (class_name , "get_quadrant_size\0" . as_ptr () as * const c_char) ; table . get_tile_origin = (gd_api . godot_method_bind_get_method) (class_name , "get_tile_origin\0" . as_ptr () as * const c_char) ; table . get_tileset = (gd_api . godot_method_bind_get_method) (class_name , "get_tileset\0" . as_ptr () as * const c_char) ; table . get_used_cells = (gd_api . godot_method_bind_get_method) (class_name , "get_used_cells\0" . as_ptr () as * const c_char) ; table . get_used_cells_by_id = (gd_api . godot_method_bind_get_method) (class_name , "get_used_cells_by_id\0" . as_ptr () as * const c_char) ; table . get_used_rect = (gd_api . godot_method_bind_get_method) (class_name , "get_used_rect\0" . as_ptr () as * const c_char) ; table . is_cell_transposed = (gd_api . godot_method_bind_get_method) (class_name , "is_cell_transposed\0" . as_ptr () as * const c_char) ; table . is_cell_x_flipped = (gd_api . godot_method_bind_get_method) (class_name , "is_cell_x_flipped\0" . as_ptr () as * const c_char) ; table . is_cell_y_flipped = (gd_api . godot_method_bind_get_method) (class_name , "is_cell_y_flipped\0" . as_ptr () as * const c_char) ; table . is_centered_textures_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_centered_textures_enabled\0" . as_ptr () as * const c_char) ; table . is_compatibility_mode_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_compatibility_mode_enabled\0" . as_ptr () as * const c_char) ; table . is_show_collision_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_show_collision_enabled\0" . as_ptr () as * const c_char) ; table . is_y_sort_mode_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_y_sort_mode_enabled\0" . as_ptr () as * const c_char) ; table . map_to_world = (gd_api . godot_method_bind_get_method) (class_name , "map_to_world\0" . as_ptr () as * const c_char) ; table . set_cell = (gd_api . godot_method_bind_get_method) (class_name , "set_cell\0" . as_ptr () as * const c_char) ; table . set_cell_size = (gd_api . godot_method_bind_get_method) (class_name , "set_cell_size\0" . as_ptr () as * const c_char) ; table . set_cellv = (gd_api . godot_method_bind_get_method) (class_name , "set_cellv\0" . as_ptr () as * const c_char) ; table . set_centered_textures = (gd_api . godot_method_bind_get_method) (class_name , "set_centered_textures\0" . as_ptr () as * const c_char) ; table . set_clip_uv = (gd_api . godot_method_bind_get_method) (class_name , "set_clip_uv\0" . as_ptr () as * const c_char) ; table . set_collision_bounce = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_bounce\0" . as_ptr () as * const c_char) ; table . set_collision_friction = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_friction\0" . as_ptr () as * const c_char) ; table . set_collision_layer = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_layer\0" . as_ptr () as * const c_char) ; table . set_collision_layer_bit = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_layer_bit\0" . as_ptr () as * const c_char) ; table . set_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_mask\0" . as_ptr () as * const c_char) ; table . set_collision_mask_bit = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_mask_bit\0" . as_ptr () as * const c_char) ; table . set_collision_use_kinematic = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_use_kinematic\0" . as_ptr () as * const c_char) ; table . set_collision_use_parent = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_use_parent\0" . as_ptr () as * const c_char) ; table . set_compatibility_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_compatibility_mode\0" . as_ptr () as * const c_char) ; table . set_custom_transform = (gd_api . godot_method_bind_get_method) (class_name , "set_custom_transform\0" . as_ptr () as * const c_char) ; table . set_half_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_half_offset\0" . as_ptr () as * const c_char) ; table . set_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_mode\0" . as_ptr () as * const c_char) ; table . set_occluder_light_mask = (gd_api . godot_method_bind_get_method) (class_name , "set_occluder_light_mask\0" . as_ptr () as * const c_char) ; table . set_quadrant_size = (gd_api . godot_method_bind_get_method) (class_name , "set_quadrant_size\0" . as_ptr () as * const c_char) ; table . set_show_collision = (gd_api . godot_method_bind_get_method) (class_name , "set_show_collision\0" . as_ptr () as * const c_char) ; table . set_tile_origin = (gd_api . godot_method_bind_get_method) (class_name , "set_tile_origin\0" . as_ptr () as * const c_char) ; table . set_tileset = (gd_api . godot_method_bind_get_method) (class_name , "set_tileset\0" . as_ptr () as * const c_char) ; table . set_y_sort_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_y_sort_mode\0" . as_ptr () as * const c_char) ; table . update_bitmask_area = (gd_api . godot_method_bind_get_method) (class_name , "update_bitmask_area\0" . as_ptr () as * const c_char) ; table . update_bitmask_region = (gd_api . godot_method_bind_get_method) (class_name , "update_bitmask_region\0" . as_ptr () as * const c_char) ; table . update_dirty_quadrants = (gd_api . godot_method_bind_get_method) (class_name , "update_dirty_quadrants\0" . as_ptr () as * const c_char) ; table . world_to_map = (gd_api . godot_method_bind_get_method) (class_name , "world_to_map\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:400:4580 [INFO] [stdout] | [INFO] [stdout] 400 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 400 | # [doc = "`core class VScrollBar` inherits `ScrollBar` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_vscrollbar.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`VScrollBar` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nVScrollBar inherits methods from:\n - [ScrollBar](struct.ScrollBar.html)\n - [Range](struct.Range.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VScrollBar { this : RawObject < Self > , } impl VScrollBar { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VScrollBarMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VScrollBar { } unsafe impl GodotObject for VScrollBar { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "VScrollBar" } } impl QueueFree for VScrollBar { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for VScrollBar { type Target = crate :: generated :: scroll_bar :: ScrollBar ; # [inline] fn deref (& self) -> & crate :: generated :: scroll_bar :: ScrollBar { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VScrollBar { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: scroll_bar :: ScrollBar { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: scroll_bar :: ScrollBar > for VScrollBar { } unsafe impl SubClass < crate :: generated :: range :: Range > for VScrollBar { } unsafe impl SubClass < crate :: generated :: control :: Control > for VScrollBar { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for VScrollBar { } unsafe impl SubClass < crate :: generated :: node :: Node > for VScrollBar { } unsafe impl SubClass < crate :: generated :: object :: Object > for VScrollBar { } impl Instanciable for VScrollBar { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VScrollBar :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VScrollBarMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VScrollBarMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VScrollBarMethodTable = VScrollBarMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VScrollBarMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VScrollBar\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:406:3574 [INFO] [stdout] | [INFO] [stdout] 406 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 406 | # [doc = "`core class VisualScriptWhile` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptwhile.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptWhile inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptWhile { this : RawObject < Self > , } impl VisualScriptWhile { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptWhileMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptWhile { } unsafe impl GodotObject for VisualScriptWhile { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptWhile" } } impl std :: ops :: Deref for VisualScriptWhile { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptWhile { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptWhile { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptWhile { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptWhile { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptWhile { } impl Instanciable for VisualScriptWhile { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptWhile :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptWhileMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VisualScriptWhileMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptWhileMethodTable = VisualScriptWhileMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptWhileMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptWhile\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:412:16804 [INFO] [stdout] | [INFO] [stdout] 412 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 412 | # [doc = "`core class OptionButton` inherits `Button` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_optionbutton.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`OptionButton` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nOptionButton inherits methods from:\n - [Button](struct.Button.html)\n - [BaseButton](struct.BaseButton.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct OptionButton { this : RawObject < Self > , } impl OptionButton { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = OptionButtonMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds an item, with a `texture` icon, text `label` and (optionally) `id`. If no `id` is passed, the item index will be used as the item's ID. New items are appended at the end.\n# Default Arguments\n* `id` - `-1`"] # [doc = ""] # [inline] pub fn add_icon_item (& self , texture : impl AsArg < crate :: generated :: texture :: Texture > , label : impl Into < GodotString > , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . add_icon_item ; let ret = crate :: icalls :: icallptr_void_obj_str_i64 (method_bind , self . this . sys () . as_ptr () , texture . as_arg_ptr () , label . into () , id) ; } } # [doc = "Adds an item, with text `label` and (optionally) `id`. If no `id` is passed, the item index will be used as the item's ID. New items are appended at the end.\n# Default Arguments\n* `id` - `-1`"] # [doc = ""] # [inline] pub fn add_item (& self , label : impl Into < GodotString > , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . add_item ; let ret = crate :: icalls :: icallptr_void_str_i64 (method_bind , self . this . sys () . as_ptr () , label . into () , id) ; } } # [doc = "Adds a separator to the list of items. Separators help to group items. Separator also takes up an index and is appended at the end."] # [doc = ""] # [inline] pub fn add_separator (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . add_separator ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Clears all the items in the [OptionButton]."] # [doc = ""] # [inline] pub fn clear (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . clear ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Returns the amount of items in the OptionButton, including separators."] # [doc = ""] # [inline] pub fn get_item_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_item_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the icon of the item at index `idx`."] # [doc = ""] # [inline] pub fn get_item_icon (& self , idx : i64) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_item_icon ; let ret = crate :: icalls :: icallptr_obj_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the ID of the item at index `idx`."] # [doc = ""] # [inline] pub fn get_item_id (& self , idx : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_item_id ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; ret as _ } } # [doc = "Returns the index of the item with the given `id`."] # [doc = ""] # [inline] pub fn get_item_index (& self , id : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_item_index ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , id) ; ret as _ } } # [doc = "Retrieves the metadata of an item. Metadata may be any type and can be used to store extra information about an item, such as an external string ID."] # [doc = ""] # [inline] pub fn get_item_metadata (& self , idx : i64) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_item_metadata ; let ret = crate :: icalls :: icallptr_var_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; Variant :: from_sys (ret) } } # [doc = "Returns the text of the item at index `idx`."] # [doc = ""] # [inline] pub fn get_item_text (& self , idx : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_item_text ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; GodotString :: from_sys (ret) } } # [doc = "Returns the [PopupMenu] contained in this button."] # [doc = ""] # [inline] pub fn get_popup (& self) -> Option < Ref < crate :: generated :: popup_menu :: PopupMenu , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_popup ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: popup_menu :: PopupMenu , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The index of the currently selected item, or `-1` if no item is selected."] # [doc = ""] # [inline] pub fn selected (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_selected ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the ID of the selected item, or `0` if no item is selected."] # [doc = ""] # [inline] pub fn get_selected_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_selected_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Gets the metadata of the selected item. Metadata for items can be set using [method set_item_metadata]."] # [doc = ""] # [inline] pub fn get_selected_metadata (& self) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . get_selected_metadata ; let ret = crate :: icalls :: icallptr_var (method_bind , self . this . sys () . as_ptr ()) ; Variant :: from_sys (ret) } } # [doc = "Returns `true` if the item at index `idx` is disabled."] # [doc = ""] # [inline] pub fn is_item_disabled (& self , idx : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . is_item_disabled ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; ret as _ } } # [doc = "Removes the item at index `idx`."] # [doc = ""] # [inline] pub fn remove_item (& self , idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . remove_item ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; } } # [doc = "Selects an item by index and makes it the current item. This will work even if the item is disabled."] # [doc = ""] # [inline] pub fn select (& self , idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . select ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; } } # [doc = "Sets whether the item at index `idx` is disabled.\nDisabled items are drawn differently in the dropdown and are not selectable by the user. If the current selected item is set as disabled, it will remain selected."] # [doc = ""] # [inline] pub fn set_item_disabled (& self , idx : i64 , disabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . set_item_disabled ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , idx , disabled) ; } } # [doc = "Sets the icon of the item at index `idx`."] # [doc = ""] # [inline] pub fn set_item_icon (& self , idx : i64 , texture : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . set_item_icon ; let ret = crate :: icalls :: icallptr_void_i64_obj (method_bind , self . this . sys () . as_ptr () , idx , texture . as_arg_ptr ()) ; } } # [doc = "Sets the ID of the item at index `idx`."] # [doc = ""] # [inline] pub fn set_item_id (& self , idx : i64 , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . set_item_id ; let ret = crate :: icalls :: icallptr_void_i64_i64 (method_bind , self . this . sys () . as_ptr () , idx , id) ; } } # [doc = "Sets the metadata of an item. Metadata may be of any type and can be used to store extra information about an item, such as an external string ID."] # [doc = ""] # [inline] pub fn set_item_metadata (& self , idx : i64 , metadata : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . set_item_metadata ; let ret = crate :: icalls :: icallptr_void_i64_var (method_bind , self . this . sys () . as_ptr () , idx , metadata . owned_to_variant ()) ; } } # [doc = "Sets the text of the item at index `idx`."] # [doc = ""] # [inline] pub fn set_item_text (& self , idx : i64 , text : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OptionButtonMethodTable :: get (get_api ()) . set_item_text ; let ret = crate :: icalls :: icallptr_void_i64_str (method_bind , self . this . sys () . as_ptr () , idx , text . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for OptionButton { } unsafe impl GodotObject for OptionButton { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "OptionButton" } } impl QueueFree for OptionButton { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for OptionButton { type Target = crate :: generated :: button :: Button ; # [inline] fn deref (& self) -> & crate :: generated :: button :: Button { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for OptionButton { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: button :: Button { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: button :: Button > for OptionButton { } unsafe impl SubClass < crate :: generated :: base_button :: BaseButton > for OptionButton { } unsafe impl SubClass < crate :: generated :: control :: Control > for OptionButton { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for OptionButton { } unsafe impl SubClass < crate :: generated :: node :: Node > for OptionButton { } unsafe impl SubClass < crate :: generated :: object :: Object > for OptionButton { } impl Instanciable for OptionButton { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { OptionButton :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct OptionButtonMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_icon_item : * mut sys :: godot_method_bind , pub add_item : * mut sys :: godot_method_bind , pub add_separator : * mut sys :: godot_method_bind , pub clear : * mut sys :: godot_method_bind , pub get_item_count : * mut sys :: godot_method_bind , pub get_item_icon : * mut sys :: godot_method_bind , pub get_item_id : * mut sys :: godot_method_bind , pub get_item_index : * mut sys :: godot_method_bind , pub get_item_metadata : * mut sys :: godot_method_bind , pub get_item_text : * mut sys :: godot_method_bind , pub get_popup : * mut sys :: godot_method_bind , pub get_selected : * mut sys :: godot_method_bind , pub get_selected_id : * mut sys :: godot_method_bind , pub get_selected_metadata : * mut sys :: godot_method_bind , pub is_item_disabled : * mut sys :: godot_method_bind , pub remove_item : * mut sys :: godot_method_bind , pub select : * mut sys :: godot_method_bind , pub set_item_disabled : * mut sys :: godot_method_bind , pub set_item_icon : * mut sys :: godot_method_bind , pub set_item_id : * mut sys :: godot_method_bind , pub set_item_metadata : * mut sys :: godot_method_bind , pub set_item_text : * mut sys :: godot_method_bind } impl OptionButtonMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : OptionButtonMethodTable = OptionButtonMethodTable { class_constructor : None , add_icon_item : 0 as * mut sys :: godot_method_bind , add_item : 0 as * mut sys :: godot_method_bind , add_separator : 0 as * mut sys :: godot_method_bind , clear : 0 as * mut sys :: godot_method_bind , get_item_count : 0 as * mut sys :: godot_method_bind , get_item_icon : 0 as * mut sys :: godot_method_bind , get_item_id : 0 as * mut sys :: godot_method_bind , get_item_index : 0 as * mut sys :: godot_method_bind , get_item_metadata : 0 as * mut sys :: godot_method_bind , get_item_text : 0 as * mut sys :: godot_method_bind , get_popup : 0 as * mut sys :: godot_method_bind , get_selected : 0 as * mut sys :: godot_method_bind , get_selected_id : 0 as * mut sys :: godot_method_bind , get_selected_metadata : 0 as * mut sys :: godot_method_bind , is_item_disabled : 0 as * mut sys :: godot_method_bind , remove_item : 0 as * mut sys :: godot_method_bind , select : 0 as * mut sys :: godot_method_bind , set_item_disabled : 0 as * mut sys :: godot_method_bind , set_item_icon : 0 as * mut sys :: godot_method_bind , set_item_id : 0 as * mut sys :: godot_method_bind , set_item_metadata : 0 as * mut sys :: godot_method_bind , set_item_text : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { OptionButtonMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "OptionButton\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_icon_item = (gd_api . godot_method_bind_get_method) (class_name , "add_icon_item\0" . as_ptr () as * const c_char) ; table . add_item = (gd_api . godot_method_bind_get_method) (class_name , "add_item\0" . as_ptr () as * const c_char) ; table . add_separator = (gd_api . godot_method_bind_get_method) (class_name , "add_separator\0" . as_ptr () as * const c_char) ; table . clear = (gd_api . godot_method_bind_get_method) (class_name , "clear\0" . as_ptr () as * const c_char) ; table . get_item_count = (gd_api . godot_method_bind_get_method) (class_name , "get_item_count\0" . as_ptr () as * const c_char) ; table . get_item_icon = (gd_api . godot_method_bind_get_method) (class_name , "get_item_icon\0" . as_ptr () as * const c_char) ; table . get_item_id = (gd_api . godot_method_bind_get_method) (class_name , "get_item_id\0" . as_ptr () as * const c_char) ; table . get_item_index = (gd_api . godot_method_bind_get_method) (class_name , "get_item_index\0" . as_ptr () as * const c_char) ; table . get_item_metadata = (gd_api . godot_method_bind_get_method) (class_name , "get_item_metadata\0" . as_ptr () as * const c_char) ; table . get_item_text = (gd_api . godot_method_bind_get_method) (class_name , "get_item_text\0" . as_ptr () as * const c_char) ; table . get_popup = (gd_api . godot_method_bind_get_method) (class_name , "get_popup\0" . as_ptr () as * const c_char) ; table . get_selected = (gd_api . godot_method_bind_get_method) (class_name , "get_selected\0" . as_ptr () as * const c_char) ; table . get_selected_id = (gd_api . godot_method_bind_get_method) (class_name , "get_selected_id\0" . as_ptr () as * const c_char) ; table . get_selected_metadata = (gd_api . godot_method_bind_get_method) (class_name , "get_selected_metadata\0" . as_ptr () as * const c_char) ; table . is_item_disabled = (gd_api . godot_method_bind_get_method) (class_name , "is_item_disabled\0" . as_ptr () as * const c_char) ; table . remove_item = (gd_api . godot_method_bind_get_method) (class_name , "remove_item\0" . as_ptr () as * const c_char) ; table . select = (gd_api . godot_method_bind_get_method) (class_name , "select\0" . as_ptr () as * const c_char) ; table . set_item_disabled = (gd_api . godot_method_bind_get_method) (class_name , "set_item_disabled\0" . as_ptr () as * const c_char) ; table . set_item_icon = (gd_api . godot_method_bind_get_method) (class_name , "set_item_icon\0" . as_ptr () as * const c_char) ; table . set_item_id = (gd_api . godot_method_bind_get_method) (class_name , "set_item_id\0" . as_ptr () as * const c_char) ; table . set_item_metadata = (gd_api . godot_method_bind_get_method) (class_name , "set_item_metadata\0" . as_ptr () as * const c_char) ; table . set_item_text = (gd_api . godot_method_bind_get_method) (class_name , "set_item_text\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:418:4841 [INFO] [stdout] | [INFO] [stdout] 418 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 418 | # [doc = "`core class VisualScriptFunctionState` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptfunctionstate.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptFunctionState inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptFunctionState { this : RawObject < Self > , } impl VisualScriptFunctionState { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptFunctionStateMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn connect_to_signal (& self , obj : impl AsArg < crate :: generated :: object :: Object > , signals : impl Into < GodotString > , args : VariantArray) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptFunctionStateMethodTable :: get (get_api ()) . connect_to_signal ; let ret = crate :: icalls :: icallptr_void_obj_str_arr (method_bind , self . this . sys () . as_ptr () , obj . as_arg_ptr () , signals . into () , args) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn is_valid (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptFunctionStateMethodTable :: get (get_api ()) . is_valid ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn resume (& self , args : VariantArray) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptFunctionStateMethodTable :: get (get_api ()) . resume ; let ret = crate :: icalls :: icallptr_var_arr (method_bind , self . this . sys () . as_ptr () , args) ; Variant :: from_sys (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptFunctionState { } unsafe impl GodotObject for VisualScriptFunctionState { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptFunctionState" } } impl std :: ops :: Deref for VisualScriptFunctionState { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptFunctionState { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptFunctionState { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptFunctionState { } impl Instanciable for VisualScriptFunctionState { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptFunctionState :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptFunctionStateMethodTable { pub class_constructor : sys :: godot_class_constructor , pub connect_to_signal : * mut sys :: godot_method_bind , pub is_valid : * mut sys :: godot_method_bind , pub resume : * mut sys :: godot_method_bind } impl VisualScriptFunctionStateMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptFunctionStateMethodTable = VisualScriptFunctionStateMethodTable { class_constructor : None , connect_to_signal : 0 as * mut sys :: godot_method_bind , is_valid : 0 as * mut sys :: godot_method_bind , resume : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptFunctionStateMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptFunctionState\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . connect_to_signal = (gd_api . godot_method_bind_get_method) (class_name , "connect_to_signal\0" . as_ptr () as * const c_char) ; table . is_valid = (gd_api . godot_method_bind_get_method) (class_name , "is_valid\0" . as_ptr () as * const c_char) ; table . resume = (gd_api . godot_method_bind_get_method) (class_name , "resume\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:424:8440 [INFO] [stdout] | [INFO] [stdout] 424 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 424 | # [doc = "`core class StyleBoxLine` inherits `StyleBox` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_styleboxline.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nStyleBoxLine inherits methods from:\n - [StyleBox](struct.StyleBox.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct StyleBoxLine { this : RawObject < Self > , } impl StyleBoxLine { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = StyleBoxLineMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The line's color."] # [doc = ""] # [inline] pub fn color (& self) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . get_color ; let ret = crate :: icalls :: icallptr_color (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The number of pixels the line will extend before the [StyleBoxLine]'s bounds. If set to a negative value, the line will begin inside the [StyleBoxLine]'s bounds."] # [doc = ""] # [inline] pub fn grow_begin (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . get_grow_begin ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The number of pixels the line will extend past the [StyleBoxLine]'s bounds. If set to a negative value, the line will end inside the [StyleBoxLine]'s bounds."] # [doc = ""] # [inline] pub fn grow_end (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . get_grow_end ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The line's thickness in pixels."] # [doc = ""] # [inline] pub fn thickness (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . get_thickness ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the line will be vertical. If `false`, the line will be horizontal."] # [doc = ""] # [inline] pub fn is_vertical (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . is_vertical ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The line's color."] # [doc = ""] # [inline] pub fn set_color (& self , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . set_color ; let ret = crate :: icalls :: icallptr_void_color (method_bind , self . this . sys () . as_ptr () , color) ; } } # [doc = "The number of pixels the line will extend before the [StyleBoxLine]'s bounds. If set to a negative value, the line will begin inside the [StyleBoxLine]'s bounds."] # [doc = ""] # [inline] pub fn set_grow_begin (& self , offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . set_grow_begin ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , offset) ; } } # [doc = "The number of pixels the line will extend past the [StyleBoxLine]'s bounds. If set to a negative value, the line will end inside the [StyleBoxLine]'s bounds."] # [doc = ""] # [inline] pub fn set_grow_end (& self , offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . set_grow_end ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , offset) ; } } # [doc = "The line's thickness in pixels."] # [doc = ""] # [inline] pub fn set_thickness (& self , thickness : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . set_thickness ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , thickness) ; } } # [doc = "If `true`, the line will be vertical. If `false`, the line will be horizontal."] # [doc = ""] # [inline] pub fn set_vertical (& self , vertical : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StyleBoxLineMethodTable :: get (get_api ()) . set_vertical ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , vertical) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for StyleBoxLine { } unsafe impl GodotObject for StyleBoxLine { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "StyleBoxLine" } } impl std :: ops :: Deref for StyleBoxLine { type Target = crate :: generated :: style_box :: StyleBox ; # [inline] fn deref (& self) -> & crate :: generated :: style_box :: StyleBox { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for StyleBoxLine { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: style_box :: StyleBox { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: style_box :: StyleBox > for StyleBoxLine { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for StyleBoxLine { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for StyleBoxLine { } unsafe impl SubClass < crate :: generated :: object :: Object > for StyleBoxLine { } impl Instanciable for StyleBoxLine { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { StyleBoxLine :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct StyleBoxLineMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_color : * mut sys :: godot_method_bind , pub get_grow_begin : * mut sys :: godot_method_bind , pub get_grow_end : * mut sys :: godot_method_bind , pub get_thickness : * mut sys :: godot_method_bind , pub is_vertical : * mut sys :: godot_method_bind , pub set_color : * mut sys :: godot_method_bind , pub set_grow_begin : * mut sys :: godot_method_bind , pub set_grow_end : * mut sys :: godot_method_bind , pub set_thickness : * mut sys :: godot_method_bind , pub set_vertical : * mut sys :: godot_method_bind } impl StyleBoxLineMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : StyleBoxLineMethodTable = StyleBoxLineMethodTable { class_constructor : None , get_color : 0 as * mut sys :: godot_method_bind , get_grow_begin : 0 as * mut sys :: godot_method_bind , get_grow_end : 0 as * mut sys :: godot_method_bind , get_thickness : 0 as * mut sys :: godot_method_bind , is_vertical : 0 as * mut sys :: godot_method_bind , set_color : 0 as * mut sys :: godot_method_bind , set_grow_begin : 0 as * mut sys :: godot_method_bind , set_grow_end : 0 as * mut sys :: godot_method_bind , set_thickness : 0 as * mut sys :: godot_method_bind , set_vertical : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { StyleBoxLineMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "StyleBoxLine\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_color = (gd_api . godot_method_bind_get_method) (class_name , "get_color\0" . as_ptr () as * const c_char) ; table . get_grow_begin = (gd_api . godot_method_bind_get_method) (class_name , "get_grow_begin\0" . as_ptr () as * const c_char) ; table . get_grow_end = (gd_api . godot_method_bind_get_method) (class_name , "get_grow_end\0" . as_ptr () as * const c_char) ; table . get_thickness = (gd_api . godot_method_bind_get_method) (class_name , "get_thickness\0" . as_ptr () as * const c_char) ; table . is_vertical = (gd_api . godot_method_bind_get_method) (class_name , "is_vertical\0" . as_ptr () as * const c_char) ; table . set_color = (gd_api . godot_method_bind_get_method) (class_name , "set_color\0" . as_ptr () as * const c_char) ; table . set_grow_begin = (gd_api . godot_method_bind_get_method) (class_name , "set_grow_begin\0" . as_ptr () as * const c_char) ; table . set_grow_end = (gd_api . godot_method_bind_get_method) (class_name , "set_grow_end\0" . as_ptr () as * const c_char) ; table . set_thickness = (gd_api . godot_method_bind_get_method) (class_name , "set_thickness\0" . as_ptr () as * const c_char) ; table . set_vertical = (gd_api . godot_method_bind_get_method) (class_name , "set_vertical\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:430:5554 [INFO] [stdout] | [INFO] [stdout] 430 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 430 | # [doc = "`core class Container` inherits `Control` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_container.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Container` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nContainer inherits methods from:\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Container { this : RawObject < Self > , } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Container { pub const NOTIFICATION_SORT_CHILDREN : i64 = 50i64 ; } impl Container { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ContainerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Fit a child control in a given rect. This is mainly a helper for creating custom container classes."] # [doc = ""] # [inline] pub fn fit_child_in_rect (& self , child : impl AsArg < crate :: generated :: control :: Control > , rect : Rect2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ContainerMethodTable :: get (get_api ()) . fit_child_in_rect ; let ret = crate :: icalls :: icallptr_void_obj_rect2 (method_bind , self . this . sys () . as_ptr () , child . as_arg_ptr () , rect) ; } } # [doc = "Queue resort of the contained children. This is called automatically anyway, but can be called upon request."] # [doc = ""] # [inline] pub fn queue_sort (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ContainerMethodTable :: get (get_api ()) . queue_sort ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Container { } unsafe impl GodotObject for Container { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Container" } } impl QueueFree for Container { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Container { type Target = crate :: generated :: control :: Control ; # [inline] fn deref (& self) -> & crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Container { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: control :: Control > for Container { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for Container { } unsafe impl SubClass < crate :: generated :: node :: Node > for Container { } unsafe impl SubClass < crate :: generated :: object :: Object > for Container { } impl Instanciable for Container { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Container :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ContainerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub fit_child_in_rect : * mut sys :: godot_method_bind , pub queue_sort : * mut sys :: godot_method_bind } impl ContainerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ContainerMethodTable = ContainerMethodTable { class_constructor : None , fit_child_in_rect : 0 as * mut sys :: godot_method_bind , queue_sort : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ContainerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Container\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . fit_child_in_rect = (gd_api . godot_method_bind_get_method) (class_name , "fit_child_in_rect\0" . as_ptr () as * const c_char) ; table . queue_sort = (gd_api . godot_method_bind_get_method) (class_name , "queue_sort\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:436:16637 [INFO] [stdout] | [INFO] [stdout] 436 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 436 | # [doc = "`core class Mesh` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_mesh.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nMesh inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Mesh { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ArrayFormat (pub i64) ; impl ArrayFormat { pub const FORMAT_VERTEX : ArrayFormat = ArrayFormat (1i64) ; pub const FORMAT_NORMAL : ArrayFormat = ArrayFormat (2i64) ; pub const FORMAT_TANGENT : ArrayFormat = ArrayFormat (4i64) ; pub const FORMAT_COLOR : ArrayFormat = ArrayFormat (8i64) ; pub const COMPRESS_BASE : ArrayFormat = ArrayFormat (9i64) ; pub const FORMAT_TEX_UV : ArrayFormat = ArrayFormat (16i64) ; pub const FORMAT_TEX_UV2 : ArrayFormat = ArrayFormat (32i64) ; pub const FORMAT_BONES : ArrayFormat = ArrayFormat (64i64) ; pub const FORMAT_WEIGHTS : ArrayFormat = ArrayFormat (128i64) ; pub const FORMAT_INDEX : ArrayFormat = ArrayFormat (256i64) ; pub const COMPRESS_VERTEX : ArrayFormat = ArrayFormat (512i64) ; pub const COMPRESS_NORMAL : ArrayFormat = ArrayFormat (1024i64) ; pub const COMPRESS_TANGENT : ArrayFormat = ArrayFormat (2048i64) ; pub const COMPRESS_COLOR : ArrayFormat = ArrayFormat (4096i64) ; pub const COMPRESS_TEX_UV : ArrayFormat = ArrayFormat (8192i64) ; pub const COMPRESS_TEX_UV2 : ArrayFormat = ArrayFormat (16384i64) ; pub const COMPRESS_BONES : ArrayFormat = ArrayFormat (32768i64) ; pub const COMPRESS_WEIGHTS : ArrayFormat = ArrayFormat (65536i64) ; pub const COMPRESS_DEFAULT : ArrayFormat = ArrayFormat (97280i64) ; pub const COMPRESS_INDEX : ArrayFormat = ArrayFormat (131072i64) ; pub const FLAG_USE_2D_VERTICES : ArrayFormat = ArrayFormat (262144i64) ; pub const FLAG_USE_16_BIT_BONES : ArrayFormat = ArrayFormat (524288i64) ; } impl From < i64 > for ArrayFormat { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ArrayFormat > for i64 { # [inline] fn from (v : ArrayFormat) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ArrayType (pub i64) ; impl ArrayType { pub const VERTEX : ArrayType = ArrayType (0i64) ; pub const NORMAL : ArrayType = ArrayType (1i64) ; pub const TANGENT : ArrayType = ArrayType (2i64) ; pub const COLOR : ArrayType = ArrayType (3i64) ; pub const TEX_UV : ArrayType = ArrayType (4i64) ; pub const TEX_UV2 : ArrayType = ArrayType (5i64) ; pub const BONES : ArrayType = ArrayType (6i64) ; pub const WEIGHTS : ArrayType = ArrayType (7i64) ; pub const INDEX : ArrayType = ArrayType (8i64) ; pub const MAX : ArrayType = ArrayType (9i64) ; } impl From < i64 > for ArrayType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ArrayType > for i64 { # [inline] fn from (v : ArrayType) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct BlendShapeMode (pub i64) ; impl BlendShapeMode { pub const NORMALIZED : BlendShapeMode = BlendShapeMode (0i64) ; pub const RELATIVE : BlendShapeMode = BlendShapeMode (1i64) ; } impl From < i64 > for BlendShapeMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < BlendShapeMode > for i64 { # [inline] fn from (v : BlendShapeMode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct PrimitiveType (pub i64) ; impl PrimitiveType { pub const POINTS : PrimitiveType = PrimitiveType (0i64) ; pub const LINES : PrimitiveType = PrimitiveType (1i64) ; pub const LINE_STRIP : PrimitiveType = PrimitiveType (2i64) ; pub const LINE_LOOP : PrimitiveType = PrimitiveType (3i64) ; pub const TRIANGLES : PrimitiveType = PrimitiveType (4i64) ; pub const TRIANGLE_STRIP : PrimitiveType = PrimitiveType (5i64) ; pub const TRIANGLE_FAN : PrimitiveType = PrimitiveType (6i64) ; } impl From < i64 > for PrimitiveType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < PrimitiveType > for i64 { # [inline] fn from (v : PrimitiveType) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Mesh { pub const ARRAY_BONES : i64 = 6i64 ; pub const ARRAY_COLOR : i64 = 3i64 ; pub const ARRAY_COMPRESS_BASE : i64 = 9i64 ; pub const ARRAY_COMPRESS_BONES : i64 = 32768i64 ; pub const ARRAY_COMPRESS_COLOR : i64 = 4096i64 ; pub const ARRAY_COMPRESS_DEFAULT : i64 = 97280i64 ; pub const ARRAY_COMPRESS_INDEX : i64 = 131072i64 ; pub const ARRAY_COMPRESS_NORMAL : i64 = 1024i64 ; pub const ARRAY_COMPRESS_TANGENT : i64 = 2048i64 ; pub const ARRAY_COMPRESS_TEX_UV : i64 = 8192i64 ; pub const ARRAY_COMPRESS_TEX_UV2 : i64 = 16384i64 ; pub const ARRAY_COMPRESS_VERTEX : i64 = 512i64 ; pub const ARRAY_COMPRESS_WEIGHTS : i64 = 65536i64 ; pub const ARRAY_FLAG_USE_16_BIT_BONES : i64 = 524288i64 ; pub const ARRAY_FLAG_USE_2D_VERTICES : i64 = 262144i64 ; pub const ARRAY_FORMAT_BONES : i64 = 64i64 ; pub const ARRAY_FORMAT_COLOR : i64 = 8i64 ; pub const ARRAY_FORMAT_INDEX : i64 = 256i64 ; pub const ARRAY_FORMAT_NORMAL : i64 = 2i64 ; pub const ARRAY_FORMAT_TANGENT : i64 = 4i64 ; pub const ARRAY_FORMAT_TEX_UV : i64 = 16i64 ; pub const ARRAY_FORMAT_TEX_UV2 : i64 = 32i64 ; pub const ARRAY_FORMAT_VERTEX : i64 = 1i64 ; pub const ARRAY_FORMAT_WEIGHTS : i64 = 128i64 ; pub const ARRAY_INDEX : i64 = 8i64 ; pub const ARRAY_MAX : i64 = 9i64 ; pub const ARRAY_NORMAL : i64 = 1i64 ; pub const ARRAY_TANGENT : i64 = 2i64 ; pub const ARRAY_TEX_UV : i64 = 4i64 ; pub const ARRAY_TEX_UV2 : i64 = 5i64 ; pub const ARRAY_VERTEX : i64 = 0i64 ; pub const ARRAY_WEIGHTS : i64 = 7i64 ; pub const BLEND_SHAPE_MODE_NORMALIZED : i64 = 0i64 ; pub const BLEND_SHAPE_MODE_RELATIVE : i64 = 1i64 ; pub const PRIMITIVE_LINES : i64 = 1i64 ; pub const PRIMITIVE_LINE_LOOP : i64 = 3i64 ; pub const PRIMITIVE_LINE_STRIP : i64 = 2i64 ; pub const PRIMITIVE_POINTS : i64 = 0i64 ; pub const PRIMITIVE_TRIANGLES : i64 = 4i64 ; pub const PRIMITIVE_TRIANGLE_FAN : i64 = 6i64 ; pub const PRIMITIVE_TRIANGLE_STRIP : i64 = 5i64 ; } impl Mesh { # [doc = "Calculate a [ConvexPolygonShape] from the mesh."] # [doc = ""] # [inline] pub fn create_convex_shape (& self) -> Option < Ref < crate :: generated :: shape :: Shape , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . create_convex_shape ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: shape :: Shape , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Calculate an outline mesh at a defined offset (margin) from the original mesh.\n**Note:** This method typically returns the vertices in reverse order (e.g. clockwise to counterclockwise)."] # [doc = ""] # [inline] pub fn create_outline (& self , margin : f64) -> Option < Ref < crate :: generated :: mesh :: Mesh , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . create_outline ; let ret = crate :: icalls :: icallptr_obj_f64 (method_bind , self . this . sys () . as_ptr () , margin) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: mesh :: Mesh , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Calculate a [ConcavePolygonShape] from the mesh."] # [doc = ""] # [inline] pub fn create_trimesh_shape (& self) -> Option < Ref < crate :: generated :: shape :: Shape , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . create_trimesh_shape ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: shape :: Shape , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Generate a [TriangleMesh] from the mesh."] # [doc = ""] # [inline] pub fn generate_triangle_mesh (& self) -> Option < Ref < crate :: generated :: triangle_mesh :: TriangleMesh , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . generate_triangle_mesh ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: triangle_mesh :: TriangleMesh , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the smallest [AABB] enclosing this mesh in local space. Not affected by `custom_aabb`. See also [method VisualInstance.get_transformed_aabb].\n**Note:** This is only implemented for [ArrayMesh] and [PrimitiveMesh]."] # [doc = ""] # [inline] pub fn get_aabb (& self) -> Aabb { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . get_aabb ; let ret = crate :: icalls :: icallptr_aabb (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns all the vertices that make up the faces of the mesh. Each three vertices represent one triangle."] # [doc = ""] # [inline] pub fn get_faces (& self) -> Vector3Array { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . get_faces ; let ret = crate :: icalls :: icallptr_vec3arr (method_bind , self . this . sys () . as_ptr ()) ; Vector3Array :: from_sys (ret) } } # [doc = "Sets a hint to be used for lightmap resolution in [BakedLightmap]. Overrides [member BakedLightmap.bake_default_texels_per_unit]."] # [doc = ""] # [inline] pub fn lightmap_size_hint (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . get_lightmap_size_hint ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the amount of surfaces that the [Mesh] holds."] # [doc = ""] # [inline] pub fn get_surface_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . get_surface_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Sets a hint to be used for lightmap resolution in [BakedLightmap]. Overrides [member BakedLightmap.bake_default_texels_per_unit]."] # [doc = ""] # [inline] pub fn set_lightmap_size_hint (& self , size : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . set_lightmap_size_hint ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = "Returns the arrays for the vertices, normals, uvs, etc. that make up the requested surface (see [method ArrayMesh.add_surface_from_arrays])."] # [doc = ""] # [inline] pub fn surface_get_arrays (& self , surf_idx : i64) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . surface_get_arrays ; let ret = crate :: icalls :: icallvar__i64 (method_bind , self . this . sys () . as_ptr () , surf_idx) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns the blend shape arrays for the requested surface."] # [doc = ""] # [inline] pub fn surface_get_blend_shape_arrays (& self , surf_idx : i64) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . surface_get_blend_shape_arrays ; let ret = crate :: icalls :: icallvar__i64 (method_bind , self . this . sys () . as_ptr () , surf_idx) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns a [Material] in a given surface. Surface is rendered using this material."] # [doc = ""] # [inline] pub fn surface_get_material (& self , surf_idx : i64) -> Option < Ref < crate :: generated :: material :: Material , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . surface_get_material ; let ret = crate :: icalls :: icallptr_obj_i64 (method_bind , self . this . sys () . as_ptr () , surf_idx) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: material :: Material , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Sets a [Material] for a given surface. Surface will be rendered using this material."] # [doc = ""] # [inline] pub fn surface_set_material (& self , surf_idx : i64 , material : impl AsArg < crate :: generated :: material :: Material >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MeshMethodTable :: get (get_api ()) . surface_set_material ; let ret = crate :: icalls :: icallptr_void_i64_obj (method_bind , self . this . sys () . as_ptr () , surf_idx , material . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Mesh { } unsafe impl GodotObject for Mesh { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Mesh" } } impl std :: ops :: Deref for Mesh { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Mesh { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Mesh { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Mesh { } unsafe impl SubClass < crate :: generated :: object :: Object > for Mesh { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct MeshMethodTable { pub class_constructor : sys :: godot_class_constructor , pub create_convex_shape : * mut sys :: godot_method_bind , pub create_outline : * mut sys :: godot_method_bind , pub create_trimesh_shape : * mut sys :: godot_method_bind , pub generate_triangle_mesh : * mut sys :: godot_method_bind , pub get_aabb : * mut sys :: godot_method_bind , pub get_faces : * mut sys :: godot_method_bind , pub get_lightmap_size_hint : * mut sys :: godot_method_bind , pub get_surface_count : * mut sys :: godot_method_bind , pub set_lightmap_size_hint : * mut sys :: godot_method_bind , pub surface_get_arrays : * mut sys :: godot_method_bind , pub surface_get_blend_shape_arrays : * mut sys :: godot_method_bind , pub surface_get_material : * mut sys :: godot_method_bind , pub surface_set_material : * mut sys :: godot_method_bind } impl MeshMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : MeshMethodTable = MeshMethodTable { class_constructor : None , create_convex_shape : 0 as * mut sys :: godot_method_bind , create_outline : 0 as * mut sys :: godot_method_bind , create_trimesh_shape : 0 as * mut sys :: godot_method_bind , generate_triangle_mesh : 0 as * mut sys :: godot_method_bind , get_aabb : 0 as * mut sys :: godot_method_bind , get_faces : 0 as * mut sys :: godot_method_bind , get_lightmap_size_hint : 0 as * mut sys :: godot_method_bind , get_surface_count : 0 as * mut sys :: godot_method_bind , set_lightmap_size_hint : 0 as * mut sys :: godot_method_bind , surface_get_arrays : 0 as * mut sys :: godot_method_bind , surface_get_blend_shape_arrays : 0 as * mut sys :: godot_method_bind , surface_get_material : 0 as * mut sys :: godot_method_bind , surface_set_material : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { MeshMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Mesh\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . create_convex_shape = (gd_api . godot_method_bind_get_method) (class_name , "create_convex_shape\0" . as_ptr () as * const c_char) ; table . create_outline = (gd_api . godot_method_bind_get_method) (class_name , "create_outline\0" . as_ptr () as * const c_char) ; table . create_trimesh_shape = (gd_api . godot_method_bind_get_method) (class_name , "create_trimesh_shape\0" . as_ptr () as * const c_char) ; table . generate_triangle_mesh = (gd_api . godot_method_bind_get_method) (class_name , "generate_triangle_mesh\0" . as_ptr () as * const c_char) ; table . get_aabb = (gd_api . godot_method_bind_get_method) (class_name , "get_aabb\0" . as_ptr () as * const c_char) ; table . get_faces = (gd_api . godot_method_bind_get_method) (class_name , "get_faces\0" . as_ptr () as * const c_char) ; table . get_lightmap_size_hint = (gd_api . godot_method_bind_get_method) (class_name , "get_lightmap_size_hint\0" . as_ptr () as * const c_char) ; table . get_surface_count = (gd_api . godot_method_bind_get_method) (class_name , "get_surface_count\0" . as_ptr () as * const c_char) ; table . set_lightmap_size_hint = (gd_api . godot_method_bind_get_method) (class_name , "set_lightmap_size_hint\0" . as_ptr () as * const c_char) ; table . surface_get_arrays = (gd_api . godot_method_bind_get_method) (class_name , "surface_get_arrays\0" . as_ptr () as * const c_char) ; table . surface_get_blend_shape_arrays = (gd_api . godot_method_bind_get_method) (class_name , "surface_get_blend_shape_arrays\0" . as_ptr () as * const c_char) ; table . surface_get_material = (gd_api . godot_method_bind_get_method) (class_name , "surface_get_material\0" . as_ptr () as * const c_char) ; table . surface_set_material = (gd_api . godot_method_bind_get_method) (class_name , "surface_set_material\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:442:5473 [INFO] [stdout] | [INFO] [stdout] 442 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 442 | # [doc = "`core class ColorRect` inherits `Control` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_colorrect.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`ColorRect` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nColorRect inherits methods from:\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ColorRect { this : RawObject < Self > , } impl ColorRect { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ColorRectMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nThe fill color.\n```gdscript\n$ColorRect.color = Color(1, 0, 0, 1) # Set ColorRect's color to red.\n```"] # [doc = ""] # [inline] pub fn frame_color (& self) -> Color { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorRectMethodTable :: get (get_api ()) . get_frame_color ; let ret = crate :: icalls :: icallptr_color (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nThe fill color.\n```gdscript\n$ColorRect.color = Color(1, 0, 0, 1) # Set ColorRect's color to red.\n```"] # [doc = ""] # [inline] pub fn set_frame_color (& self , color : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ColorRectMethodTable :: get (get_api ()) . set_frame_color ; let ret = crate :: icalls :: icallptr_void_color (method_bind , self . this . sys () . as_ptr () , color) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ColorRect { } unsafe impl GodotObject for ColorRect { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ColorRect" } } impl QueueFree for ColorRect { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for ColorRect { type Target = crate :: generated :: control :: Control ; # [inline] fn deref (& self) -> & crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ColorRect { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: control :: Control > for ColorRect { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for ColorRect { } unsafe impl SubClass < crate :: generated :: node :: Node > for ColorRect { } unsafe impl SubClass < crate :: generated :: object :: Object > for ColorRect { } impl Instanciable for ColorRect { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ColorRect :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ColorRectMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_frame_color : * mut sys :: godot_method_bind , pub set_frame_color : * mut sys :: godot_method_bind } impl ColorRectMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ColorRectMethodTable = ColorRectMethodTable { class_constructor : None , get_frame_color : 0 as * mut sys :: godot_method_bind , set_frame_color : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ColorRectMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ColorRect\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_frame_color = (gd_api . godot_method_bind_get_method) (class_name , "get_frame_color\0" . as_ptr () as * const c_char) ; table . set_frame_color = (gd_api . godot_method_bind_get_method) (class_name , "set_frame_color\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:448:9194 [INFO] [stdout] | [INFO] [stdout] 448 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 448 | # [doc = "`core class Font` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_font.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nFont inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Font { this : RawObject < Self > , } impl Font { # [doc = "Draw `string` into a canvas item using the font at a given position, with `modulate` color, and optionally clipping the width. `position` specifies the baseline, not the top. To draw from the top, [i]ascent[/i] must be added to the Y axis.\nSee also [method CanvasItem.draw_string].\n# Default Arguments\n* `modulate` - `Color( 1, 1, 1, 1 )`\n* `clip_w` - `-1`\n* `outline_modulate` - `Color( 1, 1, 1, 1 )`"] # [doc = ""] # [inline] pub fn draw (& self , canvas_item : Rid , position : Vector2 , string : impl Into < GodotString > , modulate : Color , clip_w : i64 , outline_modulate : Color) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . draw ; let ret = crate :: icalls :: icallptr_void_rid_vec2_str_color_i64_color (method_bind , self . this . sys () . as_ptr () , canvas_item , position , string . into () , modulate , clip_w , outline_modulate) ; } } # [doc = "Draw character `char` into a canvas item using the font at a given position, with `modulate` color, and optionally kerning if `next` is passed. clipping the width. `position` specifies the baseline, not the top. To draw from the top, [i]ascent[/i] must be added to the Y axis. The width used by the character is returned, making this function useful for drawing strings character by character.\n# Default Arguments\n* `next` - `-1`\n* `modulate` - `Color( 1, 1, 1, 1 )`\n* `outline` - `false`"] # [doc = ""] # [inline] pub fn draw_char (& self , canvas_item : Rid , position : Vector2 , char : i64 , next : i64 , modulate : Color , outline : bool) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . draw_char ; let ret = crate :: icalls :: icallptr_f64_rid_vec2_i64_i64_color_bool (method_bind , self . this . sys () . as_ptr () , canvas_item , position , char , next , modulate , outline) ; ret as _ } } # [doc = "Returns the font ascent (number of pixels above the baseline)."] # [doc = ""] # [inline] pub fn get_ascent (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . get_ascent ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the size of a character, optionally taking kerning into account if the next character is provided.\n# Default Arguments\n* `next` - `0`"] # [doc = ""] # [inline] pub fn get_char_size (& self , char : i64 , next : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . get_char_size ; let ret = crate :: icalls :: icallptr_vec2_i64_i64 (method_bind , self . this . sys () . as_ptr () , char , next) ; mem :: transmute (ret) } } # [doc = "Returns the font descent (number of pixels below the baseline)."] # [doc = ""] # [inline] pub fn get_descent (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . get_descent ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the total font height (ascent plus descent) in pixels."] # [doc = ""] # [inline] pub fn get_height (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . get_height ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the size of a string, taking kerning and advance into account."] # [doc = ""] # [inline] pub fn get_string_size (& self , string : impl Into < GodotString >) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . get_string_size ; let ret = crate :: icalls :: icallptr_vec2_str (method_bind , self . this . sys () . as_ptr () , string . into ()) ; mem :: transmute (ret) } } # [doc = "Returns the size that the string would have with word wrapping enabled with a fixed `width`."] # [doc = ""] # [inline] pub fn get_wordwrap_string_size (& self , string : impl Into < GodotString > , width : f64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . get_wordwrap_string_size ; let ret = crate :: icalls :: icallptr_vec2_str_f64 (method_bind , self . this . sys () . as_ptr () , string . into () , width) ; mem :: transmute (ret) } } # [doc = "Returns `true` if the font has an outline."] # [doc = ""] # [inline] pub fn has_outline (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . has_outline ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn is_distance_field_hint (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . is_distance_field_hint ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "After editing a font (changing size, ascent, char rects, etc.). Call this function to propagate changes to controls that might use it."] # [doc = ""] # [inline] pub fn update_changes (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = FontMethodTable :: get (get_api ()) . update_changes ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Font { } unsafe impl GodotObject for Font { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Font" } } impl std :: ops :: Deref for Font { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Font { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Font { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Font { } unsafe impl SubClass < crate :: generated :: object :: Object > for Font { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct FontMethodTable { pub class_constructor : sys :: godot_class_constructor , pub draw : * mut sys :: godot_method_bind , pub draw_char : * mut sys :: godot_method_bind , pub get_ascent : * mut sys :: godot_method_bind , pub get_char_size : * mut sys :: godot_method_bind , pub get_descent : * mut sys :: godot_method_bind , pub get_height : * mut sys :: godot_method_bind , pub get_string_size : * mut sys :: godot_method_bind , pub get_wordwrap_string_size : * mut sys :: godot_method_bind , pub has_outline : * mut sys :: godot_method_bind , pub is_distance_field_hint : * mut sys :: godot_method_bind , pub update_changes : * mut sys :: godot_method_bind } impl FontMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : FontMethodTable = FontMethodTable { class_constructor : None , draw : 0 as * mut sys :: godot_method_bind , draw_char : 0 as * mut sys :: godot_method_bind , get_ascent : 0 as * mut sys :: godot_method_bind , get_char_size : 0 as * mut sys :: godot_method_bind , get_descent : 0 as * mut sys :: godot_method_bind , get_height : 0 as * mut sys :: godot_method_bind , get_string_size : 0 as * mut sys :: godot_method_bind , get_wordwrap_string_size : 0 as * mut sys :: godot_method_bind , has_outline : 0 as * mut sys :: godot_method_bind , is_distance_field_hint : 0 as * mut sys :: godot_method_bind , update_changes : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { FontMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Font\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . draw = (gd_api . godot_method_bind_get_method) (class_name , "draw\0" . as_ptr () as * const c_char) ; table . draw_char = (gd_api . godot_method_bind_get_method) (class_name , "draw_char\0" . as_ptr () as * const c_char) ; table . get_ascent = (gd_api . godot_method_bind_get_method) (class_name , "get_ascent\0" . as_ptr () as * const c_char) ; table . get_char_size = (gd_api . godot_method_bind_get_method) (class_name , "get_char_size\0" . as_ptr () as * const c_char) ; table . get_descent = (gd_api . godot_method_bind_get_method) (class_name , "get_descent\0" . as_ptr () as * const c_char) ; table . get_height = (gd_api . godot_method_bind_get_method) (class_name , "get_height\0" . as_ptr () as * const c_char) ; table . get_string_size = (gd_api . godot_method_bind_get_method) (class_name , "get_string_size\0" . as_ptr () as * const c_char) ; table . get_wordwrap_string_size = (gd_api . godot_method_bind_get_method) (class_name , "get_wordwrap_string_size\0" . as_ptr () as * const c_char) ; table . has_outline = (gd_api . godot_method_bind_get_method) (class_name , "has_outline\0" . as_ptr () as * const c_char) ; table . is_distance_field_hint = (gd_api . godot_method_bind_get_method) (class_name , "is_distance_field_hint\0" . as_ptr () as * const c_char) ; table . update_changes = (gd_api . godot_method_bind_get_method) (class_name , "update_changes\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:454:3742 [INFO] [stdout] | [INFO] [stdout] 454 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 454 | # [doc = "`core class VisualShaderNodeVectorLen` inherits `VisualShaderNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshadernodevectorlen.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShaderNodeVectorLen inherits methods from:\n - [VisualShaderNode](struct.VisualShaderNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorLen { this : RawObject < Self > , } impl VisualShaderNodeVectorLen { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualShaderNodeVectorLenMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShaderNodeVectorLen { } unsafe impl GodotObject for VisualShaderNodeVectorLen { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShaderNodeVectorLen" } } impl std :: ops :: Deref for VisualShaderNodeVectorLen { type Target = crate :: generated :: visual_shader_node :: VisualShaderNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShaderNodeVectorLen { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_shader_node :: VisualShaderNode > for VisualShaderNodeVectorLen { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShaderNodeVectorLen { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShaderNodeVectorLen { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShaderNodeVectorLen { } impl Instanciable for VisualShaderNodeVectorLen { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualShaderNodeVectorLen :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderNodeVectorLenMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VisualShaderNodeVectorLenMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderNodeVectorLenMethodTable = VisualShaderNodeVectorLenMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderNodeVectorLenMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShaderNodeVectorLen\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:460:36435 [INFO] [stdout] | [INFO] [stdout] 460 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 460 | # [doc = "`core class RigidBody2D` inherits `PhysicsBody2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_rigidbody2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`RigidBody2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nRigidBody2D inherits methods from:\n - [PhysicsBody2D](struct.PhysicsBody2D.html)\n - [CollisionObject2D](struct.CollisionObject2D.html)\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct RigidBody2D { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct CcdMode (pub i64) ; impl CcdMode { pub const DISABLED : CcdMode = CcdMode (0i64) ; pub const CAST_RAY : CcdMode = CcdMode (1i64) ; pub const CAST_SHAPE : CcdMode = CcdMode (2i64) ; } impl From < i64 > for CcdMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < CcdMode > for i64 { # [inline] fn from (v : CcdMode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Mode (pub i64) ; impl Mode { pub const RIGID : Mode = Mode (0i64) ; pub const STATIC : Mode = Mode (1i64) ; pub const CHARACTER : Mode = Mode (2i64) ; pub const KINEMATIC : Mode = Mode (3i64) ; } impl From < i64 > for Mode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Mode > for i64 { # [inline] fn from (v : Mode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl RigidBody2D { pub const CCD_MODE_CAST_RAY : i64 = 1i64 ; pub const CCD_MODE_CAST_SHAPE : i64 = 2i64 ; pub const CCD_MODE_DISABLED : i64 = 0i64 ; pub const MODE_CHARACTER : i64 = 2i64 ; pub const MODE_KINEMATIC : i64 = 3i64 ; pub const MODE_RIGID : i64 = 0i64 ; pub const MODE_STATIC : i64 = 1i64 ; } impl RigidBody2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = RigidBody2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a constant directional force without affecting rotation."] # [doc = ""] # [inline] pub fn add_central_force (& self , force : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . add_central_force ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , force) ; } } # [doc = "Adds a positioned force to the body. Both the force and the offset from the body origin are in global coordinates."] # [doc = ""] # [inline] pub fn add_force (& self , offset : Vector2 , force : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . add_force ; let ret = crate :: icalls :: icallptr_void_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , offset , force) ; } } # [doc = "Adds a constant rotational force."] # [doc = ""] # [inline] pub fn add_torque (& self , torque : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . add_torque ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , torque) ; } } # [doc = "Applies a directional impulse without affecting rotation."] # [doc = ""] # [inline] pub fn apply_central_impulse (& self , impulse : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . apply_central_impulse ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , impulse) ; } } # [doc = "Applies a positioned impulse to the body. An impulse is time-independent! Applying an impulse every frame would result in a framerate-dependent force. For this reason it should only be used when simulating one-time impacts (use the \"_force\" functions otherwise). The position uses the rotation of the global coordinate system, but is centered at the object's origin."] # [doc = ""] # [inline] pub fn apply_impulse (& self , offset : Vector2 , impulse : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . apply_impulse ; let ret = crate :: icalls :: icallptr_void_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , offset , impulse) ; } } # [doc = "Applies a rotational impulse to the body."] # [doc = ""] # [inline] pub fn apply_torque_impulse (& self , torque : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . apply_torque_impulse ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , torque) ; } } # [doc = "Damps the body's [member angular_velocity]. If `-1`, the body will use the **Default Angular Damp** defined in **Project > Project Settings > Physics > 2d**."] # [doc = ""] # [inline] pub fn angular_damp (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_angular_damp ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body's rotational velocity."] # [doc = ""] # [inline] pub fn angular_velocity (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_angular_velocity ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body's total applied force."] # [doc = ""] # [inline] pub fn applied_force (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_applied_force ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The body's total applied torque."] # [doc = ""] # [inline] pub fn applied_torque (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_applied_torque ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body's bounciness. Values range from `0` (no bounce) to `1` (full bounciness).\nDeprecated, use [member PhysicsMaterial.bounce] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn bounce (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_bounce ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns a list of the bodies colliding with this one. Requires [member contact_monitor] to be set to `true` and [member contacts_reported] to be set high enough to detect all the collisions.\n**Note:** The result of this test is not immediate after moving objects. For performance, list of collisions is updated once per frame and before the physics step. Consider using signals instead."] # [doc = ""] # [inline] pub fn get_colliding_bodies (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_colliding_bodies ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Continuous collision detection mode.\nContinuous collision detection tries to predict where a moving body will collide instead of moving it and correcting its movement after collision. Continuous collision detection is slower, but more precise and misses fewer collisions with small, fast-moving objects. Raycasting and shapecasting methods are available. See [enum CCDMode] for details."] # [doc = ""] # [inline] pub fn continuous_collision_detection_mode (& self) -> crate :: generated :: rigid_body_2d :: CcdMode { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_continuous_collision_detection_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: rigid_body_2d :: CcdMode (ret) } } # [doc = "The body's friction. Values range from `0` (frictionless) to `1` (maximum friction).\nDeprecated, use [member PhysicsMaterial.friction] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn friction (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_friction ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Multiplies the gravity applied to the body. The body's gravity is calculated from the **Default Gravity** value in **Project > Project Settings > Physics > 2d** and/or any additional gravity vector applied by [Area2D]s."] # [doc = ""] # [inline] pub fn gravity_scale (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_gravity_scale ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body's moment of inertia. This is like mass, but for rotation: it determines how much torque it takes to rotate the body. The moment of inertia is usually computed automatically from the mass and the shapes, but this function allows you to set a custom value. Set 0 inertia to return to automatically computing it."] # [doc = ""] # [inline] pub fn inertia (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_inertia ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Damps the body's [member linear_velocity]. If `-1`, the body will use the **Default Linear Damp** in **Project > Project Settings > Physics > 2d**."] # [doc = ""] # [inline] pub fn linear_damp (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_linear_damp ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body's linear velocity."] # [doc = ""] # [inline] pub fn linear_velocity (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_linear_velocity ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The body's mass."] # [doc = ""] # [inline] pub fn mass (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_mass ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The maximum number of contacts that will be recorded. Requires [member contact_monitor] to be set to `true`.\n**Note:** The number of contacts is different from the number of collisions. Collisions between parallel edges will result in two contacts (one at each end), and collisions between parallel faces will result in four contacts (one at each corner)."] # [doc = ""] # [inline] pub fn max_contacts_reported (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_max_contacts_reported ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The body's mode. See [enum Mode] for possible values."] # [doc = ""] # [inline] pub fn mode (& self) -> crate :: generated :: rigid_body_2d :: Mode { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: rigid_body_2d :: Mode (ret) } } # [doc = "The physics material override for the body.\nIf a material is assigned to this property, it will be used instead of any other physics material, such as an inherited one."] # [doc = ""] # [inline] pub fn physics_material_override (& self) -> Option < Ref < crate :: generated :: physics_material :: PhysicsMaterial , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_physics_material_override ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: physics_material :: PhysicsMaterial , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The body's weight based on its mass and the **Default Gravity** value in **Project > Project Settings > Physics > 2d**."] # [doc = ""] # [inline] pub fn weight (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . get_weight ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the body can enter sleep mode when there is no movement. See [member sleeping].\n**Note:** A RigidBody2D will never enter sleep mode automatically if its [member mode] is [constant MODE_CHARACTER]. It can still be put to sleep manually by setting its [member sleeping] property to `true`."] # [doc = ""] # [inline] pub fn is_able_to_sleep (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . is_able_to_sleep ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the body will emit signals when it collides with another RigidBody2D. See also [member contacts_reported]."] # [doc = ""] # [inline] pub fn is_contact_monitor_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . is_contact_monitor_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the body will not move and will not calculate forces until woken up by another body through, for example, a collision, or by using the [method apply_impulse] or [method add_force] methods."] # [doc = ""] # [inline] pub fn is_sleeping (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . is_sleeping ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, internal force integration is disabled for this body. Aside from collision response, the body will only move as determined by the [method _integrate_forces] function."] # [doc = ""] # [inline] pub fn is_using_custom_integrator (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . is_using_custom_integrator ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Damps the body's [member angular_velocity]. If `-1`, the body will use the **Default Angular Damp** defined in **Project > Project Settings > Physics > 2d**."] # [doc = ""] # [inline] pub fn set_angular_damp (& self , angular_damp : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_angular_damp ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , angular_damp) ; } } # [doc = "The body's rotational velocity."] # [doc = ""] # [inline] pub fn set_angular_velocity (& self , angular_velocity : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_angular_velocity ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , angular_velocity) ; } } # [doc = "The body's total applied force."] # [doc = ""] # [inline] pub fn set_applied_force (& self , force : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_applied_force ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , force) ; } } # [doc = "The body's total applied torque."] # [doc = ""] # [inline] pub fn set_applied_torque (& self , torque : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_applied_torque ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , torque) ; } } # [doc = "Sets the body's velocity on the given axis. The velocity in the given vector axis will be set as the given vector length. This is useful for jumping behavior."] # [doc = ""] # [inline] pub fn set_axis_velocity (& self , axis_velocity : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_axis_velocity ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , axis_velocity) ; } } # [doc = "The body's bounciness. Values range from `0` (no bounce) to `1` (full bounciness).\nDeprecated, use [member PhysicsMaterial.bounce] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn set_bounce (& self , bounce : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_bounce ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , bounce) ; } } # [doc = "If `true`, the body can enter sleep mode when there is no movement. See [member sleeping].\n**Note:** A RigidBody2D will never enter sleep mode automatically if its [member mode] is [constant MODE_CHARACTER]. It can still be put to sleep manually by setting its [member sleeping] property to `true`."] # [doc = ""] # [inline] pub fn set_can_sleep (& self , able_to_sleep : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_can_sleep ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , able_to_sleep) ; } } # [doc = "If `true`, the body will emit signals when it collides with another RigidBody2D. See also [member contacts_reported]."] # [doc = ""] # [inline] pub fn set_contact_monitor (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_contact_monitor ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "Continuous collision detection mode.\nContinuous collision detection tries to predict where a moving body will collide instead of moving it and correcting its movement after collision. Continuous collision detection is slower, but more precise and misses fewer collisions with small, fast-moving objects. Raycasting and shapecasting methods are available. See [enum CCDMode] for details."] # [doc = ""] # [inline] pub fn set_continuous_collision_detection_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_continuous_collision_detection_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The body's friction. Values range from `0` (frictionless) to `1` (maximum friction).\nDeprecated, use [member PhysicsMaterial.friction] instead via [member physics_material_override]."] # [doc = ""] # [inline] pub fn set_friction (& self , friction : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_friction ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , friction) ; } } # [doc = "Multiplies the gravity applied to the body. The body's gravity is calculated from the **Default Gravity** value in **Project > Project Settings > Physics > 2d** and/or any additional gravity vector applied by [Area2D]s."] # [doc = ""] # [inline] pub fn set_gravity_scale (& self , gravity_scale : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_gravity_scale ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , gravity_scale) ; } } # [doc = "The body's moment of inertia. This is like mass, but for rotation: it determines how much torque it takes to rotate the body. The moment of inertia is usually computed automatically from the mass and the shapes, but this function allows you to set a custom value. Set 0 inertia to return to automatically computing it."] # [doc = ""] # [inline] pub fn set_inertia (& self , inertia : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_inertia ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , inertia) ; } } # [doc = "Damps the body's [member linear_velocity]. If `-1`, the body will use the **Default Linear Damp** in **Project > Project Settings > Physics > 2d**."] # [doc = ""] # [inline] pub fn set_linear_damp (& self , linear_damp : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_linear_damp ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , linear_damp) ; } } # [doc = "The body's linear velocity."] # [doc = ""] # [inline] pub fn set_linear_velocity (& self , linear_velocity : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_linear_velocity ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , linear_velocity) ; } } # [doc = "The body's mass."] # [doc = ""] # [inline] pub fn set_mass (& self , mass : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_mass ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , mass) ; } } # [doc = "The maximum number of contacts that will be recorded. Requires [member contact_monitor] to be set to `true`.\n**Note:** The number of contacts is different from the number of collisions. Collisions between parallel edges will result in two contacts (one at each end), and collisions between parallel faces will result in four contacts (one at each corner)."] # [doc = ""] # [inline] pub fn set_max_contacts_reported (& self , amount : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_max_contacts_reported ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , amount) ; } } # [doc = "The body's mode. See [enum Mode] for possible values."] # [doc = ""] # [inline] pub fn set_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The physics material override for the body.\nIf a material is assigned to this property, it will be used instead of any other physics material, such as an inherited one."] # [doc = ""] # [inline] pub fn set_physics_material_override (& self , physics_material_override : impl AsArg < crate :: generated :: physics_material :: PhysicsMaterial >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_physics_material_override ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , physics_material_override . as_arg_ptr ()) ; } } # [doc = "If `true`, the body will not move and will not calculate forces until woken up by another body through, for example, a collision, or by using the [method apply_impulse] or [method add_force] methods."] # [doc = ""] # [inline] pub fn set_sleeping (& self , sleeping : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_sleeping ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , sleeping) ; } } # [doc = "If `true`, internal force integration is disabled for this body. Aside from collision response, the body will only move as determined by the [method _integrate_forces] function."] # [doc = ""] # [inline] pub fn set_use_custom_integrator (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_use_custom_integrator ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The body's weight based on its mass and the **Default Gravity** value in **Project > Project Settings > Physics > 2d**."] # [doc = ""] # [inline] pub fn set_weight (& self , weight : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . set_weight ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , weight) ; } } # [doc = "Returns `true` if a collision would result from moving in the given vector. `margin` increases the size of the shapes involved in the collision detection, and `result` is an object of type [Physics2DTestMotionResult], which contains additional information about the collision (should there be one).\n# Default Arguments\n* `infinite_inertia` - `true`\n* `margin` - `0.08`\n* `result` - `null`"] # [doc = ""] # [inline] pub fn test_motion (& self , motion : Vector2 , infinite_inertia : bool , margin : f64 , result : impl AsArg < crate :: generated :: physics_2d_test_motion_result :: Physics2DTestMotionResult >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RigidBody2DMethodTable :: get (get_api ()) . test_motion ; let ret = crate :: icalls :: icallptr_bool_vec2_bool_f64_obj (method_bind , self . this . sys () . as_ptr () , motion , infinite_inertia , margin , result . as_arg_ptr ()) ; ret as _ } } } impl gdnative_core :: private :: godot_object :: Sealed for RigidBody2D { } unsafe impl GodotObject for RigidBody2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "RigidBody2D" } } impl QueueFree for RigidBody2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for RigidBody2D { type Target = crate :: generated :: physics_body_2d :: PhysicsBody2D ; # [inline] fn deref (& self) -> & crate :: generated :: physics_body_2d :: PhysicsBody2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for RigidBody2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: physics_body_2d :: PhysicsBody2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: physics_body_2d :: PhysicsBody2D > for RigidBody2D { } unsafe impl SubClass < crate :: generated :: collision_object_2d :: CollisionObject2D > for RigidBody2D { } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for RigidBody2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for RigidBody2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for RigidBody2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for RigidBody2D { } impl Instanciable for RigidBody2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { RigidBody2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct RigidBody2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_central_force : * mut sys :: godot_method_bind , pub add_force : * mut sys :: godot_method_bind , pub add_torque : * mut sys :: godot_method_bind , pub apply_central_impulse : * mut sys :: godot_method_bind , pub apply_impulse : * mut sys :: godot_method_bind , pub apply_torque_impulse : * mut sys :: godot_method_bind , pub get_angular_damp : * mut sys :: godot_method_bind , pub get_angular_velocity : * mut sys :: godot_method_bind , pub get_applied_force : * mut sys :: godot_method_bind , pub get_applied_torque : * mut sys :: godot_method_bind , pub get_bounce : * mut sys :: godot_method_bind , pub get_colliding_bodies : * mut sys :: godot_method_bind , pub get_continuous_collision_detection_mode : * mut sys :: godot_method_bind , pub get_friction : * mut sys :: godot_method_bind , pub get_gravity_scale : * mut sys :: godot_method_bind , pub get_inertia : * mut sys :: godot_method_bind , pub get_linear_damp : * mut sys :: godot_method_bind , pub get_linear_velocity : * mut sys :: godot_method_bind , pub get_mass : * mut sys :: godot_method_bind , pub get_max_contacts_reported : * mut sys :: godot_method_bind , pub get_mode : * mut sys :: godot_method_bind , pub get_physics_material_override : * mut sys :: godot_method_bind , pub get_weight : * mut sys :: godot_method_bind , pub is_able_to_sleep : * mut sys :: godot_method_bind , pub is_contact_monitor_enabled : * mut sys :: godot_method_bind , pub is_sleeping : * mut sys :: godot_method_bind , pub is_using_custom_integrator : * mut sys :: godot_method_bind , pub set_angular_damp : * mut sys :: godot_method_bind , pub set_angular_velocity : * mut sys :: godot_method_bind , pub set_applied_force : * mut sys :: godot_method_bind , pub set_applied_torque : * mut sys :: godot_method_bind , pub set_axis_velocity : * mut sys :: godot_method_bind , pub set_bounce : * mut sys :: godot_method_bind , pub set_can_sleep : * mut sys :: godot_method_bind , pub set_contact_monitor : * mut sys :: godot_method_bind , pub set_continuous_collision_detection_mode : * mut sys :: godot_method_bind , pub set_friction : * mut sys :: godot_method_bind , pub set_gravity_scale : * mut sys :: godot_method_bind , pub set_inertia : * mut sys :: godot_method_bind , pub set_linear_damp : * mut sys :: godot_method_bind , pub set_linear_velocity : * mut sys :: godot_method_bind , pub set_mass : * mut sys :: godot_method_bind , pub set_max_contacts_reported : * mut sys :: godot_method_bind , pub set_mode : * mut sys :: godot_method_bind , pub set_physics_material_override : * mut sys :: godot_method_bind , pub set_sleeping : * mut sys :: godot_method_bind , pub set_use_custom_integrator : * mut sys :: godot_method_bind , pub set_weight : * mut sys :: godot_method_bind , pub test_motion : * mut sys :: godot_method_bind } impl RigidBody2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : RigidBody2DMethodTable = RigidBody2DMethodTable { class_constructor : None , add_central_force : 0 as * mut sys :: godot_method_bind , add_force : 0 as * mut sys :: godot_method_bind , add_torque : 0 as * mut sys :: godot_method_bind , apply_central_impulse : 0 as * mut sys :: godot_method_bind , apply_impulse : 0 as * mut sys :: godot_method_bind , apply_torque_impulse : 0 as * mut sys :: godot_method_bind , get_angular_damp : 0 as * mut sys :: godot_method_bind , get_angular_velocity : 0 as * mut sys :: godot_method_bind , get_applied_force : 0 as * mut sys :: godot_method_bind , get_applied_torque : 0 as * mut sys :: godot_method_bind , get_bounce : 0 as * mut sys :: godot_method_bind , get_colliding_bodies : 0 as * mut sys :: godot_method_bind , get_continuous_collision_detection_mode : 0 as * mut sys :: godot_method_bind , get_friction : 0 as * mut sys :: godot_method_bind , get_gravity_scale : 0 as * mut sys :: godot_method_bind , get_inertia : 0 as * mut sys :: godot_method_bind , get_linear_damp : 0 as * mut sys :: godot_method_bind , get_linear_velocity : 0 as * mut sys :: godot_method_bind , get_mass : 0 as * mut sys :: godot_method_bind , get_max_contacts_reported : 0 as * mut sys :: godot_method_bind , get_mode : 0 as * mut sys :: godot_method_bind , get_physics_material_override : 0 as * mut sys :: godot_method_bind , get_weight : 0 as * mut sys :: godot_method_bind , is_able_to_sleep : 0 as * mut sys :: godot_method_bind , is_contact_monitor_enabled : 0 as * mut sys :: godot_method_bind , is_sleeping : 0 as * mut sys :: godot_method_bind , is_using_custom_integrator : 0 as * mut sys :: godot_method_bind , set_angular_damp : 0 as * mut sys :: godot_method_bind , set_angular_velocity : 0 as * mut sys :: godot_method_bind , set_applied_force : 0 as * mut sys :: godot_method_bind , set_applied_torque : 0 as * mut sys :: godot_method_bind , set_axis_velocity : 0 as * mut sys :: godot_method_bind , set_bounce : 0 as * mut sys :: godot_method_bind , set_can_sleep : 0 as * mut sys :: godot_method_bind , set_contact_monitor : 0 as * mut sys :: godot_method_bind , set_continuous_collision_detection_mode : 0 as * mut sys :: godot_method_bind , set_friction : 0 as * mut sys :: godot_method_bind , set_gravity_scale : 0 as * mut sys :: godot_method_bind , set_inertia : 0 as * mut sys :: godot_method_bind , set_linear_damp : 0 as * mut sys :: godot_method_bind , set_linear_velocity : 0 as * mut sys :: godot_method_bind , set_mass : 0 as * mut sys :: godot_method_bind , set_max_contacts_reported : 0 as * mut sys :: godot_method_bind , set_mode : 0 as * mut sys :: godot_method_bind , set_physics_material_override : 0 as * mut sys :: godot_method_bind , set_sleeping : 0 as * mut sys :: godot_method_bind , set_use_custom_integrator : 0 as * mut sys :: godot_method_bind , set_weight : 0 as * mut sys :: godot_method_bind , test_motion : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { RigidBody2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "RigidBody2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_central_force = (gd_api . godot_method_bind_get_method) (class_name , "add_central_force\0" . as_ptr () as * const c_char) ; table . add_force = (gd_api . godot_method_bind_get_method) (class_name , "add_force\0" . as_ptr () as * const c_char) ; table . add_torque = (gd_api . godot_method_bind_get_method) (class_name , "add_torque\0" . as_ptr () as * const c_char) ; table . apply_central_impulse = (gd_api . godot_method_bind_get_method) (class_name , "apply_central_impulse\0" . as_ptr () as * const c_char) ; table . apply_impulse = (gd_api . godot_method_bind_get_method) (class_name , "apply_impulse\0" . as_ptr () as * const c_char) ; table . apply_torque_impulse = (gd_api . godot_method_bind_get_method) (class_name , "apply_torque_impulse\0" . as_ptr () as * const c_char) ; table . get_angular_damp = (gd_api . godot_method_bind_get_method) (class_name , "get_angular_damp\0" . as_ptr () as * const c_char) ; table . get_angular_velocity = (gd_api . godot_method_bind_get_method) (class_name , "get_angular_velocity\0" . as_ptr () as * const c_char) ; table . get_applied_force = (gd_api . godot_method_bind_get_method) (class_name , "get_applied_force\0" . as_ptr () as * const c_char) ; table . get_applied_torque = (gd_api . godot_method_bind_get_method) (class_name , "get_applied_torque\0" . as_ptr () as * const c_char) ; table . get_bounce = (gd_api . godot_method_bind_get_method) (class_name , "get_bounce\0" . as_ptr () as * const c_char) ; table . get_colliding_bodies = (gd_api . godot_method_bind_get_method) (class_name , "get_colliding_bodies\0" . as_ptr () as * const c_char) ; table . get_continuous_collision_detection_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_continuous_collision_detection_mode\0" . as_ptr () as * const c_char) ; table . get_friction = (gd_api . godot_method_bind_get_method) (class_name , "get_friction\0" . as_ptr () as * const c_char) ; table . get_gravity_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_gravity_scale\0" . as_ptr () as * const c_char) ; table . get_inertia = (gd_api . godot_method_bind_get_method) (class_name , "get_inertia\0" . as_ptr () as * const c_char) ; table . get_linear_damp = (gd_api . godot_method_bind_get_method) (class_name , "get_linear_damp\0" . as_ptr () as * const c_char) ; table . get_linear_velocity = (gd_api . godot_method_bind_get_method) (class_name , "get_linear_velocity\0" . as_ptr () as * const c_char) ; table . get_mass = (gd_api . godot_method_bind_get_method) (class_name , "get_mass\0" . as_ptr () as * const c_char) ; table . get_max_contacts_reported = (gd_api . godot_method_bind_get_method) (class_name , "get_max_contacts_reported\0" . as_ptr () as * const c_char) ; table . get_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_mode\0" . as_ptr () as * const c_char) ; table . get_physics_material_override = (gd_api . godot_method_bind_get_method) (class_name , "get_physics_material_override\0" . as_ptr () as * const c_char) ; table . get_weight = (gd_api . godot_method_bind_get_method) (class_name , "get_weight\0" . as_ptr () as * const c_char) ; table . is_able_to_sleep = (gd_api . godot_method_bind_get_method) (class_name , "is_able_to_sleep\0" . as_ptr () as * const c_char) ; table . is_contact_monitor_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_contact_monitor_enabled\0" . as_ptr () as * const c_char) ; table . is_sleeping = (gd_api . godot_method_bind_get_method) (class_name , "is_sleeping\0" . as_ptr () as * const c_char) ; table . is_using_custom_integrator = (gd_api . godot_method_bind_get_method) (class_name , "is_using_custom_integrator\0" . as_ptr () as * const c_char) ; table . set_angular_damp = (gd_api . godot_method_bind_get_method) (class_name , "set_angular_damp\0" . as_ptr () as * const c_char) ; table . set_angular_velocity = (gd_api . godot_method_bind_get_method) (class_name , "set_angular_velocity\0" . as_ptr () as * const c_char) ; table . set_applied_force = (gd_api . godot_method_bind_get_method) (class_name , "set_applied_force\0" . as_ptr () as * const c_char) ; table . set_applied_torque = (gd_api . godot_method_bind_get_method) (class_name , "set_applied_torque\0" . as_ptr () as * const c_char) ; table . set_axis_velocity = (gd_api . godot_method_bind_get_method) (class_name , "set_axis_velocity\0" . as_ptr () as * const c_char) ; table . set_bounce = (gd_api . godot_method_bind_get_method) (class_name , "set_bounce\0" . as_ptr () as * const c_char) ; table . set_can_sleep = (gd_api . godot_method_bind_get_method) (class_name , "set_can_sleep\0" . as_ptr () as * const c_char) ; table . set_contact_monitor = (gd_api . godot_method_bind_get_method) (class_name , "set_contact_monitor\0" . as_ptr () as * const c_char) ; table . set_continuous_collision_detection_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_continuous_collision_detection_mode\0" . as_ptr () as * const c_char) ; table . set_friction = (gd_api . godot_method_bind_get_method) (class_name , "set_friction\0" . as_ptr () as * const c_char) ; table . set_gravity_scale = (gd_api . godot_method_bind_get_method) (class_name , "set_gravity_scale\0" . as_ptr () as * const c_char) ; table . set_inertia = (gd_api . godot_method_bind_get_method) (class_name , "set_inertia\0" . as_ptr () as * const c_char) ; table . set_linear_damp = (gd_api . godot_method_bind_get_method) (class_name , "set_linear_damp\0" . as_ptr () as * const c_char) ; table . set_linear_velocity = (gd_api . godot_method_bind_get_method) (class_name , "set_linear_velocity\0" . as_ptr () as * const c_char) ; table . set_mass = (gd_api . godot_method_bind_get_method) (class_name , "set_mass\0" . as_ptr () as * const c_char) ; table . set_max_contacts_reported = (gd_api . godot_method_bind_get_method) (class_name , "set_max_contacts_reported\0" . as_ptr () as * const c_char) ; table . set_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_mode\0" . as_ptr () as * const c_char) ; table . set_physics_material_override = (gd_api . godot_method_bind_get_method) (class_name , "set_physics_material_override\0" . as_ptr () as * const c_char) ; table . set_sleeping = (gd_api . godot_method_bind_get_method) (class_name , "set_sleeping\0" . as_ptr () as * const c_char) ; table . set_use_custom_integrator = (gd_api . godot_method_bind_get_method) (class_name , "set_use_custom_integrator\0" . as_ptr () as * const c_char) ; table . set_weight = (gd_api . godot_method_bind_get_method) (class_name , "set_weight\0" . as_ptr () as * const c_char) ; table . test_motion = (gd_api . godot_method_bind_get_method) (class_name , "test_motion\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:466:4309 [INFO] [stdout] | [INFO] [stdout] 466 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 466 | # [doc = "`core class QuadMesh` inherits `PrimitiveMesh` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_quadmesh.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nQuadMesh inherits methods from:\n - [PrimitiveMesh](struct.PrimitiveMesh.html)\n - [Mesh](struct.Mesh.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct QuadMesh { this : RawObject < Self > , } impl QuadMesh { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = QuadMeshMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Size on the X and Y axes."] # [doc = ""] # [inline] pub fn size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = QuadMeshMethodTable :: get (get_api ()) . get_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Size on the X and Y axes."] # [doc = ""] # [inline] pub fn set_size (& self , size : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = QuadMeshMethodTable :: get (get_api ()) . set_size ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , size) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for QuadMesh { } unsafe impl GodotObject for QuadMesh { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "QuadMesh" } } impl std :: ops :: Deref for QuadMesh { type Target = crate :: generated :: primitive_mesh :: PrimitiveMesh ; # [inline] fn deref (& self) -> & crate :: generated :: primitive_mesh :: PrimitiveMesh { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for QuadMesh { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: primitive_mesh :: PrimitiveMesh { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: primitive_mesh :: PrimitiveMesh > for QuadMesh { } unsafe impl SubClass < crate :: generated :: mesh :: Mesh > for QuadMesh { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for QuadMesh { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for QuadMesh { } unsafe impl SubClass < crate :: generated :: object :: Object > for QuadMesh { } impl Instanciable for QuadMesh { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { QuadMesh :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct QuadMeshMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_size : * mut sys :: godot_method_bind , pub set_size : * mut sys :: godot_method_bind } impl QuadMeshMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : QuadMeshMethodTable = QuadMeshMethodTable { class_constructor : None , get_size : 0 as * mut sys :: godot_method_bind , set_size : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { QuadMeshMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "QuadMesh\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_size = (gd_api . godot_method_bind_get_method) (class_name , "get_size\0" . as_ptr () as * const c_char) ; table . set_size = (gd_api . godot_method_bind_get_method) (class_name , "set_size\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:472:7833 [INFO] [stdout] | [INFO] [stdout] 472 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 472 | # [doc = "`core class VisualShaderNodeScalarFunc` inherits `VisualShaderNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshadernodescalarfunc.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShaderNodeScalarFunc inherits methods from:\n - [VisualShaderNode](struct.VisualShaderNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShaderNodeScalarFunc { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Function (pub i64) ; impl Function { pub const SIN : Function = Function (0i64) ; pub const COS : Function = Function (1i64) ; pub const TAN : Function = Function (2i64) ; pub const ASIN : Function = Function (3i64) ; pub const ACOS : Function = Function (4i64) ; pub const ATAN : Function = Function (5i64) ; pub const SINH : Function = Function (6i64) ; pub const COSH : Function = Function (7i64) ; pub const TANH : Function = Function (8i64) ; pub const LOG : Function = Function (9i64) ; pub const EXP : Function = Function (10i64) ; pub const SQRT : Function = Function (11i64) ; pub const ABS : Function = Function (12i64) ; pub const SIGN : Function = Function (13i64) ; pub const FLOOR : Function = Function (14i64) ; pub const ROUND : Function = Function (15i64) ; pub const CEIL : Function = Function (16i64) ; pub const FRAC : Function = Function (17i64) ; pub const SATURATE : Function = Function (18i64) ; pub const NEGATE : Function = Function (19i64) ; pub const ACOSH : Function = Function (20i64) ; pub const ASINH : Function = Function (21i64) ; pub const ATANH : Function = Function (22i64) ; pub const DEGREES : Function = Function (23i64) ; pub const EXP2 : Function = Function (24i64) ; pub const INVERSE_SQRT : Function = Function (25i64) ; pub const LOG2 : Function = Function (26i64) ; pub const RADIANS : Function = Function (27i64) ; pub const RECIPROCAL : Function = Function (28i64) ; pub const ROUNDEVEN : Function = Function (29i64) ; pub const TRUNC : Function = Function (30i64) ; pub const ONEMINUS : Function = Function (31i64) ; } impl From < i64 > for Function { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Function > for i64 { # [inline] fn from (v : Function) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl VisualShaderNodeScalarFunc { pub const FUNC_ABS : i64 = 12i64 ; pub const FUNC_ACOS : i64 = 4i64 ; pub const FUNC_ACOSH : i64 = 20i64 ; pub const FUNC_ASIN : i64 = 3i64 ; pub const FUNC_ASINH : i64 = 21i64 ; pub const FUNC_ATAN : i64 = 5i64 ; pub const FUNC_ATANH : i64 = 22i64 ; pub const FUNC_CEIL : i64 = 16i64 ; pub const FUNC_COS : i64 = 1i64 ; pub const FUNC_COSH : i64 = 7i64 ; pub const FUNC_DEGREES : i64 = 23i64 ; pub const FUNC_EXP : i64 = 10i64 ; pub const FUNC_EXP2 : i64 = 24i64 ; pub const FUNC_FLOOR : i64 = 14i64 ; pub const FUNC_FRAC : i64 = 17i64 ; pub const FUNC_INVERSE_SQRT : i64 = 25i64 ; pub const FUNC_LOG : i64 = 9i64 ; pub const FUNC_LOG2 : i64 = 26i64 ; pub const FUNC_NEGATE : i64 = 19i64 ; pub const FUNC_ONEMINUS : i64 = 31i64 ; pub const FUNC_RADIANS : i64 = 27i64 ; pub const FUNC_RECIPROCAL : i64 = 28i64 ; pub const FUNC_ROUND : i64 = 15i64 ; pub const FUNC_ROUNDEVEN : i64 = 29i64 ; pub const FUNC_SATURATE : i64 = 18i64 ; pub const FUNC_SIGN : i64 = 13i64 ; pub const FUNC_SIN : i64 = 0i64 ; pub const FUNC_SINH : i64 = 6i64 ; pub const FUNC_SQRT : i64 = 11i64 ; pub const FUNC_TAN : i64 = 2i64 ; pub const FUNC_TANH : i64 = 8i64 ; pub const FUNC_TRUNC : i64 = 30i64 ; } impl VisualShaderNodeScalarFunc { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualShaderNodeScalarFuncMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn function (& self) -> crate :: generated :: visual_shader_node_scalar_func :: Function { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeScalarFuncMethodTable :: get (get_api ()) . get_function ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_shader_node_scalar_func :: Function (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_function (& self , func : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeScalarFuncMethodTable :: get (get_api ()) . set_function ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , func) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShaderNodeScalarFunc { } unsafe impl GodotObject for VisualShaderNodeScalarFunc { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShaderNodeScalarFunc" } } impl std :: ops :: Deref for VisualShaderNodeScalarFunc { type Target = crate :: generated :: visual_shader_node :: VisualShaderNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShaderNodeScalarFunc { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_shader_node :: VisualShaderNode > for VisualShaderNodeScalarFunc { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShaderNodeScalarFunc { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShaderNodeScalarFunc { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShaderNodeScalarFunc { } impl Instanciable for VisualShaderNodeScalarFunc { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualShaderNodeScalarFunc :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderNodeScalarFuncMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_function : * mut sys :: godot_method_bind , pub set_function : * mut sys :: godot_method_bind } impl VisualShaderNodeScalarFuncMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderNodeScalarFuncMethodTable = VisualShaderNodeScalarFuncMethodTable { class_constructor : None , get_function : 0 as * mut sys :: godot_method_bind , set_function : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderNodeScalarFuncMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShaderNodeScalarFunc\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_function = (gd_api . godot_method_bind_get_method) (class_name , "get_function\0" . as_ptr () as * const c_char) ; table . set_function = (gd_api . godot_method_bind_get_method) (class_name , "set_function\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:478:102938 [INFO] [stdout] | [INFO] [stdout] 478 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 478 | # [doc = "`core singleton class OS` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_os.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nOS inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct OS { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct HandleType (pub i64) ; impl HandleType { pub const APPLICATION_HANDLE : HandleType = HandleType (0i64) ; pub const DISPLAY_HANDLE : HandleType = HandleType (1i64) ; pub const WINDOW_HANDLE : HandleType = HandleType (2i64) ; pub const WINDOW_VIEW : HandleType = HandleType (3i64) ; pub const OPENGL_CONTEXT : HandleType = HandleType (4i64) ; } impl From < i64 > for HandleType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < HandleType > for i64 { # [inline] fn from (v : HandleType) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Month (pub i64) ; impl Month { pub const JANUARY : Month = Month (1i64) ; pub const FEBRUARY : Month = Month (2i64) ; pub const MARCH : Month = Month (3i64) ; pub const APRIL : Month = Month (4i64) ; pub const MAY : Month = Month (5i64) ; pub const JUNE : Month = Month (6i64) ; pub const JULY : Month = Month (7i64) ; pub const AUGUST : Month = Month (8i64) ; pub const SEPTEMBER : Month = Month (9i64) ; pub const OCTOBER : Month = Month (10i64) ; pub const NOVEMBER : Month = Month (11i64) ; pub const DECEMBER : Month = Month (12i64) ; } impl From < i64 > for Month { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Month > for i64 { # [inline] fn from (v : Month) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct PowerState (pub i64) ; impl PowerState { pub const UNKNOWN : PowerState = PowerState (0i64) ; pub const ON_BATTERY : PowerState = PowerState (1i64) ; pub const NO_BATTERY : PowerState = PowerState (2i64) ; pub const CHARGING : PowerState = PowerState (3i64) ; pub const CHARGED : PowerState = PowerState (4i64) ; } impl From < i64 > for PowerState { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < PowerState > for i64 { # [inline] fn from (v : PowerState) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ScreenOrientation (pub i64) ; impl ScreenOrientation { pub const LANDSCAPE : ScreenOrientation = ScreenOrientation (0i64) ; pub const PORTRAIT : ScreenOrientation = ScreenOrientation (1i64) ; pub const REVERSE_LANDSCAPE : ScreenOrientation = ScreenOrientation (2i64) ; pub const REVERSE_PORTRAIT : ScreenOrientation = ScreenOrientation (3i64) ; pub const SENSOR_LANDSCAPE : ScreenOrientation = ScreenOrientation (4i64) ; pub const SENSOR_PORTRAIT : ScreenOrientation = ScreenOrientation (5i64) ; pub const SENSOR : ScreenOrientation = ScreenOrientation (6i64) ; } impl From < i64 > for ScreenOrientation { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ScreenOrientation > for i64 { # [inline] fn from (v : ScreenOrientation) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct SystemDir (pub i64) ; impl SystemDir { pub const DESKTOP : SystemDir = SystemDir (0i64) ; pub const DCIM : SystemDir = SystemDir (1i64) ; pub const DOCUMENTS : SystemDir = SystemDir (2i64) ; pub const DOWNLOADS : SystemDir = SystemDir (3i64) ; pub const MOVIES : SystemDir = SystemDir (4i64) ; pub const MUSIC : SystemDir = SystemDir (5i64) ; pub const PICTURES : SystemDir = SystemDir (6i64) ; pub const RINGTONES : SystemDir = SystemDir (7i64) ; } impl From < i64 > for SystemDir { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < SystemDir > for i64 { # [inline] fn from (v : SystemDir) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct VideoDriver (pub i64) ; impl VideoDriver { pub const GLES3 : VideoDriver = VideoDriver (0i64) ; pub const GLES2 : VideoDriver = VideoDriver (1i64) ; } impl From < i64 > for VideoDriver { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < VideoDriver > for i64 { # [inline] fn from (v : VideoDriver) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Weekday (pub i64) ; impl Weekday { pub const SUNDAY : Weekday = Weekday (0i64) ; pub const MONDAY : Weekday = Weekday (1i64) ; pub const TUESDAY : Weekday = Weekday (2i64) ; pub const WEDNESDAY : Weekday = Weekday (3i64) ; pub const THURSDAY : Weekday = Weekday (4i64) ; pub const FRIDAY : Weekday = Weekday (5i64) ; pub const SATURDAY : Weekday = Weekday (6i64) ; } impl From < i64 > for Weekday { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Weekday > for i64 { # [inline] fn from (v : Weekday) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl OS { pub const APPLICATION_HANDLE : i64 = 0i64 ; pub const DAY_FRIDAY : i64 = 5i64 ; pub const DAY_MONDAY : i64 = 1i64 ; pub const DAY_SATURDAY : i64 = 6i64 ; pub const DAY_SUNDAY : i64 = 0i64 ; pub const DAY_THURSDAY : i64 = 4i64 ; pub const DAY_TUESDAY : i64 = 2i64 ; pub const DAY_WEDNESDAY : i64 = 3i64 ; pub const DISPLAY_HANDLE : i64 = 1i64 ; pub const MONTH_APRIL : i64 = 4i64 ; pub const MONTH_AUGUST : i64 = 8i64 ; pub const MONTH_DECEMBER : i64 = 12i64 ; pub const MONTH_FEBRUARY : i64 = 2i64 ; pub const MONTH_JANUARY : i64 = 1i64 ; pub const MONTH_JULY : i64 = 7i64 ; pub const MONTH_JUNE : i64 = 6i64 ; pub const MONTH_MARCH : i64 = 3i64 ; pub const MONTH_MAY : i64 = 5i64 ; pub const MONTH_NOVEMBER : i64 = 11i64 ; pub const MONTH_OCTOBER : i64 = 10i64 ; pub const MONTH_SEPTEMBER : i64 = 9i64 ; pub const OPENGL_CONTEXT : i64 = 4i64 ; pub const POWERSTATE_CHARGED : i64 = 4i64 ; pub const POWERSTATE_CHARGING : i64 = 3i64 ; pub const POWERSTATE_NO_BATTERY : i64 = 2i64 ; pub const POWERSTATE_ON_BATTERY : i64 = 1i64 ; pub const POWERSTATE_UNKNOWN : i64 = 0i64 ; pub const SCREEN_ORIENTATION_LANDSCAPE : i64 = 0i64 ; pub const SCREEN_ORIENTATION_PORTRAIT : i64 = 1i64 ; pub const SCREEN_ORIENTATION_REVERSE_LANDSCAPE : i64 = 2i64 ; pub const SCREEN_ORIENTATION_REVERSE_PORTRAIT : i64 = 3i64 ; pub const SCREEN_ORIENTATION_SENSOR : i64 = 6i64 ; pub const SCREEN_ORIENTATION_SENSOR_LANDSCAPE : i64 = 4i64 ; pub const SCREEN_ORIENTATION_SENSOR_PORTRAIT : i64 = 5i64 ; pub const SYSTEM_DIR_DCIM : i64 = 1i64 ; pub const SYSTEM_DIR_DESKTOP : i64 = 0i64 ; pub const SYSTEM_DIR_DOCUMENTS : i64 = 2i64 ; pub const SYSTEM_DIR_DOWNLOADS : i64 = 3i64 ; pub const SYSTEM_DIR_MOVIES : i64 = 4i64 ; pub const SYSTEM_DIR_MUSIC : i64 = 5i64 ; pub const SYSTEM_DIR_PICTURES : i64 = 6i64 ; pub const SYSTEM_DIR_RINGTONES : i64 = 7i64 ; pub const VIDEO_DRIVER_GLES2 : i64 = 1i64 ; pub const VIDEO_DRIVER_GLES3 : i64 = 0i64 ; pub const WINDOW_HANDLE : i64 = 2i64 ; pub const WINDOW_VIEW : i64 = 3i64 ; } impl OS { # [doc = "Returns a reference to the singleton instance."] # [inline] pub fn godot_singleton () -> & 'static Self { unsafe { let this = (get_api () . godot_global_get_singleton) ("OS\0" . as_ptr () as * mut _) ; let this = ptr :: NonNull :: new (this) . expect ("singleton should not be null") ; let this = RawObject :: from_sys_ref_unchecked :: < 'static > (this) ; Self :: cast_ref (this) } } # [doc = "Displays a modal dialog box using the host OS' facilities. Execution is blocked until the dialog is closed.\n# Default Arguments\n* `title` - `\"Alert!\"`"] # [doc = ""] # [inline] pub fn alert (& self , text : impl Into < GodotString > , title : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . alert ; let ret = crate :: icalls :: icallptr_void_str_str (method_bind , self . this . sys () . as_ptr () , text . into () , title . into ()) ; } } # [doc = "Returns `true` if the host OS allows drawing."] # [doc = ""] # [inline] pub fn can_draw (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . can_draw ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the current host platform is using multiple threads."] # [doc = ""] # [inline] pub fn can_use_threads (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . can_use_threads ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Centers the window on the screen if in windowed mode."] # [doc = ""] # [inline] pub fn center_window (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . center_window ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Shuts down system MIDI driver.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn close_midi_inputs (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . close_midi_inputs ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Delay execution of the current thread by `msec` milliseconds."] # [doc = ""] # [inline] pub fn delay_msec (& self , msec : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . delay_msec ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , msec) ; } } # [doc = "Delay execution of the current thread by `usec` microseconds."] # [doc = ""] # [inline] pub fn delay_usec (& self , usec : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . delay_usec ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , usec) ; } } # [doc = "Dumps the memory allocation ringlist to a file (only works in debug).\nEntry format per line: \"Address - Size - Description\"."] # [doc = ""] # [inline] pub fn dump_memory_to_file (& self , file : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . dump_memory_to_file ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , file . into ()) ; } } # [doc = "Dumps all used resources to file (only works in debug).\nEntry format per line: \"Resource Type : Resource Location\".\nAt the end of the file is a statistic of all used Resource Types."] # [doc = ""] # [inline] pub fn dump_resources_to_file (& self , file : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . dump_resources_to_file ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , file . into ()) ; } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nExecute the file at the given path with the arguments passed as an array of strings. Platform path resolution will take place. The resolved file must exist and be executable.\nThe arguments are used in the given order and separated by a space, so `OS.execute(\"ping\", [\"-w\", \"3\", \"godotengine.org\"], false)` will resolve to `ping -w 3 godotengine.org` in the system's shell.\nThis method has slightly different behavior based on whether the `blocking` mode is enabled.\nIf `blocking` is `true`, the Godot thread will pause its execution while waiting for the process to terminate. The shell output of the process will be written to the `output` array as a single string. When the process terminates, the Godot thread will resume execution.\nIf `blocking` is `false`, the Godot thread will continue while the new process runs. It is not possible to retrieve the shell output in non-blocking mode, so `output` will be empty.\nThe return value also depends on the blocking mode. When blocking, the method will return an exit code of the process. When non-blocking, the method returns a process ID, which you can use to monitor the process (and potentially terminate it with [method kill]). If the process forking (non-blocking) or opening (blocking) fails, the method will return `-1` or another exit code.\nExample of blocking mode and retrieving the shell output:\n```gdscript\nvar output = []\nvar exit_code = OS.execute(\"ls\", [\"-l\", \"/tmp\"], true, output)\n```\nExample of non-blocking mode, running another instance of the project and storing its process ID:\n```gdscript\nvar pid = OS.execute(OS.get_executable_path(), [], false)\n```\nIf you wish to access a shell built-in or perform a composite command, a platform-specific shell can be invoked. For example:\n```gdscript\nOS.execute(\"CMD.exe\", [\"/C\", \"cd %TEMP% && dir\"], true, output)\n```\n**Note:** This method is implemented on Android, iOS, Linux, macOS and Windows.\n# Default Arguments\n* `blocking` - `true`\n* `output` - `[ ]`\n* `read_stderr` - `false`"] # [doc = ""] # [inline] pub fn execute (& self , path : impl Into < GodotString > , arguments : StringArray , blocking : bool , output : VariantArray , read_stderr : bool) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . execute ; let ret = crate :: icalls :: icallptr_i64_str_strarr_bool_arr_bool (method_bind , self . this . sys () . as_ptr () , path . into () , arguments , blocking , output , read_stderr) ; ret as _ } } # [doc = "Returns the scancode of the given string (e.g. \"Escape\")."] # [doc = ""] # [inline] pub fn find_scancode_from_string (& self , string : impl Into < GodotString >) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . find_scancode_from_string ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , string . into ()) ; ret as _ } } # [doc = "Returns the total number of available audio drivers."] # [doc = ""] # [inline] pub fn get_audio_driver_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_audio_driver_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the audio driver name for the given index."] # [doc = ""] # [inline] pub fn get_audio_driver_name (& self , driver : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_audio_driver_name ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , driver) ; GodotString :: from_sys (ret) } } # [doc = "If `true`, removes the window frame.\n**Note:** Setting `window_borderless` to `false` disables per-pixel transparency."] # [doc = ""] # [inline] pub fn borderless_window (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_borderless_window ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The clipboard from the host OS. Might be unavailable on some platforms."] # [doc = ""] # [inline] pub fn clipboard (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_clipboard ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nReturns the command-line arguments passed to the engine.\nCommand-line arguments can be written in any form, including both `--key value` and `--key=value` forms so they can be properly parsed, as long as custom command-line arguments do not conflict with engine arguments.\nYou can also incorporate environment variables using the [method get_environment] method.\nYou can set `editor/main_run_args` in the Project Settings to define command-line arguments to be passed by the editor when running the project.\nHere's a minimal example on how to parse command-line arguments into a dictionary using the `--key=value` form for arguments:\n```gdscript\nvar arguments = {}\nfor argument in OS.get_cmdline_args():\n if argument.find(\"=\") > -1:\n var key_value = argument.split(\"=\")\n arguments[key_value[0].lstrip(\"--\")] = key_value[1]\n```"] # [doc = ""] # [inline] pub fn get_cmdline_args (& self) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_cmdline_args ; let ret = crate :: icalls :: icallptr_strarr (method_bind , self . this . sys () . as_ptr ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns an array of MIDI device names.\nThe returned array will be empty if the system MIDI driver has not previously been initialised with [method open_midi_inputs].\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn get_connected_midi_inputs (& self) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_connected_midi_inputs ; let ret = crate :: icalls :: icallptr_strarr (method_bind , self . this . sys () . as_ptr ()) ; StringArray :: from_sys (ret) } } # [doc = "The current screen index (starting from 0)."] # [doc = ""] # [inline] pub fn current_screen (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_current_screen ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The current tablet drvier in use."] # [doc = ""] # [inline] pub fn current_tablet_driver (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_current_tablet_driver ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the currently used video driver, using one of the values from [enum VideoDriver]."] # [doc = ""] # [inline] pub fn get_current_video_driver (& self) -> crate :: generated :: os :: VideoDriver { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_current_video_driver ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: os :: VideoDriver (ret) } } # [doc = "Returns current date as a dictionary of keys: `year`, `month`, `day`, `weekday`, `dst` (Daylight Savings Time).\n# Default Arguments\n* `utc` - `false`"] # [doc = ""] # [inline] pub fn get_date (& self , utc : bool) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_date ; let ret = crate :: icalls :: icallptr_dict_bool (method_bind , self . this . sys () . as_ptr () , utc) ; Dictionary :: from_sys (ret) } } # [doc = "Returns current datetime as a dictionary of keys: `year`, `month`, `day`, `weekday`, `dst` (Daylight Savings Time), `hour`, `minute`, `second`.\n# Default Arguments\n* `utc` - `false`"] # [doc = ""] # [inline] pub fn get_datetime (& self , utc : bool) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_datetime ; let ret = crate :: icalls :: icallptr_dict_bool (method_bind , self . this . sys () . as_ptr () , utc) ; Dictionary :: from_sys (ret) } } # [doc = "Gets a dictionary of time values corresponding to the given UNIX epoch time (in seconds).\nThe returned Dictionary's values will be the same as [method get_datetime], with the exception of Daylight Savings Time as it cannot be determined from the epoch."] # [doc = ""] # [inline] pub fn get_datetime_from_unix_time (& self , unix_time_val : i64) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_datetime_from_unix_time ; let ret = crate :: icalls :: icallptr_dict_i64 (method_bind , self . this . sys () . as_ptr () , unix_time_val) ; Dictionary :: from_sys (ret) } } # [doc = "Returns the total amount of dynamic memory used (only works in debug)."] # [doc = ""] # [inline] pub fn get_dynamic_memory_usage (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_dynamic_memory_usage ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns an environment variable."] # [doc = ""] # [inline] pub fn get_environment (& self , variable : impl Into < GodotString >) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_environment ; let ret = crate :: icalls :: icallptr_str_str (method_bind , self . this . sys () . as_ptr () , variable . into ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the path to the current engine executable."] # [doc = ""] # [inline] pub fn get_executable_path (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_executable_path ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "The exit code passed to the OS when the main loop exits. By convention, an exit code of `0` indicates success whereas a non-zero exit code indicates an error. For portability reasons, the exit code should be set between 0 and 125 (inclusive).\n**Note:** This value will be ignored if using [method SceneTree.quit] with an `exit_code` argument passed."] # [doc = ""] # [inline] pub fn exit_code (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_exit_code ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "With this function you can get the list of dangerous permissions that have been granted to the Android application.\n**Note:** This method is implemented on Android."] # [doc = ""] # [inline] pub fn get_granted_permissions (& self) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_granted_permissions ; let ret = crate :: icalls :: icallptr_strarr (method_bind , self . this . sys () . as_ptr ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns the IME cursor position (the currently-edited portion of the string) relative to the characters in the composition string.\n[constant MainLoop.NOTIFICATION_OS_IME_UPDATE] is sent to the application to notify it of changes to the IME cursor position.\n**Note:** This method is implemented on macOS."] # [doc = ""] # [inline] pub fn get_ime_selection (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_ime_selection ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the IME intermediate composition string.\n[constant MainLoop.NOTIFICATION_OS_IME_UPDATE] is sent to the application to notify it of changes to the IME composition string.\n**Note:** This method is implemented on macOS."] # [doc = ""] # [inline] pub fn get_ime_text (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_ime_text ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the current latin keyboard variant as a String.\nPossible return values are: `\"QWERTY\"`, `\"AZERTY\"`, `\"QZERTY\"`, `\"DVORAK\"`, `\"NEO\"`, `\"COLEMAK\"` or `\"ERROR\"`.\n**Note:** This method is implemented on Linux, macOS and Windows. Returns `\"QWERTY\"` on unsupported platforms."] # [doc = ""] # [inline] pub fn get_latin_keyboard_variant (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_latin_keyboard_variant ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the host OS locale."] # [doc = ""] # [inline] pub fn get_locale (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_locale ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "The amount of sleeping between frames when the low-processor usage mode is enabled (in microseconds). Higher values will result in lower CPU usage."] # [doc = ""] # [inline] pub fn low_processor_usage_mode_sleep_usec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_low_processor_usage_mode_sleep_usec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The maximum size of the window (without counting window manager decorations). Does not affect fullscreen mode. Set to `(0, 0)` to reset to the system default value."] # [doc = ""] # [inline] pub fn max_window_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_max_window_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The minimum size of the window (without counting window manager decorations). Does not affect fullscreen mode. Set to `(0, 0)` to reset to the system default value."] # [doc = ""] # [inline] pub fn min_window_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_min_window_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the model name of the current device.\n**Note:** This method is implemented on Android and iOS. Returns `\"GenericDevice\"` on unsupported platforms."] # [doc = ""] # [inline] pub fn get_model_name (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_model_name ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the name of the host OS. Possible values are: `\"Android\"`, `\"iOS\"`, `\"HTML5\"`, `\"OSX\"`, `\"Server\"`, `\"Windows\"`, `\"UWP\"`, `\"X11\"`."] # [doc = ""] # [inline] pub fn get_name (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_name ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_native_handle (& self , handle_type : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_native_handle ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , handle_type) ; ret as _ } } # [doc = "Returns the amount of battery left in the device as a percentage. Returns `-1` if power state is unknown.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn get_power_percent_left (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_power_percent_left ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns an estimate of the time left in seconds before the device runs out of battery. Returns `-1` if power state is unknown.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn get_power_seconds_left (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_power_seconds_left ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the current state of the device regarding battery and power. See [enum PowerState] constants.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn get_power_state (& self) -> crate :: generated :: os :: PowerState { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_power_state ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: os :: PowerState (ret) } } # [doc = "Returns the project's process ID.\n**Note:** This method is implemented on Android, iOS, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn get_process_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_process_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the number of threads available on the host machine."] # [doc = ""] # [inline] pub fn get_processor_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_processor_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the window size including decorations like window borders."] # [doc = ""] # [inline] pub fn get_real_window_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_real_window_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the given scancode as a string (e.g. Return values: `\"Escape\"`, `\"Shift+Escape\"`).\nSee also [member InputEventKey.scancode] and [method InputEventKey.get_scancode_with_modifiers]."] # [doc = ""] # [inline] pub fn get_scancode_string (& self , code : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_scancode_string ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , code) ; GodotString :: from_sys (ret) } } # [doc = "Returns the number of displays attached to the host machine."] # [doc = ""] # [inline] pub fn get_screen_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_screen_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nReturns the dots per inch density of the specified screen. If `screen` is `-1` (the default value), the current screen will be used.\nOn Android devices, the actual screen densities are grouped into six generalized densities:\n```gdscript\n ldpi - 120 dpi\n mdpi - 160 dpi\n hdpi - 240 dpi\n xhdpi - 320 dpi\n xxhdpi - 480 dpi\nxxxhdpi - 640 dpi\n```\n**Note:** This method is implemented on Android, Linux, macOS and Windows. Returns `72` on unsupported platforms.\n# Default Arguments\n* `screen` - `-1`"] # [doc = ""] # [inline] pub fn get_screen_dpi (& self , screen : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_screen_dpi ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , screen) ; ret as _ } } # [doc = "Return the greatest scale factor of all screens.\n**Note:** On macOS returned value is `2.0` if there is at least one hiDPI (Retina) screen in the system, and `1.0` in all other cases.\n**Note:** This method is implemented on macOS."] # [doc = ""] # [inline] pub fn get_screen_max_scale (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_screen_max_scale ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The current screen orientation."] # [doc = ""] # [inline] pub fn screen_orientation (& self) -> crate :: generated :: os :: ScreenOrientation { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_screen_orientation ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: os :: ScreenOrientation (ret) } } # [doc = "Returns the position of the specified screen by index. If `screen` is `-1` (the default value), the current screen will be used.\n# Default Arguments\n* `screen` - `-1`"] # [doc = ""] # [inline] pub fn get_screen_position (& self , screen : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_screen_position ; let ret = crate :: icalls :: icallptr_vec2_i64 (method_bind , self . this . sys () . as_ptr () , screen) ; mem :: transmute (ret) } } # [doc = "Return the scale factor of the specified screen by index. If `screen` is `-1` (the default value), the current screen will be used.\n**Note:** On macOS returned value is `2.0` for hiDPI (Retina) screen, and `1.0` for all other cases.\n**Note:** This method is implemented on macOS.\n# Default Arguments\n* `screen` - `-1`"] # [doc = ""] # [inline] pub fn get_screen_scale (& self , screen : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_screen_scale ; let ret = crate :: icalls :: icallptr_f64_i64 (method_bind , self . this . sys () . as_ptr () , screen) ; ret as _ } } # [doc = "Returns the dimensions in pixels of the specified screen. If `screen` is `-1` (the default value), the current screen will be used.\n# Default Arguments\n* `screen` - `-1`"] # [doc = ""] # [inline] pub fn get_screen_size (& self , screen : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_screen_size ; let ret = crate :: icalls :: icallptr_vec2_i64 (method_bind , self . this . sys () . as_ptr () , screen) ; mem :: transmute (ret) } } # [doc = "Returns the amount of time in milliseconds it took for the boot logo to appear."] # [doc = ""] # [inline] pub fn get_splash_tick_msec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_splash_tick_msec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the maximum amount of static memory used (only works in debug)."] # [doc = ""] # [inline] pub fn get_static_memory_peak_usage (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_static_memory_peak_usage ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the amount of static memory being used by the program in bytes."] # [doc = ""] # [inline] pub fn get_static_memory_usage (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_static_memory_usage ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the actual path to commonly used folders across different platforms. Available locations are specified in [enum SystemDir].\n**Note:** This method is implemented on Android, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn get_system_dir (& self , dir : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_system_dir ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , dir) ; GodotString :: from_sys (ret) } } # [doc = "Returns the epoch time of the operating system in milliseconds."] # [doc = ""] # [inline] pub fn get_system_time_msecs (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_system_time_msecs ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the epoch time of the operating system in seconds."] # [doc = ""] # [inline] pub fn get_system_time_secs (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_system_time_secs ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the total number of available tablet drivers.\n**Note:** This method is implemented on Windows."] # [doc = ""] # [inline] pub fn get_tablet_driver_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_tablet_driver_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the tablet driver name for the given index.\n**Note:** This method is implemented on Windows."] # [doc = ""] # [inline] pub fn get_tablet_driver_name (& self , idx : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_tablet_driver_name ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_thread_caller_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_thread_caller_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the amount of time passed in milliseconds since the engine started."] # [doc = ""] # [inline] pub fn get_ticks_msec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_ticks_msec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the amount of time passed in microseconds since the engine started."] # [doc = ""] # [inline] pub fn get_ticks_usec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_ticks_usec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns current time as a dictionary of keys: hour, minute, second.\n# Default Arguments\n* `utc` - `false`"] # [doc = ""] # [inline] pub fn get_time (& self , utc : bool) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_time ; let ret = crate :: icalls :: icallptr_dict_bool (method_bind , self . this . sys () . as_ptr () , utc) ; Dictionary :: from_sys (ret) } } # [doc = "Returns the current time zone as a dictionary with the keys: bias and name."] # [doc = ""] # [inline] pub fn get_time_zone_info (& self) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_time_zone_info ; let ret = crate :: icalls :: icallptr_dict (method_bind , self . this . sys () . as_ptr ()) ; Dictionary :: from_sys (ret) } } # [doc = "Returns a string that is unique to the device.\n**Note:** Returns an empty string on HTML5 and UWP, as this method isn't implemented on those platforms yet."] # [doc = ""] # [inline] pub fn get_unique_id (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_unique_id ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the current UNIX epoch timestamp."] # [doc = ""] # [inline] pub fn get_unix_time (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_unix_time ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Gets an epoch time value from a dictionary of time values.\n`datetime` must be populated with the following keys: `year`, `month`, `day`, `hour`, `minute`, `second`.\nYou can pass the output from [method get_datetime_from_unix_time] directly into this function. Daylight Savings Time (`dst`), if present, is ignored."] # [doc = ""] # [inline] pub fn get_unix_time_from_datetime (& self , datetime : Dictionary) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_unix_time_from_datetime ; let ret = crate :: icalls :: icallptr_i64_dict (method_bind , self . this . sys () . as_ptr () , datetime) ; ret as _ } } # [doc = "Returns the absolute directory path where user data is written (`user://`).\nOn Linux, this is `~/.local/share/godot/app_userdata/[project_name]`, or `~/.local/share/[custom_name]` if `use_custom_user_dir` is set.\nOn macOS, this is `~/Library/Application Support/Godot/app_userdata/[project_name]`, or `~/Library/Application Support/[custom_name]` if `use_custom_user_dir` is set.\nOn Windows, this is `%APPDATA%\\Godot\\app_userdata\\[project_name]`, or `%APPDATA%\\[custom_name]` if `use_custom_user_dir` is set. `%APPDATA%` expands to `%USERPROFILE%\\AppData\\Roaming`.\nIf the project name is empty, `user://` falls back to `res://`."] # [doc = ""] # [inline] pub fn get_user_data_dir (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_user_data_dir ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the number of video drivers supported on the current platform."] # [doc = ""] # [inline] pub fn get_video_driver_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_video_driver_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the name of the video driver matching the given `driver` index. This index is a value from [enum VideoDriver], and you can use [method get_current_video_driver] to get the current backend's index."] # [doc = ""] # [inline] pub fn get_video_driver_name (& self , driver : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_video_driver_name ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , driver) ; GodotString :: from_sys (ret) } } # [doc = "Returns the on-screen keyboard's height in pixels. Returns 0 if there is no keyboard or if it is currently hidden."] # [doc = ""] # [inline] pub fn get_virtual_keyboard_height (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_virtual_keyboard_height ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the window background is transparent and window frame is removed.\nUse `get_tree().get_root().set_transparent_background(true)` to disable main viewport background rendering.\n**Note:** This property has no effect if **Project > Project Settings > Display > Window > Per-pixel transparency > Allowed** setting is disabled.\n**Note:** This property is implemented on HTML5, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn window_per_pixel_transparency_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_window_per_pixel_transparency_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The window position relative to the screen, the origin is the top left corner, +Y axis goes to the bottom and +X axis goes to the right."] # [doc = ""] # [inline] pub fn window_position (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_window_position ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns unobscured area of the window where interactive controls should be rendered."] # [doc = ""] # [inline] pub fn get_window_safe_area (& self) -> Rect2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_window_safe_area ; let ret = crate :: icalls :: icallptr_rect2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The size of the window (without counting window manager decorations)."] # [doc = ""] # [inline] pub fn window_size (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . get_window_size ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Add a new item with text \"label\" to global menu. Use \"_dock\" menu to add item to the macOS dock icon menu.\n**Note:** This method is implemented on macOS."] # [doc = ""] # [inline] pub fn global_menu_add_item (& self , menu : impl Into < GodotString > , label : impl Into < GodotString > , id : impl OwnedToVariant , meta : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . global_menu_add_item ; let ret = crate :: icalls :: icallptr_void_str_str_var_var (method_bind , self . this . sys () . as_ptr () , menu . into () , label . into () , id . owned_to_variant () , meta . owned_to_variant ()) ; } } # [doc = "Add a separator between items. Separators also occupy an index.\n**Note:** This method is implemented on macOS."] # [doc = ""] # [inline] pub fn global_menu_add_separator (& self , menu : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . global_menu_add_separator ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , menu . into ()) ; } } # [doc = "Clear the global menu, in effect removing all items.\n**Note:** This method is implemented on macOS."] # [doc = ""] # [inline] pub fn global_menu_clear (& self , menu : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . global_menu_clear ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , menu . into ()) ; } } # [doc = "Removes the item at index \"idx\" from the global menu. Note that the indexes of items after the removed item are going to be shifted by one.\n**Note:** This method is implemented on macOS."] # [doc = ""] # [inline] pub fn global_menu_remove_item (& self , menu : impl Into < GodotString > , idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . global_menu_remove_item ; let ret = crate :: icalls :: icallptr_void_str_i64 (method_bind , self . this . sys () . as_ptr () , menu . into () , idx) ; } } # [doc = "Returns `true` if an environment variable exists."] # [doc = ""] # [inline] pub fn has_environment (& self , variable : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . has_environment ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , variable . into ()) ; ret as _ } } # [doc = "Returns `true` if the feature for the given feature tag is supported in the currently running instance, depending on platform, build etc. Can be used to check whether you're currently running a debug build, on a certain platform or arch, etc. Refer to the [url=https://docs.godotengine.org/en/latest/getting_started/workflow/export/feature_tags.html]Feature Tags[/url] documentation for more details.\n**Note:** Tag names are case-sensitive."] # [doc = ""] # [inline] pub fn has_feature (& self , tag_name : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . has_feature ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , tag_name . into ()) ; ret as _ } } # [doc = "Returns `true` if the device has a touchscreen or emulates one."] # [doc = ""] # [inline] pub fn has_touchscreen_ui_hint (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . has_touchscreen_ui_hint ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the platform has a virtual keyboard, `false` otherwise."] # [doc = ""] # [inline] pub fn has_virtual_keyboard (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . has_virtual_keyboard ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Hides the virtual keyboard if it is shown, does nothing otherwise."] # [doc = ""] # [inline] pub fn hide_virtual_keyboard (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . hide_virtual_keyboard ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Returns `true` if the Godot binary used to run the project is a [i]debug[/i] export template, or when running in the editor.\nReturns `false` if the Godot binary used to run the project is a [i]release[/i] export template.\nTo check whether the Godot binary used to run the project is an export template (debug or release), use `OS.has_feature(\"standalone\")` instead."] # [doc = ""] # [inline] pub fn is_debug_build (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_debug_build ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the engine optimizes for low processor usage by only refreshing the screen if needed. Can improve battery consumption on mobile."] # [doc = ""] # [inline] pub fn is_in_low_processor_usage_mode (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_in_low_processor_usage_mode ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the engine tries to keep the screen on while the game is running. Useful on mobile."] # [doc = ""] # [inline] pub fn is_keep_screen_on (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_keep_screen_on ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the **OK** button should appear on the left and **Cancel** on the right."] # [doc = ""] # [inline] pub fn is_ok_left_and_cancel_right (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_ok_left_and_cancel_right ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the input scancode corresponds to a Unicode character."] # [doc = ""] # [inline] pub fn is_scancode_unicode (& self , code : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_scancode_unicode ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , code) ; ret as _ } } # [doc = "Returns `true` if the engine was executed with `-v` (verbose stdout)."] # [doc = ""] # [inline] pub fn is_stdout_verbose (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_stdout_verbose ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the `user://` file system is persistent, so that its state is the same after a player quits and starts the game again. Relevant to the HTML5 platform, where this persistence may be unavailable."] # [doc = ""] # [inline] pub fn is_userfs_persistent (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_userfs_persistent ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, vertical synchronization (Vsync) is enabled."] # [doc = ""] # [inline] pub fn is_vsync_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_vsync_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true` and `vsync_enabled` is true, the operating system's window compositor will be used for vsync when the compositor is enabled and the game is in windowed mode.\n**Note:** This option is experimental and meant to alleviate stutter experienced by some users. However, some users have experienced a Vsync framerate halving (e.g. from 60 FPS to 30 FPS) when using it.\n**Note:** This property is only implemented on Windows."] # [doc = ""] # [inline] pub fn is_vsync_via_compositor_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_vsync_via_compositor_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the window should always be on top of other windows."] # [doc = ""] # [inline] pub fn is_window_always_on_top (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_window_always_on_top ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the window is currently focused.\n**Note:** Only implemented on desktop platforms. On other platforms, it will always return `true`."] # [doc = ""] # [inline] pub fn is_window_focused (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_window_focused ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the window is fullscreen."] # [doc = ""] # [inline] pub fn is_window_fullscreen (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_window_fullscreen ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the window is maximized."] # [doc = ""] # [inline] pub fn is_window_maximized (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_window_maximized ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the window is minimized."] # [doc = ""] # [inline] pub fn is_window_minimized (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_window_minimized ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the window is resizable by the user."] # [doc = ""] # [inline] pub fn is_window_resizable (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . is_window_resizable ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns active keyboard layout index.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn keyboard_get_current_layout (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . keyboard_get_current_layout ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the number of keyboard layouts.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn keyboard_get_layout_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . keyboard_get_layout_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the ISO-639/BCP-47 language code of the keyboard layout at position `index`.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn keyboard_get_layout_language (& self , index : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . keyboard_get_layout_language ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , index) ; GodotString :: from_sys (ret) } } # [doc = "Returns the localized name of the keyboard layout at position `index`.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn keyboard_get_layout_name (& self , index : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . keyboard_get_layout_name ; let ret = crate :: icalls :: icallptr_str_i64 (method_bind , self . this . sys () . as_ptr () , index) ; GodotString :: from_sys (ret) } } # [doc = "Sets active keyboard layout.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn keyboard_set_current_layout (& self , index : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . keyboard_set_current_layout ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , index) ; } } # [doc = "Kill (terminate) the process identified by the given process ID (`pid`), e.g. the one returned by [method execute] in non-blocking mode.\n**Note:** This method can also be used to kill processes that were not spawned by the game.\n**Note:** This method is implemented on Android, iOS, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn kill (& self , pid : i64) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . kill ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , pid) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Moves the window to the front.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn move_window_to_foreground (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . move_window_to_foreground ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Returns `true` if native video is playing.\n**Note:** This method is implemented on Android and iOS."] # [doc = ""] # [inline] pub fn native_video_is_playing (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . native_video_is_playing ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Pauses native video playback.\n**Note:** This method is implemented on Android and iOS."] # [doc = ""] # [inline] pub fn native_video_pause (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . native_video_pause ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Plays native video from the specified path, at the given volume and with audio and subtitle tracks.\n**Note:** This method is implemented on Android and iOS, and the current Android implementation does not support the `volume`, `audio_track` and `subtitle_track` options."] # [doc = ""] # [inline] pub fn native_video_play (& self , path : impl Into < GodotString > , volume : f64 , audio_track : impl Into < GodotString > , subtitle_track : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . native_video_play ; let ret = crate :: icalls :: icallptr_i64_str_f64_str_str (method_bind , self . this . sys () . as_ptr () , path . into () , volume , audio_track . into () , subtitle_track . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Stops native video playback.\n**Note:** This method is implemented on Android and iOS."] # [doc = ""] # [inline] pub fn native_video_stop (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . native_video_stop ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Resumes native video playback.\n**Note:** This method is implemented on Android and iOS."] # [doc = ""] # [inline] pub fn native_video_unpause (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . native_video_unpause ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Initialises the singleton for the system MIDI driver.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn open_midi_inputs (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . open_midi_inputs ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Shows all resources in the game. Optionally, the list can be written to a file by specifying a file path in `tofile`.\n# Default Arguments\n* `tofile` - `\"\"`"] # [doc = ""] # [inline] pub fn print_all_resources (& self , tofile : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . print_all_resources ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , tofile . into ()) ; } } # [doc = "Shows the list of loaded textures sorted by size in memory."] # [doc = ""] # [inline] pub fn print_all_textures_by_size (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . print_all_textures_by_size ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Shows the number of resources loaded by the game of the given types."] # [doc = ""] # [inline] pub fn print_resources_by_type (& self , types : StringArray) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . print_resources_by_type ; let ret = crate :: icalls :: icallptr_void_strarr (method_bind , self . this . sys () . as_ptr () , types) ; } } # [doc = "Shows all resources currently used by the game.\n# Default Arguments\n* `short` - `false`"] # [doc = ""] # [inline] pub fn print_resources_in_use (& self , short : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . print_resources_in_use ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , short) ; } } # [doc = "Request the user attention to the window. It'll flash the taskbar button on Windows or bounce the dock icon on OSX.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn request_attention (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . request_attention ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "At the moment this function is only used by `AudioDriverOpenSL` to request permission for `RECORD_AUDIO` on Android."] # [doc = ""] # [inline] pub fn request_permission (& self , name : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . request_permission ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; ret as _ } } # [doc = "With this function you can request dangerous permissions since normal permissions are automatically granted at install time in Android application.\n**Note:** This method is implemented on Android."] # [doc = ""] # [inline] pub fn request_permissions (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . request_permissions ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, removes the window frame.\n**Note:** Setting `window_borderless` to `false` disables per-pixel transparency."] # [doc = ""] # [inline] pub fn set_borderless_window (& self , borderless : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_borderless_window ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , borderless) ; } } # [doc = "The clipboard from the host OS. Might be unavailable on some platforms."] # [doc = ""] # [inline] pub fn set_clipboard (& self , clipboard : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_clipboard ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , clipboard . into ()) ; } } # [doc = "The current screen index (starting from 0)."] # [doc = ""] # [inline] pub fn set_current_screen (& self , screen : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_current_screen ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , screen) ; } } # [doc = "The current tablet drvier in use."] # [doc = ""] # [inline] pub fn set_current_tablet_driver (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_current_tablet_driver ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_environment (& self , variable : impl Into < GodotString > , value : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_environment ; let ret = crate :: icalls :: icallptr_bool_str_str (method_bind , self . this . sys () . as_ptr () , variable . into () , value . into ()) ; ret as _ } } # [doc = "The exit code passed to the OS when the main loop exits. By convention, an exit code of `0` indicates success whereas a non-zero exit code indicates an error. For portability reasons, the exit code should be set between 0 and 125 (inclusive).\n**Note:** This value will be ignored if using [method SceneTree.quit] with an `exit_code` argument passed."] # [doc = ""] # [inline] pub fn set_exit_code (& self , code : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_exit_code ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , code) ; } } # [doc = "Sets the game's icon using an [Image] resource.\nThe same image is used for window caption, taskbar/dock and window selection dialog. Image is scaled as needed.\n**Note:** This method is implemented on HTML5, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn set_icon (& self , icon : impl AsArg < crate :: generated :: image :: Image >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_icon ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , icon . as_arg_ptr ()) ; } } # [doc = "Sets whether IME input mode should be enabled.\nIf active IME handles key events before the application and creates an composition string and suggestion list.\nApplication can retrieve the composition status by using [method get_ime_selection] and [method get_ime_text] functions.\nCompleted composition string is committed when input is finished.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn set_ime_active (& self , active : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_ime_active ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , active) ; } } # [doc = "Sets position of IME suggestion list popup (in window coordinates).\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn set_ime_position (& self , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_ime_position ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = "If `true`, the engine tries to keep the screen on while the game is running. Useful on mobile."] # [doc = ""] # [inline] pub fn set_keep_screen_on (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_keep_screen_on ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, the engine optimizes for low processor usage by only refreshing the screen if needed. Can improve battery consumption on mobile."] # [doc = ""] # [inline] pub fn set_low_processor_usage_mode (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_low_processor_usage_mode ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The amount of sleeping between frames when the low-processor usage mode is enabled (in microseconds). Higher values will result in lower CPU usage."] # [doc = ""] # [inline] pub fn set_low_processor_usage_mode_sleep_usec (& self , usec : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_low_processor_usage_mode_sleep_usec ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , usec) ; } } # [doc = "The maximum size of the window (without counting window manager decorations). Does not affect fullscreen mode. Set to `(0, 0)` to reset to the system default value."] # [doc = ""] # [inline] pub fn set_max_window_size (& self , size : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_max_window_size ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = "The minimum size of the window (without counting window manager decorations). Does not affect fullscreen mode. Set to `(0, 0)` to reset to the system default value."] # [doc = ""] # [inline] pub fn set_min_window_size (& self , size : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_min_window_size ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = "Sets the game's icon using a multi-size platform-specific icon file (`*.ico` on Windows and `*.icns` on macOS).\nAppropriate size sub-icons are used for window caption, taskbar/dock and window selection dialog.\n**Note:** This method is implemented on macOS and Windows."] # [doc = ""] # [inline] pub fn set_native_icon (& self , filename : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_native_icon ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , filename . into ()) ; } } # [doc = "The current screen orientation."] # [doc = ""] # [inline] pub fn set_screen_orientation (& self , orientation : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_screen_orientation ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , orientation) ; } } # [doc = "Sets the name of the current thread."] # [doc = ""] # [inline] pub fn set_thread_name (& self , name : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_thread_name ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Enables backup saves if `enabled` is `true`."] # [doc = ""] # [inline] pub fn set_use_file_access_save_and_swap (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_use_file_access_save_and_swap ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, vertical synchronization (Vsync) is enabled."] # [doc = ""] # [inline] pub fn set_use_vsync (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_use_vsync ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true` and `vsync_enabled` is true, the operating system's window compositor will be used for vsync when the compositor is enabled and the game is in windowed mode.\n**Note:** This option is experimental and meant to alleviate stutter experienced by some users. However, some users have experienced a Vsync framerate halving (e.g. from 60 FPS to 30 FPS) when using it.\n**Note:** This property is only implemented on Windows."] # [doc = ""] # [inline] pub fn set_vsync_via_compositor (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_vsync_via_compositor ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "Sets whether the window should always be on top.\n**Note:** This method is implemented on Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn set_window_always_on_top (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_always_on_top ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, the window is fullscreen."] # [doc = ""] # [inline] pub fn set_window_fullscreen (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_fullscreen ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, the window is maximized."] # [doc = ""] # [inline] pub fn set_window_maximized (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_maximized ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, the window is minimized."] # [doc = ""] # [inline] pub fn set_window_minimized (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_minimized ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_window_mouse_passthrough (& self , region : Vector2Array) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_mouse_passthrough ; let ret = crate :: icalls :: icallptr_void_vec2arr (method_bind , self . this . sys () . as_ptr () , region) ; } } # [doc = "If `true`, the window background is transparent and window frame is removed.\nUse `get_tree().get_root().set_transparent_background(true)` to disable main viewport background rendering.\n**Note:** This property has no effect if **Project > Project Settings > Display > Window > Per-pixel transparency > Allowed** setting is disabled.\n**Note:** This property is implemented on HTML5, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn set_window_per_pixel_transparency_enabled (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_per_pixel_transparency_enabled ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "The window position relative to the screen, the origin is the top left corner, +Y axis goes to the bottom and +X axis goes to the right."] # [doc = ""] # [inline] pub fn set_window_position (& self , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_position ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = "If `true`, the window is resizable by the user."] # [doc = ""] # [inline] pub fn set_window_resizable (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_resizable ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "The size of the window (without counting window manager decorations)."] # [doc = ""] # [inline] pub fn set_window_size (& self , size : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_size ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = "Sets the window title to the specified string.\n**Note:** This should be used sporadically. Don't set this every frame, as that will negatively affect performance on some window managers.\n**Note:** This method is implemented on HTML5, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn set_window_title (& self , title : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . set_window_title ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , title . into ()) ; } } # [doc = "Requests the OS to open a resource with the most appropriate program. For example:\n- `OS.shell_open(\"C:\\\\Users\\name\\Downloads\")` on Windows opens the file explorer at the user's Downloads folder.\n- `OS.shell_open(\"https://godotengine.org\")` opens the default web browser on the official Godot website.\n- `OS.shell_open(\"mailto:example@example.com\")` opens the default email client with the \"To\" field set to `example@example.com`. See [url=https://blog.escapecreative.com/customizing-mailto-links/]Customizing `mailto:` Links[/url] for a list of fields that can be added.\nUse [method ProjectSettings.globalize_path] to convert a `res://` or `user://` path into a system path for use with this method.\n**Note:** This method is implemented on Android, iOS, HTML5, Linux, macOS and Windows."] # [doc = ""] # [inline] pub fn shell_open (& self , uri : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . shell_open ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , uri . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Shows the virtual keyboard if the platform has one.\nThe `existing_text` parameter is useful for implementing your own [LineEdit] or [TextEdit], as it tells the virtual keyboard what text has already been typed (the virtual keyboard uses it for auto-correct and predictions).\nThe `multiline` parameter needs to be set to `true` to be able to enter multiple lines of text, as in [TextEdit].\n**Note:** This method is implemented on Android, iOS and UWP.\n# Default Arguments\n* `existing_text` - `\"\"`\n* `multiline` - `false`"] # [doc = ""] # [inline] pub fn show_virtual_keyboard (& self , existing_text : impl Into < GodotString > , multiline : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = OSMethodTable :: get (get_api ()) . show_virtual_keyboard ; let ret = crate :: icalls :: icallptr_void_str_bool (method_bind , self . this . sys () . as_ptr () , existing_text . into () , multiline) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for OS { } unsafe impl GodotObject for OS { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "OS" } } impl std :: ops :: Deref for OS { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for OS { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for OS { } unsafe impl Send for OS { } unsafe impl Sync for OS { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct OSMethodTable { pub class_constructor : sys :: godot_class_constructor , pub alert : * mut sys :: godot_method_bind , pub can_draw : * mut sys :: godot_method_bind , pub can_use_threads : * mut sys :: godot_method_bind , pub center_window : * mut sys :: godot_method_bind , pub close_midi_inputs : * mut sys :: godot_method_bind , pub delay_msec : * mut sys :: godot_method_bind , pub delay_usec : * mut sys :: godot_method_bind , pub dump_memory_to_file : * mut sys :: godot_method_bind , pub dump_resources_to_file : * mut sys :: godot_method_bind , pub execute : * mut sys :: godot_method_bind , pub find_scancode_from_string : * mut sys :: godot_method_bind , pub get_audio_driver_count : * mut sys :: godot_method_bind , pub get_audio_driver_name : * mut sys :: godot_method_bind , pub get_borderless_window : * mut sys :: godot_method_bind , pub get_clipboard : * mut sys :: godot_method_bind , pub get_cmdline_args : * mut sys :: godot_method_bind , pub get_connected_midi_inputs : * mut sys :: godot_method_bind , pub get_current_screen : * mut sys :: godot_method_bind , pub get_current_tablet_driver : * mut sys :: godot_method_bind , pub get_current_video_driver : * mut sys :: godot_method_bind , pub get_date : * mut sys :: godot_method_bind , pub get_datetime : * mut sys :: godot_method_bind , pub get_datetime_from_unix_time : * mut sys :: godot_method_bind , pub get_dynamic_memory_usage : * mut sys :: godot_method_bind , pub get_environment : * mut sys :: godot_method_bind , pub get_executable_path : * mut sys :: godot_method_bind , pub get_exit_code : * mut sys :: godot_method_bind , pub get_granted_permissions : * mut sys :: godot_method_bind , pub get_ime_selection : * mut sys :: godot_method_bind , pub get_ime_text : * mut sys :: godot_method_bind , pub get_latin_keyboard_variant : * mut sys :: godot_method_bind , pub get_locale : * mut sys :: godot_method_bind , pub get_low_processor_usage_mode_sleep_usec : * mut sys :: godot_method_bind , pub get_max_window_size : * mut sys :: godot_method_bind , pub get_min_window_size : * mut sys :: godot_method_bind , pub get_model_name : * mut sys :: godot_method_bind , pub get_name : * mut sys :: godot_method_bind , pub get_native_handle : * mut sys :: godot_method_bind , pub get_power_percent_left : * mut sys :: godot_method_bind , pub get_power_seconds_left : * mut sys :: godot_method_bind , pub get_power_state : * mut sys :: godot_method_bind , pub get_process_id : * mut sys :: godot_method_bind , pub get_processor_count : * mut sys :: godot_method_bind , pub get_real_window_size : * mut sys :: godot_method_bind , pub get_scancode_string : * mut sys :: godot_method_bind , pub get_screen_count : * mut sys :: godot_method_bind , pub get_screen_dpi : * mut sys :: godot_method_bind , pub get_screen_max_scale : * mut sys :: godot_method_bind , pub get_screen_orientation : * mut sys :: godot_method_bind , pub get_screen_position : * mut sys :: godot_method_bind , pub get_screen_scale : * mut sys :: godot_method_bind , pub get_screen_size : * mut sys :: godot_method_bind , pub get_splash_tick_msec : * mut sys :: godot_method_bind , pub get_static_memory_peak_usage : * mut sys :: godot_method_bind , pub get_static_memory_usage : * mut sys :: godot_method_bind , pub get_system_dir : * mut sys :: godot_method_bind , pub get_system_time_msecs : * mut sys :: godot_method_bind , pub get_system_time_secs : * mut sys :: godot_method_bind , pub get_tablet_driver_count : * mut sys :: godot_method_bind , pub get_tablet_driver_name : * mut sys :: godot_method_bind , pub get_thread_caller_id : * mut sys :: godot_method_bind , pub get_ticks_msec : * mut sys :: godot_method_bind , pub get_ticks_usec : * mut sys :: godot_method_bind , pub get_time : * mut sys :: godot_method_bind , pub get_time_zone_info : * mut sys :: godot_method_bind , pub get_unique_id : * mut sys :: godot_method_bind , pub get_unix_time : * mut sys :: godot_method_bind , pub get_unix_time_from_datetime : * mut sys :: godot_method_bind , pub get_user_data_dir : * mut sys :: godot_method_bind , pub get_video_driver_count : * mut sys :: godot_method_bind , pub get_video_driver_name : * mut sys :: godot_method_bind , pub get_virtual_keyboard_height : * mut sys :: godot_method_bind , pub get_window_per_pixel_transparency_enabled : * mut sys :: godot_method_bind , pub get_window_position : * mut sys :: godot_method_bind , pub get_window_safe_area : * mut sys :: godot_method_bind , pub get_window_size : * mut sys :: godot_method_bind , pub global_menu_add_item : * mut sys :: godot_method_bind , pub global_menu_add_separator : * mut sys :: godot_method_bind , pub global_menu_clear : * mut sys :: godot_method_bind , pub global_menu_remove_item : * mut sys :: godot_method_bind , pub has_environment : * mut sys :: godot_method_bind , pub has_feature : * mut sys :: godot_method_bind , pub has_touchscreen_ui_hint : * mut sys :: godot_method_bind , pub has_virtual_keyboard : * mut sys :: godot_method_bind , pub hide_virtual_keyboard : * mut sys :: godot_method_bind , pub is_debug_build : * mut sys :: godot_method_bind , pub is_in_low_processor_usage_mode : * mut sys :: godot_method_bind , pub is_keep_screen_on : * mut sys :: godot_method_bind , pub is_ok_left_and_cancel_right : * mut sys :: godot_method_bind , pub is_scancode_unicode : * mut sys :: godot_method_bind , pub is_stdout_verbose : * mut sys :: godot_method_bind , pub is_userfs_persistent : * mut sys :: godot_method_bind , pub is_vsync_enabled : * mut sys :: godot_method_bind , pub is_vsync_via_compositor_enabled : * mut sys :: godot_method_bind , pub is_window_always_on_top : * mut sys :: godot_method_bind , pub is_window_focused : * mut sys :: godot_method_bind , pub is_window_fullscreen : * mut sys :: godot_method_bind , pub is_window_maximized : * mut sys :: godot_method_bind , pub is_window_minimized : * mut sys :: godot_method_bind , pub is_window_resizable : * mut sys :: godot_method_bind , pub keyboard_get_current_layout : * mut sys :: godot_method_bind , pub keyboard_get_layout_count : * mut sys :: godot_method_bind , pub keyboard_get_layout_language : * mut sys :: godot_method_bind , pub keyboard_get_layout_name : * mut sys :: godot_method_bind , pub keyboard_set_current_layout : * mut sys :: godot_method_bind , pub kill : * mut sys :: godot_method_bind , pub move_window_to_foreground : * mut sys :: godot_method_bind , pub native_video_is_playing : * mut sys :: godot_method_bind , pub native_video_pause : * mut sys :: godot_method_bind , pub native_video_play : * mut sys :: godot_method_bind , pub native_video_stop : * mut sys :: godot_method_bind , pub native_video_unpause : * mut sys :: godot_method_bind , pub open_midi_inputs : * mut sys :: godot_method_bind , pub print_all_resources : * mut sys :: godot_method_bind , pub print_all_textures_by_size : * mut sys :: godot_method_bind , pub print_resources_by_type : * mut sys :: godot_method_bind , pub print_resources_in_use : * mut sys :: godot_method_bind , pub request_attention : * mut sys :: godot_method_bind , pub request_permission : * mut sys :: godot_method_bind , pub request_permissions : * mut sys :: godot_method_bind , pub set_borderless_window : * mut sys :: godot_method_bind , pub set_clipboard : * mut sys :: godot_method_bind , pub set_current_screen : * mut sys :: godot_method_bind , pub set_current_tablet_driver : * mut sys :: godot_method_bind , pub set_environment : * mut sys :: godot_method_bind , pub set_exit_code : * mut sys :: godot_method_bind , pub set_icon : * mut sys :: godot_method_bind , pub set_ime_active : * mut sys :: godot_method_bind , pub set_ime_position : * mut sys :: godot_method_bind , pub set_keep_screen_on : * mut sys :: godot_method_bind , pub set_low_processor_usage_mode : * mut sys :: godot_method_bind , pub set_low_processor_usage_mode_sleep_usec : * mut sys :: godot_method_bind , pub set_max_window_size : * mut sys :: godot_method_bind , pub set_min_window_size : * mut sys :: godot_method_bind , pub set_native_icon : * mut sys :: godot_method_bind , pub set_screen_orientation : * mut sys :: godot_method_bind , pub set_thread_name : * mut sys :: godot_method_bind , pub set_use_file_access_save_and_swap : * mut sys :: godot_method_bind , pub set_use_vsync : * mut sys :: godot_method_bind , pub set_vsync_via_compositor : * mut sys :: godot_method_bind , pub set_window_always_on_top : * mut sys :: godot_method_bind , pub set_window_fullscreen : * mut sys :: godot_method_bind , pub set_window_maximized : * mut sys :: godot_method_bind , pub set_window_minimized : * mut sys :: godot_method_bind , pub set_window_mouse_passthrough : * mut sys :: godot_method_bind , pub set_window_per_pixel_transparency_enabled : * mut sys :: godot_method_bind , pub set_window_position : * mut sys :: godot_method_bind , pub set_window_resizable : * mut sys :: godot_method_bind , pub set_window_size : * mut sys :: godot_method_bind , pub set_window_title : * mut sys :: godot_method_bind , pub shell_open : * mut sys :: godot_method_bind , pub show_virtual_keyboard : * mut sys :: godot_method_bind } impl OSMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : OSMethodTable = OSMethodTable { class_constructor : None , alert : 0 as * mut sys :: godot_method_bind , can_draw : 0 as * mut sys :: godot_method_bind , can_use_threads : 0 as * mut sys :: godot_method_bind , center_window : 0 as * mut sys :: godot_method_bind , close_midi_inputs : 0 as * mut sys :: godot_method_bind , delay_msec : 0 as * mut sys :: godot_method_bind , delay_usec : 0 as * mut sys :: godot_method_bind , dump_memory_to_file : 0 as * mut sys :: godot_method_bind , dump_resources_to_file : 0 as * mut sys :: godot_method_bind , execute : 0 as * mut sys :: godot_method_bind , find_scancode_from_string : 0 as * mut sys :: godot_method_bind , get_audio_driver_count : 0 as * mut sys :: godot_method_bind , get_audio_driver_name : 0 as * mut sys :: godot_method_bind , get_borderless_window : 0 as * mut sys :: godot_method_bind , get_clipboard : 0 as * mut sys :: godot_method_bind , get_cmdline_args : 0 as * mut sys :: godot_method_bind , get_connected_midi_inputs : 0 as * mut sys :: godot_method_bind , get_current_screen : 0 as * mut sys :: godot_method_bind , get_current_tablet_driver : 0 as * mut sys :: godot_method_bind , get_current_video_driver : 0 as * mut sys :: godot_method_bind , get_date : 0 as * mut sys :: godot_method_bind , get_datetime : 0 as * mut sys :: godot_method_bind , get_datetime_from_unix_time : 0 as * mut sys :: godot_method_bind , get_dynamic_memory_usage : 0 as * mut sys :: godot_method_bind , get_environment : 0 as * mut sys :: godot_method_bind , get_executable_path : 0 as * mut sys :: godot_method_bind , get_exit_code : 0 as * mut sys :: godot_method_bind , get_granted_permissions : 0 as * mut sys :: godot_method_bind , get_ime_selection : 0 as * mut sys :: godot_method_bind , get_ime_text : 0 as * mut sys :: godot_method_bind , get_latin_keyboard_variant : 0 as * mut sys :: godot_method_bind , get_locale : 0 as * mut sys :: godot_method_bind , get_low_processor_usage_mode_sleep_usec : 0 as * mut sys :: godot_method_bind , get_max_window_size : 0 as * mut sys :: godot_method_bind , get_min_window_size : 0 as * mut sys :: godot_method_bind , get_model_name : 0 as * mut sys :: godot_method_bind , get_name : 0 as * mut sys :: godot_method_bind , get_native_handle : 0 as * mut sys :: godot_method_bind , get_power_percent_left : 0 as * mut sys :: godot_method_bind , get_power_seconds_left : 0 as * mut sys :: godot_method_bind , get_power_state : 0 as * mut sys :: godot_method_bind , get_process_id : 0 as * mut sys :: godot_method_bind , get_processor_count : 0 as * mut sys :: godot_method_bind , get_real_window_size : 0 as * mut sys :: godot_method_bind , get_scancode_string : 0 as * mut sys :: godot_method_bind , get_screen_count : 0 as * mut sys :: godot_method_bind , get_screen_dpi : 0 as * mut sys :: godot_method_bind , get_screen_max_scale : 0 as * mut sys :: godot_method_bind , get_screen_orientation : 0 as * mut sys :: godot_method_bind , get_screen_position : 0 as * mut sys :: godot_method_bind , get_screen_scale : 0 as * mut sys :: godot_method_bind , get_screen_size : 0 as * mut sys :: godot_method_bind , get_splash_tick_msec : 0 as * mut sys :: godot_method_bind , get_static_memory_peak_usage : 0 as * mut sys :: godot_method_bind , get_static_memory_usage : 0 as * mut sys :: godot_method_bind , get_system_dir : 0 as * mut sys :: godot_method_bind , get_system_time_msecs : 0 as * mut sys :: godot_method_bind , get_system_time_secs : 0 as * mut sys :: godot_method_bind , get_tablet_driver_count : 0 as * mut sys :: godot_method_bind , get_tablet_driver_name : 0 as * mut sys :: godot_method_bind , get_thread_caller_id : 0 as * mut sys :: godot_method_bind , get_ticks_msec : 0 as * mut sys :: godot_method_bind , get_ticks_usec : 0 as * mut sys :: godot_method_bind , get_time : 0 as * mut sys :: godot_method_bind , get_time_zone_info : 0 as * mut sys :: godot_method_bind , get_unique_id : 0 as * mut sys :: godot_method_bind , get_unix_time : 0 as * mut sys :: godot_method_bind , get_unix_time_from_datetime : 0 as * mut sys :: godot_method_bind , get_user_data_dir : 0 as * mut sys :: godot_method_bind , get_video_driver_count : 0 as * mut sys :: godot_method_bind , get_video_driver_name : 0 as * mut sys :: godot_method_bind , get_virtual_keyboard_height : 0 as * mut sys :: godot_method_bind , get_window_per_pixel_transparency_enabled : 0 as * mut sys :: godot_method_bind , get_window_position : 0 as * mut sys :: godot_method_bind , get_window_safe_area : 0 as * mut sys :: godot_method_bind , get_window_size : 0 as * mut sys :: godot_method_bind , global_menu_add_item : 0 as * mut sys :: godot_method_bind , global_menu_add_separator : 0 as * mut sys :: godot_method_bind , global_menu_clear : 0 as * mut sys :: godot_method_bind , global_menu_remove_item : 0 as * mut sys :: godot_method_bind , has_environment : 0 as * mut sys :: godot_method_bind , has_feature : 0 as * mut sys :: godot_method_bind , has_touchscreen_ui_hint : 0 as * mut sys :: godot_method_bind , has_virtual_keyboard : 0 as * mut sys :: godot_method_bind , hide_virtual_keyboard : 0 as * mut sys :: godot_method_bind , is_debug_build : 0 as * mut sys :: godot_method_bind , is_in_low_processor_usage_mode : 0 as * mut sys :: godot_method_bind , is_keep_screen_on : 0 as * mut sys :: godot_method_bind , is_ok_left_and_cancel_right : 0 as * mut sys :: godot_method_bind , is_scancode_unicode : 0 as * mut sys :: godot_method_bind , is_stdout_verbose : 0 as * mut sys :: godot_method_bind , is_userfs_persistent : 0 as * mut sys :: godot_method_bind , is_vsync_enabled : 0 as * mut sys :: godot_method_bind , is_vsync_via_compositor_enabled : 0 as * mut sys :: godot_method_bind , is_window_always_on_top : 0 as * mut sys :: godot_method_bind , is_window_focused : 0 as * mut sys :: godot_method_bind , is_window_fullscreen : 0 as * mut sys :: godot_method_bind , is_window_maximized : 0 as * mut sys :: godot_method_bind , is_window_minimized : 0 as * mut sys :: godot_method_bind , is_window_resizable : 0 as * mut sys :: godot_method_bind , keyboard_get_current_layout : 0 as * mut sys :: godot_method_bind , keyboard_get_layout_count : 0 as * mut sys :: godot_method_bind , keyboard_get_layout_language : 0 as * mut sys :: godot_method_bind , keyboard_get_layout_name : 0 as * mut sys :: godot_method_bind , keyboard_set_current_layout : 0 as * mut sys :: godot_method_bind , kill : 0 as * mut sys :: godot_method_bind , move_window_to_foreground : 0 as * mut sys :: godot_method_bind , native_video_is_playing : 0 as * mut sys :: godot_method_bind , native_video_pause : 0 as * mut sys :: godot_method_bind , native_video_play : 0 as * mut sys :: godot_method_bind , native_video_stop : 0 as * mut sys :: godot_method_bind , native_video_unpause : 0 as * mut sys :: godot_method_bind , open_midi_inputs : 0 as * mut sys :: godot_method_bind , print_all_resources : 0 as * mut sys :: godot_method_bind , print_all_textures_by_size : 0 as * mut sys :: godot_method_bind , print_resources_by_type : 0 as * mut sys :: godot_method_bind , print_resources_in_use : 0 as * mut sys :: godot_method_bind , request_attention : 0 as * mut sys :: godot_method_bind , request_permission : 0 as * mut sys :: godot_method_bind , request_permissions : 0 as * mut sys :: godot_method_bind , set_borderless_window : 0 as * mut sys :: godot_method_bind , set_clipboard : 0 as * mut sys :: godot_method_bind , set_current_screen : 0 as * mut sys :: godot_method_bind , set_current_tablet_driver : 0 as * mut sys :: godot_method_bind , set_environment : 0 as * mut sys :: godot_method_bind , set_exit_code : 0 as * mut sys :: godot_method_bind , set_icon : 0 as * mut sys :: godot_method_bind , set_ime_active : 0 as * mut sys :: godot_method_bind , set_ime_position : 0 as * mut sys :: godot_method_bind , set_keep_screen_on : 0 as * mut sys :: godot_method_bind , set_low_processor_usage_mode : 0 as * mut sys :: godot_method_bind , set_low_processor_usage_mode_sleep_usec : 0 as * mut sys :: godot_method_bind , set_max_window_size : 0 as * mut sys :: godot_method_bind , set_min_window_size : 0 as * mut sys :: godot_method_bind , set_native_icon : 0 as * mut sys :: godot_method_bind , set_screen_orientation : 0 as * mut sys :: godot_method_bind , set_thread_name : 0 as * mut sys :: godot_method_bind , set_use_file_access_save_and_swap : 0 as * mut sys :: godot_method_bind , set_use_vsync : 0 as * mut sys :: godot_method_bind , set_vsync_via_compositor : 0 as * mut sys :: godot_method_bind , set_window_always_on_top : 0 as * mut sys :: godot_method_bind , set_window_fullscreen : 0 as * mut sys :: godot_method_bind , set_window_maximized : 0 as * mut sys :: godot_method_bind , set_window_minimized : 0 as * mut sys :: godot_method_bind , set_window_mouse_passthrough : 0 as * mut sys :: godot_method_bind , set_window_per_pixel_transparency_enabled : 0 as * mut sys :: godot_method_bind , set_window_position : 0 as * mut sys :: godot_method_bind , set_window_resizable : 0 as * mut sys :: godot_method_bind , set_window_size : 0 as * mut sys :: godot_method_bind , set_window_title : 0 as * mut sys :: godot_method_bind , shell_open : 0 as * mut sys :: godot_method_bind , show_virtual_keyboard : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { OSMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "_OS\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . alert = (gd_api . godot_method_bind_get_method) (class_name , "alert\0" . as_ptr () as * const c_char) ; table . can_draw = (gd_api . godot_method_bind_get_method) (class_name , "can_draw\0" . as_ptr () as * const c_char) ; table . can_use_threads = (gd_api . godot_method_bind_get_method) (class_name , "can_use_threads\0" . as_ptr () as * const c_char) ; table . center_window = (gd_api . godot_method_bind_get_method) (class_name , "center_window\0" . as_ptr () as * const c_char) ; table . close_midi_inputs = (gd_api . godot_method_bind_get_method) (class_name , "close_midi_inputs\0" . as_ptr () as * const c_char) ; table . delay_msec = (gd_api . godot_method_bind_get_method) (class_name , "delay_msec\0" . as_ptr () as * const c_char) ; table . delay_usec = (gd_api . godot_method_bind_get_method) (class_name , "delay_usec\0" . as_ptr () as * const c_char) ; table . dump_memory_to_file = (gd_api . godot_method_bind_get_method) (class_name , "dump_memory_to_file\0" . as_ptr () as * const c_char) ; table . dump_resources_to_file = (gd_api . godot_method_bind_get_method) (class_name , "dump_resources_to_file\0" . as_ptr () as * const c_char) ; table . execute = (gd_api . godot_method_bind_get_method) (class_name , "execute\0" . as_ptr () as * const c_char) ; table . find_scancode_from_string = (gd_api . godot_method_bind_get_method) (class_name , "find_scancode_from_string\0" . as_ptr () as * const c_char) ; table . get_audio_driver_count = (gd_api . godot_method_bind_get_method) (class_name , "get_audio_driver_count\0" . as_ptr () as * const c_char) ; table . get_audio_driver_name = (gd_api . godot_method_bind_get_method) (class_name , "get_audio_driver_name\0" . as_ptr () as * const c_char) ; table . get_borderless_window = (gd_api . godot_method_bind_get_method) (class_name , "get_borderless_window\0" . as_ptr () as * const c_char) ; table . get_clipboard = (gd_api . godot_method_bind_get_method) (class_name , "get_clipboard\0" . as_ptr () as * const c_char) ; table . get_cmdline_args = (gd_api . godot_method_bind_get_method) (class_name , "get_cmdline_args\0" . as_ptr () as * const c_char) ; table . get_connected_midi_inputs = (gd_api . godot_method_bind_get_method) (class_name , "get_connected_midi_inputs\0" . as_ptr () as * const c_char) ; table . get_current_screen = (gd_api . godot_method_bind_get_method) (class_name , "get_current_screen\0" . as_ptr () as * const c_char) ; table . get_current_tablet_driver = (gd_api . godot_method_bind_get_method) (class_name , "get_current_tablet_driver\0" . as_ptr () as * const c_char) ; table . get_current_video_driver = (gd_api . godot_method_bind_get_method) (class_name , "get_current_video_driver\0" . as_ptr () as * const c_char) ; table . get_date = (gd_api . godot_method_bind_get_method) (class_name , "get_date\0" . as_ptr () as * const c_char) ; table . get_datetime = (gd_api . godot_method_bind_get_method) (class_name , "get_datetime\0" . as_ptr () as * const c_char) ; table . get_datetime_from_unix_time = (gd_api . godot_method_bind_get_method) (class_name , "get_datetime_from_unix_time\0" . as_ptr () as * const c_char) ; table . get_dynamic_memory_usage = (gd_api . godot_method_bind_get_method) (class_name , "get_dynamic_memory_usage\0" . as_ptr () as * const c_char) ; table . get_environment = (gd_api . godot_method_bind_get_method) (class_name , "get_environment\0" . as_ptr () as * const c_char) ; table . get_executable_path = (gd_api . godot_method_bind_get_method) (class_name , "get_executable_path\0" . as_ptr () as * const c_char) ; table . get_exit_code = (gd_api . godot_method_bind_get_method) (class_name , "get_exit_code\0" . as_ptr () as * const c_char) ; table . get_granted_permissions = (gd_api . godot_method_bind_get_method) (class_name , "get_granted_permissions\0" . as_ptr () as * const c_char) ; table . get_ime_selection = (gd_api . godot_method_bind_get_method) (class_name , "get_ime_selection\0" . as_ptr () as * const c_char) ; table . get_ime_text = (gd_api . godot_method_bind_get_method) (class_name , "get_ime_text\0" . as_ptr () as * const c_char) ; table . get_latin_keyboard_variant = (gd_api . godot_method_bind_get_method) (class_name , "get_latin_keyboard_variant\0" . as_ptr () as * const c_char) ; table . get_locale = (gd_api . godot_method_bind_get_method) (class_name , "get_locale\0" . as_ptr () as * const c_char) ; table . get_low_processor_usage_mode_sleep_usec = (gd_api . godot_method_bind_get_method) (class_name , "get_low_processor_usage_mode_sleep_usec\0" . as_ptr () as * const c_char) ; table . get_max_window_size = (gd_api . godot_method_bind_get_method) (class_name , "get_max_window_size\0" . as_ptr () as * const c_char) ; table . get_min_window_size = (gd_api . godot_method_bind_get_method) (class_name , "get_min_window_size\0" . as_ptr () as * const c_char) ; table . get_model_name = (gd_api . godot_method_bind_get_method) (class_name , "get_model_name\0" . as_ptr () as * const c_char) ; table . get_name = (gd_api . godot_method_bind_get_method) (class_name , "get_name\0" . as_ptr () as * const c_char) ; table . get_native_handle = (gd_api . godot_method_bind_get_method) (class_name , "get_native_handle\0" . as_ptr () as * const c_char) ; table . get_power_percent_left = (gd_api . godot_method_bind_get_method) (class_name , "get_power_percent_left\0" . as_ptr () as * const c_char) ; table . get_power_seconds_left = (gd_api . godot_method_bind_get_method) (class_name , "get_power_seconds_left\0" . as_ptr () as * const c_char) ; table . get_power_state = (gd_api . godot_method_bind_get_method) (class_name , "get_power_state\0" . as_ptr () as * const c_char) ; table . get_process_id = (gd_api . godot_method_bind_get_method) (class_name , "get_process_id\0" . as_ptr () as * const c_char) ; table . get_processor_count = (gd_api . godot_method_bind_get_method) (class_name , "get_processor_count\0" . as_ptr () as * const c_char) ; table . get_real_window_size = (gd_api . godot_method_bind_get_method) (class_name , "get_real_window_size\0" . as_ptr () as * const c_char) ; table . get_scancode_string = (gd_api . godot_method_bind_get_method) (class_name , "get_scancode_string\0" . as_ptr () as * const c_char) ; table . get_screen_count = (gd_api . godot_method_bind_get_method) (class_name , "get_screen_count\0" . as_ptr () as * const c_char) ; table . get_screen_dpi = (gd_api . godot_method_bind_get_method) (class_name , "get_screen_dpi\0" . as_ptr () as * const c_char) ; table . get_screen_max_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_screen_max_scale\0" . as_ptr () as * const c_char) ; table . get_screen_orientation = (gd_api . godot_method_bind_get_method) (class_name , "get_screen_orientation\0" . as_ptr () as * const c_char) ; table . get_screen_position = (gd_api . godot_method_bind_get_method) (class_name , "get_screen_position\0" . as_ptr () as * const c_char) ; table . get_screen_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_screen_scale\0" . as_ptr () as * const c_char) ; table . get_screen_size = (gd_api . godot_method_bind_get_method) (class_name , "get_screen_size\0" . as_ptr () as * const c_char) ; table . get_splash_tick_msec = (gd_api . godot_method_bind_get_method) (class_name , "get_splash_tick_msec\0" . as_ptr () as * const c_char) ; table . get_static_memory_peak_usage = (gd_api . godot_method_bind_get_method) (class_name , "get_static_memory_peak_usage\0" . as_ptr () as * const c_char) ; table . get_static_memory_usage = (gd_api . godot_method_bind_get_method) (class_name , "get_static_memory_usage\0" . as_ptr () as * const c_char) ; table . get_system_dir = (gd_api . godot_method_bind_get_method) (class_name , "get_system_dir\0" . as_ptr () as * const c_char) ; table . get_system_time_msecs = (gd_api . godot_method_bind_get_method) (class_name , "get_system_time_msecs\0" . as_ptr () as * const c_char) ; table . get_system_time_secs = (gd_api . godot_method_bind_get_method) (class_name , "get_system_time_secs\0" . as_ptr () as * const c_char) ; table . get_tablet_driver_count = (gd_api . godot_method_bind_get_method) (class_name , "get_tablet_driver_count\0" . as_ptr () as * const c_char) ; table . get_tablet_driver_name = (gd_api . godot_method_bind_get_method) (class_name , "get_tablet_driver_name\0" . as_ptr () as * const c_char) ; table . get_thread_caller_id = (gd_api . godot_method_bind_get_method) (class_name , "get_thread_caller_id\0" . as_ptr () as * const c_char) ; table . get_ticks_msec = (gd_api . godot_method_bind_get_method) (class_name , "get_ticks_msec\0" . as_ptr () as * const c_char) ; table . get_ticks_usec = (gd_api . godot_method_bind_get_method) (class_name , "get_ticks_usec\0" . as_ptr () as * const c_char) ; table . get_time = (gd_api . godot_method_bind_get_method) (class_name , "get_time\0" . as_ptr () as * const c_char) ; table . get_time_zone_info = (gd_api . godot_method_bind_get_method) (class_name , "get_time_zone_info\0" . as_ptr () as * const c_char) ; table . get_unique_id = (gd_api . godot_method_bind_get_method) (class_name , "get_unique_id\0" . as_ptr () as * const c_char) ; table . get_unix_time = (gd_api . godot_method_bind_get_method) (class_name , "get_unix_time\0" . as_ptr () as * const c_char) ; table . get_unix_time_from_datetime = (gd_api . godot_method_bind_get_method) (class_name , "get_unix_time_from_datetime\0" . as_ptr () as * const c_char) ; table . get_user_data_dir = (gd_api . godot_method_bind_get_method) (class_name , "get_user_data_dir\0" . as_ptr () as * const c_char) ; table . get_video_driver_count = (gd_api . godot_method_bind_get_method) (class_name , "get_video_driver_count\0" . as_ptr () as * const c_char) ; table . get_video_driver_name = (gd_api . godot_method_bind_get_method) (class_name , "get_video_driver_name\0" . as_ptr () as * const c_char) ; table . get_virtual_keyboard_height = (gd_api . godot_method_bind_get_method) (class_name , "get_virtual_keyboard_height\0" . as_ptr () as * const c_char) ; table . get_window_per_pixel_transparency_enabled = (gd_api . godot_method_bind_get_method) (class_name , "get_window_per_pixel_transparency_enabled\0" . as_ptr () as * const c_char) ; table . get_window_position = (gd_api . godot_method_bind_get_method) (class_name , "get_window_position\0" . as_ptr () as * const c_char) ; table . get_window_safe_area = (gd_api . godot_method_bind_get_method) (class_name , "get_window_safe_area\0" . as_ptr () as * const c_char) ; table . get_window_size = (gd_api . godot_method_bind_get_method) (class_name , "get_window_size\0" . as_ptr () as * const c_char) ; table . global_menu_add_item = (gd_api . godot_method_bind_get_method) (class_name , "global_menu_add_item\0" . as_ptr () as * const c_char) ; table . global_menu_add_separator = (gd_api . godot_method_bind_get_method) (class_name , "global_menu_add_separator\0" . as_ptr () as * const c_char) ; table . global_menu_clear = (gd_api . godot_method_bind_get_method) (class_name , "global_menu_clear\0" . as_ptr () as * const c_char) ; table . global_menu_remove_item = (gd_api . godot_method_bind_get_method) (class_name , "global_menu_remove_item\0" . as_ptr () as * const c_char) ; table . has_environment = (gd_api . godot_method_bind_get_method) (class_name , "has_environment\0" . as_ptr () as * const c_char) ; table . has_feature = (gd_api . godot_method_bind_get_method) (class_name , "has_feature\0" . as_ptr () as * const c_char) ; table . has_touchscreen_ui_hint = (gd_api . godot_method_bind_get_method) (class_name , "has_touchscreen_ui_hint\0" . as_ptr () as * const c_char) ; table . has_virtual_keyboard = (gd_api . godot_method_bind_get_method) (class_name , "has_virtual_keyboard\0" . as_ptr () as * const c_char) ; table . hide_virtual_keyboard = (gd_api . godot_method_bind_get_method) (class_name , "hide_virtual_keyboard\0" . as_ptr () as * const c_char) ; table . is_debug_build = (gd_api . godot_method_bind_get_method) (class_name , "is_debug_build\0" . as_ptr () as * const c_char) ; table . is_in_low_processor_usage_mode = (gd_api . godot_method_bind_get_method) (class_name , "is_in_low_processor_usage_mode\0" . as_ptr () as * const c_char) ; table . is_keep_screen_on = (gd_api . godot_method_bind_get_method) (class_name , "is_keep_screen_on\0" . as_ptr () as * const c_char) ; table . is_ok_left_and_cancel_right = (gd_api . godot_method_bind_get_method) (class_name , "is_ok_left_and_cancel_right\0" . as_ptr () as * const c_char) ; table . is_scancode_unicode = (gd_api . godot_method_bind_get_method) (class_name , "is_scancode_unicode\0" . as_ptr () as * const c_char) ; table . is_stdout_verbose = (gd_api . godot_method_bind_get_method) (class_name , "is_stdout_verbose\0" . as_ptr () as * const c_char) ; table . is_userfs_persistent = (gd_api . godot_method_bind_get_method) (class_name , "is_userfs_persistent\0" . as_ptr () as * const c_char) ; table . is_vsync_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_vsync_enabled\0" . as_ptr () as * const c_char) ; table . is_vsync_via_compositor_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_vsync_via_compositor_enabled\0" . as_ptr () as * const c_char) ; table . is_window_always_on_top = (gd_api . godot_method_bind_get_method) (class_name , "is_window_always_on_top\0" . as_ptr () as * const c_char) ; table . is_window_focused = (gd_api . godot_method_bind_get_method) (class_name , "is_window_focused\0" . as_ptr () as * const c_char) ; table . is_window_fullscreen = (gd_api . godot_method_bind_get_method) (class_name , "is_window_fullscreen\0" . as_ptr () as * const c_char) ; table . is_window_maximized = (gd_api . godot_method_bind_get_method) (class_name , "is_window_maximized\0" . as_ptr () as * const c_char) ; table . is_window_minimized = (gd_api . godot_method_bind_get_method) (class_name , "is_window_minimized\0" . as_ptr () as * const c_char) ; table . is_window_resizable = (gd_api . godot_method_bind_get_method) (class_name , "is_window_resizable\0" . as_ptr () as * const c_char) ; table . keyboard_get_current_layout = (gd_api . godot_method_bind_get_method) (class_name , "keyboard_get_current_layout\0" . as_ptr () as * const c_char) ; table . keyboard_get_layout_count = (gd_api . godot_method_bind_get_method) (class_name , "keyboard_get_layout_count\0" . as_ptr () as * const c_char) ; table . keyboard_get_layout_language = (gd_api . godot_method_bind_get_method) (class_name , "keyboard_get_layout_language\0" . as_ptr () as * const c_char) ; table . keyboard_get_layout_name = (gd_api . godot_method_bind_get_method) (class_name , "keyboard_get_layout_name\0" . as_ptr () as * const c_char) ; table . keyboard_set_current_layout = (gd_api . godot_method_bind_get_method) (class_name , "keyboard_set_current_layout\0" . as_ptr () as * const c_char) ; table . kill = (gd_api . godot_method_bind_get_method) (class_name , "kill\0" . as_ptr () as * const c_char) ; table . move_window_to_foreground = (gd_api . godot_method_bind_get_method) (class_name , "move_window_to_foreground\0" . as_ptr () as * const c_char) ; table . native_video_is_playing = (gd_api . godot_method_bind_get_method) (class_name , "native_video_is_playing\0" . as_ptr () as * const c_char) ; table . native_video_pause = (gd_api . godot_method_bind_get_method) (class_name , "native_video_pause\0" . as_ptr () as * const c_char) ; table . native_video_play = (gd_api . godot_method_bind_get_method) (class_name , "native_video_play\0" . as_ptr () as * const c_char) ; table . native_video_stop = (gd_api . godot_method_bind_get_method) (class_name , "native_video_stop\0" . as_ptr () as * const c_char) ; table . native_video_unpause = (gd_api . godot_method_bind_get_method) (class_name , "native_video_unpause\0" . as_ptr () as * const c_char) ; table . open_midi_inputs = (gd_api . godot_method_bind_get_method) (class_name , "open_midi_inputs\0" . as_ptr () as * const c_char) ; table . print_all_resources = (gd_api . godot_method_bind_get_method) (class_name , "print_all_resources\0" . as_ptr () as * const c_char) ; table . print_all_textures_by_size = (gd_api . godot_method_bind_get_method) (class_name , "print_all_textures_by_size\0" . as_ptr () as * const c_char) ; table . print_resources_by_type = (gd_api . godot_method_bind_get_method) (class_name , "print_resources_by_type\0" . as_ptr () as * const c_char) ; table . print_resources_in_use = (gd_api . godot_method_bind_get_method) (class_name , "print_resources_in_use\0" . as_ptr () as * const c_char) ; table . request_attention = (gd_api . godot_method_bind_get_method) (class_name , "request_attention\0" . as_ptr () as * const c_char) ; table . request_permission = (gd_api . godot_method_bind_get_method) (class_name , "request_permission\0" . as_ptr () as * const c_char) ; table . request_permissions = (gd_api . godot_method_bind_get_method) (class_name , "request_permissions\0" . as_ptr () as * const c_char) ; table . set_borderless_window = (gd_api . godot_method_bind_get_method) (class_name , "set_borderless_window\0" . as_ptr () as * const c_char) ; table . set_clipboard = (gd_api . godot_method_bind_get_method) (class_name , "set_clipboard\0" . as_ptr () as * const c_char) ; table . set_current_screen = (gd_api . godot_method_bind_get_method) (class_name , "set_current_screen\0" . as_ptr () as * const c_char) ; table . set_current_tablet_driver = (gd_api . godot_method_bind_get_method) (class_name , "set_current_tablet_driver\0" . as_ptr () as * const c_char) ; table . set_environment = (gd_api . godot_method_bind_get_method) (class_name , "set_environment\0" . as_ptr () as * const c_char) ; table . set_exit_code = (gd_api . godot_method_bind_get_method) (class_name , "set_exit_code\0" . as_ptr () as * const c_char) ; table . set_icon = (gd_api . godot_method_bind_get_method) (class_name , "set_icon\0" . as_ptr () as * const c_char) ; table . set_ime_active = (gd_api . godot_method_bind_get_method) (class_name , "set_ime_active\0" . as_ptr () as * const c_char) ; table . set_ime_position = (gd_api . godot_method_bind_get_method) (class_name , "set_ime_position\0" . as_ptr () as * const c_char) ; table . set_keep_screen_on = (gd_api . godot_method_bind_get_method) (class_name , "set_keep_screen_on\0" . as_ptr () as * const c_char) ; table . set_low_processor_usage_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_low_processor_usage_mode\0" . as_ptr () as * const c_char) ; table . set_low_processor_usage_mode_sleep_usec = (gd_api . godot_method_bind_get_method) (class_name , "set_low_processor_usage_mode_sleep_usec\0" . as_ptr () as * const c_char) ; table . set_max_window_size = (gd_api . godot_method_bind_get_method) (class_name , "set_max_window_size\0" . as_ptr () as * const c_char) ; table . set_min_window_size = (gd_api . godot_method_bind_get_method) (class_name , "set_min_window_size\0" . as_ptr () as * const c_char) ; table . set_native_icon = (gd_api . godot_method_bind_get_method) (class_name , "set_native_icon\0" . as_ptr () as * const c_char) ; table . set_screen_orientation = (gd_api . godot_method_bind_get_method) (class_name , "set_screen_orientation\0" . as_ptr () as * const c_char) ; table . set_thread_name = (gd_api . godot_method_bind_get_method) (class_name , "set_thread_name\0" . as_ptr () as * const c_char) ; table . set_use_file_access_save_and_swap = (gd_api . godot_method_bind_get_method) (class_name , "set_use_file_access_save_and_swap\0" . as_ptr () as * const c_char) ; table . set_use_vsync = (gd_api . godot_method_bind_get_method) (class_name , "set_use_vsync\0" . as_ptr () as * const c_char) ; table . set_vsync_via_compositor = (gd_api . godot_method_bind_get_method) (class_name , "set_vsync_via_compositor\0" . as_ptr () as * const c_char) ; table . set_window_always_on_top = (gd_api . godot_method_bind_get_method) (class_name , "set_window_always_on_top\0" . as_ptr () as * const c_char) ; table . set_window_fullscreen = (gd_api . godot_method_bind_get_method) (class_name , "set_window_fullscreen\0" . as_ptr () as * const c_char) ; table . set_window_maximized = (gd_api . godot_method_bind_get_method) (class_name , "set_window_maximized\0" . as_ptr () as * const c_char) ; table . set_window_minimized = (gd_api . godot_method_bind_get_method) (class_name , "set_window_minimized\0" . as_ptr () as * const c_char) ; table . set_window_mouse_passthrough = (gd_api . godot_method_bind_get_method) (class_name , "set_window_mouse_passthrough\0" . as_ptr () as * const c_char) ; table . set_window_per_pixel_transparency_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_window_per_pixel_transparency_enabled\0" . as_ptr () as * const c_char) ; table . set_window_position = (gd_api . godot_method_bind_get_method) (class_name , "set_window_position\0" . as_ptr () as * const c_char) ; table . set_window_resizable = (gd_api . godot_method_bind_get_method) (class_name , "set_window_resizable\0" . as_ptr () as * const c_char) ; table . set_window_size = (gd_api . godot_method_bind_get_method) (class_name , "set_window_size\0" . as_ptr () as * const c_char) ; table . set_window_title = (gd_api . godot_method_bind_get_method) (class_name , "set_window_title\0" . as_ptr () as * const c_char) ; table . shell_open = (gd_api . godot_method_bind_get_method) (class_name , "shell_open\0" . as_ptr () as * const c_char) ; table . show_virtual_keyboard = (gd_api . godot_method_bind_get_method) (class_name , "show_virtual_keyboard\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:484:6878 [INFO] [stdout] | [INFO] [stdout] 484 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 484 | # [doc = "`core class StreamPeerBuffer` inherits `StreamPeer` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_streampeerbuffer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nStreamPeerBuffer inherits methods from:\n - [StreamPeer](struct.StreamPeer.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct StreamPeerBuffer { this : RawObject < Self > , } impl StreamPeerBuffer { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = StreamPeerBufferMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn clear (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . clear ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn duplicate (& self) -> Option < Ref < crate :: generated :: stream_peer_buffer :: StreamPeerBuffer , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . duplicate ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: stream_peer_buffer :: StreamPeerBuffer , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn data_array (& self) -> ByteArray { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . get_data_array ; let ret = crate :: icalls :: icallptr_bytearr (method_bind , self . this . sys () . as_ptr ()) ; ByteArray :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_position (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . get_position ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn get_size (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . get_size ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn resize (& self , size : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . resize ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , size) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn seek (& self , position : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . seek ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_data_array (& self , data : ByteArray) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = StreamPeerBufferMethodTable :: get (get_api ()) . set_data_array ; let ret = crate :: icalls :: icallptr_void_bytearr (method_bind , self . this . sys () . as_ptr () , data) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for StreamPeerBuffer { } unsafe impl GodotObject for StreamPeerBuffer { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "StreamPeerBuffer" } } impl std :: ops :: Deref for StreamPeerBuffer { type Target = crate :: generated :: stream_peer :: StreamPeer ; # [inline] fn deref (& self) -> & crate :: generated :: stream_peer :: StreamPeer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for StreamPeerBuffer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: stream_peer :: StreamPeer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: stream_peer :: StreamPeer > for StreamPeerBuffer { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for StreamPeerBuffer { } unsafe impl SubClass < crate :: generated :: object :: Object > for StreamPeerBuffer { } impl Instanciable for StreamPeerBuffer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { StreamPeerBuffer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct StreamPeerBufferMethodTable { pub class_constructor : sys :: godot_class_constructor , pub clear : * mut sys :: godot_method_bind , pub duplicate : * mut sys :: godot_method_bind , pub get_data_array : * mut sys :: godot_method_bind , pub get_position : * mut sys :: godot_method_bind , pub get_size : * mut sys :: godot_method_bind , pub resize : * mut sys :: godot_method_bind , pub seek : * mut sys :: godot_method_bind , pub set_data_array : * mut sys :: godot_method_bind } impl StreamPeerBufferMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : StreamPeerBufferMethodTable = StreamPeerBufferMethodTable { class_constructor : None , clear : 0 as * mut sys :: godot_method_bind , duplicate : 0 as * mut sys :: godot_method_bind , get_data_array : 0 as * mut sys :: godot_method_bind , get_position : 0 as * mut sys :: godot_method_bind , get_size : 0 as * mut sys :: godot_method_bind , resize : 0 as * mut sys :: godot_method_bind , seek : 0 as * mut sys :: godot_method_bind , set_data_array : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { StreamPeerBufferMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "StreamPeerBuffer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . clear = (gd_api . godot_method_bind_get_method) (class_name , "clear\0" . as_ptr () as * const c_char) ; table . duplicate = (gd_api . godot_method_bind_get_method) (class_name , "duplicate\0" . as_ptr () as * const c_char) ; table . get_data_array = (gd_api . godot_method_bind_get_method) (class_name , "get_data_array\0" . as_ptr () as * const c_char) ; table . get_position = (gd_api . godot_method_bind_get_method) (class_name , "get_position\0" . as_ptr () as * const c_char) ; table . get_size = (gd_api . godot_method_bind_get_method) (class_name , "get_size\0" . as_ptr () as * const c_char) ; table . resize = (gd_api . godot_method_bind_get_method) (class_name , "resize\0" . as_ptr () as * const c_char) ; table . seek = (gd_api . godot_method_bind_get_method) (class_name , "seek\0" . as_ptr () as * const c_char) ; table . set_data_array = (gd_api . godot_method_bind_get_method) (class_name , "set_data_array\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:490:6114 [INFO] [stdout] | [INFO] [stdout] 490 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 490 | # [doc = "`core class AudioStreamOGGVorbis` inherits `AudioStream` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_audiostreamoggvorbis.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAudioStreamOGGVorbis inherits methods from:\n - [AudioStream](struct.AudioStream.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AudioStreamOGGVorbis { this : RawObject < Self > , } impl AudioStreamOGGVorbis { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AudioStreamOGGVorbisMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn data (& self) -> ByteArray { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioStreamOGGVorbisMethodTable :: get (get_api ()) . get_data ; let ret = crate :: icalls :: icallptr_bytearr (method_bind , self . this . sys () . as_ptr ()) ; ByteArray :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn loop_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioStreamOGGVorbisMethodTable :: get (get_api ()) . get_loop_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn has_loop (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioStreamOGGVorbisMethodTable :: get (get_api ()) . has_loop ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn set_data (& self , data : ByteArray) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioStreamOGGVorbisMethodTable :: get (get_api ()) . set_data ; let ret = crate :: icalls :: icallptr_void_bytearr (method_bind , self . this . sys () . as_ptr () , data) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_loop (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioStreamOGGVorbisMethodTable :: get (get_api ()) . set_loop ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_loop_offset (& self , seconds : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioStreamOGGVorbisMethodTable :: get (get_api ()) . set_loop_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , seconds) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for AudioStreamOGGVorbis { } unsafe impl GodotObject for AudioStreamOGGVorbis { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AudioStreamOGGVorbis" } } impl std :: ops :: Deref for AudioStreamOGGVorbis { type Target = crate :: generated :: audio_stream :: AudioStream ; # [inline] fn deref (& self) -> & crate :: generated :: audio_stream :: AudioStream { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AudioStreamOGGVorbis { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: audio_stream :: AudioStream { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: audio_stream :: AudioStream > for AudioStreamOGGVorbis { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AudioStreamOGGVorbis { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AudioStreamOGGVorbis { } unsafe impl SubClass < crate :: generated :: object :: Object > for AudioStreamOGGVorbis { } impl Instanciable for AudioStreamOGGVorbis { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AudioStreamOGGVorbis :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AudioStreamOGGVorbisMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_data : * mut sys :: godot_method_bind , pub get_loop_offset : * mut sys :: godot_method_bind , pub has_loop : * mut sys :: godot_method_bind , pub set_data : * mut sys :: godot_method_bind , pub set_loop : * mut sys :: godot_method_bind , pub set_loop_offset : * mut sys :: godot_method_bind } impl AudioStreamOGGVorbisMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AudioStreamOGGVorbisMethodTable = AudioStreamOGGVorbisMethodTable { class_constructor : None , get_data : 0 as * mut sys :: godot_method_bind , get_loop_offset : 0 as * mut sys :: godot_method_bind , has_loop : 0 as * mut sys :: godot_method_bind , set_data : 0 as * mut sys :: godot_method_bind , set_loop : 0 as * mut sys :: godot_method_bind , set_loop_offset : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AudioStreamOGGVorbisMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AudioStreamOGGVorbis\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_data = (gd_api . godot_method_bind_get_method) (class_name , "get_data\0" . as_ptr () as * const c_char) ; table . get_loop_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_loop_offset\0" . as_ptr () as * const c_char) ; table . has_loop = (gd_api . godot_method_bind_get_method) (class_name , "has_loop\0" . as_ptr () as * const c_char) ; table . set_data = (gd_api . godot_method_bind_get_method) (class_name , "set_data\0" . as_ptr () as * const c_char) ; table . set_loop = (gd_api . godot_method_bind_get_method) (class_name , "set_loop\0" . as_ptr () as * const c_char) ; table . set_loop_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_loop_offset\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:496:7789 [INFO] [stdout] | [INFO] [stdout] 496 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 496 | # [doc = "`core class Bone2D` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_bone2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Bone2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nBone2D inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Bone2D { this : RawObject < Self > , } impl Bone2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Bone2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Stores the node's current transforms in [member rest]."] # [doc = ""] # [inline] pub fn apply_rest (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Bone2DMethodTable :: get (get_api ()) . apply_rest ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Length of the bone's representation drawn in the editor's viewport in pixels."] # [doc = ""] # [inline] pub fn default_length (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Bone2DMethodTable :: get (get_api ()) . get_default_length ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the node's index as part of the entire skeleton. See [Skeleton2D]."] # [doc = ""] # [inline] pub fn get_index_in_skeleton (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Bone2DMethodTable :: get (get_api ()) . get_index_in_skeleton ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Rest transform of the bone. You can reset the node's transforms to this value using [method apply_rest]."] # [doc = ""] # [inline] pub fn rest (& self) -> Transform2D { unsafe { let method_bind : * mut sys :: godot_method_bind = Bone2DMethodTable :: get (get_api ()) . get_rest ; let ret = crate :: icalls :: icallptr_trans2D (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the node's [member rest] `Transform2D` if it doesn't have a parent, or its rest pose relative to its parent."] # [doc = ""] # [inline] pub fn get_skeleton_rest (& self) -> Transform2D { unsafe { let method_bind : * mut sys :: godot_method_bind = Bone2DMethodTable :: get (get_api ()) . get_skeleton_rest ; let ret = crate :: icalls :: icallptr_trans2D (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Length of the bone's representation drawn in the editor's viewport in pixels."] # [doc = ""] # [inline] pub fn set_default_length (& self , default_length : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Bone2DMethodTable :: get (get_api ()) . set_default_length ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , default_length) ; } } # [doc = "Rest transform of the bone. You can reset the node's transforms to this value using [method apply_rest]."] # [doc = ""] # [inline] pub fn set_rest (& self , rest : Transform2D) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Bone2DMethodTable :: get (get_api ()) . set_rest ; let ret = crate :: icalls :: icallptr_void_trans2D (method_bind , self . this . sys () . as_ptr () , rest) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Bone2D { } unsafe impl GodotObject for Bone2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Bone2D" } } impl QueueFree for Bone2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Bone2D { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Bone2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for Bone2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for Bone2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for Bone2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for Bone2D { } impl Instanciable for Bone2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Bone2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Bone2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub apply_rest : * mut sys :: godot_method_bind , pub get_default_length : * mut sys :: godot_method_bind , pub get_index_in_skeleton : * mut sys :: godot_method_bind , pub get_rest : * mut sys :: godot_method_bind , pub get_skeleton_rest : * mut sys :: godot_method_bind , pub set_default_length : * mut sys :: godot_method_bind , pub set_rest : * mut sys :: godot_method_bind } impl Bone2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Bone2DMethodTable = Bone2DMethodTable { class_constructor : None , apply_rest : 0 as * mut sys :: godot_method_bind , get_default_length : 0 as * mut sys :: godot_method_bind , get_index_in_skeleton : 0 as * mut sys :: godot_method_bind , get_rest : 0 as * mut sys :: godot_method_bind , get_skeleton_rest : 0 as * mut sys :: godot_method_bind , set_default_length : 0 as * mut sys :: godot_method_bind , set_rest : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Bone2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Bone2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . apply_rest = (gd_api . godot_method_bind_get_method) (class_name , "apply_rest\0" . as_ptr () as * const c_char) ; table . get_default_length = (gd_api . godot_method_bind_get_method) (class_name , "get_default_length\0" . as_ptr () as * const c_char) ; table . get_index_in_skeleton = (gd_api . godot_method_bind_get_method) (class_name , "get_index_in_skeleton\0" . as_ptr () as * const c_char) ; table . get_rest = (gd_api . godot_method_bind_get_method) (class_name , "get_rest\0" . as_ptr () as * const c_char) ; table . get_skeleton_rest = (gd_api . godot_method_bind_get_method) (class_name , "get_skeleton_rest\0" . as_ptr () as * const c_char) ; table . set_default_length = (gd_api . godot_method_bind_get_method) (class_name , "set_default_length\0" . as_ptr () as * const c_char) ; table . set_rest = (gd_api . godot_method_bind_get_method) (class_name , "set_rest\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:502:12183 [INFO] [stdout] | [INFO] [stdout] 502 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 502 | # [doc = "`core class PacketPeerUDP` inherits `PacketPeer` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_packetpeerudp.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nPacketPeerUDP inherits methods from:\n - [PacketPeer](struct.PacketPeer.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PacketPeerUDP { this : RawObject < Self > , } impl PacketPeerUDP { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PacketPeerUDPMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Closes the UDP socket the [PacketPeerUDP] is currently listening on."] # [doc = ""] # [inline] pub fn close (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . close ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Calling this method connects this UDP peer to the given `host`/`port` pair. UDP is in reality connectionless, so this option only means that incoming packets from different addresses are automatically discarded, and that outgoing packets are always sent to the connected address (future calls to [method set_dest_address] are not allowed). This method does not send any data to the remote peer, to do that, use [method PacketPeer.put_var] or [method PacketPeer.put_packet] as usual. See also [UDPServer].\nNote: Connecting to the remote peer does not help to protect from malicious attacks like IP spoofing, etc. Think about using an encryption technique like SSL or DTLS if you feel like your application is transfering sensitive information."] # [doc = ""] # [inline] pub fn connect_to_host (& self , host : impl Into < GodotString > , port : i64) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . connect_to_host ; let ret = crate :: icalls :: icallptr_i64_str_i64 (method_bind , self . this . sys () . as_ptr () , host . into () , port) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Returns the IP of the remote peer that sent the last packet(that was received with [method PacketPeer.get_packet] or [method PacketPeer.get_var])."] # [doc = ""] # [inline] pub fn get_packet_ip (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . get_packet_ip ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the port of the remote peer that sent the last packet(that was received with [method PacketPeer.get_packet] or [method PacketPeer.get_var])."] # [doc = ""] # [inline] pub fn get_packet_port (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . get_packet_port ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the UDP socket is open and has been connected to a remote address. See [method connect_to_host]."] # [doc = ""] # [inline] pub fn is_connected_to_host (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . is_connected_to_host ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns whether this [PacketPeerUDP] is listening."] # [doc = ""] # [inline] pub fn is_listening (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . is_listening ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Joins the multicast group specified by `multicast_address` using the interface identified by `interface_name`.\nYou can join the same multicast group with multiple interfaces. Use [method IP.get_local_interfaces] to know which are available.\nNote: Some Android devices might require the `CHANGE_WIFI_MULTICAST_STATE` permission for multicast to work."] # [doc = ""] # [inline] pub fn join_multicast_group (& self , multicast_address : impl Into < GodotString > , interface_name : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . join_multicast_group ; let ret = crate :: icalls :: icallptr_i64_str_str (method_bind , self . this . sys () . as_ptr () , multicast_address . into () , interface_name . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Removes the interface identified by `interface_name` from the multicast group specified by `multicast_address`."] # [doc = ""] # [inline] pub fn leave_multicast_group (& self , multicast_address : impl Into < GodotString > , interface_name : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . leave_multicast_group ; let ret = crate :: icalls :: icallptr_i64_str_str (method_bind , self . this . sys () . as_ptr () , multicast_address . into () , interface_name . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Makes this [PacketPeerUDP] listen on the `port` binding to `bind_address` with a buffer size `recv_buf_size`.\nIf `bind_address` is set to `\"*\"` (default), the peer will listen on all available addresses (both IPv4 and IPv6).\nIf `bind_address` is set to `\"0.0.0.0\"` (for IPv4) or `\"::\"` (for IPv6), the peer will listen on all available addresses matching that IP type.\nIf `bind_address` is set to any valid address (e.g. `\"192.168.1.101\"`, `\"::1\"`, etc), the peer will only listen on the interface with that addresses (or fail if no interface with the given address exists).\n# Default Arguments\n* `bind_address` - `\"*\"`\n* `recv_buf_size` - `65536`"] # [doc = ""] # [inline] pub fn listen (& self , port : i64 , bind_address : impl Into < GodotString > , recv_buf_size : i64) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . listen ; let ret = crate :: icalls :: icallptr_i64_i64_str_i64 (method_bind , self . this . sys () . as_ptr () , port , bind_address . into () , recv_buf_size) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Enable or disable sending of broadcast packets (e.g. `set_dest_address(\"255.255.255.255\", 4343)`. This option is disabled by default.\nNote: Some Android devices might require the `CHANGE_WIFI_MULTICAST_STATE` permission and this option to be enabled to receive broadcast packets too."] # [doc = ""] # [inline] pub fn set_broadcast_enabled (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . set_broadcast_enabled ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "Sets the destination address and port for sending packets and variables. A hostname will be resolved using DNS if needed.\nNote: [method set_broadcast_enabled] must be enabled before sending packets to a broadcast address (e.g. `255.255.255.255`)."] # [doc = ""] # [inline] pub fn set_dest_address (& self , host : impl Into < GodotString > , port : i64) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . set_dest_address ; let ret = crate :: icalls :: icallptr_i64_str_i64 (method_bind , self . this . sys () . as_ptr () , host . into () , port) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Waits for a packet to arrive on the listening port. See [method listen]."] # [doc = ""] # [inline] pub fn wait (& self) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = PacketPeerUDPMethodTable :: get (get_api ()) . wait ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; GodotError :: result_from_sys (ret as _) } } } impl gdnative_core :: private :: godot_object :: Sealed for PacketPeerUDP { } unsafe impl GodotObject for PacketPeerUDP { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "PacketPeerUDP" } } impl std :: ops :: Deref for PacketPeerUDP { type Target = crate :: generated :: packet_peer :: PacketPeer ; # [inline] fn deref (& self) -> & crate :: generated :: packet_peer :: PacketPeer { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PacketPeerUDP { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: packet_peer :: PacketPeer { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: packet_peer :: PacketPeer > for PacketPeerUDP { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for PacketPeerUDP { } unsafe impl SubClass < crate :: generated :: object :: Object > for PacketPeerUDP { } impl Instanciable for PacketPeerUDP { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PacketPeerUDP :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PacketPeerUDPMethodTable { pub class_constructor : sys :: godot_class_constructor , pub close : * mut sys :: godot_method_bind , pub connect_to_host : * mut sys :: godot_method_bind , pub get_packet_ip : * mut sys :: godot_method_bind , pub get_packet_port : * mut sys :: godot_method_bind , pub is_connected_to_host : * mut sys :: godot_method_bind , pub is_listening : * mut sys :: godot_method_bind , pub join_multicast_group : * mut sys :: godot_method_bind , pub leave_multicast_group : * mut sys :: godot_method_bind , pub listen : * mut sys :: godot_method_bind , pub set_broadcast_enabled : * mut sys :: godot_method_bind , pub set_dest_address : * mut sys :: godot_method_bind , pub wait : * mut sys :: godot_method_bind } impl PacketPeerUDPMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PacketPeerUDPMethodTable = PacketPeerUDPMethodTable { class_constructor : None , close : 0 as * mut sys :: godot_method_bind , connect_to_host : 0 as * mut sys :: godot_method_bind , get_packet_ip : 0 as * mut sys :: godot_method_bind , get_packet_port : 0 as * mut sys :: godot_method_bind , is_connected_to_host : 0 as * mut sys :: godot_method_bind , is_listening : 0 as * mut sys :: godot_method_bind , join_multicast_group : 0 as * mut sys :: godot_method_bind , leave_multicast_group : 0 as * mut sys :: godot_method_bind , listen : 0 as * mut sys :: godot_method_bind , set_broadcast_enabled : 0 as * mut sys :: godot_method_bind , set_dest_address : 0 as * mut sys :: godot_method_bind , wait : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PacketPeerUDPMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PacketPeerUDP\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . close = (gd_api . godot_method_bind_get_method) (class_name , "close\0" . as_ptr () as * const c_char) ; table . connect_to_host = (gd_api . godot_method_bind_get_method) (class_name , "connect_to_host\0" . as_ptr () as * const c_char) ; table . get_packet_ip = (gd_api . godot_method_bind_get_method) (class_name , "get_packet_ip\0" . as_ptr () as * const c_char) ; table . get_packet_port = (gd_api . godot_method_bind_get_method) (class_name , "get_packet_port\0" . as_ptr () as * const c_char) ; table . is_connected_to_host = (gd_api . godot_method_bind_get_method) (class_name , "is_connected_to_host\0" . as_ptr () as * const c_char) ; table . is_listening = (gd_api . godot_method_bind_get_method) (class_name , "is_listening\0" . as_ptr () as * const c_char) ; table . join_multicast_group = (gd_api . godot_method_bind_get_method) (class_name , "join_multicast_group\0" . as_ptr () as * const c_char) ; table . leave_multicast_group = (gd_api . godot_method_bind_get_method) (class_name , "leave_multicast_group\0" . as_ptr () as * const c_char) ; table . listen = (gd_api . godot_method_bind_get_method) (class_name , "listen\0" . as_ptr () as * const c_char) ; table . set_broadcast_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_broadcast_enabled\0" . as_ptr () as * const c_char) ; table . set_dest_address = (gd_api . godot_method_bind_get_method) (class_name , "set_dest_address\0" . as_ptr () as * const c_char) ; table . wait = (gd_api . godot_method_bind_get_method) (class_name , "wait\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:508:4315 [INFO] [stdout] | [INFO] [stdout] 508 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 508 | # [doc = "`core class Position2D` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_position2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Position2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nPosition2D inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Position2D { this : RawObject < Self > , } impl Position2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Position2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for Position2D { } unsafe impl GodotObject for Position2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Position2D" } } impl QueueFree for Position2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Position2D { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Position2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for Position2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for Position2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for Position2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for Position2D { } impl Instanciable for Position2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Position2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Position2DMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl Position2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Position2DMethodTable = Position2DMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Position2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Position2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:520:6230 [INFO] [stdout] | [INFO] [stdout] 520 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 520 | # [doc = "`core class Listener` inherits `Spatial` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_listener.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Listener` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nListener inherits methods from:\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Listener { this : RawObject < Self > , } impl Listener { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ListenerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Disables the listener to use the current camera's listener instead."] # [doc = ""] # [inline] pub fn clear_current (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ListenerMethodTable :: get (get_api ()) . clear_current ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Returns the listener's global orthonormalized [Transform]."] # [doc = ""] # [inline] pub fn get_listener_transform (& self) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = ListenerMethodTable :: get (get_api ()) . get_listener_transform ; let ret = crate :: icalls :: icallptr_trans (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns `true` if the listener was made current using [method make_current], `false` otherwise.\n**Note:** There may be more than one Listener marked as \"current\" in the scene tree, but only the one that was made current last will be used."] # [doc = ""] # [inline] pub fn is_current (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ListenerMethodTable :: get (get_api ()) . is_current ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Enables the listener. This will override the current camera's listener."] # [doc = ""] # [inline] pub fn make_current (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ListenerMethodTable :: get (get_api ()) . make_current ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Listener { } unsafe impl GodotObject for Listener { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Listener" } } impl QueueFree for Listener { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Listener { type Target = crate :: generated :: spatial :: Spatial ; # [inline] fn deref (& self) -> & crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Listener { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for Listener { } unsafe impl SubClass < crate :: generated :: node :: Node > for Listener { } unsafe impl SubClass < crate :: generated :: object :: Object > for Listener { } impl Instanciable for Listener { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Listener :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ListenerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub clear_current : * mut sys :: godot_method_bind , pub get_listener_transform : * mut sys :: godot_method_bind , pub is_current : * mut sys :: godot_method_bind , pub make_current : * mut sys :: godot_method_bind } impl ListenerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ListenerMethodTable = ListenerMethodTable { class_constructor : None , clear_current : 0 as * mut sys :: godot_method_bind , get_listener_transform : 0 as * mut sys :: godot_method_bind , is_current : 0 as * mut sys :: godot_method_bind , make_current : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ListenerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Listener\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . clear_current = (gd_api . godot_method_bind_get_method) (class_name , "clear_current\0" . as_ptr () as * const c_char) ; table . get_listener_transform = (gd_api . godot_method_bind_get_method) (class_name , "get_listener_transform\0" . as_ptr () as * const c_char) ; table . is_current = (gd_api . godot_method_bind_get_method) (class_name , "is_current\0" . as_ptr () as * const c_char) ; table . make_current = (gd_api . godot_method_bind_get_method) (class_name , "make_current\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:526:10159 [INFO] [stdout] | [INFO] [stdout] 526 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 526 | # [doc = "`core class RemoteTransform` inherits `Spatial` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_remotetransform.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`RemoteTransform` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nRemoteTransform inherits methods from:\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct RemoteTransform { this : RawObject < Self > , } impl RemoteTransform { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = RemoteTransformMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "[RemoteTransform] caches the remote node. It may not notice if the remote node disappears; [method force_update_cache] forces it to update the cache again."] # [doc = ""] # [inline] pub fn force_update_cache (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . force_update_cache ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "The [NodePath] to the remote node, relative to the RemoteTransform's position in the scene."] # [doc = ""] # [inline] pub fn remote_node (& self) -> NodePath { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . get_remote_node ; let ret = crate :: icalls :: icallptr_nodepath (method_bind , self . this . sys () . as_ptr ()) ; NodePath :: from_sys (ret) } } # [doc = "If `true`, the remote node's position is updated."] # [doc = ""] # [inline] pub fn update_position (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . get_update_position ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the remote node's rotation is updated."] # [doc = ""] # [inline] pub fn update_rotation (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . get_update_rotation ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the remote node's scale is updated."] # [doc = ""] # [inline] pub fn update_scale (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . get_update_scale ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, global coordinates are used. If `false`, local coordinates are used."] # [doc = ""] # [inline] pub fn use_global_coordinates (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . get_use_global_coordinates ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The [NodePath] to the remote node, relative to the RemoteTransform's position in the scene."] # [doc = ""] # [inline] pub fn set_remote_node (& self , path : impl Into < NodePath >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . set_remote_node ; let ret = crate :: icalls :: icallptr_void_nodepath (method_bind , self . this . sys () . as_ptr () , path . into ()) ; } } # [doc = "If `true`, the remote node's position is updated."] # [doc = ""] # [inline] pub fn set_update_position (& self , update_remote_position : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . set_update_position ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , update_remote_position) ; } } # [doc = "If `true`, the remote node's rotation is updated."] # [doc = ""] # [inline] pub fn set_update_rotation (& self , update_remote_rotation : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . set_update_rotation ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , update_remote_rotation) ; } } # [doc = "If `true`, the remote node's scale is updated."] # [doc = ""] # [inline] pub fn set_update_scale (& self , update_remote_scale : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . set_update_scale ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , update_remote_scale) ; } } # [doc = "If `true`, global coordinates are used. If `false`, local coordinates are used."] # [doc = ""] # [inline] pub fn set_use_global_coordinates (& self , use_global_coordinates : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RemoteTransformMethodTable :: get (get_api ()) . set_use_global_coordinates ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , use_global_coordinates) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for RemoteTransform { } unsafe impl GodotObject for RemoteTransform { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "RemoteTransform" } } impl QueueFree for RemoteTransform { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for RemoteTransform { type Target = crate :: generated :: spatial :: Spatial ; # [inline] fn deref (& self) -> & crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for RemoteTransform { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for RemoteTransform { } unsafe impl SubClass < crate :: generated :: node :: Node > for RemoteTransform { } unsafe impl SubClass < crate :: generated :: object :: Object > for RemoteTransform { } impl Instanciable for RemoteTransform { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { RemoteTransform :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct RemoteTransformMethodTable { pub class_constructor : sys :: godot_class_constructor , pub force_update_cache : * mut sys :: godot_method_bind , pub get_remote_node : * mut sys :: godot_method_bind , pub get_update_position : * mut sys :: godot_method_bind , pub get_update_rotation : * mut sys :: godot_method_bind , pub get_update_scale : * mut sys :: godot_method_bind , pub get_use_global_coordinates : * mut sys :: godot_method_bind , pub set_remote_node : * mut sys :: godot_method_bind , pub set_update_position : * mut sys :: godot_method_bind , pub set_update_rotation : * mut sys :: godot_method_bind , pub set_update_scale : * mut sys :: godot_method_bind , pub set_use_global_coordinates : * mut sys :: godot_method_bind } impl RemoteTransformMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : RemoteTransformMethodTable = RemoteTransformMethodTable { class_constructor : None , force_update_cache : 0 as * mut sys :: godot_method_bind , get_remote_node : 0 as * mut sys :: godot_method_bind , get_update_position : 0 as * mut sys :: godot_method_bind , get_update_rotation : 0 as * mut sys :: godot_method_bind , get_update_scale : 0 as * mut sys :: godot_method_bind , get_use_global_coordinates : 0 as * mut sys :: godot_method_bind , set_remote_node : 0 as * mut sys :: godot_method_bind , set_update_position : 0 as * mut sys :: godot_method_bind , set_update_rotation : 0 as * mut sys :: godot_method_bind , set_update_scale : 0 as * mut sys :: godot_method_bind , set_use_global_coordinates : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { RemoteTransformMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "RemoteTransform\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . force_update_cache = (gd_api . godot_method_bind_get_method) (class_name , "force_update_cache\0" . as_ptr () as * const c_char) ; table . get_remote_node = (gd_api . godot_method_bind_get_method) (class_name , "get_remote_node\0" . as_ptr () as * const c_char) ; table . get_update_position = (gd_api . godot_method_bind_get_method) (class_name , "get_update_position\0" . as_ptr () as * const c_char) ; table . get_update_rotation = (gd_api . godot_method_bind_get_method) (class_name , "get_update_rotation\0" . as_ptr () as * const c_char) ; table . get_update_scale = (gd_api . godot_method_bind_get_method) (class_name , "get_update_scale\0" . as_ptr () as * const c_char) ; table . get_use_global_coordinates = (gd_api . godot_method_bind_get_method) (class_name , "get_use_global_coordinates\0" . as_ptr () as * const c_char) ; table . set_remote_node = (gd_api . godot_method_bind_get_method) (class_name , "set_remote_node\0" . as_ptr () as * const c_char) ; table . set_update_position = (gd_api . godot_method_bind_get_method) (class_name , "set_update_position\0" . as_ptr () as * const c_char) ; table . set_update_rotation = (gd_api . godot_method_bind_get_method) (class_name , "set_update_rotation\0" . as_ptr () as * const c_char) ; table . set_update_scale = (gd_api . godot_method_bind_get_method) (class_name , "set_update_scale\0" . as_ptr () as * const c_char) ; table . set_use_global_coordinates = (gd_api . godot_method_bind_get_method) (class_name , "set_use_global_coordinates\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:532:13139 [INFO] [stdout] | [INFO] [stdout] 532 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 532 | # [doc = "`core class AnimationTree` inherits `Node` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_animationtree.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`AnimationTree` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nAnimationTree inherits methods from:\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AnimationTree { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct AnimationProcessMode (pub i64) ; impl AnimationProcessMode { pub const PHYSICS : AnimationProcessMode = AnimationProcessMode (0i64) ; pub const IDLE : AnimationProcessMode = AnimationProcessMode (1i64) ; pub const MANUAL : AnimationProcessMode = AnimationProcessMode (2i64) ; } impl From < i64 > for AnimationProcessMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < AnimationProcessMode > for i64 { # [inline] fn from (v : AnimationProcessMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl AnimationTree { pub const ANIMATION_PROCESS_IDLE : i64 = 1i64 ; pub const ANIMATION_PROCESS_MANUAL : i64 = 2i64 ; pub const ANIMATION_PROCESS_PHYSICS : i64 = 0i64 ; } impl AnimationTree { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AnimationTreeMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Manually advance the animations by the specified time (in seconds)."] # [doc = ""] # [inline] pub fn advance (& self , delta : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . advance ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , delta) ; } } # [doc = "The path to the [AnimationPlayer] used for animating."] # [doc = ""] # [inline] pub fn animation_player (& self) -> NodePath { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . get_animation_player ; let ret = crate :: icalls :: icallptr_nodepath (method_bind , self . this . sys () . as_ptr ()) ; NodePath :: from_sys (ret) } } # [doc = "The process mode of this [AnimationTree]. See [enum AnimationProcessMode] for available modes."] # [doc = ""] # [inline] pub fn process_mode (& self) -> crate :: generated :: animation_tree :: AnimationProcessMode { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . get_process_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: animation_tree :: AnimationProcessMode (ret) } } # [doc = "The path to the Animation track used for root motion. Paths must be valid scene-tree paths to a node, and must be specified starting from the parent node of the node that will reproduce the animation. To specify a track that controls properties or bones, append its name after the path, separated by `\":\"`. For example, `\"character/skeleton:ankle\"` or `\"character/mesh:transform/local\"`.\nIf the track has type [constant Animation.TYPE_TRANSFORM], the transformation will be cancelled visually, and the animation will appear to stay in place."] # [doc = ""] # [inline] pub fn root_motion_track (& self) -> NodePath { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . get_root_motion_track ; let ret = crate :: icalls :: icallptr_nodepath (method_bind , self . this . sys () . as_ptr ()) ; NodePath :: from_sys (ret) } } # [doc = "Retrieve the motion of the [member root_motion_track] as a [Transform] that can be used elsewhere. If [member root_motion_track] is not a path to a track of type [constant Animation.TYPE_TRANSFORM], returns an identity transformation."] # [doc = ""] # [inline] pub fn get_root_motion_transform (& self) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . get_root_motion_transform ; let ret = crate :: icalls :: icallptr_trans (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The root animation node of this [AnimationTree]. See [AnimationNode]."] # [doc = ""] # [inline] pub fn tree_root (& self) -> Option < Ref < crate :: generated :: animation_node :: AnimationNode , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . get_tree_root ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: animation_node :: AnimationNode , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "If `true`, the [AnimationTree] will be processing."] # [doc = ""] # [inline] pub fn is_active (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . is_active ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn rename_parameter (& self , old_name : impl Into < GodotString > , new_name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . rename_parameter ; let ret = crate :: icalls :: icallptr_void_str_str (method_bind , self . this . sys () . as_ptr () , old_name . into () , new_name . into ()) ; } } # [doc = "If `true`, the [AnimationTree] will be processing."] # [doc = ""] # [inline] pub fn set_active (& self , active : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . set_active ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , active) ; } } # [doc = "The path to the [AnimationPlayer] used for animating."] # [doc = ""] # [inline] pub fn set_animation_player (& self , root : impl Into < NodePath >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . set_animation_player ; let ret = crate :: icalls :: icallptr_void_nodepath (method_bind , self . this . sys () . as_ptr () , root . into ()) ; } } # [doc = "The process mode of this [AnimationTree]. See [enum AnimationProcessMode] for available modes."] # [doc = ""] # [inline] pub fn set_process_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . set_process_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The path to the Animation track used for root motion. Paths must be valid scene-tree paths to a node, and must be specified starting from the parent node of the node that will reproduce the animation. To specify a track that controls properties or bones, append its name after the path, separated by `\":\"`. For example, `\"character/skeleton:ankle\"` or `\"character/mesh:transform/local\"`.\nIf the track has type [constant Animation.TYPE_TRANSFORM], the transformation will be cancelled visually, and the animation will appear to stay in place."] # [doc = ""] # [inline] pub fn set_root_motion_track (& self , path : impl Into < NodePath >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . set_root_motion_track ; let ret = crate :: icalls :: icallptr_void_nodepath (method_bind , self . this . sys () . as_ptr () , path . into ()) ; } } # [doc = "The root animation node of this [AnimationTree]. See [AnimationNode]."] # [doc = ""] # [inline] pub fn set_tree_root (& self , root : impl AsArg < crate :: generated :: animation_node :: AnimationNode >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationTreeMethodTable :: get (get_api ()) . set_tree_root ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , root . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for AnimationTree { } unsafe impl GodotObject for AnimationTree { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "AnimationTree" } } impl QueueFree for AnimationTree { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for AnimationTree { type Target = crate :: generated :: node :: Node ; # [inline] fn deref (& self) -> & crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AnimationTree { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node :: Node > for AnimationTree { } unsafe impl SubClass < crate :: generated :: object :: Object > for AnimationTree { } impl Instanciable for AnimationTree { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AnimationTree :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AnimationTreeMethodTable { pub class_constructor : sys :: godot_class_constructor , pub advance : * mut sys :: godot_method_bind , pub get_animation_player : * mut sys :: godot_method_bind , pub get_process_mode : * mut sys :: godot_method_bind , pub get_root_motion_track : * mut sys :: godot_method_bind , pub get_root_motion_transform : * mut sys :: godot_method_bind , pub get_tree_root : * mut sys :: godot_method_bind , pub is_active : * mut sys :: godot_method_bind , pub rename_parameter : * mut sys :: godot_method_bind , pub set_active : * mut sys :: godot_method_bind , pub set_animation_player : * mut sys :: godot_method_bind , pub set_process_mode : * mut sys :: godot_method_bind , pub set_root_motion_track : * mut sys :: godot_method_bind , pub set_tree_root : * mut sys :: godot_method_bind } impl AnimationTreeMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AnimationTreeMethodTable = AnimationTreeMethodTable { class_constructor : None , advance : 0 as * mut sys :: godot_method_bind , get_animation_player : 0 as * mut sys :: godot_method_bind , get_process_mode : 0 as * mut sys :: godot_method_bind , get_root_motion_track : 0 as * mut sys :: godot_method_bind , get_root_motion_transform : 0 as * mut sys :: godot_method_bind , get_tree_root : 0 as * mut sys :: godot_method_bind , is_active : 0 as * mut sys :: godot_method_bind , rename_parameter : 0 as * mut sys :: godot_method_bind , set_active : 0 as * mut sys :: godot_method_bind , set_animation_player : 0 as * mut sys :: godot_method_bind , set_process_mode : 0 as * mut sys :: godot_method_bind , set_root_motion_track : 0 as * mut sys :: godot_method_bind , set_tree_root : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AnimationTreeMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AnimationTree\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . advance = (gd_api . godot_method_bind_get_method) (class_name , "advance\0" . as_ptr () as * const c_char) ; table . get_animation_player = (gd_api . godot_method_bind_get_method) (class_name , "get_animation_player\0" . as_ptr () as * const c_char) ; table . get_process_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_process_mode\0" . as_ptr () as * const c_char) ; table . get_root_motion_track = (gd_api . godot_method_bind_get_method) (class_name , "get_root_motion_track\0" . as_ptr () as * const c_char) ; table . get_root_motion_transform = (gd_api . godot_method_bind_get_method) (class_name , "get_root_motion_transform\0" . as_ptr () as * const c_char) ; table . get_tree_root = (gd_api . godot_method_bind_get_method) (class_name , "get_tree_root\0" . as_ptr () as * const c_char) ; table . is_active = (gd_api . godot_method_bind_get_method) (class_name , "is_active\0" . as_ptr () as * const c_char) ; table . rename_parameter = (gd_api . godot_method_bind_get_method) (class_name , "rename_parameter\0" . as_ptr () as * const c_char) ; table . set_active = (gd_api . godot_method_bind_get_method) (class_name , "set_active\0" . as_ptr () as * const c_char) ; table . set_animation_player = (gd_api . godot_method_bind_get_method) (class_name , "set_animation_player\0" . as_ptr () as * const c_char) ; table . set_process_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_process_mode\0" . as_ptr () as * const c_char) ; table . set_root_motion_track = (gd_api . godot_method_bind_get_method) (class_name , "set_root_motion_track\0" . as_ptr () as * const c_char) ; table . set_tree_root = (gd_api . godot_method_bind_get_method) (class_name , "set_tree_root\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:538:3839 [INFO] [stdout] | [INFO] [stdout] 538 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 538 | # [doc = "`core class AudioEffectNotchFilter` inherits `AudioEffectFilter` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_audioeffectnotchfilter.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAudioEffectNotchFilter inherits methods from:\n - [AudioEffectFilter](struct.AudioEffectFilter.html)\n - [AudioEffect](struct.AudioEffect.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AudioEffectNotchFilter { this : RawObject < Self > , } impl AudioEffectNotchFilter { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AudioEffectNotchFilterMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for AudioEffectNotchFilter { } unsafe impl GodotObject for AudioEffectNotchFilter { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AudioEffectNotchFilter" } } impl std :: ops :: Deref for AudioEffectNotchFilter { type Target = crate :: generated :: audio_effect_filter :: AudioEffectFilter ; # [inline] fn deref (& self) -> & crate :: generated :: audio_effect_filter :: AudioEffectFilter { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AudioEffectNotchFilter { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: audio_effect_filter :: AudioEffectFilter { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: audio_effect_filter :: AudioEffectFilter > for AudioEffectNotchFilter { } unsafe impl SubClass < crate :: generated :: audio_effect :: AudioEffect > for AudioEffectNotchFilter { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AudioEffectNotchFilter { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AudioEffectNotchFilter { } unsafe impl SubClass < crate :: generated :: object :: Object > for AudioEffectNotchFilter { } impl Instanciable for AudioEffectNotchFilter { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AudioEffectNotchFilter :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AudioEffectNotchFilterMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl AudioEffectNotchFilterMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AudioEffectNotchFilterMethodTable = AudioEffectNotchFilterMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AudioEffectNotchFilterMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AudioEffectNotchFilter\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:544:4465 [INFO] [stdout] | [INFO] [stdout] 544 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 544 | # [doc = "`core class HSlider` inherits `Slider` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_hslider.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`HSlider` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nHSlider inherits methods from:\n - [Slider](struct.Slider.html)\n - [Range](struct.Range.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct HSlider { this : RawObject < Self > , } impl HSlider { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = HSliderMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for HSlider { } unsafe impl GodotObject for HSlider { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "HSlider" } } impl QueueFree for HSlider { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for HSlider { type Target = crate :: generated :: slider :: Slider ; # [inline] fn deref (& self) -> & crate :: generated :: slider :: Slider { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for HSlider { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: slider :: Slider { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: slider :: Slider > for HSlider { } unsafe impl SubClass < crate :: generated :: range :: Range > for HSlider { } unsafe impl SubClass < crate :: generated :: control :: Control > for HSlider { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for HSlider { } unsafe impl SubClass < crate :: generated :: node :: Node > for HSlider { } unsafe impl SubClass < crate :: generated :: object :: Object > for HSlider { } impl Instanciable for HSlider { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { HSlider :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct HSliderMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl HSliderMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : HSliderMethodTable = HSliderMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { HSliderMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "HSlider\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:550:7950 [INFO] [stdout] | [INFO] [stdout] 550 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 550 | # [doc = "`core class InputEventMouseButton` inherits `InputEventMouse` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_inputeventmousebutton.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nInputEventMouseButton inherits methods from:\n - [InputEventMouse](struct.InputEventMouse.html)\n - [InputEventWithModifiers](struct.InputEventWithModifiers.html)\n - [InputEvent](struct.InputEvent.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct InputEventMouseButton { this : RawObject < Self > , } impl InputEventMouseButton { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = InputEventMouseButtonMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The mouse button identifier, one of the [enum ButtonList] button or button wheel constants."] # [doc = ""] # [inline] pub fn button_index (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventMouseButtonMethodTable :: get (get_api ()) . get_button_index ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The amount (or delta) of the event. When used for high-precision scroll events, this indicates the scroll amount (vertical or horizontal). This is only supported on some platforms; the reported sensitivity varies depending on the platform. May be `0` if not supported."] # [doc = ""] # [inline] pub fn factor (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventMouseButtonMethodTable :: get (get_api ()) . get_factor ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the mouse button's state is a double-click."] # [doc = ""] # [inline] pub fn is_doubleclick (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventMouseButtonMethodTable :: get (get_api ()) . is_doubleclick ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The mouse button identifier, one of the [enum ButtonList] button or button wheel constants."] # [doc = ""] # [inline] pub fn set_button_index (& self , button_index : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventMouseButtonMethodTable :: get (get_api ()) . set_button_index ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , button_index) ; } } # [doc = "If `true`, the mouse button's state is a double-click."] # [doc = ""] # [inline] pub fn set_doubleclick (& self , doubleclick : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventMouseButtonMethodTable :: get (get_api ()) . set_doubleclick ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , doubleclick) ; } } # [doc = "The amount (or delta) of the event. When used for high-precision scroll events, this indicates the scroll amount (vertical or horizontal). This is only supported on some platforms; the reported sensitivity varies depending on the platform. May be `0` if not supported."] # [doc = ""] # [inline] pub fn set_factor (& self , factor : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventMouseButtonMethodTable :: get (get_api ()) . set_factor ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , factor) ; } } # [doc = "If `true`, the mouse button's state is pressed. If `false`, the mouse button's state is released."] # [doc = ""] # [inline] pub fn set_pressed (& self , pressed : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventMouseButtonMethodTable :: get (get_api ()) . set_pressed ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , pressed) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for InputEventMouseButton { } unsafe impl GodotObject for InputEventMouseButton { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "InputEventMouseButton" } } impl std :: ops :: Deref for InputEventMouseButton { type Target = crate :: generated :: input_event_mouse :: InputEventMouse ; # [inline] fn deref (& self) -> & crate :: generated :: input_event_mouse :: InputEventMouse { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for InputEventMouseButton { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: input_event_mouse :: InputEventMouse { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: input_event_mouse :: InputEventMouse > for InputEventMouseButton { } unsafe impl SubClass < crate :: generated :: input_event_with_modifiers :: InputEventWithModifiers > for InputEventMouseButton { } unsafe impl SubClass < crate :: generated :: input_event :: InputEvent > for InputEventMouseButton { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for InputEventMouseButton { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for InputEventMouseButton { } unsafe impl SubClass < crate :: generated :: object :: Object > for InputEventMouseButton { } impl Instanciable for InputEventMouseButton { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { InputEventMouseButton :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct InputEventMouseButtonMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_button_index : * mut sys :: godot_method_bind , pub get_factor : * mut sys :: godot_method_bind , pub is_doubleclick : * mut sys :: godot_method_bind , pub set_button_index : * mut sys :: godot_method_bind , pub set_doubleclick : * mut sys :: godot_method_bind , pub set_factor : * mut sys :: godot_method_bind , pub set_pressed : * mut sys :: godot_method_bind } impl InputEventMouseButtonMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : InputEventMouseButtonMethodTable = InputEventMouseButtonMethodTable { class_constructor : None , get_button_index : 0 as * mut sys :: godot_method_bind , get_factor : 0 as * mut sys :: godot_method_bind , is_doubleclick : 0 as * mut sys :: godot_method_bind , set_button_index : 0 as * mut sys :: godot_method_bind , set_doubleclick : 0 as * mut sys :: godot_method_bind , set_factor : 0 as * mut sys :: godot_method_bind , set_pressed : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { InputEventMouseButtonMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "InputEventMouseButton\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_button_index = (gd_api . godot_method_bind_get_method) (class_name , "get_button_index\0" . as_ptr () as * const c_char) ; table . get_factor = (gd_api . godot_method_bind_get_method) (class_name , "get_factor\0" . as_ptr () as * const c_char) ; table . is_doubleclick = (gd_api . godot_method_bind_get_method) (class_name , "is_doubleclick\0" . as_ptr () as * const c_char) ; table . set_button_index = (gd_api . godot_method_bind_get_method) (class_name , "set_button_index\0" . as_ptr () as * const c_char) ; table . set_doubleclick = (gd_api . godot_method_bind_get_method) (class_name , "set_doubleclick\0" . as_ptr () as * const c_char) ; table . set_factor = (gd_api . godot_method_bind_get_method) (class_name , "set_factor\0" . as_ptr () as * const c_char) ; table . set_pressed = (gd_api . godot_method_bind_get_method) (class_name , "set_pressed\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:556:3905 [INFO] [stdout] | [INFO] [stdout] 556 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 556 | # [doc = "`core class AudioEffectBandPassFilter` inherits `AudioEffectFilter` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_audioeffectbandpassfilter.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAudioEffectBandPassFilter inherits methods from:\n - [AudioEffectFilter](struct.AudioEffectFilter.html)\n - [AudioEffect](struct.AudioEffect.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AudioEffectBandPassFilter { this : RawObject < Self > , } impl AudioEffectBandPassFilter { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AudioEffectBandPassFilterMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for AudioEffectBandPassFilter { } unsafe impl GodotObject for AudioEffectBandPassFilter { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AudioEffectBandPassFilter" } } impl std :: ops :: Deref for AudioEffectBandPassFilter { type Target = crate :: generated :: audio_effect_filter :: AudioEffectFilter ; # [inline] fn deref (& self) -> & crate :: generated :: audio_effect_filter :: AudioEffectFilter { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AudioEffectBandPassFilter { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: audio_effect_filter :: AudioEffectFilter { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: audio_effect_filter :: AudioEffectFilter > for AudioEffectBandPassFilter { } unsafe impl SubClass < crate :: generated :: audio_effect :: AudioEffect > for AudioEffectBandPassFilter { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AudioEffectBandPassFilter { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AudioEffectBandPassFilter { } unsafe impl SubClass < crate :: generated :: object :: Object > for AudioEffectBandPassFilter { } impl Instanciable for AudioEffectBandPassFilter { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AudioEffectBandPassFilter :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AudioEffectBandPassFilterMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl AudioEffectBandPassFilterMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AudioEffectBandPassFilterMethodTable = AudioEffectBandPassFilterMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AudioEffectBandPassFilterMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AudioEffectBandPassFilter\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:562:5128 [INFO] [stdout] | [INFO] [stdout] 562 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 562 | # [doc = "`core class SegmentShape2D` inherits `Shape2D` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_segmentshape2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nSegmentShape2D inherits methods from:\n - [Shape2D](struct.Shape2D.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct SegmentShape2D { this : RawObject < Self > , } impl SegmentShape2D { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = SegmentShape2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The segment's first point position."] # [doc = ""] # [inline] pub fn a (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = SegmentShape2DMethodTable :: get (get_api ()) . get_a ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The segment's second point position."] # [doc = ""] # [inline] pub fn b (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = SegmentShape2DMethodTable :: get (get_api ()) . get_b ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The segment's first point position."] # [doc = ""] # [inline] pub fn set_a (& self , a : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SegmentShape2DMethodTable :: get (get_api ()) . set_a ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , a) ; } } # [doc = "The segment's second point position."] # [doc = ""] # [inline] pub fn set_b (& self , b : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SegmentShape2DMethodTable :: get (get_api ()) . set_b ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , b) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for SegmentShape2D { } unsafe impl GodotObject for SegmentShape2D { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "SegmentShape2D" } } impl std :: ops :: Deref for SegmentShape2D { type Target = crate :: generated :: shape_2d :: Shape2D ; # [inline] fn deref (& self) -> & crate :: generated :: shape_2d :: Shape2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for SegmentShape2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: shape_2d :: Shape2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: shape_2d :: Shape2D > for SegmentShape2D { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for SegmentShape2D { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for SegmentShape2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for SegmentShape2D { } impl Instanciable for SegmentShape2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { SegmentShape2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct SegmentShape2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_a : * mut sys :: godot_method_bind , pub get_b : * mut sys :: godot_method_bind , pub set_a : * mut sys :: godot_method_bind , pub set_b : * mut sys :: godot_method_bind } impl SegmentShape2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : SegmentShape2DMethodTable = SegmentShape2DMethodTable { class_constructor : None , get_a : 0 as * mut sys :: godot_method_bind , get_b : 0 as * mut sys :: godot_method_bind , set_a : 0 as * mut sys :: godot_method_bind , set_b : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { SegmentShape2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "SegmentShape2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_a = (gd_api . godot_method_bind_get_method) (class_name , "get_a\0" . as_ptr () as * const c_char) ; table . get_b = (gd_api . godot_method_bind_get_method) (class_name , "get_b\0" . as_ptr () as * const c_char) ; table . set_a = (gd_api . godot_method_bind_get_method) (class_name , "set_a\0" . as_ptr () as * const c_char) ; table . set_b = (gd_api . godot_method_bind_get_method) (class_name , "set_b\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:568:4564 [INFO] [stdout] | [INFO] [stdout] 568 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 568 | # [doc = "`core class PanelContainer` inherits `Container` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_panelcontainer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`PanelContainer` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nPanelContainer inherits methods from:\n - [Container](struct.Container.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PanelContainer { this : RawObject < Self > , } impl PanelContainer { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PanelContainerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for PanelContainer { } unsafe impl GodotObject for PanelContainer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "PanelContainer" } } impl QueueFree for PanelContainer { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for PanelContainer { type Target = crate :: generated :: container :: Container ; # [inline] fn deref (& self) -> & crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PanelContainer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: container :: Container > for PanelContainer { } unsafe impl SubClass < crate :: generated :: control :: Control > for PanelContainer { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for PanelContainer { } unsafe impl SubClass < crate :: generated :: node :: Node > for PanelContainer { } unsafe impl SubClass < crate :: generated :: object :: Object > for PanelContainer { } impl Instanciable for PanelContainer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PanelContainer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PanelContainerMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl PanelContainerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PanelContainerMethodTable = PanelContainerMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PanelContainerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PanelContainer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:574:90357 [INFO] [stdout] | [INFO] [stdout] 574 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 574 | # [doc = "`core singleton class PhysicsServer` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_physicsserver.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nPhysicsServer inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PhysicsServer { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct AreaBodyStatus (pub i64) ; impl AreaBodyStatus { pub const ADDED : AreaBodyStatus = AreaBodyStatus (0i64) ; pub const REMOVED : AreaBodyStatus = AreaBodyStatus (1i64) ; } impl From < i64 > for AreaBodyStatus { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < AreaBodyStatus > for i64 { # [inline] fn from (v : AreaBodyStatus) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct AreaParameter (pub i64) ; impl AreaParameter { pub const GRAVITY : AreaParameter = AreaParameter (0i64) ; pub const GRAVITY_VECTOR : AreaParameter = AreaParameter (1i64) ; pub const GRAVITY_IS_POINT : AreaParameter = AreaParameter (2i64) ; pub const GRAVITY_DISTANCE_SCALE : AreaParameter = AreaParameter (3i64) ; pub const GRAVITY_POINT_ATTENUATION : AreaParameter = AreaParameter (4i64) ; pub const LINEAR_DAMP : AreaParameter = AreaParameter (5i64) ; pub const ANGULAR_DAMP : AreaParameter = AreaParameter (6i64) ; pub const PRIORITY : AreaParameter = AreaParameter (7i64) ; } impl From < i64 > for AreaParameter { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < AreaParameter > for i64 { # [inline] fn from (v : AreaParameter) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct AreaSpaceOverrideMode (pub i64) ; impl AreaSpaceOverrideMode { pub const DISABLED : AreaSpaceOverrideMode = AreaSpaceOverrideMode (0i64) ; pub const COMBINE : AreaSpaceOverrideMode = AreaSpaceOverrideMode (1i64) ; pub const COMBINE_REPLACE : AreaSpaceOverrideMode = AreaSpaceOverrideMode (2i64) ; pub const REPLACE : AreaSpaceOverrideMode = AreaSpaceOverrideMode (3i64) ; pub const REPLACE_COMBINE : AreaSpaceOverrideMode = AreaSpaceOverrideMode (4i64) ; } impl From < i64 > for AreaSpaceOverrideMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < AreaSpaceOverrideMode > for i64 { # [inline] fn from (v : AreaSpaceOverrideMode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct BodyAxis (pub i64) ; impl BodyAxis { pub const LINEAR_X : BodyAxis = BodyAxis (1i64) ; pub const LINEAR_Y : BodyAxis = BodyAxis (2i64) ; pub const LINEAR_Z : BodyAxis = BodyAxis (4i64) ; pub const ANGULAR_X : BodyAxis = BodyAxis (8i64) ; pub const ANGULAR_Y : BodyAxis = BodyAxis (16i64) ; pub const ANGULAR_Z : BodyAxis = BodyAxis (32i64) ; } impl From < i64 > for BodyAxis { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < BodyAxis > for i64 { # [inline] fn from (v : BodyAxis) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct BodyMode (pub i64) ; impl BodyMode { pub const STATIC : BodyMode = BodyMode (0i64) ; pub const KINEMATIC : BodyMode = BodyMode (1i64) ; pub const RIGID : BodyMode = BodyMode (2i64) ; pub const CHARACTER : BodyMode = BodyMode (3i64) ; } impl From < i64 > for BodyMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < BodyMode > for i64 { # [inline] fn from (v : BodyMode) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct BodyParameter (pub i64) ; impl BodyParameter { pub const BOUNCE : BodyParameter = BodyParameter (0i64) ; pub const FRICTION : BodyParameter = BodyParameter (1i64) ; pub const MASS : BodyParameter = BodyParameter (2i64) ; pub const GRAVITY_SCALE : BodyParameter = BodyParameter (3i64) ; pub const LINEAR_DAMP : BodyParameter = BodyParameter (4i64) ; pub const ANGULAR_DAMP : BodyParameter = BodyParameter (5i64) ; pub const MAX : BodyParameter = BodyParameter (6i64) ; } impl From < i64 > for BodyParameter { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < BodyParameter > for i64 { # [inline] fn from (v : BodyParameter) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct BodyState (pub i64) ; impl BodyState { pub const TRANSFORM : BodyState = BodyState (0i64) ; pub const LINEAR_VELOCITY : BodyState = BodyState (1i64) ; pub const ANGULAR_VELOCITY : BodyState = BodyState (2i64) ; pub const SLEEPING : BodyState = BodyState (3i64) ; pub const CAN_SLEEP : BodyState = BodyState (4i64) ; } impl From < i64 > for BodyState { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < BodyState > for i64 { # [inline] fn from (v : BodyState) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ConeTwistJointParam (pub i64) ; impl ConeTwistJointParam { pub const SWING_SPAN : ConeTwistJointParam = ConeTwistJointParam (0i64) ; pub const TWIST_SPAN : ConeTwistJointParam = ConeTwistJointParam (1i64) ; pub const BIAS : ConeTwistJointParam = ConeTwistJointParam (2i64) ; pub const SOFTNESS : ConeTwistJointParam = ConeTwistJointParam (3i64) ; pub const RELAXATION : ConeTwistJointParam = ConeTwistJointParam (4i64) ; } impl From < i64 > for ConeTwistJointParam { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ConeTwistJointParam > for i64 { # [inline] fn from (v : ConeTwistJointParam) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct G6dofJointAxisFlag (pub i64) ; impl G6dofJointAxisFlag { pub const LINEAR_LIMIT : G6dofJointAxisFlag = G6dofJointAxisFlag (0i64) ; pub const ANGULAR_LIMIT : G6dofJointAxisFlag = G6dofJointAxisFlag (1i64) ; pub const MOTOR : G6dofJointAxisFlag = G6dofJointAxisFlag (4i64) ; pub const LINEAR_MOTOR : G6dofJointAxisFlag = G6dofJointAxisFlag (5i64) ; } impl From < i64 > for G6dofJointAxisFlag { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < G6dofJointAxisFlag > for i64 { # [inline] fn from (v : G6dofJointAxisFlag) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct G6dofJointAxisParam (pub i64) ; impl G6dofJointAxisParam { pub const LINEAR_LOWER_LIMIT : G6dofJointAxisParam = G6dofJointAxisParam (0i64) ; pub const LINEAR_UPPER_LIMIT : G6dofJointAxisParam = G6dofJointAxisParam (1i64) ; pub const LINEAR_LIMIT_SOFTNESS : G6dofJointAxisParam = G6dofJointAxisParam (2i64) ; pub const LINEAR_RESTITUTION : G6dofJointAxisParam = G6dofJointAxisParam (3i64) ; pub const LINEAR_DAMPING : G6dofJointAxisParam = G6dofJointAxisParam (4i64) ; pub const LINEAR_MOTOR_TARGET_VELOCITY : G6dofJointAxisParam = G6dofJointAxisParam (5i64) ; pub const LINEAR_MOTOR_FORCE_LIMIT : G6dofJointAxisParam = G6dofJointAxisParam (6i64) ; pub const ANGULAR_LOWER_LIMIT : G6dofJointAxisParam = G6dofJointAxisParam (10i64) ; pub const ANGULAR_UPPER_LIMIT : G6dofJointAxisParam = G6dofJointAxisParam (11i64) ; pub const ANGULAR_LIMIT_SOFTNESS : G6dofJointAxisParam = G6dofJointAxisParam (12i64) ; pub const ANGULAR_DAMPING : G6dofJointAxisParam = G6dofJointAxisParam (13i64) ; pub const ANGULAR_RESTITUTION : G6dofJointAxisParam = G6dofJointAxisParam (14i64) ; pub const ANGULAR_FORCE_LIMIT : G6dofJointAxisParam = G6dofJointAxisParam (15i64) ; pub const ANGULAR_ERP : G6dofJointAxisParam = G6dofJointAxisParam (16i64) ; pub const ANGULAR_MOTOR_TARGET_VELOCITY : G6dofJointAxisParam = G6dofJointAxisParam (17i64) ; pub const ANGULAR_MOTOR_FORCE_LIMIT : G6dofJointAxisParam = G6dofJointAxisParam (18i64) ; } impl From < i64 > for G6dofJointAxisParam { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < G6dofJointAxisParam > for i64 { # [inline] fn from (v : G6dofJointAxisParam) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct HingeJointFlag (pub i64) ; impl HingeJointFlag { pub const USE_LIMIT : HingeJointFlag = HingeJointFlag (0i64) ; pub const ENABLE_MOTOR : HingeJointFlag = HingeJointFlag (1i64) ; } impl From < i64 > for HingeJointFlag { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < HingeJointFlag > for i64 { # [inline] fn from (v : HingeJointFlag) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct HingeJointParam (pub i64) ; impl HingeJointParam { pub const BIAS : HingeJointParam = HingeJointParam (0i64) ; pub const LIMIT_UPPER : HingeJointParam = HingeJointParam (1i64) ; pub const LIMIT_LOWER : HingeJointParam = HingeJointParam (2i64) ; pub const LIMIT_BIAS : HingeJointParam = HingeJointParam (3i64) ; pub const LIMIT_SOFTNESS : HingeJointParam = HingeJointParam (4i64) ; pub const LIMIT_RELAXATION : HingeJointParam = HingeJointParam (5i64) ; pub const MOTOR_TARGET_VELOCITY : HingeJointParam = HingeJointParam (6i64) ; pub const MOTOR_MAX_IMPULSE : HingeJointParam = HingeJointParam (7i64) ; } impl From < i64 > for HingeJointParam { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < HingeJointParam > for i64 { # [inline] fn from (v : HingeJointParam) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct JointType (pub i64) ; impl JointType { pub const PIN : JointType = JointType (0i64) ; pub const HINGE : JointType = JointType (1i64) ; pub const SLIDER : JointType = JointType (2i64) ; pub const CONE_TWIST : JointType = JointType (3i64) ; pub const _6DOF : JointType = JointType (4i64) ; } impl From < i64 > for JointType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < JointType > for i64 { # [inline] fn from (v : JointType) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct PinJointParam (pub i64) ; impl PinJointParam { pub const BIAS : PinJointParam = PinJointParam (0i64) ; pub const DAMPING : PinJointParam = PinJointParam (1i64) ; pub const IMPULSE_CLAMP : PinJointParam = PinJointParam (2i64) ; } impl From < i64 > for PinJointParam { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < PinJointParam > for i64 { # [inline] fn from (v : PinJointParam) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ProcessInfo (pub i64) ; impl ProcessInfo { pub const ACTIVE_OBJECTS : ProcessInfo = ProcessInfo (0i64) ; pub const COLLISION_PAIRS : ProcessInfo = ProcessInfo (1i64) ; pub const ISLAND_COUNT : ProcessInfo = ProcessInfo (2i64) ; } impl From < i64 > for ProcessInfo { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ProcessInfo > for i64 { # [inline] fn from (v : ProcessInfo) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ShapeType (pub i64) ; impl ShapeType { pub const PLANE : ShapeType = ShapeType (0i64) ; pub const RAY : ShapeType = ShapeType (1i64) ; pub const SPHERE : ShapeType = ShapeType (2i64) ; pub const BOX : ShapeType = ShapeType (3i64) ; pub const CAPSULE : ShapeType = ShapeType (4i64) ; pub const CYLINDER : ShapeType = ShapeType (5i64) ; pub const CONVEX_POLYGON : ShapeType = ShapeType (6i64) ; pub const CONCAVE_POLYGON : ShapeType = ShapeType (7i64) ; pub const HEIGHTMAP : ShapeType = ShapeType (8i64) ; pub const CUSTOM : ShapeType = ShapeType (9i64) ; } impl From < i64 > for ShapeType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ShapeType > for i64 { # [inline] fn from (v : ShapeType) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct SliderJointParam (pub i64) ; impl SliderJointParam { pub const LINEAR_LIMIT_UPPER : SliderJointParam = SliderJointParam (0i64) ; pub const LINEAR_LIMIT_LOWER : SliderJointParam = SliderJointParam (1i64) ; pub const LINEAR_LIMIT_SOFTNESS : SliderJointParam = SliderJointParam (2i64) ; pub const LINEAR_LIMIT_RESTITUTION : SliderJointParam = SliderJointParam (3i64) ; pub const LINEAR_LIMIT_DAMPING : SliderJointParam = SliderJointParam (4i64) ; pub const LINEAR_MOTION_SOFTNESS : SliderJointParam = SliderJointParam (5i64) ; pub const LINEAR_MOTION_RESTITUTION : SliderJointParam = SliderJointParam (6i64) ; pub const LINEAR_MOTION_DAMPING : SliderJointParam = SliderJointParam (7i64) ; pub const LINEAR_ORTHOGONAL_SOFTNESS : SliderJointParam = SliderJointParam (8i64) ; pub const LINEAR_ORTHOGONAL_RESTITUTION : SliderJointParam = SliderJointParam (9i64) ; pub const LINEAR_ORTHOGONAL_DAMPING : SliderJointParam = SliderJointParam (10i64) ; pub const ANGULAR_LIMIT_UPPER : SliderJointParam = SliderJointParam (11i64) ; pub const ANGULAR_LIMIT_LOWER : SliderJointParam = SliderJointParam (12i64) ; pub const ANGULAR_LIMIT_SOFTNESS : SliderJointParam = SliderJointParam (13i64) ; pub const ANGULAR_LIMIT_RESTITUTION : SliderJointParam = SliderJointParam (14i64) ; pub const ANGULAR_LIMIT_DAMPING : SliderJointParam = SliderJointParam (15i64) ; pub const ANGULAR_MOTION_SOFTNESS : SliderJointParam = SliderJointParam (16i64) ; pub const ANGULAR_MOTION_RESTITUTION : SliderJointParam = SliderJointParam (17i64) ; pub const ANGULAR_MOTION_DAMPING : SliderJointParam = SliderJointParam (18i64) ; pub const ANGULAR_ORTHOGONAL_SOFTNESS : SliderJointParam = SliderJointParam (19i64) ; pub const ANGULAR_ORTHOGONAL_RESTITUTION : SliderJointParam = SliderJointParam (20i64) ; pub const ANGULAR_ORTHOGONAL_DAMPING : SliderJointParam = SliderJointParam (21i64) ; pub const MAX : SliderJointParam = SliderJointParam (22i64) ; } impl From < i64 > for SliderJointParam { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < SliderJointParam > for i64 { # [inline] fn from (v : SliderJointParam) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct SpaceParameter (pub i64) ; impl SpaceParameter { pub const CONTACT_RECYCLE_RADIUS : SpaceParameter = SpaceParameter (0i64) ; pub const CONTACT_MAX_SEPARATION : SpaceParameter = SpaceParameter (1i64) ; pub const BODY_MAX_ALLOWED_PENETRATION : SpaceParameter = SpaceParameter (2i64) ; pub const BODY_LINEAR_VELOCITY_SLEEP_THRESHOLD : SpaceParameter = SpaceParameter (3i64) ; pub const BODY_ANGULAR_VELOCITY_SLEEP_THRESHOLD : SpaceParameter = SpaceParameter (4i64) ; pub const BODY_TIME_TO_SLEEP : SpaceParameter = SpaceParameter (5i64) ; pub const BODY_ANGULAR_VELOCITY_DAMP_RATIO : SpaceParameter = SpaceParameter (6i64) ; pub const CONSTRAINT_DEFAULT_BIAS : SpaceParameter = SpaceParameter (7i64) ; pub const TEST_MOTION_MIN_CONTACT_DEPTH : SpaceParameter = SpaceParameter (8i64) ; } impl From < i64 > for SpaceParameter { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < SpaceParameter > for i64 { # [inline] fn from (v : SpaceParameter) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl PhysicsServer { pub const AREA_BODY_ADDED : i64 = 0i64 ; pub const AREA_BODY_REMOVED : i64 = 1i64 ; pub const AREA_PARAM_ANGULAR_DAMP : i64 = 6i64 ; pub const AREA_PARAM_GRAVITY : i64 = 0i64 ; pub const AREA_PARAM_GRAVITY_DISTANCE_SCALE : i64 = 3i64 ; pub const AREA_PARAM_GRAVITY_IS_POINT : i64 = 2i64 ; pub const AREA_PARAM_GRAVITY_POINT_ATTENUATION : i64 = 4i64 ; pub const AREA_PARAM_GRAVITY_VECTOR : i64 = 1i64 ; pub const AREA_PARAM_LINEAR_DAMP : i64 = 5i64 ; pub const AREA_PARAM_PRIORITY : i64 = 7i64 ; pub const AREA_SPACE_OVERRIDE_COMBINE : i64 = 1i64 ; pub const AREA_SPACE_OVERRIDE_COMBINE_REPLACE : i64 = 2i64 ; pub const AREA_SPACE_OVERRIDE_DISABLED : i64 = 0i64 ; pub const AREA_SPACE_OVERRIDE_REPLACE : i64 = 3i64 ; pub const AREA_SPACE_OVERRIDE_REPLACE_COMBINE : i64 = 4i64 ; pub const BODY_AXIS_ANGULAR_X : i64 = 8i64 ; pub const BODY_AXIS_ANGULAR_Y : i64 = 16i64 ; pub const BODY_AXIS_ANGULAR_Z : i64 = 32i64 ; pub const BODY_AXIS_LINEAR_X : i64 = 1i64 ; pub const BODY_AXIS_LINEAR_Y : i64 = 2i64 ; pub const BODY_AXIS_LINEAR_Z : i64 = 4i64 ; pub const BODY_MODE_CHARACTER : i64 = 3i64 ; pub const BODY_MODE_KINEMATIC : i64 = 1i64 ; pub const BODY_MODE_RIGID : i64 = 2i64 ; pub const BODY_MODE_STATIC : i64 = 0i64 ; pub const BODY_PARAM_ANGULAR_DAMP : i64 = 5i64 ; pub const BODY_PARAM_BOUNCE : i64 = 0i64 ; pub const BODY_PARAM_FRICTION : i64 = 1i64 ; pub const BODY_PARAM_GRAVITY_SCALE : i64 = 3i64 ; pub const BODY_PARAM_LINEAR_DAMP : i64 = 4i64 ; pub const BODY_PARAM_MASS : i64 = 2i64 ; pub const BODY_PARAM_MAX : i64 = 6i64 ; pub const BODY_STATE_ANGULAR_VELOCITY : i64 = 2i64 ; pub const BODY_STATE_CAN_SLEEP : i64 = 4i64 ; pub const BODY_STATE_LINEAR_VELOCITY : i64 = 1i64 ; pub const BODY_STATE_SLEEPING : i64 = 3i64 ; pub const BODY_STATE_TRANSFORM : i64 = 0i64 ; pub const CONE_TWIST_JOINT_BIAS : i64 = 2i64 ; pub const CONE_TWIST_JOINT_RELAXATION : i64 = 4i64 ; pub const CONE_TWIST_JOINT_SOFTNESS : i64 = 3i64 ; pub const CONE_TWIST_JOINT_SWING_SPAN : i64 = 0i64 ; pub const CONE_TWIST_JOINT_TWIST_SPAN : i64 = 1i64 ; pub const G6DOF_JOINT_ANGULAR_DAMPING : i64 = 13i64 ; pub const G6DOF_JOINT_ANGULAR_ERP : i64 = 16i64 ; pub const G6DOF_JOINT_ANGULAR_FORCE_LIMIT : i64 = 15i64 ; pub const G6DOF_JOINT_ANGULAR_LIMIT_SOFTNESS : i64 = 12i64 ; pub const G6DOF_JOINT_ANGULAR_LOWER_LIMIT : i64 = 10i64 ; pub const G6DOF_JOINT_ANGULAR_MOTOR_FORCE_LIMIT : i64 = 18i64 ; pub const G6DOF_JOINT_ANGULAR_MOTOR_TARGET_VELOCITY : i64 = 17i64 ; pub const G6DOF_JOINT_ANGULAR_RESTITUTION : i64 = 14i64 ; pub const G6DOF_JOINT_ANGULAR_UPPER_LIMIT : i64 = 11i64 ; pub const G6DOF_JOINT_FLAG_ENABLE_ANGULAR_LIMIT : i64 = 1i64 ; pub const G6DOF_JOINT_FLAG_ENABLE_LINEAR_LIMIT : i64 = 0i64 ; pub const G6DOF_JOINT_FLAG_ENABLE_LINEAR_MOTOR : i64 = 5i64 ; pub const G6DOF_JOINT_FLAG_ENABLE_MOTOR : i64 = 4i64 ; pub const G6DOF_JOINT_LINEAR_DAMPING : i64 = 4i64 ; pub const G6DOF_JOINT_LINEAR_LIMIT_SOFTNESS : i64 = 2i64 ; pub const G6DOF_JOINT_LINEAR_LOWER_LIMIT : i64 = 0i64 ; pub const G6DOF_JOINT_LINEAR_MOTOR_FORCE_LIMIT : i64 = 6i64 ; pub const G6DOF_JOINT_LINEAR_MOTOR_TARGET_VELOCITY : i64 = 5i64 ; pub const G6DOF_JOINT_LINEAR_RESTITUTION : i64 = 3i64 ; pub const G6DOF_JOINT_LINEAR_UPPER_LIMIT : i64 = 1i64 ; pub const HINGE_JOINT_BIAS : i64 = 0i64 ; pub const HINGE_JOINT_FLAG_ENABLE_MOTOR : i64 = 1i64 ; pub const HINGE_JOINT_FLAG_USE_LIMIT : i64 = 0i64 ; pub const HINGE_JOINT_LIMIT_BIAS : i64 = 3i64 ; pub const HINGE_JOINT_LIMIT_LOWER : i64 = 2i64 ; pub const HINGE_JOINT_LIMIT_RELAXATION : i64 = 5i64 ; pub const HINGE_JOINT_LIMIT_SOFTNESS : i64 = 4i64 ; pub const HINGE_JOINT_LIMIT_UPPER : i64 = 1i64 ; pub const HINGE_JOINT_MOTOR_MAX_IMPULSE : i64 = 7i64 ; pub const HINGE_JOINT_MOTOR_TARGET_VELOCITY : i64 = 6i64 ; pub const INFO_ACTIVE_OBJECTS : i64 = 0i64 ; pub const INFO_COLLISION_PAIRS : i64 = 1i64 ; pub const INFO_ISLAND_COUNT : i64 = 2i64 ; pub const JOINT_6DOF : i64 = 4i64 ; pub const JOINT_CONE_TWIST : i64 = 3i64 ; pub const JOINT_HINGE : i64 = 1i64 ; pub const JOINT_PIN : i64 = 0i64 ; pub const JOINT_SLIDER : i64 = 2i64 ; pub const PIN_JOINT_BIAS : i64 = 0i64 ; pub const PIN_JOINT_DAMPING : i64 = 1i64 ; pub const PIN_JOINT_IMPULSE_CLAMP : i64 = 2i64 ; pub const SHAPE_BOX : i64 = 3i64 ; pub const SHAPE_CAPSULE : i64 = 4i64 ; pub const SHAPE_CONCAVE_POLYGON : i64 = 7i64 ; pub const SHAPE_CONVEX_POLYGON : i64 = 6i64 ; pub const SHAPE_CUSTOM : i64 = 9i64 ; pub const SHAPE_CYLINDER : i64 = 5i64 ; pub const SHAPE_HEIGHTMAP : i64 = 8i64 ; pub const SHAPE_PLANE : i64 = 0i64 ; pub const SHAPE_RAY : i64 = 1i64 ; pub const SHAPE_SPHERE : i64 = 2i64 ; pub const SLIDER_JOINT_ANGULAR_LIMIT_DAMPING : i64 = 15i64 ; pub const SLIDER_JOINT_ANGULAR_LIMIT_LOWER : i64 = 12i64 ; pub const SLIDER_JOINT_ANGULAR_LIMIT_RESTITUTION : i64 = 14i64 ; pub const SLIDER_JOINT_ANGULAR_LIMIT_SOFTNESS : i64 = 13i64 ; pub const SLIDER_JOINT_ANGULAR_LIMIT_UPPER : i64 = 11i64 ; pub const SLIDER_JOINT_ANGULAR_MOTION_DAMPING : i64 = 18i64 ; pub const SLIDER_JOINT_ANGULAR_MOTION_RESTITUTION : i64 = 17i64 ; pub const SLIDER_JOINT_ANGULAR_MOTION_SOFTNESS : i64 = 16i64 ; pub const SLIDER_JOINT_ANGULAR_ORTHOGONAL_DAMPING : i64 = 21i64 ; pub const SLIDER_JOINT_ANGULAR_ORTHOGONAL_RESTITUTION : i64 = 20i64 ; pub const SLIDER_JOINT_ANGULAR_ORTHOGONAL_SOFTNESS : i64 = 19i64 ; pub const SLIDER_JOINT_LINEAR_LIMIT_DAMPING : i64 = 4i64 ; pub const SLIDER_JOINT_LINEAR_LIMIT_LOWER : i64 = 1i64 ; pub const SLIDER_JOINT_LINEAR_LIMIT_RESTITUTION : i64 = 3i64 ; pub const SLIDER_JOINT_LINEAR_LIMIT_SOFTNESS : i64 = 2i64 ; pub const SLIDER_JOINT_LINEAR_LIMIT_UPPER : i64 = 0i64 ; pub const SLIDER_JOINT_LINEAR_MOTION_DAMPING : i64 = 7i64 ; pub const SLIDER_JOINT_LINEAR_MOTION_RESTITUTION : i64 = 6i64 ; pub const SLIDER_JOINT_LINEAR_MOTION_SOFTNESS : i64 = 5i64 ; pub const SLIDER_JOINT_LINEAR_ORTHOGONAL_DAMPING : i64 = 10i64 ; pub const SLIDER_JOINT_LINEAR_ORTHOGONAL_RESTITUTION : i64 = 9i64 ; pub const SLIDER_JOINT_LINEAR_ORTHOGONAL_SOFTNESS : i64 = 8i64 ; pub const SLIDER_JOINT_MAX : i64 = 22i64 ; pub const SPACE_PARAM_BODY_ANGULAR_VELOCITY_DAMP_RATIO : i64 = 6i64 ; pub const SPACE_PARAM_BODY_ANGULAR_VELOCITY_SLEEP_THRESHOLD : i64 = 4i64 ; pub const SPACE_PARAM_BODY_LINEAR_VELOCITY_SLEEP_THRESHOLD : i64 = 3i64 ; pub const SPACE_PARAM_BODY_MAX_ALLOWED_PENETRATION : i64 = 2i64 ; pub const SPACE_PARAM_BODY_TIME_TO_SLEEP : i64 = 5i64 ; pub const SPACE_PARAM_CONSTRAINT_DEFAULT_BIAS : i64 = 7i64 ; pub const SPACE_PARAM_CONTACT_MAX_SEPARATION : i64 = 1i64 ; pub const SPACE_PARAM_CONTACT_RECYCLE_RADIUS : i64 = 0i64 ; pub const SPACE_PARAM_TEST_MOTION_MIN_CONTACT_DEPTH : i64 = 8i64 ; } impl PhysicsServer { # [doc = "Returns a reference to the singleton instance.\n\n# Safety\n\nThis singleton server is only safe to access from outside the main thread if thread-safe\noperations are enabled in the project settings. See the official\n[thread-safety guidelines][thread-safety] for more information.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [inline] pub unsafe fn godot_singleton () -> & 'static Self { unsafe { let this = (get_api () . godot_global_get_singleton) ("PhysicsServer\0" . as_ptr () as * mut _) ; let this = ptr :: NonNull :: new (this) . expect ("singleton should not be null") ; let this = RawObject :: from_sys_ref_unchecked :: < 'static > (this) ; Self :: cast_ref (this) } } # [doc = "Adds a shape to the area, along with a transform matrix. Shapes are usually referenced by their index, so you should track which shape has a given index.\n# Default Arguments\n* `transform` - `Transform( 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0 )`\n* `disabled` - `false`"] # [doc = ""] # [inline] pub fn area_add_shape (& self , area : Rid , shape : Rid , transform : Transform , disabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_add_shape ; let ret = crate :: icalls :: icallptr_void_rid_rid_trans_bool (method_bind , self . this . sys () . as_ptr () , area , shape , transform , disabled) ; } } # [doc = "Assigns the area to a descendant of [Object], so it can exist in the node tree."] # [doc = ""] # [inline] pub fn area_attach_object_instance_id (& self , area : Rid , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_attach_object_instance_id ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , id) ; } } # [doc = "Removes all shapes from an area. It does not delete the shapes, so they can be reassigned later."] # [doc = ""] # [inline] pub fn area_clear_shapes (& self , area : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_clear_shapes ; let ret = crate :: icalls :: icallptr_void_rid (method_bind , self . this . sys () . as_ptr () , area) ; } } # [doc = "Creates an [Area]."] # [doc = ""] # [inline] pub fn area_create (& self) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_create ; let ret = crate :: icalls :: icallptr_rid (method_bind , self . this . sys () . as_ptr ()) ; Rid :: from_sys (ret) } } # [doc = "Gets the instance ID of the object the area is assigned to."] # [doc = ""] # [inline] pub fn area_get_object_instance_id (& self , area : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_object_instance_id ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , area) ; ret as _ } } # [doc = "Returns an area parameter value. A list of available parameters is on the [enum AreaParameter] constants."] # [doc = ""] # [inline] pub fn area_get_param (& self , area : Rid , param : i64) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_param ; let ret = crate :: icalls :: icallptr_var_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , param) ; Variant :: from_sys (ret) } } # [doc = "Returns the [RID] of the nth shape of an area."] # [doc = ""] # [inline] pub fn area_get_shape (& self , area : Rid , shape_idx : i64) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_shape ; let ret = crate :: icalls :: icallptr_rid_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , shape_idx) ; Rid :: from_sys (ret) } } # [doc = "Returns the number of shapes assigned to an area."] # [doc = ""] # [inline] pub fn area_get_shape_count (& self , area : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_shape_count ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , area) ; ret as _ } } # [doc = "Returns the transform matrix of a shape within an area."] # [doc = ""] # [inline] pub fn area_get_shape_transform (& self , area : Rid , shape_idx : i64) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_shape_transform ; let ret = crate :: icalls :: icallptr_trans_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , shape_idx) ; mem :: transmute (ret) } } # [doc = "Returns the space assigned to the area."] # [doc = ""] # [inline] pub fn area_get_space (& self , area : Rid) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_space ; let ret = crate :: icalls :: icallptr_rid_rid (method_bind , self . this . sys () . as_ptr () , area) ; Rid :: from_sys (ret) } } # [doc = "Returns the space override mode for the area."] # [doc = ""] # [inline] pub fn area_get_space_override_mode (& self , area : Rid) -> crate :: generated :: physics_server :: AreaSpaceOverrideMode { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_space_override_mode ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , area) ; crate :: generated :: physics_server :: AreaSpaceOverrideMode (ret) } } # [doc = "Returns the transform matrix for an area."] # [doc = ""] # [inline] pub fn area_get_transform (& self , area : Rid) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_get_transform ; let ret = crate :: icalls :: icallptr_trans_rid (method_bind , self . this . sys () . as_ptr () , area) ; mem :: transmute (ret) } } # [doc = "If `true`, area collides with rays."] # [doc = ""] # [inline] pub fn area_is_ray_pickable (& self , area : Rid) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_is_ray_pickable ; let ret = crate :: icalls :: icallptr_bool_rid (method_bind , self . this . sys () . as_ptr () , area) ; ret as _ } } # [doc = "Removes a shape from an area. It does not delete the shape, so it can be reassigned later."] # [doc = ""] # [inline] pub fn area_remove_shape (& self , area : Rid , shape_idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_remove_shape ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , shape_idx) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn area_set_area_monitor_callback (& self , area : Rid , receiver : impl AsArg < crate :: generated :: object :: Object > , method : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_area_monitor_callback ; let ret = crate :: icalls :: icallptr_void_rid_obj_str (method_bind , self . this . sys () . as_ptr () , area , receiver . as_arg_ptr () , method . into ()) ; } } # [doc = "Assigns the area to one or many physics layers."] # [doc = ""] # [inline] pub fn area_set_collision_layer (& self , area : Rid , layer : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_collision_layer ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , layer) ; } } # [doc = "Sets which physics layers the area will monitor."] # [doc = ""] # [inline] pub fn area_set_collision_mask (& self , area : Rid , mask : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_collision_mask ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , mask) ; } } # [doc = "Sets the function to call when any body/area enters or exits the area. This callback will be called for any object interacting with the area, and takes five parameters:\n1: [constant AREA_BODY_ADDED] or [constant AREA_BODY_REMOVED], depending on whether the object entered or exited the area.\n2: [RID] of the object that entered/exited the area.\n3: Instance ID of the object that entered/exited the area.\n4: The shape index of the object that entered/exited the area.\n5: The shape index of the area where the object entered/exited."] # [doc = ""] # [inline] pub fn area_set_monitor_callback (& self , area : Rid , receiver : impl AsArg < crate :: generated :: object :: Object > , method : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_monitor_callback ; let ret = crate :: icalls :: icallptr_void_rid_obj_str (method_bind , self . this . sys () . as_ptr () , area , receiver . as_arg_ptr () , method . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn area_set_monitorable (& self , area : Rid , monitorable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_monitorable ; let ret = crate :: icalls :: icallptr_void_rid_bool (method_bind , self . this . sys () . as_ptr () , area , monitorable) ; } } # [doc = "Sets the value for an area parameter. A list of available parameters is on the [enum AreaParameter] constants."] # [doc = ""] # [inline] pub fn area_set_param (& self , area : Rid , param : i64 , value : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_var (method_bind , self . this . sys () . as_ptr () , area , param , value . owned_to_variant ()) ; } } # [doc = "Sets object pickable with rays."] # [doc = ""] # [inline] pub fn area_set_ray_pickable (& self , area : Rid , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_ray_pickable ; let ret = crate :: icalls :: icallptr_void_rid_bool (method_bind , self . this . sys () . as_ptr () , area , enable) ; } } # [doc = "Substitutes a given area shape by another. The old shape is selected by its index, the new one by its [RID]."] # [doc = ""] # [inline] pub fn area_set_shape (& self , area : Rid , shape_idx : i64 , shape : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_shape ; let ret = crate :: icalls :: icallptr_void_rid_i64_rid (method_bind , self . this . sys () . as_ptr () , area , shape_idx , shape) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn area_set_shape_disabled (& self , area : Rid , shape_idx : i64 , disabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_shape_disabled ; let ret = crate :: icalls :: icallptr_void_rid_i64_bool (method_bind , self . this . sys () . as_ptr () , area , shape_idx , disabled) ; } } # [doc = "Sets the transform matrix for an area shape."] # [doc = ""] # [inline] pub fn area_set_shape_transform (& self , area : Rid , shape_idx : i64 , transform : Transform) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_shape_transform ; let ret = crate :: icalls :: icallptr_void_rid_i64_trans (method_bind , self . this . sys () . as_ptr () , area , shape_idx , transform) ; } } # [doc = "Assigns a space to the area."] # [doc = ""] # [inline] pub fn area_set_space (& self , area : Rid , space : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_space ; let ret = crate :: icalls :: icallptr_void_rid_rid (method_bind , self . this . sys () . as_ptr () , area , space) ; } } # [doc = "Sets the space override mode for the area. The modes are described in the [enum AreaSpaceOverrideMode] constants."] # [doc = ""] # [inline] pub fn area_set_space_override_mode (& self , area : Rid , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_space_override_mode ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , area , mode) ; } } # [doc = "Sets the transform matrix for an area."] # [doc = ""] # [inline] pub fn area_set_transform (& self , area : Rid , transform : Transform) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . area_set_transform ; let ret = crate :: icalls :: icallptr_void_rid_trans (method_bind , self . this . sys () . as_ptr () , area , transform) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn body_add_central_force (& self , body : Rid , force : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_add_central_force ; let ret = crate :: icalls :: icallptr_void_rid_vec3 (method_bind , self . this . sys () . as_ptr () , body , force) ; } } # [doc = "Adds a body to the list of bodies exempt from collisions."] # [doc = ""] # [inline] pub fn body_add_collision_exception (& self , body : Rid , excepted_body : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_add_collision_exception ; let ret = crate :: icalls :: icallptr_void_rid_rid (method_bind , self . this . sys () . as_ptr () , body , excepted_body) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn body_add_force (& self , body : Rid , force : Vector3 , position : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_add_force ; let ret = crate :: icalls :: icallptr_void_rid_vec3_vec3 (method_bind , self . this . sys () . as_ptr () , body , force , position) ; } } # [doc = "Adds a shape to the body, along with a transform matrix. Shapes are usually referenced by their index, so you should track which shape has a given index.\n# Default Arguments\n* `transform` - `Transform( 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0 )`\n* `disabled` - `false`"] # [doc = ""] # [inline] pub fn body_add_shape (& self , body : Rid , shape : Rid , transform : Transform , disabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_add_shape ; let ret = crate :: icalls :: icallptr_void_rid_rid_trans_bool (method_bind , self . this . sys () . as_ptr () , body , shape , transform , disabled) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn body_add_torque (& self , body : Rid , torque : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_add_torque ; let ret = crate :: icalls :: icallptr_void_rid_vec3 (method_bind , self . this . sys () . as_ptr () , body , torque) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn body_apply_central_impulse (& self , body : Rid , impulse : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_apply_central_impulse ; let ret = crate :: icalls :: icallptr_void_rid_vec3 (method_bind , self . this . sys () . as_ptr () , body , impulse) ; } } # [doc = "Gives the body a push at a `position` in the direction of the `impulse`."] # [doc = ""] # [inline] pub fn body_apply_impulse (& self , body : Rid , position : Vector3 , impulse : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_apply_impulse ; let ret = crate :: icalls :: icallptr_void_rid_vec3_vec3 (method_bind , self . this . sys () . as_ptr () , body , position , impulse) ; } } # [doc = "Gives the body a push to rotate it."] # [doc = ""] # [inline] pub fn body_apply_torque_impulse (& self , body : Rid , impulse : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_apply_torque_impulse ; let ret = crate :: icalls :: icallptr_void_rid_vec3 (method_bind , self . this . sys () . as_ptr () , body , impulse) ; } } # [doc = "Assigns the area to a descendant of [Object], so it can exist in the node tree."] # [doc = ""] # [inline] pub fn body_attach_object_instance_id (& self , body : Rid , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_attach_object_instance_id ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , id) ; } } # [doc = "Removes all shapes from a body."] # [doc = ""] # [inline] pub fn body_clear_shapes (& self , body : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_clear_shapes ; let ret = crate :: icalls :: icallptr_void_rid (method_bind , self . this . sys () . as_ptr () , body) ; } } # [doc = "Creates a physics body. The first parameter can be any value from [enum BodyMode] constants, for the type of body created. Additionally, the body can be created in sleeping state to save processing time.\n# Default Arguments\n* `mode` - `2`\n* `init_sleeping` - `false`"] # [doc = ""] # [inline] pub fn body_create (& self , mode : i64 , init_sleeping : bool) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_create ; let ret = crate :: icalls :: icallptr_rid_i64_bool (method_bind , self . this . sys () . as_ptr () , mode , init_sleeping) ; Rid :: from_sys (ret) } } # [doc = "Returns the physics layer or layers a body belongs to."] # [doc = ""] # [inline] pub fn body_get_collision_layer (& self , body : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_collision_layer ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Returns the physics layer or layers a body can collide with.\n-"] # [doc = ""] # [inline] pub fn body_get_collision_mask (& self , body : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_collision_mask ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Returns the [PhysicsDirectBodyState] of the body."] # [doc = ""] # [inline] pub fn body_get_direct_state (& self , body : Rid) -> Option < Ref < crate :: generated :: physics_direct_body_state :: PhysicsDirectBodyState , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_direct_state ; let ret = crate :: icalls :: icallptr_obj_rid (method_bind , self . this . sys () . as_ptr () , body) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: physics_direct_body_state :: PhysicsDirectBodyState , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn body_get_kinematic_safe_margin (& self , body : Rid) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_kinematic_safe_margin ; let ret = crate :: icalls :: icallptr_f64_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Returns the maximum contacts that can be reported. See [method body_set_max_contacts_reported]."] # [doc = ""] # [inline] pub fn body_get_max_contacts_reported (& self , body : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_max_contacts_reported ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Returns the body mode."] # [doc = ""] # [inline] pub fn body_get_mode (& self , body : Rid) -> crate :: generated :: physics_server :: BodyMode { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_mode ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , body) ; crate :: generated :: physics_server :: BodyMode (ret) } } # [doc = "Gets the instance ID of the object the area is assigned to."] # [doc = ""] # [inline] pub fn body_get_object_instance_id (& self , body : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_object_instance_id ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Returns the value of a body parameter. A list of available parameters is on the [enum BodyParameter] constants."] # [doc = ""] # [inline] pub fn body_get_param (& self , body : Rid , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_param ; let ret = crate :: icalls :: icallptr_f64_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , param) ; ret as _ } } # [doc = "Returns the [RID] of the nth shape of a body."] # [doc = ""] # [inline] pub fn body_get_shape (& self , body : Rid , shape_idx : i64) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_shape ; let ret = crate :: icalls :: icallptr_rid_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , shape_idx) ; Rid :: from_sys (ret) } } # [doc = "Returns the number of shapes assigned to a body."] # [doc = ""] # [inline] pub fn body_get_shape_count (& self , body : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_shape_count ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Returns the transform matrix of a body shape."] # [doc = ""] # [inline] pub fn body_get_shape_transform (& self , body : Rid , shape_idx : i64) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_shape_transform ; let ret = crate :: icalls :: icallptr_trans_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , shape_idx) ; mem :: transmute (ret) } } # [doc = "Returns the [RID] of the space assigned to a body."] # [doc = ""] # [inline] pub fn body_get_space (& self , body : Rid) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_space ; let ret = crate :: icalls :: icallptr_rid_rid (method_bind , self . this . sys () . as_ptr () , body) ; Rid :: from_sys (ret) } } # [doc = "Returns a body state."] # [doc = ""] # [inline] pub fn body_get_state (& self , body : Rid , state : i64) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_get_state ; let ret = crate :: icalls :: icallptr_var_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , state) ; Variant :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn body_is_axis_locked (& self , body : Rid , axis : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_is_axis_locked ; let ret = crate :: icalls :: icallptr_bool_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , axis) ; ret as _ } } # [doc = "If `true`, the continuous collision detection mode is enabled."] # [doc = ""] # [inline] pub fn body_is_continuous_collision_detection_enabled (& self , body : Rid) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_is_continuous_collision_detection_enabled ; let ret = crate :: icalls :: icallptr_bool_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Returns whether a body uses a callback function to calculate its own physics (see [method body_set_force_integration_callback])."] # [doc = ""] # [inline] pub fn body_is_omitting_force_integration (& self , body : Rid) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_is_omitting_force_integration ; let ret = crate :: icalls :: icallptr_bool_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "If `true`, the body can be detected by rays."] # [doc = ""] # [inline] pub fn body_is_ray_pickable (& self , body : Rid) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_is_ray_pickable ; let ret = crate :: icalls :: icallptr_bool_rid (method_bind , self . this . sys () . as_ptr () , body) ; ret as _ } } # [doc = "Removes a body from the list of bodies exempt from collisions.\nContinuous collision detection tries to predict where a moving body will collide, instead of moving it and correcting its movement if it collided."] # [doc = ""] # [inline] pub fn body_remove_collision_exception (& self , body : Rid , excepted_body : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_remove_collision_exception ; let ret = crate :: icalls :: icallptr_void_rid_rid (method_bind , self . this . sys () . as_ptr () , body , excepted_body) ; } } # [doc = "Removes a shape from a body. The shape is not deleted, so it can be reused afterwards."] # [doc = ""] # [inline] pub fn body_remove_shape (& self , body : Rid , shape_idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_remove_shape ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , shape_idx) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn body_set_axis_lock (& self , body : Rid , axis : i64 , lock : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_axis_lock ; let ret = crate :: icalls :: icallptr_void_rid_i64_bool (method_bind , self . this . sys () . as_ptr () , body , axis , lock) ; } } # [doc = "Sets an axis velocity. The velocity in the given vector axis will be set as the given vector length. This is useful for jumping behavior."] # [doc = ""] # [inline] pub fn body_set_axis_velocity (& self , body : Rid , axis_velocity : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_axis_velocity ; let ret = crate :: icalls :: icallptr_void_rid_vec3 (method_bind , self . this . sys () . as_ptr () , body , axis_velocity) ; } } # [doc = "Sets the physics layer or layers a body belongs to."] # [doc = ""] # [inline] pub fn body_set_collision_layer (& self , body : Rid , layer : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_collision_layer ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , layer) ; } } # [doc = "Sets the physics layer or layers a body can collide with."] # [doc = ""] # [inline] pub fn body_set_collision_mask (& self , body : Rid , mask : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_collision_mask ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , mask) ; } } # [doc = "If `true`, the continuous collision detection mode is enabled.\nContinuous collision detection tries to predict where a moving body will collide, instead of moving it and correcting its movement if it collided."] # [doc = ""] # [inline] pub fn body_set_enable_continuous_collision_detection (& self , body : Rid , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_enable_continuous_collision_detection ; let ret = crate :: icalls :: icallptr_void_rid_bool (method_bind , self . this . sys () . as_ptr () , body , enable) ; } } # [doc = "Sets the function used to calculate physics for an object, if that object allows it (see [method body_set_omit_force_integration]).\n# Default Arguments\n* `userdata` - `null`"] # [doc = ""] # [inline] pub fn body_set_force_integration_callback (& self , body : Rid , receiver : impl AsArg < crate :: generated :: object :: Object > , method : impl Into < GodotString > , userdata : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_force_integration_callback ; let ret = crate :: icalls :: icallptr_void_rid_obj_str_var (method_bind , self . this . sys () . as_ptr () , body , receiver . as_arg_ptr () , method . into () , userdata . owned_to_variant ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn body_set_kinematic_safe_margin (& self , body : Rid , margin : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_kinematic_safe_margin ; let ret = crate :: icalls :: icallptr_void_rid_f64 (method_bind , self . this . sys () . as_ptr () , body , margin) ; } } # [doc = "Sets the maximum contacts to report. Bodies can keep a log of the contacts with other bodies, this is enabled by setting the maximum amount of contacts reported to a number greater than 0."] # [doc = ""] # [inline] pub fn body_set_max_contacts_reported (& self , body : Rid , amount : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_max_contacts_reported ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , amount) ; } } # [doc = "Sets the body mode, from one of the [enum BodyMode] constants."] # [doc = ""] # [inline] pub fn body_set_mode (& self , body : Rid , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_mode ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , body , mode) ; } } # [doc = "Sets whether a body uses a callback function to calculate its own physics (see [method body_set_force_integration_callback])."] # [doc = ""] # [inline] pub fn body_set_omit_force_integration (& self , body : Rid , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_omit_force_integration ; let ret = crate :: icalls :: icallptr_void_rid_bool (method_bind , self . this . sys () . as_ptr () , body , enable) ; } } # [doc = "Sets a body parameter. A list of available parameters is on the [enum BodyParameter] constants."] # [doc = ""] # [inline] pub fn body_set_param (& self , body : Rid , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_f64 (method_bind , self . this . sys () . as_ptr () , body , param , value) ; } } # [doc = "Sets the body pickable with rays if `enabled` is set."] # [doc = ""] # [inline] pub fn body_set_ray_pickable (& self , body : Rid , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_ray_pickable ; let ret = crate :: icalls :: icallptr_void_rid_bool (method_bind , self . this . sys () . as_ptr () , body , enable) ; } } # [doc = "Substitutes a given body shape by another. The old shape is selected by its index, the new one by its [RID]."] # [doc = ""] # [inline] pub fn body_set_shape (& self , body : Rid , shape_idx : i64 , shape : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_shape ; let ret = crate :: icalls :: icallptr_void_rid_i64_rid (method_bind , self . this . sys () . as_ptr () , body , shape_idx , shape) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn body_set_shape_disabled (& self , body : Rid , shape_idx : i64 , disabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_shape_disabled ; let ret = crate :: icalls :: icallptr_void_rid_i64_bool (method_bind , self . this . sys () . as_ptr () , body , shape_idx , disabled) ; } } # [doc = "Sets the transform matrix for a body shape."] # [doc = ""] # [inline] pub fn body_set_shape_transform (& self , body : Rid , shape_idx : i64 , transform : Transform) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_shape_transform ; let ret = crate :: icalls :: icallptr_void_rid_i64_trans (method_bind , self . this . sys () . as_ptr () , body , shape_idx , transform) ; } } # [doc = "Assigns a space to the body (see [method space_create])."] # [doc = ""] # [inline] pub fn body_set_space (& self , body : Rid , space : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_space ; let ret = crate :: icalls :: icallptr_void_rid_rid (method_bind , self . this . sys () . as_ptr () , body , space) ; } } # [doc = "Sets a body state (see [enum BodyState] constants)."] # [doc = ""] # [inline] pub fn body_set_state (& self , body : Rid , state : i64 , value : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . body_set_state ; let ret = crate :: icalls :: icallptr_void_rid_i64_var (method_bind , self . this . sys () . as_ptr () , body , state , value . owned_to_variant ()) ; } } # [doc = "Gets a cone_twist_joint parameter (see [enum ConeTwistJointParam] constants)."] # [doc = ""] # [inline] pub fn cone_twist_joint_get_param (& self , joint : Rid , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . cone_twist_joint_get_param ; let ret = crate :: icalls :: icallptr_f64_rid_i64 (method_bind , self . this . sys () . as_ptr () , joint , param) ; ret as _ } } # [doc = "Sets a cone_twist_joint parameter (see [enum ConeTwistJointParam] constants)."] # [doc = ""] # [inline] pub fn cone_twist_joint_set_param (& self , joint : Rid , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . cone_twist_joint_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_f64 (method_bind , self . this . sys () . as_ptr () , joint , param , value) ; } } # [doc = "Destroys any of the objects created by PhysicsServer. If the [RID] passed is not one of the objects that can be created by PhysicsServer, an error will be sent to the console."] # [doc = ""] # [inline] pub fn free_rid (& self , rid : Rid) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . free_rid ; let ret = crate :: icalls :: icallptr_void_rid (method_bind , self . this . sys () . as_ptr () , rid) ; } } # [doc = "Gets a generic_6_DOF_joint flag (see [enum G6DOFJointAxisFlag] constants)."] # [doc = ""] # [inline] pub fn generic_6dof_joint_get_flag (& self , joint : Rid , axis : i64 , flag : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . generic_6dof_joint_get_flag ; let ret = crate :: icalls :: icallptr_bool_rid_i64_i64 (method_bind , self . this . sys () . as_ptr () , joint , axis , flag) ; ret as _ } } # [doc = "Gets a generic_6_DOF_joint parameter (see [enum G6DOFJointAxisParam] constants)."] # [doc = ""] # [inline] pub fn generic_6dof_joint_get_param (& self , joint : Rid , axis : i64 , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . generic_6dof_joint_get_param ; let ret = crate :: icalls :: icallptr_f64_rid_i64_i64 (method_bind , self . this . sys () . as_ptr () , joint , axis , param) ; ret as _ } } # [doc = "Sets a generic_6_DOF_joint flag (see [enum G6DOFJointAxisFlag] constants)."] # [doc = ""] # [inline] pub fn generic_6dof_joint_set_flag (& self , joint : Rid , axis : i64 , flag : i64 , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . generic_6dof_joint_set_flag ; let ret = crate :: icalls :: icallptr_void_rid_i64_i64_bool (method_bind , self . this . sys () . as_ptr () , joint , axis , flag , enable) ; } } # [doc = "Sets a generic_6_DOF_joint parameter (see [enum G6DOFJointAxisParam] constants)."] # [doc = ""] # [inline] pub fn generic_6dof_joint_set_param (& self , joint : Rid , axis : i64 , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . generic_6dof_joint_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_i64_f64 (method_bind , self . this . sys () . as_ptr () , joint , axis , param , value) ; } } # [doc = "Returns an Info defined by the [enum ProcessInfo] input given."] # [doc = ""] # [inline] pub fn get_process_info (& self , process_info : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . get_process_info ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , process_info) ; ret as _ } } # [doc = "Gets a hinge_joint flag (see [enum HingeJointFlag] constants)."] # [doc = ""] # [inline] pub fn hinge_joint_get_flag (& self , joint : Rid , flag : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . hinge_joint_get_flag ; let ret = crate :: icalls :: icallptr_bool_rid_i64 (method_bind , self . this . sys () . as_ptr () , joint , flag) ; ret as _ } } # [doc = "Gets a hinge_joint parameter (see [enum HingeJointParam])."] # [doc = ""] # [inline] pub fn hinge_joint_get_param (& self , joint : Rid , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . hinge_joint_get_param ; let ret = crate :: icalls :: icallptr_f64_rid_i64 (method_bind , self . this . sys () . as_ptr () , joint , param) ; ret as _ } } # [doc = "Sets a hinge_joint flag (see [enum HingeJointFlag] constants)."] # [doc = ""] # [inline] pub fn hinge_joint_set_flag (& self , joint : Rid , flag : i64 , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . hinge_joint_set_flag ; let ret = crate :: icalls :: icallptr_void_rid_i64_bool (method_bind , self . this . sys () . as_ptr () , joint , flag , enabled) ; } } # [doc = "Sets a hinge_joint parameter (see [enum HingeJointParam] constants)."] # [doc = ""] # [inline] pub fn hinge_joint_set_param (& self , joint : Rid , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . hinge_joint_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_f64 (method_bind , self . this . sys () . as_ptr () , joint , param , value) ; } } # [doc = "Creates a [ConeTwistJoint]."] # [doc = ""] # [inline] pub fn joint_create_cone_twist (& self , body_A : Rid , local_ref_A : Transform , body_B : Rid , local_ref_B : Transform) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_create_cone_twist ; let ret = crate :: icalls :: icallptr_rid_rid_trans_rid_trans (method_bind , self . this . sys () . as_ptr () , body_A , local_ref_A , body_B , local_ref_B) ; Rid :: from_sys (ret) } } # [doc = "Creates a [Generic6DOFJoint]."] # [doc = ""] # [inline] pub fn joint_create_generic_6dof (& self , body_A : Rid , local_ref_A : Transform , body_B : Rid , local_ref_B : Transform) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_create_generic_6dof ; let ret = crate :: icalls :: icallptr_rid_rid_trans_rid_trans (method_bind , self . this . sys () . as_ptr () , body_A , local_ref_A , body_B , local_ref_B) ; Rid :: from_sys (ret) } } # [doc = "Creates a [HingeJoint]."] # [doc = ""] # [inline] pub fn joint_create_hinge (& self , body_A : Rid , hinge_A : Transform , body_B : Rid , hinge_B : Transform) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_create_hinge ; let ret = crate :: icalls :: icallptr_rid_rid_trans_rid_trans (method_bind , self . this . sys () . as_ptr () , body_A , hinge_A , body_B , hinge_B) ; Rid :: from_sys (ret) } } # [doc = "Creates a [PinJoint]."] # [doc = ""] # [inline] pub fn joint_create_pin (& self , body_A : Rid , local_A : Vector3 , body_B : Rid , local_B : Vector3) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_create_pin ; let ret = crate :: icalls :: icallptr_rid_rid_vec3_rid_vec3 (method_bind , self . this . sys () . as_ptr () , body_A , local_A , body_B , local_B) ; Rid :: from_sys (ret) } } # [doc = "Creates a [SliderJoint]."] # [doc = ""] # [inline] pub fn joint_create_slider (& self , body_A : Rid , local_ref_A : Transform , body_B : Rid , local_ref_B : Transform) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_create_slider ; let ret = crate :: icalls :: icallptr_rid_rid_trans_rid_trans (method_bind , self . this . sys () . as_ptr () , body_A , local_ref_A , body_B , local_ref_B) ; Rid :: from_sys (ret) } } # [doc = "Gets the priority value of the Joint."] # [doc = ""] # [inline] pub fn joint_get_solver_priority (& self , joint : Rid) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_get_solver_priority ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , joint) ; ret as _ } } # [doc = "Returns the type of the Joint."] # [doc = ""] # [inline] pub fn joint_get_type (& self , joint : Rid) -> crate :: generated :: physics_server :: JointType { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_get_type ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , joint) ; crate :: generated :: physics_server :: JointType (ret) } } # [doc = "Sets the priority value of the Joint."] # [doc = ""] # [inline] pub fn joint_set_solver_priority (& self , joint : Rid , priority : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . joint_set_solver_priority ; let ret = crate :: icalls :: icallptr_void_rid_i64 (method_bind , self . this . sys () . as_ptr () , joint , priority) ; } } # [doc = "Returns position of the joint in the local space of body a of the joint."] # [doc = ""] # [inline] pub fn pin_joint_get_local_a (& self , joint : Rid) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . pin_joint_get_local_a ; let ret = crate :: icalls :: icallptr_vec3_rid (method_bind , self . this . sys () . as_ptr () , joint) ; mem :: transmute (ret) } } # [doc = "Returns position of the joint in the local space of body b of the joint."] # [doc = ""] # [inline] pub fn pin_joint_get_local_b (& self , joint : Rid) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . pin_joint_get_local_b ; let ret = crate :: icalls :: icallptr_vec3_rid (method_bind , self . this . sys () . as_ptr () , joint) ; mem :: transmute (ret) } } # [doc = "Gets a pin_joint parameter (see [enum PinJointParam] constants)."] # [doc = ""] # [inline] pub fn pin_joint_get_param (& self , joint : Rid , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . pin_joint_get_param ; let ret = crate :: icalls :: icallptr_f64_rid_i64 (method_bind , self . this . sys () . as_ptr () , joint , param) ; ret as _ } } # [doc = "Sets position of the joint in the local space of body a of the joint."] # [doc = ""] # [inline] pub fn pin_joint_set_local_a (& self , joint : Rid , local_A : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . pin_joint_set_local_a ; let ret = crate :: icalls :: icallptr_void_rid_vec3 (method_bind , self . this . sys () . as_ptr () , joint , local_A) ; } } # [doc = "Sets position of the joint in the local space of body b of the joint."] # [doc = ""] # [inline] pub fn pin_joint_set_local_b (& self , joint : Rid , local_B : Vector3) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . pin_joint_set_local_b ; let ret = crate :: icalls :: icallptr_void_rid_vec3 (method_bind , self . this . sys () . as_ptr () , joint , local_B) ; } } # [doc = "Sets a pin_joint parameter (see [enum PinJointParam] constants)."] # [doc = ""] # [inline] pub fn pin_joint_set_param (& self , joint : Rid , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . pin_joint_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_f64 (method_bind , self . this . sys () . as_ptr () , joint , param , value) ; } } # [doc = "Activates or deactivates the 3D physics engine."] # [doc = ""] # [inline] pub fn set_active (& self , active : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . set_active ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , active) ; } } # [doc = "Creates a shape of a type from [enum ShapeType]. Does not assign it to a body or an area. To do so, you must use [method area_set_shape] or [method body_set_shape]."] # [doc = ""] # [inline] pub fn shape_create (& self , _type : i64) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . shape_create ; let ret = crate :: icalls :: icallptr_rid_i64 (method_bind , self . this . sys () . as_ptr () , _type) ; Rid :: from_sys (ret) } } # [doc = "Returns the shape data."] # [doc = ""] # [inline] pub fn shape_get_data (& self , shape : Rid) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . shape_get_data ; let ret = crate :: icalls :: icallptr_var_rid (method_bind , self . this . sys () . as_ptr () , shape) ; Variant :: from_sys (ret) } } # [doc = "Returns the type of shape (see [enum ShapeType] constants)."] # [doc = ""] # [inline] pub fn shape_get_type (& self , shape : Rid) -> crate :: generated :: physics_server :: ShapeType { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . shape_get_type ; let ret = crate :: icalls :: icallptr_i64_rid (method_bind , self . this . sys () . as_ptr () , shape) ; crate :: generated :: physics_server :: ShapeType (ret) } } # [doc = "Sets the shape data that defines its shape and size. The data to be passed depends on the kind of shape created [method shape_get_type]."] # [doc = ""] # [inline] pub fn shape_set_data (& self , shape : Rid , data : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . shape_set_data ; let ret = crate :: icalls :: icallptr_void_rid_var (method_bind , self . this . sys () . as_ptr () , shape , data . owned_to_variant ()) ; } } # [doc = "Gets a slider_joint parameter (see [enum SliderJointParam] constants)."] # [doc = ""] # [inline] pub fn slider_joint_get_param (& self , joint : Rid , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . slider_joint_get_param ; let ret = crate :: icalls :: icallptr_f64_rid_i64 (method_bind , self . this . sys () . as_ptr () , joint , param) ; ret as _ } } # [doc = "Gets a slider_joint parameter (see [enum SliderJointParam] constants)."] # [doc = ""] # [inline] pub fn slider_joint_set_param (& self , joint : Rid , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . slider_joint_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_f64 (method_bind , self . this . sys () . as_ptr () , joint , param , value) ; } } # [doc = "Creates a space. A space is a collection of parameters for the physics engine that can be assigned to an area or a body. It can be assigned to an area with [method area_set_space], or to a body with [method body_set_space]."] # [doc = ""] # [inline] pub fn space_create (& self) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . space_create ; let ret = crate :: icalls :: icallptr_rid (method_bind , self . this . sys () . as_ptr ()) ; Rid :: from_sys (ret) } } # [doc = "Returns the state of a space, a [PhysicsDirectSpaceState]. This object can be used to make collision/intersection queries."] # [doc = ""] # [inline] pub fn space_get_direct_state (& self , space : Rid) -> Option < Ref < crate :: generated :: physics_direct_space_state :: PhysicsDirectSpaceState , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . space_get_direct_state ; let ret = crate :: icalls :: icallptr_obj_rid (method_bind , self . this . sys () . as_ptr () , space) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: physics_direct_space_state :: PhysicsDirectSpaceState , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the value of a space parameter."] # [doc = ""] # [inline] pub fn space_get_param (& self , space : Rid , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . space_get_param ; let ret = crate :: icalls :: icallptr_f64_rid_i64 (method_bind , self . this . sys () . as_ptr () , space , param) ; ret as _ } } # [doc = "Returns whether the space is active."] # [doc = ""] # [inline] pub fn space_is_active (& self , space : Rid) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . space_is_active ; let ret = crate :: icalls :: icallptr_bool_rid (method_bind , self . this . sys () . as_ptr () , space) ; ret as _ } } # [doc = "Marks a space as active. It will not have an effect, unless it is assigned to an area or body."] # [doc = ""] # [inline] pub fn space_set_active (& self , space : Rid , active : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . space_set_active ; let ret = crate :: icalls :: icallptr_void_rid_bool (method_bind , self . this . sys () . as_ptr () , space , active) ; } } # [doc = "Sets the value for a space parameter. A list of available parameters is on the [enum SpaceParameter] constants."] # [doc = ""] # [inline] pub fn space_set_param (& self , space : Rid , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PhysicsServerMethodTable :: get (get_api ()) . space_set_param ; let ret = crate :: icalls :: icallptr_void_rid_i64_f64 (method_bind , self . this . sys () . as_ptr () , space , param , value) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for PhysicsServer { } unsafe impl GodotObject for PhysicsServer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "PhysicsServer" } } impl std :: ops :: Deref for PhysicsServer { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PhysicsServer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for PhysicsServer { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PhysicsServerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub area_add_shape : * mut sys :: godot_method_bind , pub area_attach_object_instance_id : * mut sys :: godot_method_bind , pub area_clear_shapes : * mut sys :: godot_method_bind , pub area_create : * mut sys :: godot_method_bind , pub area_get_object_instance_id : * mut sys :: godot_method_bind , pub area_get_param : * mut sys :: godot_method_bind , pub area_get_shape : * mut sys :: godot_method_bind , pub area_get_shape_count : * mut sys :: godot_method_bind , pub area_get_shape_transform : * mut sys :: godot_method_bind , pub area_get_space : * mut sys :: godot_method_bind , pub area_get_space_override_mode : * mut sys :: godot_method_bind , pub area_get_transform : * mut sys :: godot_method_bind , pub area_is_ray_pickable : * mut sys :: godot_method_bind , pub area_remove_shape : * mut sys :: godot_method_bind , pub area_set_area_monitor_callback : * mut sys :: godot_method_bind , pub area_set_collision_layer : * mut sys :: godot_method_bind , pub area_set_collision_mask : * mut sys :: godot_method_bind , pub area_set_monitor_callback : * mut sys :: godot_method_bind , pub area_set_monitorable : * mut sys :: godot_method_bind , pub area_set_param : * mut sys :: godot_method_bind , pub area_set_ray_pickable : * mut sys :: godot_method_bind , pub area_set_shape : * mut sys :: godot_method_bind , pub area_set_shape_disabled : * mut sys :: godot_method_bind , pub area_set_shape_transform : * mut sys :: godot_method_bind , pub area_set_space : * mut sys :: godot_method_bind , pub area_set_space_override_mode : * mut sys :: godot_method_bind , pub area_set_transform : * mut sys :: godot_method_bind , pub body_add_central_force : * mut sys :: godot_method_bind , pub body_add_collision_exception : * mut sys :: godot_method_bind , pub body_add_force : * mut sys :: godot_method_bind , pub body_add_shape : * mut sys :: godot_method_bind , pub body_add_torque : * mut sys :: godot_method_bind , pub body_apply_central_impulse : * mut sys :: godot_method_bind , pub body_apply_impulse : * mut sys :: godot_method_bind , pub body_apply_torque_impulse : * mut sys :: godot_method_bind , pub body_attach_object_instance_id : * mut sys :: godot_method_bind , pub body_clear_shapes : * mut sys :: godot_method_bind , pub body_create : * mut sys :: godot_method_bind , pub body_get_collision_layer : * mut sys :: godot_method_bind , pub body_get_collision_mask : * mut sys :: godot_method_bind , pub body_get_direct_state : * mut sys :: godot_method_bind , pub body_get_kinematic_safe_margin : * mut sys :: godot_method_bind , pub body_get_max_contacts_reported : * mut sys :: godot_method_bind , pub body_get_mode : * mut sys :: godot_method_bind , pub body_get_object_instance_id : * mut sys :: godot_method_bind , pub body_get_param : * mut sys :: godot_method_bind , pub body_get_shape : * mut sys :: godot_method_bind , pub body_get_shape_count : * mut sys :: godot_method_bind , pub body_get_shape_transform : * mut sys :: godot_method_bind , pub body_get_space : * mut sys :: godot_method_bind , pub body_get_state : * mut sys :: godot_method_bind , pub body_is_axis_locked : * mut sys :: godot_method_bind , pub body_is_continuous_collision_detection_enabled : * mut sys :: godot_method_bind , pub body_is_omitting_force_integration : * mut sys :: godot_method_bind , pub body_is_ray_pickable : * mut sys :: godot_method_bind , pub body_remove_collision_exception : * mut sys :: godot_method_bind , pub body_remove_shape : * mut sys :: godot_method_bind , pub body_set_axis_lock : * mut sys :: godot_method_bind , pub body_set_axis_velocity : * mut sys :: godot_method_bind , pub body_set_collision_layer : * mut sys :: godot_method_bind , pub body_set_collision_mask : * mut sys :: godot_method_bind , pub body_set_enable_continuous_collision_detection : * mut sys :: godot_method_bind , pub body_set_force_integration_callback : * mut sys :: godot_method_bind , pub body_set_kinematic_safe_margin : * mut sys :: godot_method_bind , pub body_set_max_contacts_reported : * mut sys :: godot_method_bind , pub body_set_mode : * mut sys :: godot_method_bind , pub body_set_omit_force_integration : * mut sys :: godot_method_bind , pub body_set_param : * mut sys :: godot_method_bind , pub body_set_ray_pickable : * mut sys :: godot_method_bind , pub body_set_shape : * mut sys :: godot_method_bind , pub body_set_shape_disabled : * mut sys :: godot_method_bind , pub body_set_shape_transform : * mut sys :: godot_method_bind , pub body_set_space : * mut sys :: godot_method_bind , pub body_set_state : * mut sys :: godot_method_bind , pub cone_twist_joint_get_param : * mut sys :: godot_method_bind , pub cone_twist_joint_set_param : * mut sys :: godot_method_bind , pub free_rid : * mut sys :: godot_method_bind , pub generic_6dof_joint_get_flag : * mut sys :: godot_method_bind , pub generic_6dof_joint_get_param : * mut sys :: godot_method_bind , pub generic_6dof_joint_set_flag : * mut sys :: godot_method_bind , pub generic_6dof_joint_set_param : * mut sys :: godot_method_bind , pub get_process_info : * mut sys :: godot_method_bind , pub hinge_joint_get_flag : * mut sys :: godot_method_bind , pub hinge_joint_get_param : * mut sys :: godot_method_bind , pub hinge_joint_set_flag : * mut sys :: godot_method_bind , pub hinge_joint_set_param : * mut sys :: godot_method_bind , pub joint_create_cone_twist : * mut sys :: godot_method_bind , pub joint_create_generic_6dof : * mut sys :: godot_method_bind , pub joint_create_hinge : * mut sys :: godot_method_bind , pub joint_create_pin : * mut sys :: godot_method_bind , pub joint_create_slider : * mut sys :: godot_method_bind , pub joint_get_solver_priority : * mut sys :: godot_method_bind , pub joint_get_type : * mut sys :: godot_method_bind , pub joint_set_solver_priority : * mut sys :: godot_method_bind , pub pin_joint_get_local_a : * mut sys :: godot_method_bind , pub pin_joint_get_local_b : * mut sys :: godot_method_bind , pub pin_joint_get_param : * mut sys :: godot_method_bind , pub pin_joint_set_local_a : * mut sys :: godot_method_bind , pub pin_joint_set_local_b : * mut sys :: godot_method_bind , pub pin_joint_set_param : * mut sys :: godot_method_bind , pub set_active : * mut sys :: godot_method_bind , pub shape_create : * mut sys :: godot_method_bind , pub shape_get_data : * mut sys :: godot_method_bind , pub shape_get_type : * mut sys :: godot_method_bind , pub shape_set_data : * mut sys :: godot_method_bind , pub slider_joint_get_param : * mut sys :: godot_method_bind , pub slider_joint_set_param : * mut sys :: godot_method_bind , pub space_create : * mut sys :: godot_method_bind , pub space_get_direct_state : * mut sys :: godot_method_bind , pub space_get_param : * mut sys :: godot_method_bind , pub space_is_active : * mut sys :: godot_method_bind , pub space_set_active : * mut sys :: godot_method_bind , pub space_set_param : * mut sys :: godot_method_bind } impl PhysicsServerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PhysicsServerMethodTable = PhysicsServerMethodTable { class_constructor : None , area_add_shape : 0 as * mut sys :: godot_method_bind , area_attach_object_instance_id : 0 as * mut sys :: godot_method_bind , area_clear_shapes : 0 as * mut sys :: godot_method_bind , area_create : 0 as * mut sys :: godot_method_bind , area_get_object_instance_id : 0 as * mut sys :: godot_method_bind , area_get_param : 0 as * mut sys :: godot_method_bind , area_get_shape : 0 as * mut sys :: godot_method_bind , area_get_shape_count : 0 as * mut sys :: godot_method_bind , area_get_shape_transform : 0 as * mut sys :: godot_method_bind , area_get_space : 0 as * mut sys :: godot_method_bind , area_get_space_override_mode : 0 as * mut sys :: godot_method_bind , area_get_transform : 0 as * mut sys :: godot_method_bind , area_is_ray_pickable : 0 as * mut sys :: godot_method_bind , area_remove_shape : 0 as * mut sys :: godot_method_bind , area_set_area_monitor_callback : 0 as * mut sys :: godot_method_bind , area_set_collision_layer : 0 as * mut sys :: godot_method_bind , area_set_collision_mask : 0 as * mut sys :: godot_method_bind , area_set_monitor_callback : 0 as * mut sys :: godot_method_bind , area_set_monitorable : 0 as * mut sys :: godot_method_bind , area_set_param : 0 as * mut sys :: godot_method_bind , area_set_ray_pickable : 0 as * mut sys :: godot_method_bind , area_set_shape : 0 as * mut sys :: godot_method_bind , area_set_shape_disabled : 0 as * mut sys :: godot_method_bind , area_set_shape_transform : 0 as * mut sys :: godot_method_bind , area_set_space : 0 as * mut sys :: godot_method_bind , area_set_space_override_mode : 0 as * mut sys :: godot_method_bind , area_set_transform : 0 as * mut sys :: godot_method_bind , body_add_central_force : 0 as * mut sys :: godot_method_bind , body_add_collision_exception : 0 as * mut sys :: godot_method_bind , body_add_force : 0 as * mut sys :: godot_method_bind , body_add_shape : 0 as * mut sys :: godot_method_bind , body_add_torque : 0 as * mut sys :: godot_method_bind , body_apply_central_impulse : 0 as * mut sys :: godot_method_bind , body_apply_impulse : 0 as * mut sys :: godot_method_bind , body_apply_torque_impulse : 0 as * mut sys :: godot_method_bind , body_attach_object_instance_id : 0 as * mut sys :: godot_method_bind , body_clear_shapes : 0 as * mut sys :: godot_method_bind , body_create : 0 as * mut sys :: godot_method_bind , body_get_collision_layer : 0 as * mut sys :: godot_method_bind , body_get_collision_mask : 0 as * mut sys :: godot_method_bind , body_get_direct_state : 0 as * mut sys :: godot_method_bind , body_get_kinematic_safe_margin : 0 as * mut sys :: godot_method_bind , body_get_max_contacts_reported : 0 as * mut sys :: godot_method_bind , body_get_mode : 0 as * mut sys :: godot_method_bind , body_get_object_instance_id : 0 as * mut sys :: godot_method_bind , body_get_param : 0 as * mut sys :: godot_method_bind , body_get_shape : 0 as * mut sys :: godot_method_bind , body_get_shape_count : 0 as * mut sys :: godot_method_bind , body_get_shape_transform : 0 as * mut sys :: godot_method_bind , body_get_space : 0 as * mut sys :: godot_method_bind , body_get_state : 0 as * mut sys :: godot_method_bind , body_is_axis_locked : 0 as * mut sys :: godot_method_bind , body_is_continuous_collision_detection_enabled : 0 as * mut sys :: godot_method_bind , body_is_omitting_force_integration : 0 as * mut sys :: godot_method_bind , body_is_ray_pickable : 0 as * mut sys :: godot_method_bind , body_remove_collision_exception : 0 as * mut sys :: godot_method_bind , body_remove_shape : 0 as * mut sys :: godot_method_bind , body_set_axis_lock : 0 as * mut sys :: godot_method_bind , body_set_axis_velocity : 0 as * mut sys :: godot_method_bind , body_set_collision_layer : 0 as * mut sys :: godot_method_bind , body_set_collision_mask : 0 as * mut sys :: godot_method_bind , body_set_enable_continuous_collision_detection : 0 as * mut sys :: godot_method_bind , body_set_force_integration_callback : 0 as * mut sys :: godot_method_bind , body_set_kinematic_safe_margin : 0 as * mut sys :: godot_method_bind , body_set_max_contacts_reported : 0 as * mut sys :: godot_method_bind , body_set_mode : 0 as * mut sys :: godot_method_bind , body_set_omit_force_integration : 0 as * mut sys :: godot_method_bind , body_set_param : 0 as * mut sys :: godot_method_bind , body_set_ray_pickable : 0 as * mut sys :: godot_method_bind , body_set_shape : 0 as * mut sys :: godot_method_bind , body_set_shape_disabled : 0 as * mut sys :: godot_method_bind , body_set_shape_transform : 0 as * mut sys :: godot_method_bind , body_set_space : 0 as * mut sys :: godot_method_bind , body_set_state : 0 as * mut sys :: godot_method_bind , cone_twist_joint_get_param : 0 as * mut sys :: godot_method_bind , cone_twist_joint_set_param : 0 as * mut sys :: godot_method_bind , free_rid : 0 as * mut sys :: godot_method_bind , generic_6dof_joint_get_flag : 0 as * mut sys :: godot_method_bind , generic_6dof_joint_get_param : 0 as * mut sys :: godot_method_bind , generic_6dof_joint_set_flag : 0 as * mut sys :: godot_method_bind , generic_6dof_joint_set_param : 0 as * mut sys :: godot_method_bind , get_process_info : 0 as * mut sys :: godot_method_bind , hinge_joint_get_flag : 0 as * mut sys :: godot_method_bind , hinge_joint_get_param : 0 as * mut sys :: godot_method_bind , hinge_joint_set_flag : 0 as * mut sys :: godot_method_bind , hinge_joint_set_param : 0 as * mut sys :: godot_method_bind , joint_create_cone_twist : 0 as * mut sys :: godot_method_bind , joint_create_generic_6dof : 0 as * mut sys :: godot_method_bind , joint_create_hinge : 0 as * mut sys :: godot_method_bind , joint_create_pin : 0 as * mut sys :: godot_method_bind , joint_create_slider : 0 as * mut sys :: godot_method_bind , joint_get_solver_priority : 0 as * mut sys :: godot_method_bind , joint_get_type : 0 as * mut sys :: godot_method_bind , joint_set_solver_priority : 0 as * mut sys :: godot_method_bind , pin_joint_get_local_a : 0 as * mut sys :: godot_method_bind , pin_joint_get_local_b : 0 as * mut sys :: godot_method_bind , pin_joint_get_param : 0 as * mut sys :: godot_method_bind , pin_joint_set_local_a : 0 as * mut sys :: godot_method_bind , pin_joint_set_local_b : 0 as * mut sys :: godot_method_bind , pin_joint_set_param : 0 as * mut sys :: godot_method_bind , set_active : 0 as * mut sys :: godot_method_bind , shape_create : 0 as * mut sys :: godot_method_bind , shape_get_data : 0 as * mut sys :: godot_method_bind , shape_get_type : 0 as * mut sys :: godot_method_bind , shape_set_data : 0 as * mut sys :: godot_method_bind , slider_joint_get_param : 0 as * mut sys :: godot_method_bind , slider_joint_set_param : 0 as * mut sys :: godot_method_bind , space_create : 0 as * mut sys :: godot_method_bind , space_get_direct_state : 0 as * mut sys :: godot_method_bind , space_get_param : 0 as * mut sys :: godot_method_bind , space_is_active : 0 as * mut sys :: godot_method_bind , space_set_active : 0 as * mut sys :: godot_method_bind , space_set_param : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PhysicsServerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PhysicsServer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . area_add_shape = (gd_api . godot_method_bind_get_method) (class_name , "area_add_shape\0" . as_ptr () as * const c_char) ; table . area_attach_object_instance_id = (gd_api . godot_method_bind_get_method) (class_name , "area_attach_object_instance_id\0" . as_ptr () as * const c_char) ; table . area_clear_shapes = (gd_api . godot_method_bind_get_method) (class_name , "area_clear_shapes\0" . as_ptr () as * const c_char) ; table . area_create = (gd_api . godot_method_bind_get_method) (class_name , "area_create\0" . as_ptr () as * const c_char) ; table . area_get_object_instance_id = (gd_api . godot_method_bind_get_method) (class_name , "area_get_object_instance_id\0" . as_ptr () as * const c_char) ; table . area_get_param = (gd_api . godot_method_bind_get_method) (class_name , "area_get_param\0" . as_ptr () as * const c_char) ; table . area_get_shape = (gd_api . godot_method_bind_get_method) (class_name , "area_get_shape\0" . as_ptr () as * const c_char) ; table . area_get_shape_count = (gd_api . godot_method_bind_get_method) (class_name , "area_get_shape_count\0" . as_ptr () as * const c_char) ; table . area_get_shape_transform = (gd_api . godot_method_bind_get_method) (class_name , "area_get_shape_transform\0" . as_ptr () as * const c_char) ; table . area_get_space = (gd_api . godot_method_bind_get_method) (class_name , "area_get_space\0" . as_ptr () as * const c_char) ; table . area_get_space_override_mode = (gd_api . godot_method_bind_get_method) (class_name , "area_get_space_override_mode\0" . as_ptr () as * const c_char) ; table . area_get_transform = (gd_api . godot_method_bind_get_method) (class_name , "area_get_transform\0" . as_ptr () as * const c_char) ; table . area_is_ray_pickable = (gd_api . godot_method_bind_get_method) (class_name , "area_is_ray_pickable\0" . as_ptr () as * const c_char) ; table . area_remove_shape = (gd_api . godot_method_bind_get_method) (class_name , "area_remove_shape\0" . as_ptr () as * const c_char) ; table . area_set_area_monitor_callback = (gd_api . godot_method_bind_get_method) (class_name , "area_set_area_monitor_callback\0" . as_ptr () as * const c_char) ; table . area_set_collision_layer = (gd_api . godot_method_bind_get_method) (class_name , "area_set_collision_layer\0" . as_ptr () as * const c_char) ; table . area_set_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "area_set_collision_mask\0" . as_ptr () as * const c_char) ; table . area_set_monitor_callback = (gd_api . godot_method_bind_get_method) (class_name , "area_set_monitor_callback\0" . as_ptr () as * const c_char) ; table . area_set_monitorable = (gd_api . godot_method_bind_get_method) (class_name , "area_set_monitorable\0" . as_ptr () as * const c_char) ; table . area_set_param = (gd_api . godot_method_bind_get_method) (class_name , "area_set_param\0" . as_ptr () as * const c_char) ; table . area_set_ray_pickable = (gd_api . godot_method_bind_get_method) (class_name , "area_set_ray_pickable\0" . as_ptr () as * const c_char) ; table . area_set_shape = (gd_api . godot_method_bind_get_method) (class_name , "area_set_shape\0" . as_ptr () as * const c_char) ; table . area_set_shape_disabled = (gd_api . godot_method_bind_get_method) (class_name , "area_set_shape_disabled\0" . as_ptr () as * const c_char) ; table . area_set_shape_transform = (gd_api . godot_method_bind_get_method) (class_name , "area_set_shape_transform\0" . as_ptr () as * const c_char) ; table . area_set_space = (gd_api . godot_method_bind_get_method) (class_name , "area_set_space\0" . as_ptr () as * const c_char) ; table . area_set_space_override_mode = (gd_api . godot_method_bind_get_method) (class_name , "area_set_space_override_mode\0" . as_ptr () as * const c_char) ; table . area_set_transform = (gd_api . godot_method_bind_get_method) (class_name , "area_set_transform\0" . as_ptr () as * const c_char) ; table . body_add_central_force = (gd_api . godot_method_bind_get_method) (class_name , "body_add_central_force\0" . as_ptr () as * const c_char) ; table . body_add_collision_exception = (gd_api . godot_method_bind_get_method) (class_name , "body_add_collision_exception\0" . as_ptr () as * const c_char) ; table . body_add_force = (gd_api . godot_method_bind_get_method) (class_name , "body_add_force\0" . as_ptr () as * const c_char) ; table . body_add_shape = (gd_api . godot_method_bind_get_method) (class_name , "body_add_shape\0" . as_ptr () as * const c_char) ; table . body_add_torque = (gd_api . godot_method_bind_get_method) (class_name , "body_add_torque\0" . as_ptr () as * const c_char) ; table . body_apply_central_impulse = (gd_api . godot_method_bind_get_method) (class_name , "body_apply_central_impulse\0" . as_ptr () as * const c_char) ; table . body_apply_impulse = (gd_api . godot_method_bind_get_method) (class_name , "body_apply_impulse\0" . as_ptr () as * const c_char) ; table . body_apply_torque_impulse = (gd_api . godot_method_bind_get_method) (class_name , "body_apply_torque_impulse\0" . as_ptr () as * const c_char) ; table . body_attach_object_instance_id = (gd_api . godot_method_bind_get_method) (class_name , "body_attach_object_instance_id\0" . as_ptr () as * const c_char) ; table . body_clear_shapes = (gd_api . godot_method_bind_get_method) (class_name , "body_clear_shapes\0" . as_ptr () as * const c_char) ; table . body_create = (gd_api . godot_method_bind_get_method) (class_name , "body_create\0" . as_ptr () as * const c_char) ; table . body_get_collision_layer = (gd_api . godot_method_bind_get_method) (class_name , "body_get_collision_layer\0" . as_ptr () as * const c_char) ; table . body_get_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "body_get_collision_mask\0" . as_ptr () as * const c_char) ; table . body_get_direct_state = (gd_api . godot_method_bind_get_method) (class_name , "body_get_direct_state\0" . as_ptr () as * const c_char) ; table . body_get_kinematic_safe_margin = (gd_api . godot_method_bind_get_method) (class_name , "body_get_kinematic_safe_margin\0" . as_ptr () as * const c_char) ; table . body_get_max_contacts_reported = (gd_api . godot_method_bind_get_method) (class_name , "body_get_max_contacts_reported\0" . as_ptr () as * const c_char) ; table . body_get_mode = (gd_api . godot_method_bind_get_method) (class_name , "body_get_mode\0" . as_ptr () as * const c_char) ; table . body_get_object_instance_id = (gd_api . godot_method_bind_get_method) (class_name , "body_get_object_instance_id\0" . as_ptr () as * const c_char) ; table . body_get_param = (gd_api . godot_method_bind_get_method) (class_name , "body_get_param\0" . as_ptr () as * const c_char) ; table . body_get_shape = (gd_api . godot_method_bind_get_method) (class_name , "body_get_shape\0" . as_ptr () as * const c_char) ; table . body_get_shape_count = (gd_api . godot_method_bind_get_method) (class_name , "body_get_shape_count\0" . as_ptr () as * const c_char) ; table . body_get_shape_transform = (gd_api . godot_method_bind_get_method) (class_name , "body_get_shape_transform\0" . as_ptr () as * const c_char) ; table . body_get_space = (gd_api . godot_method_bind_get_method) (class_name , "body_get_space\0" . as_ptr () as * const c_char) ; table . body_get_state = (gd_api . godot_method_bind_get_method) (class_name , "body_get_state\0" . as_ptr () as * const c_char) ; table . body_is_axis_locked = (gd_api . godot_method_bind_get_method) (class_name , "body_is_axis_locked\0" . as_ptr () as * const c_char) ; table . body_is_continuous_collision_detection_enabled = (gd_api . godot_method_bind_get_method) (class_name , "body_is_continuous_collision_detection_enabled\0" . as_ptr () as * const c_char) ; table . body_is_omitting_force_integration = (gd_api . godot_method_bind_get_method) (class_name , "body_is_omitting_force_integration\0" . as_ptr () as * const c_char) ; table . body_is_ray_pickable = (gd_api . godot_method_bind_get_method) (class_name , "body_is_ray_pickable\0" . as_ptr () as * const c_char) ; table . body_remove_collision_exception = (gd_api . godot_method_bind_get_method) (class_name , "body_remove_collision_exception\0" . as_ptr () as * const c_char) ; table . body_remove_shape = (gd_api . godot_method_bind_get_method) (class_name , "body_remove_shape\0" . as_ptr () as * const c_char) ; table . body_set_axis_lock = (gd_api . godot_method_bind_get_method) (class_name , "body_set_axis_lock\0" . as_ptr () as * const c_char) ; table . body_set_axis_velocity = (gd_api . godot_method_bind_get_method) (class_name , "body_set_axis_velocity\0" . as_ptr () as * const c_char) ; table . body_set_collision_layer = (gd_api . godot_method_bind_get_method) (class_name , "body_set_collision_layer\0" . as_ptr () as * const c_char) ; table . body_set_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "body_set_collision_mask\0" . as_ptr () as * const c_char) ; table . body_set_enable_continuous_collision_detection = (gd_api . godot_method_bind_get_method) (class_name , "body_set_enable_continuous_collision_detection\0" . as_ptr () as * const c_char) ; table . body_set_force_integration_callback = (gd_api . godot_method_bind_get_method) (class_name , "body_set_force_integration_callback\0" . as_ptr () as * const c_char) ; table . body_set_kinematic_safe_margin = (gd_api . godot_method_bind_get_method) (class_name , "body_set_kinematic_safe_margin\0" . as_ptr () as * const c_char) ; table . body_set_max_contacts_reported = (gd_api . godot_method_bind_get_method) (class_name , "body_set_max_contacts_reported\0" . as_ptr () as * const c_char) ; table . body_set_mode = (gd_api . godot_method_bind_get_method) (class_name , "body_set_mode\0" . as_ptr () as * const c_char) ; table . body_set_omit_force_integration = (gd_api . godot_method_bind_get_method) (class_name , "body_set_omit_force_integration\0" . as_ptr () as * const c_char) ; table . body_set_param = (gd_api . godot_method_bind_get_method) (class_name , "body_set_param\0" . as_ptr () as * const c_char) ; table . body_set_ray_pickable = (gd_api . godot_method_bind_get_method) (class_name , "body_set_ray_pickable\0" . as_ptr () as * const c_char) ; table . body_set_shape = (gd_api . godot_method_bind_get_method) (class_name , "body_set_shape\0" . as_ptr () as * const c_char) ; table . body_set_shape_disabled = (gd_api . godot_method_bind_get_method) (class_name , "body_set_shape_disabled\0" . as_ptr () as * const c_char) ; table . body_set_shape_transform = (gd_api . godot_method_bind_get_method) (class_name , "body_set_shape_transform\0" . as_ptr () as * const c_char) ; table . body_set_space = (gd_api . godot_method_bind_get_method) (class_name , "body_set_space\0" . as_ptr () as * const c_char) ; table . body_set_state = (gd_api . godot_method_bind_get_method) (class_name , "body_set_state\0" . as_ptr () as * const c_char) ; table . cone_twist_joint_get_param = (gd_api . godot_method_bind_get_method) (class_name , "cone_twist_joint_get_param\0" . as_ptr () as * const c_char) ; table . cone_twist_joint_set_param = (gd_api . godot_method_bind_get_method) (class_name , "cone_twist_joint_set_param\0" . as_ptr () as * const c_char) ; table . free_rid = (gd_api . godot_method_bind_get_method) (class_name , "free_rid\0" . as_ptr () as * const c_char) ; table . generic_6dof_joint_get_flag = (gd_api . godot_method_bind_get_method) (class_name , "generic_6dof_joint_get_flag\0" . as_ptr () as * const c_char) ; table . generic_6dof_joint_get_param = (gd_api . godot_method_bind_get_method) (class_name , "generic_6dof_joint_get_param\0" . as_ptr () as * const c_char) ; table . generic_6dof_joint_set_flag = (gd_api . godot_method_bind_get_method) (class_name , "generic_6dof_joint_set_flag\0" . as_ptr () as * const c_char) ; table . generic_6dof_joint_set_param = (gd_api . godot_method_bind_get_method) (class_name , "generic_6dof_joint_set_param\0" . as_ptr () as * const c_char) ; table . get_process_info = (gd_api . godot_method_bind_get_method) (class_name , "get_process_info\0" . as_ptr () as * const c_char) ; table . hinge_joint_get_flag = (gd_api . godot_method_bind_get_method) (class_name , "hinge_joint_get_flag\0" . as_ptr () as * const c_char) ; table . hinge_joint_get_param = (gd_api . godot_method_bind_get_method) (class_name , "hinge_joint_get_param\0" . as_ptr () as * const c_char) ; table . hinge_joint_set_flag = (gd_api . godot_method_bind_get_method) (class_name , "hinge_joint_set_flag\0" . as_ptr () as * const c_char) ; table . hinge_joint_set_param = (gd_api . godot_method_bind_get_method) (class_name , "hinge_joint_set_param\0" . as_ptr () as * const c_char) ; table . joint_create_cone_twist = (gd_api . godot_method_bind_get_method) (class_name , "joint_create_cone_twist\0" . as_ptr () as * const c_char) ; table . joint_create_generic_6dof = (gd_api . godot_method_bind_get_method) (class_name , "joint_create_generic_6dof\0" . as_ptr () as * const c_char) ; table . joint_create_hinge = (gd_api . godot_method_bind_get_method) (class_name , "joint_create_hinge\0" . as_ptr () as * const c_char) ; table . joint_create_pin = (gd_api . godot_method_bind_get_method) (class_name , "joint_create_pin\0" . as_ptr () as * const c_char) ; table . joint_create_slider = (gd_api . godot_method_bind_get_method) (class_name , "joint_create_slider\0" . as_ptr () as * const c_char) ; table . joint_get_solver_priority = (gd_api . godot_method_bind_get_method) (class_name , "joint_get_solver_priority\0" . as_ptr () as * const c_char) ; table . joint_get_type = (gd_api . godot_method_bind_get_method) (class_name , "joint_get_type\0" . as_ptr () as * const c_char) ; table . joint_set_solver_priority = (gd_api . godot_method_bind_get_method) (class_name , "joint_set_solver_priority\0" . as_ptr () as * const c_char) ; table . pin_joint_get_local_a = (gd_api . godot_method_bind_get_method) (class_name , "pin_joint_get_local_a\0" . as_ptr () as * const c_char) ; table . pin_joint_get_local_b = (gd_api . godot_method_bind_get_method) (class_name , "pin_joint_get_local_b\0" . as_ptr () as * const c_char) ; table . pin_joint_get_param = (gd_api . godot_method_bind_get_method) (class_name , "pin_joint_get_param\0" . as_ptr () as * const c_char) ; table . pin_joint_set_local_a = (gd_api . godot_method_bind_get_method) (class_name , "pin_joint_set_local_a\0" . as_ptr () as * const c_char) ; table . pin_joint_set_local_b = (gd_api . godot_method_bind_get_method) (class_name , "pin_joint_set_local_b\0" . as_ptr () as * const c_char) ; table . pin_joint_set_param = (gd_api . godot_method_bind_get_method) (class_name , "pin_joint_set_param\0" . as_ptr () as * const c_char) ; table . set_active = (gd_api . godot_method_bind_get_method) (class_name , "set_active\0" . as_ptr () as * const c_char) ; table . shape_create = (gd_api . godot_method_bind_get_method) (class_name , "shape_create\0" . as_ptr () as * const c_char) ; table . shape_get_data = (gd_api . godot_method_bind_get_method) (class_name , "shape_get_data\0" . as_ptr () as * const c_char) ; table . shape_get_type = (gd_api . godot_method_bind_get_method) (class_name , "shape_get_type\0" . as_ptr () as * const c_char) ; table . shape_set_data = (gd_api . godot_method_bind_get_method) (class_name , "shape_set_data\0" . as_ptr () as * const c_char) ; table . slider_joint_get_param = (gd_api . godot_method_bind_get_method) (class_name , "slider_joint_get_param\0" . as_ptr () as * const c_char) ; table . slider_joint_set_param = (gd_api . godot_method_bind_get_method) (class_name , "slider_joint_set_param\0" . as_ptr () as * const c_char) ; table . space_create = (gd_api . godot_method_bind_get_method) (class_name , "space_create\0" . as_ptr () as * const c_char) ; table . space_get_direct_state = (gd_api . godot_method_bind_get_method) (class_name , "space_get_direct_state\0" . as_ptr () as * const c_char) ; table . space_get_param = (gd_api . godot_method_bind_get_method) (class_name , "space_get_param\0" . as_ptr () as * const c_char) ; table . space_is_active = (gd_api . godot_method_bind_get_method) (class_name , "space_is_active\0" . as_ptr () as * const c_char) ; table . space_set_active = (gd_api . godot_method_bind_get_method) (class_name , "space_set_active\0" . as_ptr () as * const c_char) ; table . space_set_param = (gd_api . godot_method_bind_get_method) (class_name , "space_set_param\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:580:7886 [INFO] [stdout] | [INFO] [stdout] 580 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 580 | # [doc = "`core class ResourcePreloader` inherits `Node` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_resourcepreloader.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`ResourcePreloader` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nResourcePreloader inherits methods from:\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ResourcePreloader { this : RawObject < Self > , } impl ResourcePreloader { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ResourcePreloaderMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a resource to the preloader with the given `name`. If a resource with the given `name` already exists, the new resource will be renamed to \"`name` N\" where N is an incrementing number starting from 2."] # [doc = ""] # [inline] pub fn add_resource (& self , name : impl Into < GodotString > , resource : impl AsArg < crate :: generated :: resource :: Resource >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourcePreloaderMethodTable :: get (get_api ()) . add_resource ; let ret = crate :: icalls :: icallptr_void_str_obj (method_bind , self . this . sys () . as_ptr () , name . into () , resource . as_arg_ptr ()) ; } } # [doc = "Returns the resource associated to `name`."] # [doc = ""] # [inline] pub fn get_resource (& self , name : impl Into < GodotString >) -> Option < Ref < crate :: generated :: resource :: Resource , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourcePreloaderMethodTable :: get (get_api ()) . get_resource ; let ret = crate :: icalls :: icallptr_obj_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: resource :: Resource , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the list of resources inside the preloader."] # [doc = ""] # [inline] pub fn get_resource_list (& self) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourcePreloaderMethodTable :: get (get_api ()) . get_resource_list ; let ret = crate :: icalls :: icallptr_strarr (method_bind , self . this . sys () . as_ptr ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns `true` if the preloader contains a resource associated to `name`."] # [doc = ""] # [inline] pub fn has_resource (& self , name : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourcePreloaderMethodTable :: get (get_api ()) . has_resource ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; ret as _ } } # [doc = "Removes the resource associated to `name` from the preloader."] # [doc = ""] # [inline] pub fn remove_resource (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourcePreloaderMethodTable :: get (get_api ()) . remove_resource ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } # [doc = "Renames a resource inside the preloader from `name` to `newname`."] # [doc = ""] # [inline] pub fn rename_resource (& self , name : impl Into < GodotString > , newname : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ResourcePreloaderMethodTable :: get (get_api ()) . rename_resource ; let ret = crate :: icalls :: icallptr_void_str_str (method_bind , self . this . sys () . as_ptr () , name . into () , newname . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ResourcePreloader { } unsafe impl GodotObject for ResourcePreloader { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ResourcePreloader" } } impl QueueFree for ResourcePreloader { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for ResourcePreloader { type Target = crate :: generated :: node :: Node ; # [inline] fn deref (& self) -> & crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ResourcePreloader { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node :: Node > for ResourcePreloader { } unsafe impl SubClass < crate :: generated :: object :: Object > for ResourcePreloader { } impl Instanciable for ResourcePreloader { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ResourcePreloader :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ResourcePreloaderMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_resource : * mut sys :: godot_method_bind , pub get_resource : * mut sys :: godot_method_bind , pub get_resource_list : * mut sys :: godot_method_bind , pub has_resource : * mut sys :: godot_method_bind , pub remove_resource : * mut sys :: godot_method_bind , pub rename_resource : * mut sys :: godot_method_bind } impl ResourcePreloaderMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ResourcePreloaderMethodTable = ResourcePreloaderMethodTable { class_constructor : None , add_resource : 0 as * mut sys :: godot_method_bind , get_resource : 0 as * mut sys :: godot_method_bind , get_resource_list : 0 as * mut sys :: godot_method_bind , has_resource : 0 as * mut sys :: godot_method_bind , remove_resource : 0 as * mut sys :: godot_method_bind , rename_resource : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ResourcePreloaderMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ResourcePreloader\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_resource = (gd_api . godot_method_bind_get_method) (class_name , "add_resource\0" . as_ptr () as * const c_char) ; table . get_resource = (gd_api . godot_method_bind_get_method) (class_name , "get_resource\0" . as_ptr () as * const c_char) ; table . get_resource_list = (gd_api . godot_method_bind_get_method) (class_name , "get_resource_list\0" . as_ptr () as * const c_char) ; table . has_resource = (gd_api . godot_method_bind_get_method) (class_name , "has_resource\0" . as_ptr () as * const c_char) ; table . remove_resource = (gd_api . godot_method_bind_get_method) (class_name , "remove_resource\0" . as_ptr () as * const c_char) ; table . rename_resource = (gd_api . godot_method_bind_get_method) (class_name , "rename_resource\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:586:30309 [INFO] [stdout] | [INFO] [stdout] 586 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 586 | # [doc = "`core class Camera` inherits `Spatial` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_camera.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Camera` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nCamera inherits methods from:\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Camera { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct DopplerTracking (pub i64) ; impl DopplerTracking { pub const DISABLED : DopplerTracking = DopplerTracking (0i64) ; pub const IDLE_STEP : DopplerTracking = DopplerTracking (1i64) ; pub const PHYSICS_STEP : DopplerTracking = DopplerTracking (2i64) ; } impl From < i64 > for DopplerTracking { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < DopplerTracking > for i64 { # [inline] fn from (v : DopplerTracking) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct KeepAspect (pub i64) ; impl KeepAspect { pub const WIDTH : KeepAspect = KeepAspect (0i64) ; pub const HEIGHT : KeepAspect = KeepAspect (1i64) ; } impl From < i64 > for KeepAspect { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < KeepAspect > for i64 { # [inline] fn from (v : KeepAspect) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Projection (pub i64) ; impl Projection { pub const PERSPECTIVE : Projection = Projection (0i64) ; pub const ORTHOGONAL : Projection = Projection (1i64) ; pub const FRUSTUM : Projection = Projection (2i64) ; } impl From < i64 > for Projection { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Projection > for i64 { # [inline] fn from (v : Projection) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Camera { pub const DOPPLER_TRACKING_DISABLED : i64 = 0i64 ; pub const DOPPLER_TRACKING_IDLE_STEP : i64 = 1i64 ; pub const DOPPLER_TRACKING_PHYSICS_STEP : i64 = 2i64 ; pub const KEEP_HEIGHT : i64 = 1i64 ; pub const KEEP_WIDTH : i64 = 0i64 ; pub const PROJECTION_FRUSTUM : i64 = 2i64 ; pub const PROJECTION_ORTHOGONAL : i64 = 1i64 ; pub const PROJECTION_PERSPECTIVE : i64 = 0i64 ; } impl Camera { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CameraMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "If this is the current camera, remove it from being current. If `enable_next` is `true`, request to make the next camera current, if any.\n# Default Arguments\n* `enable_next` - `true`"] # [doc = ""] # [inline] pub fn clear_current (& self , enable_next : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . clear_current ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable_next) ; } } # [doc = "Returns the camera's RID from the [VisualServer]."] # [doc = ""] # [inline] pub fn get_camera_rid (& self) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_camera_rid ; let ret = crate :: icalls :: icallptr_rid (method_bind , self . this . sys () . as_ptr ()) ; Rid :: from_sys (ret) } } # [doc = "Gets the camera transform. Subclassed cameras such as [InterpolatedCamera] may provide different transforms than the [Node] transform."] # [doc = ""] # [inline] pub fn get_camera_transform (& self) -> Transform { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_camera_transform ; let ret = crate :: icalls :: icallptr_trans (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The culling mask that describes which 3D render layers are rendered by this camera."] # [doc = ""] # [inline] pub fn cull_mask (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_cull_mask ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the given `layer` in the [member cull_mask] is enabled, `false` otherwise."] # [doc = ""] # [inline] pub fn get_cull_mask_bit (& self , layer : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_cull_mask_bit ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , layer) ; ret as _ } } # [doc = "If not [constant DOPPLER_TRACKING_DISABLED], this camera will simulate the [url=https://en.wikipedia.org/wiki/Doppler_effect]Doppler effect[/url] for objects changed in particular `_process` methods. See [enum DopplerTracking] for possible values."] # [doc = ""] # [inline] pub fn doppler_tracking (& self) -> crate :: generated :: camera :: DopplerTracking { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_doppler_tracking ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: camera :: DopplerTracking (ret) } } # [doc = "The [Environment] to use for this camera."] # [doc = ""] # [inline] pub fn environment (& self) -> Option < Ref < crate :: generated :: environment :: Environment , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_environment ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: environment :: Environment , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The camera's field of view angle (in degrees). Only applicable in perspective mode. Since [member keep_aspect] locks one axis, `fov` sets the other axis' field of view angle."] # [doc = ""] # [inline] pub fn fov (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_fov ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the camera's frustum planes in world-space units as an array of [Plane]s in the following order: near, far, left, top, right, bottom. Not to be confused with [member frustum_offset]."] # [doc = ""] # [inline] pub fn get_frustum (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_frustum ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "The camera's frustum offset. This can be changed from the default to create \"tilted frustum\" effects such as [url=https://zdoom.org/wiki/Y-shearing]Y-shearing[/url]."] # [doc = ""] # [inline] pub fn frustum_offset (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_frustum_offset ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The horizontal (X) offset of the camera viewport."] # [doc = ""] # [inline] pub fn h_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_h_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The axis to lock during [member fov]/[member size] adjustments. Can be either [constant KEEP_WIDTH] or [constant KEEP_HEIGHT]."] # [doc = ""] # [inline] pub fn keep_aspect_mode (& self) -> crate :: generated :: camera :: KeepAspect { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_keep_aspect_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: camera :: KeepAspect (ret) } } # [doc = "The camera's projection mode. In [constant PROJECTION_PERSPECTIVE] mode, objects' Z distance from the camera's local space scales their perceived size."] # [doc = ""] # [inline] pub fn projection (& self) -> crate :: generated :: camera :: Projection { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_projection ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: camera :: Projection (ret) } } # [doc = "The camera's size measured as 1/2 the width or height. Only applicable in orthogonal mode. Since [member keep_aspect] locks on axis, `size` sets the other axis' size length."] # [doc = ""] # [inline] pub fn size (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_size ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The vertical (Y) offset of the camera viewport."] # [doc = ""] # [inline] pub fn v_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_v_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The distance to the far culling boundary for this camera relative to its local Z axis."] # [doc = ""] # [inline] pub fn zfar (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_zfar ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The distance to the near culling boundary for this camera relative to its local Z axis."] # [doc = ""] # [inline] pub fn znear (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . get_znear ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the ancestor [Viewport] is currently using this camera."] # [doc = ""] # [inline] pub fn is_current (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . is_current ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the given position is behind the camera.\n**Note:** A position which returns `false` may still be outside the camera's field of view."] # [doc = ""] # [inline] pub fn is_position_behind (& self , world_point : Vector3) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . is_position_behind ; let ret = crate :: icalls :: icallptr_bool_vec3 (method_bind , self . this . sys () . as_ptr () , world_point) ; ret as _ } } # [doc = "Makes this camera the current camera for the [Viewport] (see class description). If the camera node is outside the scene tree, it will attempt to become current once it's added."] # [doc = ""] # [inline] pub fn make_current (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . make_current ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Returns a normal vector from the screen point location directed along the camera. Orthogonal cameras are normalized. Perspective cameras account for perspective, screen width/height, etc."] # [doc = ""] # [inline] pub fn project_local_ray_normal (& self , screen_point : Vector2) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . project_local_ray_normal ; let ret = crate :: icalls :: icallptr_vec3_vec2 (method_bind , self . this . sys () . as_ptr () , screen_point) ; mem :: transmute (ret) } } # [doc = "Returns the 3D point in worldspace that maps to the given 2D coordinate in the [Viewport] rectangle on a plane that is the given `z_depth` distance into the scene away from the camera."] # [doc = ""] # [inline] pub fn project_position (& self , screen_point : Vector2 , z_depth : f64) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . project_position ; let ret = crate :: icalls :: icallptr_vec3_vec2_f64 (method_bind , self . this . sys () . as_ptr () , screen_point , z_depth) ; mem :: transmute (ret) } } # [doc = "Returns a normal vector in worldspace, that is the result of projecting a point on the [Viewport] rectangle by the camera projection. This is useful for casting rays in the form of (origin, normal) for object intersection or picking."] # [doc = ""] # [inline] pub fn project_ray_normal (& self , screen_point : Vector2) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . project_ray_normal ; let ret = crate :: icalls :: icallptr_vec3_vec2 (method_bind , self . this . sys () . as_ptr () , screen_point) ; mem :: transmute (ret) } } # [doc = "Returns a 3D position in worldspace, that is the result of projecting a point on the [Viewport] rectangle by the camera projection. This is useful for casting rays in the form of (origin, normal) for object intersection or picking."] # [doc = ""] # [inline] pub fn project_ray_origin (& self , screen_point : Vector2) -> Vector3 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . project_ray_origin ; let ret = crate :: icalls :: icallptr_vec3_vec2 (method_bind , self . this . sys () . as_ptr () , screen_point) ; mem :: transmute (ret) } } # [doc = "The culling mask that describes which 3D render layers are rendered by this camera."] # [doc = ""] # [inline] pub fn set_cull_mask (& self , mask : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_cull_mask ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mask) ; } } # [doc = "Enables or disables the given `layer` in the [member cull_mask]."] # [doc = ""] # [inline] pub fn set_cull_mask_bit (& self , layer : i64 , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_cull_mask_bit ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , layer , enable) ; } } # [doc = "If `true`, the ancestor [Viewport] is currently using this camera."] # [doc = ""] # [inline] pub fn set_current (& self , arg0 : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_current ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , arg0) ; } } # [doc = "If not [constant DOPPLER_TRACKING_DISABLED], this camera will simulate the [url=https://en.wikipedia.org/wiki/Doppler_effect]Doppler effect[/url] for objects changed in particular `_process` methods. See [enum DopplerTracking] for possible values."] # [doc = ""] # [inline] pub fn set_doppler_tracking (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_doppler_tracking ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The [Environment] to use for this camera."] # [doc = ""] # [inline] pub fn set_environment (& self , env : impl AsArg < crate :: generated :: environment :: Environment >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_environment ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , env . as_arg_ptr ()) ; } } # [doc = "The camera's field of view angle (in degrees). Only applicable in perspective mode. Since [member keep_aspect] locks one axis, `fov` sets the other axis' field of view angle."] # [doc = ""] # [inline] pub fn set_fov (& self , arg0 : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_fov ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , arg0) ; } } # [doc = "Sets the camera projection to frustum mode (see [constant PROJECTION_FRUSTUM]), by specifying a `size`, an `offset`, and the `z_near` and `z_far` clip planes in world-space units."] # [doc = ""] # [inline] pub fn set_frustum (& self , size : f64 , offset : Vector2 , z_near : f64 , z_far : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_frustum ; let ret = crate :: icalls :: icallptr_void_f64_vec2_f64_f64 (method_bind , self . this . sys () . as_ptr () , size , offset , z_near , z_far) ; } } # [doc = "The camera's frustum offset. This can be changed from the default to create \"tilted frustum\" effects such as [url=https://zdoom.org/wiki/Y-shearing]Y-shearing[/url]."] # [doc = ""] # [inline] pub fn set_frustum_offset (& self , arg0 : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_frustum_offset ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , arg0) ; } } # [doc = "The horizontal (X) offset of the camera viewport."] # [doc = ""] # [inline] pub fn set_h_offset (& self , ofs : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_h_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , ofs) ; } } # [doc = "The axis to lock during [member fov]/[member size] adjustments. Can be either [constant KEEP_WIDTH] or [constant KEEP_HEIGHT]."] # [doc = ""] # [inline] pub fn set_keep_aspect_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_keep_aspect_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "Sets the camera projection to orthogonal mode (see [constant PROJECTION_ORTHOGONAL]), by specifying a `size`, and the `z_near` and `z_far` clip planes in world-space units. (As a hint, 2D games often use this projection, with values specified in pixels.)"] # [doc = ""] # [inline] pub fn set_orthogonal (& self , size : f64 , z_near : f64 , z_far : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_orthogonal ; let ret = crate :: icalls :: icallptr_void_f64_f64_f64 (method_bind , self . this . sys () . as_ptr () , size , z_near , z_far) ; } } # [doc = "Sets the camera projection to perspective mode (see [constant PROJECTION_PERSPECTIVE]), by specifying a `fov` (field of view) angle in degrees, and the `z_near` and `z_far` clip planes in world-space units."] # [doc = ""] # [inline] pub fn set_perspective (& self , fov : f64 , z_near : f64 , z_far : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_perspective ; let ret = crate :: icalls :: icallptr_void_f64_f64_f64 (method_bind , self . this . sys () . as_ptr () , fov , z_near , z_far) ; } } # [doc = "The camera's projection mode. In [constant PROJECTION_PERSPECTIVE] mode, objects' Z distance from the camera's local space scales their perceived size."] # [doc = ""] # [inline] pub fn set_projection (& self , arg0 : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_projection ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , arg0) ; } } # [doc = "The camera's size measured as 1/2 the width or height. Only applicable in orthogonal mode. Since [member keep_aspect] locks on axis, `size` sets the other axis' size length."] # [doc = ""] # [inline] pub fn set_size (& self , arg0 : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_size ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , arg0) ; } } # [doc = "The vertical (Y) offset of the camera viewport."] # [doc = ""] # [inline] pub fn set_v_offset (& self , ofs : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_v_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , ofs) ; } } # [doc = "The distance to the far culling boundary for this camera relative to its local Z axis."] # [doc = ""] # [inline] pub fn set_zfar (& self , arg0 : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_zfar ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , arg0) ; } } # [doc = "The distance to the near culling boundary for this camera relative to its local Z axis."] # [doc = ""] # [inline] pub fn set_znear (& self , arg0 : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . set_znear ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , arg0) ; } } # [doc = "Returns the 2D coordinate in the [Viewport] rectangle that maps to the given 3D point in worldspace."] # [doc = ""] # [inline] pub fn unproject_position (& self , world_point : Vector3) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraMethodTable :: get (get_api ()) . unproject_position ; let ret = crate :: icalls :: icallptr_vec2_vec3 (method_bind , self . this . sys () . as_ptr () , world_point) ; mem :: transmute (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for Camera { } unsafe impl GodotObject for Camera { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Camera" } } impl QueueFree for Camera { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Camera { type Target = crate :: generated :: spatial :: Spatial ; # [inline] fn deref (& self) -> & crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Camera { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for Camera { } unsafe impl SubClass < crate :: generated :: node :: Node > for Camera { } unsafe impl SubClass < crate :: generated :: object :: Object > for Camera { } impl Instanciable for Camera { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Camera :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CameraMethodTable { pub class_constructor : sys :: godot_class_constructor , pub clear_current : * mut sys :: godot_method_bind , pub get_camera_rid : * mut sys :: godot_method_bind , pub get_camera_transform : * mut sys :: godot_method_bind , pub get_cull_mask : * mut sys :: godot_method_bind , pub get_cull_mask_bit : * mut sys :: godot_method_bind , pub get_doppler_tracking : * mut sys :: godot_method_bind , pub get_environment : * mut sys :: godot_method_bind , pub get_fov : * mut sys :: godot_method_bind , pub get_frustum : * mut sys :: godot_method_bind , pub get_frustum_offset : * mut sys :: godot_method_bind , pub get_h_offset : * mut sys :: godot_method_bind , pub get_keep_aspect_mode : * mut sys :: godot_method_bind , pub get_projection : * mut sys :: godot_method_bind , pub get_size : * mut sys :: godot_method_bind , pub get_v_offset : * mut sys :: godot_method_bind , pub get_zfar : * mut sys :: godot_method_bind , pub get_znear : * mut sys :: godot_method_bind , pub is_current : * mut sys :: godot_method_bind , pub is_position_behind : * mut sys :: godot_method_bind , pub make_current : * mut sys :: godot_method_bind , pub project_local_ray_normal : * mut sys :: godot_method_bind , pub project_position : * mut sys :: godot_method_bind , pub project_ray_normal : * mut sys :: godot_method_bind , pub project_ray_origin : * mut sys :: godot_method_bind , pub set_cull_mask : * mut sys :: godot_method_bind , pub set_cull_mask_bit : * mut sys :: godot_method_bind , pub set_current : * mut sys :: godot_method_bind , pub set_doppler_tracking : * mut sys :: godot_method_bind , pub set_environment : * mut sys :: godot_method_bind , pub set_fov : * mut sys :: godot_method_bind , pub set_frustum : * mut sys :: godot_method_bind , pub set_frustum_offset : * mut sys :: godot_method_bind , pub set_h_offset : * mut sys :: godot_method_bind , pub set_keep_aspect_mode : * mut sys :: godot_method_bind , pub set_orthogonal : * mut sys :: godot_method_bind , pub set_perspective : * mut sys :: godot_method_bind , pub set_projection : * mut sys :: godot_method_bind , pub set_size : * mut sys :: godot_method_bind , pub set_v_offset : * mut sys :: godot_method_bind , pub set_zfar : * mut sys :: godot_method_bind , pub set_znear : * mut sys :: godot_method_bind , pub unproject_position : * mut sys :: godot_method_bind } impl CameraMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CameraMethodTable = CameraMethodTable { class_constructor : None , clear_current : 0 as * mut sys :: godot_method_bind , get_camera_rid : 0 as * mut sys :: godot_method_bind , get_camera_transform : 0 as * mut sys :: godot_method_bind , get_cull_mask : 0 as * mut sys :: godot_method_bind , get_cull_mask_bit : 0 as * mut sys :: godot_method_bind , get_doppler_tracking : 0 as * mut sys :: godot_method_bind , get_environment : 0 as * mut sys :: godot_method_bind , get_fov : 0 as * mut sys :: godot_method_bind , get_frustum : 0 as * mut sys :: godot_method_bind , get_frustum_offset : 0 as * mut sys :: godot_method_bind , get_h_offset : 0 as * mut sys :: godot_method_bind , get_keep_aspect_mode : 0 as * mut sys :: godot_method_bind , get_projection : 0 as * mut sys :: godot_method_bind , get_size : 0 as * mut sys :: godot_method_bind , get_v_offset : 0 as * mut sys :: godot_method_bind , get_zfar : 0 as * mut sys :: godot_method_bind , get_znear : 0 as * mut sys :: godot_method_bind , is_current : 0 as * mut sys :: godot_method_bind , is_position_behind : 0 as * mut sys :: godot_method_bind , make_current : 0 as * mut sys :: godot_method_bind , project_local_ray_normal : 0 as * mut sys :: godot_method_bind , project_position : 0 as * mut sys :: godot_method_bind , project_ray_normal : 0 as * mut sys :: godot_method_bind , project_ray_origin : 0 as * mut sys :: godot_method_bind , set_cull_mask : 0 as * mut sys :: godot_method_bind , set_cull_mask_bit : 0 as * mut sys :: godot_method_bind , set_current : 0 as * mut sys :: godot_method_bind , set_doppler_tracking : 0 as * mut sys :: godot_method_bind , set_environment : 0 as * mut sys :: godot_method_bind , set_fov : 0 as * mut sys :: godot_method_bind , set_frustum : 0 as * mut sys :: godot_method_bind , set_frustum_offset : 0 as * mut sys :: godot_method_bind , set_h_offset : 0 as * mut sys :: godot_method_bind , set_keep_aspect_mode : 0 as * mut sys :: godot_method_bind , set_orthogonal : 0 as * mut sys :: godot_method_bind , set_perspective : 0 as * mut sys :: godot_method_bind , set_projection : 0 as * mut sys :: godot_method_bind , set_size : 0 as * mut sys :: godot_method_bind , set_v_offset : 0 as * mut sys :: godot_method_bind , set_zfar : 0 as * mut sys :: godot_method_bind , set_znear : 0 as * mut sys :: godot_method_bind , unproject_position : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CameraMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Camera\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . clear_current = (gd_api . godot_method_bind_get_method) (class_name , "clear_current\0" . as_ptr () as * const c_char) ; table . get_camera_rid = (gd_api . godot_method_bind_get_method) (class_name , "get_camera_rid\0" . as_ptr () as * const c_char) ; table . get_camera_transform = (gd_api . godot_method_bind_get_method) (class_name , "get_camera_transform\0" . as_ptr () as * const c_char) ; table . get_cull_mask = (gd_api . godot_method_bind_get_method) (class_name , "get_cull_mask\0" . as_ptr () as * const c_char) ; table . get_cull_mask_bit = (gd_api . godot_method_bind_get_method) (class_name , "get_cull_mask_bit\0" . as_ptr () as * const c_char) ; table . get_doppler_tracking = (gd_api . godot_method_bind_get_method) (class_name , "get_doppler_tracking\0" . as_ptr () as * const c_char) ; table . get_environment = (gd_api . godot_method_bind_get_method) (class_name , "get_environment\0" . as_ptr () as * const c_char) ; table . get_fov = (gd_api . godot_method_bind_get_method) (class_name , "get_fov\0" . as_ptr () as * const c_char) ; table . get_frustum = (gd_api . godot_method_bind_get_method) (class_name , "get_frustum\0" . as_ptr () as * const c_char) ; table . get_frustum_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_frustum_offset\0" . as_ptr () as * const c_char) ; table . get_h_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_h_offset\0" . as_ptr () as * const c_char) ; table . get_keep_aspect_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_keep_aspect_mode\0" . as_ptr () as * const c_char) ; table . get_projection = (gd_api . godot_method_bind_get_method) (class_name , "get_projection\0" . as_ptr () as * const c_char) ; table . get_size = (gd_api . godot_method_bind_get_method) (class_name , "get_size\0" . as_ptr () as * const c_char) ; table . get_v_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_v_offset\0" . as_ptr () as * const c_char) ; table . get_zfar = (gd_api . godot_method_bind_get_method) (class_name , "get_zfar\0" . as_ptr () as * const c_char) ; table . get_znear = (gd_api . godot_method_bind_get_method) (class_name , "get_znear\0" . as_ptr () as * const c_char) ; table . is_current = (gd_api . godot_method_bind_get_method) (class_name , "is_current\0" . as_ptr () as * const c_char) ; table . is_position_behind = (gd_api . godot_method_bind_get_method) (class_name , "is_position_behind\0" . as_ptr () as * const c_char) ; table . make_current = (gd_api . godot_method_bind_get_method) (class_name , "make_current\0" . as_ptr () as * const c_char) ; table . project_local_ray_normal = (gd_api . godot_method_bind_get_method) (class_name , "project_local_ray_normal\0" . as_ptr () as * const c_char) ; table . project_position = (gd_api . godot_method_bind_get_method) (class_name , "project_position\0" . as_ptr () as * const c_char) ; table . project_ray_normal = (gd_api . godot_method_bind_get_method) (class_name , "project_ray_normal\0" . as_ptr () as * const c_char) ; table . project_ray_origin = (gd_api . godot_method_bind_get_method) (class_name , "project_ray_origin\0" . as_ptr () as * const c_char) ; table . set_cull_mask = (gd_api . godot_method_bind_get_method) (class_name , "set_cull_mask\0" . as_ptr () as * const c_char) ; table . set_cull_mask_bit = (gd_api . godot_method_bind_get_method) (class_name , "set_cull_mask_bit\0" . as_ptr () as * const c_char) ; table . set_current = (gd_api . godot_method_bind_get_method) (class_name , "set_current\0" . as_ptr () as * const c_char) ; table . set_doppler_tracking = (gd_api . godot_method_bind_get_method) (class_name , "set_doppler_tracking\0" . as_ptr () as * const c_char) ; table . set_environment = (gd_api . godot_method_bind_get_method) (class_name , "set_environment\0" . as_ptr () as * const c_char) ; table . set_fov = (gd_api . godot_method_bind_get_method) (class_name , "set_fov\0" . as_ptr () as * const c_char) ; table . set_frustum = (gd_api . godot_method_bind_get_method) (class_name , "set_frustum\0" . as_ptr () as * const c_char) ; table . set_frustum_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_frustum_offset\0" . as_ptr () as * const c_char) ; table . set_h_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_h_offset\0" . as_ptr () as * const c_char) ; table . set_keep_aspect_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_keep_aspect_mode\0" . as_ptr () as * const c_char) ; table . set_orthogonal = (gd_api . godot_method_bind_get_method) (class_name , "set_orthogonal\0" . as_ptr () as * const c_char) ; table . set_perspective = (gd_api . godot_method_bind_get_method) (class_name , "set_perspective\0" . as_ptr () as * const c_char) ; table . set_projection = (gd_api . godot_method_bind_get_method) (class_name , "set_projection\0" . as_ptr () as * const c_char) ; table . set_size = (gd_api . godot_method_bind_get_method) (class_name , "set_size\0" . as_ptr () as * const c_char) ; table . set_v_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_v_offset\0" . as_ptr () as * const c_char) ; table . set_zfar = (gd_api . godot_method_bind_get_method) (class_name , "set_zfar\0" . as_ptr () as * const c_char) ; table . set_znear = (gd_api . godot_method_bind_get_method) (class_name , "set_znear\0" . as_ptr () as * const c_char) ; table . unproject_position = (gd_api . godot_method_bind_get_method) (class_name , "unproject_position\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:592:13304 [INFO] [stdout] | [INFO] [stdout] 592 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 592 | # [doc = "`core class VisualShader` inherits `Shader` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshader.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShader inherits methods from:\n - [Shader](struct.Shader.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShader { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Type (pub i64) ; impl Type { pub const VERTEX : Type = Type (0i64) ; pub const FRAGMENT : Type = Type (1i64) ; pub const LIGHT : Type = Type (2i64) ; pub const MAX : Type = Type (3i64) ; } impl From < i64 > for Type { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Type > for i64 { # [inline] fn from (v : Type) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl VisualShader { pub const NODE_ID_INVALID : i64 = - 1i64 ; pub const NODE_ID_OUTPUT : i64 = 0i64 ; pub const TYPE_FRAGMENT : i64 = 1i64 ; pub const TYPE_LIGHT : i64 = 2i64 ; pub const TYPE_MAX : i64 = 3i64 ; pub const TYPE_VERTEX : i64 = 0i64 ; } impl VisualShader { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualShaderMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds the specified node to the shader."] # [doc = ""] # [inline] pub fn add_node (& self , _type : i64 , node : impl AsArg < crate :: generated :: visual_shader_node :: VisualShaderNode > , position : Vector2 , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . add_node ; let ret = crate :: icalls :: icallptr_void_i64_obj_vec2_i64 (method_bind , self . this . sys () . as_ptr () , _type , node . as_arg_ptr () , position , id) ; } } # [doc = "Returns `true` if the specified nodes and ports can be connected together."] # [doc = ""] # [inline] pub fn can_connect_nodes (& self , _type : i64 , from_node : i64 , from_port : i64 , to_node : i64 , to_port : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . can_connect_nodes ; let ret = crate :: icalls :: icallptr_bool_i64_i64_i64_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , from_node , from_port , to_node , to_port) ; ret as _ } } # [doc = "Connects the specified nodes and ports."] # [doc = ""] # [inline] pub fn connect_nodes (& self , _type : i64 , from_node : i64 , from_port : i64 , to_node : i64 , to_port : i64) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . connect_nodes ; let ret = crate :: icalls :: icallptr_i64_i64_i64_i64_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , from_node , from_port , to_node , to_port) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Connects the specified nodes and ports, even if they can't be connected. Such connection is invalid and will not function properly."] # [doc = ""] # [inline] pub fn connect_nodes_forced (& self , _type : i64 , from_node : i64 , from_port : i64 , to_node : i64 , to_port : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . connect_nodes_forced ; let ret = crate :: icalls :: icallptr_void_i64_i64_i64_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , from_node , from_port , to_node , to_port) ; } } # [doc = "Connects the specified nodes and ports."] # [doc = ""] # [inline] pub fn disconnect_nodes (& self , _type : i64 , from_node : i64 , from_port : i64 , to_node : i64 , to_port : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . disconnect_nodes ; let ret = crate :: icalls :: icallptr_void_i64_i64_i64_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , from_node , from_port , to_node , to_port) ; } } # [doc = "The offset vector of the whole graph."] # [doc = ""] # [inline] pub fn graph_offset (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . get_graph_offset ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "Returns the shader node instance with specified `type` and `id`."] # [doc = ""] # [inline] pub fn get_node (& self , _type : i64 , id : i64) -> Option < Ref < crate :: generated :: visual_shader_node :: VisualShaderNode , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . get_node ; let ret = crate :: icalls :: icallptr_obj_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , id) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: visual_shader_node :: VisualShaderNode , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the list of connected nodes with the specified type."] # [doc = ""] # [inline] pub fn get_node_connections (& self , _type : i64) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . get_node_connections ; let ret = crate :: icalls :: icallvar__i64 (method_bind , self . this . sys () . as_ptr () , _type) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns the list of all nodes in the shader with the specified type."] # [doc = ""] # [inline] pub fn get_node_list (& self , _type : i64) -> Int32Array { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . get_node_list ; let ret = crate :: icalls :: icallptr_i32arr_i64 (method_bind , self . this . sys () . as_ptr () , _type) ; Int32Array :: from_sys (ret) } } # [doc = "Returns the position of the specified node within the shader graph."] # [doc = ""] # [inline] pub fn get_node_position (& self , _type : i64 , id : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . get_node_position ; let ret = crate :: icalls :: icallptr_vec2_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , id) ; mem :: transmute (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_valid_node_id (& self , _type : i64) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . get_valid_node_id ; let ret = crate :: icalls :: icallptr_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type) ; ret as _ } } # [doc = "Returns `true` if the specified node and port connection exist."] # [doc = ""] # [inline] pub fn is_node_connection (& self , _type : i64 , from_node : i64 , from_port : i64 , to_node : i64 , to_port : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . is_node_connection ; let ret = crate :: icalls :: icallptr_bool_i64_i64_i64_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , from_node , from_port , to_node , to_port) ; ret as _ } } # [doc = "Removes the specified node from the shader."] # [doc = ""] # [inline] pub fn remove_node (& self , _type : i64 , id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . remove_node ; let ret = crate :: icalls :: icallptr_void_i64_i64 (method_bind , self . this . sys () . as_ptr () , _type , id) ; } } # [doc = "The offset vector of the whole graph."] # [doc = ""] # [inline] pub fn set_graph_offset (& self , offset : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . set_graph_offset ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , offset) ; } } # [doc = "Sets the mode of this shader."] # [doc = ""] # [inline] pub fn set_mode (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . set_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "Sets the position of the specified node."] # [doc = ""] # [inline] pub fn set_node_position (& self , _type : i64 , id : i64 , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderMethodTable :: get (get_api ()) . set_node_position ; let ret = crate :: icalls :: icallptr_void_i64_i64_vec2 (method_bind , self . this . sys () . as_ptr () , _type , id , position) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShader { } unsafe impl GodotObject for VisualShader { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShader" } } impl std :: ops :: Deref for VisualShader { type Target = crate :: generated :: shader :: Shader ; # [inline] fn deref (& self) -> & crate :: generated :: shader :: Shader { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShader { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: shader :: Shader { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: shader :: Shader > for VisualShader { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShader { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShader { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShader { } impl Instanciable for VisualShader { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualShader :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_node : * mut sys :: godot_method_bind , pub can_connect_nodes : * mut sys :: godot_method_bind , pub connect_nodes : * mut sys :: godot_method_bind , pub connect_nodes_forced : * mut sys :: godot_method_bind , pub disconnect_nodes : * mut sys :: godot_method_bind , pub get_graph_offset : * mut sys :: godot_method_bind , pub get_node : * mut sys :: godot_method_bind , pub get_node_connections : * mut sys :: godot_method_bind , pub get_node_list : * mut sys :: godot_method_bind , pub get_node_position : * mut sys :: godot_method_bind , pub get_valid_node_id : * mut sys :: godot_method_bind , pub is_node_connection : * mut sys :: godot_method_bind , pub remove_node : * mut sys :: godot_method_bind , pub set_graph_offset : * mut sys :: godot_method_bind , pub set_mode : * mut sys :: godot_method_bind , pub set_node_position : * mut sys :: godot_method_bind } impl VisualShaderMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderMethodTable = VisualShaderMethodTable { class_constructor : None , add_node : 0 as * mut sys :: godot_method_bind , can_connect_nodes : 0 as * mut sys :: godot_method_bind , connect_nodes : 0 as * mut sys :: godot_method_bind , connect_nodes_forced : 0 as * mut sys :: godot_method_bind , disconnect_nodes : 0 as * mut sys :: godot_method_bind , get_graph_offset : 0 as * mut sys :: godot_method_bind , get_node : 0 as * mut sys :: godot_method_bind , get_node_connections : 0 as * mut sys :: godot_method_bind , get_node_list : 0 as * mut sys :: godot_method_bind , get_node_position : 0 as * mut sys :: godot_method_bind , get_valid_node_id : 0 as * mut sys :: godot_method_bind , is_node_connection : 0 as * mut sys :: godot_method_bind , remove_node : 0 as * mut sys :: godot_method_bind , set_graph_offset : 0 as * mut sys :: godot_method_bind , set_mode : 0 as * mut sys :: godot_method_bind , set_node_position : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShader\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_node = (gd_api . godot_method_bind_get_method) (class_name , "add_node\0" . as_ptr () as * const c_char) ; table . can_connect_nodes = (gd_api . godot_method_bind_get_method) (class_name , "can_connect_nodes\0" . as_ptr () as * const c_char) ; table . connect_nodes = (gd_api . godot_method_bind_get_method) (class_name , "connect_nodes\0" . as_ptr () as * const c_char) ; table . connect_nodes_forced = (gd_api . godot_method_bind_get_method) (class_name , "connect_nodes_forced\0" . as_ptr () as * const c_char) ; table . disconnect_nodes = (gd_api . godot_method_bind_get_method) (class_name , "disconnect_nodes\0" . as_ptr () as * const c_char) ; table . get_graph_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_graph_offset\0" . as_ptr () as * const c_char) ; table . get_node = (gd_api . godot_method_bind_get_method) (class_name , "get_node\0" . as_ptr () as * const c_char) ; table . get_node_connections = (gd_api . godot_method_bind_get_method) (class_name , "get_node_connections\0" . as_ptr () as * const c_char) ; table . get_node_list = (gd_api . godot_method_bind_get_method) (class_name , "get_node_list\0" . as_ptr () as * const c_char) ; table . get_node_position = (gd_api . godot_method_bind_get_method) (class_name , "get_node_position\0" . as_ptr () as * const c_char) ; table . get_valid_node_id = (gd_api . godot_method_bind_get_method) (class_name , "get_valid_node_id\0" . as_ptr () as * const c_char) ; table . is_node_connection = (gd_api . godot_method_bind_get_method) (class_name , "is_node_connection\0" . as_ptr () as * const c_char) ; table . remove_node = (gd_api . godot_method_bind_get_method) (class_name , "remove_node\0" . as_ptr () as * const c_char) ; table . set_graph_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_graph_offset\0" . as_ptr () as * const c_char) ; table . set_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_mode\0" . as_ptr () as * const c_char) ; table . set_node_position = (gd_api . godot_method_bind_get_method) (class_name , "set_node_position\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:598:15877 [INFO] [stdout] | [INFO] [stdout] 598 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 598 | # [doc = "`core singleton class ClassDB` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_classdb.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nClassDB inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ClassDB { this : RawObject < Self > , } impl ClassDB { # [doc = "Returns a reference to the singleton instance."] # [inline] pub fn godot_singleton () -> & 'static Self { unsafe { let this = (get_api () . godot_global_get_singleton) ("ClassDB\0" . as_ptr () as * mut _) ; let this = ptr :: NonNull :: new (this) . expect ("singleton should not be null") ; let this = RawObject :: from_sys_ref_unchecked :: < 'static > (this) ; Self :: cast_ref (this) } } # [doc = "Returns `true` if you can instance objects from the specified `class`, `false` in other case."] # [doc = ""] # [inline] pub fn can_instance (& self , class : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . can_instance ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , class . into ()) ; ret as _ } } # [doc = "Returns whether the specified `class` is available or not."] # [doc = ""] # [inline] pub fn class_exists (& self , class : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_exists ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , class . into ()) ; ret as _ } } # [doc = "Returns a category associated with the class for use in documentation and the Asset Library. Debug mode required."] # [doc = ""] # [inline] pub fn class_get_category (& self , class : impl Into < GodotString >) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_category ; let ret = crate :: icalls :: icallptr_str_str (method_bind , self . this . sys () . as_ptr () , class . into ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns the value of the integer constant `name` of `class` or its ancestry. Always returns 0 when the constant could not be found."] # [doc = ""] # [inline] pub fn class_get_integer_constant (& self , class : impl Into < GodotString > , name : impl Into < GodotString >) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_integer_constant ; let ret = crate :: icalls :: icallptr_i64_str_str (method_bind , self . this . sys () . as_ptr () , class . into () , name . into ()) ; ret as _ } } # [doc = "Returns an array with the names all the integer constants of `class` or its ancestry.\n# Default Arguments\n* `no_inheritance` - `false`"] # [doc = ""] # [inline] pub fn class_get_integer_constant_list (& self , class : impl Into < GodotString > , no_inheritance : bool) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_integer_constant_list ; let ret = crate :: icalls :: icallptr_strarr_str_bool (method_bind , self . this . sys () . as_ptr () , class . into () , no_inheritance) ; StringArray :: from_sys (ret) } } # [doc = "Returns an array with all the methods of `class` or its ancestry if `no_inheritance` is `false`. Every element of the array is a [Dictionary] with the following keys: `args`, `default_args`, `flags`, `id`, `name`, `return: (class_name, hint, hint_string, name, type, usage)`.\n# Default Arguments\n* `no_inheritance` - `false`"] # [doc = ""] # [inline] pub fn class_get_method_list (& self , class : impl Into < GodotString > , no_inheritance : bool) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_method_list ; let ret = crate :: icalls :: icallvar__str_bool (method_bind , self . this . sys () . as_ptr () , class . into () , no_inheritance) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns the value of `property` of `class` or its ancestry."] # [doc = ""] # [inline] pub fn class_get_property (& self , object : impl AsArg < crate :: generated :: object :: Object > , property : impl Into < GodotString >) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_property ; let ret = crate :: icalls :: icallptr_var_obj_str (method_bind , self . this . sys () . as_ptr () , object . as_arg_ptr () , property . into ()) ; Variant :: from_sys (ret) } } # [doc = "Returns an array with all the properties of `class` or its ancestry if `no_inheritance` is `false`.\n# Default Arguments\n* `no_inheritance` - `false`"] # [doc = ""] # [inline] pub fn class_get_property_list (& self , class : impl Into < GodotString > , no_inheritance : bool) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_property_list ; let ret = crate :: icalls :: icallvar__str_bool (method_bind , self . this . sys () . as_ptr () , class . into () , no_inheritance) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns the `signal` data of `class` or its ancestry. The returned value is a [Dictionary] with the following keys: `args`, `default_args`, `flags`, `id`, `name`, `return: (class_name, hint, hint_string, name, type, usage)`."] # [doc = ""] # [inline] pub fn class_get_signal (& self , class : impl Into < GodotString > , signal : impl Into < GodotString >) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_signal ; let ret = crate :: icalls :: icallptr_dict_str_str (method_bind , self . this . sys () . as_ptr () , class . into () , signal . into ()) ; Dictionary :: from_sys (ret) } } # [doc = "Returns an array with all the signals of `class` or its ancestry if `no_inheritance` is `false`. Every element of the array is a [Dictionary] as described in [method class_get_signal].\n# Default Arguments\n* `no_inheritance` - `false`"] # [doc = ""] # [inline] pub fn class_get_signal_list (& self , class : impl Into < GodotString > , no_inheritance : bool) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_get_signal_list ; let ret = crate :: icalls :: icallvar__str_bool (method_bind , self . this . sys () . as_ptr () , class . into () , no_inheritance) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "Returns whether `class` or its ancestry has an integer constant called `name` or not."] # [doc = ""] # [inline] pub fn class_has_integer_constant (& self , class : impl Into < GodotString > , name : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_has_integer_constant ; let ret = crate :: icalls :: icallptr_bool_str_str (method_bind , self . this . sys () . as_ptr () , class . into () , name . into ()) ; ret as _ } } # [doc = "Returns whether `class` (or its ancestry if `no_inheritance` is `false`) has a method called `method` or not.\n# Default Arguments\n* `no_inheritance` - `false`"] # [doc = ""] # [inline] pub fn class_has_method (& self , class : impl Into < GodotString > , method : impl Into < GodotString > , no_inheritance : bool) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_has_method ; let ret = crate :: icalls :: icallptr_bool_str_str_bool (method_bind , self . this . sys () . as_ptr () , class . into () , method . into () , no_inheritance) ; ret as _ } } # [doc = "Returns whether `class` or its ancestry has a signal called `signal` or not."] # [doc = ""] # [inline] pub fn class_has_signal (& self , class : impl Into < GodotString > , signal : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_has_signal ; let ret = crate :: icalls :: icallptr_bool_str_str (method_bind , self . this . sys () . as_ptr () , class . into () , signal . into ()) ; ret as _ } } # [doc = "Sets `property` value of `class` to `value`."] # [doc = ""] # [inline] pub fn class_set_property (& self , object : impl AsArg < crate :: generated :: object :: Object > , property : impl Into < GodotString > , value : impl OwnedToVariant) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . class_set_property ; let ret = crate :: icalls :: icallptr_i64_obj_str_var (method_bind , self . this . sys () . as_ptr () , object . as_arg_ptr () , property . into () , value . owned_to_variant ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Returns the names of all the classes available."] # [doc = ""] # [inline] pub fn get_class_list (& self) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . get_class_list ; let ret = crate :: icalls :: icallptr_strarr (method_bind , self . this . sys () . as_ptr ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns the names of all the classes that directly or indirectly inherit from `class`."] # [doc = ""] # [inline] pub fn get_inheriters_from_class (& self , class : impl Into < GodotString >) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . get_inheriters_from_class ; let ret = crate :: icalls :: icallptr_strarr_str (method_bind , self . this . sys () . as_ptr () , class . into ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns the parent class of `class`."] # [doc = ""] # [inline] pub fn get_parent_class (& self , class : impl Into < GodotString >) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . get_parent_class ; let ret = crate :: icalls :: icallptr_str_str (method_bind , self . this . sys () . as_ptr () , class . into ()) ; GodotString :: from_sys (ret) } } # [doc = "Creates an instance of `class`."] # [doc = ""] # [inline] pub fn instance (& self , class : impl Into < GodotString >) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . instance ; let ret = crate :: icalls :: icallptr_var_str (method_bind , self . this . sys () . as_ptr () , class . into ()) ; Variant :: from_sys (ret) } } # [doc = "Returns whether this `class` is enabled or not."] # [doc = ""] # [inline] pub fn is_class_enabled (& self , class : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . is_class_enabled ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , class . into ()) ; ret as _ } } # [doc = "Returns whether `inherits` is an ancestor of `class` or not."] # [doc = ""] # [inline] pub fn is_parent_class (& self , class : impl Into < GodotString > , inherits : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ClassDBMethodTable :: get (get_api ()) . is_parent_class ; let ret = crate :: icalls :: icallptr_bool_str_str (method_bind , self . this . sys () . as_ptr () , class . into () , inherits . into ()) ; ret as _ } } } impl gdnative_core :: private :: godot_object :: Sealed for ClassDB { } unsafe impl GodotObject for ClassDB { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "ClassDB" } } impl std :: ops :: Deref for ClassDB { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ClassDB { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for ClassDB { } unsafe impl Send for ClassDB { } unsafe impl Sync for ClassDB { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ClassDBMethodTable { pub class_constructor : sys :: godot_class_constructor , pub can_instance : * mut sys :: godot_method_bind , pub class_exists : * mut sys :: godot_method_bind , pub class_get_category : * mut sys :: godot_method_bind , pub class_get_integer_constant : * mut sys :: godot_method_bind , pub class_get_integer_constant_list : * mut sys :: godot_method_bind , pub class_get_method_list : * mut sys :: godot_method_bind , pub class_get_property : * mut sys :: godot_method_bind , pub class_get_property_list : * mut sys :: godot_method_bind , pub class_get_signal : * mut sys :: godot_method_bind , pub class_get_signal_list : * mut sys :: godot_method_bind , pub class_has_integer_constant : * mut sys :: godot_method_bind , pub class_has_method : * mut sys :: godot_method_bind , pub class_has_signal : * mut sys :: godot_method_bind , pub class_set_property : * mut sys :: godot_method_bind , pub get_class_list : * mut sys :: godot_method_bind , pub get_inheriters_from_class : * mut sys :: godot_method_bind , pub get_parent_class : * mut sys :: godot_method_bind , pub instance : * mut sys :: godot_method_bind , pub is_class_enabled : * mut sys :: godot_method_bind , pub is_parent_class : * mut sys :: godot_method_bind } impl ClassDBMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ClassDBMethodTable = ClassDBMethodTable { class_constructor : None , can_instance : 0 as * mut sys :: godot_method_bind , class_exists : 0 as * mut sys :: godot_method_bind , class_get_category : 0 as * mut sys :: godot_method_bind , class_get_integer_constant : 0 as * mut sys :: godot_method_bind , class_get_integer_constant_list : 0 as * mut sys :: godot_method_bind , class_get_method_list : 0 as * mut sys :: godot_method_bind , class_get_property : 0 as * mut sys :: godot_method_bind , class_get_property_list : 0 as * mut sys :: godot_method_bind , class_get_signal : 0 as * mut sys :: godot_method_bind , class_get_signal_list : 0 as * mut sys :: godot_method_bind , class_has_integer_constant : 0 as * mut sys :: godot_method_bind , class_has_method : 0 as * mut sys :: godot_method_bind , class_has_signal : 0 as * mut sys :: godot_method_bind , class_set_property : 0 as * mut sys :: godot_method_bind , get_class_list : 0 as * mut sys :: godot_method_bind , get_inheriters_from_class : 0 as * mut sys :: godot_method_bind , get_parent_class : 0 as * mut sys :: godot_method_bind , instance : 0 as * mut sys :: godot_method_bind , is_class_enabled : 0 as * mut sys :: godot_method_bind , is_parent_class : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ClassDBMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "_ClassDB\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . can_instance = (gd_api . godot_method_bind_get_method) (class_name , "can_instance\0" . as_ptr () as * const c_char) ; table . class_exists = (gd_api . godot_method_bind_get_method) (class_name , "class_exists\0" . as_ptr () as * const c_char) ; table . class_get_category = (gd_api . godot_method_bind_get_method) (class_name , "class_get_category\0" . as_ptr () as * const c_char) ; table . class_get_integer_constant = (gd_api . godot_method_bind_get_method) (class_name , "class_get_integer_constant\0" . as_ptr () as * const c_char) ; table . class_get_integer_constant_list = (gd_api . godot_method_bind_get_method) (class_name , "class_get_integer_constant_list\0" . as_ptr () as * const c_char) ; table . class_get_method_list = (gd_api . godot_method_bind_get_method) (class_name , "class_get_method_list\0" . as_ptr () as * const c_char) ; table . class_get_property = (gd_api . godot_method_bind_get_method) (class_name , "class_get_property\0" . as_ptr () as * const c_char) ; table . class_get_property_list = (gd_api . godot_method_bind_get_method) (class_name , "class_get_property_list\0" . as_ptr () as * const c_char) ; table . class_get_signal = (gd_api . godot_method_bind_get_method) (class_name , "class_get_signal\0" . as_ptr () as * const c_char) ; table . class_get_signal_list = (gd_api . godot_method_bind_get_method) (class_name , "class_get_signal_list\0" . as_ptr () as * const c_char) ; table . class_has_integer_constant = (gd_api . godot_method_bind_get_method) (class_name , "class_has_integer_constant\0" . as_ptr () as * const c_char) ; table . class_has_method = (gd_api . godot_method_bind_get_method) (class_name , "class_has_method\0" . as_ptr () as * const c_char) ; table . class_has_signal = (gd_api . godot_method_bind_get_method) (class_name , "class_has_signal\0" . as_ptr () as * const c_char) ; table . class_set_property = (gd_api . godot_method_bind_get_method) (class_name , "class_set_property\0" . as_ptr () as * const c_char) ; table . get_class_list = (gd_api . godot_method_bind_get_method) (class_name , "get_class_list\0" . as_ptr () as * const c_char) ; table . get_inheriters_from_class = (gd_api . godot_method_bind_get_method) (class_name , "get_inheriters_from_class\0" . as_ptr () as * const c_char) ; table . get_parent_class = (gd_api . godot_method_bind_get_method) (class_name , "get_parent_class\0" . as_ptr () as * const c_char) ; table . instance = (gd_api . godot_method_bind_get_method) (class_name , "instance\0" . as_ptr () as * const c_char) ; table . is_class_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_class_enabled\0" . as_ptr () as * const c_char) ; table . is_parent_class = (gd_api . godot_method_bind_get_method) (class_name , "is_parent_class\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:604:5646 [INFO] [stdout] | [INFO] [stdout] 604 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 604 | # [doc = "`core class GridContainer` inherits `Container` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_gridcontainer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`GridContainer` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nGridContainer inherits methods from:\n - [Container](struct.Container.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct GridContainer { this : RawObject < Self > , } impl GridContainer { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = GridContainerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The number of columns in the [GridContainer]. If modified, [GridContainer] reorders its Control-derived children to accommodate the new layout."] # [doc = ""] # [inline] pub fn columns (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = GridContainerMethodTable :: get (get_api ()) . get_columns ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The number of columns in the [GridContainer]. If modified, [GridContainer] reorders its Control-derived children to accommodate the new layout."] # [doc = ""] # [inline] pub fn set_columns (& self , columns : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = GridContainerMethodTable :: get (get_api ()) . set_columns ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , columns) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for GridContainer { } unsafe impl GodotObject for GridContainer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "GridContainer" } } impl QueueFree for GridContainer { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for GridContainer { type Target = crate :: generated :: container :: Container ; # [inline] fn deref (& self) -> & crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for GridContainer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: container :: Container > for GridContainer { } unsafe impl SubClass < crate :: generated :: control :: Control > for GridContainer { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for GridContainer { } unsafe impl SubClass < crate :: generated :: node :: Node > for GridContainer { } unsafe impl SubClass < crate :: generated :: object :: Object > for GridContainer { } impl Instanciable for GridContainer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { GridContainer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct GridContainerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_columns : * mut sys :: godot_method_bind , pub set_columns : * mut sys :: godot_method_bind } impl GridContainerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : GridContainerMethodTable = GridContainerMethodTable { class_constructor : None , get_columns : 0 as * mut sys :: godot_method_bind , set_columns : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { GridContainerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "GridContainer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_columns = (gd_api . godot_method_bind_get_method) (class_name , "get_columns\0" . as_ptr () as * const c_char) ; table . set_columns = (gd_api . godot_method_bind_get_method) (class_name , "set_columns\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:610:5986 [INFO] [stdout] | [INFO] [stdout] 610 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 610 | # [doc = "`core class InputEventScreenTouch` inherits `InputEvent` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_inputeventscreentouch.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nInputEventScreenTouch inherits methods from:\n - [InputEvent](struct.InputEvent.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct InputEventScreenTouch { this : RawObject < Self > , } impl InputEventScreenTouch { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = InputEventScreenTouchMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The touch index in the case of a multi-touch event. One index = one finger."] # [doc = ""] # [inline] pub fn index (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventScreenTouchMethodTable :: get (get_api ()) . get_index ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The touch position."] # [doc = ""] # [inline] pub fn position (& self) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventScreenTouchMethodTable :: get (get_api ()) . get_position ; let ret = crate :: icalls :: icallptr_vec2 (method_bind , self . this . sys () . as_ptr ()) ; mem :: transmute (ret) } } # [doc = "The touch index in the case of a multi-touch event. One index = one finger."] # [doc = ""] # [inline] pub fn set_index (& self , index : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventScreenTouchMethodTable :: get (get_api ()) . set_index ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , index) ; } } # [doc = "The touch position."] # [doc = ""] # [inline] pub fn set_position (& self , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventScreenTouchMethodTable :: get (get_api ()) . set_position ; let ret = crate :: icalls :: icallptr_void_vec2 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = "If `true`, the touch's state is pressed. If `false`, the touch's state is released."] # [doc = ""] # [inline] pub fn set_pressed (& self , pressed : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventScreenTouchMethodTable :: get (get_api ()) . set_pressed ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , pressed) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for InputEventScreenTouch { } unsafe impl GodotObject for InputEventScreenTouch { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "InputEventScreenTouch" } } impl std :: ops :: Deref for InputEventScreenTouch { type Target = crate :: generated :: input_event :: InputEvent ; # [inline] fn deref (& self) -> & crate :: generated :: input_event :: InputEvent { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for InputEventScreenTouch { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: input_event :: InputEvent { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: input_event :: InputEvent > for InputEventScreenTouch { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for InputEventScreenTouch { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for InputEventScreenTouch { } unsafe impl SubClass < crate :: generated :: object :: Object > for InputEventScreenTouch { } impl Instanciable for InputEventScreenTouch { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { InputEventScreenTouch :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct InputEventScreenTouchMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_index : * mut sys :: godot_method_bind , pub get_position : * mut sys :: godot_method_bind , pub set_index : * mut sys :: godot_method_bind , pub set_position : * mut sys :: godot_method_bind , pub set_pressed : * mut sys :: godot_method_bind } impl InputEventScreenTouchMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : InputEventScreenTouchMethodTable = InputEventScreenTouchMethodTable { class_constructor : None , get_index : 0 as * mut sys :: godot_method_bind , get_position : 0 as * mut sys :: godot_method_bind , set_index : 0 as * mut sys :: godot_method_bind , set_position : 0 as * mut sys :: godot_method_bind , set_pressed : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { InputEventScreenTouchMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "InputEventScreenTouch\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_index = (gd_api . godot_method_bind_get_method) (class_name , "get_index\0" . as_ptr () as * const c_char) ; table . get_position = (gd_api . godot_method_bind_get_method) (class_name , "get_position\0" . as_ptr () as * const c_char) ; table . set_index = (gd_api . godot_method_bind_get_method) (class_name , "set_index\0" . as_ptr () as * const c_char) ; table . set_position = (gd_api . godot_method_bind_get_method) (class_name , "set_position\0" . as_ptr () as * const c_char) ; table . set_pressed = (gd_api . godot_method_bind_get_method) (class_name , "set_pressed\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:616:7729 [INFO] [stdout] | [INFO] [stdout] 616 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 616 | # [doc = "`core class SplitContainer` inherits `Container` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_splitcontainer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nSplitContainer inherits methods from:\n - [Container](struct.Container.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct SplitContainer { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct DraggerVisibility (pub i64) ; impl DraggerVisibility { pub const VISIBLE : DraggerVisibility = DraggerVisibility (0i64) ; pub const HIDDEN : DraggerVisibility = DraggerVisibility (1i64) ; pub const HIDDEN_COLLAPSED : DraggerVisibility = DraggerVisibility (2i64) ; } impl From < i64 > for DraggerVisibility { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < DraggerVisibility > for i64 { # [inline] fn from (v : DraggerVisibility) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl SplitContainer { pub const DRAGGER_HIDDEN : i64 = 1i64 ; pub const DRAGGER_HIDDEN_COLLAPSED : i64 = 2i64 ; pub const DRAGGER_VISIBLE : i64 = 0i64 ; } impl SplitContainer { # [doc = "Clamps the [member split_offset] value to not go outside the currently possible minimal and maximum values."] # [doc = ""] # [inline] pub fn clamp_split_offset (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SplitContainerMethodTable :: get (get_api ()) . clamp_split_offset ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Determines the dragger's visibility. See [enum DraggerVisibility] for details."] # [doc = ""] # [inline] pub fn dragger_visibility (& self) -> crate :: generated :: split_container :: DraggerVisibility { unsafe { let method_bind : * mut sys :: godot_method_bind = SplitContainerMethodTable :: get (get_api ()) . get_dragger_visibility ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: split_container :: DraggerVisibility (ret) } } # [doc = "The initial offset of the splitting between the two [Control]s, with `0` being at the end of the first [Control]."] # [doc = ""] # [inline] pub fn split_offset (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SplitContainerMethodTable :: get (get_api ()) . get_split_offset ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the area of the first [Control] will be collapsed and the dragger will be disabled."] # [doc = ""] # [inline] pub fn is_collapsed (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SplitContainerMethodTable :: get (get_api ()) . is_collapsed ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the area of the first [Control] will be collapsed and the dragger will be disabled."] # [doc = ""] # [inline] pub fn set_collapsed (& self , collapsed : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SplitContainerMethodTable :: get (get_api ()) . set_collapsed ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , collapsed) ; } } # [doc = "Determines the dragger's visibility. See [enum DraggerVisibility] for details."] # [doc = ""] # [inline] pub fn set_dragger_visibility (& self , mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SplitContainerMethodTable :: get (get_api ()) . set_dragger_visibility ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , mode) ; } } # [doc = "The initial offset of the splitting between the two [Control]s, with `0` being at the end of the first [Control]."] # [doc = ""] # [inline] pub fn set_split_offset (& self , offset : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SplitContainerMethodTable :: get (get_api ()) . set_split_offset ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , offset) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for SplitContainer { } unsafe impl GodotObject for SplitContainer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "SplitContainer" } } impl QueueFree for SplitContainer { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for SplitContainer { type Target = crate :: generated :: container :: Container ; # [inline] fn deref (& self) -> & crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for SplitContainer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: container :: Container { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: container :: Container > for SplitContainer { } unsafe impl SubClass < crate :: generated :: control :: Control > for SplitContainer { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for SplitContainer { } unsafe impl SubClass < crate :: generated :: node :: Node > for SplitContainer { } unsafe impl SubClass < crate :: generated :: object :: Object > for SplitContainer { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct SplitContainerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub clamp_split_offset : * mut sys :: godot_method_bind , pub get_dragger_visibility : * mut sys :: godot_method_bind , pub get_split_offset : * mut sys :: godot_method_bind , pub is_collapsed : * mut sys :: godot_method_bind , pub set_collapsed : * mut sys :: godot_method_bind , pub set_dragger_visibility : * mut sys :: godot_method_bind , pub set_split_offset : * mut sys :: godot_method_bind } impl SplitContainerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : SplitContainerMethodTable = SplitContainerMethodTable { class_constructor : None , clamp_split_offset : 0 as * mut sys :: godot_method_bind , get_dragger_visibility : 0 as * mut sys :: godot_method_bind , get_split_offset : 0 as * mut sys :: godot_method_bind , is_collapsed : 0 as * mut sys :: godot_method_bind , set_collapsed : 0 as * mut sys :: godot_method_bind , set_dragger_visibility : 0 as * mut sys :: godot_method_bind , set_split_offset : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { SplitContainerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "SplitContainer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . clamp_split_offset = (gd_api . godot_method_bind_get_method) (class_name , "clamp_split_offset\0" . as_ptr () as * const c_char) ; table . get_dragger_visibility = (gd_api . godot_method_bind_get_method) (class_name , "get_dragger_visibility\0" . as_ptr () as * const c_char) ; table . get_split_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_split_offset\0" . as_ptr () as * const c_char) ; table . is_collapsed = (gd_api . godot_method_bind_get_method) (class_name , "is_collapsed\0" . as_ptr () as * const c_char) ; table . set_collapsed = (gd_api . godot_method_bind_get_method) (class_name , "set_collapsed\0" . as_ptr () as * const c_char) ; table . set_dragger_visibility = (gd_api . godot_method_bind_get_method) (class_name , "set_dragger_visibility\0" . as_ptr () as * const c_char) ; table . set_split_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_split_offset\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:622:4726 [INFO] [stdout] | [INFO] [stdout] 622 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 622 | # [doc = "`core class AnimationNodeBlend2` inherits `AnimationNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_animationnodeblend2.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAnimationNodeBlend2 inherits methods from:\n - [AnimationNode](struct.AnimationNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AnimationNodeBlend2 { this : RawObject < Self > , } impl AnimationNodeBlend2 { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AnimationNodeBlend2MethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "If `true`, sets the `optimization` to `false` when calling [method AnimationNode.blend_input], forcing the blended animations to update every frame."] # [doc = ""] # [inline] pub fn is_using_sync (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeBlend2MethodTable :: get (get_api ()) . is_using_sync ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, sets the `optimization` to `false` when calling [method AnimationNode.blend_input], forcing the blended animations to update every frame."] # [doc = ""] # [inline] pub fn set_use_sync (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeBlend2MethodTable :: get (get_api ()) . set_use_sync ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for AnimationNodeBlend2 { } unsafe impl GodotObject for AnimationNodeBlend2 { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AnimationNodeBlend2" } } impl std :: ops :: Deref for AnimationNodeBlend2 { type Target = crate :: generated :: animation_node :: AnimationNode ; # [inline] fn deref (& self) -> & crate :: generated :: animation_node :: AnimationNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AnimationNodeBlend2 { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: animation_node :: AnimationNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: animation_node :: AnimationNode > for AnimationNodeBlend2 { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AnimationNodeBlend2 { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AnimationNodeBlend2 { } unsafe impl SubClass < crate :: generated :: object :: Object > for AnimationNodeBlend2 { } impl Instanciable for AnimationNodeBlend2 { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AnimationNodeBlend2 :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AnimationNodeBlend2MethodTable { pub class_constructor : sys :: godot_class_constructor , pub is_using_sync : * mut sys :: godot_method_bind , pub set_use_sync : * mut sys :: godot_method_bind } impl AnimationNodeBlend2MethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AnimationNodeBlend2MethodTable = AnimationNodeBlend2MethodTable { class_constructor : None , is_using_sync : 0 as * mut sys :: godot_method_bind , set_use_sync : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AnimationNodeBlend2MethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AnimationNodeBlend2\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . is_using_sync = (gd_api . godot_method_bind_get_method) (class_name , "is_using_sync\0" . as_ptr () as * const c_char) ; table . set_use_sync = (gd_api . godot_method_bind_get_method) (class_name , "set_use_sync\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:628:4604 [INFO] [stdout] | [INFO] [stdout] 628 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 628 | # [doc = "`core class VisualScriptVariableGet` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptvariableget.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptVariableGet inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptVariableGet { this : RawObject < Self > , } impl VisualScriptVariableGet { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptVariableGetMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn variable (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptVariableGetMethodTable :: get (get_api ()) . get_variable ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_variable (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptVariableGetMethodTable :: get (get_api ()) . set_variable ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptVariableGet { } unsafe impl GodotObject for VisualScriptVariableGet { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptVariableGet" } } impl std :: ops :: Deref for VisualScriptVariableGet { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptVariableGet { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptVariableGet { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptVariableGet { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptVariableGet { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptVariableGet { } impl Instanciable for VisualScriptVariableGet { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptVariableGet :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptVariableGetMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_variable : * mut sys :: godot_method_bind , pub set_variable : * mut sys :: godot_method_bind } impl VisualScriptVariableGetMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptVariableGetMethodTable = VisualScriptVariableGetMethodTable { class_constructor : None , get_variable : 0 as * mut sys :: godot_method_bind , set_variable : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptVariableGetMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptVariableGet\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_variable = (gd_api . godot_method_bind_get_method) (class_name , "get_variable\0" . as_ptr () as * const c_char) ; table . set_variable = (gd_api . godot_method_bind_get_method) (class_name , "set_variable\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:634:9262 [INFO] [stdout] | [INFO] [stdout] 634 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 634 | # [doc = "`core class VisualShaderNodeCompare` inherits `VisualShaderNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshadernodecompare.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShaderNodeCompare inherits methods from:\n - [VisualShaderNode](struct.VisualShaderNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShaderNodeCompare { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct ComparisonType (pub i64) ; impl ComparisonType { pub const SCALAR : ComparisonType = ComparisonType (0i64) ; pub const VECTOR : ComparisonType = ComparisonType (1i64) ; pub const BOOLEAN : ComparisonType = ComparisonType (2i64) ; pub const TRANSFORM : ComparisonType = ComparisonType (3i64) ; } impl From < i64 > for ComparisonType { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < ComparisonType > for i64 { # [inline] fn from (v : ComparisonType) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Condition (pub i64) ; impl Condition { pub const ALL : Condition = Condition (0i64) ; pub const ANY : Condition = Condition (1i64) ; } impl From < i64 > for Condition { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Condition > for i64 { # [inline] fn from (v : Condition) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Function (pub i64) ; impl Function { pub const EQUAL : Function = Function (0i64) ; pub const NOT_EQUAL : Function = Function (1i64) ; pub const GREATER_THAN : Function = Function (2i64) ; pub const GREATER_THAN_EQUAL : Function = Function (3i64) ; pub const LESS_THAN : Function = Function (4i64) ; pub const LESS_THAN_EQUAL : Function = Function (5i64) ; } impl From < i64 > for Function { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Function > for i64 { # [inline] fn from (v : Function) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl VisualShaderNodeCompare { pub const COND_ALL : i64 = 0i64 ; pub const COND_ANY : i64 = 1i64 ; pub const CTYPE_BOOLEAN : i64 = 2i64 ; pub const CTYPE_SCALAR : i64 = 0i64 ; pub const CTYPE_TRANSFORM : i64 = 3i64 ; pub const CTYPE_VECTOR : i64 = 1i64 ; pub const FUNC_EQUAL : i64 = 0i64 ; pub const FUNC_GREATER_THAN : i64 = 2i64 ; pub const FUNC_GREATER_THAN_EQUAL : i64 = 3i64 ; pub const FUNC_LESS_THAN : i64 = 4i64 ; pub const FUNC_LESS_THAN_EQUAL : i64 = 5i64 ; pub const FUNC_NOT_EQUAL : i64 = 1i64 ; } impl VisualShaderNodeCompare { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualShaderNodeCompareMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The type to be used in the comparison. See [enum ComparisonType] for options."] # [doc = ""] # [inline] pub fn comparison_type (& self) -> crate :: generated :: visual_shader_node_compare :: ComparisonType { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeCompareMethodTable :: get (get_api ()) . get_comparison_type ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_shader_node_compare :: ComparisonType (ret) } } # [doc = "Extra condition which is applied if [member type] is set to [constant CTYPE_VECTOR]."] # [doc = ""] # [inline] pub fn condition (& self) -> crate :: generated :: visual_shader_node_compare :: Condition { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeCompareMethodTable :: get (get_api ()) . get_condition ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_shader_node_compare :: Condition (ret) } } # [doc = "A comparison function. See [enum Function] for options."] # [doc = ""] # [inline] pub fn function (& self) -> crate :: generated :: visual_shader_node_compare :: Function { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeCompareMethodTable :: get (get_api ()) . get_function ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: visual_shader_node_compare :: Function (ret) } } # [doc = "The type to be used in the comparison. See [enum ComparisonType] for options."] # [doc = ""] # [inline] pub fn set_comparison_type (& self , _type : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeCompareMethodTable :: get (get_api ()) . set_comparison_type ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , _type) ; } } # [doc = "Extra condition which is applied if [member type] is set to [constant CTYPE_VECTOR]."] # [doc = ""] # [inline] pub fn set_condition (& self , condition : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeCompareMethodTable :: get (get_api ()) . set_condition ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , condition) ; } } # [doc = "A comparison function. See [enum Function] for options."] # [doc = ""] # [inline] pub fn set_function (& self , func : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeCompareMethodTable :: get (get_api ()) . set_function ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , func) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShaderNodeCompare { } unsafe impl GodotObject for VisualShaderNodeCompare { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShaderNodeCompare" } } impl std :: ops :: Deref for VisualShaderNodeCompare { type Target = crate :: generated :: visual_shader_node :: VisualShaderNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShaderNodeCompare { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_shader_node :: VisualShaderNode > for VisualShaderNodeCompare { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShaderNodeCompare { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShaderNodeCompare { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShaderNodeCompare { } impl Instanciable for VisualShaderNodeCompare { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualShaderNodeCompare :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderNodeCompareMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_comparison_type : * mut sys :: godot_method_bind , pub get_condition : * mut sys :: godot_method_bind , pub get_function : * mut sys :: godot_method_bind , pub set_comparison_type : * mut sys :: godot_method_bind , pub set_condition : * mut sys :: godot_method_bind , pub set_function : * mut sys :: godot_method_bind } impl VisualShaderNodeCompareMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderNodeCompareMethodTable = VisualShaderNodeCompareMethodTable { class_constructor : None , get_comparison_type : 0 as * mut sys :: godot_method_bind , get_condition : 0 as * mut sys :: godot_method_bind , get_function : 0 as * mut sys :: godot_method_bind , set_comparison_type : 0 as * mut sys :: godot_method_bind , set_condition : 0 as * mut sys :: godot_method_bind , set_function : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderNodeCompareMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShaderNodeCompare\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_comparison_type = (gd_api . godot_method_bind_get_method) (class_name , "get_comparison_type\0" . as_ptr () as * const c_char) ; table . get_condition = (gd_api . godot_method_bind_get_method) (class_name , "get_condition\0" . as_ptr () as * const c_char) ; table . get_function = (gd_api . godot_method_bind_get_method) (class_name , "get_function\0" . as_ptr () as * const c_char) ; table . set_comparison_type = (gd_api . godot_method_bind_get_method) (class_name , "set_comparison_type\0" . as_ptr () as * const c_char) ; table . set_condition = (gd_api . godot_method_bind_get_method) (class_name , "set_condition\0" . as_ptr () as * const c_char) ; table . set_function = (gd_api . godot_method_bind_get_method) (class_name , "set_function\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:640:16831 [INFO] [stdout] | [INFO] [stdout] 640 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 640 | # [doc = "`core class VideoPlayer` inherits `Control` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_videoplayer.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`VideoPlayer` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nVideoPlayer inherits methods from:\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VideoPlayer { this : RawObject < Self > , } impl VideoPlayer { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VideoPlayerMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The embedded audio track to play."] # [doc = ""] # [inline] pub fn audio_track (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_audio_track ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Amount of time in milliseconds to store in buffer while playing."] # [doc = ""] # [inline] pub fn buffering_msec (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_buffering_msec ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Audio bus to use for sound playback."] # [doc = ""] # [inline] pub fn bus (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_bus ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "The assigned video stream. See description for supported formats."] # [doc = ""] # [inline] pub fn stream (& self) -> Option < Ref < crate :: generated :: video_stream :: VideoStream , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_stream ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: video_stream :: VideoStream , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the video stream's name, or `\"\"` if no video stream is assigned."] # [doc = ""] # [inline] pub fn get_stream_name (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_stream_name ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "The current position of the stream, in seconds."] # [doc = ""] # [inline] pub fn stream_position (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_stream_position ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the current frame as a [Texture]."] # [doc = ""] # [inline] pub fn get_video_texture (& self) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_video_texture ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Audio volume as a linear value."] # [doc = ""] # [inline] pub fn volume (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_volume ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Audio volume in dB."] # [doc = ""] # [inline] pub fn volume_db (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . get_volume_db ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, playback starts when the scene loads."] # [doc = ""] # [inline] pub fn has_autoplay (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . has_autoplay ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the video scales to the control size. Otherwise, the control minimum size will be automatically adjusted to match the video stream's dimensions."] # [doc = ""] # [inline] pub fn has_expand (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . has_expand ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the video is paused."] # [doc = ""] # [inline] pub fn is_paused (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . is_paused ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the video is playing.\n**Note:** The video is still considered playing if paused during playback."] # [doc = ""] # [inline] pub fn is_playing (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . is_playing ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Starts the video playback from the beginning. If the video is paused, this will not unpause the video."] # [doc = ""] # [inline] pub fn play (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . play ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "The embedded audio track to play."] # [doc = ""] # [inline] pub fn set_audio_track (& self , track : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_audio_track ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , track) ; } } # [doc = "If `true`, playback starts when the scene loads."] # [doc = ""] # [inline] pub fn set_autoplay (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_autoplay ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "Amount of time in milliseconds to store in buffer while playing."] # [doc = ""] # [inline] pub fn set_buffering_msec (& self , msec : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_buffering_msec ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , msec) ; } } # [doc = "Audio bus to use for sound playback."] # [doc = ""] # [inline] pub fn set_bus (& self , bus : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_bus ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , bus . into ()) ; } } # [doc = "If `true`, the video scales to the control size. Otherwise, the control minimum size will be automatically adjusted to match the video stream's dimensions."] # [doc = ""] # [inline] pub fn set_expand (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_expand ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, the video is paused."] # [doc = ""] # [inline] pub fn set_paused (& self , paused : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_paused ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , paused) ; } } # [doc = "The assigned video stream. See description for supported formats."] # [doc = ""] # [inline] pub fn set_stream (& self , stream : impl AsArg < crate :: generated :: video_stream :: VideoStream >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_stream ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , stream . as_arg_ptr ()) ; } } # [doc = "The current position of the stream, in seconds."] # [doc = ""] # [inline] pub fn set_stream_position (& self , position : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_stream_position ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , position) ; } } # [doc = "Audio volume as a linear value."] # [doc = ""] # [inline] pub fn set_volume (& self , volume : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_volume ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , volume) ; } } # [doc = "Audio volume in dB."] # [doc = ""] # [inline] pub fn set_volume_db (& self , db : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . set_volume_db ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , db) ; } } # [doc = "Stops the video playback and sets the stream position to 0.\n**Note:** Although the stream position will be set to 0, the first frame of the video stream won't become the current frame."] # [doc = ""] # [inline] pub fn stop (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoPlayerMethodTable :: get (get_api ()) . stop ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VideoPlayer { } unsafe impl GodotObject for VideoPlayer { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "VideoPlayer" } } impl QueueFree for VideoPlayer { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for VideoPlayer { type Target = crate :: generated :: control :: Control ; # [inline] fn deref (& self) -> & crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VideoPlayer { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: control :: Control { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: control :: Control > for VideoPlayer { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for VideoPlayer { } unsafe impl SubClass < crate :: generated :: node :: Node > for VideoPlayer { } unsafe impl SubClass < crate :: generated :: object :: Object > for VideoPlayer { } impl Instanciable for VideoPlayer { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VideoPlayer :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VideoPlayerMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_audio_track : * mut sys :: godot_method_bind , pub get_buffering_msec : * mut sys :: godot_method_bind , pub get_bus : * mut sys :: godot_method_bind , pub get_stream : * mut sys :: godot_method_bind , pub get_stream_name : * mut sys :: godot_method_bind , pub get_stream_position : * mut sys :: godot_method_bind , pub get_video_texture : * mut sys :: godot_method_bind , pub get_volume : * mut sys :: godot_method_bind , pub get_volume_db : * mut sys :: godot_method_bind , pub has_autoplay : * mut sys :: godot_method_bind , pub has_expand : * mut sys :: godot_method_bind , pub is_paused : * mut sys :: godot_method_bind , pub is_playing : * mut sys :: godot_method_bind , pub play : * mut sys :: godot_method_bind , pub set_audio_track : * mut sys :: godot_method_bind , pub set_autoplay : * mut sys :: godot_method_bind , pub set_buffering_msec : * mut sys :: godot_method_bind , pub set_bus : * mut sys :: godot_method_bind , pub set_expand : * mut sys :: godot_method_bind , pub set_paused : * mut sys :: godot_method_bind , pub set_stream : * mut sys :: godot_method_bind , pub set_stream_position : * mut sys :: godot_method_bind , pub set_volume : * mut sys :: godot_method_bind , pub set_volume_db : * mut sys :: godot_method_bind , pub stop : * mut sys :: godot_method_bind } impl VideoPlayerMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VideoPlayerMethodTable = VideoPlayerMethodTable { class_constructor : None , get_audio_track : 0 as * mut sys :: godot_method_bind , get_buffering_msec : 0 as * mut sys :: godot_method_bind , get_bus : 0 as * mut sys :: godot_method_bind , get_stream : 0 as * mut sys :: godot_method_bind , get_stream_name : 0 as * mut sys :: godot_method_bind , get_stream_position : 0 as * mut sys :: godot_method_bind , get_video_texture : 0 as * mut sys :: godot_method_bind , get_volume : 0 as * mut sys :: godot_method_bind , get_volume_db : 0 as * mut sys :: godot_method_bind , has_autoplay : 0 as * mut sys :: godot_method_bind , has_expand : 0 as * mut sys :: godot_method_bind , is_paused : 0 as * mut sys :: godot_method_bind , is_playing : 0 as * mut sys :: godot_method_bind , play : 0 as * mut sys :: godot_method_bind , set_audio_track : 0 as * mut sys :: godot_method_bind , set_autoplay : 0 as * mut sys :: godot_method_bind , set_buffering_msec : 0 as * mut sys :: godot_method_bind , set_bus : 0 as * mut sys :: godot_method_bind , set_expand : 0 as * mut sys :: godot_method_bind , set_paused : 0 as * mut sys :: godot_method_bind , set_stream : 0 as * mut sys :: godot_method_bind , set_stream_position : 0 as * mut sys :: godot_method_bind , set_volume : 0 as * mut sys :: godot_method_bind , set_volume_db : 0 as * mut sys :: godot_method_bind , stop : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VideoPlayerMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VideoPlayer\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_audio_track = (gd_api . godot_method_bind_get_method) (class_name , "get_audio_track\0" . as_ptr () as * const c_char) ; table . get_buffering_msec = (gd_api . godot_method_bind_get_method) (class_name , "get_buffering_msec\0" . as_ptr () as * const c_char) ; table . get_bus = (gd_api . godot_method_bind_get_method) (class_name , "get_bus\0" . as_ptr () as * const c_char) ; table . get_stream = (gd_api . godot_method_bind_get_method) (class_name , "get_stream\0" . as_ptr () as * const c_char) ; table . get_stream_name = (gd_api . godot_method_bind_get_method) (class_name , "get_stream_name\0" . as_ptr () as * const c_char) ; table . get_stream_position = (gd_api . godot_method_bind_get_method) (class_name , "get_stream_position\0" . as_ptr () as * const c_char) ; table . get_video_texture = (gd_api . godot_method_bind_get_method) (class_name , "get_video_texture\0" . as_ptr () as * const c_char) ; table . get_volume = (gd_api . godot_method_bind_get_method) (class_name , "get_volume\0" . as_ptr () as * const c_char) ; table . get_volume_db = (gd_api . godot_method_bind_get_method) (class_name , "get_volume_db\0" . as_ptr () as * const c_char) ; table . has_autoplay = (gd_api . godot_method_bind_get_method) (class_name , "has_autoplay\0" . as_ptr () as * const c_char) ; table . has_expand = (gd_api . godot_method_bind_get_method) (class_name , "has_expand\0" . as_ptr () as * const c_char) ; table . is_paused = (gd_api . godot_method_bind_get_method) (class_name , "is_paused\0" . as_ptr () as * const c_char) ; table . is_playing = (gd_api . godot_method_bind_get_method) (class_name , "is_playing\0" . as_ptr () as * const c_char) ; table . play = (gd_api . godot_method_bind_get_method) (class_name , "play\0" . as_ptr () as * const c_char) ; table . set_audio_track = (gd_api . godot_method_bind_get_method) (class_name , "set_audio_track\0" . as_ptr () as * const c_char) ; table . set_autoplay = (gd_api . godot_method_bind_get_method) (class_name , "set_autoplay\0" . as_ptr () as * const c_char) ; table . set_buffering_msec = (gd_api . godot_method_bind_get_method) (class_name , "set_buffering_msec\0" . as_ptr () as * const c_char) ; table . set_bus = (gd_api . godot_method_bind_get_method) (class_name , "set_bus\0" . as_ptr () as * const c_char) ; table . set_expand = (gd_api . godot_method_bind_get_method) (class_name , "set_expand\0" . as_ptr () as * const c_char) ; table . set_paused = (gd_api . godot_method_bind_get_method) (class_name , "set_paused\0" . as_ptr () as * const c_char) ; table . set_stream = (gd_api . godot_method_bind_get_method) (class_name , "set_stream\0" . as_ptr () as * const c_char) ; table . set_stream_position = (gd_api . godot_method_bind_get_method) (class_name , "set_stream_position\0" . as_ptr () as * const c_char) ; table . set_volume = (gd_api . godot_method_bind_get_method) (class_name , "set_volume\0" . as_ptr () as * const c_char) ; table . set_volume_db = (gd_api . godot_method_bind_get_method) (class_name , "set_volume_db\0" . as_ptr () as * const c_char) ; table . stop = (gd_api . godot_method_bind_get_method) (class_name , "stop\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:646:3784 [INFO] [stdout] | [INFO] [stdout] 646 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 646 | # [doc = "`core class VisualShaderNodeVectorClamp` inherits `VisualShaderNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshadernodevectorclamp.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShaderNodeVectorClamp inherits methods from:\n - [VisualShaderNode](struct.VisualShaderNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShaderNodeVectorClamp { this : RawObject < Self > , } impl VisualShaderNodeVectorClamp { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualShaderNodeVectorClampMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShaderNodeVectorClamp { } unsafe impl GodotObject for VisualShaderNodeVectorClamp { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShaderNodeVectorClamp" } } impl std :: ops :: Deref for VisualShaderNodeVectorClamp { type Target = crate :: generated :: visual_shader_node :: VisualShaderNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShaderNodeVectorClamp { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_shader_node :: VisualShaderNode > for VisualShaderNodeVectorClamp { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShaderNodeVectorClamp { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShaderNodeVectorClamp { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShaderNodeVectorClamp { } impl Instanciable for VisualShaderNodeVectorClamp { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualShaderNodeVectorClamp :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderNodeVectorClampMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VisualShaderNodeVectorClampMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderNodeVectorClampMethodTable = VisualShaderNodeVectorClampMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderNodeVectorClampMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShaderNodeVectorClamp\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:652:13664 [INFO] [stdout] | [INFO] [stdout] 652 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 652 | # [doc = "`core class PathFollow` inherits `Spatial` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_pathfollow.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`PathFollow` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nPathFollow inherits methods from:\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PathFollow { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct RotationMode (pub i64) ; impl RotationMode { pub const NONE : RotationMode = RotationMode (0i64) ; pub const Y : RotationMode = RotationMode (1i64) ; pub const XY : RotationMode = RotationMode (2i64) ; pub const XYZ : RotationMode = RotationMode (3i64) ; pub const ORIENTED : RotationMode = RotationMode (4i64) ; } impl From < i64 > for RotationMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < RotationMode > for i64 { # [inline] fn from (v : RotationMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl PathFollow { pub const ROTATION_NONE : i64 = 0i64 ; pub const ROTATION_ORIENTED : i64 = 4i64 ; pub const ROTATION_XY : i64 = 2i64 ; pub const ROTATION_XYZ : i64 = 3i64 ; pub const ROTATION_Y : i64 = 1i64 ; } impl PathFollow { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PathFollowMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "If `true`, the position between two cached points is interpolated cubically, and linearly otherwise.\nThe points along the [Curve3D] of the [Path] are precomputed before use, for faster calculations. The point at the requested offset is then calculated interpolating between two adjacent cached points. This may present a problem if the curve makes sharp turns, as the cached points may not follow the curve closely enough.\nThere are two answers to this problem: either increase the number of cached points and increase memory consumption, or make a cubic interpolation between two points at the cost of (slightly) slower calculations."] # [doc = ""] # [inline] pub fn cubic_interpolation (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . get_cubic_interpolation ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The node's offset along the curve."] # [doc = ""] # [inline] pub fn h_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . get_h_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The distance from the first vertex, measured in 3D units along the path. This sets this node's position to a point within the path."] # [doc = ""] # [inline] pub fn offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . get_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Allows or forbids rotation on one or more axes, depending on the [enum RotationMode] constants being used."] # [doc = ""] # [inline] pub fn rotation_mode (& self) -> crate :: generated :: path_follow :: RotationMode { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . get_rotation_mode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: path_follow :: RotationMode (ret) } } # [doc = "The distance from the first vertex, considering 0.0 as the first vertex and 1.0 as the last. This is just another way of expressing the offset within the path, as the offset supplied is multiplied internally by the path's length."] # [doc = ""] # [inline] pub fn unit_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . get_unit_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The node's offset perpendicular to the curve."] # [doc = ""] # [inline] pub fn v_offset (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . get_v_offset ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, any offset outside the path's length will wrap around, instead of stopping at the ends. Use it for cyclic paths."] # [doc = ""] # [inline] pub fn has_loop (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . has_loop ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the position between two cached points is interpolated cubically, and linearly otherwise.\nThe points along the [Curve3D] of the [Path] are precomputed before use, for faster calculations. The point at the requested offset is then calculated interpolating between two adjacent cached points. This may present a problem if the curve makes sharp turns, as the cached points may not follow the curve closely enough.\nThere are two answers to this problem: either increase the number of cached points and increase memory consumption, or make a cubic interpolation between two points at the cost of (slightly) slower calculations."] # [doc = ""] # [inline] pub fn set_cubic_interpolation (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . set_cubic_interpolation ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The node's offset along the curve."] # [doc = ""] # [inline] pub fn set_h_offset (& self , h_offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . set_h_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , h_offset) ; } } # [doc = "If `true`, any offset outside the path's length will wrap around, instead of stopping at the ends. Use it for cyclic paths."] # [doc = ""] # [inline] pub fn set_loop (& self , _loop : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . set_loop ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , _loop) ; } } # [doc = "The distance from the first vertex, measured in 3D units along the path. This sets this node's position to a point within the path."] # [doc = ""] # [inline] pub fn set_offset (& self , offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . set_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , offset) ; } } # [doc = "Allows or forbids rotation on one or more axes, depending on the [enum RotationMode] constants being used."] # [doc = ""] # [inline] pub fn set_rotation_mode (& self , rotation_mode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . set_rotation_mode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , rotation_mode) ; } } # [doc = "The distance from the first vertex, considering 0.0 as the first vertex and 1.0 as the last. This is just another way of expressing the offset within the path, as the offset supplied is multiplied internally by the path's length."] # [doc = ""] # [inline] pub fn set_unit_offset (& self , unit_offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . set_unit_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , unit_offset) ; } } # [doc = "The node's offset perpendicular to the curve."] # [doc = ""] # [inline] pub fn set_v_offset (& self , v_offset : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = PathFollowMethodTable :: get (get_api ()) . set_v_offset ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , v_offset) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for PathFollow { } unsafe impl GodotObject for PathFollow { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "PathFollow" } } impl QueueFree for PathFollow { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for PathFollow { type Target = crate :: generated :: spatial :: Spatial ; # [inline] fn deref (& self) -> & crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PathFollow { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: spatial :: Spatial { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for PathFollow { } unsafe impl SubClass < crate :: generated :: node :: Node > for PathFollow { } unsafe impl SubClass < crate :: generated :: object :: Object > for PathFollow { } impl Instanciable for PathFollow { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PathFollow :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PathFollowMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_cubic_interpolation : * mut sys :: godot_method_bind , pub get_h_offset : * mut sys :: godot_method_bind , pub get_offset : * mut sys :: godot_method_bind , pub get_rotation_mode : * mut sys :: godot_method_bind , pub get_unit_offset : * mut sys :: godot_method_bind , pub get_v_offset : * mut sys :: godot_method_bind , pub has_loop : * mut sys :: godot_method_bind , pub set_cubic_interpolation : * mut sys :: godot_method_bind , pub set_h_offset : * mut sys :: godot_method_bind , pub set_loop : * mut sys :: godot_method_bind , pub set_offset : * mut sys :: godot_method_bind , pub set_rotation_mode : * mut sys :: godot_method_bind , pub set_unit_offset : * mut sys :: godot_method_bind , pub set_v_offset : * mut sys :: godot_method_bind } impl PathFollowMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PathFollowMethodTable = PathFollowMethodTable { class_constructor : None , get_cubic_interpolation : 0 as * mut sys :: godot_method_bind , get_h_offset : 0 as * mut sys :: godot_method_bind , get_offset : 0 as * mut sys :: godot_method_bind , get_rotation_mode : 0 as * mut sys :: godot_method_bind , get_unit_offset : 0 as * mut sys :: godot_method_bind , get_v_offset : 0 as * mut sys :: godot_method_bind , has_loop : 0 as * mut sys :: godot_method_bind , set_cubic_interpolation : 0 as * mut sys :: godot_method_bind , set_h_offset : 0 as * mut sys :: godot_method_bind , set_loop : 0 as * mut sys :: godot_method_bind , set_offset : 0 as * mut sys :: godot_method_bind , set_rotation_mode : 0 as * mut sys :: godot_method_bind , set_unit_offset : 0 as * mut sys :: godot_method_bind , set_v_offset : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PathFollowMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PathFollow\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_cubic_interpolation = (gd_api . godot_method_bind_get_method) (class_name , "get_cubic_interpolation\0" . as_ptr () as * const c_char) ; table . get_h_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_h_offset\0" . as_ptr () as * const c_char) ; table . get_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_offset\0" . as_ptr () as * const c_char) ; table . get_rotation_mode = (gd_api . godot_method_bind_get_method) (class_name , "get_rotation_mode\0" . as_ptr () as * const c_char) ; table . get_unit_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_unit_offset\0" . as_ptr () as * const c_char) ; table . get_v_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_v_offset\0" . as_ptr () as * const c_char) ; table . has_loop = (gd_api . godot_method_bind_get_method) (class_name , "has_loop\0" . as_ptr () as * const c_char) ; table . set_cubic_interpolation = (gd_api . godot_method_bind_get_method) (class_name , "set_cubic_interpolation\0" . as_ptr () as * const c_char) ; table . set_h_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_h_offset\0" . as_ptr () as * const c_char) ; table . set_loop = (gd_api . godot_method_bind_get_method) (class_name , "set_loop\0" . as_ptr () as * const c_char) ; table . set_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_offset\0" . as_ptr () as * const c_char) ; table . set_rotation_mode = (gd_api . godot_method_bind_get_method) (class_name , "set_rotation_mode\0" . as_ptr () as * const c_char) ; table . set_unit_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_unit_offset\0" . as_ptr () as * const c_char) ; table . set_v_offset = (gd_api . godot_method_bind_get_method) (class_name , "set_v_offset\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:658:13975 [INFO] [stdout] | [INFO] [stdout] 658 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 658 | # [doc = "`core class ConfigFile` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_configfile.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nConfigFile inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ConfigFile { this : RawObject < Self > , } impl ConfigFile { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ConfigFileMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn clear (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . clear ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Deletes the specified section along with all the key-value pairs inside. Raises an error if the section does not exist."] # [doc = ""] # [inline] pub fn erase_section (& self , section : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . erase_section ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , section . into ()) ; } } # [doc = "Deletes the specified key in a section. Raises an error if either the section or the key do not exist."] # [doc = ""] # [inline] pub fn erase_section_key (& self , section : impl Into < GodotString > , key : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . erase_section_key ; let ret = crate :: icalls :: icallptr_void_str_str (method_bind , self . this . sys () . as_ptr () , section . into () , key . into ()) ; } } # [doc = "Returns an array of all defined key identifiers in the specified section. Raises an error and returns an empty array if the section does not exist."] # [doc = ""] # [inline] pub fn get_section_keys (& self , section : impl Into < GodotString >) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . get_section_keys ; let ret = crate :: icalls :: icallptr_strarr_str (method_bind , self . this . sys () . as_ptr () , section . into ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns an array of all defined section identifiers."] # [doc = ""] # [inline] pub fn get_sections (& self) -> StringArray { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . get_sections ; let ret = crate :: icalls :: icallptr_strarr (method_bind , self . this . sys () . as_ptr ()) ; StringArray :: from_sys (ret) } } # [doc = "Returns the current value for the specified section and key. If either the section or the key do not exist, the method returns the fallback `default` value. If `default` is not specified or set to `null`, an error is also raised.\n# Default Arguments\n* `default` - `null`"] # [doc = ""] # [inline] pub fn get_value (& self , section : impl Into < GodotString > , key : impl Into < GodotString > , default : impl OwnedToVariant) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . get_value ; let ret = crate :: icalls :: icallptr_var_str_str_var (method_bind , self . this . sys () . as_ptr () , section . into () , key . into () , default . owned_to_variant ()) ; Variant :: from_sys (ret) } } # [doc = "Returns `true` if the specified section exists."] # [doc = ""] # [inline] pub fn has_section (& self , section : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . has_section ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , section . into ()) ; ret as _ } } # [doc = "Returns `true` if the specified section-key pair exists."] # [doc = ""] # [inline] pub fn has_section_key (& self , section : impl Into < GodotString > , key : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . has_section_key ; let ret = crate :: icalls :: icallptr_bool_str_str (method_bind , self . this . sys () . as_ptr () , section . into () , key . into ()) ; ret as _ } } # [doc = "Loads the config file specified as a parameter. The file's contents are parsed and loaded in the [ConfigFile] object which the method was called on.\nReturns one of the [enum Error] code constants (`OK` on success)."] # [doc = ""] # [inline] pub fn load (& self , path : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . load ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Loads the encrypted config file specified as a parameter, using the provided `key` to decrypt it. The file's contents are parsed and loaded in the [ConfigFile] object which the method was called on.\nReturns one of the [enum Error] code constants (`OK` on success)."] # [doc = ""] # [inline] pub fn load_encrypted (& self , path : impl Into < GodotString > , key : ByteArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . load_encrypted ; let ret = crate :: icalls :: icallptr_i64_str_bytearr (method_bind , self . this . sys () . as_ptr () , path . into () , key) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Loads the encrypted config file specified as a parameter, using the provided `password` to decrypt it. The file's contents are parsed and loaded in the [ConfigFile] object which the method was called on.\nReturns one of the [enum Error] code constants (`OK` on success)."] # [doc = ""] # [inline] pub fn load_encrypted_pass (& self , path : impl Into < GodotString > , password : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . load_encrypted_pass ; let ret = crate :: icalls :: icallptr_i64_str_str (method_bind , self . this . sys () . as_ptr () , path . into () , password . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Parses the the passed string as the contents of a config file. The string is parsed and loaded in the ConfigFile object which the method was called on.\nReturns one of the [enum Error] code constants (`OK` on success)."] # [doc = ""] # [inline] pub fn parse (& self , data : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . parse ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , data . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Saves the contents of the [ConfigFile] object to the file specified as a parameter. The output file uses an INI-style structure.\nReturns one of the [enum Error] code constants (`OK` on success)."] # [doc = ""] # [inline] pub fn save (& self , path : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . save ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Saves the contents of the [ConfigFile] object to the AES-256 encrypted file specified as a parameter, using the provided `key` to encrypt it. The output file uses an INI-style structure.\nReturns one of the [enum Error] code constants (`OK` on success)."] # [doc = ""] # [inline] pub fn save_encrypted (& self , path : impl Into < GodotString > , key : ByteArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . save_encrypted ; let ret = crate :: icalls :: icallptr_i64_str_bytearr (method_bind , self . this . sys () . as_ptr () , path . into () , key) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Saves the contents of the [ConfigFile] object to the AES-256 encrypted file specified as a parameter, using the provided `password` to encrypt it. The output file uses an INI-style structure.\nReturns one of the [enum Error] code constants (`OK` on success)."] # [doc = ""] # [inline] pub fn save_encrypted_pass (& self , path : impl Into < GodotString > , password : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . save_encrypted_pass ; let ret = crate :: icalls :: icallptr_i64_str_str (method_bind , self . this . sys () . as_ptr () , path . into () , password . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Assigns a value to the specified key of the specified section. If either the section or the key do not exist, they are created. Passing a `null` value deletes the specified key if it exists, and deletes the section if it ends up empty once the key has been removed."] # [doc = ""] # [inline] pub fn set_value (& self , section : impl Into < GodotString > , key : impl Into < GodotString > , value : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ConfigFileMethodTable :: get (get_api ()) . set_value ; let ret = crate :: icalls :: icallptr_void_str_str_var (method_bind , self . this . sys () . as_ptr () , section . into () , key . into () , value . owned_to_variant ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ConfigFile { } unsafe impl GodotObject for ConfigFile { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "ConfigFile" } } impl std :: ops :: Deref for ConfigFile { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ConfigFile { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for ConfigFile { } unsafe impl SubClass < crate :: generated :: object :: Object > for ConfigFile { } impl Instanciable for ConfigFile { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ConfigFile :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ConfigFileMethodTable { pub class_constructor : sys :: godot_class_constructor , pub clear : * mut sys :: godot_method_bind , pub erase_section : * mut sys :: godot_method_bind , pub erase_section_key : * mut sys :: godot_method_bind , pub get_section_keys : * mut sys :: godot_method_bind , pub get_sections : * mut sys :: godot_method_bind , pub get_value : * mut sys :: godot_method_bind , pub has_section : * mut sys :: godot_method_bind , pub has_section_key : * mut sys :: godot_method_bind , pub load : * mut sys :: godot_method_bind , pub load_encrypted : * mut sys :: godot_method_bind , pub load_encrypted_pass : * mut sys :: godot_method_bind , pub parse : * mut sys :: godot_method_bind , pub save : * mut sys :: godot_method_bind , pub save_encrypted : * mut sys :: godot_method_bind , pub save_encrypted_pass : * mut sys :: godot_method_bind , pub set_value : * mut sys :: godot_method_bind } impl ConfigFileMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ConfigFileMethodTable = ConfigFileMethodTable { class_constructor : None , clear : 0 as * mut sys :: godot_method_bind , erase_section : 0 as * mut sys :: godot_method_bind , erase_section_key : 0 as * mut sys :: godot_method_bind , get_section_keys : 0 as * mut sys :: godot_method_bind , get_sections : 0 as * mut sys :: godot_method_bind , get_value : 0 as * mut sys :: godot_method_bind , has_section : 0 as * mut sys :: godot_method_bind , has_section_key : 0 as * mut sys :: godot_method_bind , load : 0 as * mut sys :: godot_method_bind , load_encrypted : 0 as * mut sys :: godot_method_bind , load_encrypted_pass : 0 as * mut sys :: godot_method_bind , parse : 0 as * mut sys :: godot_method_bind , save : 0 as * mut sys :: godot_method_bind , save_encrypted : 0 as * mut sys :: godot_method_bind , save_encrypted_pass : 0 as * mut sys :: godot_method_bind , set_value : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ConfigFileMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ConfigFile\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . clear = (gd_api . godot_method_bind_get_method) (class_name , "clear\0" . as_ptr () as * const c_char) ; table . erase_section = (gd_api . godot_method_bind_get_method) (class_name , "erase_section\0" . as_ptr () as * const c_char) ; table . erase_section_key = (gd_api . godot_method_bind_get_method) (class_name , "erase_section_key\0" . as_ptr () as * const c_char) ; table . get_section_keys = (gd_api . godot_method_bind_get_method) (class_name , "get_section_keys\0" . as_ptr () as * const c_char) ; table . get_sections = (gd_api . godot_method_bind_get_method) (class_name , "get_sections\0" . as_ptr () as * const c_char) ; table . get_value = (gd_api . godot_method_bind_get_method) (class_name , "get_value\0" . as_ptr () as * const c_char) ; table . has_section = (gd_api . godot_method_bind_get_method) (class_name , "has_section\0" . as_ptr () as * const c_char) ; table . has_section_key = (gd_api . godot_method_bind_get_method) (class_name , "has_section_key\0" . as_ptr () as * const c_char) ; table . load = (gd_api . godot_method_bind_get_method) (class_name , "load\0" . as_ptr () as * const c_char) ; table . load_encrypted = (gd_api . godot_method_bind_get_method) (class_name , "load_encrypted\0" . as_ptr () as * const c_char) ; table . load_encrypted_pass = (gd_api . godot_method_bind_get_method) (class_name , "load_encrypted_pass\0" . as_ptr () as * const c_char) ; table . parse = (gd_api . godot_method_bind_get_method) (class_name , "parse\0" . as_ptr () as * const c_char) ; table . save = (gd_api . godot_method_bind_get_method) (class_name , "save\0" . as_ptr () as * const c_char) ; table . save_encrypted = (gd_api . godot_method_bind_get_method) (class_name , "save_encrypted\0" . as_ptr () as * const c_char) ; table . save_encrypted_pass = (gd_api . godot_method_bind_get_method) (class_name , "save_encrypted_pass\0" . as_ptr () as * const c_char) ; table . set_value = (gd_api . godot_method_bind_get_method) (class_name , "set_value\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:664:9007 [INFO] [stdout] | [INFO] [stdout] 664 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 664 | # [doc = "`core class MultiMeshInstance2D` inherits `Node2D` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_multimeshinstance2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`MultiMeshInstance2D` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nMultiMeshInstance2D inherits methods from:\n - [Node2D](struct.Node2D.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct MultiMeshInstance2D { this : RawObject < Self > , } impl MultiMeshInstance2D { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = MultiMeshInstance2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The [MultiMesh] that will be drawn by the [MultiMeshInstance2D]."] # [doc = ""] # [inline] pub fn multimesh (& self) -> Option < Ref < crate :: generated :: multi_mesh :: MultiMesh , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshInstance2DMethodTable :: get (get_api ()) . get_multimesh ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: multi_mesh :: MultiMesh , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The normal map that will be used if using the default [CanvasItemMaterial].\n**Note:** Godot expects the normal map to use X+, Y-, and Z+ coordinates. See [url=http://wiki.polycount.com/wiki/Normal_Map_Technical_Details#Common_Swizzle_Coordinates]this page[/url] for a comparison of normal map coordinates expected by popular engines."] # [doc = ""] # [inline] pub fn normal_map (& self) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshInstance2DMethodTable :: get (get_api ()) . get_normal_map ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The [Texture] that will be used if using the default [CanvasItemMaterial]. Can be accessed as `TEXTURE` in CanvasItem shader."] # [doc = ""] # [inline] pub fn texture (& self) -> Option < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshInstance2DMethodTable :: get (get_api ()) . get_texture ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: texture :: Texture , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The [MultiMesh] that will be drawn by the [MultiMeshInstance2D]."] # [doc = ""] # [inline] pub fn set_multimesh (& self , multimesh : impl AsArg < crate :: generated :: multi_mesh :: MultiMesh >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshInstance2DMethodTable :: get (get_api ()) . set_multimesh ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , multimesh . as_arg_ptr ()) ; } } # [doc = "The normal map that will be used if using the default [CanvasItemMaterial].\n**Note:** Godot expects the normal map to use X+, Y-, and Z+ coordinates. See [url=http://wiki.polycount.com/wiki/Normal_Map_Technical_Details#Common_Swizzle_Coordinates]this page[/url] for a comparison of normal map coordinates expected by popular engines."] # [doc = ""] # [inline] pub fn set_normal_map (& self , normal_map : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshInstance2DMethodTable :: get (get_api ()) . set_normal_map ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , normal_map . as_arg_ptr ()) ; } } # [doc = "The [Texture] that will be used if using the default [CanvasItemMaterial]. Can be accessed as `TEXTURE` in CanvasItem shader."] # [doc = ""] # [inline] pub fn set_texture (& self , texture : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = MultiMeshInstance2DMethodTable :: get (get_api ()) . set_texture ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , texture . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for MultiMeshInstance2D { } unsafe impl GodotObject for MultiMeshInstance2D { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "MultiMeshInstance2D" } } impl QueueFree for MultiMeshInstance2D { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for MultiMeshInstance2D { type Target = crate :: generated :: node_2d :: Node2D ; # [inline] fn deref (& self) -> & crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for MultiMeshInstance2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node_2d :: Node2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node_2d :: Node2D > for MultiMeshInstance2D { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for MultiMeshInstance2D { } unsafe impl SubClass < crate :: generated :: node :: Node > for MultiMeshInstance2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for MultiMeshInstance2D { } impl Instanciable for MultiMeshInstance2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { MultiMeshInstance2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct MultiMeshInstance2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_multimesh : * mut sys :: godot_method_bind , pub get_normal_map : * mut sys :: godot_method_bind , pub get_texture : * mut sys :: godot_method_bind , pub set_multimesh : * mut sys :: godot_method_bind , pub set_normal_map : * mut sys :: godot_method_bind , pub set_texture : * mut sys :: godot_method_bind } impl MultiMeshInstance2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : MultiMeshInstance2DMethodTable = MultiMeshInstance2DMethodTable { class_constructor : None , get_multimesh : 0 as * mut sys :: godot_method_bind , get_normal_map : 0 as * mut sys :: godot_method_bind , get_texture : 0 as * mut sys :: godot_method_bind , set_multimesh : 0 as * mut sys :: godot_method_bind , set_normal_map : 0 as * mut sys :: godot_method_bind , set_texture : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { MultiMeshInstance2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "MultiMeshInstance2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_multimesh = (gd_api . godot_method_bind_get_method) (class_name , "get_multimesh\0" . as_ptr () as * const c_char) ; table . get_normal_map = (gd_api . godot_method_bind_get_method) (class_name , "get_normal_map\0" . as_ptr () as * const c_char) ; table . get_texture = (gd_api . godot_method_bind_get_method) (class_name , "get_texture\0" . as_ptr () as * const c_char) ; table . set_multimesh = (gd_api . godot_method_bind_get_method) (class_name , "set_multimesh\0" . as_ptr () as * const c_char) ; table . set_normal_map = (gd_api . godot_method_bind_get_method) (class_name , "set_normal_map\0" . as_ptr () as * const c_char) ; table . set_texture = (gd_api . godot_method_bind_get_method) (class_name , "set_texture\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:670:27512 [INFO] [stdout] | [INFO] [stdout] 670 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 670 | # [doc = "`tools class EditorPlugin` inherits `Node` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_editorplugin.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nEditorPlugin inherits methods from:\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = "\n## Tool\n\nThis class is used to interact with Godot's editor."] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct EditorPlugin { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct CustomControlContainer (pub i64) ; impl CustomControlContainer { pub const TOOLBAR : CustomControlContainer = CustomControlContainer (0i64) ; pub const SPATIAL_EDITOR_MENU : CustomControlContainer = CustomControlContainer (1i64) ; pub const SPATIAL_EDITOR_SIDE_LEFT : CustomControlContainer = CustomControlContainer (2i64) ; pub const SPATIAL_EDITOR_SIDE_RIGHT : CustomControlContainer = CustomControlContainer (3i64) ; pub const SPATIAL_EDITOR_BOTTOM : CustomControlContainer = CustomControlContainer (4i64) ; pub const CANVAS_EDITOR_MENU : CustomControlContainer = CustomControlContainer (5i64) ; pub const CANVAS_EDITOR_SIDE_LEFT : CustomControlContainer = CustomControlContainer (6i64) ; pub const CANVAS_EDITOR_SIDE_RIGHT : CustomControlContainer = CustomControlContainer (7i64) ; pub const CANVAS_EDITOR_BOTTOM : CustomControlContainer = CustomControlContainer (8i64) ; pub const PROPERTY_EDITOR_BOTTOM : CustomControlContainer = CustomControlContainer (9i64) ; pub const PROJECT_SETTING_TAB_LEFT : CustomControlContainer = CustomControlContainer (10i64) ; pub const PROJECT_SETTING_TAB_RIGHT : CustomControlContainer = CustomControlContainer (11i64) ; } impl From < i64 > for CustomControlContainer { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < CustomControlContainer > for i64 { # [inline] fn from (v : CustomControlContainer) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct DockSlot (pub i64) ; impl DockSlot { pub const LEFT_UL : DockSlot = DockSlot (0i64) ; pub const LEFT_BL : DockSlot = DockSlot (1i64) ; pub const LEFT_UR : DockSlot = DockSlot (2i64) ; pub const LEFT_BR : DockSlot = DockSlot (3i64) ; pub const RIGHT_UL : DockSlot = DockSlot (4i64) ; pub const RIGHT_BL : DockSlot = DockSlot (5i64) ; pub const RIGHT_UR : DockSlot = DockSlot (6i64) ; pub const RIGHT_BR : DockSlot = DockSlot (7i64) ; pub const MAX : DockSlot = DockSlot (8i64) ; } impl From < i64 > for DockSlot { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < DockSlot > for i64 { # [inline] fn from (v : DockSlot) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl EditorPlugin { pub const CONTAINER_CANVAS_EDITOR_BOTTOM : i64 = 8i64 ; pub const CONTAINER_CANVAS_EDITOR_MENU : i64 = 5i64 ; pub const CONTAINER_CANVAS_EDITOR_SIDE_LEFT : i64 = 6i64 ; pub const CONTAINER_CANVAS_EDITOR_SIDE_RIGHT : i64 = 7i64 ; pub const CONTAINER_PROJECT_SETTING_TAB_LEFT : i64 = 10i64 ; pub const CONTAINER_PROJECT_SETTING_TAB_RIGHT : i64 = 11i64 ; pub const CONTAINER_PROPERTY_EDITOR_BOTTOM : i64 = 9i64 ; pub const CONTAINER_SPATIAL_EDITOR_BOTTOM : i64 = 4i64 ; pub const CONTAINER_SPATIAL_EDITOR_MENU : i64 = 1i64 ; pub const CONTAINER_SPATIAL_EDITOR_SIDE_LEFT : i64 = 2i64 ; pub const CONTAINER_SPATIAL_EDITOR_SIDE_RIGHT : i64 = 3i64 ; pub const CONTAINER_TOOLBAR : i64 = 0i64 ; pub const DOCK_SLOT_LEFT_BL : i64 = 1i64 ; pub const DOCK_SLOT_LEFT_BR : i64 = 3i64 ; pub const DOCK_SLOT_LEFT_UL : i64 = 0i64 ; pub const DOCK_SLOT_LEFT_UR : i64 = 2i64 ; pub const DOCK_SLOT_MAX : i64 = 8i64 ; pub const DOCK_SLOT_RIGHT_BL : i64 = 5i64 ; pub const DOCK_SLOT_RIGHT_BR : i64 = 7i64 ; pub const DOCK_SLOT_RIGHT_UL : i64 = 4i64 ; pub const DOCK_SLOT_RIGHT_UR : i64 = 6i64 ; } impl EditorPlugin { # [doc = "Adds a script at `path` to the Autoload list as `name`."] # [doc = ""] # [inline] pub fn add_autoload_singleton (& self , name : impl Into < GodotString > , path : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_autoload_singleton ; let ret = crate :: icalls :: icallptr_void_str_str (method_bind , self . this . sys () . as_ptr () , name . into () , path . into ()) ; } } # [doc = "Adds a control to the bottom panel (together with Output, Debug, Animation, etc). Returns a reference to the button added. It's up to you to hide/show the button when needed. When your plugin is deactivated, make sure to remove your custom control with [method remove_control_from_bottom_panel] and free it with [method Node.queue_free]."] # [doc = ""] # [inline] pub fn add_control_to_bottom_panel (& self , control : impl AsArg < crate :: generated :: control :: Control > , title : impl Into < GodotString >) -> Option < Ref < crate :: generated :: tool_button :: ToolButton , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_control_to_bottom_panel ; let ret = crate :: icalls :: icallptr_obj_obj_str (method_bind , self . this . sys () . as_ptr () , control . as_arg_ptr () , title . into ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: tool_button :: ToolButton , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Adds a custom control to a container (see [enum CustomControlContainer]). There are many locations where custom controls can be added in the editor UI.\nPlease remember that you have to manage the visibility of your custom controls yourself (and likely hide it after adding it).\nWhen your plugin is deactivated, make sure to remove your custom control with [method remove_control_from_container] and free it with [method Node.queue_free]."] # [doc = ""] # [inline] pub fn add_control_to_container (& self , container : i64 , control : impl AsArg < crate :: generated :: control :: Control >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_control_to_container ; let ret = crate :: icalls :: icallptr_void_i64_obj (method_bind , self . this . sys () . as_ptr () , container , control . as_arg_ptr ()) ; } } # [doc = "Adds the control to a specific dock slot (see [enum DockSlot] for options).\nIf the dock is repositioned and as long as the plugin is active, the editor will save the dock position on further sessions.\nWhen your plugin is deactivated, make sure to remove your custom control with [method remove_control_from_docks] and free it with [method Node.queue_free]."] # [doc = ""] # [inline] pub fn add_control_to_dock (& self , slot : i64 , control : impl AsArg < crate :: generated :: control :: Control >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_control_to_dock ; let ret = crate :: icalls :: icallptr_void_i64_obj (method_bind , self . this . sys () . as_ptr () , slot , control . as_arg_ptr ()) ; } } # [doc = "Adds a custom type, which will appear in the list of nodes or resources. An icon can be optionally passed.\nWhen given node or resource is selected, the base type will be instanced (ie, \"Spatial\", \"Control\", \"Resource\"), then the script will be loaded and set to this object.\nYou can use the virtual method [method handles] to check if your custom object is being edited by checking the script or using the `is` keyword.\nDuring run-time, this will be a simple object with a script so this function does not need to be called then."] # [doc = ""] # [inline] pub fn add_custom_type (& self , _type : impl Into < GodotString > , base : impl Into < GodotString > , script : impl AsArg < crate :: generated :: script :: Script > , icon : impl AsArg < crate :: generated :: texture :: Texture >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_custom_type ; let ret = crate :: icalls :: icallptr_void_str_str_obj_obj (method_bind , self . this . sys () . as_ptr () , _type . into () , base . into () , script . as_arg_ptr () , icon . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn add_export_plugin (& self , plugin : impl AsArg < crate :: generated :: editor_export_plugin :: EditorExportPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_export_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , plugin . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn add_import_plugin (& self , importer : impl AsArg < crate :: generated :: editor_import_plugin :: EditorImportPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_import_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , importer . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn add_inspector_plugin (& self , plugin : impl AsArg < crate :: generated :: editor_inspector_plugin :: EditorInspectorPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_inspector_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , plugin . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn add_scene_import_plugin (& self , scene_importer : impl AsArg < crate :: generated :: editor_scene_importer :: EditorSceneImporter >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_scene_import_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , scene_importer . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn add_spatial_gizmo_plugin (& self , plugin : impl AsArg < crate :: generated :: editor_spatial_gizmo_plugin :: EditorSpatialGizmoPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_spatial_gizmo_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , plugin . as_arg_ptr ()) ; } } # [doc = "Adds a custom menu item to **Project > Tools** as `name` that calls `callback` on an instance of `handler` with a parameter `ud` when user activates it.\n# Default Arguments\n* `ud` - `null`"] # [doc = ""] # [inline] pub fn add_tool_menu_item (& self , name : impl Into < GodotString > , handler : impl AsArg < crate :: generated :: object :: Object > , callback : impl Into < GodotString > , ud : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_tool_menu_item ; let ret = crate :: icalls :: icallptr_void_str_obj_str_var (method_bind , self . this . sys () . as_ptr () , name . into () , handler . as_arg_ptr () , callback . into () , ud . owned_to_variant ()) ; } } # [doc = "Adds a custom submenu under **Project > Tools >** `name`. `submenu` should be an object of class [PopupMenu]. This submenu should be cleaned up using `remove_tool_menu_item(name)`."] # [doc = ""] # [inline] pub fn add_tool_submenu_item (& self , name : impl Into < GodotString > , submenu : impl AsArg < crate :: generated :: object :: Object >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . add_tool_submenu_item ; let ret = crate :: icalls :: icallptr_void_str_obj (method_bind , self . this . sys () . as_ptr () , name . into () , submenu . as_arg_ptr ()) ; } } # [doc = "Returns the [EditorInterface] object that gives you control over Godot editor's window and its functionalities."] # [doc = ""] # [inline] pub fn get_editor_interface (& self) -> Option < Ref < crate :: generated :: editor_interface :: EditorInterface , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . get_editor_interface ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: editor_interface :: EditorInterface , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Gets the Editor's dialogue used for making scripts.\n**Note:** Users can configure it before use."] # [doc = ""] # [inline] pub fn get_script_create_dialog (& self) -> Option < Ref < crate :: generated :: script_create_dialog :: ScriptCreateDialog , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . get_script_create_dialog ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: script_create_dialog :: ScriptCreateDialog , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Gets the undo/redo object. Most actions in the editor can be undoable, so use this object to make sure this happens when it's worth it."] # [doc = ""] # [inline] pub fn get_undo_redo (& self) -> Option < Ref < crate :: generated :: undo_redo :: UndoRedo , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . get_undo_redo ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: undo_redo :: UndoRedo , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn hide_bottom_panel (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . hide_bottom_panel ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn make_bottom_panel_item_visible (& self , item : impl AsArg < crate :: generated :: control :: Control >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . make_bottom_panel_item_visible ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , item . as_arg_ptr ()) ; } } # [doc = "Queue save the project's editor layout."] # [doc = ""] # [inline] pub fn queue_save_layout (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . queue_save_layout ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Removes an Autoload `name` from the list."] # [doc = ""] # [inline] pub fn remove_autoload_singleton (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_autoload_singleton ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } # [doc = "Removes the control from the bottom panel. You have to manually [method Node.queue_free] the control."] # [doc = ""] # [inline] pub fn remove_control_from_bottom_panel (& self , control : impl AsArg < crate :: generated :: control :: Control >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_control_from_bottom_panel ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , control . as_arg_ptr ()) ; } } # [doc = "Removes the control from the specified container. You have to manually [method Node.queue_free] the control."] # [doc = ""] # [inline] pub fn remove_control_from_container (& self , container : i64 , control : impl AsArg < crate :: generated :: control :: Control >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_control_from_container ; let ret = crate :: icalls :: icallptr_void_i64_obj (method_bind , self . this . sys () . as_ptr () , container , control . as_arg_ptr ()) ; } } # [doc = "Removes the control from the dock. You have to manually [method Node.queue_free] the control."] # [doc = ""] # [inline] pub fn remove_control_from_docks (& self , control : impl AsArg < crate :: generated :: control :: Control >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_control_from_docks ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , control . as_arg_ptr ()) ; } } # [doc = "Removes a custom type added by [method add_custom_type]."] # [doc = ""] # [inline] pub fn remove_custom_type (& self , _type : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_custom_type ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , _type . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn remove_export_plugin (& self , plugin : impl AsArg < crate :: generated :: editor_export_plugin :: EditorExportPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_export_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , plugin . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn remove_import_plugin (& self , importer : impl AsArg < crate :: generated :: editor_import_plugin :: EditorImportPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_import_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , importer . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn remove_inspector_plugin (& self , plugin : impl AsArg < crate :: generated :: editor_inspector_plugin :: EditorInspectorPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_inspector_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , plugin . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn remove_scene_import_plugin (& self , scene_importer : impl AsArg < crate :: generated :: editor_scene_importer :: EditorSceneImporter >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_scene_import_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , scene_importer . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn remove_spatial_gizmo_plugin (& self , plugin : impl AsArg < crate :: generated :: editor_spatial_gizmo_plugin :: EditorSpatialGizmoPlugin >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_spatial_gizmo_plugin ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , plugin . as_arg_ptr ()) ; } } # [doc = "Removes a menu `name` from **Project > Tools**."] # [doc = ""] # [inline] pub fn remove_tool_menu_item (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . remove_tool_menu_item ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_force_draw_over_forwarding_enabled (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . set_force_draw_over_forwarding_enabled ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Use this method if you always want to receive inputs from 3D view screen inside [method forward_spatial_gui_input]. It might be especially usable if your plugin will want to use raycast in the scene."] # [doc = ""] # [inline] pub fn set_input_event_forwarding_always_enabled (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . set_input_event_forwarding_always_enabled ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "Updates the overlays of the editor (2D/3D) viewport."] # [doc = ""] # [inline] pub fn update_overlays (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = EditorPluginMethodTable :: get (get_api ()) . update_overlays ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } } impl gdnative_core :: private :: godot_object :: Sealed for EditorPlugin { } unsafe impl GodotObject for EditorPlugin { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "EditorPlugin" } } impl QueueFree for EditorPlugin { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for EditorPlugin { type Target = crate :: generated :: node :: Node ; # [inline] fn deref (& self) -> & crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for EditorPlugin { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node :: Node > for EditorPlugin { } unsafe impl SubClass < crate :: generated :: object :: Object > for EditorPlugin { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct EditorPluginMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_autoload_singleton : * mut sys :: godot_method_bind , pub add_control_to_bottom_panel : * mut sys :: godot_method_bind , pub add_control_to_container : * mut sys :: godot_method_bind , pub add_control_to_dock : * mut sys :: godot_method_bind , pub add_custom_type : * mut sys :: godot_method_bind , pub add_export_plugin : * mut sys :: godot_method_bind , pub add_import_plugin : * mut sys :: godot_method_bind , pub add_inspector_plugin : * mut sys :: godot_method_bind , pub add_scene_import_plugin : * mut sys :: godot_method_bind , pub add_spatial_gizmo_plugin : * mut sys :: godot_method_bind , pub add_tool_menu_item : * mut sys :: godot_method_bind , pub add_tool_submenu_item : * mut sys :: godot_method_bind , pub get_editor_interface : * mut sys :: godot_method_bind , pub get_script_create_dialog : * mut sys :: godot_method_bind , pub get_undo_redo : * mut sys :: godot_method_bind , pub hide_bottom_panel : * mut sys :: godot_method_bind , pub make_bottom_panel_item_visible : * mut sys :: godot_method_bind , pub queue_save_layout : * mut sys :: godot_method_bind , pub remove_autoload_singleton : * mut sys :: godot_method_bind , pub remove_control_from_bottom_panel : * mut sys :: godot_method_bind , pub remove_control_from_container : * mut sys :: godot_method_bind , pub remove_control_from_docks : * mut sys :: godot_method_bind , pub remove_custom_type : * mut sys :: godot_method_bind , pub remove_export_plugin : * mut sys :: godot_method_bind , pub remove_import_plugin : * mut sys :: godot_method_bind , pub remove_inspector_plugin : * mut sys :: godot_method_bind , pub remove_scene_import_plugin : * mut sys :: godot_method_bind , pub remove_spatial_gizmo_plugin : * mut sys :: godot_method_bind , pub remove_tool_menu_item : * mut sys :: godot_method_bind , pub set_force_draw_over_forwarding_enabled : * mut sys :: godot_method_bind , pub set_input_event_forwarding_always_enabled : * mut sys :: godot_method_bind , pub update_overlays : * mut sys :: godot_method_bind } impl EditorPluginMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : EditorPluginMethodTable = EditorPluginMethodTable { class_constructor : None , add_autoload_singleton : 0 as * mut sys :: godot_method_bind , add_control_to_bottom_panel : 0 as * mut sys :: godot_method_bind , add_control_to_container : 0 as * mut sys :: godot_method_bind , add_control_to_dock : 0 as * mut sys :: godot_method_bind , add_custom_type : 0 as * mut sys :: godot_method_bind , add_export_plugin : 0 as * mut sys :: godot_method_bind , add_import_plugin : 0 as * mut sys :: godot_method_bind , add_inspector_plugin : 0 as * mut sys :: godot_method_bind , add_scene_import_plugin : 0 as * mut sys :: godot_method_bind , add_spatial_gizmo_plugin : 0 as * mut sys :: godot_method_bind , add_tool_menu_item : 0 as * mut sys :: godot_method_bind , add_tool_submenu_item : 0 as * mut sys :: godot_method_bind , get_editor_interface : 0 as * mut sys :: godot_method_bind , get_script_create_dialog : 0 as * mut sys :: godot_method_bind , get_undo_redo : 0 as * mut sys :: godot_method_bind , hide_bottom_panel : 0 as * mut sys :: godot_method_bind , make_bottom_panel_item_visible : 0 as * mut sys :: godot_method_bind , queue_save_layout : 0 as * mut sys :: godot_method_bind , remove_autoload_singleton : 0 as * mut sys :: godot_method_bind , remove_control_from_bottom_panel : 0 as * mut sys :: godot_method_bind , remove_control_from_container : 0 as * mut sys :: godot_method_bind , remove_control_from_docks : 0 as * mut sys :: godot_method_bind , remove_custom_type : 0 as * mut sys :: godot_method_bind , remove_export_plugin : 0 as * mut sys :: godot_method_bind , remove_import_plugin : 0 as * mut sys :: godot_method_bind , remove_inspector_plugin : 0 as * mut sys :: godot_method_bind , remove_scene_import_plugin : 0 as * mut sys :: godot_method_bind , remove_spatial_gizmo_plugin : 0 as * mut sys :: godot_method_bind , remove_tool_menu_item : 0 as * mut sys :: godot_method_bind , set_force_draw_over_forwarding_enabled : 0 as * mut sys :: godot_method_bind , set_input_event_forwarding_always_enabled : 0 as * mut sys :: godot_method_bind , update_overlays : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { EditorPluginMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "EditorPlugin\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_autoload_singleton = (gd_api . godot_method_bind_get_method) (class_name , "add_autoload_singleton\0" . as_ptr () as * const c_char) ; table . add_control_to_bottom_panel = (gd_api . godot_method_bind_get_method) (class_name , "add_control_to_bottom_panel\0" . as_ptr () as * const c_char) ; table . add_control_to_container = (gd_api . godot_method_bind_get_method) (class_name , "add_control_to_container\0" . as_ptr () as * const c_char) ; table . add_control_to_dock = (gd_api . godot_method_bind_get_method) (class_name , "add_control_to_dock\0" . as_ptr () as * const c_char) ; table . add_custom_type = (gd_api . godot_method_bind_get_method) (class_name , "add_custom_type\0" . as_ptr () as * const c_char) ; table . add_export_plugin = (gd_api . godot_method_bind_get_method) (class_name , "add_export_plugin\0" . as_ptr () as * const c_char) ; table . add_import_plugin = (gd_api . godot_method_bind_get_method) (class_name , "add_import_plugin\0" . as_ptr () as * const c_char) ; table . add_inspector_plugin = (gd_api . godot_method_bind_get_method) (class_name , "add_inspector_plugin\0" . as_ptr () as * const c_char) ; table . add_scene_import_plugin = (gd_api . godot_method_bind_get_method) (class_name , "add_scene_import_plugin\0" . as_ptr () as * const c_char) ; table . add_spatial_gizmo_plugin = (gd_api . godot_method_bind_get_method) (class_name , "add_spatial_gizmo_plugin\0" . as_ptr () as * const c_char) ; table . add_tool_menu_item = (gd_api . godot_method_bind_get_method) (class_name , "add_tool_menu_item\0" . as_ptr () as * const c_char) ; table . add_tool_submenu_item = (gd_api . godot_method_bind_get_method) (class_name , "add_tool_submenu_item\0" . as_ptr () as * const c_char) ; table . get_editor_interface = (gd_api . godot_method_bind_get_method) (class_name , "get_editor_interface\0" . as_ptr () as * const c_char) ; table . get_script_create_dialog = (gd_api . godot_method_bind_get_method) (class_name , "get_script_create_dialog\0" . as_ptr () as * const c_char) ; table . get_undo_redo = (gd_api . godot_method_bind_get_method) (class_name , "get_undo_redo\0" . as_ptr () as * const c_char) ; table . hide_bottom_panel = (gd_api . godot_method_bind_get_method) (class_name , "hide_bottom_panel\0" . as_ptr () as * const c_char) ; table . make_bottom_panel_item_visible = (gd_api . godot_method_bind_get_method) (class_name , "make_bottom_panel_item_visible\0" . as_ptr () as * const c_char) ; table . queue_save_layout = (gd_api . godot_method_bind_get_method) (class_name , "queue_save_layout\0" . as_ptr () as * const c_char) ; table . remove_autoload_singleton = (gd_api . godot_method_bind_get_method) (class_name , "remove_autoload_singleton\0" . as_ptr () as * const c_char) ; table . remove_control_from_bottom_panel = (gd_api . godot_method_bind_get_method) (class_name , "remove_control_from_bottom_panel\0" . as_ptr () as * const c_char) ; table . remove_control_from_container = (gd_api . godot_method_bind_get_method) (class_name , "remove_control_from_container\0" . as_ptr () as * const c_char) ; table . remove_control_from_docks = (gd_api . godot_method_bind_get_method) (class_name , "remove_control_from_docks\0" . as_ptr () as * const c_char) ; table . remove_custom_type = (gd_api . godot_method_bind_get_method) (class_name , "remove_custom_type\0" . as_ptr () as * const c_char) ; table . remove_export_plugin = (gd_api . godot_method_bind_get_method) (class_name , "remove_export_plugin\0" . as_ptr () as * const c_char) ; table . remove_import_plugin = (gd_api . godot_method_bind_get_method) (class_name , "remove_import_plugin\0" . as_ptr () as * const c_char) ; table . remove_inspector_plugin = (gd_api . godot_method_bind_get_method) (class_name , "remove_inspector_plugin\0" . as_ptr () as * const c_char) ; table . remove_scene_import_plugin = (gd_api . godot_method_bind_get_method) (class_name , "remove_scene_import_plugin\0" . as_ptr () as * const c_char) ; table . remove_spatial_gizmo_plugin = (gd_api . godot_method_bind_get_method) (class_name , "remove_spatial_gizmo_plugin\0" . as_ptr () as * const c_char) ; table . remove_tool_menu_item = (gd_api . godot_method_bind_get_method) (class_name , "remove_tool_menu_item\0" . as_ptr () as * const c_char) ; table . set_force_draw_over_forwarding_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_force_draw_over_forwarding_enabled\0" . as_ptr () as * const c_char) ; table . set_input_event_forwarding_always_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_input_event_forwarding_always_enabled\0" . as_ptr () as * const c_char) ; table . update_overlays = (gd_api . godot_method_bind_get_method) (class_name , "update_overlays\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:676:4190 [INFO] [stdout] | [INFO] [stdout] 676 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 676 | # [doc = "`core class VisualShaderNodeUniform` inherits `VisualShaderNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualshadernodeuniform.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualShaderNodeUniform inherits methods from:\n - [VisualShaderNode](struct.VisualShaderNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualShaderNodeUniform { this : RawObject < Self > , } impl VisualShaderNodeUniform { # [doc = "Name of the uniform, by which it can be accessed through the [ShaderMaterial] properties."] # [doc = ""] # [inline] pub fn uniform_name (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeUniformMethodTable :: get (get_api ()) . get_uniform_name ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Name of the uniform, by which it can be accessed through the [ShaderMaterial] properties."] # [doc = ""] # [inline] pub fn set_uniform_name (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualShaderNodeUniformMethodTable :: get (get_api ()) . set_uniform_name ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualShaderNodeUniform { } unsafe impl GodotObject for VisualShaderNodeUniform { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualShaderNodeUniform" } } impl std :: ops :: Deref for VisualShaderNodeUniform { type Target = crate :: generated :: visual_shader_node :: VisualShaderNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualShaderNodeUniform { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_shader_node :: VisualShaderNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_shader_node :: VisualShaderNode > for VisualShaderNodeUniform { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualShaderNodeUniform { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualShaderNodeUniform { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualShaderNodeUniform { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualShaderNodeUniformMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_uniform_name : * mut sys :: godot_method_bind , pub set_uniform_name : * mut sys :: godot_method_bind } impl VisualShaderNodeUniformMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualShaderNodeUniformMethodTable = VisualShaderNodeUniformMethodTable { class_constructor : None , get_uniform_name : 0 as * mut sys :: godot_method_bind , set_uniform_name : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualShaderNodeUniformMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualShaderNodeUniform\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_uniform_name = (gd_api . godot_method_bind_get_method) (class_name , "get_uniform_name\0" . as_ptr () as * const c_char) ; table . set_uniform_name = (gd_api . godot_method_bind_get_method) (class_name , "set_uniform_name\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:682:4420 [INFO] [stdout] | [INFO] [stdout] 682 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 682 | # [doc = "`core class PopupPanel` inherits `Popup` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_popuppanel.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`PopupPanel` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nPopupPanel inherits methods from:\n - [Popup](struct.Popup.html)\n - [Control](struct.Control.html)\n - [CanvasItem](struct.CanvasItem.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct PopupPanel { this : RawObject < Self > , } impl PopupPanel { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = PopupPanelMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for PopupPanel { } unsafe impl GodotObject for PopupPanel { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "PopupPanel" } } impl QueueFree for PopupPanel { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for PopupPanel { type Target = crate :: generated :: popup :: Popup ; # [inline] fn deref (& self) -> & crate :: generated :: popup :: Popup { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for PopupPanel { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: popup :: Popup { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: popup :: Popup > for PopupPanel { } unsafe impl SubClass < crate :: generated :: control :: Control > for PopupPanel { } unsafe impl SubClass < crate :: generated :: canvas_item :: CanvasItem > for PopupPanel { } unsafe impl SubClass < crate :: generated :: node :: Node > for PopupPanel { } unsafe impl SubClass < crate :: generated :: object :: Object > for PopupPanel { } impl Instanciable for PopupPanel { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { PopupPanel :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct PopupPanelMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl PopupPanelMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : PopupPanelMethodTable = PopupPanelMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { PopupPanelMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "PopupPanel\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:688:7422 [INFO] [stdout] | [INFO] [stdout] 688 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 688 | # [doc = "`core class RegEx` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_regex.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nRegEx inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct RegEx { this : RawObject < Self > , } impl RegEx { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = RegExMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn clear (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . clear ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn compile (& self , pattern : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . compile ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , pattern . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn get_group_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . get_group_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn get_names (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . get_names ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = ""] # [doc = ""] # [inline] pub fn get_pattern (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . get_pattern ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn is_valid (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . is_valid ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn search (& self , subject : impl Into < GodotString > , offset : i64 , end : i64) -> Option < Ref < crate :: generated :: reg_ex_match :: RegExMatch , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . search ; let ret = crate :: icalls :: icallptr_obj_str_i64_i64 (method_bind , self . this . sys () . as_ptr () , subject . into () , offset , end) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: reg_ex_match :: RegExMatch , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = ""] # [doc = ""] # [inline] pub fn search_all (& self , subject : impl Into < GodotString > , offset : i64 , end : i64) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . search_all ; let ret = crate :: icalls :: icallvar__str_i64_i64 (method_bind , self . this . sys () . as_ptr () , subject . into () , offset , end) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = ""] # [doc = ""] # [inline] pub fn sub (& self , subject : impl Into < GodotString > , replacement : impl Into < GodotString > , all : bool , offset : i64 , end : i64) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = RegExMethodTable :: get (get_api ()) . sub ; let ret = crate :: icalls :: icallptr_str_str_str_bool_i64_i64 (method_bind , self . this . sys () . as_ptr () , subject . into () , replacement . into () , all , offset , end) ; GodotString :: from_sys (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for RegEx { } unsafe impl GodotObject for RegEx { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "RegEx" } } impl std :: ops :: Deref for RegEx { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for RegEx { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for RegEx { } unsafe impl SubClass < crate :: generated :: object :: Object > for RegEx { } impl Instanciable for RegEx { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { RegEx :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct RegExMethodTable { pub class_constructor : sys :: godot_class_constructor , pub clear : * mut sys :: godot_method_bind , pub compile : * mut sys :: godot_method_bind , pub get_group_count : * mut sys :: godot_method_bind , pub get_names : * mut sys :: godot_method_bind , pub get_pattern : * mut sys :: godot_method_bind , pub is_valid : * mut sys :: godot_method_bind , pub search : * mut sys :: godot_method_bind , pub search_all : * mut sys :: godot_method_bind , pub sub : * mut sys :: godot_method_bind } impl RegExMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : RegExMethodTable = RegExMethodTable { class_constructor : None , clear : 0 as * mut sys :: godot_method_bind , compile : 0 as * mut sys :: godot_method_bind , get_group_count : 0 as * mut sys :: godot_method_bind , get_names : 0 as * mut sys :: godot_method_bind , get_pattern : 0 as * mut sys :: godot_method_bind , is_valid : 0 as * mut sys :: godot_method_bind , search : 0 as * mut sys :: godot_method_bind , search_all : 0 as * mut sys :: godot_method_bind , sub : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { RegExMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "RegEx\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . clear = (gd_api . godot_method_bind_get_method) (class_name , "clear\0" . as_ptr () as * const c_char) ; table . compile = (gd_api . godot_method_bind_get_method) (class_name , "compile\0" . as_ptr () as * const c_char) ; table . get_group_count = (gd_api . godot_method_bind_get_method) (class_name , "get_group_count\0" . as_ptr () as * const c_char) ; table . get_names = (gd_api . godot_method_bind_get_method) (class_name , "get_names\0" . as_ptr () as * const c_char) ; table . get_pattern = (gd_api . godot_method_bind_get_method) (class_name , "get_pattern\0" . as_ptr () as * const c_char) ; table . is_valid = (gd_api . godot_method_bind_get_method) (class_name , "is_valid\0" . as_ptr () as * const c_char) ; table . search = (gd_api . godot_method_bind_get_method) (class_name , "search\0" . as_ptr () as * const c_char) ; table . search_all = (gd_api . godot_method_bind_get_method) (class_name , "search_all\0" . as_ptr () as * const c_char) ; table . sub = (gd_api . godot_method_bind_get_method) (class_name , "sub\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:694:3666 [INFO] [stdout] | [INFO] [stdout] 694 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 694 | # [doc = "`core singleton class JavaScript` inherits `Object` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_javascript.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nJavaScript inherits methods from:\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct JavaScript { this : RawObject < Self > , } impl JavaScript { # [doc = "Returns a reference to the singleton instance."] # [inline] pub fn godot_singleton () -> & 'static Self { unsafe { let this = (get_api () . godot_global_get_singleton) ("JavaScript\0" . as_ptr () as * mut _) ; let this = ptr :: NonNull :: new (this) . expect ("singleton should not be null") ; let this = RawObject :: from_sys_ref_unchecked :: < 'static > (this) ; Self :: cast_ref (this) } } # [doc = "Execute the string `code` as JavaScript code within the browser window. This is a call to the actual global JavaScript function `eval()`.\nIf `use_global_execution_context` is `true`, the code will be evaluated in the global execution context. Otherwise, it is evaluated in the execution context of a function within the engine's runtime environment.\n# Default Arguments\n* `use_global_execution_context` - `false`"] # [doc = ""] # [inline] pub fn eval (& self , code : impl Into < GodotString > , use_global_execution_context : bool) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = JavaScriptMethodTable :: get (get_api ()) . eval ; let ret = crate :: icalls :: icallptr_var_str_bool (method_bind , self . this . sys () . as_ptr () , code . into () , use_global_execution_context) ; Variant :: from_sys (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for JavaScript { } unsafe impl GodotObject for JavaScript { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "JavaScript" } } impl std :: ops :: Deref for JavaScript { type Target = crate :: generated :: object :: Object ; # [inline] fn deref (& self) -> & crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for JavaScript { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: object :: Object { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: object :: Object > for JavaScript { } unsafe impl Send for JavaScript { } unsafe impl Sync for JavaScript { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct JavaScriptMethodTable { pub class_constructor : sys :: godot_class_constructor , pub eval : * mut sys :: godot_method_bind } impl JavaScriptMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : JavaScriptMethodTable = JavaScriptMethodTable { class_constructor : None , eval : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { JavaScriptMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "JavaScript\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . eval = (gd_api . godot_method_bind_get_method) (class_name , "eval\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:700:3621 [INFO] [stdout] | [INFO] [stdout] 700 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 700 | # [doc = "`core class AnimationNodeTimeSeek` inherits `AnimationNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_animationnodetimeseek.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAnimationNodeTimeSeek inherits methods from:\n - [AnimationNode](struct.AnimationNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AnimationNodeTimeSeek { this : RawObject < Self > , } impl AnimationNodeTimeSeek { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AnimationNodeTimeSeekMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for AnimationNodeTimeSeek { } unsafe impl GodotObject for AnimationNodeTimeSeek { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AnimationNodeTimeSeek" } } impl std :: ops :: Deref for AnimationNodeTimeSeek { type Target = crate :: generated :: animation_node :: AnimationNode ; # [inline] fn deref (& self) -> & crate :: generated :: animation_node :: AnimationNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AnimationNodeTimeSeek { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: animation_node :: AnimationNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: animation_node :: AnimationNode > for AnimationNodeTimeSeek { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AnimationNodeTimeSeek { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AnimationNodeTimeSeek { } unsafe impl SubClass < crate :: generated :: object :: Object > for AnimationNodeTimeSeek { } impl Instanciable for AnimationNodeTimeSeek { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AnimationNodeTimeSeek :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AnimationNodeTimeSeekMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl AnimationNodeTimeSeekMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AnimationNodeTimeSeekMethodTable = AnimationNodeTimeSeekMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AnimationNodeTimeSeekMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AnimationNodeTimeSeek\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:706:6617 [INFO] [stdout] | [INFO] [stdout] 706 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 706 | # [doc = "`core class CameraTexture` inherits `Texture` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_cameratexture.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCameraTexture inherits methods from:\n - [Texture](struct.Texture.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct CameraTexture { this : RawObject < Self > , } impl CameraTexture { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CameraTextureMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Convenience property that gives access to the active property of the [CameraFeed]."] # [doc = ""] # [inline] pub fn camera_active (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraTextureMethodTable :: get (get_api ()) . get_camera_active ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The ID of the [CameraFeed] for which we want to display the image."] # [doc = ""] # [inline] pub fn camera_feed_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraTextureMethodTable :: get (get_api ()) . get_camera_feed_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Which image within the [CameraFeed] we want access to, important if the camera image is split in a Y and CbCr component."] # [doc = ""] # [inline] pub fn which_feed (& self) -> crate :: generated :: camera_server :: FeedImage { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraTextureMethodTable :: get (get_api ()) . get_which_feed ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; crate :: generated :: camera_server :: FeedImage (ret) } } # [doc = "Convenience property that gives access to the active property of the [CameraFeed]."] # [doc = ""] # [inline] pub fn set_camera_active (& self , active : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraTextureMethodTable :: get (get_api ()) . set_camera_active ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , active) ; } } # [doc = "The ID of the [CameraFeed] for which we want to display the image."] # [doc = ""] # [inline] pub fn set_camera_feed_id (& self , feed_id : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraTextureMethodTable :: get (get_api ()) . set_camera_feed_id ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , feed_id) ; } } # [doc = "Which image within the [CameraFeed] we want access to, important if the camera image is split in a Y and CbCr component."] # [doc = ""] # [inline] pub fn set_which_feed (& self , which_feed : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CameraTextureMethodTable :: get (get_api ()) . set_which_feed ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , which_feed) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for CameraTexture { } unsafe impl GodotObject for CameraTexture { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "CameraTexture" } } impl std :: ops :: Deref for CameraTexture { type Target = crate :: generated :: texture :: Texture ; # [inline] fn deref (& self) -> & crate :: generated :: texture :: Texture { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for CameraTexture { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: texture :: Texture { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: texture :: Texture > for CameraTexture { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for CameraTexture { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for CameraTexture { } unsafe impl SubClass < crate :: generated :: object :: Object > for CameraTexture { } impl Instanciable for CameraTexture { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { CameraTexture :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CameraTextureMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_camera_active : * mut sys :: godot_method_bind , pub get_camera_feed_id : * mut sys :: godot_method_bind , pub get_which_feed : * mut sys :: godot_method_bind , pub set_camera_active : * mut sys :: godot_method_bind , pub set_camera_feed_id : * mut sys :: godot_method_bind , pub set_which_feed : * mut sys :: godot_method_bind } impl CameraTextureMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CameraTextureMethodTable = CameraTextureMethodTable { class_constructor : None , get_camera_active : 0 as * mut sys :: godot_method_bind , get_camera_feed_id : 0 as * mut sys :: godot_method_bind , get_which_feed : 0 as * mut sys :: godot_method_bind , set_camera_active : 0 as * mut sys :: godot_method_bind , set_camera_feed_id : 0 as * mut sys :: godot_method_bind , set_which_feed : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CameraTextureMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "CameraTexture\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_camera_active = (gd_api . godot_method_bind_get_method) (class_name , "get_camera_active\0" . as_ptr () as * const c_char) ; table . get_camera_feed_id = (gd_api . godot_method_bind_get_method) (class_name , "get_camera_feed_id\0" . as_ptr () as * const c_char) ; table . get_which_feed = (gd_api . godot_method_bind_get_method) (class_name , "get_which_feed\0" . as_ptr () as * const c_char) ; table . set_camera_active = (gd_api . godot_method_bind_get_method) (class_name , "set_camera_active\0" . as_ptr () as * const c_char) ; table . set_camera_feed_id = (gd_api . godot_method_bind_get_method) (class_name , "set_camera_feed_id\0" . as_ptr () as * const c_char) ; table . set_which_feed = (gd_api . godot_method_bind_get_method) (class_name , "set_which_feed\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:712:4604 [INFO] [stdout] | [INFO] [stdout] 712 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 712 | # [doc = "`core class ConcavePolygonShape2D` inherits `Shape2D` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_concavepolygonshape2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nConcavePolygonShape2D inherits methods from:\n - [Shape2D](struct.Shape2D.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct ConcavePolygonShape2D { this : RawObject < Self > , } impl ConcavePolygonShape2D { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ConcavePolygonShape2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The array of points that make up the [ConcavePolygonShape2D]'s line segments."] # [doc = ""] # [inline] pub fn segments (& self) -> Vector2Array { unsafe { let method_bind : * mut sys :: godot_method_bind = ConcavePolygonShape2DMethodTable :: get (get_api ()) . get_segments ; let ret = crate :: icalls :: icallptr_vec2arr (method_bind , self . this . sys () . as_ptr ()) ; Vector2Array :: from_sys (ret) } } # [doc = "The array of points that make up the [ConcavePolygonShape2D]'s line segments."] # [doc = ""] # [inline] pub fn set_segments (& self , segments : Vector2Array) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = ConcavePolygonShape2DMethodTable :: get (get_api ()) . set_segments ; let ret = crate :: icalls :: icallptr_void_vec2arr (method_bind , self . this . sys () . as_ptr () , segments) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for ConcavePolygonShape2D { } unsafe impl GodotObject for ConcavePolygonShape2D { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "ConcavePolygonShape2D" } } impl std :: ops :: Deref for ConcavePolygonShape2D { type Target = crate :: generated :: shape_2d :: Shape2D ; # [inline] fn deref (& self) -> & crate :: generated :: shape_2d :: Shape2D { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for ConcavePolygonShape2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: shape_2d :: Shape2D { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: shape_2d :: Shape2D > for ConcavePolygonShape2D { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for ConcavePolygonShape2D { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for ConcavePolygonShape2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for ConcavePolygonShape2D { } impl Instanciable for ConcavePolygonShape2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { ConcavePolygonShape2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ConcavePolygonShape2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_segments : * mut sys :: godot_method_bind , pub set_segments : * mut sys :: godot_method_bind } impl ConcavePolygonShape2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ConcavePolygonShape2DMethodTable = ConcavePolygonShape2DMethodTable { class_constructor : None , get_segments : 0 as * mut sys :: godot_method_bind , set_segments : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ConcavePolygonShape2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "ConcavePolygonShape2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_segments = (gd_api . godot_method_bind_get_method) (class_name , "get_segments\0" . as_ptr () as * const c_char) ; table . set_segments = (gd_api . godot_method_bind_get_method) (class_name , "set_segments\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:718:36596 [INFO] [stdout] | [INFO] [stdout] 718 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 718 | # [doc = "`core class SceneTree` inherits `MainLoop` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_scenetree.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`SceneTree` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nSceneTree inherits methods from:\n - [MainLoop](struct.MainLoop.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct SceneTree { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct GroupCallFlags (pub i64) ; impl GroupCallFlags { pub const DEFAULT : GroupCallFlags = GroupCallFlags (0i64) ; pub const REVERSE : GroupCallFlags = GroupCallFlags (1i64) ; pub const REALTIME : GroupCallFlags = GroupCallFlags (2i64) ; pub const UNIQUE : GroupCallFlags = GroupCallFlags (4i64) ; } impl From < i64 > for GroupCallFlags { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < GroupCallFlags > for i64 { # [inline] fn from (v : GroupCallFlags) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct StretchAspect (pub i64) ; impl StretchAspect { pub const IGNORE : StretchAspect = StretchAspect (0i64) ; pub const KEEP : StretchAspect = StretchAspect (1i64) ; pub const KEEP_WIDTH : StretchAspect = StretchAspect (2i64) ; pub const KEEP_HEIGHT : StretchAspect = StretchAspect (3i64) ; pub const EXPAND : StretchAspect = StretchAspect (4i64) ; } impl From < i64 > for StretchAspect { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < StretchAspect > for i64 { # [inline] fn from (v : StretchAspect) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct StretchMode (pub i64) ; impl StretchMode { pub const DISABLED : StretchMode = StretchMode (0i64) ; pub const _2D : StretchMode = StretchMode (1i64) ; pub const VIEWPORT : StretchMode = StretchMode (2i64) ; } impl From < i64 > for StretchMode { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < StretchMode > for i64 { # [inline] fn from (v : StretchMode) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl SceneTree { pub const GROUP_CALL_DEFAULT : i64 = 0i64 ; pub const GROUP_CALL_REALTIME : i64 = 2i64 ; pub const GROUP_CALL_REVERSE : i64 = 1i64 ; pub const GROUP_CALL_UNIQUE : i64 = 4i64 ; pub const STRETCH_ASPECT_EXPAND : i64 = 4i64 ; pub const STRETCH_ASPECT_IGNORE : i64 = 0i64 ; pub const STRETCH_ASPECT_KEEP : i64 = 1i64 ; pub const STRETCH_ASPECT_KEEP_HEIGHT : i64 = 3i64 ; pub const STRETCH_ASPECT_KEEP_WIDTH : i64 = 2i64 ; pub const STRETCH_MODE_2D : i64 = 1i64 ; pub const STRETCH_MODE_DISABLED : i64 = 0i64 ; pub const STRETCH_MODE_VIEWPORT : i64 = 2i64 ; } impl SceneTree { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = SceneTreeMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Calls `method` on each member of the given group."] # [doc = ""] # [inline] pub fn call_group (& self , group : impl Into < GodotString > , method : impl Into < GodotString > , varargs : & [Variant]) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . call_group ; let ret = crate :: icalls :: icallvarargs__str_str (method_bind , self . this . sys () . as_ptr () , group . into () , method . into () , varargs) ; ret } } # [doc = "Calls `method` on each member of the given group, respecting the given [enum GroupCallFlags]."] # [doc = ""] # [inline] pub fn call_group_flags (& self , flags : i64 , group : impl Into < GodotString > , method : impl Into < GodotString > , varargs : & [Variant]) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . call_group_flags ; let ret = crate :: icalls :: icallvarargs__i64_str_str (method_bind , self . this . sys () . as_ptr () , flags , group . into () , method . into () , varargs) ; ret } } # [doc = "Changes the running scene to the one at the given `path`, after loading it into a [PackedScene] and creating a new instance.\nReturns [constant OK] on success, [constant ERR_CANT_OPEN] if the `path` cannot be loaded into a [PackedScene], or [constant ERR_CANT_CREATE] if that scene cannot be instantiated."] # [doc = ""] # [inline] pub fn change_scene (& self , path : impl Into < GodotString >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . change_scene ; let ret = crate :: icalls :: icallptr_i64_str (method_bind , self . this . sys () . as_ptr () , path . into ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "Changes the running scene to a new instance of the given [PackedScene].\nReturns [constant OK] on success or [constant ERR_CANT_CREATE] if the scene cannot be instantiated."] # [doc = ""] # [inline] pub fn change_scene_to (& self , packed_scene : impl AsArg < crate :: generated :: packed_scene :: PackedScene >) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . change_scene_to ; let ret = crate :: icalls :: icallptr_i64_obj (method_bind , self . this . sys () . as_ptr () , packed_scene . as_arg_ptr ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "_Sample code is GDScript unless otherwise noted._\n\nReturns a [SceneTreeTimer] which will [signal SceneTreeTimer.timeout] after the given time in seconds elapsed in this [SceneTree]. If `pause_mode_process` is set to `false`, pausing the [SceneTree] will also pause the timer.\nCommonly used to create a one-shot delay timer as in the following example:\n```gdscript\nfunc some_function():\n print(\"start\")\n yield(get_tree().create_timer(1.0), \"timeout\")\n print(\"end\")\n```\n# Default Arguments\n* `pause_mode_process` - `true`"] # [doc = ""] # [inline] pub fn create_timer (& self , time_sec : f64 , pause_mode_process : bool) -> Option < Ref < crate :: generated :: scene_tree_timer :: SceneTreeTimer , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . create_timer ; let ret = crate :: icalls :: icallptr_obj_f64_bool (method_bind , self . this . sys () . as_ptr () , time_sec , pause_mode_process) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: scene_tree_timer :: SceneTreeTimer , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The current scene."] # [doc = ""] # [inline] pub fn current_scene (& self) -> Option < Ref < crate :: generated :: node :: Node , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_current_scene ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: node :: Node , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The root of the edited scene."] # [doc = ""] # [inline] pub fn edited_scene_root (& self) -> Option < Ref < crate :: generated :: node :: Node , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_edited_scene_root ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: node :: Node , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the current frame number, i.e. the total frame count since the application started."] # [doc = ""] # [inline] pub fn get_frame (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_frame ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The default [MultiplayerAPI] instance for this [SceneTree]."] # [doc = ""] # [inline] pub fn multiplayer (& self) -> Option < Ref < crate :: generated :: multiplayer_api :: MultiplayerAPI , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_multiplayer ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: multiplayer_api :: MultiplayerAPI , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the peer IDs of all connected peers of this [SceneTree]'s [member network_peer]."] # [doc = ""] # [inline] pub fn get_network_connected_peers (& self) -> Int32Array { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_network_connected_peers ; let ret = crate :: icalls :: icallptr_i32arr (method_bind , self . this . sys () . as_ptr ()) ; Int32Array :: from_sys (ret) } } # [doc = "The peer object to handle the RPC system (effectively enabling networking when set). Depending on the peer itself, the [SceneTree] will become a network server (check with [method is_network_server]) and will set the root node's network mode to master, or it will become a regular peer with the root node set to puppet. All child nodes are set to inherit the network mode by default. Handling of networking-related events (connection, disconnection, new clients) is done by connecting to [SceneTree]'s signals."] # [doc = ""] # [inline] pub fn network_peer (& self) -> Option < Ref < crate :: generated :: networked_multiplayer_peer :: NetworkedMultiplayerPeer , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_network_peer ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: networked_multiplayer_peer :: NetworkedMultiplayerPeer , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the unique peer ID of this [SceneTree]'s [member network_peer]."] # [doc = ""] # [inline] pub fn get_network_unique_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_network_unique_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the number of nodes in this [SceneTree]."] # [doc = ""] # [inline] pub fn get_node_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_node_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns a list of all nodes assigned to the given group."] # [doc = ""] # [inline] pub fn get_nodes_in_group (& self , group : impl Into < GodotString >) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_nodes_in_group ; let ret = crate :: icalls :: icallvar__str (method_bind , self . this . sys () . as_ptr () , group . into ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "The [SceneTree]'s root [Viewport]."] # [doc = ""] # [inline] pub fn root (& self) -> Option < Ref < crate :: generated :: viewport :: Viewport , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_root ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: viewport :: Viewport , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Returns the sender's peer ID for the most recently received RPC call."] # [doc = ""] # [inline] pub fn get_rpc_sender_id (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . get_rpc_sender_id ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the given group exists."] # [doc = ""] # [inline] pub fn has_group (& self , name : impl Into < GodotString >) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . has_group ; let ret = crate :: icalls :: icallptr_bool_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; ret as _ } } # [doc = "Returns `true` if there is a [member network_peer] set."] # [doc = ""] # [inline] pub fn has_network_peer (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . has_network_peer ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, collision shapes will be visible when running the game from the editor for debugging purposes."] # [doc = ""] # [inline] pub fn is_debugging_collisions_hint (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_debugging_collisions_hint ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, navigation polygons will be visible when running the game from the editor for debugging purposes."] # [doc = ""] # [inline] pub fn is_debugging_navigation_hint (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_debugging_navigation_hint ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if the most recent [InputEvent] was marked as handled with [method set_input_as_handled]."] # [doc = ""] # [inline] pub fn is_input_handled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_input_handled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true` (default value), enables automatic polling of the [MultiplayerAPI] for this SceneTree during [signal idle_frame].\nIf `false`, you need to manually call [method MultiplayerAPI.poll] to process network packets and deliver RPCs/RSETs. This allows running RPCs/RSETs in a different loop (e.g. physics, thread, specific time step) and for manual [Mutex] protection when accessing the [MultiplayerAPI] from threads."] # [doc = ""] # [inline] pub fn is_multiplayer_poll_enabled (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_multiplayer_poll_enabled ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns `true` if this [SceneTree]'s [member network_peer] is in server mode (listening for connections)."] # [doc = ""] # [inline] pub fn is_network_server (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_network_server ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the [SceneTree] is paused. Doing so will have the following behavior:\n- 2D and 3D physics will be stopped.\n- [method Node._process], [method Node._physics_process] and [method Node._input] will not be called anymore in nodes."] # [doc = ""] # [inline] pub fn is_paused (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_paused ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the [SceneTree]'s [member network_peer] refuses new incoming connections."] # [doc = ""] # [inline] pub fn is_refusing_new_network_connections (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_refusing_new_network_connections ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, font oversampling is used."] # [doc = ""] # [inline] pub fn is_using_font_oversampling (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . is_using_font_oversampling ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Sends the given notification to all members of the `group`."] # [doc = ""] # [inline] pub fn notify_group (& self , group : impl Into < GodotString > , notification : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . notify_group ; let ret = crate :: icalls :: icallptr_void_str_i64 (method_bind , self . this . sys () . as_ptr () , group . into () , notification) ; } } # [doc = "Sends the given notification to all members of the `group`, respecting the given [enum GroupCallFlags]."] # [doc = ""] # [inline] pub fn notify_group_flags (& self , call_flags : i64 , group : impl Into < GodotString > , notification : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . notify_group_flags ; let ret = crate :: icalls :: icallptr_void_i64_str_i64 (method_bind , self . this . sys () . as_ptr () , call_flags , group . into () , notification) ; } } # [doc = "Queues the given object for deletion, delaying the call to [method Object.free] to after the current frame."] # [doc = ""] # [inline] pub fn queue_delete (& self , obj : impl AsArg < crate :: generated :: object :: Object >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . queue_delete ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , obj . as_arg_ptr ()) ; } } # [doc = "Quits the application. A process `exit_code` can optionally be passed as an argument. If this argument is `0` or greater, it will override the [member OS.exit_code] defined before quitting the application.\n# Default Arguments\n* `exit_code` - `-1`"] # [doc = ""] # [inline] pub fn quit (& self , exit_code : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . quit ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , exit_code) ; } } # [doc = "Reloads the currently active scene.\nReturns [constant OK] on success, [constant ERR_UNCONFIGURED] if no [member current_scene] was defined yet, [constant ERR_CANT_OPEN] if [member current_scene] cannot be loaded into a [PackedScene], or [constant ERR_CANT_CREATE] if the scene cannot be instantiated."] # [doc = ""] # [inline] pub fn reload_current_scene (& self) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . reload_current_scene ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; GodotError :: result_from_sys (ret as _) } } # [doc = "If `true`, the application automatically accepts quitting. Enabled by default.\nFor mobile platforms, see [method set_quit_on_go_back]."] # [doc = ""] # [inline] pub fn set_auto_accept_quit (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_auto_accept_quit ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "The current scene."] # [doc = ""] # [inline] pub fn set_current_scene (& self , child_node : impl AsArg < crate :: generated :: node :: Node >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_current_scene ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , child_node . as_arg_ptr ()) ; } } # [doc = "If `true`, collision shapes will be visible when running the game from the editor for debugging purposes."] # [doc = ""] # [inline] pub fn set_debug_collisions_hint (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_debug_collisions_hint ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, navigation polygons will be visible when running the game from the editor for debugging purposes."] # [doc = ""] # [inline] pub fn set_debug_navigation_hint (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_debug_navigation_hint ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "The root of the edited scene."] # [doc = ""] # [inline] pub fn set_edited_scene_root (& self , scene : impl AsArg < crate :: generated :: node :: Node >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_edited_scene_root ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , scene . as_arg_ptr ()) ; } } # [doc = "Sets the given `property` to `value` on all members of the given group."] # [doc = ""] # [inline] pub fn set_group (& self , group : impl Into < GodotString > , property : impl Into < GodotString > , value : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_group ; let ret = crate :: icalls :: icallptr_void_str_str_var (method_bind , self . this . sys () . as_ptr () , group . into () , property . into () , value . owned_to_variant ()) ; } } # [doc = "Sets the given `property` to `value` on all members of the given group, respecting the given [enum GroupCallFlags]."] # [doc = ""] # [inline] pub fn set_group_flags (& self , call_flags : i64 , group : impl Into < GodotString > , property : impl Into < GodotString > , value : impl OwnedToVariant) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_group_flags ; let ret = crate :: icalls :: icallptr_void_i64_str_str_var (method_bind , self . this . sys () . as_ptr () , call_flags , group . into () , property . into () , value . owned_to_variant ()) ; } } # [doc = "Marks the most recent [InputEvent] as handled."] # [doc = ""] # [inline] pub fn set_input_as_handled (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_input_as_handled ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "The default [MultiplayerAPI] instance for this [SceneTree]."] # [doc = ""] # [inline] pub fn set_multiplayer (& self , multiplayer : impl AsArg < crate :: generated :: multiplayer_api :: MultiplayerAPI >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_multiplayer ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , multiplayer . as_arg_ptr ()) ; } } # [doc = "If `true` (default value), enables automatic polling of the [MultiplayerAPI] for this SceneTree during [signal idle_frame].\nIf `false`, you need to manually call [method MultiplayerAPI.poll] to process network packets and deliver RPCs/RSETs. This allows running RPCs/RSETs in a different loop (e.g. physics, thread, specific time step) and for manual [Mutex] protection when accessing the [MultiplayerAPI] from threads."] # [doc = ""] # [inline] pub fn set_multiplayer_poll_enabled (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_multiplayer_poll_enabled ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "The peer object to handle the RPC system (effectively enabling networking when set). Depending on the peer itself, the [SceneTree] will become a network server (check with [method is_network_server]) and will set the root node's network mode to master, or it will become a regular peer with the root node set to puppet. All child nodes are set to inherit the network mode by default. Handling of networking-related events (connection, disconnection, new clients) is done by connecting to [SceneTree]'s signals."] # [doc = ""] # [inline] pub fn set_network_peer (& self , peer : impl AsArg < crate :: generated :: networked_multiplayer_peer :: NetworkedMultiplayerPeer >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_network_peer ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , peer . as_arg_ptr ()) ; } } # [doc = "If `true`, the [SceneTree] is paused. Doing so will have the following behavior:\n- 2D and 3D physics will be stopped.\n- [method Node._process], [method Node._physics_process] and [method Node._input] will not be called anymore in nodes."] # [doc = ""] # [inline] pub fn set_pause (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_pause ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } # [doc = "If `true`, the application quits automatically on going back (e.g. on Android). Enabled by default.\nTo handle 'Go Back' button when this option is disabled, use [constant MainLoop.NOTIFICATION_WM_GO_BACK_REQUEST]."] # [doc = ""] # [inline] pub fn set_quit_on_go_back (& self , enabled : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_quit_on_go_back ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enabled) ; } } # [doc = "If `true`, the [SceneTree]'s [member network_peer] refuses new incoming connections."] # [doc = ""] # [inline] pub fn set_refuse_new_network_connections (& self , refuse : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_refuse_new_network_connections ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , refuse) ; } } # [doc = "Configures screen stretching to the given [enum StretchMode], [enum StretchAspect], minimum size and `shrink` ratio.\n# Default Arguments\n* `shrink` - `1`"] # [doc = ""] # [inline] pub fn set_screen_stretch (& self , mode : i64 , aspect : i64 , minsize : Vector2 , shrink : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_screen_stretch ; let ret = crate :: icalls :: icallptr_void_i64_i64_vec2_f64 (method_bind , self . this . sys () . as_ptr () , mode , aspect , minsize , shrink) ; } } # [doc = "If `true`, font oversampling is used."] # [doc = ""] # [inline] pub fn set_use_font_oversampling (& self , enable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SceneTreeMethodTable :: get (get_api ()) . set_use_font_oversampling ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , enable) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for SceneTree { } unsafe impl GodotObject for SceneTree { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "SceneTree" } } impl std :: ops :: Deref for SceneTree { type Target = crate :: generated :: main_loop :: MainLoop ; # [inline] fn deref (& self) -> & crate :: generated :: main_loop :: MainLoop { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for SceneTree { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: main_loop :: MainLoop { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: main_loop :: MainLoop > for SceneTree { } unsafe impl SubClass < crate :: generated :: object :: Object > for SceneTree { } impl Instanciable for SceneTree { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { SceneTree :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct SceneTreeMethodTable { pub class_constructor : sys :: godot_class_constructor , pub call_group : * mut sys :: godot_method_bind , pub call_group_flags : * mut sys :: godot_method_bind , pub change_scene : * mut sys :: godot_method_bind , pub change_scene_to : * mut sys :: godot_method_bind , pub create_timer : * mut sys :: godot_method_bind , pub get_current_scene : * mut sys :: godot_method_bind , pub get_edited_scene_root : * mut sys :: godot_method_bind , pub get_frame : * mut sys :: godot_method_bind , pub get_multiplayer : * mut sys :: godot_method_bind , pub get_network_connected_peers : * mut sys :: godot_method_bind , pub get_network_peer : * mut sys :: godot_method_bind , pub get_network_unique_id : * mut sys :: godot_method_bind , pub get_node_count : * mut sys :: godot_method_bind , pub get_nodes_in_group : * mut sys :: godot_method_bind , pub get_root : * mut sys :: godot_method_bind , pub get_rpc_sender_id : * mut sys :: godot_method_bind , pub has_group : * mut sys :: godot_method_bind , pub has_network_peer : * mut sys :: godot_method_bind , pub is_debugging_collisions_hint : * mut sys :: godot_method_bind , pub is_debugging_navigation_hint : * mut sys :: godot_method_bind , pub is_input_handled : * mut sys :: godot_method_bind , pub is_multiplayer_poll_enabled : * mut sys :: godot_method_bind , pub is_network_server : * mut sys :: godot_method_bind , pub is_paused : * mut sys :: godot_method_bind , pub is_refusing_new_network_connections : * mut sys :: godot_method_bind , pub is_using_font_oversampling : * mut sys :: godot_method_bind , pub notify_group : * mut sys :: godot_method_bind , pub notify_group_flags : * mut sys :: godot_method_bind , pub queue_delete : * mut sys :: godot_method_bind , pub quit : * mut sys :: godot_method_bind , pub reload_current_scene : * mut sys :: godot_method_bind , pub set_auto_accept_quit : * mut sys :: godot_method_bind , pub set_current_scene : * mut sys :: godot_method_bind , pub set_debug_collisions_hint : * mut sys :: godot_method_bind , pub set_debug_navigation_hint : * mut sys :: godot_method_bind , pub set_edited_scene_root : * mut sys :: godot_method_bind , pub set_group : * mut sys :: godot_method_bind , pub set_group_flags : * mut sys :: godot_method_bind , pub set_input_as_handled : * mut sys :: godot_method_bind , pub set_multiplayer : * mut sys :: godot_method_bind , pub set_multiplayer_poll_enabled : * mut sys :: godot_method_bind , pub set_network_peer : * mut sys :: godot_method_bind , pub set_pause : * mut sys :: godot_method_bind , pub set_quit_on_go_back : * mut sys :: godot_method_bind , pub set_refuse_new_network_connections : * mut sys :: godot_method_bind , pub set_screen_stretch : * mut sys :: godot_method_bind , pub set_use_font_oversampling : * mut sys :: godot_method_bind } impl SceneTreeMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : SceneTreeMethodTable = SceneTreeMethodTable { class_constructor : None , call_group : 0 as * mut sys :: godot_method_bind , call_group_flags : 0 as * mut sys :: godot_method_bind , change_scene : 0 as * mut sys :: godot_method_bind , change_scene_to : 0 as * mut sys :: godot_method_bind , create_timer : 0 as * mut sys :: godot_method_bind , get_current_scene : 0 as * mut sys :: godot_method_bind , get_edited_scene_root : 0 as * mut sys :: godot_method_bind , get_frame : 0 as * mut sys :: godot_method_bind , get_multiplayer : 0 as * mut sys :: godot_method_bind , get_network_connected_peers : 0 as * mut sys :: godot_method_bind , get_network_peer : 0 as * mut sys :: godot_method_bind , get_network_unique_id : 0 as * mut sys :: godot_method_bind , get_node_count : 0 as * mut sys :: godot_method_bind , get_nodes_in_group : 0 as * mut sys :: godot_method_bind , get_root : 0 as * mut sys :: godot_method_bind , get_rpc_sender_id : 0 as * mut sys :: godot_method_bind , has_group : 0 as * mut sys :: godot_method_bind , has_network_peer : 0 as * mut sys :: godot_method_bind , is_debugging_collisions_hint : 0 as * mut sys :: godot_method_bind , is_debugging_navigation_hint : 0 as * mut sys :: godot_method_bind , is_input_handled : 0 as * mut sys :: godot_method_bind , is_multiplayer_poll_enabled : 0 as * mut sys :: godot_method_bind , is_network_server : 0 as * mut sys :: godot_method_bind , is_paused : 0 as * mut sys :: godot_method_bind , is_refusing_new_network_connections : 0 as * mut sys :: godot_method_bind , is_using_font_oversampling : 0 as * mut sys :: godot_method_bind , notify_group : 0 as * mut sys :: godot_method_bind , notify_group_flags : 0 as * mut sys :: godot_method_bind , queue_delete : 0 as * mut sys :: godot_method_bind , quit : 0 as * mut sys :: godot_method_bind , reload_current_scene : 0 as * mut sys :: godot_method_bind , set_auto_accept_quit : 0 as * mut sys :: godot_method_bind , set_current_scene : 0 as * mut sys :: godot_method_bind , set_debug_collisions_hint : 0 as * mut sys :: godot_method_bind , set_debug_navigation_hint : 0 as * mut sys :: godot_method_bind , set_edited_scene_root : 0 as * mut sys :: godot_method_bind , set_group : 0 as * mut sys :: godot_method_bind , set_group_flags : 0 as * mut sys :: godot_method_bind , set_input_as_handled : 0 as * mut sys :: godot_method_bind , set_multiplayer : 0 as * mut sys :: godot_method_bind , set_multiplayer_poll_enabled : 0 as * mut sys :: godot_method_bind , set_network_peer : 0 as * mut sys :: godot_method_bind , set_pause : 0 as * mut sys :: godot_method_bind , set_quit_on_go_back : 0 as * mut sys :: godot_method_bind , set_refuse_new_network_connections : 0 as * mut sys :: godot_method_bind , set_screen_stretch : 0 as * mut sys :: godot_method_bind , set_use_font_oversampling : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { SceneTreeMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "SceneTree\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . call_group = (gd_api . godot_method_bind_get_method) (class_name , "call_group\0" . as_ptr () as * const c_char) ; table . call_group_flags = (gd_api . godot_method_bind_get_method) (class_name , "call_group_flags\0" . as_ptr () as * const c_char) ; table . change_scene = (gd_api . godot_method_bind_get_method) (class_name , "change_scene\0" . as_ptr () as * const c_char) ; table . change_scene_to = (gd_api . godot_method_bind_get_method) (class_name , "change_scene_to\0" . as_ptr () as * const c_char) ; table . create_timer = (gd_api . godot_method_bind_get_method) (class_name , "create_timer\0" . as_ptr () as * const c_char) ; table . get_current_scene = (gd_api . godot_method_bind_get_method) (class_name , "get_current_scene\0" . as_ptr () as * const c_char) ; table . get_edited_scene_root = (gd_api . godot_method_bind_get_method) (class_name , "get_edited_scene_root\0" . as_ptr () as * const c_char) ; table . get_frame = (gd_api . godot_method_bind_get_method) (class_name , "get_frame\0" . as_ptr () as * const c_char) ; table . get_multiplayer = (gd_api . godot_method_bind_get_method) (class_name , "get_multiplayer\0" . as_ptr () as * const c_char) ; table . get_network_connected_peers = (gd_api . godot_method_bind_get_method) (class_name , "get_network_connected_peers\0" . as_ptr () as * const c_char) ; table . get_network_peer = (gd_api . godot_method_bind_get_method) (class_name , "get_network_peer\0" . as_ptr () as * const c_char) ; table . get_network_unique_id = (gd_api . godot_method_bind_get_method) (class_name , "get_network_unique_id\0" . as_ptr () as * const c_char) ; table . get_node_count = (gd_api . godot_method_bind_get_method) (class_name , "get_node_count\0" . as_ptr () as * const c_char) ; table . get_nodes_in_group = (gd_api . godot_method_bind_get_method) (class_name , "get_nodes_in_group\0" . as_ptr () as * const c_char) ; table . get_root = (gd_api . godot_method_bind_get_method) (class_name , "get_root\0" . as_ptr () as * const c_char) ; table . get_rpc_sender_id = (gd_api . godot_method_bind_get_method) (class_name , "get_rpc_sender_id\0" . as_ptr () as * const c_char) ; table . has_group = (gd_api . godot_method_bind_get_method) (class_name , "has_group\0" . as_ptr () as * const c_char) ; table . has_network_peer = (gd_api . godot_method_bind_get_method) (class_name , "has_network_peer\0" . as_ptr () as * const c_char) ; table . is_debugging_collisions_hint = (gd_api . godot_method_bind_get_method) (class_name , "is_debugging_collisions_hint\0" . as_ptr () as * const c_char) ; table . is_debugging_navigation_hint = (gd_api . godot_method_bind_get_method) (class_name , "is_debugging_navigation_hint\0" . as_ptr () as * const c_char) ; table . is_input_handled = (gd_api . godot_method_bind_get_method) (class_name , "is_input_handled\0" . as_ptr () as * const c_char) ; table . is_multiplayer_poll_enabled = (gd_api . godot_method_bind_get_method) (class_name , "is_multiplayer_poll_enabled\0" . as_ptr () as * const c_char) ; table . is_network_server = (gd_api . godot_method_bind_get_method) (class_name , "is_network_server\0" . as_ptr () as * const c_char) ; table . is_paused = (gd_api . godot_method_bind_get_method) (class_name , "is_paused\0" . as_ptr () as * const c_char) ; table . is_refusing_new_network_connections = (gd_api . godot_method_bind_get_method) (class_name , "is_refusing_new_network_connections\0" . as_ptr () as * const c_char) ; table . is_using_font_oversampling = (gd_api . godot_method_bind_get_method) (class_name , "is_using_font_oversampling\0" . as_ptr () as * const c_char) ; table . notify_group = (gd_api . godot_method_bind_get_method) (class_name , "notify_group\0" . as_ptr () as * const c_char) ; table . notify_group_flags = (gd_api . godot_method_bind_get_method) (class_name , "notify_group_flags\0" . as_ptr () as * const c_char) ; table . queue_delete = (gd_api . godot_method_bind_get_method) (class_name , "queue_delete\0" . as_ptr () as * const c_char) ; table . quit = (gd_api . godot_method_bind_get_method) (class_name , "quit\0" . as_ptr () as * const c_char) ; table . reload_current_scene = (gd_api . godot_method_bind_get_method) (class_name , "reload_current_scene\0" . as_ptr () as * const c_char) ; table . set_auto_accept_quit = (gd_api . godot_method_bind_get_method) (class_name , "set_auto_accept_quit\0" . as_ptr () as * const c_char) ; table . set_current_scene = (gd_api . godot_method_bind_get_method) (class_name , "set_current_scene\0" . as_ptr () as * const c_char) ; table . set_debug_collisions_hint = (gd_api . godot_method_bind_get_method) (class_name , "set_debug_collisions_hint\0" . as_ptr () as * const c_char) ; table . set_debug_navigation_hint = (gd_api . godot_method_bind_get_method) (class_name , "set_debug_navigation_hint\0" . as_ptr () as * const c_char) ; table . set_edited_scene_root = (gd_api . godot_method_bind_get_method) (class_name , "set_edited_scene_root\0" . as_ptr () as * const c_char) ; table . set_group = (gd_api . godot_method_bind_get_method) (class_name , "set_group\0" . as_ptr () as * const c_char) ; table . set_group_flags = (gd_api . godot_method_bind_get_method) (class_name , "set_group_flags\0" . as_ptr () as * const c_char) ; table . set_input_as_handled = (gd_api . godot_method_bind_get_method) (class_name , "set_input_as_handled\0" . as_ptr () as * const c_char) ; table . set_multiplayer = (gd_api . godot_method_bind_get_method) (class_name , "set_multiplayer\0" . as_ptr () as * const c_char) ; table . set_multiplayer_poll_enabled = (gd_api . godot_method_bind_get_method) (class_name , "set_multiplayer_poll_enabled\0" . as_ptr () as * const c_char) ; table . set_network_peer = (gd_api . godot_method_bind_get_method) (class_name , "set_network_peer\0" . as_ptr () as * const c_char) ; table . set_pause = (gd_api . godot_method_bind_get_method) (class_name , "set_pause\0" . as_ptr () as * const c_char) ; table . set_quit_on_go_back = (gd_api . godot_method_bind_get_method) (class_name , "set_quit_on_go_back\0" . as_ptr () as * const c_char) ; table . set_refuse_new_network_connections = (gd_api . godot_method_bind_get_method) (class_name , "set_refuse_new_network_connections\0" . as_ptr () as * const c_char) ; table . set_screen_stretch = (gd_api . godot_method_bind_get_method) (class_name , "set_screen_stretch\0" . as_ptr () as * const c_char) ; table . set_use_font_oversampling = (gd_api . godot_method_bind_get_method) (class_name , "set_use_font_oversampling\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:724:3637 [INFO] [stdout] | [INFO] [stdout] 724 | ...thodTable { class_constructor : None , } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 724 | # [doc = "`core class VisualScriptIterator` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptiterator.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptIterator inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptIterator { this : RawObject < Self > , } impl VisualScriptIterator { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptIteratorMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptIterator { } unsafe impl GodotObject for VisualScriptIterator { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptIterator" } } impl std :: ops :: Deref for VisualScriptIterator { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptIterator { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptIterator { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptIterator { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptIterator { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptIterator { } impl Instanciable for VisualScriptIterator { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptIterator :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptIteratorMethodTable { pub class_constructor : sys :: godot_class_constructor , } impl VisualScriptIteratorMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptIteratorMethodTable = VisualScriptIteratorMethodTable { class_constructor : None , } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptIteratorMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptIterator\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:730:5564 [INFO] [stdout] | [INFO] [stdout] 730 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 730 | # [doc = "`core class VisualScriptConstructor` inherits `VisualScriptNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_visualscriptconstructor.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVisualScriptConstructor inherits methods from:\n - [VisualScriptNode](struct.VisualScriptNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VisualScriptConstructor { this : RawObject < Self > , } impl VisualScriptConstructor { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VisualScriptConstructorMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn constructor (& self) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptConstructorMethodTable :: get (get_api ()) . get_constructor ; let ret = crate :: icalls :: icallptr_dict (method_bind , self . this . sys () . as_ptr ()) ; Dictionary :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn constructor_type (& self) -> VariantType { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptConstructorMethodTable :: get (get_api ()) . get_constructor_type ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; VariantType :: from_sys (ret as _) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_constructor (& self , constructor : Dictionary) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptConstructorMethodTable :: get (get_api ()) . set_constructor ; let ret = crate :: icalls :: icallptr_void_dict (method_bind , self . this . sys () . as_ptr () , constructor) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_constructor_type (& self , _type : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VisualScriptConstructorMethodTable :: get (get_api ()) . set_constructor_type ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , _type) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VisualScriptConstructor { } unsafe impl GodotObject for VisualScriptConstructor { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VisualScriptConstructor" } } impl std :: ops :: Deref for VisualScriptConstructor { type Target = crate :: generated :: visual_script_node :: VisualScriptNode ; # [inline] fn deref (& self) -> & crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VisualScriptConstructor { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: visual_script_node :: VisualScriptNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: visual_script_node :: VisualScriptNode > for VisualScriptConstructor { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VisualScriptConstructor { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VisualScriptConstructor { } unsafe impl SubClass < crate :: generated :: object :: Object > for VisualScriptConstructor { } impl Instanciable for VisualScriptConstructor { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VisualScriptConstructor :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VisualScriptConstructorMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_constructor : * mut sys :: godot_method_bind , pub get_constructor_type : * mut sys :: godot_method_bind , pub set_constructor : * mut sys :: godot_method_bind , pub set_constructor_type : * mut sys :: godot_method_bind } impl VisualScriptConstructorMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VisualScriptConstructorMethodTable = VisualScriptConstructorMethodTable { class_constructor : None , get_constructor : 0 as * mut sys :: godot_method_bind , get_constructor_type : 0 as * mut sys :: godot_method_bind , set_constructor : 0 as * mut sys :: godot_method_bind , set_constructor_type : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VisualScriptConstructorMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VisualScriptConstructor\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_constructor = (gd_api . godot_method_bind_get_method) (class_name , "get_constructor\0" . as_ptr () as * const c_char) ; table . get_constructor_type = (gd_api . godot_method_bind_get_method) (class_name , "get_constructor_type\0" . as_ptr () as * const c_char) ; table . set_constructor = (gd_api . godot_method_bind_get_method) (class_name , "set_constructor\0" . as_ptr () as * const c_char) ; table . set_constructor_type = (gd_api . godot_method_bind_get_method) (class_name , "set_constructor_type\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:736:22860 [INFO] [stdout] | [INFO] [stdout] 736 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 736 | # [doc = "`core class SoftBody` inherits `MeshInstance` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_softbody.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`SoftBody` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nSoftBody inherits methods from:\n - [MeshInstance](struct.MeshInstance.html)\n - [GeometryInstance](struct.GeometryInstance.html)\n - [VisualInstance](struct.VisualInstance.html)\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct SoftBody { this : RawObject < Self > , } impl SoftBody { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = SoftBodyMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a body to the list of bodies that this body can't collide with."] # [doc = ""] # [inline] pub fn add_collision_exception_with (& self , body : impl AsArg < crate :: generated :: node :: Node >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . add_collision_exception_with ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , body . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn areaAngular_stiffness (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_areaAngular_stiffness ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns an array of nodes that were added as collision exceptions for this body."] # [doc = ""] # [inline] pub fn get_collision_exceptions (& self) -> VariantArray { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_collision_exceptions ; let ret = crate :: icalls :: icallvar_ (method_bind , self . this . sys () . as_ptr ()) ; < VariantArray > :: from_variant (& ret) . expect ("Unexpected variant type") } } # [doc = "The physics layers this SoftBody is in.\nCollidable objects can exist in any of 32 different layers. These layers work like a tagging system, and are not visual. A collidable can use these layers to select with which objects it can collide, using the collision_mask property.\nA contact is detected if object A is in any of the layers that object B scans, or object B is in any layer scanned by object A. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn collision_layer (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_collision_layer ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns an individual bit on the collision mask."] # [doc = ""] # [inline] pub fn get_collision_layer_bit (& self , bit : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_collision_layer_bit ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , bit) ; ret as _ } } # [doc = "The physics layers this SoftBody scans for collisions. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn collision_mask (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_collision_mask ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns an individual bit on the collision mask."] # [doc = ""] # [inline] pub fn get_collision_mask_bit (& self , bit : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_collision_mask_bit ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , bit) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn damping_coefficient (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_damping_coefficient ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn drag_coefficient (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_drag_coefficient ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn linear_stiffness (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_linear_stiffness ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "[NodePath] to a [CollisionObject] this SoftBody should avoid clipping."] # [doc = ""] # [inline] pub fn parent_collision_ignore (& self) -> NodePath { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_parent_collision_ignore ; let ret = crate :: icalls :: icallptr_nodepath (method_bind , self . this . sys () . as_ptr ()) ; NodePath :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn pose_matching_coefficient (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_pose_matching_coefficient ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn pressure_coefficient (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_pressure_coefficient ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Increasing this value will improve the resulting simulation, but can affect performance. Use with care."] # [doc = ""] # [inline] pub fn simulation_precision (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_simulation_precision ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The SoftBody's mass."] # [doc = ""] # [inline] pub fn total_mass (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_total_mass ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn volume_stiffness (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . get_volume_stiffness ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the [SoftBody] will respond to [RayCast]s."] # [doc = ""] # [inline] pub fn is_ray_pickable (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . is_ray_pickable ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Removes a body from the list of bodies that this body can't collide with."] # [doc = ""] # [inline] pub fn remove_collision_exception_with (& self , body : impl AsArg < crate :: generated :: node :: Node >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . remove_collision_exception_with ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , body . as_arg_ptr ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_areaAngular_stiffness (& self , areaAngular_stiffness : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_areaAngular_stiffness ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , areaAngular_stiffness) ; } } # [doc = "The physics layers this SoftBody is in.\nCollidable objects can exist in any of 32 different layers. These layers work like a tagging system, and are not visual. A collidable can use these layers to select with which objects it can collide, using the collision_mask property.\nA contact is detected if object A is in any of the layers that object B scans, or object B is in any layer scanned by object A. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn set_collision_layer (& self , collision_layer : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_collision_layer ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , collision_layer) ; } } # [doc = "Sets individual bits on the layer mask. Use this if you only need to change one layer's value."] # [doc = ""] # [inline] pub fn set_collision_layer_bit (& self , bit : i64 , value : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_collision_layer_bit ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , bit , value) ; } } # [doc = "The physics layers this SoftBody scans for collisions. See [url=https://docs.godotengine.org/en/latest/tutorials/physics/physics_introduction.html#collision-layers-and-masks]Collision layers and masks[/url] in the documentation for more information."] # [doc = ""] # [inline] pub fn set_collision_mask (& self , collision_mask : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_collision_mask ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , collision_mask) ; } } # [doc = "Sets individual bits on the collision mask. Use this if you only need to change one layer's value."] # [doc = ""] # [inline] pub fn set_collision_mask_bit (& self , bit : i64 , value : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_collision_mask_bit ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , bit , value) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_damping_coefficient (& self , damping_coefficient : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_damping_coefficient ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , damping_coefficient) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_drag_coefficient (& self , drag_coefficient : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_drag_coefficient ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , drag_coefficient) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_linear_stiffness (& self , linear_stiffness : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_linear_stiffness ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , linear_stiffness) ; } } # [doc = "[NodePath] to a [CollisionObject] this SoftBody should avoid clipping."] # [doc = ""] # [inline] pub fn set_parent_collision_ignore (& self , parent_collision_ignore : impl Into < NodePath >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_parent_collision_ignore ; let ret = crate :: icalls :: icallptr_void_nodepath (method_bind , self . this . sys () . as_ptr () , parent_collision_ignore . into ()) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_pose_matching_coefficient (& self , pose_matching_coefficient : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_pose_matching_coefficient ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , pose_matching_coefficient) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_pressure_coefficient (& self , pressure_coefficient : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_pressure_coefficient ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , pressure_coefficient) ; } } # [doc = "If `true`, the [SoftBody] will respond to [RayCast]s."] # [doc = ""] # [inline] pub fn set_ray_pickable (& self , ray_pickable : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_ray_pickable ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , ray_pickable) ; } } # [doc = "Increasing this value will improve the resulting simulation, but can affect performance. Use with care."] # [doc = ""] # [inline] pub fn set_simulation_precision (& self , simulation_precision : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_simulation_precision ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , simulation_precision) ; } } # [doc = "The SoftBody's mass."] # [doc = ""] # [inline] pub fn set_total_mass (& self , mass : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_total_mass ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , mass) ; } } # [doc = ""] # [doc = ""] # [inline] pub fn set_volume_stiffness (& self , volume_stiffness : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = SoftBodyMethodTable :: get (get_api ()) . set_volume_stiffness ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , volume_stiffness) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for SoftBody { } unsafe impl GodotObject for SoftBody { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "SoftBody" } } impl QueueFree for SoftBody { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for SoftBody { type Target = crate :: generated :: mesh_instance :: MeshInstance ; # [inline] fn deref (& self) -> & crate :: generated :: mesh_instance :: MeshInstance { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for SoftBody { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: mesh_instance :: MeshInstance { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: mesh_instance :: MeshInstance > for SoftBody { } unsafe impl SubClass < crate :: generated :: geometry_instance :: GeometryInstance > for SoftBody { } unsafe impl SubClass < crate :: generated :: visual_instance :: VisualInstance > for SoftBody { } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for SoftBody { } unsafe impl SubClass < crate :: generated :: node :: Node > for SoftBody { } unsafe impl SubClass < crate :: generated :: object :: Object > for SoftBody { } impl Instanciable for SoftBody { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { SoftBody :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct SoftBodyMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_collision_exception_with : * mut sys :: godot_method_bind , pub get_areaAngular_stiffness : * mut sys :: godot_method_bind , pub get_collision_exceptions : * mut sys :: godot_method_bind , pub get_collision_layer : * mut sys :: godot_method_bind , pub get_collision_layer_bit : * mut sys :: godot_method_bind , pub get_collision_mask : * mut sys :: godot_method_bind , pub get_collision_mask_bit : * mut sys :: godot_method_bind , pub get_damping_coefficient : * mut sys :: godot_method_bind , pub get_drag_coefficient : * mut sys :: godot_method_bind , pub get_linear_stiffness : * mut sys :: godot_method_bind , pub get_parent_collision_ignore : * mut sys :: godot_method_bind , pub get_pose_matching_coefficient : * mut sys :: godot_method_bind , pub get_pressure_coefficient : * mut sys :: godot_method_bind , pub get_simulation_precision : * mut sys :: godot_method_bind , pub get_total_mass : * mut sys :: godot_method_bind , pub get_volume_stiffness : * mut sys :: godot_method_bind , pub is_ray_pickable : * mut sys :: godot_method_bind , pub remove_collision_exception_with : * mut sys :: godot_method_bind , pub set_areaAngular_stiffness : * mut sys :: godot_method_bind , pub set_collision_layer : * mut sys :: godot_method_bind , pub set_collision_layer_bit : * mut sys :: godot_method_bind , pub set_collision_mask : * mut sys :: godot_method_bind , pub set_collision_mask_bit : * mut sys :: godot_method_bind , pub set_damping_coefficient : * mut sys :: godot_method_bind , pub set_drag_coefficient : * mut sys :: godot_method_bind , pub set_linear_stiffness : * mut sys :: godot_method_bind , pub set_parent_collision_ignore : * mut sys :: godot_method_bind , pub set_pose_matching_coefficient : * mut sys :: godot_method_bind , pub set_pressure_coefficient : * mut sys :: godot_method_bind , pub set_ray_pickable : * mut sys :: godot_method_bind , pub set_simulation_precision : * mut sys :: godot_method_bind , pub set_total_mass : * mut sys :: godot_method_bind , pub set_volume_stiffness : * mut sys :: godot_method_bind } impl SoftBodyMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : SoftBodyMethodTable = SoftBodyMethodTable { class_constructor : None , add_collision_exception_with : 0 as * mut sys :: godot_method_bind , get_areaAngular_stiffness : 0 as * mut sys :: godot_method_bind , get_collision_exceptions : 0 as * mut sys :: godot_method_bind , get_collision_layer : 0 as * mut sys :: godot_method_bind , get_collision_layer_bit : 0 as * mut sys :: godot_method_bind , get_collision_mask : 0 as * mut sys :: godot_method_bind , get_collision_mask_bit : 0 as * mut sys :: godot_method_bind , get_damping_coefficient : 0 as * mut sys :: godot_method_bind , get_drag_coefficient : 0 as * mut sys :: godot_method_bind , get_linear_stiffness : 0 as * mut sys :: godot_method_bind , get_parent_collision_ignore : 0 as * mut sys :: godot_method_bind , get_pose_matching_coefficient : 0 as * mut sys :: godot_method_bind , get_pressure_coefficient : 0 as * mut sys :: godot_method_bind , get_simulation_precision : 0 as * mut sys :: godot_method_bind , get_total_mass : 0 as * mut sys :: godot_method_bind , get_volume_stiffness : 0 as * mut sys :: godot_method_bind , is_ray_pickable : 0 as * mut sys :: godot_method_bind , remove_collision_exception_with : 0 as * mut sys :: godot_method_bind , set_areaAngular_stiffness : 0 as * mut sys :: godot_method_bind , set_collision_layer : 0 as * mut sys :: godot_method_bind , set_collision_layer_bit : 0 as * mut sys :: godot_method_bind , set_collision_mask : 0 as * mut sys :: godot_method_bind , set_collision_mask_bit : 0 as * mut sys :: godot_method_bind , set_damping_coefficient : 0 as * mut sys :: godot_method_bind , set_drag_coefficient : 0 as * mut sys :: godot_method_bind , set_linear_stiffness : 0 as * mut sys :: godot_method_bind , set_parent_collision_ignore : 0 as * mut sys :: godot_method_bind , set_pose_matching_coefficient : 0 as * mut sys :: godot_method_bind , set_pressure_coefficient : 0 as * mut sys :: godot_method_bind , set_ray_pickable : 0 as * mut sys :: godot_method_bind , set_simulation_precision : 0 as * mut sys :: godot_method_bind , set_total_mass : 0 as * mut sys :: godot_method_bind , set_volume_stiffness : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { SoftBodyMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "SoftBody\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_collision_exception_with = (gd_api . godot_method_bind_get_method) (class_name , "add_collision_exception_with\0" . as_ptr () as * const c_char) ; table . get_areaAngular_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "get_areaAngular_stiffness\0" . as_ptr () as * const c_char) ; table . get_collision_exceptions = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_exceptions\0" . as_ptr () as * const c_char) ; table . get_collision_layer = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_layer\0" . as_ptr () as * const c_char) ; table . get_collision_layer_bit = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_layer_bit\0" . as_ptr () as * const c_char) ; table . get_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_mask\0" . as_ptr () as * const c_char) ; table . get_collision_mask_bit = (gd_api . godot_method_bind_get_method) (class_name , "get_collision_mask_bit\0" . as_ptr () as * const c_char) ; table . get_damping_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "get_damping_coefficient\0" . as_ptr () as * const c_char) ; table . get_drag_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "get_drag_coefficient\0" . as_ptr () as * const c_char) ; table . get_linear_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "get_linear_stiffness\0" . as_ptr () as * const c_char) ; table . get_parent_collision_ignore = (gd_api . godot_method_bind_get_method) (class_name , "get_parent_collision_ignore\0" . as_ptr () as * const c_char) ; table . get_pose_matching_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "get_pose_matching_coefficient\0" . as_ptr () as * const c_char) ; table . get_pressure_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "get_pressure_coefficient\0" . as_ptr () as * const c_char) ; table . get_simulation_precision = (gd_api . godot_method_bind_get_method) (class_name , "get_simulation_precision\0" . as_ptr () as * const c_char) ; table . get_total_mass = (gd_api . godot_method_bind_get_method) (class_name , "get_total_mass\0" . as_ptr () as * const c_char) ; table . get_volume_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "get_volume_stiffness\0" . as_ptr () as * const c_char) ; table . is_ray_pickable = (gd_api . godot_method_bind_get_method) (class_name , "is_ray_pickable\0" . as_ptr () as * const c_char) ; table . remove_collision_exception_with = (gd_api . godot_method_bind_get_method) (class_name , "remove_collision_exception_with\0" . as_ptr () as * const c_char) ; table . set_areaAngular_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "set_areaAngular_stiffness\0" . as_ptr () as * const c_char) ; table . set_collision_layer = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_layer\0" . as_ptr () as * const c_char) ; table . set_collision_layer_bit = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_layer_bit\0" . as_ptr () as * const c_char) ; table . set_collision_mask = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_mask\0" . as_ptr () as * const c_char) ; table . set_collision_mask_bit = (gd_api . godot_method_bind_get_method) (class_name , "set_collision_mask_bit\0" . as_ptr () as * const c_char) ; table . set_damping_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "set_damping_coefficient\0" . as_ptr () as * const c_char) ; table . set_drag_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "set_drag_coefficient\0" . as_ptr () as * const c_char) ; table . set_linear_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "set_linear_stiffness\0" . as_ptr () as * const c_char) ; table . set_parent_collision_ignore = (gd_api . godot_method_bind_get_method) (class_name , "set_parent_collision_ignore\0" . as_ptr () as * const c_char) ; table . set_pose_matching_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "set_pose_matching_coefficient\0" . as_ptr () as * const c_char) ; table . set_pressure_coefficient = (gd_api . godot_method_bind_get_method) (class_name , "set_pressure_coefficient\0" . as_ptr () as * const c_char) ; table . set_ray_pickable = (gd_api . godot_method_bind_get_method) (class_name , "set_ray_pickable\0" . as_ptr () as * const c_char) ; table . set_simulation_precision = (gd_api . godot_method_bind_get_method) (class_name , "set_simulation_precision\0" . as_ptr () as * const c_char) ; table . set_total_mass = (gd_api . godot_method_bind_get_method) (class_name , "set_total_mass\0" . as_ptr () as * const c_char) ; table . set_volume_stiffness = (gd_api . godot_method_bind_get_method) (class_name , "set_volume_stiffness\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:742:11051 [INFO] [stdout] | [INFO] [stdout] 742 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 742 | # [doc = "`core class AudioEffectCompressor` inherits `AudioEffect` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_audioeffectcompressor.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAudioEffectCompressor inherits methods from:\n - [AudioEffect](struct.AudioEffect.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AudioEffectCompressor { this : RawObject < Self > , } impl AudioEffectCompressor { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AudioEffectCompressorMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Compressor's reaction time when the signal exceeds the threshold, in microseconds. Value can range from 20 to 2000."] # [doc = ""] # [inline] pub fn attack_us (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . get_attack_us ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Gain applied to the output signal."] # [doc = ""] # [inline] pub fn gain (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . get_gain ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Balance between original signal and effect signal. Value can range from 0 (totally dry) to 1 (totally wet)."] # [doc = ""] # [inline] pub fn mix (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . get_mix ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Amount of compression applied to the audio once it passes the threshold level. The higher the ratio, the more the loud parts of the audio will be compressed. Value can range from 1 to 48."] # [doc = ""] # [inline] pub fn ratio (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . get_ratio ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Compressor's delay time to stop reducing the signal after the signal level falls below the threshold, in milliseconds. Value can range from 20 to 2000."] # [doc = ""] # [inline] pub fn release_ms (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . get_release_ms ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Reduce the sound level using another audio bus for threshold detection."] # [doc = ""] # [inline] pub fn sidechain (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . get_sidechain ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "The level above which compression is applied to the audio. Value can range from -60 to 0."] # [doc = ""] # [inline] pub fn threshold (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . get_threshold ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Compressor's reaction time when the signal exceeds the threshold, in microseconds. Value can range from 20 to 2000."] # [doc = ""] # [inline] pub fn set_attack_us (& self , attack_us : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . set_attack_us ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , attack_us) ; } } # [doc = "Gain applied to the output signal."] # [doc = ""] # [inline] pub fn set_gain (& self , gain : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . set_gain ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , gain) ; } } # [doc = "Balance between original signal and effect signal. Value can range from 0 (totally dry) to 1 (totally wet)."] # [doc = ""] # [inline] pub fn set_mix (& self , mix : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . set_mix ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , mix) ; } } # [doc = "Amount of compression applied to the audio once it passes the threshold level. The higher the ratio, the more the loud parts of the audio will be compressed. Value can range from 1 to 48."] # [doc = ""] # [inline] pub fn set_ratio (& self , ratio : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . set_ratio ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , ratio) ; } } # [doc = "Compressor's delay time to stop reducing the signal after the signal level falls below the threshold, in milliseconds. Value can range from 20 to 2000."] # [doc = ""] # [inline] pub fn set_release_ms (& self , release_ms : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . set_release_ms ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , release_ms) ; } } # [doc = "Reduce the sound level using another audio bus for threshold detection."] # [doc = ""] # [inline] pub fn set_sidechain (& self , sidechain : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . set_sidechain ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , sidechain . into ()) ; } } # [doc = "The level above which compression is applied to the audio. Value can range from -60 to 0."] # [doc = ""] # [inline] pub fn set_threshold (& self , threshold : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AudioEffectCompressorMethodTable :: get (get_api ()) . set_threshold ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , threshold) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for AudioEffectCompressor { } unsafe impl GodotObject for AudioEffectCompressor { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AudioEffectCompressor" } } impl std :: ops :: Deref for AudioEffectCompressor { type Target = crate :: generated :: audio_effect :: AudioEffect ; # [inline] fn deref (& self) -> & crate :: generated :: audio_effect :: AudioEffect { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AudioEffectCompressor { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: audio_effect :: AudioEffect { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: audio_effect :: AudioEffect > for AudioEffectCompressor { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AudioEffectCompressor { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AudioEffectCompressor { } unsafe impl SubClass < crate :: generated :: object :: Object > for AudioEffectCompressor { } impl Instanciable for AudioEffectCompressor { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AudioEffectCompressor :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AudioEffectCompressorMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_attack_us : * mut sys :: godot_method_bind , pub get_gain : * mut sys :: godot_method_bind , pub get_mix : * mut sys :: godot_method_bind , pub get_ratio : * mut sys :: godot_method_bind , pub get_release_ms : * mut sys :: godot_method_bind , pub get_sidechain : * mut sys :: godot_method_bind , pub get_threshold : * mut sys :: godot_method_bind , pub set_attack_us : * mut sys :: godot_method_bind , pub set_gain : * mut sys :: godot_method_bind , pub set_mix : * mut sys :: godot_method_bind , pub set_ratio : * mut sys :: godot_method_bind , pub set_release_ms : * mut sys :: godot_method_bind , pub set_sidechain : * mut sys :: godot_method_bind , pub set_threshold : * mut sys :: godot_method_bind } impl AudioEffectCompressorMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AudioEffectCompressorMethodTable = AudioEffectCompressorMethodTable { class_constructor : None , get_attack_us : 0 as * mut sys :: godot_method_bind , get_gain : 0 as * mut sys :: godot_method_bind , get_mix : 0 as * mut sys :: godot_method_bind , get_ratio : 0 as * mut sys :: godot_method_bind , get_release_ms : 0 as * mut sys :: godot_method_bind , get_sidechain : 0 as * mut sys :: godot_method_bind , get_threshold : 0 as * mut sys :: godot_method_bind , set_attack_us : 0 as * mut sys :: godot_method_bind , set_gain : 0 as * mut sys :: godot_method_bind , set_mix : 0 as * mut sys :: godot_method_bind , set_ratio : 0 as * mut sys :: godot_method_bind , set_release_ms : 0 as * mut sys :: godot_method_bind , set_sidechain : 0 as * mut sys :: godot_method_bind , set_threshold : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AudioEffectCompressorMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AudioEffectCompressor\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_attack_us = (gd_api . godot_method_bind_get_method) (class_name , "get_attack_us\0" . as_ptr () as * const c_char) ; table . get_gain = (gd_api . godot_method_bind_get_method) (class_name , "get_gain\0" . as_ptr () as * const c_char) ; table . get_mix = (gd_api . godot_method_bind_get_method) (class_name , "get_mix\0" . as_ptr () as * const c_char) ; table . get_ratio = (gd_api . godot_method_bind_get_method) (class_name , "get_ratio\0" . as_ptr () as * const c_char) ; table . get_release_ms = (gd_api . godot_method_bind_get_method) (class_name , "get_release_ms\0" . as_ptr () as * const c_char) ; table . get_sidechain = (gd_api . godot_method_bind_get_method) (class_name , "get_sidechain\0" . as_ptr () as * const c_char) ; table . get_threshold = (gd_api . godot_method_bind_get_method) (class_name , "get_threshold\0" . as_ptr () as * const c_char) ; table . set_attack_us = (gd_api . godot_method_bind_get_method) (class_name , "set_attack_us\0" . as_ptr () as * const c_char) ; table . set_gain = (gd_api . godot_method_bind_get_method) (class_name , "set_gain\0" . as_ptr () as * const c_char) ; table . set_mix = (gd_api . godot_method_bind_get_method) (class_name , "set_mix\0" . as_ptr () as * const c_char) ; table . set_ratio = (gd_api . godot_method_bind_get_method) (class_name , "set_ratio\0" . as_ptr () as * const c_char) ; table . set_release_ms = (gd_api . godot_method_bind_get_method) (class_name , "set_release_ms\0" . as_ptr () as * const c_char) ; table . set_sidechain = (gd_api . godot_method_bind_get_method) (class_name , "set_sidechain\0" . as_ptr () as * const c_char) ; table . set_threshold = (gd_api . godot_method_bind_get_method) (class_name , "set_threshold\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:748:5868 [INFO] [stdout] | [INFO] [stdout] 748 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 748 | # [doc = "`core class Expression` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_expression.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nExpression inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Expression { this : RawObject < Self > , } impl Expression { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = ExpressionMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Executes the expression that was previously parsed by [method parse] and returns the result. Before you use the returned object, you should check if the method failed by calling [method has_execute_failed].\nIf you defined input variables in [method parse], you can specify their values in the inputs array, in the same order.\n# Default Arguments\n* `inputs` - `[ ]`\n* `base_instance` - `null`\n* `show_error` - `true`"] # [doc = ""] # [inline] pub fn execute (& self , inputs : VariantArray , base_instance : impl AsArg < crate :: generated :: object :: Object > , show_error : bool) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = ExpressionMethodTable :: get (get_api ()) . execute ; let ret = crate :: icalls :: icallptr_var_arr_obj_bool (method_bind , self . this . sys () . as_ptr () , inputs , base_instance . as_arg_ptr () , show_error) ; Variant :: from_sys (ret) } } # [doc = "Returns the error text if [method parse] has failed."] # [doc = ""] # [inline] pub fn get_error_text (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = ExpressionMethodTable :: get (get_api ()) . get_error_text ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Returns `true` if [method execute] has failed."] # [doc = ""] # [inline] pub fn has_execute_failed (& self) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = ExpressionMethodTable :: get (get_api ()) . has_execute_failed ; let ret = crate :: icalls :: icallptr_bool (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Parses the expression and returns an [enum Error] code.\nYou can optionally specify names of variables that may appear in the expression with `input_names`, so that you can bind them when it gets executed.\n# Default Arguments\n* `input_names` - `PoolStringArray( )`"] # [doc = ""] # [inline] pub fn parse (& self , expression : impl Into < GodotString > , input_names : StringArray) -> GodotResult { unsafe { let method_bind : * mut sys :: godot_method_bind = ExpressionMethodTable :: get (get_api ()) . parse ; let ret = crate :: icalls :: icallptr_i64_str_strarr (method_bind , self . this . sys () . as_ptr () , expression . into () , input_names) ; GodotError :: result_from_sys (ret as _) } } } impl gdnative_core :: private :: godot_object :: Sealed for Expression { } unsafe impl GodotObject for Expression { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Expression" } } impl std :: ops :: Deref for Expression { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Expression { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Expression { } unsafe impl SubClass < crate :: generated :: object :: Object > for Expression { } impl Instanciable for Expression { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Expression :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct ExpressionMethodTable { pub class_constructor : sys :: godot_class_constructor , pub execute : * mut sys :: godot_method_bind , pub get_error_text : * mut sys :: godot_method_bind , pub has_execute_failed : * mut sys :: godot_method_bind , pub parse : * mut sys :: godot_method_bind } impl ExpressionMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : ExpressionMethodTable = ExpressionMethodTable { class_constructor : None , execute : 0 as * mut sys :: godot_method_bind , get_error_text : 0 as * mut sys :: godot_method_bind , has_execute_failed : 0 as * mut sys :: godot_method_bind , parse : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { ExpressionMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Expression\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . execute = (gd_api . godot_method_bind_get_method) (class_name , "execute\0" . as_ptr () as * const c_char) ; table . get_error_text = (gd_api . godot_method_bind_get_method) (class_name , "get_error_text\0" . as_ptr () as * const c_char) ; table . has_execute_failed = (gd_api . godot_method_bind_get_method) (class_name , "has_execute_failed\0" . as_ptr () as * const c_char) ; table . parse = (gd_api . godot_method_bind_get_method) (class_name , "parse\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:754:5083 [INFO] [stdout] | [INFO] [stdout] 754 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 754 | # [doc = "`core class World2D` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_world2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nWorld2D inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct World2D { this : RawObject < Self > , } impl World2D { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = World2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The [RID] of this world's canvas resource. Used by the [VisualServer] for 2D drawing."] # [doc = ""] # [inline] pub fn canvas (& self) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = World2DMethodTable :: get (get_api ()) . get_canvas ; let ret = crate :: icalls :: icallptr_rid (method_bind , self . this . sys () . as_ptr ()) ; Rid :: from_sys (ret) } } # [doc = "Direct access to the world's physics 2D space state. Used for querying current and potential collisions. Must only be accessed from the main thread within `_physics_process(delta)`."] # [doc = ""] # [inline] pub fn direct_space_state (& self) -> Option < Ref < crate :: generated :: physics_2d_direct_space_state :: Physics2DDirectSpaceState , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = World2DMethodTable :: get (get_api ()) . get_direct_space_state ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: physics_2d_direct_space_state :: Physics2DDirectSpaceState , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The [RID] of this world's physics space resource. Used by the [Physics2DServer] for 2D physics, treating it as both a space and an area."] # [doc = ""] # [inline] pub fn space (& self) -> Rid { unsafe { let method_bind : * mut sys :: godot_method_bind = World2DMethodTable :: get (get_api ()) . get_space ; let ret = crate :: icalls :: icallptr_rid (method_bind , self . this . sys () . as_ptr ()) ; Rid :: from_sys (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for World2D { } unsafe impl GodotObject for World2D { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "World2D" } } impl std :: ops :: Deref for World2D { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for World2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for World2D { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for World2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for World2D { } impl Instanciable for World2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { World2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct World2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_canvas : * mut sys :: godot_method_bind , pub get_direct_space_state : * mut sys :: godot_method_bind , pub get_space : * mut sys :: godot_method_bind } impl World2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : World2DMethodTable = World2DMethodTable { class_constructor : None , get_canvas : 0 as * mut sys :: godot_method_bind , get_direct_space_state : 0 as * mut sys :: godot_method_bind , get_space : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { World2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "World2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_canvas = (gd_api . godot_method_bind_get_method) (class_name , "get_canvas\0" . as_ptr () as * const c_char) ; table . get_direct_space_state = (gd_api . godot_method_bind_get_method) (class_name , "get_direct_space_state\0" . as_ptr () as * const c_char) ; table . get_space = (gd_api . godot_method_bind_get_method) (class_name , "get_space\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:760:16687 [INFO] [stdout] | [INFO] [stdout] 760 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 760 | # [doc = "`core class Curve2D` inherits `Resource` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_curve2d.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCurve2D inherits methods from:\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Curve2D { this : RawObject < Self > , } impl Curve2D { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Curve2DMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Adds a point to a curve at `position`, with control points `in` and `out`.\nIf `at_position` is given, the point is inserted before the point number `at_position`, moving that point (and every point after) after the inserted point. If `at_position` is not given, or is an illegal value (`at_position <0` or `at_position >= [method get_point_count]`), the point will be appended at the end of the point list.\n# Default Arguments\n* `in` - `Vector2( 0, 0 )`\n* `out` - `Vector2( 0, 0 )`\n* `at_position` - `-1`"] # [doc = ""] # [inline] pub fn add_point (& self , position : Vector2 , _in : Vector2 , out : Vector2 , at_position : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . add_point ; let ret = crate :: icalls :: icallptr_void_vec2_vec2_vec2_i64 (method_bind , self . this . sys () . as_ptr () , position , _in , out , at_position) ; } } # [doc = "Removes all points from the curve."] # [doc = ""] # [inline] pub fn clear_points (& self) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . clear_points ; let ret = crate :: icalls :: icallptr_void (method_bind , self . this . sys () . as_ptr ()) ; } } # [doc = "The distance in pixels between two adjacent cached points. Changing it forces the cache to be recomputed the next time the [method get_baked_points] or [method get_baked_length] function is called. The smaller the distance, the more points in the cache and the more memory it will consume, so use with care."] # [doc = ""] # [inline] pub fn bake_interval (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_bake_interval ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the total length of the curve, based on the cached points. Given enough density (see [member bake_interval]), it should be approximate enough."] # [doc = ""] # [inline] pub fn get_baked_length (& self) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_baked_length ; let ret = crate :: icalls :: icallptr_f64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the cache of points as a [PoolVector2Array]."] # [doc = ""] # [inline] pub fn get_baked_points (& self) -> Vector2Array { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_baked_points ; let ret = crate :: icalls :: icallptr_vec2arr (method_bind , self . this . sys () . as_ptr ()) ; Vector2Array :: from_sys (ret) } } # [doc = "Returns the closest offset to `to_point`. This offset is meant to be used in [method interpolate_baked].\n`to_point` must be in this curve's local space."] # [doc = ""] # [inline] pub fn get_closest_offset (& self , to_point : Vector2) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_closest_offset ; let ret = crate :: icalls :: icallptr_f64_vec2 (method_bind , self . this . sys () . as_ptr () , to_point) ; ret as _ } } # [doc = "Returns the closest point (in curve's local space) to `to_point`.\n`to_point` must be in this curve's local space."] # [doc = ""] # [inline] pub fn get_closest_point (& self , to_point : Vector2) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_closest_point ; let ret = crate :: icalls :: icallptr_vec2_vec2 (method_bind , self . this . sys () . as_ptr () , to_point) ; mem :: transmute (ret) } } # [doc = "Returns the number of points describing the curve."] # [doc = ""] # [inline] pub fn get_point_count (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_point_count ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the position of the control point leading to the vertex `idx`. If the index is out of bounds, the function sends an error to the console, and returns `(0, 0)`."] # [doc = ""] # [inline] pub fn get_point_in (& self , idx : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_point_in ; let ret = crate :: icalls :: icallptr_vec2_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; mem :: transmute (ret) } } # [doc = "Returns the position of the control point leading out of the vertex `idx`. If the index is out of bounds, the function sends an error to the console, and returns `(0, 0)`."] # [doc = ""] # [inline] pub fn get_point_out (& self , idx : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_point_out ; let ret = crate :: icalls :: icallptr_vec2_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; mem :: transmute (ret) } } # [doc = "Returns the position of the vertex `idx`. If the index is out of bounds, the function sends an error to the console, and returns `(0, 0)`."] # [doc = ""] # [inline] pub fn get_point_position (& self , idx : i64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . get_point_position ; let ret = crate :: icalls :: icallptr_vec2_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; mem :: transmute (ret) } } # [doc = "Returns the position between the vertex `idx` and the vertex `idx + 1`, where `t` controls if the point is the first vertex (`t = 0.0`), the last vertex (`t = 1.0`), or in between. Values of `t` outside the range (`0.0 >= t <=1`) give strange, but predictable results.\nIf `idx` is out of bounds it is truncated to the first or last vertex, and `t` is ignored. If the curve has no points, the function sends an error to the console, and returns `(0, 0)`."] # [doc = ""] # [inline] pub fn interpolate (& self , idx : i64 , t : f64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . interpolate ; let ret = crate :: icalls :: icallptr_vec2_i64_f64 (method_bind , self . this . sys () . as_ptr () , idx , t) ; mem :: transmute (ret) } } # [doc = "Returns a point within the curve at position `offset`, where `offset` is measured as a pixel distance along the curve.\nTo do that, it finds the two cached points where the `offset` lies between, then interpolates the values. This interpolation is cubic if `cubic` is set to `true`, or linear if set to `false`.\nCubic interpolation tends to follow the curves better, but linear is faster (and often, precise enough).\n# Default Arguments\n* `cubic` - `false`"] # [doc = ""] # [inline] pub fn interpolate_baked (& self , offset : f64 , cubic : bool) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . interpolate_baked ; let ret = crate :: icalls :: icallptr_vec2_f64_bool (method_bind , self . this . sys () . as_ptr () , offset , cubic) ; mem :: transmute (ret) } } # [doc = "Returns the position at the vertex `fofs`. It calls [method interpolate] using the integer part of `fofs` as `idx`, and its fractional part as `t`."] # [doc = ""] # [inline] pub fn interpolatef (& self , fofs : f64) -> Vector2 { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . interpolatef ; let ret = crate :: icalls :: icallptr_vec2_f64 (method_bind , self . this . sys () . as_ptr () , fofs) ; mem :: transmute (ret) } } # [doc = "Deletes the point `idx` from the curve. Sends an error to the console if `idx` is out of bounds."] # [doc = ""] # [inline] pub fn remove_point (& self , idx : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . remove_point ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , idx) ; } } # [doc = "The distance in pixels between two adjacent cached points. Changing it forces the cache to be recomputed the next time the [method get_baked_points] or [method get_baked_length] function is called. The smaller the distance, the more points in the cache and the more memory it will consume, so use with care."] # [doc = ""] # [inline] pub fn set_bake_interval (& self , distance : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . set_bake_interval ; let ret = crate :: icalls :: icallptr_void_f64 (method_bind , self . this . sys () . as_ptr () , distance) ; } } # [doc = "Sets the position of the control point leading to the vertex `idx`. If the index is out of bounds, the function sends an error to the console."] # [doc = ""] # [inline] pub fn set_point_in (& self , idx : i64 , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . set_point_in ; let ret = crate :: icalls :: icallptr_void_i64_vec2 (method_bind , self . this . sys () . as_ptr () , idx , position) ; } } # [doc = "Sets the position of the control point leading out of the vertex `idx`. If the index is out of bounds, the function sends an error to the console."] # [doc = ""] # [inline] pub fn set_point_out (& self , idx : i64 , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . set_point_out ; let ret = crate :: icalls :: icallptr_void_i64_vec2 (method_bind , self . this . sys () . as_ptr () , idx , position) ; } } # [doc = "Sets the position for the vertex `idx`. If the index is out of bounds, the function sends an error to the console."] # [doc = ""] # [inline] pub fn set_point_position (& self , idx : i64 , position : Vector2) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . set_point_position ; let ret = crate :: icalls :: icallptr_void_i64_vec2 (method_bind , self . this . sys () . as_ptr () , idx , position) ; } } # [doc = "Returns a list of points along the curve, with a curvature controlled point density. That is, the curvier parts will have more points than the straighter parts.\nThis approximation makes straight segments between each point, then subdivides those segments until the resulting shape is similar enough.\n`max_stages` controls how many subdivisions a curve segment may face before it is considered approximate enough. Each subdivision splits the segment in half, so the default 5 stages may mean up to 32 subdivisions per curve segment. Increase with care!\n`tolerance_degrees` controls how many degrees the midpoint of a segment may deviate from the real curve, before the segment has to be subdivided.\n# Default Arguments\n* `max_stages` - `5`\n* `tolerance_degrees` - `4`"] # [doc = ""] # [inline] pub fn tessellate (& self , max_stages : i64 , tolerance_degrees : f64) -> Vector2Array { unsafe { let method_bind : * mut sys :: godot_method_bind = Curve2DMethodTable :: get (get_api ()) . tessellate ; let ret = crate :: icalls :: icallptr_vec2arr_i64_f64 (method_bind , self . this . sys () . as_ptr () , max_stages , tolerance_degrees) ; Vector2Array :: from_sys (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for Curve2D { } unsafe impl GodotObject for Curve2D { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "Curve2D" } } impl std :: ops :: Deref for Curve2D { type Target = crate :: generated :: resource :: Resource ; # [inline] fn deref (& self) -> & crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Curve2D { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: resource :: Resource { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: resource :: Resource > for Curve2D { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for Curve2D { } unsafe impl SubClass < crate :: generated :: object :: Object > for Curve2D { } impl Instanciable for Curve2D { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Curve2D :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Curve2DMethodTable { pub class_constructor : sys :: godot_class_constructor , pub add_point : * mut sys :: godot_method_bind , pub clear_points : * mut sys :: godot_method_bind , pub get_bake_interval : * mut sys :: godot_method_bind , pub get_baked_length : * mut sys :: godot_method_bind , pub get_baked_points : * mut sys :: godot_method_bind , pub get_closest_offset : * mut sys :: godot_method_bind , pub get_closest_point : * mut sys :: godot_method_bind , pub get_point_count : * mut sys :: godot_method_bind , pub get_point_in : * mut sys :: godot_method_bind , pub get_point_out : * mut sys :: godot_method_bind , pub get_point_position : * mut sys :: godot_method_bind , pub interpolate : * mut sys :: godot_method_bind , pub interpolate_baked : * mut sys :: godot_method_bind , pub interpolatef : * mut sys :: godot_method_bind , pub remove_point : * mut sys :: godot_method_bind , pub set_bake_interval : * mut sys :: godot_method_bind , pub set_point_in : * mut sys :: godot_method_bind , pub set_point_out : * mut sys :: godot_method_bind , pub set_point_position : * mut sys :: godot_method_bind , pub tessellate : * mut sys :: godot_method_bind } impl Curve2DMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Curve2DMethodTable = Curve2DMethodTable { class_constructor : None , add_point : 0 as * mut sys :: godot_method_bind , clear_points : 0 as * mut sys :: godot_method_bind , get_bake_interval : 0 as * mut sys :: godot_method_bind , get_baked_length : 0 as * mut sys :: godot_method_bind , get_baked_points : 0 as * mut sys :: godot_method_bind , get_closest_offset : 0 as * mut sys :: godot_method_bind , get_closest_point : 0 as * mut sys :: godot_method_bind , get_point_count : 0 as * mut sys :: godot_method_bind , get_point_in : 0 as * mut sys :: godot_method_bind , get_point_out : 0 as * mut sys :: godot_method_bind , get_point_position : 0 as * mut sys :: godot_method_bind , interpolate : 0 as * mut sys :: godot_method_bind , interpolate_baked : 0 as * mut sys :: godot_method_bind , interpolatef : 0 as * mut sys :: godot_method_bind , remove_point : 0 as * mut sys :: godot_method_bind , set_bake_interval : 0 as * mut sys :: godot_method_bind , set_point_in : 0 as * mut sys :: godot_method_bind , set_point_out : 0 as * mut sys :: godot_method_bind , set_point_position : 0 as * mut sys :: godot_method_bind , tessellate : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Curve2DMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Curve2D\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . add_point = (gd_api . godot_method_bind_get_method) (class_name , "add_point\0" . as_ptr () as * const c_char) ; table . clear_points = (gd_api . godot_method_bind_get_method) (class_name , "clear_points\0" . as_ptr () as * const c_char) ; table . get_bake_interval = (gd_api . godot_method_bind_get_method) (class_name , "get_bake_interval\0" . as_ptr () as * const c_char) ; table . get_baked_length = (gd_api . godot_method_bind_get_method) (class_name , "get_baked_length\0" . as_ptr () as * const c_char) ; table . get_baked_points = (gd_api . godot_method_bind_get_method) (class_name , "get_baked_points\0" . as_ptr () as * const c_char) ; table . get_closest_offset = (gd_api . godot_method_bind_get_method) (class_name , "get_closest_offset\0" . as_ptr () as * const c_char) ; table . get_closest_point = (gd_api . godot_method_bind_get_method) (class_name , "get_closest_point\0" . as_ptr () as * const c_char) ; table . get_point_count = (gd_api . godot_method_bind_get_method) (class_name , "get_point_count\0" . as_ptr () as * const c_char) ; table . get_point_in = (gd_api . godot_method_bind_get_method) (class_name , "get_point_in\0" . as_ptr () as * const c_char) ; table . get_point_out = (gd_api . godot_method_bind_get_method) (class_name , "get_point_out\0" . as_ptr () as * const c_char) ; table . get_point_position = (gd_api . godot_method_bind_get_method) (class_name , "get_point_position\0" . as_ptr () as * const c_char) ; table . interpolate = (gd_api . godot_method_bind_get_method) (class_name , "interpolate\0" . as_ptr () as * const c_char) ; table . interpolate_baked = (gd_api . godot_method_bind_get_method) (class_name , "interpolate_baked\0" . as_ptr () as * const c_char) ; table . interpolatef = (gd_api . godot_method_bind_get_method) (class_name , "interpolatef\0" . as_ptr () as * const c_char) ; table . remove_point = (gd_api . godot_method_bind_get_method) (class_name , "remove_point\0" . as_ptr () as * const c_char) ; table . set_bake_interval = (gd_api . godot_method_bind_get_method) (class_name , "set_bake_interval\0" . as_ptr () as * const c_char) ; table . set_point_in = (gd_api . godot_method_bind_get_method) (class_name , "set_point_in\0" . as_ptr () as * const c_char) ; table . set_point_out = (gd_api . godot_method_bind_get_method) (class_name , "set_point_out\0" . as_ptr () as * const c_char) ; table . set_point_position = (gd_api . godot_method_bind_get_method) (class_name , "set_point_position\0" . as_ptr () as * const c_char) ; table . tessellate = (gd_api . godot_method_bind_get_method) (class_name , "tessellate\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:766:5633 [INFO] [stdout] | [INFO] [stdout] 766 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 766 | # [doc = "`core class InstancePlaceholder` inherits `Node` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_instanceplaceholder.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = ""] # [doc = "\n## Class hierarchy\n\nInstancePlaceholder inherits methods from:\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct InstancePlaceholder { this : RawObject < Self > , } impl InstancePlaceholder { # [doc = "\n# Default Arguments\n* `replace` - `false`\n* `custom_scene` - `null`"] # [doc = ""] # [inline] pub fn create_instance (& self , replace : bool , custom_scene : impl AsArg < crate :: generated :: packed_scene :: PackedScene >) -> Option < Ref < crate :: generated :: node :: Node , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = InstancePlaceholderMethodTable :: get (get_api ()) . create_instance ; let ret = crate :: icalls :: icallptr_obj_bool_obj (method_bind , self . this . sys () . as_ptr () , replace , custom_scene . as_arg_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: node :: Node , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "Gets the path to the [PackedScene] resource file that is loaded by default when calling [method replace_by_instance]."] # [doc = ""] # [inline] pub fn get_instance_path (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = InstancePlaceholderMethodTable :: get (get_api ()) . get_instance_path ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "\n# Default Arguments\n* `with_order` - `false`"] # [doc = ""] # [inline] pub fn get_stored_values (& self , with_order : bool) -> Dictionary { unsafe { let method_bind : * mut sys :: godot_method_bind = InstancePlaceholderMethodTable :: get (get_api ()) . get_stored_values ; let ret = crate :: icalls :: icallptr_dict_bool (method_bind , self . this . sys () . as_ptr () , with_order) ; Dictionary :: from_sys (ret) } } # [doc = "Replaces this placeholder by the scene handed as an argument, or the original scene if no argument is given. As for all resources, the scene is loaded only if it's not loaded already. By manually loading the scene beforehand, delays caused by this function can be avoided.\n# Default Arguments\n* `custom_scene` - `null`"] # [doc = ""] # [inline] pub fn replace_by_instance (& self , custom_scene : impl AsArg < crate :: generated :: packed_scene :: PackedScene >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InstancePlaceholderMethodTable :: get (get_api ()) . replace_by_instance ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , custom_scene . as_arg_ptr ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for InstancePlaceholder { } unsafe impl GodotObject for InstancePlaceholder { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "InstancePlaceholder" } } impl QueueFree for InstancePlaceholder { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for InstancePlaceholder { type Target = crate :: generated :: node :: Node ; # [inline] fn deref (& self) -> & crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for InstancePlaceholder { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: node :: Node { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: node :: Node > for InstancePlaceholder { } unsafe impl SubClass < crate :: generated :: object :: Object > for InstancePlaceholder { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct InstancePlaceholderMethodTable { pub class_constructor : sys :: godot_class_constructor , pub create_instance : * mut sys :: godot_method_bind , pub get_instance_path : * mut sys :: godot_method_bind , pub get_stored_values : * mut sys :: godot_method_bind , pub replace_by_instance : * mut sys :: godot_method_bind } impl InstancePlaceholderMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : InstancePlaceholderMethodTable = InstancePlaceholderMethodTable { class_constructor : None , create_instance : 0 as * mut sys :: godot_method_bind , get_instance_path : 0 as * mut sys :: godot_method_bind , get_stored_values : 0 as * mut sys :: godot_method_bind , replace_by_instance : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { InstancePlaceholderMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "InstancePlaceholder\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . create_instance = (gd_api . godot_method_bind_get_method) (class_name , "create_instance\0" . as_ptr () as * const c_char) ; table . get_instance_path = (gd_api . godot_method_bind_get_method) (class_name , "get_instance_path\0" . as_ptr () as * const c_char) ; table . get_stored_values = (gd_api . godot_method_bind_get_method) (class_name , "get_stored_values\0" . as_ptr () as * const c_char) ; table . replace_by_instance = (gd_api . godot_method_bind_get_method) (class_name , "replace_by_instance\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:772:14782 [INFO] [stdout] | [INFO] [stdout] 772 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 772 | # [doc = "`core class Generic6DOFJoint` inherits `Joint` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_generic6dofjoint.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Generic6DOFJoint` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref` form.\n\nIn the cases where Rust code owns an object of this type, for example if the object was just\ncreated on the Rust side and not passed to the engine yet, ownership should be either given\nto the engine or the object must be manually destroyed using `Ref::free`, or `Ref::queue_free`\nif it is a `Node`."] # [doc = "\n## Class hierarchy\n\nGeneric6DOFJoint inherits methods from:\n - [Joint](struct.Joint.html)\n - [Spatial](struct.Spatial.html)\n - [Node](struct.Node.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct Generic6DOFJoint { this : RawObject < Self > , } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Flag (pub i64) ; impl Flag { pub const ENABLE_LINEAR_LIMIT : Flag = Flag (0i64) ; pub const ENABLE_ANGULAR_LIMIT : Flag = Flag (1i64) ; pub const ENABLE_ANGULAR_SPRING : Flag = Flag (2i64) ; pub const ENABLE_LINEAR_SPRING : Flag = Flag (3i64) ; pub const ENABLE_MOTOR : Flag = Flag (4i64) ; pub const ENABLE_LINEAR_MOTOR : Flag = Flag (5i64) ; pub const MAX : Flag = Flag (6i64) ; } impl From < i64 > for Flag { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Flag > for i64 { # [inline] fn from (v : Flag) -> Self { v . 0 } } # [derive (Copy , Clone , Debug , PartialEq , Eq , PartialOrd , Ord , Hash)] pub struct Param (pub i64) ; impl Param { pub const LINEAR_LOWER_LIMIT : Param = Param (0i64) ; pub const LINEAR_UPPER_LIMIT : Param = Param (1i64) ; pub const LINEAR_LIMIT_SOFTNESS : Param = Param (2i64) ; pub const LINEAR_RESTITUTION : Param = Param (3i64) ; pub const LINEAR_DAMPING : Param = Param (4i64) ; pub const LINEAR_MOTOR_TARGET_VELOCITY : Param = Param (5i64) ; pub const LINEAR_MOTOR_FORCE_LIMIT : Param = Param (6i64) ; pub const LINEAR_SPRING_STIFFNESS : Param = Param (7i64) ; pub const LINEAR_SPRING_DAMPING : Param = Param (8i64) ; pub const LINEAR_SPRING_EQUILIBRIUM_POINT : Param = Param (9i64) ; pub const ANGULAR_LOWER_LIMIT : Param = Param (10i64) ; pub const ANGULAR_UPPER_LIMIT : Param = Param (11i64) ; pub const ANGULAR_LIMIT_SOFTNESS : Param = Param (12i64) ; pub const ANGULAR_DAMPING : Param = Param (13i64) ; pub const ANGULAR_RESTITUTION : Param = Param (14i64) ; pub const ANGULAR_FORCE_LIMIT : Param = Param (15i64) ; pub const ANGULAR_ERP : Param = Param (16i64) ; pub const ANGULAR_MOTOR_TARGET_VELOCITY : Param = Param (17i64) ; pub const ANGULAR_MOTOR_FORCE_LIMIT : Param = Param (18i64) ; pub const ANGULAR_SPRING_STIFFNESS : Param = Param (19i64) ; pub const ANGULAR_SPRING_DAMPING : Param = Param (20i64) ; pub const ANGULAR_SPRING_EQUILIBRIUM_POINT : Param = Param (21i64) ; pub const MAX : Param = Param (22i64) ; } impl From < i64 > for Param { # [inline] fn from (v : i64) -> Self { Self (v) } } impl From < Param > for i64 { # [inline] fn from (v : Param) -> Self { v . 0 } } # [doc = "Constants"] # [allow (non_upper_case_globals)] impl Generic6DOFJoint { pub const FLAG_ENABLE_ANGULAR_LIMIT : i64 = 1i64 ; pub const FLAG_ENABLE_ANGULAR_SPRING : i64 = 2i64 ; pub const FLAG_ENABLE_LINEAR_LIMIT : i64 = 0i64 ; pub const FLAG_ENABLE_LINEAR_MOTOR : i64 = 5i64 ; pub const FLAG_ENABLE_LINEAR_SPRING : i64 = 3i64 ; pub const FLAG_ENABLE_MOTOR : i64 = 4i64 ; pub const FLAG_MAX : i64 = 6i64 ; pub const PARAM_ANGULAR_DAMPING : i64 = 13i64 ; pub const PARAM_ANGULAR_ERP : i64 = 16i64 ; pub const PARAM_ANGULAR_FORCE_LIMIT : i64 = 15i64 ; pub const PARAM_ANGULAR_LIMIT_SOFTNESS : i64 = 12i64 ; pub const PARAM_ANGULAR_LOWER_LIMIT : i64 = 10i64 ; pub const PARAM_ANGULAR_MOTOR_FORCE_LIMIT : i64 = 18i64 ; pub const PARAM_ANGULAR_MOTOR_TARGET_VELOCITY : i64 = 17i64 ; pub const PARAM_ANGULAR_RESTITUTION : i64 = 14i64 ; pub const PARAM_ANGULAR_SPRING_DAMPING : i64 = 20i64 ; pub const PARAM_ANGULAR_SPRING_EQUILIBRIUM_POINT : i64 = 21i64 ; pub const PARAM_ANGULAR_SPRING_STIFFNESS : i64 = 19i64 ; pub const PARAM_ANGULAR_UPPER_LIMIT : i64 = 11i64 ; pub const PARAM_LINEAR_DAMPING : i64 = 4i64 ; pub const PARAM_LINEAR_LIMIT_SOFTNESS : i64 = 2i64 ; pub const PARAM_LINEAR_LOWER_LIMIT : i64 = 0i64 ; pub const PARAM_LINEAR_MOTOR_FORCE_LIMIT : i64 = 6i64 ; pub const PARAM_LINEAR_MOTOR_TARGET_VELOCITY : i64 = 5i64 ; pub const PARAM_LINEAR_RESTITUTION : i64 = 3i64 ; pub const PARAM_LINEAR_SPRING_DAMPING : i64 = 8i64 ; pub const PARAM_LINEAR_SPRING_EQUILIBRIUM_POINT : i64 = 9i64 ; pub const PARAM_LINEAR_SPRING_STIFFNESS : i64 = 7i64 ; pub const PARAM_LINEAR_UPPER_LIMIT : i64 = 1i64 ; pub const PARAM_MAX : i64 = 22i64 ; } impl Generic6DOFJoint { # [doc = "Creates a new instance of this object.\n\nBecause this type is not reference counted, the lifetime of the returned object\nis *not* automatically managed.\n\nImmediately after creation, the object is owned by the caller, and can be\npassed to the engine (in which case the engine will be responsible for\ndestroying the object) or destroyed manually using `Ref::free`, or preferably\n`Ref::queue_free` if it is a `Node`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = Generic6DOFJointMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "If `true`, then there is a linear motor on the X axis. It will attempt to reach the target velocity while staying within the force limits."] # [doc = ""] # [inline] pub fn flag_x (& self , flag : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . get_flag_x ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , flag) ; ret as _ } } # [doc = "If `true`, then there is a linear motor on the Y axis. It will attempt to reach the target velocity while staying within the force limits."] # [doc = ""] # [inline] pub fn flag_y (& self , flag : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . get_flag_y ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , flag) ; ret as _ } } # [doc = "If `true`, then there is a linear motor on the Z axis. It will attempt to reach the target velocity while staying within the force limits."] # [doc = ""] # [inline] pub fn flag_z (& self , flag : i64) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . get_flag_z ; let ret = crate :: icalls :: icallptr_bool_i64 (method_bind , self . this . sys () . as_ptr () , flag) ; ret as _ } } # [doc = "The speed that the linear motor will attempt to reach on the X axis."] # [doc = ""] # [inline] pub fn param_x (& self , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . get_param_x ; let ret = crate :: icalls :: icallptr_f64_i64 (method_bind , self . this . sys () . as_ptr () , param) ; ret as _ } } # [doc = "The speed that the linear motor will attempt to reach on the Y axis."] # [doc = ""] # [inline] pub fn param_y (& self , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . get_param_y ; let ret = crate :: icalls :: icallptr_f64_i64 (method_bind , self . this . sys () . as_ptr () , param) ; ret as _ } } # [doc = "The speed that the linear motor will attempt to reach on the Z axis."] # [doc = ""] # [inline] pub fn param_z (& self , param : i64) -> f64 { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . get_param_z ; let ret = crate :: icalls :: icallptr_f64_i64 (method_bind , self . this . sys () . as_ptr () , param) ; ret as _ } } # [doc = "If `true`, then there is a linear motor on the X axis. It will attempt to reach the target velocity while staying within the force limits."] # [doc = ""] # [inline] pub fn set_flag_x (& self , flag : i64 , value : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . set_flag_x ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , flag , value) ; } } # [doc = "If `true`, then there is a linear motor on the Y axis. It will attempt to reach the target velocity while staying within the force limits."] # [doc = ""] # [inline] pub fn set_flag_y (& self , flag : i64 , value : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . set_flag_y ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , flag , value) ; } } # [doc = "If `true`, then there is a linear motor on the Z axis. It will attempt to reach the target velocity while staying within the force limits."] # [doc = ""] # [inline] pub fn set_flag_z (& self , flag : i64 , value : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . set_flag_z ; let ret = crate :: icalls :: icallptr_void_i64_bool (method_bind , self . this . sys () . as_ptr () , flag , value) ; } } # [doc = "The speed that the linear motor will attempt to reach on the X axis."] # [doc = ""] # [inline] pub fn set_param_x (& self , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . set_param_x ; let ret = crate :: icalls :: icallptr_void_i64_f64 (method_bind , self . this . sys () . as_ptr () , param , value) ; } } # [doc = "The speed that the linear motor will attempt to reach on the Y axis."] # [doc = ""] # [inline] pub fn set_param_y (& self , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . set_param_y ; let ret = crate :: icalls :: icallptr_void_i64_f64 (method_bind , self . this . sys () . as_ptr () , param , value) ; } } # [doc = "The speed that the linear motor will attempt to reach on the Z axis."] # [doc = ""] # [inline] pub fn set_param_z (& self , param : i64 , value : f64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = Generic6DOFJointMethodTable :: get (get_api ()) . set_param_z ; let ret = crate :: icalls :: icallptr_void_i64_f64 (method_bind , self . this . sys () . as_ptr () , param , value) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for Generic6DOFJoint { } unsafe impl GodotObject for Generic6DOFJoint { type RefKind = ref_kind :: ManuallyManaged ; # [inline] fn class_name () -> & 'static str { "Generic6DOFJoint" } } impl QueueFree for Generic6DOFJoint { # [inline] unsafe fn godot_queue_free (obj : * mut sys :: godot_object) { let method_bind : * mut sys :: godot_method_bind = crate :: generated :: node :: NodeMethodTable :: get (get_api ()) . queue_free ; crate :: icalls :: icallptr_void (method_bind , obj) } } impl std :: ops :: Deref for Generic6DOFJoint { type Target = crate :: generated :: joint :: Joint ; # [inline] fn deref (& self) -> & crate :: generated :: joint :: Joint { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for Generic6DOFJoint { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: joint :: Joint { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: joint :: Joint > for Generic6DOFJoint { } unsafe impl SubClass < crate :: generated :: spatial :: Spatial > for Generic6DOFJoint { } unsafe impl SubClass < crate :: generated :: node :: Node > for Generic6DOFJoint { } unsafe impl SubClass < crate :: generated :: object :: Object > for Generic6DOFJoint { } impl Instanciable for Generic6DOFJoint { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { Generic6DOFJoint :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct Generic6DOFJointMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_flag_x : * mut sys :: godot_method_bind , pub get_flag_y : * mut sys :: godot_method_bind , pub get_flag_z : * mut sys :: godot_method_bind , pub get_param_x : * mut sys :: godot_method_bind , pub get_param_y : * mut sys :: godot_method_bind , pub get_param_z : * mut sys :: godot_method_bind , pub set_flag_x : * mut sys :: godot_method_bind , pub set_flag_y : * mut sys :: godot_method_bind , pub set_flag_z : * mut sys :: godot_method_bind , pub set_param_x : * mut sys :: godot_method_bind , pub set_param_y : * mut sys :: godot_method_bind , pub set_param_z : * mut sys :: godot_method_bind } impl Generic6DOFJointMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : Generic6DOFJointMethodTable = Generic6DOFJointMethodTable { class_constructor : None , get_flag_x : 0 as * mut sys :: godot_method_bind , get_flag_y : 0 as * mut sys :: godot_method_bind , get_flag_z : 0 as * mut sys :: godot_method_bind , get_param_x : 0 as * mut sys :: godot_method_bind , get_param_y : 0 as * mut sys :: godot_method_bind , get_param_z : 0 as * mut sys :: godot_method_bind , set_flag_x : 0 as * mut sys :: godot_method_bind , set_flag_y : 0 as * mut sys :: godot_method_bind , set_flag_z : 0 as * mut sys :: godot_method_bind , set_param_x : 0 as * mut sys :: godot_method_bind , set_param_y : 0 as * mut sys :: godot_method_bind , set_param_z : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { Generic6DOFJointMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "Generic6DOFJoint\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_flag_x = (gd_api . godot_method_bind_get_method) (class_name , "get_flag_x\0" . as_ptr () as * const c_char) ; table . get_flag_y = (gd_api . godot_method_bind_get_method) (class_name , "get_flag_y\0" . as_ptr () as * const c_char) ; table . get_flag_z = (gd_api . godot_method_bind_get_method) (class_name , "get_flag_z\0" . as_ptr () as * const c_char) ; table . get_param_x = (gd_api . godot_method_bind_get_method) (class_name , "get_param_x\0" . as_ptr () as * const c_char) ; table . get_param_y = (gd_api . godot_method_bind_get_method) (class_name , "get_param_y\0" . as_ptr () as * const c_char) ; table . get_param_z = (gd_api . godot_method_bind_get_method) (class_name , "get_param_z\0" . as_ptr () as * const c_char) ; table . set_flag_x = (gd_api . godot_method_bind_get_method) (class_name , "set_flag_x\0" . as_ptr () as * const c_char) ; table . set_flag_y = (gd_api . godot_method_bind_get_method) (class_name , "set_flag_y\0" . as_ptr () as * const c_char) ; table . set_flag_z = (gd_api . godot_method_bind_get_method) (class_name , "set_flag_z\0" . as_ptr () as * const c_char) ; table . set_param_x = (gd_api . godot_method_bind_get_method) (class_name , "set_param_x\0" . as_ptr () as * const c_char) ; table . set_param_y = (gd_api . godot_method_bind_get_method) (class_name , "set_param_y\0" . as_ptr () as * const c_char) ; table . set_param_z = (gd_api . godot_method_bind_get_method) (class_name , "set_param_z\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:778:4329 [INFO] [stdout] | [INFO] [stdout] 778 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 778 | # [doc = "`core class VideoStreamWebm` inherits `VideoStream` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_videostreamwebm.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nVideoStreamWebm inherits methods from:\n - [VideoStream](struct.VideoStream.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct VideoStreamWebm { this : RawObject < Self > , } impl VideoStreamWebm { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = VideoStreamWebmMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = ""] # [doc = ""] # [inline] pub fn file (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoStreamWebmMethodTable :: get (get_api ()) . get_file ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = ""] # [doc = ""] # [inline] pub fn set_file (& self , file : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = VideoStreamWebmMethodTable :: get (get_api ()) . set_file ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , file . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for VideoStreamWebm { } unsafe impl GodotObject for VideoStreamWebm { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "VideoStreamWebm" } } impl std :: ops :: Deref for VideoStreamWebm { type Target = crate :: generated :: video_stream :: VideoStream ; # [inline] fn deref (& self) -> & crate :: generated :: video_stream :: VideoStream { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for VideoStreamWebm { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: video_stream :: VideoStream { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: video_stream :: VideoStream > for VideoStreamWebm { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for VideoStreamWebm { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for VideoStreamWebm { } unsafe impl SubClass < crate :: generated :: object :: Object > for VideoStreamWebm { } impl Instanciable for VideoStreamWebm { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { VideoStreamWebm :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct VideoStreamWebmMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_file : * mut sys :: godot_method_bind , pub set_file : * mut sys :: godot_method_bind } impl VideoStreamWebmMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : VideoStreamWebmMethodTable = VideoStreamWebmMethodTable { class_constructor : None , get_file : 0 as * mut sys :: godot_method_bind , set_file : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { VideoStreamWebmMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "VideoStreamWebm\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_file = (gd_api . godot_method_bind_get_method) (class_name , "get_file\0" . as_ptr () as * const c_char) ; table . set_file = (gd_api . godot_method_bind_get_method) (class_name , "set_file\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:784:4969 [INFO] [stdout] | [INFO] [stdout] 784 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 784 | # [doc = "`core class AnimationNodeAnimation` inherits `AnimationRootNode` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_animationnodeanimation.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nAnimationNodeAnimation inherits methods from:\n - [AnimationRootNode](struct.AnimationRootNode.html)\n - [AnimationNode](struct.AnimationNode.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct AnimationNodeAnimation { this : RawObject < Self > , } impl AnimationNodeAnimation { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = AnimationNodeAnimationMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "Animation to use as an output. It is one of the animations provided by [member AnimationTree.anim_player]."] # [doc = ""] # [inline] pub fn animation (& self) -> GodotString { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeAnimationMethodTable :: get (get_api ()) . get_animation ; let ret = crate :: icalls :: icallptr_str (method_bind , self . this . sys () . as_ptr ()) ; GodotString :: from_sys (ret) } } # [doc = "Animation to use as an output. It is one of the animations provided by [member AnimationTree.anim_player]."] # [doc = ""] # [inline] pub fn set_animation (& self , name : impl Into < GodotString >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = AnimationNodeAnimationMethodTable :: get (get_api ()) . set_animation ; let ret = crate :: icalls :: icallptr_void_str (method_bind , self . this . sys () . as_ptr () , name . into ()) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for AnimationNodeAnimation { } unsafe impl GodotObject for AnimationNodeAnimation { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "AnimationNodeAnimation" } } impl std :: ops :: Deref for AnimationNodeAnimation { type Target = crate :: generated :: animation_root_node :: AnimationRootNode ; # [inline] fn deref (& self) -> & crate :: generated :: animation_root_node :: AnimationRootNode { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for AnimationNodeAnimation { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: animation_root_node :: AnimationRootNode { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: animation_root_node :: AnimationRootNode > for AnimationNodeAnimation { } unsafe impl SubClass < crate :: generated :: animation_node :: AnimationNode > for AnimationNodeAnimation { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for AnimationNodeAnimation { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for AnimationNodeAnimation { } unsafe impl SubClass < crate :: generated :: object :: Object > for AnimationNodeAnimation { } impl Instanciable for AnimationNodeAnimation { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { AnimationNodeAnimation :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct AnimationNodeAnimationMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_animation : * mut sys :: godot_method_bind , pub set_animation : * mut sys :: godot_method_bind } impl AnimationNodeAnimationMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : AnimationNodeAnimationMethodTable = AnimationNodeAnimationMethodTable { class_constructor : None , get_animation : 0 as * mut sys :: godot_method_bind , set_animation : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { AnimationNodeAnimationMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "AnimationNodeAnimation\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_animation = (gd_api . godot_method_bind_get_method) (class_name , "get_animation\0" . as_ptr () as * const c_char) ; table . set_animation = (gd_api . godot_method_bind_get_method) (class_name , "set_animation\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:790:3598 [INFO] [stdout] | [INFO] [stdout] 790 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 790 | # [doc = "`core class GDScriptFunctionState` inherits `Reference` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_gdscriptfunctionstate.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nGDScriptFunctionState inherits methods from:\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct GDScriptFunctionState { this : RawObject < Self > , } impl GDScriptFunctionState { # [doc = ""] # [doc = ""] # [inline] pub fn is_valid (& self , extended_check : bool) -> bool { unsafe { let method_bind : * mut sys :: godot_method_bind = GDScriptFunctionStateMethodTable :: get (get_api ()) . is_valid ; let ret = crate :: icalls :: icallptr_bool_bool (method_bind , self . this . sys () . as_ptr () , extended_check) ; ret as _ } } # [doc = ""] # [doc = ""] # [inline] pub fn resume (& self , arg : impl OwnedToVariant) -> Variant { unsafe { let method_bind : * mut sys :: godot_method_bind = GDScriptFunctionStateMethodTable :: get (get_api ()) . resume ; let ret = crate :: icalls :: icallptr_var_var (method_bind , self . this . sys () . as_ptr () , arg . owned_to_variant ()) ; Variant :: from_sys (ret) } } } impl gdnative_core :: private :: godot_object :: Sealed for GDScriptFunctionState { } unsafe impl GodotObject for GDScriptFunctionState { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "GDScriptFunctionState" } } impl std :: ops :: Deref for GDScriptFunctionState { type Target = crate :: generated :: reference :: Reference ; # [inline] fn deref (& self) -> & crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for GDScriptFunctionState { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: reference :: Reference { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: reference :: Reference > for GDScriptFunctionState { } unsafe impl SubClass < crate :: generated :: object :: Object > for GDScriptFunctionState { } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct GDScriptFunctionStateMethodTable { pub class_constructor : sys :: godot_class_constructor , pub is_valid : * mut sys :: godot_method_bind , pub resume : * mut sys :: godot_method_bind } impl GDScriptFunctionStateMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : GDScriptFunctionStateMethodTable = GDScriptFunctionStateMethodTable { class_constructor : None , is_valid : 0 as * mut sys :: godot_method_bind , resume : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { GDScriptFunctionStateMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "GDScriptFunctionState\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . is_valid = (gd_api . godot_method_bind_get_method) (class_name , "is_valid\0" . as_ptr () as * const c_char) ; table . resume = (gd_api . godot_method_bind_get_method) (class_name , "resume\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:796:4948 [INFO] [stdout] | [INFO] [stdout] 796 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 796 | # [doc = "`core class CurveTexture` inherits `Texture` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_curvetexture.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nCurveTexture inherits methods from:\n - [Texture](struct.Texture.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct CurveTexture { this : RawObject < Self > , } impl CurveTexture { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = CurveTextureMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The `curve` rendered onto the texture."] # [doc = ""] # [inline] pub fn curve (& self) -> Option < Ref < crate :: generated :: curve :: Curve , thread_access :: Shared > > { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveTextureMethodTable :: get (get_api ()) . get_curve ; let ret = crate :: icalls :: icallptr_obj (method_bind , self . this . sys () . as_ptr ()) ; ptr :: NonNull :: new (ret) . map (| sys | < Ref < crate :: generated :: curve :: Curve , thread_access :: Shared >> :: move_from_sys (sys)) } } # [doc = "The `curve` rendered onto the texture."] # [doc = ""] # [inline] pub fn set_curve (& self , curve : impl AsArg < crate :: generated :: curve :: Curve >) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveTextureMethodTable :: get (get_api ()) . set_curve ; let ret = crate :: icalls :: icallptr_void_obj (method_bind , self . this . sys () . as_ptr () , curve . as_arg_ptr ()) ; } } # [doc = "The width of the texture."] # [doc = ""] # [inline] pub fn set_width (& self , width : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = CurveTextureMethodTable :: get (get_api ()) . set_width ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , width) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for CurveTexture { } unsafe impl GodotObject for CurveTexture { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "CurveTexture" } } impl std :: ops :: Deref for CurveTexture { type Target = crate :: generated :: texture :: Texture ; # [inline] fn deref (& self) -> & crate :: generated :: texture :: Texture { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for CurveTexture { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: texture :: Texture { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: texture :: Texture > for CurveTexture { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for CurveTexture { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for CurveTexture { } unsafe impl SubClass < crate :: generated :: object :: Object > for CurveTexture { } impl Instanciable for CurveTexture { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { CurveTexture :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct CurveTextureMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_curve : * mut sys :: godot_method_bind , pub set_curve : * mut sys :: godot_method_bind , pub set_width : * mut sys :: godot_method_bind } impl CurveTextureMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : CurveTextureMethodTable = CurveTextureMethodTable { class_constructor : None , get_curve : 0 as * mut sys :: godot_method_bind , set_curve : 0 as * mut sys :: godot_method_bind , set_width : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { CurveTextureMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "CurveTexture\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_curve = (gd_api . godot_method_bind_get_method) (class_name , "get_curve\0" . as_ptr () as * const c_char) ; table . set_curve = (gd_api . godot_method_bind_get_method) (class_name , "set_curve\0" . as_ptr () as * const c_char) ; table . set_width = (gd_api . godot_method_bind_get_method) (class_name , "set_width\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:802:8021 [INFO] [stdout] | [INFO] [stdout] 802 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 802 | # [doc = "`core class InputEventKey` inherits `InputEventWithModifiers` (reference counted)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_inputeventkey.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nThe lifetime of this object is automatically managed through reference counting."] # [doc = "\n## Class hierarchy\n\nInputEventKey inherits methods from:\n - [InputEventWithModifiers](struct.InputEventWithModifiers.html)\n - [InputEvent](struct.InputEvent.html)\n - [Resource](struct.Resource.html)\n - [Reference](struct.Reference.html)\n - [Object](struct.Object.html)\n"] # [doc = ""] # [doc = "\n## Safety\n\nAll types in the Godot API have \"interior mutability\" in Rust parlance.\nTo enforce that the official [thread-safety guidelines][thread-safety] are\nfollowed, the typestate pattern is used in the `Ref` and `TRef` smart pointers,\nand the `Instance` API. The typestate `Access` in these types tracks whether the\naccess is unique, shared, or exclusive to the current thread. For more information,\nsee the type-level documentation on `Ref`.\n\n[thread-safety]: https://docs.godotengine.org/en/stable/tutorials/threads/thread_safe_apis.html"] # [allow (non_camel_case_types)] # [derive (Debug)] pub struct InputEventKey { this : RawObject < Self > , } impl InputEventKey { # [doc = "Creates a new instance of this object.\n\nThis is a reference-counted type. The returned object is automatically managed\nby `Ref`."] # [inline] pub fn new () -> Ref < Self , thread_access :: Unique > { unsafe { let gd_api = get_api () ; let ctor = InputEventKeyMethodTable :: get (gd_api) . class_constructor . unwrap () ; let obj = ptr :: NonNull :: new (ctor ()) . expect ("constructor should not return null") ; Ref :: init_from_sys (obj) } } # [doc = "The key scancode, which corresponds to one of the [enum KeyList] constants.\nTo get a human-readable representation of the [InputEventKey], use `OS.get_scancode_string(event.scancode)` where `event` is the [InputEventKey]."] # [doc = ""] # [inline] pub fn scancode (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventKeyMethodTable :: get (get_api ()) . get_scancode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "Returns the scancode combined with modifier keys such as `Shift` or `Alt`. See also [InputEventWithModifiers].\nTo get a human-readable representation of the [InputEventKey] with modifiers, use `OS.get_scancode_string(event.get_scancode_with_modifiers())` where `event` is the [InputEventKey]."] # [doc = ""] # [inline] pub fn get_scancode_with_modifiers (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventKeyMethodTable :: get (get_api ()) . get_scancode_with_modifiers ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "The key Unicode identifier (when relevant). Unicode identifiers for the composite characters and complex scripts may not be available unless IME input mode is active. See [method OS.set_ime_active] for more information."] # [doc = ""] # [inline] pub fn unicode (& self) -> i64 { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventKeyMethodTable :: get (get_api ()) . get_unicode ; let ret = crate :: icalls :: icallptr_i64 (method_bind , self . this . sys () . as_ptr ()) ; ret as _ } } # [doc = "If `true`, the key was already pressed before this event. It means the user is holding the key down."] # [doc = ""] # [inline] pub fn set_echo (& self , echo : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventKeyMethodTable :: get (get_api ()) . set_echo ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , echo) ; } } # [doc = "If `true`, the key's state is pressed. If `false`, the key's state is released."] # [doc = ""] # [inline] pub fn set_pressed (& self , pressed : bool) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventKeyMethodTable :: get (get_api ()) . set_pressed ; let ret = crate :: icalls :: icallptr_void_bool (method_bind , self . this . sys () . as_ptr () , pressed) ; } } # [doc = "The key scancode, which corresponds to one of the [enum KeyList] constants.\nTo get a human-readable representation of the [InputEventKey], use `OS.get_scancode_string(event.scancode)` where `event` is the [InputEventKey]."] # [doc = ""] # [inline] pub fn set_scancode (& self , scancode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventKeyMethodTable :: get (get_api ()) . set_scancode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , scancode) ; } } # [doc = "The key Unicode identifier (when relevant). Unicode identifiers for the composite characters and complex scripts may not be available unless IME input mode is active. See [method OS.set_ime_active] for more information."] # [doc = ""] # [inline] pub fn set_unicode (& self , unicode : i64) -> () { unsafe { let method_bind : * mut sys :: godot_method_bind = InputEventKeyMethodTable :: get (get_api ()) . set_unicode ; let ret = crate :: icalls :: icallptr_void_i64 (method_bind , self . this . sys () . as_ptr () , unicode) ; } } } impl gdnative_core :: private :: godot_object :: Sealed for InputEventKey { } unsafe impl GodotObject for InputEventKey { type RefKind = ref_kind :: RefCounted ; # [inline] fn class_name () -> & 'static str { "InputEventKey" } } impl std :: ops :: Deref for InputEventKey { type Target = crate :: generated :: input_event_with_modifiers :: InputEventWithModifiers ; # [inline] fn deref (& self) -> & crate :: generated :: input_event_with_modifiers :: InputEventWithModifiers { unsafe { std :: mem :: transmute (self) } } } impl std :: ops :: DerefMut for InputEventKey { # [inline] fn deref_mut (& mut self) -> & mut crate :: generated :: input_event_with_modifiers :: InputEventWithModifiers { unsafe { std :: mem :: transmute (self) } } } unsafe impl SubClass < crate :: generated :: input_event_with_modifiers :: InputEventWithModifiers > for InputEventKey { } unsafe impl SubClass < crate :: generated :: input_event :: InputEvent > for InputEventKey { } unsafe impl SubClass < crate :: generated :: resource :: Resource > for InputEventKey { } unsafe impl SubClass < crate :: generated :: reference :: Reference > for InputEventKey { } unsafe impl SubClass < crate :: generated :: object :: Object > for InputEventKey { } impl Instanciable for InputEventKey { # [inline] fn construct () -> Ref < Self , thread_access :: Unique > { InputEventKey :: new () } } # [doc (hidden)] # [allow (non_camel_case_types , dead_code)] pub (crate) struct InputEventKeyMethodTable { pub class_constructor : sys :: godot_class_constructor , pub get_scancode : * mut sys :: godot_method_bind , pub get_scancode_with_modifiers : * mut sys :: godot_method_bind , pub get_unicode : * mut sys :: godot_method_bind , pub set_echo : * mut sys :: godot_method_bind , pub set_pressed : * mut sys :: godot_method_bind , pub set_scancode : * mut sys :: godot_method_bind , pub set_unicode : * mut sys :: godot_method_bind } impl InputEventKeyMethodTable { unsafe fn get_mut () -> & 'static mut Self { static mut TABLE : InputEventKeyMethodTable = InputEventKeyMethodTable { class_constructor : None , get_scancode : 0 as * mut sys :: godot_method_bind , get_scancode_with_modifiers : 0 as * mut sys :: godot_method_bind , get_unicode : 0 as * mut sys :: godot_method_bind , set_echo : 0 as * mut sys :: godot_method_bind , set_pressed : 0 as * mut sys :: godot_method_bind , set_scancode : 0 as * mut sys :: godot_method_bind , set_unicode : 0 as * mut sys :: godot_method_bind } ; &raw mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'static Self { unsafe { let table = Self :: get_mut () ; static INIT : :: std :: sync :: Once = Once :: new () ; INIT . call_once (|| { InputEventKeyMethodTable :: init (table , gd_api) ; }) ; table } } # [inline (never)] # [allow (dead_code)] fn init (table : & mut Self , gd_api : & GodotApi) { unsafe { let class_name = "InputEventKey\0" . as_ptr () as * const c_char ; table . class_constructor = (gd_api . godot_get_class_constructor) (class_name) ; table . get_scancode = (gd_api . godot_method_bind_get_method) (class_name , "get_scancode\0" . as_ptr () as * const c_char) ; table . get_scancode_with_modifiers = (gd_api . godot_method_bind_get_method) (class_name , "get_scancode_with_modifiers\0" . as_ptr () as * const c_char) ; table . get_unicode = (gd_api . godot_method_bind_get_method) (class_name , "get_unicode\0" . as_ptr () as * const c_char) ; table . set_echo = (gd_api . godot_method_bind_get_method) (class_name , "set_echo\0" . as_ptr () as * const c_char) ; table . set_pressed = (gd_api . godot_method_bind_get_method) (class_name , "set_pressed\0" . as_ptr () as * const c_char) ; table . set_scancode = (gd_api . godot_method_bind_get_method) (class_name , "set_scancode\0" . as_ptr () as * const c_char) ; table . set_unicode = (gd_api . godot_method_bind_get_method) (class_name , "set_unicode\0" . as_ptr () as * const c_char) ; } } } [INFO] [stdout] | +++ [INFO] [stdout] [INFO] [stdout] [INFO] [stdout] warning: creating a mutable reference to mutable static [INFO] [stdout] --> /opt/rustwide/target/debug/build/gdnative-bindings-lily-9b9d3e6ddcc0e9b9/out/generated.rs:808:18058 [INFO] [stdout] | [INFO] [stdout] 808 | ... : 0 as * mut sys :: godot_method_bind } ; & mut TABLE } # [inline] # [allow (dead_code)] pub fn get (gd_api : & GodotApi) -> & 'stati... [INFO] [stdout] | ^^^^^^^^^^^ mutable reference to mutable static [INFO] [stdout] | [INFO] [stdout] = note: for more information, see [INFO] [stdout] = note: mutable references to mutable statics are dangerous; it's undefined behavior if any other pointer to the static is used or if any other reference is created for the static while the mutable reference lives [INFO] [stdout] help: use `&raw mut` instead to create a raw pointer [INFO] [stdout] | [INFO] [stdout] 808 | # [doc = "`core class Label` inherits `Control` (unsafe)."] # [doc = "## Official documentation\n\nSee the [documentation of this class](https://godot.readthedocs.io/en/latest/classes/class_label.html) in the Godot engine's official documentation.\nThe method descriptions are generated from it and typically contain code samples in GDScript, not Rust."] # [doc = "## Memory management\n\nNon reference counted objects such as the ones of this type are usually owned by the engine.\n\n`Label` is a reference-only type. Persistent references can\nonly exist in the unsafe `Ref