[INFO] cloning repository https://github.com/arfrie22/embassy-net-esp-hosted-mcu
[INFO] running `Command { std: "git" "-c" "credential.helper=" "-c" "credential.helper=/workspace/cargo-home/bin/git-credential-null" "clone" "--bare" "https://github.com/arfrie22/embassy-net-esp-hosted-mcu" "/workspace/cache/git-repos/https%3A%2F%2Fgithub.com%2Farfrie22%2Fembassy-net-esp-hosted-mcu", kill_on_drop: false }`
[INFO] [stderr] Cloning into bare repository '/workspace/cache/git-repos/https%3A%2F%2Fgithub.com%2Farfrie22%2Fembassy-net-esp-hosted-mcu'...
[INFO] running `Command { std: "git" "rev-parse" "HEAD", kill_on_drop: false }`
[INFO] [stdout] df241ee31c6bd1de468e659e4790f692b56cc89e
[INFO] checking arfrie22/embassy-net-esp-hosted-mcu against 3154cc1a3e6424e44f438a95007d043ed5ceaaf6+rustflags=-Znext-solver=coherence for pr-133502-30
[INFO] running `Command { std: "git" "clone" "/workspace/cache/git-repos/https%3A%2F%2Fgithub.com%2Farfrie22%2Fembassy-net-esp-hosted-mcu" "/workspace/builds/worker-0-tc1/source", kill_on_drop: false }`
[INFO] [stderr] Cloning into '/workspace/builds/worker-0-tc1/source'...
[INFO] [stderr] done.
[INFO] started tweaking git repo https://github.com/arfrie22/embassy-net-esp-hosted-mcu
[INFO] finished tweaking git repo https://github.com/arfrie22/embassy-net-esp-hosted-mcu
[INFO] tweaked toml for git repo https://github.com/arfrie22/embassy-net-esp-hosted-mcu written to /workspace/builds/worker-0-tc1/source/Cargo.toml
[INFO] validating manifest of git repo https://github.com/arfrie22/embassy-net-esp-hosted-mcu on toolchain 3154cc1a3e6424e44f438a95007d043ed5ceaaf6
[INFO] running `Command { std: CARGO_HOME="/workspace/cargo-home" RUSTUP_HOME="/workspace/rustup-home" "/workspace/cargo-home/bin/cargo" "+3154cc1a3e6424e44f438a95007d043ed5ceaaf6" "metadata" "--manifest-path" "Cargo.toml" "--no-deps", kill_on_drop: false }`
[INFO] crate git repo https://github.com/arfrie22/embassy-net-esp-hosted-mcu already has a lockfile, it will not be regenerated
[INFO] running `Command { std: CARGO_HOME="/workspace/cargo-home" RUSTUP_HOME="/workspace/rustup-home" "/workspace/cargo-home/bin/cargo" "+3154cc1a3e6424e44f438a95007d043ed5ceaaf6" "fetch" "--manifest-path" "Cargo.toml", kill_on_drop: false }`
[INFO] [stderr]     Updating crates.io index
[INFO] [stderr]  Downloading crates ...
[INFO] [stderr]   Downloaded modular-bitfield v0.12.0
[INFO] [stderr]   Downloaded modular-bitfield-impl v0.12.0
[INFO] [stderr]   Downloaded micropb v0.3.0
[INFO] [stderr]   Downloaded bitfield-macros v0.19.5
[INFO] [stderr]   Downloaded micropb-gen v0.3.0
[INFO] [stderr]   Downloaded defmt v0.3.100
[INFO] [stderr]   Downloaded embassy-time-driver v0.2.2
[INFO] [stderr]   Downloaded embassy-futures v0.1.2
[INFO] [stderr]   Downloaded bitfields v1.0.3
[INFO] [stderr]   Downloaded embassy-net-driver-channel v0.3.2
[INFO] [stderr]   Downloaded bitfields-impl v1.0.3
[INFO] [stderr]   Downloaded bitfield v0.19.5
[INFO] [stderr]   Downloaded embassy-time v0.5.1
[INFO] [stderr]   Downloaded embassy-sync v0.7.2
[INFO] running `Command { std: "docker" "create" "-v" "/var/lib/crater-agent-workspace/builds/worker-0-tc1/source:/opt/rustwide/workdir:ro,Z" "-v" "/var/lib/crater-agent-workspace/builds/worker-0-tc1/target:/opt/rustwide/target:rw,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" "-m" "1610612736" "--network" "none" "ghcr.io/rust-lang/crates-build-env/linux@sha256:77db811e55d90add9212f6832c23229e3de5f1c1f9905e8cb07319ea15df73ac" "sleep" "infinity", kill_on_drop: false }`
[INFO] [stdout] 2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769
[INFO] running `Command { std: "docker" "start" "2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769", kill_on_drop: false }`
[INFO] running `Command { std: "docker" "inspect" "2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769", kill_on_drop: false }`
[INFO] running `Command { std: "docker" "exec" "-e" "SOURCE_DIR=/opt/rustwide/workdir" "-e" "CARGO_HOME=/opt/rustwide/cargo-home" "-e" "RUSTUP_HOME=/opt/rustwide/rustup-home" "-e" "CARGO_TARGET_DIR=/opt/rustwide/target" "-w" "/opt/rustwide/workdir" "--user" "0:0" "2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769" "/opt/rustwide/cargo-home/bin/cargo" "+3154cc1a3e6424e44f438a95007d043ed5ceaaf6" "metadata" "--no-deps" "--format-version=1", kill_on_drop: false }`
[INFO] running `Command { std: "docker" "inspect" "2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769", kill_on_drop: false }`
[INFO] running `Command { std: "docker" "exec" "-e" "SOURCE_DIR=/opt/rustwide/workdir" "-e" "CARGO_HOME=/opt/rustwide/cargo-home" "-e" "RUSTUP_HOME=/opt/rustwide/rustup-home" "-e" "CARGO_TARGET_DIR=/opt/rustwide/target" "-e" "CARGO_INCREMENTAL=0" "-e" "RUST_BACKTRACE=full" "-e" "RUSTFLAGS=--cap-lints=forbid -Znext-solver=coherence" "-e" "RUSTDOCFLAGS=--cap-lints=forbid" "-w" "/opt/rustwide/workdir" "--user" "0:0" "2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769" "/opt/rustwide/cargo-home/bin/cargo" "+3154cc1a3e6424e44f438a95007d043ed5ceaaf6" "check" "--frozen" "--all" "--all-targets" "--message-format=json", kill_on_drop: false }`
[INFO] [stderr]    Compiling libc v0.2.189
[INFO] [stderr]    Compiling heapless v0.8.0
[INFO] [stderr]    Compiling bitflags v2.13.1
[INFO] [stderr]    Compiling prettyplease v0.2.37
[INFO] [stderr]    Compiling linux-raw-sys v0.12.1
[INFO] [stderr]     Checking byteorder v1.5.0
[INFO] [stderr]    Compiling fastrand v2.5.0
[INFO] [stderr]    Compiling num-traits v0.2.19
[INFO] [stderr]    Compiling thiserror v2.0.19
[INFO] [stderr]    Compiling rustix v1.1.4
[INFO] [stderr]    Compiling getrandom v0.4.3
[INFO] [stderr]    Compiling once_cell v1.21.4
[INFO] [stderr]    Compiling defmt-macros v1.1.1
[INFO] [stderr]    Compiling embedded-io-async v0.6.1
[INFO] [stderr]    Compiling unicode-segmentation v1.13.3
[INFO] [stderr]    Compiling syn v2.0.119
[INFO] [stderr]    Compiling syn v3.0.3
[INFO] [stderr]    Compiling embassy-sync v0.7.2
[INFO] [stderr]    Compiling defmt v1.1.1
[INFO] [stderr]     Checking critical-section v1.2.0
[INFO] [stderr]     Checking futures-core v0.3.33
[INFO] [stderr]    Compiling embassy-time-driver v0.2.2
[INFO] [stderr]     Checking hash32 v0.3.1
[INFO] [stderr]     Checking nb v1.1.0
[INFO] [stderr]     Checking embedded-io v0.6.1
[INFO] [stderr]    Compiling embedded-hal-async v1.0.0
[INFO] [stderr]     Checking embedded-hal v1.0.0
[INFO] [stderr]     Checking void v1.0.2
[INFO] [stderr]     Checking futures-sink v0.3.33
[INFO] [stderr]     Checking embassy-net-driver v0.2.0
[INFO] [stderr]     Checking nb v0.1.3
[INFO] [stderr]     Checking embassy-futures v0.1.2
[INFO] [stderr]     Checking embedded-hal v0.2.7
[INFO] [stderr]     Checking embassy-time v0.5.1
[INFO] [stderr]    Compiling convert_case v0.6.0
[INFO] [stderr]    Compiling micropb v0.3.0
[INFO] [stderr]    Compiling thiserror-impl v2.0.19
[INFO] [stderr]    Compiling bitfield-macros v0.19.5
[INFO] [stderr]    Compiling tempfile v3.27.0
[INFO] [stderr]     Checking bitfield v0.19.5
[INFO] [stderr]    Compiling defmt-parser v1.0.0
[INFO] [stderr]    Compiling bitfields-impl v1.0.3
[INFO] [stderr]    Compiling enumflags2_derive v0.7.12
[INFO] [stderr]    Compiling modular-bitfield-impl v0.12.0
[INFO] [stderr]    Compiling num_enum_derive v0.7.6
[INFO] [stderr]    Compiling micropb-gen v0.3.0
[INFO] [stderr]     Checking enumflags2 v0.7.12
[INFO] [stderr]     Checking num_enum v0.7.6
[INFO] [stderr]     Checking modular-bitfield v0.12.0
[INFO] [stderr]     Checking bitfields v1.0.3
[INFO] [stderr]     Checking embassy-net-driver-channel v0.3.2
[INFO] [stderr]    Compiling embassy-net-esp-hosted-mcu v0.1.0 (/opt/rustwide/workdir)
[INFO] [stderr] error: failed to run custom build command for `embassy-net-esp-hosted-mcu v0.1.0 (/opt/rustwide/workdir)`
[INFO] [stderr] note: To improve backtraces for build dependencies, set the CARGO_PROFILE_DEV_BUILD_OVERRIDE_DEBUG=true environment variable to enable debug information generation.
[INFO] [stderr] 
[INFO] [stderr] Caused by:
[INFO] [stderr]   process didn't exit successfully: `/opt/rustwide/target/debug/build/embassy-net-esp-hosted-mcu/35ab3aea8d77be2a/out/build_script_build` (exit status: 101)
[INFO] [stderr]   --- stdout
[INFO] [stderr]   cargo:rerun-if-changed=esp_hosted_rpc.proto
[INFO] [stderr]   cargo:rustc-env=ESP_HOSTED_MCU_OUT_DIR=/opt/rustwide/target/debug/build/embassy-net-esp-hosted-mcu/22b3729be23ab728/out
[INFO] [stderr] 
[INFO] [stderr]   --- stderr
[INFO] [stderr]   [/opt/rustwide/cargo-home/registry/src/index.crates.io-1949cf8c6b5b557f/micropb-gen-0.3.0/src/lib.rs:819:13] code.to_string() = "# [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_init_config < > { pub r#static_rx_buf_num : i32 , pub r#dynamic_rx_buf_num : i32 , pub r#tx_buf_type : i32 , pub r#static_tx_buf_num : i32 , pub r#dynamic_tx_buf_num : i32 , pub r#cache_tx_buf_num : i32 , pub r#csi_enable : i32 , pub r#ampdu_rx_enable : i32 , pub r#ampdu_tx_enable : i32 , pub r#amsdu_tx_enable : i32 , pub r#nvs_enable : i32 , pub r#nano_enable : i32 , pub r#rx_ba_win : i32 , pub r#wifi_task_core_id : i32 , pub r#beacon_max_len : i32 , pub r#mgmt_sbuf_num : i32 , pub r#feature_caps : u64 , pub r#sta_disconnected_pm : bool , pub r#espnow_max_encrypt_num : i32 , pub r#magic : i32 , } impl < > r#wifi_init_config < > { # [doc = \"Return a reference to `static_rx_buf_num`\"] # [inline] pub fn r#static_rx_buf_num (& self) -> & i32 { & self . r#static_rx_buf_num } # [doc = \"Return a mutable reference to `static_rx_buf_num`\"] # [inline] pub fn mut_static_rx_buf_num (& mut self) -> & mut i32 { & mut self . r#static_rx_buf_num } # [doc = \"Set the value of `static_rx_buf_num`\"] # [inline] pub fn set_static_rx_buf_num (& mut self , value : i32) -> & mut Self { self . r#static_rx_buf_num = value . into () ; self } # [doc = \"Builder method that sets the value of `static_rx_buf_num`. Useful for initializing the message.\"] # [inline] pub fn init_static_rx_buf_num (mut self , value : i32) -> Self { self . r#static_rx_buf_num = value . into () ; self } # [doc = \"Return a reference to `dynamic_rx_buf_num`\"] # [inline] pub fn r#dynamic_rx_buf_num (& self) -> & i32 { & self . r#dynamic_rx_buf_num } # [doc = \"Return a mutable reference to `dynamic_rx_buf_num`\"] # [inline] pub fn mut_dynamic_rx_buf_num (& mut self) -> & mut i32 { & mut self . r#dynamic_rx_buf_num } # [doc = \"Set the value of `dynamic_rx_buf_num`\"] # [inline] pub fn set_dynamic_rx_buf_num (& mut self , value : i32) -> & mut Self { self . r#dynamic_rx_buf_num = value . into () ; self } # [doc = \"Builder method that sets the value of `dynamic_rx_buf_num`. Useful for initializing the message.\"] # [inline] pub fn init_dynamic_rx_buf_num (mut self , value : i32) -> Self { self . r#dynamic_rx_buf_num = value . into () ; self } # [doc = \"Return a reference to `tx_buf_type`\"] # [inline] pub fn r#tx_buf_type (& self) -> & i32 { & self . r#tx_buf_type } # [doc = \"Return a mutable reference to `tx_buf_type`\"] # [inline] pub fn mut_tx_buf_type (& mut self) -> & mut i32 { & mut self . r#tx_buf_type } # [doc = \"Set the value of `tx_buf_type`\"] # [inline] pub fn set_tx_buf_type (& mut self , value : i32) -> & mut Self { self . r#tx_buf_type = value . into () ; self } # [doc = \"Builder method that sets the value of `tx_buf_type`. Useful for initializing the message.\"] # [inline] pub fn init_tx_buf_type (mut self , value : i32) -> Self { self . r#tx_buf_type = value . into () ; self } # [doc = \"Return a reference to `static_tx_buf_num`\"] # [inline] pub fn r#static_tx_buf_num (& self) -> & i32 { & self . r#static_tx_buf_num } # [doc = \"Return a mutable reference to `static_tx_buf_num`\"] # [inline] pub fn mut_static_tx_buf_num (& mut self) -> & mut i32 { & mut self . r#static_tx_buf_num } # [doc = \"Set the value of `static_tx_buf_num`\"] # [inline] pub fn set_static_tx_buf_num (& mut self , value : i32) -> & mut Self { self . r#static_tx_buf_num = value . into () ; self } # [doc = \"Builder method that sets the value of `static_tx_buf_num`. Useful for initializing the message.\"] # [inline] pub fn init_static_tx_buf_num (mut self , value : i32) -> Self { self . r#static_tx_buf_num = value . into () ; self } # [doc = \"Return a reference to `dynamic_tx_buf_num`\"] # [inline] pub fn r#dynamic_tx_buf_num (& self) -> & i32 { & self . r#dynamic_tx_buf_num } # [doc = \"Return a mutable reference to `dynamic_tx_buf_num`\"] # [inline] pub fn mut_dynamic_tx_buf_num (& mut self) -> & mut i32 { & mut self . r#dynamic_tx_buf_num } # [doc = \"Set the value of `dynamic_tx_buf_num`\"] # [inline] pub fn set_dynamic_tx_buf_num (& mut self , value : i32) -> & mut Self { self . r#dynamic_tx_buf_num = value . into () ; self } # [doc = \"Builder method that sets the value of `dynamic_tx_buf_num`. Useful for initializing the message.\"] # [inline] pub fn init_dynamic_tx_buf_num (mut self , value : i32) -> Self { self . r#dynamic_tx_buf_num = value . into () ; self } # [doc = \"Return a reference to `cache_tx_buf_num`\"] # [inline] pub fn r#cache_tx_buf_num (& self) -> & i32 { & self . r#cache_tx_buf_num } # [doc = \"Return a mutable reference to `cache_tx_buf_num`\"] # [inline] pub fn mut_cache_tx_buf_num (& mut self) -> & mut i32 { & mut self . r#cache_tx_buf_num } # [doc = \"Set the value of `cache_tx_buf_num`\"] # [inline] pub fn set_cache_tx_buf_num (& mut self , value : i32) -> & mut Self { self . r#cache_tx_buf_num = value . into () ; self } # [doc = \"Builder method that sets the value of `cache_tx_buf_num`. Useful for initializing the message.\"] # [inline] pub fn init_cache_tx_buf_num (mut self , value : i32) -> Self { self . r#cache_tx_buf_num = value . into () ; self } # [doc = \"Return a reference to `csi_enable`\"] # [inline] pub fn r#csi_enable (& self) -> & i32 { & self . r#csi_enable } # [doc = \"Return a mutable reference to `csi_enable`\"] # [inline] pub fn mut_csi_enable (& mut self) -> & mut i32 { & mut self . r#csi_enable } # [doc = \"Set the value of `csi_enable`\"] # [inline] pub fn set_csi_enable (& mut self , value : i32) -> & mut Self { self . r#csi_enable = value . into () ; self } # [doc = \"Builder method that sets the value of `csi_enable`. Useful for initializing the message.\"] # [inline] pub fn init_csi_enable (mut self , value : i32) -> Self { self . r#csi_enable = value . into () ; self } # [doc = \"Return a reference to `ampdu_rx_enable`\"] # [inline] pub fn r#ampdu_rx_enable (& self) -> & i32 { & self . r#ampdu_rx_enable } # [doc = \"Return a mutable reference to `ampdu_rx_enable`\"] # [inline] pub fn mut_ampdu_rx_enable (& mut self) -> & mut i32 { & mut self . r#ampdu_rx_enable } # [doc = \"Set the value of `ampdu_rx_enable`\"] # [inline] pub fn set_ampdu_rx_enable (& mut self , value : i32) -> & mut Self { self . r#ampdu_rx_enable = value . into () ; self } # [doc = \"Builder method that sets the value of `ampdu_rx_enable`. Useful for initializing the message.\"] # [inline] pub fn init_ampdu_rx_enable (mut self , value : i32) -> Self { self . r#ampdu_rx_enable = value . into () ; self } # [doc = \"Return a reference to `ampdu_tx_enable`\"] # [inline] pub fn r#ampdu_tx_enable (& self) -> & i32 { & self . r#ampdu_tx_enable } # [doc = \"Return a mutable reference to `ampdu_tx_enable`\"] # [inline] pub fn mut_ampdu_tx_enable (& mut self) -> & mut i32 { & mut self . r#ampdu_tx_enable } # [doc = \"Set the value of `ampdu_tx_enable`\"] # [inline] pub fn set_ampdu_tx_enable (& mut self , value : i32) -> & mut Self { self . r#ampdu_tx_enable = value . into () ; self } # [doc = \"Builder method that sets the value of `ampdu_tx_enable`. Useful for initializing the message.\"] # [inline] pub fn init_ampdu_tx_enable (mut self , value : i32) -> Self { self . r#ampdu_tx_enable = value . into () ; self } # [doc = \"Return a reference to `amsdu_tx_enable`\"] # [inline] pub fn r#amsdu_tx_enable (& self) -> & i32 { & self . r#amsdu_tx_enable } # [doc = \"Return a mutable reference to `amsdu_tx_enable`\"] # [inline] pub fn mut_amsdu_tx_enable (& mut self) -> & mut i32 { & mut self . r#amsdu_tx_enable } # [doc = \"Set the value of `amsdu_tx_enable`\"] # [inline] pub fn set_amsdu_tx_enable (& mut self , value : i32) -> & mut Self { self . r#amsdu_tx_enable = value . into () ; self } # [doc = \"Builder method that sets the value of `amsdu_tx_enable`. Useful for initializing the message.\"] # [inline] pub fn init_amsdu_tx_enable (mut self , value : i32) -> Self { self . r#amsdu_tx_enable = value . into () ; self } # [doc = \"Return a reference to `nvs_enable`\"] # [inline] pub fn r#nvs_enable (& self) -> & i32 { & self . r#nvs_enable } # [doc = \"Return a mutable reference to `nvs_enable`\"] # [inline] pub fn mut_nvs_enable (& mut self) -> & mut i32 { & mut self . r#nvs_enable } # [doc = \"Set the value of `nvs_enable`\"] # [inline] pub fn set_nvs_enable (& mut self , value : i32) -> & mut Self { self . r#nvs_enable = value . into () ; self } # [doc = \"Builder method that sets the value of `nvs_enable`. Useful for initializing the message.\"] # [inline] pub fn init_nvs_enable (mut self , value : i32) -> Self { self . r#nvs_enable = value . into () ; self } # [doc = \"Return a reference to `nano_enable`\"] # [inline] pub fn r#nano_enable (& self) -> & i32 { & self . r#nano_enable } # [doc = \"Return a mutable reference to `nano_enable`\"] # [inline] pub fn mut_nano_enable (& mut self) -> & mut i32 { & mut self . r#nano_enable } # [doc = \"Set the value of `nano_enable`\"] # [inline] pub fn set_nano_enable (& mut self , value : i32) -> & mut Self { self . r#nano_enable = value . into () ; self } # [doc = \"Builder method that sets the value of `nano_enable`. Useful for initializing the message.\"] # [inline] pub fn init_nano_enable (mut self , value : i32) -> Self { self . r#nano_enable = value . into () ; self } # [doc = \"Return a reference to `rx_ba_win`\"] # [inline] pub fn r#rx_ba_win (& self) -> & i32 { & self . r#rx_ba_win } # [doc = \"Return a mutable reference to `rx_ba_win`\"] # [inline] pub fn mut_rx_ba_win (& mut self) -> & mut i32 { & mut self . r#rx_ba_win } # [doc = \"Set the value of `rx_ba_win`\"] # [inline] pub fn set_rx_ba_win (& mut self , value : i32) -> & mut Self { self . r#rx_ba_win = value . into () ; self } # [doc = \"Builder method that sets the value of `rx_ba_win`. Useful for initializing the message.\"] # [inline] pub fn init_rx_ba_win (mut self , value : i32) -> Self { self . r#rx_ba_win = value . into () ; self } # [doc = \"Return a reference to `wifi_task_core_id`\"] # [inline] pub fn r#wifi_task_core_id (& self) -> & i32 { & self . r#wifi_task_core_id } # [doc = \"Return a mutable reference to `wifi_task_core_id`\"] # [inline] pub fn mut_wifi_task_core_id (& mut self) -> & mut i32 { & mut self . r#wifi_task_core_id } # [doc = \"Set the value of `wifi_task_core_id`\"] # [inline] pub fn set_wifi_task_core_id (& mut self , value : i32) -> & mut Self { self . r#wifi_task_core_id = value . into () ; self } # [doc = \"Builder method that sets the value of `wifi_task_core_id`. Useful for initializing the message.\"] # [inline] pub fn init_wifi_task_core_id (mut self , value : i32) -> Self { self . r#wifi_task_core_id = value . into () ; self } # [doc = \"Return a reference to `beacon_max_len`\"] # [inline] pub fn r#beacon_max_len (& self) -> & i32 { & self . r#beacon_max_len } # [doc = \"Return a mutable reference to `beacon_max_len`\"] # [inline] pub fn mut_beacon_max_len (& mut self) -> & mut i32 { & mut self . r#beacon_max_len } # [doc = \"Set the value of `beacon_max_len`\"] # [inline] pub fn set_beacon_max_len (& mut self , value : i32) -> & mut Self { self . r#beacon_max_len = value . into () ; self } # [doc = \"Builder method that sets the value of `beacon_max_len`. Useful for initializing the message.\"] # [inline] pub fn init_beacon_max_len (mut self , value : i32) -> Self { self . r#beacon_max_len = value . into () ; self } # [doc = \"Return a reference to `mgmt_sbuf_num`\"] # [inline] pub fn r#mgmt_sbuf_num (& self) -> & i32 { & self . r#mgmt_sbuf_num } # [doc = \"Return a mutable reference to `mgmt_sbuf_num`\"] # [inline] pub fn mut_mgmt_sbuf_num (& mut self) -> & mut i32 { & mut self . r#mgmt_sbuf_num } # [doc = \"Set the value of `mgmt_sbuf_num`\"] # [inline] pub fn set_mgmt_sbuf_num (& mut self , value : i32) -> & mut Self { self . r#mgmt_sbuf_num = value . into () ; self } # [doc = \"Builder method that sets the value of `mgmt_sbuf_num`. Useful for initializing the message.\"] # [inline] pub fn init_mgmt_sbuf_num (mut self , value : i32) -> Self { self . r#mgmt_sbuf_num = value . into () ; self } # [doc = \"Return a reference to `feature_caps`\"] # [inline] pub fn r#feature_caps (& self) -> & u64 { & self . r#feature_caps } # [doc = \"Return a mutable reference to `feature_caps`\"] # [inline] pub fn mut_feature_caps (& mut self) -> & mut u64 { & mut self . r#feature_caps } # [doc = \"Set the value of `feature_caps`\"] # [inline] pub fn set_feature_caps (& mut self , value : u64) -> & mut Self { self . r#feature_caps = value . into () ; self } # [doc = \"Builder method that sets the value of `feature_caps`. Useful for initializing the message.\"] # [inline] pub fn init_feature_caps (mut self , value : u64) -> Self { self . r#feature_caps = value . into () ; self } # [doc = \"Return a reference to `sta_disconnected_pm`\"] # [inline] pub fn r#sta_disconnected_pm (& self) -> & bool { & self . r#sta_disconnected_pm } # [doc = \"Return a mutable reference to `sta_disconnected_pm`\"] # [inline] pub fn mut_sta_disconnected_pm (& mut self) -> & mut bool { & mut self . r#sta_disconnected_pm } # [doc = \"Set the value of `sta_disconnected_pm`\"] # [inline] pub fn set_sta_disconnected_pm (& mut self , value : bool) -> & mut Self { self . r#sta_disconnected_pm = value . into () ; self } # [doc = \"Builder method that sets the value of `sta_disconnected_pm`. Useful for initializing the message.\"] # [inline] pub fn init_sta_disconnected_pm (mut self , value : bool) -> Self { self . r#sta_disconnected_pm = value . into () ; self } # [doc = \"Return a reference to `espnow_max_encrypt_num`\"] # [inline] pub fn r#espnow_max_encrypt_num (& self) -> & i32 { & self . r#espnow_max_encrypt_num } # [doc = \"Return a mutable reference to `espnow_max_encrypt_num`\"] # [inline] pub fn mut_espnow_max_encrypt_num (& mut self) -> & mut i32 { & mut self . r#espnow_max_encrypt_num } # [doc = \"Set the value of `espnow_max_encrypt_num`\"] # [inline] pub fn set_espnow_max_encrypt_num (& mut self , value : i32) -> & mut Self { self . r#espnow_max_encrypt_num = value . into () ; self } # [doc = \"Builder method that sets the value of `espnow_max_encrypt_num`. Useful for initializing the message.\"] # [inline] pub fn init_espnow_max_encrypt_num (mut self , value : i32) -> Self { self . r#espnow_max_encrypt_num = value . into () ; self } # [doc = \"Return a reference to `magic`\"] # [inline] pub fn r#magic (& self) -> & i32 { & self . r#magic } # [doc = \"Return a mutable reference to `magic`\"] # [inline] pub fn mut_magic (& mut self) -> & mut i32 { & mut self . r#magic } # [doc = \"Set the value of `magic`\"] # [inline] pub fn set_magic (& mut self , value : i32) -> & mut Self { self . r#magic = value . into () ; self } # [doc = \"Builder method that sets the value of `magic`. Useful for initializing the message.\"] # [inline] pub fn init_magic (mut self , value : i32) -> Self { self . r#magic = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_init_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#static_rx_buf_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#dynamic_rx_buf_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#tx_buf_type ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#static_tx_buf_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#dynamic_tx_buf_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#cache_tx_buf_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 7u32 => { let mut_ref = & mut self . r#csi_enable ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 8u32 => { let mut_ref = & mut self . r#ampdu_rx_enable ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 9u32 => { let mut_ref = & mut self . r#ampdu_tx_enable ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 10u32 => { let mut_ref = & mut self . r#amsdu_tx_enable ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 11u32 => { let mut_ref = & mut self . r#nvs_enable ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 12u32 => { let mut_ref = & mut self . r#nano_enable ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 13u32 => { let mut_ref = & mut self . r#rx_ba_win ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 14u32 => { let mut_ref = & mut self . r#wifi_task_core_id ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 15u32 => { let mut_ref = & mut self . r#beacon_max_len ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 16u32 => { let mut_ref = & mut self . r#mgmt_sbuf_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 17u32 => { let mut_ref = & mut self . r#feature_caps ; { let val = decoder . decode_varint64 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 18u32 => { let mut_ref = & mut self . r#sta_disconnected_pm ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 19u32 => { let mut_ref = & mut self . r#espnow_max_encrypt_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 20u32 => { let mut_ref = & mut self . r#magic ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_init_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#static_rx_buf_num ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#dynamic_rx_buf_num ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#tx_buf_type ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#static_tx_buf_num ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#dynamic_tx_buf_num ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#cache_tx_buf_num ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#csi_enable ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ampdu_rx_enable ; if * val_ref != 0 { encoder . encode_varint32 (64u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ampdu_tx_enable ; if * val_ref != 0 { encoder . encode_varint32 (72u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#amsdu_tx_enable ; if * val_ref != 0 { encoder . encode_varint32 (80u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#nvs_enable ; if * val_ref != 0 { encoder . encode_varint32 (88u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#nano_enable ; if * val_ref != 0 { encoder . encode_varint32 (96u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rx_ba_win ; if * val_ref != 0 { encoder . encode_varint32 (104u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#wifi_task_core_id ; if * val_ref != 0 { encoder . encode_varint32 (112u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#beacon_max_len ; if * val_ref != 0 { encoder . encode_varint32 (120u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#mgmt_sbuf_num ; if * val_ref != 0 { encoder . encode_varint32 (128u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#feature_caps ; if * val_ref != 0 { encoder . encode_varint32 (136u32) ? ; encoder . encode_varint64 (* val_ref as _) ? ; } } { let val_ref = & self . r#sta_disconnected_pm ; if * val_ref { encoder . encode_varint32 (144u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#espnow_max_encrypt_num ; if * val_ref != 0 { encoder . encode_varint32 (152u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#magic ; if * val_ref != 0 { encoder . encode_varint32 (160u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#static_rx_buf_num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#dynamic_rx_buf_num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#tx_buf_type ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#static_tx_buf_num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#dynamic_tx_buf_num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#cache_tx_buf_num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#csi_enable ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ampdu_rx_enable ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ampdu_tx_enable ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#amsdu_tx_enable ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#nvs_enable ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#nano_enable ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rx_ba_win ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#wifi_task_core_id ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#beacon_max_len ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#mgmt_sbuf_num ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#feature_caps ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint64 (* val_ref as _) ; } } { let val_ref = & self . r#sta_disconnected_pm ; if * val_ref { size += 2usize + 1 ; } } { let val_ref = & self . r#espnow_max_encrypt_num ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#magic ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_country < > { pub r#cc : :: micropb :: heapless :: Vec < u8 , 3 > , pub r#schan : u32 , pub r#nchan : u32 , pub r#max_tx_power : i32 , pub r#policy : i32 , } impl < > r#wifi_country < > { # [doc = \"Return a reference to `cc`\"] # [inline] pub fn r#cc (& self) -> & :: micropb :: heapless :: Vec < u8 , 3 > { & self . r#cc } # [doc = \"Return a mutable reference to `cc`\"] # [inline] pub fn mut_cc (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 3 > { & mut self . r#cc } # [doc = \"Set the value of `cc`\"] # [inline] pub fn set_cc (& mut self , value : :: micropb :: heapless :: Vec < u8 , 3 >) -> & mut Self { self . r#cc = value . into () ; self } # [doc = \"Builder method that sets the value of `cc`. Useful for initializing the message.\"] # [inline] pub fn init_cc (mut self , value : :: micropb :: heapless :: Vec < u8 , 3 >) -> Self { self . r#cc = value . into () ; self } # [doc = \"Return a reference to `schan`\"] # [inline] pub fn r#schan (& self) -> & u32 { & self . r#schan } # [doc = \"Return a mutable reference to `schan`\"] # [inline] pub fn mut_schan (& mut self) -> & mut u32 { & mut self . r#schan } # [doc = \"Set the value of `schan`\"] # [inline] pub fn set_schan (& mut self , value : u32) -> & mut Self { self . r#schan = value . into () ; self } # [doc = \"Builder method that sets the value of `schan`. Useful for initializing the message.\"] # [inline] pub fn init_schan (mut self , value : u32) -> Self { self . r#schan = value . into () ; self } # [doc = \"Return a reference to `nchan`\"] # [inline] pub fn r#nchan (& self) -> & u32 { & self . r#nchan } # [doc = \"Return a mutable reference to `nchan`\"] # [inline] pub fn mut_nchan (& mut self) -> & mut u32 { & mut self . r#nchan } # [doc = \"Set the value of `nchan`\"] # [inline] pub fn set_nchan (& mut self , value : u32) -> & mut Self { self . r#nchan = value . into () ; self } # [doc = \"Builder method that sets the value of `nchan`. Useful for initializing the message.\"] # [inline] pub fn init_nchan (mut self , value : u32) -> Self { self . r#nchan = value . into () ; self } # [doc = \"Return a reference to `max_tx_power`\"] # [inline] pub fn r#max_tx_power (& self) -> & i32 { & self . r#max_tx_power } # [doc = \"Return a mutable reference to `max_tx_power`\"] # [inline] pub fn mut_max_tx_power (& mut self) -> & mut i32 { & mut self . r#max_tx_power } # [doc = \"Set the value of `max_tx_power`\"] # [inline] pub fn set_max_tx_power (& mut self , value : i32) -> & mut Self { self . r#max_tx_power = value . into () ; self } # [doc = \"Builder method that sets the value of `max_tx_power`. Useful for initializing the message.\"] # [inline] pub fn init_max_tx_power (mut self , value : i32) -> Self { self . r#max_tx_power = value . into () ; self } # [doc = \"Return a reference to `policy`\"] # [inline] pub fn r#policy (& self) -> & i32 { & self . r#policy } # [doc = \"Return a mutable reference to `policy`\"] # [inline] pub fn mut_policy (& mut self) -> & mut i32 { & mut self . r#policy } # [doc = \"Set the value of `policy`\"] # [inline] pub fn set_policy (& mut self , value : i32) -> & mut Self { self . r#policy = value . into () ; self } # [doc = \"Builder method that sets the value of `policy`. Useful for initializing the message.\"] # [inline] pub fn init_policy (mut self , value : i32) -> Self { self . r#policy = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_country < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#cc ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#schan ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#nchan ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#max_tx_power ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#policy ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_country < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (4usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#cc ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#schan ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#nchan ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#max_tx_power ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#policy ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#cc ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#schan ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#nchan ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#max_tx_power ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#policy ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_active_scan_time < > { pub r#min : u32 , pub r#max : u32 , } impl < > r#wifi_active_scan_time < > { # [doc = \"Return a reference to `min`\"] # [inline] pub fn r#min (& self) -> & u32 { & self . r#min } # [doc = \"Return a mutable reference to `min`\"] # [inline] pub fn mut_min (& mut self) -> & mut u32 { & mut self . r#min } # [doc = \"Set the value of `min`\"] # [inline] pub fn set_min (& mut self , value : u32) -> & mut Self { self . r#min = value . into () ; self } # [doc = \"Builder method that sets the value of `min`. Useful for initializing the message.\"] # [inline] pub fn init_min (mut self , value : u32) -> Self { self . r#min = value . into () ; self } # [doc = \"Return a reference to `max`\"] # [inline] pub fn r#max (& self) -> & u32 { & self . r#max } # [doc = \"Return a mutable reference to `max`\"] # [inline] pub fn mut_max (& mut self) -> & mut u32 { & mut self . r#max } # [doc = \"Set the value of `max`\"] # [inline] pub fn set_max (& mut self , value : u32) -> & mut Self { self . r#max = value . into () ; self } # [doc = \"Builder method that sets the value of `max`. Useful for initializing the message.\"] # [inline] pub fn init_max (mut self , value : u32) -> Self { self . r#max = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_active_scan_time < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#min ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#max ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_active_scan_time < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#min ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#max ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#min ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#max ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod wifi_scan_time_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `active`\"] # [inline] pub const fn r#active (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `active`\"] # [inline] pub const fn set_active (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `active`\"] # [inline] pub const fn clear_active (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `active`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_active (mut self) -> Self { self . set_active () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct r#wifi_scan_time < > { pub r#active : r#wifi_active_scan_time < > , pub r#passive : u32 , pub _has : wifi_scan_time_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for r#wifi_scan_time < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#active () == other . r#active ()) ; ret &= (self . r#passive == other . r#passive) ; ret } } impl < > r#wifi_scan_time < > { # [doc = \"Return a reference to `active` as an `Option`\"] # [inline] pub fn r#active (& self) -> :: core :: option :: Option < & r#wifi_active_scan_time < > > { self . _has . r#active () . then_some (& self . r#active) } # [doc = \"Set the value and presence of `active`\"] # [inline] pub fn set_active (& mut self , value : r#wifi_active_scan_time < >) -> & mut Self { self . _has . set_active () ; self . r#active = value . into () ; self } # [doc = \"Return a mutable reference to `active` as an `Option`\"] # [inline] pub fn mut_active (& mut self) -> :: core :: option :: Option < & mut r#wifi_active_scan_time < > > { self . _has . r#active () . then_some (& mut self . r#active) } # [doc = \"Clear the presence of `active`\"] # [inline] pub fn clear_active (& mut self) -> & mut Self { self . _has . clear_active () ; self } # [doc = \"Take the value of `active` and clear its presence\"] # [inline] pub fn take_active (& mut self) -> :: core :: option :: Option < r#wifi_active_scan_time < > > { let val = self . _has . r#active () . then (|| :: core :: mem :: take (& mut self . r#active)) ; self . _has . clear_active () ; val } # [doc = \"Builder method that sets the value of `active`. Useful for initializing the message.\"] # [inline] pub fn init_active (mut self , value : r#wifi_active_scan_time < >) -> Self { self . set_active (value) ; self } # [doc = \"Return a reference to `passive`\"] # [inline] pub fn r#passive (& self) -> & u32 { & self . r#passive } # [doc = \"Return a mutable reference to `passive`\"] # [inline] pub fn mut_passive (& mut self) -> & mut u32 { & mut self . r#passive } # [doc = \"Set the value of `passive`\"] # [inline] pub fn set_passive (& mut self , value : u32) -> & mut Self { self . r#passive = value . into () ; self } # [doc = \"Builder method that sets the value of `passive`. Useful for initializing the message.\"] # [inline] pub fn init_passive (mut self , value : u32) -> Self { self . r#passive = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_scan_time < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#active ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_active () ; } 2u32 => { let mut_ref = & mut self . r#passive ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_scan_time < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_active_scan_time as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#active () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#passive ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#active () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#passive ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_scan_channel_bitmap < > { pub r#ghz_2_channels : u32 , pub r#ghz_5_channels : u32 , } impl < > r#wifi_scan_channel_bitmap < > { # [doc = \"Return a reference to `ghz_2_channels`\"] # [inline] pub fn r#ghz_2_channels (& self) -> & u32 { & self . r#ghz_2_channels } # [doc = \"Return a mutable reference to `ghz_2_channels`\"] # [inline] pub fn mut_ghz_2_channels (& mut self) -> & mut u32 { & mut self . r#ghz_2_channels } # [doc = \"Set the value of `ghz_2_channels`\"] # [inline] pub fn set_ghz_2_channels (& mut self , value : u32) -> & mut Self { self . r#ghz_2_channels = value . into () ; self } # [doc = \"Builder method that sets the value of `ghz_2_channels`. Useful for initializing the message.\"] # [inline] pub fn init_ghz_2_channels (mut self , value : u32) -> Self { self . r#ghz_2_channels = value . into () ; self } # [doc = \"Return a reference to `ghz_5_channels`\"] # [inline] pub fn r#ghz_5_channels (& self) -> & u32 { & self . r#ghz_5_channels } # [doc = \"Return a mutable reference to `ghz_5_channels`\"] # [inline] pub fn mut_ghz_5_channels (& mut self) -> & mut u32 { & mut self . r#ghz_5_channels } # [doc = \"Set the value of `ghz_5_channels`\"] # [inline] pub fn set_ghz_5_channels (& mut self , value : u32) -> & mut Self { self . r#ghz_5_channels = value . into () ; self } # [doc = \"Builder method that sets the value of `ghz_5_channels`. Useful for initializing the message.\"] # [inline] pub fn init_ghz_5_channels (mut self , value : u32) -> Self { self . r#ghz_5_channels = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_scan_channel_bitmap < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ghz_2_channels ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ghz_5_channels ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_scan_channel_bitmap < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ghz_2_channels ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ghz_5_channels ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ghz_2_channels ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#ghz_5_channels ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod wifi_scan_config_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `scan_time`\"] # [inline] pub const fn r#scan_time (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `scan_time`\"] # [inline] pub const fn set_scan_time (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `scan_time`\"] # [inline] pub const fn clear_scan_time (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `scan_time`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_scan_time (mut self) -> Self { self . set_scan_time () ; self } # [doc = \"Query presence of `channel_bitmap`\"] # [inline] pub const fn r#channel_bitmap (& self) -> bool { (self . 0 [0] & 2) != 0 } # [doc = \"Set presence of `channel_bitmap`\"] # [inline] pub const fn set_channel_bitmap (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 2 ; self } # [doc = \"Clear presence of `channel_bitmap`\"] # [inline] pub const fn clear_channel_bitmap (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 2 ; self } # [doc = \"Builder method that sets the presence of `channel_bitmap`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_channel_bitmap (mut self) -> Self { self . set_channel_bitmap () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct r#wifi_scan_config < > { pub r#ssid : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#bssid : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#channel : u32 , pub r#show_hidden : bool , pub r#scan_type : i32 , pub r#scan_time : r#wifi_scan_time < > , pub r#home_chan_dwell_time : u32 , pub r#channel_bitmap : r#wifi_scan_channel_bitmap < > , pub _has : wifi_scan_config_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for r#wifi_scan_config < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#ssid == other . r#ssid) ; ret &= (self . r#bssid == other . r#bssid) ; ret &= (self . r#channel == other . r#channel) ; ret &= (self . r#show_hidden == other . r#show_hidden) ; ret &= (self . r#scan_type == other . r#scan_type) ; ret &= (self . r#scan_time () == other . r#scan_time ()) ; ret &= (self . r#home_chan_dwell_time == other . r#home_chan_dwell_time) ; ret &= (self . r#channel_bitmap () == other . r#channel_bitmap ()) ; ret } } impl < > r#wifi_scan_config < > { # [doc = \"Return a reference to `ssid`\"] # [inline] pub fn r#ssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#ssid } # [doc = \"Return a mutable reference to `ssid`\"] # [inline] pub fn mut_ssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#ssid } # [doc = \"Set the value of `ssid`\"] # [inline] pub fn set_ssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#ssid = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid`. Useful for initializing the message.\"] # [inline] pub fn init_ssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#ssid = value . into () ; self } # [doc = \"Return a reference to `bssid`\"] # [inline] pub fn r#bssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#bssid } # [doc = \"Return a mutable reference to `bssid`\"] # [inline] pub fn mut_bssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#bssid } # [doc = \"Set the value of `bssid`\"] # [inline] pub fn set_bssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#bssid = value . into () ; self } # [doc = \"Builder method that sets the value of `bssid`. Useful for initializing the message.\"] # [inline] pub fn init_bssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#bssid = value . into () ; self } # [doc = \"Return a reference to `channel`\"] # [inline] pub fn r#channel (& self) -> & u32 { & self . r#channel } # [doc = \"Return a mutable reference to `channel`\"] # [inline] pub fn mut_channel (& mut self) -> & mut u32 { & mut self . r#channel } # [doc = \"Set the value of `channel`\"] # [inline] pub fn set_channel (& mut self , value : u32) -> & mut Self { self . r#channel = value . into () ; self } # [doc = \"Builder method that sets the value of `channel`. Useful for initializing the message.\"] # [inline] pub fn init_channel (mut self , value : u32) -> Self { self . r#channel = value . into () ; self } # [doc = \"Return a reference to `show_hidden`\"] # [inline] pub fn r#show_hidden (& self) -> & bool { & self . r#show_hidden } # [doc = \"Return a mutable reference to `show_hidden`\"] # [inline] pub fn mut_show_hidden (& mut self) -> & mut bool { & mut self . r#show_hidden } # [doc = \"Set the value of `show_hidden`\"] # [inline] pub fn set_show_hidden (& mut self , value : bool) -> & mut Self { self . r#show_hidden = value . into () ; self } # [doc = \"Builder method that sets the value of `show_hidden`. Useful for initializing the message.\"] # [inline] pub fn init_show_hidden (mut self , value : bool) -> Self { self . r#show_hidden = value . into () ; self } # [doc = \"Return a reference to `scan_type`\"] # [inline] pub fn r#scan_type (& self) -> & i32 { & self . r#scan_type } # [doc = \"Return a mutable reference to `scan_type`\"] # [inline] pub fn mut_scan_type (& mut self) -> & mut i32 { & mut self . r#scan_type } # [doc = \"Set the value of `scan_type`\"] # [inline] pub fn set_scan_type (& mut self , value : i32) -> & mut Self { self . r#scan_type = value . into () ; self } # [doc = \"Builder method that sets the value of `scan_type`. Useful for initializing the message.\"] # [inline] pub fn init_scan_type (mut self , value : i32) -> Self { self . r#scan_type = value . into () ; self } # [doc = \"Return a reference to `scan_time` as an `Option`\"] # [inline] pub fn r#scan_time (& self) -> :: core :: option :: Option < & r#wifi_scan_time < > > { self . _has . r#scan_time () . then_some (& self . r#scan_time) } # [doc = \"Set the value and presence of `scan_time`\"] # [inline] pub fn set_scan_time (& mut self , value : r#wifi_scan_time < >) -> & mut Self { self . _has . set_scan_time () ; self . r#scan_time = value . into () ; self } # [doc = \"Return a mutable reference to `scan_time` as an `Option`\"] # [inline] pub fn mut_scan_time (& mut self) -> :: core :: option :: Option < & mut r#wifi_scan_time < > > { self . _has . r#scan_time () . then_some (& mut self . r#scan_time) } # [doc = \"Clear the presence of `scan_time`\"] # [inline] pub fn clear_scan_time (& mut self) -> & mut Self { self . _has . clear_scan_time () ; self } # [doc = \"Take the value of `scan_time` and clear its presence\"] # [inline] pub fn take_scan_time (& mut self) -> :: core :: option :: Option < r#wifi_scan_time < > > { let val = self . _has . r#scan_time () . then (|| :: core :: mem :: take (& mut self . r#scan_time)) ; self . _has . clear_scan_time () ; val } # [doc = \"Builder method that sets the value of `scan_time`. Useful for initializing the message.\"] # [inline] pub fn init_scan_time (mut self , value : r#wifi_scan_time < >) -> Self { self . set_scan_time (value) ; self } # [doc = \"Return a reference to `home_chan_dwell_time`\"] # [inline] pub fn r#home_chan_dwell_time (& self) -> & u32 { & self . r#home_chan_dwell_time } # [doc = \"Return a mutable reference to `home_chan_dwell_time`\"] # [inline] pub fn mut_home_chan_dwell_time (& mut self) -> & mut u32 { & mut self . r#home_chan_dwell_time } # [doc = \"Set the value of `home_chan_dwell_time`\"] # [inline] pub fn set_home_chan_dwell_time (& mut self , value : u32) -> & mut Self { self . r#home_chan_dwell_time = value . into () ; self } # [doc = \"Builder method that sets the value of `home_chan_dwell_time`. Useful for initializing the message.\"] # [inline] pub fn init_home_chan_dwell_time (mut self , value : u32) -> Self { self . r#home_chan_dwell_time = value . into () ; self } # [doc = \"Return a reference to `channel_bitmap` as an `Option`\"] # [inline] pub fn r#channel_bitmap (& self) -> :: core :: option :: Option < & r#wifi_scan_channel_bitmap < > > { self . _has . r#channel_bitmap () . then_some (& self . r#channel_bitmap) } # [doc = \"Set the value and presence of `channel_bitmap`\"] # [inline] pub fn set_channel_bitmap (& mut self , value : r#wifi_scan_channel_bitmap < >) -> & mut Self { self . _has . set_channel_bitmap () ; self . r#channel_bitmap = value . into () ; self } # [doc = \"Return a mutable reference to `channel_bitmap` as an `Option`\"] # [inline] pub fn mut_channel_bitmap (& mut self) -> :: core :: option :: Option < & mut r#wifi_scan_channel_bitmap < > > { self . _has . r#channel_bitmap () . then_some (& mut self . r#channel_bitmap) } # [doc = \"Clear the presence of `channel_bitmap`\"] # [inline] pub fn clear_channel_bitmap (& mut self) -> & mut Self { self . _has . clear_channel_bitmap () ; self } # [doc = \"Take the value of `channel_bitmap` and clear its presence\"] # [inline] pub fn take_channel_bitmap (& mut self) -> :: core :: option :: Option < r#wifi_scan_channel_bitmap < > > { let val = self . _has . r#channel_bitmap () . then (|| :: core :: mem :: take (& mut self . r#channel_bitmap)) ; self . _has . clear_channel_bitmap () ; val } # [doc = \"Builder method that sets the value of `channel_bitmap`. Useful for initializing the message.\"] # [inline] pub fn init_channel_bitmap (mut self , value : r#wifi_scan_channel_bitmap < >) -> Self { self . set_channel_bitmap (value) ; self } } impl < > :: micropb :: MessageDecode for r#wifi_scan_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#bssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#channel ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#show_hidden ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#scan_type ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#scan_time ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_scan_time () ; } 7u32 => { let mut_ref = & mut self . r#home_chan_dwell_time ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 8u32 => { let mut_ref = & mut self . r#channel_bitmap ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_channel_bitmap () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_scan_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_scan_time as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_scan_channel_bitmap as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#show_hidden ; if * val_ref { encoder . encode_varint32 (32u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#scan_type ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#scan_time () { encoder . encode_varint32 (50u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#home_chan_dwell_time ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#channel_bitmap () { encoder . encode_varint32 (66u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#show_hidden ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#scan_type ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#scan_time () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#home_chan_dwell_time ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#channel_bitmap () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_he_ap_info < > { pub r#bitmask : u32 , pub r#bssid_index : u32 , } impl < > r#wifi_he_ap_info < > { # [doc = \"Return a reference to `bitmask`\"] # [inline] pub fn r#bitmask (& self) -> & u32 { & self . r#bitmask } # [doc = \"Return a mutable reference to `bitmask`\"] # [inline] pub fn mut_bitmask (& mut self) -> & mut u32 { & mut self . r#bitmask } # [doc = \"Set the value of `bitmask`\"] # [inline] pub fn set_bitmask (& mut self , value : u32) -> & mut Self { self . r#bitmask = value . into () ; self } # [doc = \"Builder method that sets the value of `bitmask`. Useful for initializing the message.\"] # [inline] pub fn init_bitmask (mut self , value : u32) -> Self { self . r#bitmask = value . into () ; self } # [doc = \"Return a reference to `bssid_index`\"] # [inline] pub fn r#bssid_index (& self) -> & u32 { & self . r#bssid_index } # [doc = \"Return a mutable reference to `bssid_index`\"] # [inline] pub fn mut_bssid_index (& mut self) -> & mut u32 { & mut self . r#bssid_index } # [doc = \"Set the value of `bssid_index`\"] # [inline] pub fn set_bssid_index (& mut self , value : u32) -> & mut Self { self . r#bssid_index = value . into () ; self } # [doc = \"Builder method that sets the value of `bssid_index`. Useful for initializing the message.\"] # [inline] pub fn init_bssid_index (mut self , value : u32) -> Self { self . r#bssid_index = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_he_ap_info < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#bitmask ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#bssid_index ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_he_ap_info < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#bitmask ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bssid_index ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#bitmask ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#bssid_index ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod wifi_ap_record_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `country`\"] # [inline] pub const fn r#country (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `country`\"] # [inline] pub const fn set_country (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `country`\"] # [inline] pub const fn clear_country (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `country`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_country (mut self) -> Self { self . set_country () ; self } # [doc = \"Query presence of `he_ap`\"] # [inline] pub const fn r#he_ap (& self) -> bool { (self . 0 [0] & 2) != 0 } # [doc = \"Set presence of `he_ap`\"] # [inline] pub const fn set_he_ap (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 2 ; self } # [doc = \"Clear presence of `he_ap`\"] # [inline] pub const fn clear_he_ap (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 2 ; self } # [doc = \"Builder method that sets the presence of `he_ap`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_he_ap (mut self) -> Self { self . set_he_ap () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct r#wifi_ap_record < > { pub r#bssid : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#ssid : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#primary : u32 , pub r#second : i32 , pub r#rssi : i32 , pub r#authmode : i32 , pub r#pairwise_cipher : i32 , pub r#group_cipher : i32 , pub r#ant : i32 , pub r#bitmask : u32 , pub r#country : r#wifi_country < > , pub r#he_ap : r#wifi_he_ap_info < > , pub r#bandwidth : u32 , pub r#vht_ch_freq1 : u32 , pub r#vht_ch_freq2 : u32 , pub _has : wifi_ap_record_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for r#wifi_ap_record < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#bssid == other . r#bssid) ; ret &= (self . r#ssid == other . r#ssid) ; ret &= (self . r#primary == other . r#primary) ; ret &= (self . r#second == other . r#second) ; ret &= (self . r#rssi == other . r#rssi) ; ret &= (self . r#authmode == other . r#authmode) ; ret &= (self . r#pairwise_cipher == other . r#pairwise_cipher) ; ret &= (self . r#group_cipher == other . r#group_cipher) ; ret &= (self . r#ant == other . r#ant) ; ret &= (self . r#bitmask == other . r#bitmask) ; ret &= (self . r#country () == other . r#country ()) ; ret &= (self . r#he_ap () == other . r#he_ap ()) ; ret &= (self . r#bandwidth == other . r#bandwidth) ; ret &= (self . r#vht_ch_freq1 == other . r#vht_ch_freq1) ; ret &= (self . r#vht_ch_freq2 == other . r#vht_ch_freq2) ; ret } } impl < > r#wifi_ap_record < > { # [doc = \"Return a reference to `bssid`\"] # [inline] pub fn r#bssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#bssid } # [doc = \"Return a mutable reference to `bssid`\"] # [inline] pub fn mut_bssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#bssid } # [doc = \"Set the value of `bssid`\"] # [inline] pub fn set_bssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#bssid = value . into () ; self } # [doc = \"Builder method that sets the value of `bssid`. Useful for initializing the message.\"] # [inline] pub fn init_bssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#bssid = value . into () ; self } # [doc = \"Return a reference to `ssid`\"] # [inline] pub fn r#ssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#ssid } # [doc = \"Return a mutable reference to `ssid`\"] # [inline] pub fn mut_ssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#ssid } # [doc = \"Set the value of `ssid`\"] # [inline] pub fn set_ssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#ssid = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid`. Useful for initializing the message.\"] # [inline] pub fn init_ssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#ssid = value . into () ; self } # [doc = \"Return a reference to `primary`\"] # [inline] pub fn r#primary (& self) -> & u32 { & self . r#primary } # [doc = \"Return a mutable reference to `primary`\"] # [inline] pub fn mut_primary (& mut self) -> & mut u32 { & mut self . r#primary } # [doc = \"Set the value of `primary`\"] # [inline] pub fn set_primary (& mut self , value : u32) -> & mut Self { self . r#primary = value . into () ; self } # [doc = \"Builder method that sets the value of `primary`. Useful for initializing the message.\"] # [inline] pub fn init_primary (mut self , value : u32) -> Self { self . r#primary = value . into () ; self } # [doc = \"Return a reference to `second`\"] # [inline] pub fn r#second (& self) -> & i32 { & self . r#second } # [doc = \"Return a mutable reference to `second`\"] # [inline] pub fn mut_second (& mut self) -> & mut i32 { & mut self . r#second } # [doc = \"Set the value of `second`\"] # [inline] pub fn set_second (& mut self , value : i32) -> & mut Self { self . r#second = value . into () ; self } # [doc = \"Builder method that sets the value of `second`. Useful for initializing the message.\"] # [inline] pub fn init_second (mut self , value : i32) -> Self { self . r#second = value . into () ; self } # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } # [doc = \"Return a reference to `authmode`\"] # [inline] pub fn r#authmode (& self) -> & i32 { & self . r#authmode } # [doc = \"Return a mutable reference to `authmode`\"] # [inline] pub fn mut_authmode (& mut self) -> & mut i32 { & mut self . r#authmode } # [doc = \"Set the value of `authmode`\"] # [inline] pub fn set_authmode (& mut self , value : i32) -> & mut Self { self . r#authmode = value . into () ; self } # [doc = \"Builder method that sets the value of `authmode`. Useful for initializing the message.\"] # [inline] pub fn init_authmode (mut self , value : i32) -> Self { self . r#authmode = value . into () ; self } # [doc = \"Return a reference to `pairwise_cipher`\"] # [inline] pub fn r#pairwise_cipher (& self) -> & i32 { & self . r#pairwise_cipher } # [doc = \"Return a mutable reference to `pairwise_cipher`\"] # [inline] pub fn mut_pairwise_cipher (& mut self) -> & mut i32 { & mut self . r#pairwise_cipher } # [doc = \"Set the value of `pairwise_cipher`\"] # [inline] pub fn set_pairwise_cipher (& mut self , value : i32) -> & mut Self { self . r#pairwise_cipher = value . into () ; self } # [doc = \"Builder method that sets the value of `pairwise_cipher`. Useful for initializing the message.\"] # [inline] pub fn init_pairwise_cipher (mut self , value : i32) -> Self { self . r#pairwise_cipher = value . into () ; self } # [doc = \"Return a reference to `group_cipher`\"] # [inline] pub fn r#group_cipher (& self) -> & i32 { & self . r#group_cipher } # [doc = \"Return a mutable reference to `group_cipher`\"] # [inline] pub fn mut_group_cipher (& mut self) -> & mut i32 { & mut self . r#group_cipher } # [doc = \"Set the value of `group_cipher`\"] # [inline] pub fn set_group_cipher (& mut self , value : i32) -> & mut Self { self . r#group_cipher = value . into () ; self } # [doc = \"Builder method that sets the value of `group_cipher`. Useful for initializing the message.\"] # [inline] pub fn init_group_cipher (mut self , value : i32) -> Self { self . r#group_cipher = value . into () ; self } # [doc = \"Return a reference to `ant`\"] # [inline] pub fn r#ant (& self) -> & i32 { & self . r#ant } # [doc = \"Return a mutable reference to `ant`\"] # [inline] pub fn mut_ant (& mut self) -> & mut i32 { & mut self . r#ant } # [doc = \"Set the value of `ant`\"] # [inline] pub fn set_ant (& mut self , value : i32) -> & mut Self { self . r#ant = value . into () ; self } # [doc = \"Builder method that sets the value of `ant`. Useful for initializing the message.\"] # [inline] pub fn init_ant (mut self , value : i32) -> Self { self . r#ant = value . into () ; self } # [doc = \"Return a reference to `bitmask`\"] # [inline] pub fn r#bitmask (& self) -> & u32 { & self . r#bitmask } # [doc = \"Return a mutable reference to `bitmask`\"] # [inline] pub fn mut_bitmask (& mut self) -> & mut u32 { & mut self . r#bitmask } # [doc = \"Set the value of `bitmask`\"] # [inline] pub fn set_bitmask (& mut self , value : u32) -> & mut Self { self . r#bitmask = value . into () ; self } # [doc = \"Builder method that sets the value of `bitmask`. Useful for initializing the message.\"] # [inline] pub fn init_bitmask (mut self , value : u32) -> Self { self . r#bitmask = value . into () ; self } # [doc = \"Return a reference to `country` as an `Option`\"] # [inline] pub fn r#country (& self) -> :: core :: option :: Option < & r#wifi_country < > > { self . _has . r#country () . then_some (& self . r#country) } # [doc = \"Set the value and presence of `country`\"] # [inline] pub fn set_country (& mut self , value : r#wifi_country < >) -> & mut Self { self . _has . set_country () ; self . r#country = value . into () ; self } # [doc = \"Return a mutable reference to `country` as an `Option`\"] # [inline] pub fn mut_country (& mut self) -> :: core :: option :: Option < & mut r#wifi_country < > > { self . _has . r#country () . then_some (& mut self . r#country) } # [doc = \"Clear the presence of `country`\"] # [inline] pub fn clear_country (& mut self) -> & mut Self { self . _has . clear_country () ; self } # [doc = \"Take the value of `country` and clear its presence\"] # [inline] pub fn take_country (& mut self) -> :: core :: option :: Option < r#wifi_country < > > { let val = self . _has . r#country () . then (|| :: core :: mem :: take (& mut self . r#country)) ; self . _has . clear_country () ; val } # [doc = \"Builder method that sets the value of `country`. Useful for initializing the message.\"] # [inline] pub fn init_country (mut self , value : r#wifi_country < >) -> Self { self . set_country (value) ; self } # [doc = \"Return a reference to `he_ap` as an `Option`\"] # [inline] pub fn r#he_ap (& self) -> :: core :: option :: Option < & r#wifi_he_ap_info < > > { self . _has . r#he_ap () . then_some (& self . r#he_ap) } # [doc = \"Set the value and presence of `he_ap`\"] # [inline] pub fn set_he_ap (& mut self , value : r#wifi_he_ap_info < >) -> & mut Self { self . _has . set_he_ap () ; self . r#he_ap = value . into () ; self } # [doc = \"Return a mutable reference to `he_ap` as an `Option`\"] # [inline] pub fn mut_he_ap (& mut self) -> :: core :: option :: Option < & mut r#wifi_he_ap_info < > > { self . _has . r#he_ap () . then_some (& mut self . r#he_ap) } # [doc = \"Clear the presence of `he_ap`\"] # [inline] pub fn clear_he_ap (& mut self) -> & mut Self { self . _has . clear_he_ap () ; self } # [doc = \"Take the value of `he_ap` and clear its presence\"] # [inline] pub fn take_he_ap (& mut self) -> :: core :: option :: Option < r#wifi_he_ap_info < > > { let val = self . _has . r#he_ap () . then (|| :: core :: mem :: take (& mut self . r#he_ap)) ; self . _has . clear_he_ap () ; val } # [doc = \"Builder method that sets the value of `he_ap`. Useful for initializing the message.\"] # [inline] pub fn init_he_ap (mut self , value : r#wifi_he_ap_info < >) -> Self { self . set_he_ap (value) ; self } # [doc = \"Return a reference to `bandwidth`\"] # [inline] pub fn r#bandwidth (& self) -> & u32 { & self . r#bandwidth } # [doc = \"Return a mutable reference to `bandwidth`\"] # [inline] pub fn mut_bandwidth (& mut self) -> & mut u32 { & mut self . r#bandwidth } # [doc = \"Set the value of `bandwidth`\"] # [inline] pub fn set_bandwidth (& mut self , value : u32) -> & mut Self { self . r#bandwidth = value . into () ; self } # [doc = \"Builder method that sets the value of `bandwidth`. Useful for initializing the message.\"] # [inline] pub fn init_bandwidth (mut self , value : u32) -> Self { self . r#bandwidth = value . into () ; self } # [doc = \"Return a reference to `vht_ch_freq1`\"] # [inline] pub fn r#vht_ch_freq1 (& self) -> & u32 { & self . r#vht_ch_freq1 } # [doc = \"Return a mutable reference to `vht_ch_freq1`\"] # [inline] pub fn mut_vht_ch_freq1 (& mut self) -> & mut u32 { & mut self . r#vht_ch_freq1 } # [doc = \"Set the value of `vht_ch_freq1`\"] # [inline] pub fn set_vht_ch_freq1 (& mut self , value : u32) -> & mut Self { self . r#vht_ch_freq1 = value . into () ; self } # [doc = \"Builder method that sets the value of `vht_ch_freq1`. Useful for initializing the message.\"] # [inline] pub fn init_vht_ch_freq1 (mut self , value : u32) -> Self { self . r#vht_ch_freq1 = value . into () ; self } # [doc = \"Return a reference to `vht_ch_freq2`\"] # [inline] pub fn r#vht_ch_freq2 (& self) -> & u32 { & self . r#vht_ch_freq2 } # [doc = \"Return a mutable reference to `vht_ch_freq2`\"] # [inline] pub fn mut_vht_ch_freq2 (& mut self) -> & mut u32 { & mut self . r#vht_ch_freq2 } # [doc = \"Set the value of `vht_ch_freq2`\"] # [inline] pub fn set_vht_ch_freq2 (& mut self , value : u32) -> & mut Self { self . r#vht_ch_freq2 = value . into () ; self } # [doc = \"Builder method that sets the value of `vht_ch_freq2`. Useful for initializing the message.\"] # [inline] pub fn init_vht_ch_freq2 (mut self , value : u32) -> Self { self . r#vht_ch_freq2 = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_ap_record < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#bssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#ssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#primary ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#second ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#authmode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 7u32 => { let mut_ref = & mut self . r#pairwise_cipher ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 8u32 => { let mut_ref = & mut self . r#group_cipher ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 9u32 => { let mut_ref = & mut self . r#ant ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 10u32 => { let mut_ref = & mut self . r#bitmask ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 11u32 => { let mut_ref = & mut self . r#country ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_country () ; } 12u32 => { let mut_ref = & mut self . r#he_ap ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_he_ap () ; } 13u32 => { let mut_ref = & mut self . r#bandwidth ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 14u32 => { let mut_ref = & mut self . r#vht_ch_freq1 ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 15u32 => { let mut_ref = & mut self . r#vht_ch_freq2 ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_ap_record < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_country as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_he_ap_info as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#primary ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#second ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#pairwise_cipher ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#group_cipher ; if * val_ref != 0 { encoder . encode_varint32 (64u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ant ; if * val_ref != 0 { encoder . encode_varint32 (72u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bitmask ; if * val_ref != 0 { encoder . encode_varint32 (80u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#country () { encoder . encode_varint32 (90u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#he_ap () { encoder . encode_varint32 (98u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#bandwidth ; if * val_ref != 0 { encoder . encode_varint32 (104u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#vht_ch_freq1 ; if * val_ref != 0 { encoder . encode_varint32 (112u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#vht_ch_freq2 ; if * val_ref != 0 { encoder . encode_varint32 (120u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#primary ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#second ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#pairwise_cipher ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#group_cipher ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ant ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#bitmask ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#country () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#he_ap () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#bandwidth ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#vht_ch_freq1 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#vht_ch_freq2 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_scan_threshold < > { pub r#rssi : i32 , pub r#authmode : i32 , pub r#rssi_5g_adjustment : u32 , } impl < > r#wifi_scan_threshold < > { # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } # [doc = \"Return a reference to `authmode`\"] # [inline] pub fn r#authmode (& self) -> & i32 { & self . r#authmode } # [doc = \"Return a mutable reference to `authmode`\"] # [inline] pub fn mut_authmode (& mut self) -> & mut i32 { & mut self . r#authmode } # [doc = \"Set the value of `authmode`\"] # [inline] pub fn set_authmode (& mut self , value : i32) -> & mut Self { self . r#authmode = value . into () ; self } # [doc = \"Builder method that sets the value of `authmode`. Useful for initializing the message.\"] # [inline] pub fn init_authmode (mut self , value : i32) -> Self { self . r#authmode = value . into () ; self } # [doc = \"Return a reference to `rssi_5g_adjustment`\"] # [inline] pub fn r#rssi_5g_adjustment (& self) -> & u32 { & self . r#rssi_5g_adjustment } # [doc = \"Return a mutable reference to `rssi_5g_adjustment`\"] # [inline] pub fn mut_rssi_5g_adjustment (& mut self) -> & mut u32 { & mut self . r#rssi_5g_adjustment } # [doc = \"Set the value of `rssi_5g_adjustment`\"] # [inline] pub fn set_rssi_5g_adjustment (& mut self , value : u32) -> & mut Self { self . r#rssi_5g_adjustment = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi_5g_adjustment`. Useful for initializing the message.\"] # [inline] pub fn init_rssi_5g_adjustment (mut self , value : u32) -> Self { self . r#rssi_5g_adjustment = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_scan_threshold < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#authmode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#rssi_5g_adjustment ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_scan_threshold < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rssi_5g_adjustment ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rssi_5g_adjustment ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_pmf_config < > { pub r#capable : bool , pub r#required : bool , } impl < > r#wifi_pmf_config < > { # [doc = \"Return a reference to `capable`\"] # [inline] pub fn r#capable (& self) -> & bool { & self . r#capable } # [doc = \"Return a mutable reference to `capable`\"] # [inline] pub fn mut_capable (& mut self) -> & mut bool { & mut self . r#capable } # [doc = \"Set the value of `capable`\"] # [inline] pub fn set_capable (& mut self , value : bool) -> & mut Self { self . r#capable = value . into () ; self } # [doc = \"Builder method that sets the value of `capable`. Useful for initializing the message.\"] # [inline] pub fn init_capable (mut self , value : bool) -> Self { self . r#capable = value . into () ; self } # [doc = \"Return a reference to `required`\"] # [inline] pub fn r#required (& self) -> & bool { & self . r#required } # [doc = \"Return a mutable reference to `required`\"] # [inline] pub fn mut_required (& mut self) -> & mut bool { & mut self . r#required } # [doc = \"Set the value of `required`\"] # [inline] pub fn set_required (& mut self , value : bool) -> & mut Self { self . r#required = value . into () ; self } # [doc = \"Builder method that sets the value of `required`. Useful for initializing the message.\"] # [inline] pub fn init_required (mut self , value : bool) -> Self { self . r#required = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_pmf_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#capable ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#required ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_pmf_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#capable ; if * val_ref { encoder . encode_varint32 (8u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#required ; if * val_ref { encoder . encode_varint32 (16u32) ? ; encoder . encode_bool (* val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#capable ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#required ; if * val_ref { size += 1usize + 1 ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_bss_max_idle_config < > { pub r#period : u32 , pub r#protected_keep_alive : bool , } impl < > r#wifi_bss_max_idle_config < > { # [doc = \"Return a reference to `period`\"] # [inline] pub fn r#period (& self) -> & u32 { & self . r#period } # [doc = \"Return a mutable reference to `period`\"] # [inline] pub fn mut_period (& mut self) -> & mut u32 { & mut self . r#period } # [doc = \"Set the value of `period`\"] # [inline] pub fn set_period (& mut self , value : u32) -> & mut Self { self . r#period = value . into () ; self } # [doc = \"Builder method that sets the value of `period`. Useful for initializing the message.\"] # [inline] pub fn init_period (mut self , value : u32) -> Self { self . r#period = value . into () ; self } # [doc = \"Return a reference to `protected_keep_alive`\"] # [inline] pub fn r#protected_keep_alive (& self) -> & bool { & self . r#protected_keep_alive } # [doc = \"Return a mutable reference to `protected_keep_alive`\"] # [inline] pub fn mut_protected_keep_alive (& mut self) -> & mut bool { & mut self . r#protected_keep_alive } # [doc = \"Set the value of `protected_keep_alive`\"] # [inline] pub fn set_protected_keep_alive (& mut self , value : bool) -> & mut Self { self . r#protected_keep_alive = value . into () ; self } # [doc = \"Builder method that sets the value of `protected_keep_alive`. Useful for initializing the message.\"] # [inline] pub fn init_protected_keep_alive (mut self , value : bool) -> Self { self . r#protected_keep_alive = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_bss_max_idle_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#period ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#protected_keep_alive ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_bss_max_idle_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#period ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#protected_keep_alive ; if * val_ref { encoder . encode_varint32 (16u32) ? ; encoder . encode_bool (* val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#period ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#protected_keep_alive ; if * val_ref { size += 1usize + 1 ; } } size } } pub mod wifi_ap_config_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `pmf_cfg`\"] # [inline] pub const fn r#pmf_cfg (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `pmf_cfg`\"] # [inline] pub const fn set_pmf_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `pmf_cfg`\"] # [inline] pub const fn clear_pmf_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `pmf_cfg`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_pmf_cfg (mut self) -> Self { self . set_pmf_cfg () ; self } # [doc = \"Query presence of `bss_max_idle_cfg`\"] # [inline] pub const fn r#bss_max_idle_cfg (& self) -> bool { (self . 0 [0] & 2) != 0 } # [doc = \"Set presence of `bss_max_idle_cfg`\"] # [inline] pub const fn set_bss_max_idle_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 2 ; self } # [doc = \"Clear presence of `bss_max_idle_cfg`\"] # [inline] pub const fn clear_bss_max_idle_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 2 ; self } # [doc = \"Builder method that sets the presence of `bss_max_idle_cfg`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_bss_max_idle_cfg (mut self) -> Self { self . set_bss_max_idle_cfg () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct r#wifi_ap_config < > { pub r#ssid : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#password : :: micropb :: heapless :: Vec < u8 , 64 > , pub r#ssid_len : u32 , pub r#channel : u32 , pub r#authmode : i32 , pub r#ssid_hidden : u32 , pub r#max_connection : u32 , pub r#beacon_interval : u32 , pub r#pairwise_cipher : i32 , pub r#ftm_responder : bool , pub r#pmf_cfg : r#wifi_pmf_config < > , pub r#sae_pwe_h2e : i32 , pub r#csa_count : u32 , pub r#dtim_period : u32 , pub r#transition_disable : u32 , pub r#sae_ext : u32 , pub r#bss_max_idle_cfg : r#wifi_bss_max_idle_config < > , pub r#gtk_rekey_interval : u32 , pub _has : wifi_ap_config_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for r#wifi_ap_config < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#ssid == other . r#ssid) ; ret &= (self . r#password == other . r#password) ; ret &= (self . r#ssid_len == other . r#ssid_len) ; ret &= (self . r#channel == other . r#channel) ; ret &= (self . r#authmode == other . r#authmode) ; ret &= (self . r#ssid_hidden == other . r#ssid_hidden) ; ret &= (self . r#max_connection == other . r#max_connection) ; ret &= (self . r#beacon_interval == other . r#beacon_interval) ; ret &= (self . r#pairwise_cipher == other . r#pairwise_cipher) ; ret &= (self . r#ftm_responder == other . r#ftm_responder) ; ret &= (self . r#pmf_cfg () == other . r#pmf_cfg ()) ; ret &= (self . r#sae_pwe_h2e == other . r#sae_pwe_h2e) ; ret &= (self . r#csa_count == other . r#csa_count) ; ret &= (self . r#dtim_period == other . r#dtim_period) ; ret &= (self . r#transition_disable == other . r#transition_disable) ; ret &= (self . r#sae_ext == other . r#sae_ext) ; ret &= (self . r#bss_max_idle_cfg () == other . r#bss_max_idle_cfg ()) ; ret &= (self . r#gtk_rekey_interval == other . r#gtk_rekey_interval) ; ret } } impl < > r#wifi_ap_config < > { # [doc = \"Return a reference to `ssid`\"] # [inline] pub fn r#ssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#ssid } # [doc = \"Return a mutable reference to `ssid`\"] # [inline] pub fn mut_ssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#ssid } # [doc = \"Set the value of `ssid`\"] # [inline] pub fn set_ssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#ssid = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid`. Useful for initializing the message.\"] # [inline] pub fn init_ssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#ssid = value . into () ; self } # [doc = \"Return a reference to `password`\"] # [inline] pub fn r#password (& self) -> & :: micropb :: heapless :: Vec < u8 , 64 > { & self . r#password } # [doc = \"Return a mutable reference to `password`\"] # [inline] pub fn mut_password (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 64 > { & mut self . r#password } # [doc = \"Set the value of `password`\"] # [inline] pub fn set_password (& mut self , value : :: micropb :: heapless :: Vec < u8 , 64 >) -> & mut Self { self . r#password = value . into () ; self } # [doc = \"Builder method that sets the value of `password`. Useful for initializing the message.\"] # [inline] pub fn init_password (mut self , value : :: micropb :: heapless :: Vec < u8 , 64 >) -> Self { self . r#password = value . into () ; self } # [doc = \"Return a reference to `ssid_len`\"] # [inline] pub fn r#ssid_len (& self) -> & u32 { & self . r#ssid_len } # [doc = \"Return a mutable reference to `ssid_len`\"] # [inline] pub fn mut_ssid_len (& mut self) -> & mut u32 { & mut self . r#ssid_len } # [doc = \"Set the value of `ssid_len`\"] # [inline] pub fn set_ssid_len (& mut self , value : u32) -> & mut Self { self . r#ssid_len = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid_len`. Useful for initializing the message.\"] # [inline] pub fn init_ssid_len (mut self , value : u32) -> Self { self . r#ssid_len = value . into () ; self } # [doc = \"Return a reference to `channel`\"] # [inline] pub fn r#channel (& self) -> & u32 { & self . r#channel } # [doc = \"Return a mutable reference to `channel`\"] # [inline] pub fn mut_channel (& mut self) -> & mut u32 { & mut self . r#channel } # [doc = \"Set the value of `channel`\"] # [inline] pub fn set_channel (& mut self , value : u32) -> & mut Self { self . r#channel = value . into () ; self } # [doc = \"Builder method that sets the value of `channel`. Useful for initializing the message.\"] # [inline] pub fn init_channel (mut self , value : u32) -> Self { self . r#channel = value . into () ; self } # [doc = \"Return a reference to `authmode`\"] # [inline] pub fn r#authmode (& self) -> & i32 { & self . r#authmode } # [doc = \"Return a mutable reference to `authmode`\"] # [inline] pub fn mut_authmode (& mut self) -> & mut i32 { & mut self . r#authmode } # [doc = \"Set the value of `authmode`\"] # [inline] pub fn set_authmode (& mut self , value : i32) -> & mut Self { self . r#authmode = value . into () ; self } # [doc = \"Builder method that sets the value of `authmode`. Useful for initializing the message.\"] # [inline] pub fn init_authmode (mut self , value : i32) -> Self { self . r#authmode = value . into () ; self } # [doc = \"Return a reference to `ssid_hidden`\"] # [inline] pub fn r#ssid_hidden (& self) -> & u32 { & self . r#ssid_hidden } # [doc = \"Return a mutable reference to `ssid_hidden`\"] # [inline] pub fn mut_ssid_hidden (& mut self) -> & mut u32 { & mut self . r#ssid_hidden } # [doc = \"Set the value of `ssid_hidden`\"] # [inline] pub fn set_ssid_hidden (& mut self , value : u32) -> & mut Self { self . r#ssid_hidden = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid_hidden`. Useful for initializing the message.\"] # [inline] pub fn init_ssid_hidden (mut self , value : u32) -> Self { self . r#ssid_hidden = value . into () ; self } # [doc = \"Return a reference to `max_connection`\"] # [inline] pub fn r#max_connection (& self) -> & u32 { & self . r#max_connection } # [doc = \"Return a mutable reference to `max_connection`\"] # [inline] pub fn mut_max_connection (& mut self) -> & mut u32 { & mut self . r#max_connection } # [doc = \"Set the value of `max_connection`\"] # [inline] pub fn set_max_connection (& mut self , value : u32) -> & mut Self { self . r#max_connection = value . into () ; self } # [doc = \"Builder method that sets the value of `max_connection`. Useful for initializing the message.\"] # [inline] pub fn init_max_connection (mut self , value : u32) -> Self { self . r#max_connection = value . into () ; self } # [doc = \"Return a reference to `beacon_interval`\"] # [inline] pub fn r#beacon_interval (& self) -> & u32 { & self . r#beacon_interval } # [doc = \"Return a mutable reference to `beacon_interval`\"] # [inline] pub fn mut_beacon_interval (& mut self) -> & mut u32 { & mut self . r#beacon_interval } # [doc = \"Set the value of `beacon_interval`\"] # [inline] pub fn set_beacon_interval (& mut self , value : u32) -> & mut Self { self . r#beacon_interval = value . into () ; self } # [doc = \"Builder method that sets the value of `beacon_interval`. Useful for initializing the message.\"] # [inline] pub fn init_beacon_interval (mut self , value : u32) -> Self { self . r#beacon_interval = value . into () ; self } # [doc = \"Return a reference to `pairwise_cipher`\"] # [inline] pub fn r#pairwise_cipher (& self) -> & i32 { & self . r#pairwise_cipher } # [doc = \"Return a mutable reference to `pairwise_cipher`\"] # [inline] pub fn mut_pairwise_cipher (& mut self) -> & mut i32 { & mut self . r#pairwise_cipher } # [doc = \"Set the value of `pairwise_cipher`\"] # [inline] pub fn set_pairwise_cipher (& mut self , value : i32) -> & mut Self { self . r#pairwise_cipher = value . into () ; self } # [doc = \"Builder method that sets the value of `pairwise_cipher`. Useful for initializing the message.\"] # [inline] pub fn init_pairwise_cipher (mut self , value : i32) -> Self { self . r#pairwise_cipher = value . into () ; self } # [doc = \"Return a reference to `ftm_responder`\"] # [inline] pub fn r#ftm_responder (& self) -> & bool { & self . r#ftm_responder } # [doc = \"Return a mutable reference to `ftm_responder`\"] # [inline] pub fn mut_ftm_responder (& mut self) -> & mut bool { & mut self . r#ftm_responder } # [doc = \"Set the value of `ftm_responder`\"] # [inline] pub fn set_ftm_responder (& mut self , value : bool) -> & mut Self { self . r#ftm_responder = value . into () ; self } # [doc = \"Builder method that sets the value of `ftm_responder`. Useful for initializing the message.\"] # [inline] pub fn init_ftm_responder (mut self , value : bool) -> Self { self . r#ftm_responder = value . into () ; self } # [doc = \"Return a reference to `pmf_cfg` as an `Option`\"] # [inline] pub fn r#pmf_cfg (& self) -> :: core :: option :: Option < & r#wifi_pmf_config < > > { self . _has . r#pmf_cfg () . then_some (& self . r#pmf_cfg) } # [doc = \"Set the value and presence of `pmf_cfg`\"] # [inline] pub fn set_pmf_cfg (& mut self , value : r#wifi_pmf_config < >) -> & mut Self { self . _has . set_pmf_cfg () ; self . r#pmf_cfg = value . into () ; self } # [doc = \"Return a mutable reference to `pmf_cfg` as an `Option`\"] # [inline] pub fn mut_pmf_cfg (& mut self) -> :: core :: option :: Option < & mut r#wifi_pmf_config < > > { self . _has . r#pmf_cfg () . then_some (& mut self . r#pmf_cfg) } # [doc = \"Clear the presence of `pmf_cfg`\"] # [inline] pub fn clear_pmf_cfg (& mut self) -> & mut Self { self . _has . clear_pmf_cfg () ; self } # [doc = \"Take the value of `pmf_cfg` and clear its presence\"] # [inline] pub fn take_pmf_cfg (& mut self) -> :: core :: option :: Option < r#wifi_pmf_config < > > { let val = self . _has . r#pmf_cfg () . then (|| :: core :: mem :: take (& mut self . r#pmf_cfg)) ; self . _has . clear_pmf_cfg () ; val } # [doc = \"Builder method that sets the value of `pmf_cfg`. Useful for initializing the message.\"] # [inline] pub fn init_pmf_cfg (mut self , value : r#wifi_pmf_config < >) -> Self { self . set_pmf_cfg (value) ; self } # [doc = \"Return a reference to `sae_pwe_h2e`\"] # [inline] pub fn r#sae_pwe_h2e (& self) -> & i32 { & self . r#sae_pwe_h2e } # [doc = \"Return a mutable reference to `sae_pwe_h2e`\"] # [inline] pub fn mut_sae_pwe_h2e (& mut self) -> & mut i32 { & mut self . r#sae_pwe_h2e } # [doc = \"Set the value of `sae_pwe_h2e`\"] # [inline] pub fn set_sae_pwe_h2e (& mut self , value : i32) -> & mut Self { self . r#sae_pwe_h2e = value . into () ; self } # [doc = \"Builder method that sets the value of `sae_pwe_h2e`. Useful for initializing the message.\"] # [inline] pub fn init_sae_pwe_h2e (mut self , value : i32) -> Self { self . r#sae_pwe_h2e = value . into () ; self } # [doc = \"Return a reference to `csa_count`\"] # [inline] pub fn r#csa_count (& self) -> & u32 { & self . r#csa_count } # [doc = \"Return a mutable reference to `csa_count`\"] # [inline] pub fn mut_csa_count (& mut self) -> & mut u32 { & mut self . r#csa_count } # [doc = \"Set the value of `csa_count`\"] # [inline] pub fn set_csa_count (& mut self , value : u32) -> & mut Self { self . r#csa_count = value . into () ; self } # [doc = \"Builder method that sets the value of `csa_count`. Useful for initializing the message.\"] # [inline] pub fn init_csa_count (mut self , value : u32) -> Self { self . r#csa_count = value . into () ; self } # [doc = \"Return a reference to `dtim_period`\"] # [inline] pub fn r#dtim_period (& self) -> & u32 { & self . r#dtim_period } # [doc = \"Return a mutable reference to `dtim_period`\"] # [inline] pub fn mut_dtim_period (& mut self) -> & mut u32 { & mut self . r#dtim_period } # [doc = \"Set the value of `dtim_period`\"] # [inline] pub fn set_dtim_period (& mut self , value : u32) -> & mut Self { self . r#dtim_period = value . into () ; self } # [doc = \"Builder method that sets the value of `dtim_period`. Useful for initializing the message.\"] # [inline] pub fn init_dtim_period (mut self , value : u32) -> Self { self . r#dtim_period = value . into () ; self } # [doc = \"Return a reference to `transition_disable`\"] # [inline] pub fn r#transition_disable (& self) -> & u32 { & self . r#transition_disable } # [doc = \"Return a mutable reference to `transition_disable`\"] # [inline] pub fn mut_transition_disable (& mut self) -> & mut u32 { & mut self . r#transition_disable } # [doc = \"Set the value of `transition_disable`\"] # [inline] pub fn set_transition_disable (& mut self , value : u32) -> & mut Self { self . r#transition_disable = value . into () ; self } # [doc = \"Builder method that sets the value of `transition_disable`. Useful for initializing the message.\"] # [inline] pub fn init_transition_disable (mut self , value : u32) -> Self { self . r#transition_disable = value . into () ; self } # [doc = \"Return a reference to `sae_ext`\"] # [inline] pub fn r#sae_ext (& self) -> & u32 { & self . r#sae_ext } # [doc = \"Return a mutable reference to `sae_ext`\"] # [inline] pub fn mut_sae_ext (& mut self) -> & mut u32 { & mut self . r#sae_ext } # [doc = \"Set the value of `sae_ext`\"] # [inline] pub fn set_sae_ext (& mut self , value : u32) -> & mut Self { self . r#sae_ext = value . into () ; self } # [doc = \"Builder method that sets the value of `sae_ext`. Useful for initializing the message.\"] # [inline] pub fn init_sae_ext (mut self , value : u32) -> Self { self . r#sae_ext = value . into () ; self } # [doc = \"Return a reference to `bss_max_idle_cfg` as an `Option`\"] # [inline] pub fn r#bss_max_idle_cfg (& self) -> :: core :: option :: Option < & r#wifi_bss_max_idle_config < > > { self . _has . r#bss_max_idle_cfg () . then_some (& self . r#bss_max_idle_cfg) } # [doc = \"Set the value and presence of `bss_max_idle_cfg`\"] # [inline] pub fn set_bss_max_idle_cfg (& mut self , value : r#wifi_bss_max_idle_config < >) -> & mut Self { self . _has . set_bss_max_idle_cfg () ; self . r#bss_max_idle_cfg = value . into () ; self } # [doc = \"Return a mutable reference to `bss_max_idle_cfg` as an `Option`\"] # [inline] pub fn mut_bss_max_idle_cfg (& mut self) -> :: core :: option :: Option < & mut r#wifi_bss_max_idle_config < > > { self . _has . r#bss_max_idle_cfg () . then_some (& mut self . r#bss_max_idle_cfg) } # [doc = \"Clear the presence of `bss_max_idle_cfg`\"] # [inline] pub fn clear_bss_max_idle_cfg (& mut self) -> & mut Self { self . _has . clear_bss_max_idle_cfg () ; self } # [doc = \"Take the value of `bss_max_idle_cfg` and clear its presence\"] # [inline] pub fn take_bss_max_idle_cfg (& mut self) -> :: core :: option :: Option < r#wifi_bss_max_idle_config < > > { let val = self . _has . r#bss_max_idle_cfg () . then (|| :: core :: mem :: take (& mut self . r#bss_max_idle_cfg)) ; self . _has . clear_bss_max_idle_cfg () ; val } # [doc = \"Builder method that sets the value of `bss_max_idle_cfg`. Useful for initializing the message.\"] # [inline] pub fn init_bss_max_idle_cfg (mut self , value : r#wifi_bss_max_idle_config < >) -> Self { self . set_bss_max_idle_cfg (value) ; self } # [doc = \"Return a reference to `gtk_rekey_interval`\"] # [inline] pub fn r#gtk_rekey_interval (& self) -> & u32 { & self . r#gtk_rekey_interval } # [doc = \"Return a mutable reference to `gtk_rekey_interval`\"] # [inline] pub fn mut_gtk_rekey_interval (& mut self) -> & mut u32 { & mut self . r#gtk_rekey_interval } # [doc = \"Set the value of `gtk_rekey_interval`\"] # [inline] pub fn set_gtk_rekey_interval (& mut self , value : u32) -> & mut Self { self . r#gtk_rekey_interval = value . into () ; self } # [doc = \"Builder method that sets the value of `gtk_rekey_interval`. Useful for initializing the message.\"] # [inline] pub fn init_gtk_rekey_interval (mut self , value : u32) -> Self { self . r#gtk_rekey_interval = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_ap_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#password ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#ssid_len ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#channel ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#authmode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#ssid_hidden ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 7u32 => { let mut_ref = & mut self . r#max_connection ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 8u32 => { let mut_ref = & mut self . r#beacon_interval ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 9u32 => { let mut_ref = & mut self . r#pairwise_cipher ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 10u32 => { let mut_ref = & mut self . r#ftm_responder ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 11u32 => { let mut_ref = & mut self . r#pmf_cfg ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_pmf_cfg () ; } 12u32 => { let mut_ref = & mut self . r#sae_pwe_h2e ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 13u32 => { let mut_ref = & mut self . r#csa_count ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 14u32 => { let mut_ref = & mut self . r#dtim_period ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 15u32 => { let mut_ref = & mut self . r#transition_disable ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 16u32 => { let mut_ref = & mut self . r#sae_ext ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 17u32 => { let mut_ref = & mut self . r#bss_max_idle_cfg ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_bss_max_idle_cfg () ; } 18u32 => { let mut_ref = & mut self . r#gtk_rekey_interval ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_ap_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (65usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_pmf_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_bss_max_idle_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#password ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#ssid_len ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ssid_hidden ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#max_connection ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#beacon_interval ; if * val_ref != 0 { encoder . encode_varint32 (64u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#pairwise_cipher ; if * val_ref != 0 { encoder . encode_varint32 (72u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ftm_responder ; if * val_ref { encoder . encode_varint32 (80u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#pmf_cfg () { encoder . encode_varint32 (90u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#sae_pwe_h2e ; if * val_ref != 0 { encoder . encode_varint32 (96u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#csa_count ; if * val_ref != 0 { encoder . encode_varint32 (104u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#dtim_period ; if * val_ref != 0 { encoder . encode_varint32 (112u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#transition_disable ; if * val_ref != 0 { encoder . encode_varint32 (120u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#sae_ext ; if * val_ref != 0 { encoder . encode_varint32 (128u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#bss_max_idle_cfg () { encoder . encode_varint32 (138u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#gtk_rekey_interval ; if * val_ref != 0 { encoder . encode_varint32 (144u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#password ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#ssid_len ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ssid_hidden ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#max_connection ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#beacon_interval ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#pairwise_cipher ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ftm_responder ; if * val_ref { size += 1usize + 1 ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#pmf_cfg () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#sae_pwe_h2e ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#csa_count ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#dtim_period ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#transition_disable ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#sae_ext ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#bss_max_idle_cfg () { size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#gtk_rekey_interval ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod wifi_sta_config_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `threshold`\"] # [inline] pub const fn r#threshold (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `threshold`\"] # [inline] pub const fn set_threshold (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `threshold`\"] # [inline] pub const fn clear_threshold (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `threshold`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_threshold (mut self) -> Self { self . set_threshold () ; self } # [doc = \"Query presence of `pmf_cfg`\"] # [inline] pub const fn r#pmf_cfg (& self) -> bool { (self . 0 [0] & 2) != 0 } # [doc = \"Set presence of `pmf_cfg`\"] # [inline] pub const fn set_pmf_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 2 ; self } # [doc = \"Clear presence of `pmf_cfg`\"] # [inline] pub const fn clear_pmf_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 2 ; self } # [doc = \"Builder method that sets the presence of `pmf_cfg`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_pmf_cfg (mut self) -> Self { self . set_pmf_cfg () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct r#wifi_sta_config < > { pub r#ssid : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#password : :: micropb :: heapless :: Vec < u8 , 64 > , pub r#scan_method : i32 , pub r#bssid_set : bool , pub r#bssid : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#channel : u32 , pub r#listen_interval : u32 , pub r#sort_method : i32 , pub r#threshold : r#wifi_scan_threshold < > , pub r#pmf_cfg : r#wifi_pmf_config < > , pub r#bitmask : u32 , pub r#sae_pwe_h2e : i32 , pub r#failure_retry_cnt : u32 , pub r#he_bitmask : u32 , pub r#sae_h2e_identifier : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#sae_pk_mode : u32 , pub _has : wifi_sta_config_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for r#wifi_sta_config < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#ssid == other . r#ssid) ; ret &= (self . r#password == other . r#password) ; ret &= (self . r#scan_method == other . r#scan_method) ; ret &= (self . r#bssid_set == other . r#bssid_set) ; ret &= (self . r#bssid == other . r#bssid) ; ret &= (self . r#channel == other . r#channel) ; ret &= (self . r#listen_interval == other . r#listen_interval) ; ret &= (self . r#sort_method == other . r#sort_method) ; ret &= (self . r#threshold () == other . r#threshold ()) ; ret &= (self . r#pmf_cfg () == other . r#pmf_cfg ()) ; ret &= (self . r#bitmask == other . r#bitmask) ; ret &= (self . r#sae_pwe_h2e == other . r#sae_pwe_h2e) ; ret &= (self . r#failure_retry_cnt == other . r#failure_retry_cnt) ; ret &= (self . r#he_bitmask == other . r#he_bitmask) ; ret &= (self . r#sae_h2e_identifier == other . r#sae_h2e_identifier) ; ret &= (self . r#sae_pk_mode == other . r#sae_pk_mode) ; ret } } impl < > r#wifi_sta_config < > { # [doc = \"Return a reference to `ssid`\"] # [inline] pub fn r#ssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#ssid } # [doc = \"Return a mutable reference to `ssid`\"] # [inline] pub fn mut_ssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#ssid } # [doc = \"Set the value of `ssid`\"] # [inline] pub fn set_ssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#ssid = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid`. Useful for initializing the message.\"] # [inline] pub fn init_ssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#ssid = value . into () ; self } # [doc = \"Return a reference to `password`\"] # [inline] pub fn r#password (& self) -> & :: micropb :: heapless :: Vec < u8 , 64 > { & self . r#password } # [doc = \"Return a mutable reference to `password`\"] # [inline] pub fn mut_password (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 64 > { & mut self . r#password } # [doc = \"Set the value of `password`\"] # [inline] pub fn set_password (& mut self , value : :: micropb :: heapless :: Vec < u8 , 64 >) -> & mut Self { self . r#password = value . into () ; self } # [doc = \"Builder method that sets the value of `password`. Useful for initializing the message.\"] # [inline] pub fn init_password (mut self , value : :: micropb :: heapless :: Vec < u8 , 64 >) -> Self { self . r#password = value . into () ; self } # [doc = \"Return a reference to `scan_method`\"] # [inline] pub fn r#scan_method (& self) -> & i32 { & self . r#scan_method } # [doc = \"Return a mutable reference to `scan_method`\"] # [inline] pub fn mut_scan_method (& mut self) -> & mut i32 { & mut self . r#scan_method } # [doc = \"Set the value of `scan_method`\"] # [inline] pub fn set_scan_method (& mut self , value : i32) -> & mut Self { self . r#scan_method = value . into () ; self } # [doc = \"Builder method that sets the value of `scan_method`. Useful for initializing the message.\"] # [inline] pub fn init_scan_method (mut self , value : i32) -> Self { self . r#scan_method = value . into () ; self } # [doc = \"Return a reference to `bssid_set`\"] # [inline] pub fn r#bssid_set (& self) -> & bool { & self . r#bssid_set } # [doc = \"Return a mutable reference to `bssid_set`\"] # [inline] pub fn mut_bssid_set (& mut self) -> & mut bool { & mut self . r#bssid_set } # [doc = \"Set the value of `bssid_set`\"] # [inline] pub fn set_bssid_set (& mut self , value : bool) -> & mut Self { self . r#bssid_set = value . into () ; self } # [doc = \"Builder method that sets the value of `bssid_set`. Useful for initializing the message.\"] # [inline] pub fn init_bssid_set (mut self , value : bool) -> Self { self . r#bssid_set = value . into () ; self } # [doc = \"Return a reference to `bssid`\"] # [inline] pub fn r#bssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#bssid } # [doc = \"Return a mutable reference to `bssid`\"] # [inline] pub fn mut_bssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#bssid } # [doc = \"Set the value of `bssid`\"] # [inline] pub fn set_bssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#bssid = value . into () ; self } # [doc = \"Builder method that sets the value of `bssid`. Useful for initializing the message.\"] # [inline] pub fn init_bssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#bssid = value . into () ; self } # [doc = \"Return a reference to `channel`\"] # [inline] pub fn r#channel (& self) -> & u32 { & self . r#channel } # [doc = \"Return a mutable reference to `channel`\"] # [inline] pub fn mut_channel (& mut self) -> & mut u32 { & mut self . r#channel } # [doc = \"Set the value of `channel`\"] # [inline] pub fn set_channel (& mut self , value : u32) -> & mut Self { self . r#channel = value . into () ; self } # [doc = \"Builder method that sets the value of `channel`. Useful for initializing the message.\"] # [inline] pub fn init_channel (mut self , value : u32) -> Self { self . r#channel = value . into () ; self } # [doc = \"Return a reference to `listen_interval`\"] # [inline] pub fn r#listen_interval (& self) -> & u32 { & self . r#listen_interval } # [doc = \"Return a mutable reference to `listen_interval`\"] # [inline] pub fn mut_listen_interval (& mut self) -> & mut u32 { & mut self . r#listen_interval } # [doc = \"Set the value of `listen_interval`\"] # [inline] pub fn set_listen_interval (& mut self , value : u32) -> & mut Self { self . r#listen_interval = value . into () ; self } # [doc = \"Builder method that sets the value of `listen_interval`. Useful for initializing the message.\"] # [inline] pub fn init_listen_interval (mut self , value : u32) -> Self { self . r#listen_interval = value . into () ; self } # [doc = \"Return a reference to `sort_method`\"] # [inline] pub fn r#sort_method (& self) -> & i32 { & self . r#sort_method } # [doc = \"Return a mutable reference to `sort_method`\"] # [inline] pub fn mut_sort_method (& mut self) -> & mut i32 { & mut self . r#sort_method } # [doc = \"Set the value of `sort_method`\"] # [inline] pub fn set_sort_method (& mut self , value : i32) -> & mut Self { self . r#sort_method = value . into () ; self } # [doc = \"Builder method that sets the value of `sort_method`. Useful for initializing the message.\"] # [inline] pub fn init_sort_method (mut self , value : i32) -> Self { self . r#sort_method = value . into () ; self } # [doc = \"Return a reference to `threshold` as an `Option`\"] # [inline] pub fn r#threshold (& self) -> :: core :: option :: Option < & r#wifi_scan_threshold < > > { self . _has . r#threshold () . then_some (& self . r#threshold) } # [doc = \"Set the value and presence of `threshold`\"] # [inline] pub fn set_threshold (& mut self , value : r#wifi_scan_threshold < >) -> & mut Self { self . _has . set_threshold () ; self . r#threshold = value . into () ; self } # [doc = \"Return a mutable reference to `threshold` as an `Option`\"] # [inline] pub fn mut_threshold (& mut self) -> :: core :: option :: Option < & mut r#wifi_scan_threshold < > > { self . _has . r#threshold () . then_some (& mut self . r#threshold) } # [doc = \"Clear the presence of `threshold`\"] # [inline] pub fn clear_threshold (& mut self) -> & mut Self { self . _has . clear_threshold () ; self } # [doc = \"Take the value of `threshold` and clear its presence\"] # [inline] pub fn take_threshold (& mut self) -> :: core :: option :: Option < r#wifi_scan_threshold < > > { let val = self . _has . r#threshold () . then (|| :: core :: mem :: take (& mut self . r#threshold)) ; self . _has . clear_threshold () ; val } # [doc = \"Builder method that sets the value of `threshold`. Useful for initializing the message.\"] # [inline] pub fn init_threshold (mut self , value : r#wifi_scan_threshold < >) -> Self { self . set_threshold (value) ; self } # [doc = \"Return a reference to `pmf_cfg` as an `Option`\"] # [inline] pub fn r#pmf_cfg (& self) -> :: core :: option :: Option < & r#wifi_pmf_config < > > { self . _has . r#pmf_cfg () . then_some (& self . r#pmf_cfg) } # [doc = \"Set the value and presence of `pmf_cfg`\"] # [inline] pub fn set_pmf_cfg (& mut self , value : r#wifi_pmf_config < >) -> & mut Self { self . _has . set_pmf_cfg () ; self . r#pmf_cfg = value . into () ; self } # [doc = \"Return a mutable reference to `pmf_cfg` as an `Option`\"] # [inline] pub fn mut_pmf_cfg (& mut self) -> :: core :: option :: Option < & mut r#wifi_pmf_config < > > { self . _has . r#pmf_cfg () . then_some (& mut self . r#pmf_cfg) } # [doc = \"Clear the presence of `pmf_cfg`\"] # [inline] pub fn clear_pmf_cfg (& mut self) -> & mut Self { self . _has . clear_pmf_cfg () ; self } # [doc = \"Take the value of `pmf_cfg` and clear its presence\"] # [inline] pub fn take_pmf_cfg (& mut self) -> :: core :: option :: Option < r#wifi_pmf_config < > > { let val = self . _has . r#pmf_cfg () . then (|| :: core :: mem :: take (& mut self . r#pmf_cfg)) ; self . _has . clear_pmf_cfg () ; val } # [doc = \"Builder method that sets the value of `pmf_cfg`. Useful for initializing the message.\"] # [inline] pub fn init_pmf_cfg (mut self , value : r#wifi_pmf_config < >) -> Self { self . set_pmf_cfg (value) ; self } # [doc = \"Return a reference to `bitmask`\"] # [inline] pub fn r#bitmask (& self) -> & u32 { & self . r#bitmask } # [doc = \"Return a mutable reference to `bitmask`\"] # [inline] pub fn mut_bitmask (& mut self) -> & mut u32 { & mut self . r#bitmask } # [doc = \"Set the value of `bitmask`\"] # [inline] pub fn set_bitmask (& mut self , value : u32) -> & mut Self { self . r#bitmask = value . into () ; self } # [doc = \"Builder method that sets the value of `bitmask`. Useful for initializing the message.\"] # [inline] pub fn init_bitmask (mut self , value : u32) -> Self { self . r#bitmask = value . into () ; self } # [doc = \"Return a reference to `sae_pwe_h2e`\"] # [inline] pub fn r#sae_pwe_h2e (& self) -> & i32 { & self . r#sae_pwe_h2e } # [doc = \"Return a mutable reference to `sae_pwe_h2e`\"] # [inline] pub fn mut_sae_pwe_h2e (& mut self) -> & mut i32 { & mut self . r#sae_pwe_h2e } # [doc = \"Set the value of `sae_pwe_h2e`\"] # [inline] pub fn set_sae_pwe_h2e (& mut self , value : i32) -> & mut Self { self . r#sae_pwe_h2e = value . into () ; self } # [doc = \"Builder method that sets the value of `sae_pwe_h2e`. Useful for initializing the message.\"] # [inline] pub fn init_sae_pwe_h2e (mut self , value : i32) -> Self { self . r#sae_pwe_h2e = value . into () ; self } # [doc = \"Return a reference to `failure_retry_cnt`\"] # [inline] pub fn r#failure_retry_cnt (& self) -> & u32 { & self . r#failure_retry_cnt } # [doc = \"Return a mutable reference to `failure_retry_cnt`\"] # [inline] pub fn mut_failure_retry_cnt (& mut self) -> & mut u32 { & mut self . r#failure_retry_cnt } # [doc = \"Set the value of `failure_retry_cnt`\"] # [inline] pub fn set_failure_retry_cnt (& mut self , value : u32) -> & mut Self { self . r#failure_retry_cnt = value . into () ; self } # [doc = \"Builder method that sets the value of `failure_retry_cnt`. Useful for initializing the message.\"] # [inline] pub fn init_failure_retry_cnt (mut self , value : u32) -> Self { self . r#failure_retry_cnt = value . into () ; self } # [doc = \"Return a reference to `he_bitmask`\"] # [inline] pub fn r#he_bitmask (& self) -> & u32 { & self . r#he_bitmask } # [doc = \"Return a mutable reference to `he_bitmask`\"] # [inline] pub fn mut_he_bitmask (& mut self) -> & mut u32 { & mut self . r#he_bitmask } # [doc = \"Set the value of `he_bitmask`\"] # [inline] pub fn set_he_bitmask (& mut self , value : u32) -> & mut Self { self . r#he_bitmask = value . into () ; self } # [doc = \"Builder method that sets the value of `he_bitmask`. Useful for initializing the message.\"] # [inline] pub fn init_he_bitmask (mut self , value : u32) -> Self { self . r#he_bitmask = value . into () ; self } # [doc = \"Return a reference to `sae_h2e_identifier`\"] # [inline] pub fn r#sae_h2e_identifier (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#sae_h2e_identifier } # [doc = \"Return a mutable reference to `sae_h2e_identifier`\"] # [inline] pub fn mut_sae_h2e_identifier (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#sae_h2e_identifier } # [doc = \"Set the value of `sae_h2e_identifier`\"] # [inline] pub fn set_sae_h2e_identifier (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#sae_h2e_identifier = value . into () ; self } # [doc = \"Builder method that sets the value of `sae_h2e_identifier`. Useful for initializing the message.\"] # [inline] pub fn init_sae_h2e_identifier (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#sae_h2e_identifier = value . into () ; self } # [doc = \"Return a reference to `sae_pk_mode`\"] # [inline] pub fn r#sae_pk_mode (& self) -> & u32 { & self . r#sae_pk_mode } # [doc = \"Return a mutable reference to `sae_pk_mode`\"] # [inline] pub fn mut_sae_pk_mode (& mut self) -> & mut u32 { & mut self . r#sae_pk_mode } # [doc = \"Set the value of `sae_pk_mode`\"] # [inline] pub fn set_sae_pk_mode (& mut self , value : u32) -> & mut Self { self . r#sae_pk_mode = value . into () ; self } # [doc = \"Builder method that sets the value of `sae_pk_mode`. Useful for initializing the message.\"] # [inline] pub fn init_sae_pk_mode (mut self , value : u32) -> Self { self . r#sae_pk_mode = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_sta_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#password ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#scan_method ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#bssid_set ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#bssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 6u32 => { let mut_ref = & mut self . r#channel ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 7u32 => { let mut_ref = & mut self . r#listen_interval ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 8u32 => { let mut_ref = & mut self . r#sort_method ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 9u32 => { let mut_ref = & mut self . r#threshold ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_threshold () ; } 10u32 => { let mut_ref = & mut self . r#pmf_cfg ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_pmf_cfg () ; } 11u32 => { let mut_ref = & mut self . r#bitmask ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 12u32 => { let mut_ref = & mut self . r#sae_pwe_h2e ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 13u32 => { let mut_ref = & mut self . r#failure_retry_cnt ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 14u32 => { let mut_ref = & mut self . r#he_bitmask ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 15u32 => { let mut_ref = & mut self . r#sae_h2e_identifier ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 16u32 => { let mut_ref = & mut self . r#sae_pk_mode ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_sta_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (65usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_scan_threshold as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_pmf_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#password ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#scan_method ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bssid_set ; if * val_ref { encoder . encode_varint32 (32u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (42u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#listen_interval ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#sort_method ; if * val_ref != 0 { encoder . encode_varint32 (64u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#threshold () { encoder . encode_varint32 (74u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#pmf_cfg () { encoder . encode_varint32 (82u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#bitmask ; if * val_ref != 0 { encoder . encode_varint32 (88u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#sae_pwe_h2e ; if * val_ref != 0 { encoder . encode_varint32 (96u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#failure_retry_cnt ; if * val_ref != 0 { encoder . encode_varint32 (104u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#he_bitmask ; if * val_ref != 0 { encoder . encode_varint32 (112u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#sae_h2e_identifier ; if ! val_ref . is_empty () { encoder . encode_varint32 (122u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#sae_pk_mode ; if * val_ref != 0 { encoder . encode_varint32 (128u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#password ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#scan_method ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#bssid_set ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#listen_interval ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#sort_method ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#threshold () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#pmf_cfg () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#bitmask ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#sae_pwe_h2e ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#failure_retry_cnt ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#he_bitmask ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#sae_h2e_identifier ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#sae_pk_mode ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod wifi_config_ { # [derive (Debug , PartialEq , Clone ,)] pub enum U < > { Ap (super :: r#wifi_ap_config < >) , Sta (super :: r#wifi_sta_config < >) , } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_config < > { pub r#u : :: core :: option :: Option < wifi_config_ :: U < > > , } impl < > r#wifi_config < > { } impl < > :: micropb :: MessageDecode for r#wifi_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#u { if let wifi_config_ :: U :: Ap (variant) = & mut * variant { break & mut * variant ; } } self . r#u = :: core :: option :: Option :: Some (wifi_config_ :: U :: Ap (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 2u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#u { if let wifi_config_ :: U :: Sta (variant) = & mut * variant { break & mut * variant ; } } self . r#u = :: core :: option :: Option :: Some (wifi_config_ :: U :: Sta (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = 'oneof : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_ap_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_sta_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } :: core :: option :: Option :: Some (max_size) } { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; if let Some (oneof) = & self . r#u { match & * oneof { wifi_config_ :: U :: Ap (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } wifi_config_ :: U :: Sta (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; if let Some (oneof) = & self . r#u { match & * oneof { wifi_config_ :: U :: Ap (val_ref) => { let val_ref = & * val_ref ; size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } wifi_config_ :: U :: Sta (val_ref) => { let val_ref = & * val_ref ; size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_sta_info < > { pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#rssi : i32 , pub r#bitmask : u32 , } impl < > r#wifi_sta_info < > { # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } # [doc = \"Return a reference to `bitmask`\"] # [inline] pub fn r#bitmask (& self) -> & u32 { & self . r#bitmask } # [doc = \"Return a mutable reference to `bitmask`\"] # [inline] pub fn mut_bitmask (& mut self) -> & mut u32 { & mut self . r#bitmask } # [doc = \"Set the value of `bitmask`\"] # [inline] pub fn set_bitmask (& mut self , value : u32) -> & mut Self { self . r#bitmask = value . into () ; self } # [doc = \"Builder method that sets the value of `bitmask`. Useful for initializing the message.\"] # [inline] pub fn init_bitmask (mut self , value : u32) -> Self { self . r#bitmask = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_sta_info < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#bitmask ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_sta_info < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bitmask ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#bitmask ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_sta_list < > { pub r#sta : :: micropb :: heapless :: Vec < r#wifi_sta_info < > , 20 > , pub r#num : i32 , } impl < > r#wifi_sta_list < > { # [doc = \"Return a reference to `num`\"] # [inline] pub fn r#num (& self) -> & i32 { & self . r#num } # [doc = \"Return a mutable reference to `num`\"] # [inline] pub fn mut_num (& mut self) -> & mut i32 { & mut self . r#num } # [doc = \"Set the value of `num`\"] # [inline] pub fn set_num (& mut self , value : i32) -> & mut Self { self . r#num = value . into () ; self } # [doc = \"Builder method that sets the value of `num`. Useful for initializing the message.\"] # [inline] pub fn init_num (mut self , value : i32) -> Self { self . r#num = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_sta_list < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut val : r#wifi_sta_info < > = :: core :: default :: Default :: default () ; let mut_ref = & mut val ; { mut_ref . decode_len_delimited (decoder) ? ; } ; if let (Err (_) , false) = (self . r#sta . pb_push (val) , decoder . ignore_repeated_cap_err) { return Err (:: micropb :: DecodeError :: Capacity) ; } } 2u32 => { let mut_ref = & mut self . r#num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_sta_list < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_sta_info as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | (size + 1usize) * 20usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { for val_ref in self . r#sta . iter () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#num ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { for val_ref in self . r#sta . iter () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_pkt_rx_ctrl < > { pub r#rssi : i32 , pub r#rate : u32 , pub r#sig_mode : u32 , pub r#mcs : u32 , pub r#cwb : u32 , pub r#smoothing : u32 , pub r#not_sounding : u32 , pub r#aggregation : u32 , pub r#stbc : u32 , pub r#fec_coding : u32 , pub r#sgi : u32 , pub r#noise_floor : i32 , pub r#ampdu_cnt : u32 , pub r#channel : u32 , pub r#secondary_channel : u32 , pub r#timestamp : u32 , pub r#ant : u32 , pub r#sig_len : u32 , pub r#rx_state : u32 , } impl < > r#wifi_pkt_rx_ctrl < > { # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } # [doc = \"Return a reference to `rate`\"] # [inline] pub fn r#rate (& self) -> & u32 { & self . r#rate } # [doc = \"Return a mutable reference to `rate`\"] # [inline] pub fn mut_rate (& mut self) -> & mut u32 { & mut self . r#rate } # [doc = \"Set the value of `rate`\"] # [inline] pub fn set_rate (& mut self , value : u32) -> & mut Self { self . r#rate = value . into () ; self } # [doc = \"Builder method that sets the value of `rate`. Useful for initializing the message.\"] # [inline] pub fn init_rate (mut self , value : u32) -> Self { self . r#rate = value . into () ; self } # [doc = \"Return a reference to `sig_mode`\"] # [inline] pub fn r#sig_mode (& self) -> & u32 { & self . r#sig_mode } # [doc = \"Return a mutable reference to `sig_mode`\"] # [inline] pub fn mut_sig_mode (& mut self) -> & mut u32 { & mut self . r#sig_mode } # [doc = \"Set the value of `sig_mode`\"] # [inline] pub fn set_sig_mode (& mut self , value : u32) -> & mut Self { self . r#sig_mode = value . into () ; self } # [doc = \"Builder method that sets the value of `sig_mode`. Useful for initializing the message.\"] # [inline] pub fn init_sig_mode (mut self , value : u32) -> Self { self . r#sig_mode = value . into () ; self } # [doc = \"Return a reference to `mcs`\"] # [inline] pub fn r#mcs (& self) -> & u32 { & self . r#mcs } # [doc = \"Return a mutable reference to `mcs`\"] # [inline] pub fn mut_mcs (& mut self) -> & mut u32 { & mut self . r#mcs } # [doc = \"Set the value of `mcs`\"] # [inline] pub fn set_mcs (& mut self , value : u32) -> & mut Self { self . r#mcs = value . into () ; self } # [doc = \"Builder method that sets the value of `mcs`. Useful for initializing the message.\"] # [inline] pub fn init_mcs (mut self , value : u32) -> Self { self . r#mcs = value . into () ; self } # [doc = \"Return a reference to `cwb`\"] # [inline] pub fn r#cwb (& self) -> & u32 { & self . r#cwb } # [doc = \"Return a mutable reference to `cwb`\"] # [inline] pub fn mut_cwb (& mut self) -> & mut u32 { & mut self . r#cwb } # [doc = \"Set the value of `cwb`\"] # [inline] pub fn set_cwb (& mut self , value : u32) -> & mut Self { self . r#cwb = value . into () ; self } # [doc = \"Builder method that sets the value of `cwb`. Useful for initializing the message.\"] # [inline] pub fn init_cwb (mut self , value : u32) -> Self { self . r#cwb = value . into () ; self } # [doc = \"Return a reference to `smoothing`\"] # [inline] pub fn r#smoothing (& self) -> & u32 { & self . r#smoothing } # [doc = \"Return a mutable reference to `smoothing`\"] # [inline] pub fn mut_smoothing (& mut self) -> & mut u32 { & mut self . r#smoothing } # [doc = \"Set the value of `smoothing`\"] # [inline] pub fn set_smoothing (& mut self , value : u32) -> & mut Self { self . r#smoothing = value . into () ; self } # [doc = \"Builder method that sets the value of `smoothing`. Useful for initializing the message.\"] # [inline] pub fn init_smoothing (mut self , value : u32) -> Self { self . r#smoothing = value . into () ; self } # [doc = \"Return a reference to `not_sounding`\"] # [inline] pub fn r#not_sounding (& self) -> & u32 { & self . r#not_sounding } # [doc = \"Return a mutable reference to `not_sounding`\"] # [inline] pub fn mut_not_sounding (& mut self) -> & mut u32 { & mut self . r#not_sounding } # [doc = \"Set the value of `not_sounding`\"] # [inline] pub fn set_not_sounding (& mut self , value : u32) -> & mut Self { self . r#not_sounding = value . into () ; self } # [doc = \"Builder method that sets the value of `not_sounding`. Useful for initializing the message.\"] # [inline] pub fn init_not_sounding (mut self , value : u32) -> Self { self . r#not_sounding = value . into () ; self } # [doc = \"Return a reference to `aggregation`\"] # [inline] pub fn r#aggregation (& self) -> & u32 { & self . r#aggregation } # [doc = \"Return a mutable reference to `aggregation`\"] # [inline] pub fn mut_aggregation (& mut self) -> & mut u32 { & mut self . r#aggregation } # [doc = \"Set the value of `aggregation`\"] # [inline] pub fn set_aggregation (& mut self , value : u32) -> & mut Self { self . r#aggregation = value . into () ; self } # [doc = \"Builder method that sets the value of `aggregation`. Useful for initializing the message.\"] # [inline] pub fn init_aggregation (mut self , value : u32) -> Self { self . r#aggregation = value . into () ; self } # [doc = \"Return a reference to `stbc`\"] # [inline] pub fn r#stbc (& self) -> & u32 { & self . r#stbc } # [doc = \"Return a mutable reference to `stbc`\"] # [inline] pub fn mut_stbc (& mut self) -> & mut u32 { & mut self . r#stbc } # [doc = \"Set the value of `stbc`\"] # [inline] pub fn set_stbc (& mut self , value : u32) -> & mut Self { self . r#stbc = value . into () ; self } # [doc = \"Builder method that sets the value of `stbc`. Useful for initializing the message.\"] # [inline] pub fn init_stbc (mut self , value : u32) -> Self { self . r#stbc = value . into () ; self } # [doc = \"Return a reference to `fec_coding`\"] # [inline] pub fn r#fec_coding (& self) -> & u32 { & self . r#fec_coding } # [doc = \"Return a mutable reference to `fec_coding`\"] # [inline] pub fn mut_fec_coding (& mut self) -> & mut u32 { & mut self . r#fec_coding } # [doc = \"Set the value of `fec_coding`\"] # [inline] pub fn set_fec_coding (& mut self , value : u32) -> & mut Self { self . r#fec_coding = value . into () ; self } # [doc = \"Builder method that sets the value of `fec_coding`. Useful for initializing the message.\"] # [inline] pub fn init_fec_coding (mut self , value : u32) -> Self { self . r#fec_coding = value . into () ; self } # [doc = \"Return a reference to `sgi`\"] # [inline] pub fn r#sgi (& self) -> & u32 { & self . r#sgi } # [doc = \"Return a mutable reference to `sgi`\"] # [inline] pub fn mut_sgi (& mut self) -> & mut u32 { & mut self . r#sgi } # [doc = \"Set the value of `sgi`\"] # [inline] pub fn set_sgi (& mut self , value : u32) -> & mut Self { self . r#sgi = value . into () ; self } # [doc = \"Builder method that sets the value of `sgi`. Useful for initializing the message.\"] # [inline] pub fn init_sgi (mut self , value : u32) -> Self { self . r#sgi = value . into () ; self } # [doc = \"Return a reference to `noise_floor`\"] # [inline] pub fn r#noise_floor (& self) -> & i32 { & self . r#noise_floor } # [doc = \"Return a mutable reference to `noise_floor`\"] # [inline] pub fn mut_noise_floor (& mut self) -> & mut i32 { & mut self . r#noise_floor } # [doc = \"Set the value of `noise_floor`\"] # [inline] pub fn set_noise_floor (& mut self , value : i32) -> & mut Self { self . r#noise_floor = value . into () ; self } # [doc = \"Builder method that sets the value of `noise_floor`. Useful for initializing the message.\"] # [inline] pub fn init_noise_floor (mut self , value : i32) -> Self { self . r#noise_floor = value . into () ; self } # [doc = \"Return a reference to `ampdu_cnt`\"] # [inline] pub fn r#ampdu_cnt (& self) -> & u32 { & self . r#ampdu_cnt } # [doc = \"Return a mutable reference to `ampdu_cnt`\"] # [inline] pub fn mut_ampdu_cnt (& mut self) -> & mut u32 { & mut self . r#ampdu_cnt } # [doc = \"Set the value of `ampdu_cnt`\"] # [inline] pub fn set_ampdu_cnt (& mut self , value : u32) -> & mut Self { self . r#ampdu_cnt = value . into () ; self } # [doc = \"Builder method that sets the value of `ampdu_cnt`. Useful for initializing the message.\"] # [inline] pub fn init_ampdu_cnt (mut self , value : u32) -> Self { self . r#ampdu_cnt = value . into () ; self } # [doc = \"Return a reference to `channel`\"] # [inline] pub fn r#channel (& self) -> & u32 { & self . r#channel } # [doc = \"Return a mutable reference to `channel`\"] # [inline] pub fn mut_channel (& mut self) -> & mut u32 { & mut self . r#channel } # [doc = \"Set the value of `channel`\"] # [inline] pub fn set_channel (& mut self , value : u32) -> & mut Self { self . r#channel = value . into () ; self } # [doc = \"Builder method that sets the value of `channel`. Useful for initializing the message.\"] # [inline] pub fn init_channel (mut self , value : u32) -> Self { self . r#channel = value . into () ; self } # [doc = \"Return a reference to `secondary_channel`\"] # [inline] pub fn r#secondary_channel (& self) -> & u32 { & self . r#secondary_channel } # [doc = \"Return a mutable reference to `secondary_channel`\"] # [inline] pub fn mut_secondary_channel (& mut self) -> & mut u32 { & mut self . r#secondary_channel } # [doc = \"Set the value of `secondary_channel`\"] # [inline] pub fn set_secondary_channel (& mut self , value : u32) -> & mut Self { self . r#secondary_channel = value . into () ; self } # [doc = \"Builder method that sets the value of `secondary_channel`. Useful for initializing the message.\"] # [inline] pub fn init_secondary_channel (mut self , value : u32) -> Self { self . r#secondary_channel = value . into () ; self } # [doc = \"Return a reference to `timestamp`\"] # [inline] pub fn r#timestamp (& self) -> & u32 { & self . r#timestamp } # [doc = \"Return a mutable reference to `timestamp`\"] # [inline] pub fn mut_timestamp (& mut self) -> & mut u32 { & mut self . r#timestamp } # [doc = \"Set the value of `timestamp`\"] # [inline] pub fn set_timestamp (& mut self , value : u32) -> & mut Self { self . r#timestamp = value . into () ; self } # [doc = \"Builder method that sets the value of `timestamp`. Useful for initializing the message.\"] # [inline] pub fn init_timestamp (mut self , value : u32) -> Self { self . r#timestamp = value . into () ; self } # [doc = \"Return a reference to `ant`\"] # [inline] pub fn r#ant (& self) -> & u32 { & self . r#ant } # [doc = \"Return a mutable reference to `ant`\"] # [inline] pub fn mut_ant (& mut self) -> & mut u32 { & mut self . r#ant } # [doc = \"Set the value of `ant`\"] # [inline] pub fn set_ant (& mut self , value : u32) -> & mut Self { self . r#ant = value . into () ; self } # [doc = \"Builder method that sets the value of `ant`. Useful for initializing the message.\"] # [inline] pub fn init_ant (mut self , value : u32) -> Self { self . r#ant = value . into () ; self } # [doc = \"Return a reference to `sig_len`\"] # [inline] pub fn r#sig_len (& self) -> & u32 { & self . r#sig_len } # [doc = \"Return a mutable reference to `sig_len`\"] # [inline] pub fn mut_sig_len (& mut self) -> & mut u32 { & mut self . r#sig_len } # [doc = \"Set the value of `sig_len`\"] # [inline] pub fn set_sig_len (& mut self , value : u32) -> & mut Self { self . r#sig_len = value . into () ; self } # [doc = \"Builder method that sets the value of `sig_len`. Useful for initializing the message.\"] # [inline] pub fn init_sig_len (mut self , value : u32) -> Self { self . r#sig_len = value . into () ; self } # [doc = \"Return a reference to `rx_state`\"] # [inline] pub fn r#rx_state (& self) -> & u32 { & self . r#rx_state } # [doc = \"Return a mutable reference to `rx_state`\"] # [inline] pub fn mut_rx_state (& mut self) -> & mut u32 { & mut self . r#rx_state } # [doc = \"Set the value of `rx_state`\"] # [inline] pub fn set_rx_state (& mut self , value : u32) -> & mut Self { self . r#rx_state = value . into () ; self } # [doc = \"Builder method that sets the value of `rx_state`. Useful for initializing the message.\"] # [inline] pub fn init_rx_state (mut self , value : u32) -> Self { self . r#rx_state = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_pkt_rx_ctrl < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#rate ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#sig_mode ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#mcs ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#cwb ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#smoothing ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 7u32 => { let mut_ref = & mut self . r#not_sounding ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 8u32 => { let mut_ref = & mut self . r#aggregation ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 9u32 => { let mut_ref = & mut self . r#stbc ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 10u32 => { let mut_ref = & mut self . r#fec_coding ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 11u32 => { let mut_ref = & mut self . r#sgi ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 12u32 => { let mut_ref = & mut self . r#noise_floor ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 13u32 => { let mut_ref = & mut self . r#ampdu_cnt ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 14u32 => { let mut_ref = & mut self . r#channel ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 15u32 => { let mut_ref = & mut self . r#secondary_channel ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 16u32 => { let mut_ref = & mut self . r#timestamp ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 17u32 => { let mut_ref = & mut self . r#ant ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 18u32 => { let mut_ref = & mut self . r#sig_len ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 19u32 => { let mut_ref = & mut self . r#rx_state ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_pkt_rx_ctrl < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 2usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rate ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#sig_mode ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#mcs ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#cwb ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#smoothing ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#not_sounding ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#aggregation ; if * val_ref != 0 { encoder . encode_varint32 (64u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#stbc ; if * val_ref != 0 { encoder . encode_varint32 (72u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#fec_coding ; if * val_ref != 0 { encoder . encode_varint32 (80u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#sgi ; if * val_ref != 0 { encoder . encode_varint32 (88u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#noise_floor ; if * val_ref != 0 { encoder . encode_varint32 (96u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ampdu_cnt ; if * val_ref != 0 { encoder . encode_varint32 (104u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { encoder . encode_varint32 (112u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#secondary_channel ; if * val_ref != 0 { encoder . encode_varint32 (120u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#timestamp ; if * val_ref != 0 { encoder . encode_varint32 (128u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ant ; if * val_ref != 0 { encoder . encode_varint32 (136u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#sig_len ; if * val_ref != 0 { encoder . encode_varint32 (144u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rx_state ; if * val_ref != 0 { encoder . encode_varint32 (152u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rate ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#sig_mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#mcs ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#cwb ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#smoothing ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#not_sounding ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#aggregation ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#stbc ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#fec_coding ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#sgi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#noise_floor ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ampdu_cnt ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#secondary_channel ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#timestamp ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#ant ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#sig_len ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#rx_state ; if * val_ref != 0 { size += 2usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod wifi_promiscuous_pkt_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `rx_ctrl`\"] # [inline] pub const fn r#rx_ctrl (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `rx_ctrl`\"] # [inline] pub const fn set_rx_ctrl (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `rx_ctrl`\"] # [inline] pub const fn clear_rx_ctrl (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `rx_ctrl`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_rx_ctrl (mut self) -> Self { self . set_rx_ctrl () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct r#wifi_promiscuous_pkt < > { pub r#rx_ctrl : r#wifi_pkt_rx_ctrl < > , pub r#payload : :: micropb :: heapless :: Vec < u8 , 2027 > , pub _has : wifi_promiscuous_pkt_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for r#wifi_promiscuous_pkt < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#rx_ctrl () == other . r#rx_ctrl ()) ; ret &= (self . r#payload == other . r#payload) ; ret } } impl < > r#wifi_promiscuous_pkt < > { # [doc = \"Return a reference to `rx_ctrl` as an `Option`\"] # [inline] pub fn r#rx_ctrl (& self) -> :: core :: option :: Option < & r#wifi_pkt_rx_ctrl < > > { self . _has . r#rx_ctrl () . then_some (& self . r#rx_ctrl) } # [doc = \"Set the value and presence of `rx_ctrl`\"] # [inline] pub fn set_rx_ctrl (& mut self , value : r#wifi_pkt_rx_ctrl < >) -> & mut Self { self . _has . set_rx_ctrl () ; self . r#rx_ctrl = value . into () ; self } # [doc = \"Return a mutable reference to `rx_ctrl` as an `Option`\"] # [inline] pub fn mut_rx_ctrl (& mut self) -> :: core :: option :: Option < & mut r#wifi_pkt_rx_ctrl < > > { self . _has . r#rx_ctrl () . then_some (& mut self . r#rx_ctrl) } # [doc = \"Clear the presence of `rx_ctrl`\"] # [inline] pub fn clear_rx_ctrl (& mut self) -> & mut Self { self . _has . clear_rx_ctrl () ; self } # [doc = \"Take the value of `rx_ctrl` and clear its presence\"] # [inline] pub fn take_rx_ctrl (& mut self) -> :: core :: option :: Option < r#wifi_pkt_rx_ctrl < > > { let val = self . _has . r#rx_ctrl () . then (|| :: core :: mem :: take (& mut self . r#rx_ctrl)) ; self . _has . clear_rx_ctrl () ; val } # [doc = \"Builder method that sets the value of `rx_ctrl`. Useful for initializing the message.\"] # [inline] pub fn init_rx_ctrl (mut self , value : r#wifi_pkt_rx_ctrl < >) -> Self { self . set_rx_ctrl (value) ; self } # [doc = \"Return a reference to `payload`\"] # [inline] pub fn r#payload (& self) -> & :: micropb :: heapless :: Vec < u8 , 2027 > { & self . r#payload } # [doc = \"Return a mutable reference to `payload`\"] # [inline] pub fn mut_payload (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 2027 > { & mut self . r#payload } # [doc = \"Set the value of `payload`\"] # [inline] pub fn set_payload (& mut self , value : :: micropb :: heapless :: Vec < u8 , 2027 >) -> & mut Self { self . r#payload = value . into () ; self } # [doc = \"Builder method that sets the value of `payload`. Useful for initializing the message.\"] # [inline] pub fn init_payload (mut self , value : :: micropb :: heapless :: Vec < u8 , 2027 >) -> Self { self . r#payload = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_promiscuous_pkt < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#rx_ctrl ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_rx_ctrl () ; } 2u32 => { let mut_ref = & mut self . r#payload ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_promiscuous_pkt < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_pkt_rx_ctrl as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (2029usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#rx_ctrl () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#payload ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#rx_ctrl () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#payload ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_promiscuous_filter < > { pub r#filter_mask : u32 , } impl < > r#wifi_promiscuous_filter < > { # [doc = \"Return a reference to `filter_mask`\"] # [inline] pub fn r#filter_mask (& self) -> & u32 { & self . r#filter_mask } # [doc = \"Return a mutable reference to `filter_mask`\"] # [inline] pub fn mut_filter_mask (& mut self) -> & mut u32 { & mut self . r#filter_mask } # [doc = \"Set the value of `filter_mask`\"] # [inline] pub fn set_filter_mask (& mut self , value : u32) -> & mut Self { self . r#filter_mask = value . into () ; self } # [doc = \"Builder method that sets the value of `filter_mask`. Useful for initializing the message.\"] # [inline] pub fn init_filter_mask (mut self , value : u32) -> Self { self . r#filter_mask = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_promiscuous_filter < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#filter_mask ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_promiscuous_filter < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#filter_mask ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#filter_mask ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_csi_config < > { pub r#lltf_en : bool , pub r#htltf_en : bool , pub r#stbc_htltf2_en : bool , pub r#ltf_merge_en : bool , pub r#channel_filter_en : bool , pub r#manu_scale : bool , pub r#shift : u32 , } impl < > r#wifi_csi_config < > { # [doc = \"Return a reference to `lltf_en`\"] # [inline] pub fn r#lltf_en (& self) -> & bool { & self . r#lltf_en } # [doc = \"Return a mutable reference to `lltf_en`\"] # [inline] pub fn mut_lltf_en (& mut self) -> & mut bool { & mut self . r#lltf_en } # [doc = \"Set the value of `lltf_en`\"] # [inline] pub fn set_lltf_en (& mut self , value : bool) -> & mut Self { self . r#lltf_en = value . into () ; self } # [doc = \"Builder method that sets the value of `lltf_en`. Useful for initializing the message.\"] # [inline] pub fn init_lltf_en (mut self , value : bool) -> Self { self . r#lltf_en = value . into () ; self } # [doc = \"Return a reference to `htltf_en`\"] # [inline] pub fn r#htltf_en (& self) -> & bool { & self . r#htltf_en } # [doc = \"Return a mutable reference to `htltf_en`\"] # [inline] pub fn mut_htltf_en (& mut self) -> & mut bool { & mut self . r#htltf_en } # [doc = \"Set the value of `htltf_en`\"] # [inline] pub fn set_htltf_en (& mut self , value : bool) -> & mut Self { self . r#htltf_en = value . into () ; self } # [doc = \"Builder method that sets the value of `htltf_en`. Useful for initializing the message.\"] # [inline] pub fn init_htltf_en (mut self , value : bool) -> Self { self . r#htltf_en = value . into () ; self } # [doc = \"Return a reference to `stbc_htltf2_en`\"] # [inline] pub fn r#stbc_htltf2_en (& self) -> & bool { & self . r#stbc_htltf2_en } # [doc = \"Return a mutable reference to `stbc_htltf2_en`\"] # [inline] pub fn mut_stbc_htltf2_en (& mut self) -> & mut bool { & mut self . r#stbc_htltf2_en } # [doc = \"Set the value of `stbc_htltf2_en`\"] # [inline] pub fn set_stbc_htltf2_en (& mut self , value : bool) -> & mut Self { self . r#stbc_htltf2_en = value . into () ; self } # [doc = \"Builder method that sets the value of `stbc_htltf2_en`. Useful for initializing the message.\"] # [inline] pub fn init_stbc_htltf2_en (mut self , value : bool) -> Self { self . r#stbc_htltf2_en = value . into () ; self } # [doc = \"Return a reference to `ltf_merge_en`\"] # [inline] pub fn r#ltf_merge_en (& self) -> & bool { & self . r#ltf_merge_en } # [doc = \"Return a mutable reference to `ltf_merge_en`\"] # [inline] pub fn mut_ltf_merge_en (& mut self) -> & mut bool { & mut self . r#ltf_merge_en } # [doc = \"Set the value of `ltf_merge_en`\"] # [inline] pub fn set_ltf_merge_en (& mut self , value : bool) -> & mut Self { self . r#ltf_merge_en = value . into () ; self } # [doc = \"Builder method that sets the value of `ltf_merge_en`. Useful for initializing the message.\"] # [inline] pub fn init_ltf_merge_en (mut self , value : bool) -> Self { self . r#ltf_merge_en = value . into () ; self } # [doc = \"Return a reference to `channel_filter_en`\"] # [inline] pub fn r#channel_filter_en (& self) -> & bool { & self . r#channel_filter_en } # [doc = \"Return a mutable reference to `channel_filter_en`\"] # [inline] pub fn mut_channel_filter_en (& mut self) -> & mut bool { & mut self . r#channel_filter_en } # [doc = \"Set the value of `channel_filter_en`\"] # [inline] pub fn set_channel_filter_en (& mut self , value : bool) -> & mut Self { self . r#channel_filter_en = value . into () ; self } # [doc = \"Builder method that sets the value of `channel_filter_en`. Useful for initializing the message.\"] # [inline] pub fn init_channel_filter_en (mut self , value : bool) -> Self { self . r#channel_filter_en = value . into () ; self } # [doc = \"Return a reference to `manu_scale`\"] # [inline] pub fn r#manu_scale (& self) -> & bool { & self . r#manu_scale } # [doc = \"Return a mutable reference to `manu_scale`\"] # [inline] pub fn mut_manu_scale (& mut self) -> & mut bool { & mut self . r#manu_scale } # [doc = \"Set the value of `manu_scale`\"] # [inline] pub fn set_manu_scale (& mut self , value : bool) -> & mut Self { self . r#manu_scale = value . into () ; self } # [doc = \"Builder method that sets the value of `manu_scale`. Useful for initializing the message.\"] # [inline] pub fn init_manu_scale (mut self , value : bool) -> Self { self . r#manu_scale = value . into () ; self } # [doc = \"Return a reference to `shift`\"] # [inline] pub fn r#shift (& self) -> & u32 { & self . r#shift } # [doc = \"Return a mutable reference to `shift`\"] # [inline] pub fn mut_shift (& mut self) -> & mut u32 { & mut self . r#shift } # [doc = \"Set the value of `shift`\"] # [inline] pub fn set_shift (& mut self , value : u32) -> & mut Self { self . r#shift = value . into () ; self } # [doc = \"Builder method that sets the value of `shift`. Useful for initializing the message.\"] # [inline] pub fn init_shift (mut self , value : u32) -> Self { self . r#shift = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_csi_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#lltf_en ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#htltf_en ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#stbc_htltf2_en ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#ltf_merge_en ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#channel_filter_en ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#manu_scale ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 7u32 => { let mut_ref = & mut self . r#shift ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_csi_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#lltf_en ; if * val_ref { encoder . encode_varint32 (8u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#htltf_en ; if * val_ref { encoder . encode_varint32 (16u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#stbc_htltf2_en ; if * val_ref { encoder . encode_varint32 (24u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#ltf_merge_en ; if * val_ref { encoder . encode_varint32 (32u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#channel_filter_en ; if * val_ref { encoder . encode_varint32 (40u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#manu_scale ; if * val_ref { encoder . encode_varint32 (48u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#shift ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#lltf_en ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#htltf_en ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#stbc_htltf2_en ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#ltf_merge_en ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#channel_filter_en ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#manu_scale ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#shift ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod wifi_csi_info_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `rx_ctrl`\"] # [inline] pub const fn r#rx_ctrl (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `rx_ctrl`\"] # [inline] pub const fn set_rx_ctrl (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `rx_ctrl`\"] # [inline] pub const fn clear_rx_ctrl (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `rx_ctrl`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_rx_ctrl (mut self) -> Self { self . set_rx_ctrl () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct r#wifi_csi_info < > { pub r#rx_ctrl : r#wifi_pkt_rx_ctrl < > , pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#dmac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#first_word_invalid : bool , pub r#buf : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#len : u32 , pub _has : wifi_csi_info_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for r#wifi_csi_info < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#rx_ctrl () == other . r#rx_ctrl ()) ; ret &= (self . r#mac == other . r#mac) ; ret &= (self . r#dmac == other . r#dmac) ; ret &= (self . r#first_word_invalid == other . r#first_word_invalid) ; ret &= (self . r#buf == other . r#buf) ; ret &= (self . r#len == other . r#len) ; ret } } impl < > r#wifi_csi_info < > { # [doc = \"Return a reference to `rx_ctrl` as an `Option`\"] # [inline] pub fn r#rx_ctrl (& self) -> :: core :: option :: Option < & r#wifi_pkt_rx_ctrl < > > { self . _has . r#rx_ctrl () . then_some (& self . r#rx_ctrl) } # [doc = \"Set the value and presence of `rx_ctrl`\"] # [inline] pub fn set_rx_ctrl (& mut self , value : r#wifi_pkt_rx_ctrl < >) -> & mut Self { self . _has . set_rx_ctrl () ; self . r#rx_ctrl = value . into () ; self } # [doc = \"Return a mutable reference to `rx_ctrl` as an `Option`\"] # [inline] pub fn mut_rx_ctrl (& mut self) -> :: core :: option :: Option < & mut r#wifi_pkt_rx_ctrl < > > { self . _has . r#rx_ctrl () . then_some (& mut self . r#rx_ctrl) } # [doc = \"Clear the presence of `rx_ctrl`\"] # [inline] pub fn clear_rx_ctrl (& mut self) -> & mut Self { self . _has . clear_rx_ctrl () ; self } # [doc = \"Take the value of `rx_ctrl` and clear its presence\"] # [inline] pub fn take_rx_ctrl (& mut self) -> :: core :: option :: Option < r#wifi_pkt_rx_ctrl < > > { let val = self . _has . r#rx_ctrl () . then (|| :: core :: mem :: take (& mut self . r#rx_ctrl)) ; self . _has . clear_rx_ctrl () ; val } # [doc = \"Builder method that sets the value of `rx_ctrl`. Useful for initializing the message.\"] # [inline] pub fn init_rx_ctrl (mut self , value : r#wifi_pkt_rx_ctrl < >) -> Self { self . set_rx_ctrl (value) ; self } # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } # [doc = \"Return a reference to `dmac`\"] # [inline] pub fn r#dmac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#dmac } # [doc = \"Return a mutable reference to `dmac`\"] # [inline] pub fn mut_dmac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#dmac } # [doc = \"Set the value of `dmac`\"] # [inline] pub fn set_dmac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#dmac = value . into () ; self } # [doc = \"Builder method that sets the value of `dmac`. Useful for initializing the message.\"] # [inline] pub fn init_dmac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#dmac = value . into () ; self } # [doc = \"Return a reference to `first_word_invalid`\"] # [inline] pub fn r#first_word_invalid (& self) -> & bool { & self . r#first_word_invalid } # [doc = \"Return a mutable reference to `first_word_invalid`\"] # [inline] pub fn mut_first_word_invalid (& mut self) -> & mut bool { & mut self . r#first_word_invalid } # [doc = \"Set the value of `first_word_invalid`\"] # [inline] pub fn set_first_word_invalid (& mut self , value : bool) -> & mut Self { self . r#first_word_invalid = value . into () ; self } # [doc = \"Builder method that sets the value of `first_word_invalid`. Useful for initializing the message.\"] # [inline] pub fn init_first_word_invalid (mut self , value : bool) -> Self { self . r#first_word_invalid = value . into () ; self } # [doc = \"Return a reference to `buf`\"] # [inline] pub fn r#buf (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#buf } # [doc = \"Return a mutable reference to `buf`\"] # [inline] pub fn mut_buf (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#buf } # [doc = \"Set the value of `buf`\"] # [inline] pub fn set_buf (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#buf = value . into () ; self } # [doc = \"Builder method that sets the value of `buf`. Useful for initializing the message.\"] # [inline] pub fn init_buf (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#buf = value . into () ; self } # [doc = \"Return a reference to `len`\"] # [inline] pub fn r#len (& self) -> & u32 { & self . r#len } # [doc = \"Return a mutable reference to `len`\"] # [inline] pub fn mut_len (& mut self) -> & mut u32 { & mut self . r#len } # [doc = \"Set the value of `len`\"] # [inline] pub fn set_len (& mut self , value : u32) -> & mut Self { self . r#len = value . into () ; self } # [doc = \"Builder method that sets the value of `len`. Useful for initializing the message.\"] # [inline] pub fn init_len (mut self , value : u32) -> Self { self . r#len = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_csi_info < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#rx_ctrl ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_rx_ctrl () ; } 2u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#dmac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 4u32 => { let mut_ref = & mut self . r#first_word_invalid ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#buf ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 6u32 => { let mut_ref = & mut self . r#len ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_csi_info < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_pkt_rx_ctrl as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#rx_ctrl () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#dmac ; if ! val_ref . is_empty () { encoder . encode_varint32 (26u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#first_word_invalid ; if * val_ref { encoder . encode_varint32 (32u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#buf ; if ! val_ref . is_empty () { encoder . encode_varint32 (42u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#len ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#rx_ctrl () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#dmac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#first_word_invalid ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#buf ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#len ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_ant_gpio < > { pub r#gpio_select : u32 , pub r#gpio_num : u32 , } impl < > r#wifi_ant_gpio < > { # [doc = \"Return a reference to `gpio_select`\"] # [inline] pub fn r#gpio_select (& self) -> & u32 { & self . r#gpio_select } # [doc = \"Return a mutable reference to `gpio_select`\"] # [inline] pub fn mut_gpio_select (& mut self) -> & mut u32 { & mut self . r#gpio_select } # [doc = \"Set the value of `gpio_select`\"] # [inline] pub fn set_gpio_select (& mut self , value : u32) -> & mut Self { self . r#gpio_select = value . into () ; self } # [doc = \"Builder method that sets the value of `gpio_select`. Useful for initializing the message.\"] # [inline] pub fn init_gpio_select (mut self , value : u32) -> Self { self . r#gpio_select = value . into () ; self } # [doc = \"Return a reference to `gpio_num`\"] # [inline] pub fn r#gpio_num (& self) -> & u32 { & self . r#gpio_num } # [doc = \"Return a mutable reference to `gpio_num`\"] # [inline] pub fn mut_gpio_num (& mut self) -> & mut u32 { & mut self . r#gpio_num } # [doc = \"Set the value of `gpio_num`\"] # [inline] pub fn set_gpio_num (& mut self , value : u32) -> & mut Self { self . r#gpio_num = value . into () ; self } # [doc = \"Builder method that sets the value of `gpio_num`. Useful for initializing the message.\"] # [inline] pub fn init_gpio_num (mut self , value : u32) -> Self { self . r#gpio_num = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_ant_gpio < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#gpio_select ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#gpio_num ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_ant_gpio < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#gpio_select ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#gpio_num ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#gpio_select ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#gpio_num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_ant_gpio_config < > { pub r#gpio_cfgs : :: micropb :: heapless :: Vec < r#wifi_ant_gpio < > , 4 > , } impl < > r#wifi_ant_gpio_config < > { } impl < > :: micropb :: MessageDecode for r#wifi_ant_gpio_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut val : r#wifi_ant_gpio < > = :: core :: default :: Default :: default () ; let mut_ref = & mut val ; { mut_ref . decode_len_delimited (decoder) ? ; } ; if let (Err (_) , false) = (self . r#gpio_cfgs . pb_push (val) , decoder . ignore_repeated_cap_err) { return Err (:: micropb :: DecodeError :: Capacity) ; } } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_ant_gpio_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_ant_gpio as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | (size + 1usize) * 4usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { for val_ref in self . r#gpio_cfgs . iter () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { for val_ref in self . r#gpio_cfgs . iter () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_ant_config < > { pub r#rx_ant_mode : i32 , pub r#rx_ant_default : i32 , pub r#tx_ant_mode : i32 , pub r#enabled_ant0 : u32 , pub r#enabled_ant1 : u32 , } impl < > r#wifi_ant_config < > { # [doc = \"Return a reference to `rx_ant_mode`\"] # [inline] pub fn r#rx_ant_mode (& self) -> & i32 { & self . r#rx_ant_mode } # [doc = \"Return a mutable reference to `rx_ant_mode`\"] # [inline] pub fn mut_rx_ant_mode (& mut self) -> & mut i32 { & mut self . r#rx_ant_mode } # [doc = \"Set the value of `rx_ant_mode`\"] # [inline] pub fn set_rx_ant_mode (& mut self , value : i32) -> & mut Self { self . r#rx_ant_mode = value . into () ; self } # [doc = \"Builder method that sets the value of `rx_ant_mode`. Useful for initializing the message.\"] # [inline] pub fn init_rx_ant_mode (mut self , value : i32) -> Self { self . r#rx_ant_mode = value . into () ; self } # [doc = \"Return a reference to `rx_ant_default`\"] # [inline] pub fn r#rx_ant_default (& self) -> & i32 { & self . r#rx_ant_default } # [doc = \"Return a mutable reference to `rx_ant_default`\"] # [inline] pub fn mut_rx_ant_default (& mut self) -> & mut i32 { & mut self . r#rx_ant_default } # [doc = \"Set the value of `rx_ant_default`\"] # [inline] pub fn set_rx_ant_default (& mut self , value : i32) -> & mut Self { self . r#rx_ant_default = value . into () ; self } # [doc = \"Builder method that sets the value of `rx_ant_default`. Useful for initializing the message.\"] # [inline] pub fn init_rx_ant_default (mut self , value : i32) -> Self { self . r#rx_ant_default = value . into () ; self } # [doc = \"Return a reference to `tx_ant_mode`\"] # [inline] pub fn r#tx_ant_mode (& self) -> & i32 { & self . r#tx_ant_mode } # [doc = \"Return a mutable reference to `tx_ant_mode`\"] # [inline] pub fn mut_tx_ant_mode (& mut self) -> & mut i32 { & mut self . r#tx_ant_mode } # [doc = \"Set the value of `tx_ant_mode`\"] # [inline] pub fn set_tx_ant_mode (& mut self , value : i32) -> & mut Self { self . r#tx_ant_mode = value . into () ; self } # [doc = \"Builder method that sets the value of `tx_ant_mode`. Useful for initializing the message.\"] # [inline] pub fn init_tx_ant_mode (mut self , value : i32) -> Self { self . r#tx_ant_mode = value . into () ; self } # [doc = \"Return a reference to `enabled_ant0`\"] # [inline] pub fn r#enabled_ant0 (& self) -> & u32 { & self . r#enabled_ant0 } # [doc = \"Return a mutable reference to `enabled_ant0`\"] # [inline] pub fn mut_enabled_ant0 (& mut self) -> & mut u32 { & mut self . r#enabled_ant0 } # [doc = \"Set the value of `enabled_ant0`\"] # [inline] pub fn set_enabled_ant0 (& mut self , value : u32) -> & mut Self { self . r#enabled_ant0 = value . into () ; self } # [doc = \"Builder method that sets the value of `enabled_ant0`. Useful for initializing the message.\"] # [inline] pub fn init_enabled_ant0 (mut self , value : u32) -> Self { self . r#enabled_ant0 = value . into () ; self } # [doc = \"Return a reference to `enabled_ant1`\"] # [inline] pub fn r#enabled_ant1 (& self) -> & u32 { & self . r#enabled_ant1 } # [doc = \"Return a mutable reference to `enabled_ant1`\"] # [inline] pub fn mut_enabled_ant1 (& mut self) -> & mut u32 { & mut self . r#enabled_ant1 } # [doc = \"Set the value of `enabled_ant1`\"] # [inline] pub fn set_enabled_ant1 (& mut self , value : u32) -> & mut Self { self . r#enabled_ant1 = value . into () ; self } # [doc = \"Builder method that sets the value of `enabled_ant1`. Useful for initializing the message.\"] # [inline] pub fn init_enabled_ant1 (mut self , value : u32) -> Self { self . r#enabled_ant1 = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_ant_config < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#rx_ant_mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#rx_ant_default ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#tx_ant_mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#enabled_ant0 ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#enabled_ant1 ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_ant_config < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#rx_ant_mode ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rx_ant_default ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#tx_ant_mode ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#enabled_ant0 ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#enabled_ant1 ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#rx_ant_mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rx_ant_default ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#tx_ant_mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#enabled_ant0 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#enabled_ant1 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_action_tx_req < > { pub r#ifx : i32 , pub r#dest_mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#no_ack : bool , pub r#data_len : u32 , pub r#data : :: micropb :: heapless :: Vec < u8 , 0 > , } impl < > r#wifi_action_tx_req < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `dest_mac`\"] # [inline] pub fn r#dest_mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#dest_mac } # [doc = \"Return a mutable reference to `dest_mac`\"] # [inline] pub fn mut_dest_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#dest_mac } # [doc = \"Set the value of `dest_mac`\"] # [inline] pub fn set_dest_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#dest_mac = value . into () ; self } # [doc = \"Builder method that sets the value of `dest_mac`. Useful for initializing the message.\"] # [inline] pub fn init_dest_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#dest_mac = value . into () ; self } # [doc = \"Return a reference to `no_ack`\"] # [inline] pub fn r#no_ack (& self) -> & bool { & self . r#no_ack } # [doc = \"Return a mutable reference to `no_ack`\"] # [inline] pub fn mut_no_ack (& mut self) -> & mut bool { & mut self . r#no_ack } # [doc = \"Set the value of `no_ack`\"] # [inline] pub fn set_no_ack (& mut self , value : bool) -> & mut Self { self . r#no_ack = value . into () ; self } # [doc = \"Builder method that sets the value of `no_ack`. Useful for initializing the message.\"] # [inline] pub fn init_no_ack (mut self , value : bool) -> Self { self . r#no_ack = value . into () ; self } # [doc = \"Return a reference to `data_len`\"] # [inline] pub fn r#data_len (& self) -> & u32 { & self . r#data_len } # [doc = \"Return a mutable reference to `data_len`\"] # [inline] pub fn mut_data_len (& mut self) -> & mut u32 { & mut self . r#data_len } # [doc = \"Set the value of `data_len`\"] # [inline] pub fn set_data_len (& mut self , value : u32) -> & mut Self { self . r#data_len = value . into () ; self } # [doc = \"Builder method that sets the value of `data_len`. Useful for initializing the message.\"] # [inline] pub fn init_data_len (mut self , value : u32) -> Self { self . r#data_len = value . into () ; self } # [doc = \"Return a reference to `data`\"] # [inline] pub fn r#data (& self) -> & :: micropb :: heapless :: Vec < u8 , 0 > { & self . r#data } # [doc = \"Return a mutable reference to `data`\"] # [inline] pub fn mut_data (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 0 > { & mut self . r#data } # [doc = \"Set the value of `data`\"] # [inline] pub fn set_data (& mut self , value : :: micropb :: heapless :: Vec < u8 , 0 >) -> & mut Self { self . r#data = value . into () ; self } # [doc = \"Builder method that sets the value of `data`. Useful for initializing the message.\"] # [inline] pub fn init_data (mut self , value : :: micropb :: heapless :: Vec < u8 , 0 >) -> Self { self . r#data = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_action_tx_req < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#dest_mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#no_ack ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#data_len ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#data ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_action_tx_req < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#dest_mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#no_ack ; if * val_ref { encoder . encode_varint32 (24u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#data_len ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#data ; if ! val_ref . is_empty () { encoder . encode_varint32 (42u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#dest_mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#no_ack ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#data_len ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#data ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_ftm_initiator_cfg < > { pub r#resp_mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#channel : u32 , pub r#frm_count : u32 , pub r#burst_period : u32 , } impl < > r#wifi_ftm_initiator_cfg < > { # [doc = \"Return a reference to `resp_mac`\"] # [inline] pub fn r#resp_mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#resp_mac } # [doc = \"Return a mutable reference to `resp_mac`\"] # [inline] pub fn mut_resp_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#resp_mac } # [doc = \"Set the value of `resp_mac`\"] # [inline] pub fn set_resp_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#resp_mac = value . into () ; self } # [doc = \"Builder method that sets the value of `resp_mac`. Useful for initializing the message.\"] # [inline] pub fn init_resp_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#resp_mac = value . into () ; self } # [doc = \"Return a reference to `channel`\"] # [inline] pub fn r#channel (& self) -> & u32 { & self . r#channel } # [doc = \"Return a mutable reference to `channel`\"] # [inline] pub fn mut_channel (& mut self) -> & mut u32 { & mut self . r#channel } # [doc = \"Set the value of `channel`\"] # [inline] pub fn set_channel (& mut self , value : u32) -> & mut Self { self . r#channel = value . into () ; self } # [doc = \"Builder method that sets the value of `channel`. Useful for initializing the message.\"] # [inline] pub fn init_channel (mut self , value : u32) -> Self { self . r#channel = value . into () ; self } # [doc = \"Return a reference to `frm_count`\"] # [inline] pub fn r#frm_count (& self) -> & u32 { & self . r#frm_count } # [doc = \"Return a mutable reference to `frm_count`\"] # [inline] pub fn mut_frm_count (& mut self) -> & mut u32 { & mut self . r#frm_count } # [doc = \"Set the value of `frm_count`\"] # [inline] pub fn set_frm_count (& mut self , value : u32) -> & mut Self { self . r#frm_count = value . into () ; self } # [doc = \"Builder method that sets the value of `frm_count`. Useful for initializing the message.\"] # [inline] pub fn init_frm_count (mut self , value : u32) -> Self { self . r#frm_count = value . into () ; self } # [doc = \"Return a reference to `burst_period`\"] # [inline] pub fn r#burst_period (& self) -> & u32 { & self . r#burst_period } # [doc = \"Return a mutable reference to `burst_period`\"] # [inline] pub fn mut_burst_period (& mut self) -> & mut u32 { & mut self . r#burst_period } # [doc = \"Set the value of `burst_period`\"] # [inline] pub fn set_burst_period (& mut self , value : u32) -> & mut Self { self . r#burst_period = value . into () ; self } # [doc = \"Builder method that sets the value of `burst_period`. Useful for initializing the message.\"] # [inline] pub fn init_burst_period (mut self , value : u32) -> Self { self . r#burst_period = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_ftm_initiator_cfg < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp_mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#channel ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#frm_count ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#burst_period ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_ftm_initiator_cfg < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp_mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#frm_count ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#burst_period ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp_mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#frm_count ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#burst_period ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_sta_scan_done < > { pub r#status : u32 , pub r#number : u32 , pub r#scan_id : u32 , } impl < > r#wifi_event_sta_scan_done < > { # [doc = \"Return a reference to `status`\"] # [inline] pub fn r#status (& self) -> & u32 { & self . r#status } # [doc = \"Return a mutable reference to `status`\"] # [inline] pub fn mut_status (& mut self) -> & mut u32 { & mut self . r#status } # [doc = \"Set the value of `status`\"] # [inline] pub fn set_status (& mut self , value : u32) -> & mut Self { self . r#status = value . into () ; self } # [doc = \"Builder method that sets the value of `status`. Useful for initializing the message.\"] # [inline] pub fn init_status (mut self , value : u32) -> Self { self . r#status = value . into () ; self } # [doc = \"Return a reference to `number`\"] # [inline] pub fn r#number (& self) -> & u32 { & self . r#number } # [doc = \"Return a mutable reference to `number`\"] # [inline] pub fn mut_number (& mut self) -> & mut u32 { & mut self . r#number } # [doc = \"Set the value of `number`\"] # [inline] pub fn set_number (& mut self , value : u32) -> & mut Self { self . r#number = value . into () ; self } # [doc = \"Builder method that sets the value of `number`. Useful for initializing the message.\"] # [inline] pub fn init_number (mut self , value : u32) -> Self { self . r#number = value . into () ; self } # [doc = \"Return a reference to `scan_id`\"] # [inline] pub fn r#scan_id (& self) -> & u32 { & self . r#scan_id } # [doc = \"Return a mutable reference to `scan_id`\"] # [inline] pub fn mut_scan_id (& mut self) -> & mut u32 { & mut self . r#scan_id } # [doc = \"Set the value of `scan_id`\"] # [inline] pub fn set_scan_id (& mut self , value : u32) -> & mut Self { self . r#scan_id = value . into () ; self } # [doc = \"Builder method that sets the value of `scan_id`. Useful for initializing the message.\"] # [inline] pub fn init_scan_id (mut self , value : u32) -> Self { self . r#scan_id = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_sta_scan_done < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#status ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#number ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#scan_id ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_sta_scan_done < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#status ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#number ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#scan_id ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#status ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#number ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#scan_id ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_sta_connected < > { pub r#ssid : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#ssid_len : u32 , pub r#bssid : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#channel : u32 , pub r#authmode : i32 , pub r#aid : i32 , } impl < > r#wifi_event_sta_connected < > { # [doc = \"Return a reference to `ssid`\"] # [inline] pub fn r#ssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#ssid } # [doc = \"Return a mutable reference to `ssid`\"] # [inline] pub fn mut_ssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#ssid } # [doc = \"Set the value of `ssid`\"] # [inline] pub fn set_ssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#ssid = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid`. Useful for initializing the message.\"] # [inline] pub fn init_ssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#ssid = value . into () ; self } # [doc = \"Return a reference to `ssid_len`\"] # [inline] pub fn r#ssid_len (& self) -> & u32 { & self . r#ssid_len } # [doc = \"Return a mutable reference to `ssid_len`\"] # [inline] pub fn mut_ssid_len (& mut self) -> & mut u32 { & mut self . r#ssid_len } # [doc = \"Set the value of `ssid_len`\"] # [inline] pub fn set_ssid_len (& mut self , value : u32) -> & mut Self { self . r#ssid_len = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid_len`. Useful for initializing the message.\"] # [inline] pub fn init_ssid_len (mut self , value : u32) -> Self { self . r#ssid_len = value . into () ; self } # [doc = \"Return a reference to `bssid`\"] # [inline] pub fn r#bssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#bssid } # [doc = \"Return a mutable reference to `bssid`\"] # [inline] pub fn mut_bssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#bssid } # [doc = \"Set the value of `bssid`\"] # [inline] pub fn set_bssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#bssid = value . into () ; self } # [doc = \"Builder method that sets the value of `bssid`. Useful for initializing the message.\"] # [inline] pub fn init_bssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#bssid = value . into () ; self } # [doc = \"Return a reference to `channel`\"] # [inline] pub fn r#channel (& self) -> & u32 { & self . r#channel } # [doc = \"Return a mutable reference to `channel`\"] # [inline] pub fn mut_channel (& mut self) -> & mut u32 { & mut self . r#channel } # [doc = \"Set the value of `channel`\"] # [inline] pub fn set_channel (& mut self , value : u32) -> & mut Self { self . r#channel = value . into () ; self } # [doc = \"Builder method that sets the value of `channel`. Useful for initializing the message.\"] # [inline] pub fn init_channel (mut self , value : u32) -> Self { self . r#channel = value . into () ; self } # [doc = \"Return a reference to `authmode`\"] # [inline] pub fn r#authmode (& self) -> & i32 { & self . r#authmode } # [doc = \"Return a mutable reference to `authmode`\"] # [inline] pub fn mut_authmode (& mut self) -> & mut i32 { & mut self . r#authmode } # [doc = \"Set the value of `authmode`\"] # [inline] pub fn set_authmode (& mut self , value : i32) -> & mut Self { self . r#authmode = value . into () ; self } # [doc = \"Builder method that sets the value of `authmode`. Useful for initializing the message.\"] # [inline] pub fn init_authmode (mut self , value : i32) -> Self { self . r#authmode = value . into () ; self } # [doc = \"Return a reference to `aid`\"] # [inline] pub fn r#aid (& self) -> & i32 { & self . r#aid } # [doc = \"Return a mutable reference to `aid`\"] # [inline] pub fn mut_aid (& mut self) -> & mut i32 { & mut self . r#aid } # [doc = \"Set the value of `aid`\"] # [inline] pub fn set_aid (& mut self , value : i32) -> & mut Self { self . r#aid = value . into () ; self } # [doc = \"Builder method that sets the value of `aid`. Useful for initializing the message.\"] # [inline] pub fn init_aid (mut self , value : i32) -> Self { self . r#aid = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_sta_connected < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#ssid_len ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#bssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 4u32 => { let mut_ref = & mut self . r#channel ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#authmode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#aid ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_sta_connected < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#ssid_len ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (26u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#ssid_len ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#channel ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#authmode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_sta_disconnected < > { pub r#ssid : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#ssid_len : u32 , pub r#bssid : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#reason : u32 , pub r#rssi : i32 , } impl < > r#wifi_event_sta_disconnected < > { # [doc = \"Return a reference to `ssid`\"] # [inline] pub fn r#ssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#ssid } # [doc = \"Return a mutable reference to `ssid`\"] # [inline] pub fn mut_ssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#ssid } # [doc = \"Set the value of `ssid`\"] # [inline] pub fn set_ssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#ssid = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid`. Useful for initializing the message.\"] # [inline] pub fn init_ssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#ssid = value . into () ; self } # [doc = \"Return a reference to `ssid_len`\"] # [inline] pub fn r#ssid_len (& self) -> & u32 { & self . r#ssid_len } # [doc = \"Return a mutable reference to `ssid_len`\"] # [inline] pub fn mut_ssid_len (& mut self) -> & mut u32 { & mut self . r#ssid_len } # [doc = \"Set the value of `ssid_len`\"] # [inline] pub fn set_ssid_len (& mut self , value : u32) -> & mut Self { self . r#ssid_len = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid_len`. Useful for initializing the message.\"] # [inline] pub fn init_ssid_len (mut self , value : u32) -> Self { self . r#ssid_len = value . into () ; self } # [doc = \"Return a reference to `bssid`\"] # [inline] pub fn r#bssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#bssid } # [doc = \"Return a mutable reference to `bssid`\"] # [inline] pub fn mut_bssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#bssid } # [doc = \"Set the value of `bssid`\"] # [inline] pub fn set_bssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#bssid = value . into () ; self } # [doc = \"Builder method that sets the value of `bssid`. Useful for initializing the message.\"] # [inline] pub fn init_bssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#bssid = value . into () ; self } # [doc = \"Return a reference to `reason`\"] # [inline] pub fn r#reason (& self) -> & u32 { & self . r#reason } # [doc = \"Return a mutable reference to `reason`\"] # [inline] pub fn mut_reason (& mut self) -> & mut u32 { & mut self . r#reason } # [doc = \"Set the value of `reason`\"] # [inline] pub fn set_reason (& mut self , value : u32) -> & mut Self { self . r#reason = value . into () ; self } # [doc = \"Builder method that sets the value of `reason`. Useful for initializing the message.\"] # [inline] pub fn init_reason (mut self , value : u32) -> Self { self . r#reason = value . into () ; self } # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_sta_disconnected < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#ssid_len ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#bssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 4u32 => { let mut_ref = & mut self . r#reason ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_sta_disconnected < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#ssid_len ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (26u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#reason ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#ssid_len ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#bssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#reason ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_sta_authmode_change < > { pub r#old_mode : i32 , pub r#new_mode : i32 , } impl < > r#wifi_event_sta_authmode_change < > { # [doc = \"Return a reference to `old_mode`\"] # [inline] pub fn r#old_mode (& self) -> & i32 { & self . r#old_mode } # [doc = \"Return a mutable reference to `old_mode`\"] # [inline] pub fn mut_old_mode (& mut self) -> & mut i32 { & mut self . r#old_mode } # [doc = \"Set the value of `old_mode`\"] # [inline] pub fn set_old_mode (& mut self , value : i32) -> & mut Self { self . r#old_mode = value . into () ; self } # [doc = \"Builder method that sets the value of `old_mode`. Useful for initializing the message.\"] # [inline] pub fn init_old_mode (mut self , value : i32) -> Self { self . r#old_mode = value . into () ; self } # [doc = \"Return a reference to `new_mode`\"] # [inline] pub fn r#new_mode (& self) -> & i32 { & self . r#new_mode } # [doc = \"Return a mutable reference to `new_mode`\"] # [inline] pub fn mut_new_mode (& mut self) -> & mut i32 { & mut self . r#new_mode } # [doc = \"Set the value of `new_mode`\"] # [inline] pub fn set_new_mode (& mut self , value : i32) -> & mut Self { self . r#new_mode = value . into () ; self } # [doc = \"Builder method that sets the value of `new_mode`. Useful for initializing the message.\"] # [inline] pub fn init_new_mode (mut self , value : i32) -> Self { self . r#new_mode = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_sta_authmode_change < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#old_mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#new_mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_sta_authmode_change < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#old_mode ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#new_mode ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#old_mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#new_mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_sta_wps_er_pin < > { pub r#pin_code : :: micropb :: heapless :: Vec < u8 , 8 > , } impl < > r#wifi_event_sta_wps_er_pin < > { # [doc = \"Return a reference to `pin_code`\"] # [inline] pub fn r#pin_code (& self) -> & :: micropb :: heapless :: Vec < u8 , 8 > { & self . r#pin_code } # [doc = \"Return a mutable reference to `pin_code`\"] # [inline] pub fn mut_pin_code (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 8 > { & mut self . r#pin_code } # [doc = \"Set the value of `pin_code`\"] # [inline] pub fn set_pin_code (& mut self , value : :: micropb :: heapless :: Vec < u8 , 8 >) -> & mut Self { self . r#pin_code = value . into () ; self } # [doc = \"Builder method that sets the value of `pin_code`. Useful for initializing the message.\"] # [inline] pub fn init_pin_code (mut self , value : :: micropb :: heapless :: Vec < u8 , 8 >) -> Self { self . r#pin_code = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_sta_wps_er_pin < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#pin_code ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_sta_wps_er_pin < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (9usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#pin_code ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#pin_code ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#ap_cred < > { pub r#ssid : :: micropb :: heapless :: Vec < u8 , 32 > , pub r#passphrase : :: micropb :: heapless :: Vec < u8 , 64 > , } impl < > r#ap_cred < > { # [doc = \"Return a reference to `ssid`\"] # [inline] pub fn r#ssid (& self) -> & :: micropb :: heapless :: Vec < u8 , 32 > { & self . r#ssid } # [doc = \"Return a mutable reference to `ssid`\"] # [inline] pub fn mut_ssid (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 32 > { & mut self . r#ssid } # [doc = \"Set the value of `ssid`\"] # [inline] pub fn set_ssid (& mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> & mut Self { self . r#ssid = value . into () ; self } # [doc = \"Builder method that sets the value of `ssid`. Useful for initializing the message.\"] # [inline] pub fn init_ssid (mut self , value : :: micropb :: heapless :: Vec < u8 , 32 >) -> Self { self . r#ssid = value . into () ; self } # [doc = \"Return a reference to `passphrase`\"] # [inline] pub fn r#passphrase (& self) -> & :: micropb :: heapless :: Vec < u8 , 64 > { & self . r#passphrase } # [doc = \"Return a mutable reference to `passphrase`\"] # [inline] pub fn mut_passphrase (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 64 > { & mut self . r#passphrase } # [doc = \"Set the value of `passphrase`\"] # [inline] pub fn set_passphrase (& mut self , value : :: micropb :: heapless :: Vec < u8 , 64 >) -> & mut Self { self . r#passphrase = value . into () ; self } # [doc = \"Builder method that sets the value of `passphrase`. Useful for initializing the message.\"] # [inline] pub fn init_passphrase (mut self , value : :: micropb :: heapless :: Vec < u8 , 64 >) -> Self { self . r#passphrase = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#ap_cred < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ssid ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#passphrase ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#ap_cred < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (33usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (65usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#passphrase ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ssid ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#passphrase ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_sta_wps_er_success < > { pub r#ap_cred_cnt : u32 , pub r#ap_creds : :: micropb :: heapless :: Vec < r#ap_cred < > , 3 > , } impl < > r#wifi_event_sta_wps_er_success < > { # [doc = \"Return a reference to `ap_cred_cnt`\"] # [inline] pub fn r#ap_cred_cnt (& self) -> & u32 { & self . r#ap_cred_cnt } # [doc = \"Return a mutable reference to `ap_cred_cnt`\"] # [inline] pub fn mut_ap_cred_cnt (& mut self) -> & mut u32 { & mut self . r#ap_cred_cnt } # [doc = \"Set the value of `ap_cred_cnt`\"] # [inline] pub fn set_ap_cred_cnt (& mut self , value : u32) -> & mut Self { self . r#ap_cred_cnt = value . into () ; self } # [doc = \"Builder method that sets the value of `ap_cred_cnt`. Useful for initializing the message.\"] # [inline] pub fn init_ap_cred_cnt (mut self , value : u32) -> Self { self . r#ap_cred_cnt = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_sta_wps_er_success < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ap_cred_cnt ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut val : r#ap_cred < > = :: core :: default :: Default :: default () ; let mut_ref = & mut val ; { mut_ref . decode_len_delimited (decoder) ? ; } ; if let (Err (_) , false) = (self . r#ap_creds . pb_push (val) , decoder . ignore_repeated_cap_err) { return Err (:: micropb :: DecodeError :: Capacity) ; } } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_sta_wps_er_success < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#ap_cred as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | (size + 1usize) * 3usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ap_cred_cnt ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { for val_ref in self . r#ap_creds . iter () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ap_cred_cnt ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { for val_ref in self . r#ap_creds . iter () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_ap_probe_req_rx < > { pub r#rssi : i32 , pub r#mac : u32 , } impl < > r#wifi_event_ap_probe_req_rx < > { # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & u32 { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut u32 { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : u32) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : u32) -> Self { self . r#mac = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_ap_probe_req_rx < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#mac ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_ap_probe_req_rx < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#mac ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#mac ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_bss_rssi_low < > { pub r#rssi : i32 , } impl < > r#wifi_event_bss_rssi_low < > { # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_bss_rssi_low < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_bss_rssi_low < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_ftm_report_entry < > { pub r#dlog_token : u32 , pub r#rssi : i32 , pub r#rtt : u32 , pub r#t1 : u64 , pub r#t2 : u64 , pub r#t3 : u64 , pub r#t4 : u64 , } impl < > r#wifi_ftm_report_entry < > { # [doc = \"Return a reference to `dlog_token`\"] # [inline] pub fn r#dlog_token (& self) -> & u32 { & self . r#dlog_token } # [doc = \"Return a mutable reference to `dlog_token`\"] # [inline] pub fn mut_dlog_token (& mut self) -> & mut u32 { & mut self . r#dlog_token } # [doc = \"Set the value of `dlog_token`\"] # [inline] pub fn set_dlog_token (& mut self , value : u32) -> & mut Self { self . r#dlog_token = value . into () ; self } # [doc = \"Builder method that sets the value of `dlog_token`. Useful for initializing the message.\"] # [inline] pub fn init_dlog_token (mut self , value : u32) -> Self { self . r#dlog_token = value . into () ; self } # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } # [doc = \"Return a reference to `rtt`\"] # [inline] pub fn r#rtt (& self) -> & u32 { & self . r#rtt } # [doc = \"Return a mutable reference to `rtt`\"] # [inline] pub fn mut_rtt (& mut self) -> & mut u32 { & mut self . r#rtt } # [doc = \"Set the value of `rtt`\"] # [inline] pub fn set_rtt (& mut self , value : u32) -> & mut Self { self . r#rtt = value . into () ; self } # [doc = \"Builder method that sets the value of `rtt`. Useful for initializing the message.\"] # [inline] pub fn init_rtt (mut self , value : u32) -> Self { self . r#rtt = value . into () ; self } # [doc = \"Return a reference to `t1`\"] # [inline] pub fn r#t1 (& self) -> & u64 { & self . r#t1 } # [doc = \"Return a mutable reference to `t1`\"] # [inline] pub fn mut_t1 (& mut self) -> & mut u64 { & mut self . r#t1 } # [doc = \"Set the value of `t1`\"] # [inline] pub fn set_t1 (& mut self , value : u64) -> & mut Self { self . r#t1 = value . into () ; self } # [doc = \"Builder method that sets the value of `t1`. Useful for initializing the message.\"] # [inline] pub fn init_t1 (mut self , value : u64) -> Self { self . r#t1 = value . into () ; self } # [doc = \"Return a reference to `t2`\"] # [inline] pub fn r#t2 (& self) -> & u64 { & self . r#t2 } # [doc = \"Return a mutable reference to `t2`\"] # [inline] pub fn mut_t2 (& mut self) -> & mut u64 { & mut self . r#t2 } # [doc = \"Set the value of `t2`\"] # [inline] pub fn set_t2 (& mut self , value : u64) -> & mut Self { self . r#t2 = value . into () ; self } # [doc = \"Builder method that sets the value of `t2`. Useful for initializing the message.\"] # [inline] pub fn init_t2 (mut self , value : u64) -> Self { self . r#t2 = value . into () ; self } # [doc = \"Return a reference to `t3`\"] # [inline] pub fn r#t3 (& self) -> & u64 { & self . r#t3 } # [doc = \"Return a mutable reference to `t3`\"] # [inline] pub fn mut_t3 (& mut self) -> & mut u64 { & mut self . r#t3 } # [doc = \"Set the value of `t3`\"] # [inline] pub fn set_t3 (& mut self , value : u64) -> & mut Self { self . r#t3 = value . into () ; self } # [doc = \"Builder method that sets the value of `t3`. Useful for initializing the message.\"] # [inline] pub fn init_t3 (mut self , value : u64) -> Self { self . r#t3 = value . into () ; self } # [doc = \"Return a reference to `t4`\"] # [inline] pub fn r#t4 (& self) -> & u64 { & self . r#t4 } # [doc = \"Return a mutable reference to `t4`\"] # [inline] pub fn mut_t4 (& mut self) -> & mut u64 { & mut self . r#t4 } # [doc = \"Set the value of `t4`\"] # [inline] pub fn set_t4 (& mut self , value : u64) -> & mut Self { self . r#t4 = value . into () ; self } # [doc = \"Builder method that sets the value of `t4`. Useful for initializing the message.\"] # [inline] pub fn init_t4 (mut self , value : u64) -> Self { self . r#t4 = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_ftm_report_entry < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#dlog_token ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#rtt ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#t1 ; { let val = decoder . decode_varint64 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#t2 ; { let val = decoder . decode_varint64 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut_ref = & mut self . r#t3 ; { let val = decoder . decode_varint64 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 7u32 => { let mut_ref = & mut self . r#t4 ; { let val = decoder . decode_varint64 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_ftm_report_entry < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#dlog_token ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rtt ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#t1 ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint64 (* val_ref as _) ? ; } } { let val_ref = & self . r#t2 ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_varint64 (* val_ref as _) ? ; } } { let val_ref = & self . r#t3 ; if * val_ref != 0 { encoder . encode_varint32 (48u32) ? ; encoder . encode_varint64 (* val_ref as _) ? ; } } { let val_ref = & self . r#t4 ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_varint64 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#dlog_token ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rtt ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#t1 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint64 (* val_ref as _) ; } } { let val_ref = & self . r#t2 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint64 (* val_ref as _) ; } } { let val_ref = & self . r#t3 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint64 (* val_ref as _) ; } } { let val_ref = & self . r#t4 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint64 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_ftm_report < > { pub r#peer_mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#status : i32 , pub r#rtt_raw : u32 , pub r#rtt_est : u32 , pub r#dist_est : u32 , pub r#ftm_report_data : :: micropb :: heapless :: Vec < r#wifi_ftm_report_entry < > , 32 > , pub r#ftm_report_num_entries : u32 , } impl < > r#wifi_event_ftm_report < > { # [doc = \"Return a reference to `peer_mac`\"] # [inline] pub fn r#peer_mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#peer_mac } # [doc = \"Return a mutable reference to `peer_mac`\"] # [inline] pub fn mut_peer_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#peer_mac } # [doc = \"Set the value of `peer_mac`\"] # [inline] pub fn set_peer_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#peer_mac = value . into () ; self } # [doc = \"Builder method that sets the value of `peer_mac`. Useful for initializing the message.\"] # [inline] pub fn init_peer_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#peer_mac = value . into () ; self } # [doc = \"Return a reference to `status`\"] # [inline] pub fn r#status (& self) -> & i32 { & self . r#status } # [doc = \"Return a mutable reference to `status`\"] # [inline] pub fn mut_status (& mut self) -> & mut i32 { & mut self . r#status } # [doc = \"Set the value of `status`\"] # [inline] pub fn set_status (& mut self , value : i32) -> & mut Self { self . r#status = value . into () ; self } # [doc = \"Builder method that sets the value of `status`. Useful for initializing the message.\"] # [inline] pub fn init_status (mut self , value : i32) -> Self { self . r#status = value . into () ; self } # [doc = \"Return a reference to `rtt_raw`\"] # [inline] pub fn r#rtt_raw (& self) -> & u32 { & self . r#rtt_raw } # [doc = \"Return a mutable reference to `rtt_raw`\"] # [inline] pub fn mut_rtt_raw (& mut self) -> & mut u32 { & mut self . r#rtt_raw } # [doc = \"Set the value of `rtt_raw`\"] # [inline] pub fn set_rtt_raw (& mut self , value : u32) -> & mut Self { self . r#rtt_raw = value . into () ; self } # [doc = \"Builder method that sets the value of `rtt_raw`. Useful for initializing the message.\"] # [inline] pub fn init_rtt_raw (mut self , value : u32) -> Self { self . r#rtt_raw = value . into () ; self } # [doc = \"Return a reference to `rtt_est`\"] # [inline] pub fn r#rtt_est (& self) -> & u32 { & self . r#rtt_est } # [doc = \"Return a mutable reference to `rtt_est`\"] # [inline] pub fn mut_rtt_est (& mut self) -> & mut u32 { & mut self . r#rtt_est } # [doc = \"Set the value of `rtt_est`\"] # [inline] pub fn set_rtt_est (& mut self , value : u32) -> & mut Self { self . r#rtt_est = value . into () ; self } # [doc = \"Builder method that sets the value of `rtt_est`. Useful for initializing the message.\"] # [inline] pub fn init_rtt_est (mut self , value : u32) -> Self { self . r#rtt_est = value . into () ; self } # [doc = \"Return a reference to `dist_est`\"] # [inline] pub fn r#dist_est (& self) -> & u32 { & self . r#dist_est } # [doc = \"Return a mutable reference to `dist_est`\"] # [inline] pub fn mut_dist_est (& mut self) -> & mut u32 { & mut self . r#dist_est } # [doc = \"Set the value of `dist_est`\"] # [inline] pub fn set_dist_est (& mut self , value : u32) -> & mut Self { self . r#dist_est = value . into () ; self } # [doc = \"Builder method that sets the value of `dist_est`. Useful for initializing the message.\"] # [inline] pub fn init_dist_est (mut self , value : u32) -> Self { self . r#dist_est = value . into () ; self } # [doc = \"Return a reference to `ftm_report_num_entries`\"] # [inline] pub fn r#ftm_report_num_entries (& self) -> & u32 { & self . r#ftm_report_num_entries } # [doc = \"Return a mutable reference to `ftm_report_num_entries`\"] # [inline] pub fn mut_ftm_report_num_entries (& mut self) -> & mut u32 { & mut self . r#ftm_report_num_entries } # [doc = \"Set the value of `ftm_report_num_entries`\"] # [inline] pub fn set_ftm_report_num_entries (& mut self , value : u32) -> & mut Self { self . r#ftm_report_num_entries = value . into () ; self } # [doc = \"Builder method that sets the value of `ftm_report_num_entries`. Useful for initializing the message.\"] # [inline] pub fn init_ftm_report_num_entries (mut self , value : u32) -> Self { self . r#ftm_report_num_entries = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_ftm_report < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#peer_mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#status ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#rtt_raw ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#rtt_est ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#dist_est ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 6u32 => { let mut val : r#wifi_ftm_report_entry < > = :: core :: default :: Default :: default () ; let mut_ref = & mut val ; { mut_ref . decode_len_delimited (decoder) ? ; } ; if let (Err (_) , false) = (self . r#ftm_report_data . pb_push (val) , decoder . ignore_repeated_cap_err) { return Err (:: micropb :: DecodeError :: Capacity) ; } } 7u32 => { let mut_ref = & mut self . r#ftm_report_num_entries ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_ftm_report < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_ftm_report_entry as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | (size + 1usize) * 32usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#peer_mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#status ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rtt_raw ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rtt_est ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#dist_est ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { for val_ref in self . r#ftm_report_data . iter () { encoder . encode_varint32 (50u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#ftm_report_num_entries ; if * val_ref != 0 { encoder . encode_varint32 (56u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#peer_mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#status ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rtt_raw ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#rtt_est ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#dist_est ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { for val_ref in self . r#ftm_report_data . iter () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#ftm_report_num_entries ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_action_tx_status < > { pub r#ifx : i32 , pub r#context : u32 , pub r#da : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#status : u32 , } impl < > r#wifi_event_action_tx_status < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `context`\"] # [inline] pub fn r#context (& self) -> & u32 { & self . r#context } # [doc = \"Return a mutable reference to `context`\"] # [inline] pub fn mut_context (& mut self) -> & mut u32 { & mut self . r#context } # [doc = \"Set the value of `context`\"] # [inline] pub fn set_context (& mut self , value : u32) -> & mut Self { self . r#context = value . into () ; self } # [doc = \"Builder method that sets the value of `context`. Useful for initializing the message.\"] # [inline] pub fn init_context (mut self , value : u32) -> Self { self . r#context = value . into () ; self } # [doc = \"Return a reference to `da`\"] # [inline] pub fn r#da (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#da } # [doc = \"Return a mutable reference to `da`\"] # [inline] pub fn mut_da (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#da } # [doc = \"Set the value of `da`\"] # [inline] pub fn set_da (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#da = value . into () ; self } # [doc = \"Builder method that sets the value of `da`. Useful for initializing the message.\"] # [inline] pub fn init_da (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#da = value . into () ; self } # [doc = \"Return a reference to `status`\"] # [inline] pub fn r#status (& self) -> & u32 { & self . r#status } # [doc = \"Return a mutable reference to `status`\"] # [inline] pub fn mut_status (& mut self) -> & mut u32 { & mut self . r#status } # [doc = \"Set the value of `status`\"] # [inline] pub fn set_status (& mut self , value : u32) -> & mut Self { self . r#status = value . into () ; self } # [doc = \"Builder method that sets the value of `status`. Useful for initializing the message.\"] # [inline] pub fn init_status (mut self , value : u32) -> Self { self . r#status = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_action_tx_status < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#context ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#da ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 4u32 => { let mut_ref = & mut self . r#status ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_action_tx_status < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#context ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#da ; if ! val_ref . is_empty () { encoder . encode_varint32 (26u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#status ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#context ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#da ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#status ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_roc_done < > { pub r#context : u32 , } impl < > r#wifi_event_roc_done < > { # [doc = \"Return a reference to `context`\"] # [inline] pub fn r#context (& self) -> & u32 { & self . r#context } # [doc = \"Return a mutable reference to `context`\"] # [inline] pub fn mut_context (& mut self) -> & mut u32 { & mut self . r#context } # [doc = \"Set the value of `context`\"] # [inline] pub fn set_context (& mut self , value : u32) -> & mut Self { self . r#context = value . into () ; self } # [doc = \"Builder method that sets the value of `context`. Useful for initializing the message.\"] # [inline] pub fn init_context (mut self , value : u32) -> Self { self . r#context = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_roc_done < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#context ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_roc_done < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#context ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#context ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_ap_wps_rg_pin < > { pub r#pin_code : :: micropb :: heapless :: Vec < u8 , 6 > , } impl < > r#wifi_event_ap_wps_rg_pin < > { # [doc = \"Return a reference to `pin_code`\"] # [inline] pub fn r#pin_code (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#pin_code } # [doc = \"Return a mutable reference to `pin_code`\"] # [inline] pub fn mut_pin_code (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#pin_code } # [doc = \"Set the value of `pin_code`\"] # [inline] pub fn set_pin_code (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#pin_code = value . into () ; self } # [doc = \"Builder method that sets the value of `pin_code`. Useful for initializing the message.\"] # [inline] pub fn init_pin_code (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#pin_code = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_ap_wps_rg_pin < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#pin_code ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_ap_wps_rg_pin < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#pin_code ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#pin_code ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_ap_wps_rg_fail_reason < > { pub r#reason : i32 , pub r#peer_macaddr : :: micropb :: heapless :: Vec < u8 , 6 > , } impl < > r#wifi_event_ap_wps_rg_fail_reason < > { # [doc = \"Return a reference to `reason`\"] # [inline] pub fn r#reason (& self) -> & i32 { & self . r#reason } # [doc = \"Return a mutable reference to `reason`\"] # [inline] pub fn mut_reason (& mut self) -> & mut i32 { & mut self . r#reason } # [doc = \"Set the value of `reason`\"] # [inline] pub fn set_reason (& mut self , value : i32) -> & mut Self { self . r#reason = value . into () ; self } # [doc = \"Builder method that sets the value of `reason`. Useful for initializing the message.\"] # [inline] pub fn init_reason (mut self , value : i32) -> Self { self . r#reason = value . into () ; self } # [doc = \"Return a reference to `peer_macaddr`\"] # [inline] pub fn r#peer_macaddr (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#peer_macaddr } # [doc = \"Return a mutable reference to `peer_macaddr`\"] # [inline] pub fn mut_peer_macaddr (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#peer_macaddr } # [doc = \"Set the value of `peer_macaddr`\"] # [inline] pub fn set_peer_macaddr (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#peer_macaddr = value . into () ; self } # [doc = \"Builder method that sets the value of `peer_macaddr`. Useful for initializing the message.\"] # [inline] pub fn init_peer_macaddr (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#peer_macaddr = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_ap_wps_rg_fail_reason < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#reason ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#peer_macaddr ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_ap_wps_rg_fail_reason < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#reason ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#peer_macaddr ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#reason ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#peer_macaddr ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_event_ap_wps_rg_success < > { pub r#peer_macaddr : :: micropb :: heapless :: Vec < u8 , 6 > , } impl < > r#wifi_event_ap_wps_rg_success < > { # [doc = \"Return a reference to `peer_macaddr`\"] # [inline] pub fn r#peer_macaddr (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#peer_macaddr } # [doc = \"Return a mutable reference to `peer_macaddr`\"] # [inline] pub fn mut_peer_macaddr (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#peer_macaddr } # [doc = \"Set the value of `peer_macaddr`\"] # [inline] pub fn set_peer_macaddr (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#peer_macaddr = value . into () ; self } # [doc = \"Builder method that sets the value of `peer_macaddr`. Useful for initializing the message.\"] # [inline] pub fn init_peer_macaddr (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#peer_macaddr = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_event_ap_wps_rg_success < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#peer_macaddr ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_event_ap_wps_rg_success < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#peer_macaddr ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#peer_macaddr ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_protocols < > { pub r#ghz_2g : u32 , pub r#ghz_5g : u32 , } impl < > r#wifi_protocols < > { # [doc = \"Return a reference to `ghz_2g`\"] # [inline] pub fn r#ghz_2g (& self) -> & u32 { & self . r#ghz_2g } # [doc = \"Return a mutable reference to `ghz_2g`\"] # [inline] pub fn mut_ghz_2g (& mut self) -> & mut u32 { & mut self . r#ghz_2g } # [doc = \"Set the value of `ghz_2g`\"] # [inline] pub fn set_ghz_2g (& mut self , value : u32) -> & mut Self { self . r#ghz_2g = value . into () ; self } # [doc = \"Builder method that sets the value of `ghz_2g`. Useful for initializing the message.\"] # [inline] pub fn init_ghz_2g (mut self , value : u32) -> Self { self . r#ghz_2g = value . into () ; self } # [doc = \"Return a reference to `ghz_5g`\"] # [inline] pub fn r#ghz_5g (& self) -> & u32 { & self . r#ghz_5g } # [doc = \"Return a mutable reference to `ghz_5g`\"] # [inline] pub fn mut_ghz_5g (& mut self) -> & mut u32 { & mut self . r#ghz_5g } # [doc = \"Set the value of `ghz_5g`\"] # [inline] pub fn set_ghz_5g (& mut self , value : u32) -> & mut Self { self . r#ghz_5g = value . into () ; self } # [doc = \"Builder method that sets the value of `ghz_5g`. Useful for initializing the message.\"] # [inline] pub fn init_ghz_5g (mut self , value : u32) -> Self { self . r#ghz_5g = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_protocols < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ghz_2g ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ghz_5g ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_protocols < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ghz_2g ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ghz_5g ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ghz_2g ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#ghz_5g ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct r#wifi_bandwidths < > { pub r#ghz_2g : u32 , pub r#ghz_5g : u32 , } impl < > r#wifi_bandwidths < > { # [doc = \"Return a reference to `ghz_2g`\"] # [inline] pub fn r#ghz_2g (& self) -> & u32 { & self . r#ghz_2g } # [doc = \"Return a mutable reference to `ghz_2g`\"] # [inline] pub fn mut_ghz_2g (& mut self) -> & mut u32 { & mut self . r#ghz_2g } # [doc = \"Set the value of `ghz_2g`\"] # [inline] pub fn set_ghz_2g (& mut self , value : u32) -> & mut Self { self . r#ghz_2g = value . into () ; self } # [doc = \"Builder method that sets the value of `ghz_2g`. Useful for initializing the message.\"] # [inline] pub fn init_ghz_2g (mut self , value : u32) -> Self { self . r#ghz_2g = value . into () ; self } # [doc = \"Return a reference to `ghz_5g`\"] # [inline] pub fn r#ghz_5g (& self) -> & u32 { & self . r#ghz_5g } # [doc = \"Return a mutable reference to `ghz_5g`\"] # [inline] pub fn mut_ghz_5g (& mut self) -> & mut u32 { & mut self . r#ghz_5g } # [doc = \"Set the value of `ghz_5g`\"] # [inline] pub fn set_ghz_5g (& mut self , value : u32) -> & mut Self { self . r#ghz_5g = value . into () ; self } # [doc = \"Builder method that sets the value of `ghz_5g`. Useful for initializing the message.\"] # [inline] pub fn init_ghz_5g (mut self , value : u32) -> Self { self . r#ghz_5g = value . into () ; self } } impl < > :: micropb :: MessageDecode for r#wifi_bandwidths < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ghz_2g ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ghz_5g ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for r#wifi_bandwidths < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ghz_2g ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ghz_5g ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ghz_2g ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#ghz_5g ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct ConnectedSTAList < > { pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#rssi : i32 , } impl < > ConnectedSTAList < > { # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } } impl < > :: micropb :: MessageDecode for ConnectedSTAList < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for ConnectedSTAList < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_GetMacAddress < > { pub r#mode : i32 , } impl < > Rpc_Req_GetMacAddress < > { # [doc = \"Return a reference to `mode`\"] # [inline] pub fn r#mode (& self) -> & i32 { & self . r#mode } # [doc = \"Return a mutable reference to `mode`\"] # [inline] pub fn mut_mode (& mut self) -> & mut i32 { & mut self . r#mode } # [doc = \"Set the value of `mode`\"] # [inline] pub fn set_mode (& mut self , value : i32) -> & mut Self { self . r#mode = value . into () ; self } # [doc = \"Builder method that sets the value of `mode`. Useful for initializing the message.\"] # [inline] pub fn init_mode (mut self , value : i32) -> Self { self . r#mode = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_GetMacAddress < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_GetMacAddress < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mode ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_GetMacAddress < > { pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#resp : i32 , } impl < > Rpc_Resp_GetMacAddress < > { # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_GetMacAddress < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_GetMacAddress < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_GetMode < > { } impl < > Rpc_Req_GetMode < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_GetMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_GetMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_GetMode < > { pub r#mode : i32 , pub r#resp : i32 , } impl < > Rpc_Resp_GetMode < > { # [doc = \"Return a reference to `mode`\"] # [inline] pub fn r#mode (& self) -> & i32 { & self . r#mode } # [doc = \"Return a mutable reference to `mode`\"] # [inline] pub fn mut_mode (& mut self) -> & mut i32 { & mut self . r#mode } # [doc = \"Set the value of `mode`\"] # [inline] pub fn set_mode (& mut self , value : i32) -> & mut Self { self . r#mode = value . into () ; self } # [doc = \"Builder method that sets the value of `mode`. Useful for initializing the message.\"] # [inline] pub fn init_mode (mut self , value : i32) -> Self { self . r#mode = value . into () ; self } # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_GetMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_GetMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mode ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_SetMode < > { pub r#mode : i32 , } impl < > Rpc_Req_SetMode < > { # [doc = \"Return a reference to `mode`\"] # [inline] pub fn r#mode (& self) -> & i32 { & self . r#mode } # [doc = \"Return a mutable reference to `mode`\"] # [inline] pub fn mut_mode (& mut self) -> & mut i32 { & mut self . r#mode } # [doc = \"Set the value of `mode`\"] # [inline] pub fn set_mode (& mut self , value : i32) -> & mut Self { self . r#mode = value . into () ; self } # [doc = \"Builder method that sets the value of `mode`. Useful for initializing the message.\"] # [inline] pub fn init_mode (mut self , value : i32) -> Self { self . r#mode = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_SetMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_SetMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mode ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_SetMode < > { pub r#resp : i32 , } impl < > Rpc_Resp_SetMode < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_SetMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_SetMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_GetPs < > { } impl < > Rpc_Req_GetPs < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_GetPs < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_GetPs < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_GetPs < > { pub r#resp : i32 , pub r#type : i32 , } impl < > Rpc_Resp_GetPs < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `type`\"] # [inline] pub fn r#type (& self) -> & i32 { & self . r#type } # [doc = \"Return a mutable reference to `type`\"] # [inline] pub fn mut_type (& mut self) -> & mut i32 { & mut self . r#type } # [doc = \"Set the value of `type`\"] # [inline] pub fn set_type (& mut self , value : i32) -> & mut Self { self . r#type = value . into () ; self } # [doc = \"Builder method that sets the value of `type`. Useful for initializing the message.\"] # [inline] pub fn init_type (mut self , value : i32) -> Self { self . r#type = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_GetPs < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#type ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_GetPs < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#type ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#type ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_SetPs < > { pub r#type : i32 , } impl < > Rpc_Req_SetPs < > { # [doc = \"Return a reference to `type`\"] # [inline] pub fn r#type (& self) -> & i32 { & self . r#type } # [doc = \"Return a mutable reference to `type`\"] # [inline] pub fn mut_type (& mut self) -> & mut i32 { & mut self . r#type } # [doc = \"Set the value of `type`\"] # [inline] pub fn set_type (& mut self , value : i32) -> & mut Self { self . r#type = value . into () ; self } # [doc = \"Builder method that sets the value of `type`. Useful for initializing the message.\"] # [inline] pub fn init_type (mut self , value : i32) -> Self { self . r#type = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_SetPs < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#type ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_SetPs < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#type ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#type ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_SetPs < > { pub r#resp : i32 , } impl < > Rpc_Resp_SetPs < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_SetPs < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_SetPs < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_SetMacAddress < > { pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#mode : i32 , } impl < > Rpc_Req_SetMacAddress < > { # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } # [doc = \"Return a reference to `mode`\"] # [inline] pub fn r#mode (& self) -> & i32 { & self . r#mode } # [doc = \"Return a mutable reference to `mode`\"] # [inline] pub fn mut_mode (& mut self) -> & mut i32 { & mut self . r#mode } # [doc = \"Set the value of `mode`\"] # [inline] pub fn set_mode (& mut self , value : i32) -> & mut Self { self . r#mode = value . into () ; self } # [doc = \"Builder method that sets the value of `mode`. Useful for initializing the message.\"] # [inline] pub fn init_mode (mut self , value : i32) -> Self { self . r#mode = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_SetMacAddress < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#mode ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_SetMacAddress < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#mode ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#mode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_SetMacAddress < > { pub r#resp : i32 , } impl < > Rpc_Resp_SetMacAddress < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_SetMacAddress < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_SetMacAddress < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_OTABegin < > { } impl < > Rpc_Req_OTABegin < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_OTABegin < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_OTABegin < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_OTABegin < > { pub r#resp : i32 , } impl < > Rpc_Resp_OTABegin < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_OTABegin < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_OTABegin < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_OTAWrite < > { pub r#ota_data : :: micropb :: heapless :: Vec < u8 , 1024 > , } impl < > Rpc_Req_OTAWrite < > { # [doc = \"Return a reference to `ota_data`\"] # [inline] pub fn r#ota_data (& self) -> & :: micropb :: heapless :: Vec < u8 , 1024 > { & self . r#ota_data } # [doc = \"Return a mutable reference to `ota_data`\"] # [inline] pub fn mut_ota_data (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 1024 > { & mut self . r#ota_data } # [doc = \"Set the value of `ota_data`\"] # [inline] pub fn set_ota_data (& mut self , value : :: micropb :: heapless :: Vec < u8 , 1024 >) -> & mut Self { self . r#ota_data = value . into () ; self } # [doc = \"Builder method that sets the value of `ota_data`. Useful for initializing the message.\"] # [inline] pub fn init_ota_data (mut self , value : :: micropb :: heapless :: Vec < u8 , 1024 >) -> Self { self . r#ota_data = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_OTAWrite < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ota_data ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_OTAWrite < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1026usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ota_data ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ota_data ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_OTAWrite < > { pub r#resp : i32 , } impl < > Rpc_Resp_OTAWrite < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_OTAWrite < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_OTAWrite < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_OTAEnd < > { } impl < > Rpc_Req_OTAEnd < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_OTAEnd < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_OTAEnd < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_OTAEnd < > { pub r#resp : i32 , } impl < > Rpc_Resp_OTAEnd < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_OTAEnd < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_OTAEnd < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetMaxTxPower < > { pub r#power : i32 , } impl < > Rpc_Req_WifiSetMaxTxPower < > { # [doc = \"Return a reference to `power`\"] # [inline] pub fn r#power (& self) -> & i32 { & self . r#power } # [doc = \"Return a mutable reference to `power`\"] # [inline] pub fn mut_power (& mut self) -> & mut i32 { & mut self . r#power } # [doc = \"Set the value of `power`\"] # [inline] pub fn set_power (& mut self , value : i32) -> & mut Self { self . r#power = value . into () ; self } # [doc = \"Builder method that sets the value of `power`. Useful for initializing the message.\"] # [inline] pub fn init_power (mut self , value : i32) -> Self { self . r#power = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetMaxTxPower < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#power ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetMaxTxPower < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#power ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#power ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetMaxTxPower < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetMaxTxPower < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetMaxTxPower < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetMaxTxPower < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetMaxTxPower < > { } impl < > Rpc_Req_WifiGetMaxTxPower < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetMaxTxPower < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetMaxTxPower < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiGetMaxTxPower < > { pub r#power : i32 , pub r#resp : i32 , } impl < > Rpc_Resp_WifiGetMaxTxPower < > { # [doc = \"Return a reference to `power`\"] # [inline] pub fn r#power (& self) -> & i32 { & self . r#power } # [doc = \"Return a mutable reference to `power`\"] # [inline] pub fn mut_power (& mut self) -> & mut i32 { & mut self . r#power } # [doc = \"Set the value of `power`\"] # [inline] pub fn set_power (& mut self , value : i32) -> & mut Self { self . r#power = value . into () ; self } # [doc = \"Builder method that sets the value of `power`. Useful for initializing the message.\"] # [inline] pub fn init_power (mut self , value : i32) -> Self { self . r#power = value . into () ; self } # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetMaxTxPower < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#power ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetMaxTxPower < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#power ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#power ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_ConfigHeartbeat < > { pub r#enable : bool , pub r#duration : i32 , } impl < > Rpc_Req_ConfigHeartbeat < > { # [doc = \"Return a reference to `enable`\"] # [inline] pub fn r#enable (& self) -> & bool { & self . r#enable } # [doc = \"Return a mutable reference to `enable`\"] # [inline] pub fn mut_enable (& mut self) -> & mut bool { & mut self . r#enable } # [doc = \"Set the value of `enable`\"] # [inline] pub fn set_enable (& mut self , value : bool) -> & mut Self { self . r#enable = value . into () ; self } # [doc = \"Builder method that sets the value of `enable`. Useful for initializing the message.\"] # [inline] pub fn init_enable (mut self , value : bool) -> Self { self . r#enable = value . into () ; self } # [doc = \"Return a reference to `duration`\"] # [inline] pub fn r#duration (& self) -> & i32 { & self . r#duration } # [doc = \"Return a mutable reference to `duration`\"] # [inline] pub fn mut_duration (& mut self) -> & mut i32 { & mut self . r#duration } # [doc = \"Set the value of `duration`\"] # [inline] pub fn set_duration (& mut self , value : i32) -> & mut Self { self . r#duration = value . into () ; self } # [doc = \"Builder method that sets the value of `duration`. Useful for initializing the message.\"] # [inline] pub fn init_duration (mut self , value : i32) -> Self { self . r#duration = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_ConfigHeartbeat < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#enable ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#duration ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_ConfigHeartbeat < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#enable ; if * val_ref { encoder . encode_varint32 (8u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#duration ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#enable ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#duration ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_ConfigHeartbeat < > { pub r#resp : i32 , } impl < > Rpc_Resp_ConfigHeartbeat < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_ConfigHeartbeat < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_ConfigHeartbeat < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } pub mod Rpc_Req_WifiInit_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `cfg`\"] # [inline] pub const fn r#cfg (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `cfg`\"] # [inline] pub const fn set_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `cfg`\"] # [inline] pub const fn clear_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `cfg`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_cfg (mut self) -> Self { self . set_cfg () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Req_WifiInit < > { pub r#cfg : r#wifi_init_config < > , pub _has : Rpc_Req_WifiInit_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Req_WifiInit < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#cfg () == other . r#cfg ()) ; ret } } impl < > Rpc_Req_WifiInit < > { # [doc = \"Return a reference to `cfg` as an `Option`\"] # [inline] pub fn r#cfg (& self) -> :: core :: option :: Option < & r#wifi_init_config < > > { self . _has . r#cfg () . then_some (& self . r#cfg) } # [doc = \"Set the value and presence of `cfg`\"] # [inline] pub fn set_cfg (& mut self , value : r#wifi_init_config < >) -> & mut Self { self . _has . set_cfg () ; self . r#cfg = value . into () ; self } # [doc = \"Return a mutable reference to `cfg` as an `Option`\"] # [inline] pub fn mut_cfg (& mut self) -> :: core :: option :: Option < & mut r#wifi_init_config < > > { self . _has . r#cfg () . then_some (& mut self . r#cfg) } # [doc = \"Clear the presence of `cfg`\"] # [inline] pub fn clear_cfg (& mut self) -> & mut Self { self . _has . clear_cfg () ; self } # [doc = \"Take the value of `cfg` and clear its presence\"] # [inline] pub fn take_cfg (& mut self) -> :: core :: option :: Option < r#wifi_init_config < > > { let val = self . _has . r#cfg () . then (|| :: core :: mem :: take (& mut self . r#cfg)) ; self . _has . clear_cfg () ; val } # [doc = \"Builder method that sets the value of `cfg`. Useful for initializing the message.\"] # [inline] pub fn init_cfg (mut self , value : r#wifi_init_config < >) -> Self { self . set_cfg (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiInit < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#cfg ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_cfg () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiInit < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_init_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#cfg () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#cfg () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiInit < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiInit < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiInit < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiInit < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiDeinit < > { } impl < > Rpc_Req_WifiDeinit < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiDeinit < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiDeinit < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiDeinit < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiDeinit < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiDeinit < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiDeinit < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } pub mod Rpc_Req_WifiSetConfig_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `cfg`\"] # [inline] pub const fn r#cfg (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `cfg`\"] # [inline] pub const fn set_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `cfg`\"] # [inline] pub const fn clear_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `cfg`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_cfg (mut self) -> Self { self . set_cfg () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Req_WifiSetConfig < > { pub r#iface : i32 , pub r#cfg : r#wifi_config < > , pub _has : Rpc_Req_WifiSetConfig_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Req_WifiSetConfig < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#iface == other . r#iface) ; ret &= (self . r#cfg () == other . r#cfg ()) ; ret } } impl < > Rpc_Req_WifiSetConfig < > { # [doc = \"Return a reference to `iface`\"] # [inline] pub fn r#iface (& self) -> & i32 { & self . r#iface } # [doc = \"Return a mutable reference to `iface`\"] # [inline] pub fn mut_iface (& mut self) -> & mut i32 { & mut self . r#iface } # [doc = \"Set the value of `iface`\"] # [inline] pub fn set_iface (& mut self , value : i32) -> & mut Self { self . r#iface = value . into () ; self } # [doc = \"Builder method that sets the value of `iface`. Useful for initializing the message.\"] # [inline] pub fn init_iface (mut self , value : i32) -> Self { self . r#iface = value . into () ; self } # [doc = \"Return a reference to `cfg` as an `Option`\"] # [inline] pub fn r#cfg (& self) -> :: core :: option :: Option < & r#wifi_config < > > { self . _has . r#cfg () . then_some (& self . r#cfg) } # [doc = \"Set the value and presence of `cfg`\"] # [inline] pub fn set_cfg (& mut self , value : r#wifi_config < >) -> & mut Self { self . _has . set_cfg () ; self . r#cfg = value . into () ; self } # [doc = \"Return a mutable reference to `cfg` as an `Option`\"] # [inline] pub fn mut_cfg (& mut self) -> :: core :: option :: Option < & mut r#wifi_config < > > { self . _has . r#cfg () . then_some (& mut self . r#cfg) } # [doc = \"Clear the presence of `cfg`\"] # [inline] pub fn clear_cfg (& mut self) -> & mut Self { self . _has . clear_cfg () ; self } # [doc = \"Take the value of `cfg` and clear its presence\"] # [inline] pub fn take_cfg (& mut self) -> :: core :: option :: Option < r#wifi_config < > > { let val = self . _has . r#cfg () . then (|| :: core :: mem :: take (& mut self . r#cfg)) ; self . _has . clear_cfg () ; val } # [doc = \"Builder method that sets the value of `cfg`. Useful for initializing the message.\"] # [inline] pub fn init_cfg (mut self , value : r#wifi_config < >) -> Self { self . set_cfg (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetConfig < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#iface ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#cfg ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_cfg () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetConfig < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#iface ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#cfg () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#iface ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#cfg () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetConfig < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetConfig < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetConfig < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetConfig < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetConfig < > { pub r#iface : i32 , } impl < > Rpc_Req_WifiGetConfig < > { # [doc = \"Return a reference to `iface`\"] # [inline] pub fn r#iface (& self) -> & i32 { & self . r#iface } # [doc = \"Return a mutable reference to `iface`\"] # [inline] pub fn mut_iface (& mut self) -> & mut i32 { & mut self . r#iface } # [doc = \"Set the value of `iface`\"] # [inline] pub fn set_iface (& mut self , value : i32) -> & mut Self { self . r#iface = value . into () ; self } # [doc = \"Builder method that sets the value of `iface`. Useful for initializing the message.\"] # [inline] pub fn init_iface (mut self , value : i32) -> Self { self . r#iface = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetConfig < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#iface ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetConfig < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#iface ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#iface ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } pub mod Rpc_Resp_WifiGetConfig_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `cfg`\"] # [inline] pub const fn r#cfg (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `cfg`\"] # [inline] pub const fn set_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `cfg`\"] # [inline] pub const fn clear_cfg (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `cfg`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_cfg (mut self) -> Self { self . set_cfg () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Resp_WifiGetConfig < > { pub r#resp : i32 , pub r#iface : i32 , pub r#cfg : r#wifi_config < > , pub _has : Rpc_Resp_WifiGetConfig_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Resp_WifiGetConfig < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#iface == other . r#iface) ; ret &= (self . r#cfg () == other . r#cfg ()) ; ret } } impl < > Rpc_Resp_WifiGetConfig < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `iface`\"] # [inline] pub fn r#iface (& self) -> & i32 { & self . r#iface } # [doc = \"Return a mutable reference to `iface`\"] # [inline] pub fn mut_iface (& mut self) -> & mut i32 { & mut self . r#iface } # [doc = \"Set the value of `iface`\"] # [inline] pub fn set_iface (& mut self , value : i32) -> & mut Self { self . r#iface = value . into () ; self } # [doc = \"Builder method that sets the value of `iface`. Useful for initializing the message.\"] # [inline] pub fn init_iface (mut self , value : i32) -> Self { self . r#iface = value . into () ; self } # [doc = \"Return a reference to `cfg` as an `Option`\"] # [inline] pub fn r#cfg (& self) -> :: core :: option :: Option < & r#wifi_config < > > { self . _has . r#cfg () . then_some (& self . r#cfg) } # [doc = \"Set the value and presence of `cfg`\"] # [inline] pub fn set_cfg (& mut self , value : r#wifi_config < >) -> & mut Self { self . _has . set_cfg () ; self . r#cfg = value . into () ; self } # [doc = \"Return a mutable reference to `cfg` as an `Option`\"] # [inline] pub fn mut_cfg (& mut self) -> :: core :: option :: Option < & mut r#wifi_config < > > { self . _has . r#cfg () . then_some (& mut self . r#cfg) } # [doc = \"Clear the presence of `cfg`\"] # [inline] pub fn clear_cfg (& mut self) -> & mut Self { self . _has . clear_cfg () ; self } # [doc = \"Take the value of `cfg` and clear its presence\"] # [inline] pub fn take_cfg (& mut self) -> :: core :: option :: Option < r#wifi_config < > > { let val = self . _has . r#cfg () . then (|| :: core :: mem :: take (& mut self . r#cfg)) ; self . _has . clear_cfg () ; val } # [doc = \"Builder method that sets the value of `cfg`. Useful for initializing the message.\"] # [inline] pub fn init_cfg (mut self , value : r#wifi_config < >) -> Self { self . set_cfg (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetConfig < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#iface ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#cfg ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_cfg () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetConfig < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#iface ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#cfg () { encoder . encode_varint32 (26u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#iface ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#cfg () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiConnect < > { } impl < > Rpc_Req_WifiConnect < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiConnect < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiConnect < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiConnect < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiConnect < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiConnect < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiConnect < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiDisconnect < > { } impl < > Rpc_Req_WifiDisconnect < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiDisconnect < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiDisconnect < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiDisconnect < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiDisconnect < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiDisconnect < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiDisconnect < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiStart < > { } impl < > Rpc_Req_WifiStart < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiStart < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiStart < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiStart < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiStart < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiStart < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiStart < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiStop < > { } impl < > Rpc_Req_WifiStop < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiStop < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiStop < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiStop < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiStop < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiStop < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiStop < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } pub mod Rpc_Req_WifiScanStart_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `config`\"] # [inline] pub const fn r#config (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `config`\"] # [inline] pub const fn set_config (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `config`\"] # [inline] pub const fn clear_config (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `config`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_config (mut self) -> Self { self . set_config () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Req_WifiScanStart < > { pub r#config : r#wifi_scan_config < > , pub r#block : bool , pub r#config_set : i32 , pub _has : Rpc_Req_WifiScanStart_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Req_WifiScanStart < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#config () == other . r#config ()) ; ret &= (self . r#block == other . r#block) ; ret &= (self . r#config_set == other . r#config_set) ; ret } } impl < > Rpc_Req_WifiScanStart < > { # [doc = \"Return a reference to `config` as an `Option`\"] # [inline] pub fn r#config (& self) -> :: core :: option :: Option < & r#wifi_scan_config < > > { self . _has . r#config () . then_some (& self . r#config) } # [doc = \"Set the value and presence of `config`\"] # [inline] pub fn set_config (& mut self , value : r#wifi_scan_config < >) -> & mut Self { self . _has . set_config () ; self . r#config = value . into () ; self } # [doc = \"Return a mutable reference to `config` as an `Option`\"] # [inline] pub fn mut_config (& mut self) -> :: core :: option :: Option < & mut r#wifi_scan_config < > > { self . _has . r#config () . then_some (& mut self . r#config) } # [doc = \"Clear the presence of `config`\"] # [inline] pub fn clear_config (& mut self) -> & mut Self { self . _has . clear_config () ; self } # [doc = \"Take the value of `config` and clear its presence\"] # [inline] pub fn take_config (& mut self) -> :: core :: option :: Option < r#wifi_scan_config < > > { let val = self . _has . r#config () . then (|| :: core :: mem :: take (& mut self . r#config)) ; self . _has . clear_config () ; val } # [doc = \"Builder method that sets the value of `config`. Useful for initializing the message.\"] # [inline] pub fn init_config (mut self , value : r#wifi_scan_config < >) -> Self { self . set_config (value) ; self } # [doc = \"Return a reference to `block`\"] # [inline] pub fn r#block (& self) -> & bool { & self . r#block } # [doc = \"Return a mutable reference to `block`\"] # [inline] pub fn mut_block (& mut self) -> & mut bool { & mut self . r#block } # [doc = \"Set the value of `block`\"] # [inline] pub fn set_block (& mut self , value : bool) -> & mut Self { self . r#block = value . into () ; self } # [doc = \"Builder method that sets the value of `block`. Useful for initializing the message.\"] # [inline] pub fn init_block (mut self , value : bool) -> Self { self . r#block = value . into () ; self } # [doc = \"Return a reference to `config_set`\"] # [inline] pub fn r#config_set (& self) -> & i32 { & self . r#config_set } # [doc = \"Return a mutable reference to `config_set`\"] # [inline] pub fn mut_config_set (& mut self) -> & mut i32 { & mut self . r#config_set } # [doc = \"Set the value of `config_set`\"] # [inline] pub fn set_config_set (& mut self , value : i32) -> & mut Self { self . r#config_set = value . into () ; self } # [doc = \"Builder method that sets the value of `config_set`. Useful for initializing the message.\"] # [inline] pub fn init_config_set (mut self , value : i32) -> Self { self . r#config_set = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiScanStart < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#config ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_config () ; } 2u32 => { let mut_ref = & mut self . r#block ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#config_set ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiScanStart < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_scan_config as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#config () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } { let val_ref = & self . r#block ; if * val_ref { encoder . encode_varint32 (16u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#config_set ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#config () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } { let val_ref = & self . r#block ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#config_set ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiScanStart < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiScanStart < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiScanStart < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiScanStart < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiScanStop < > { } impl < > Rpc_Req_WifiScanStop < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiScanStop < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiScanStop < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiScanStop < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiScanStop < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiScanStop < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiScanStop < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiScanGetApNum < > { } impl < > Rpc_Req_WifiScanGetApNum < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiScanGetApNum < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiScanGetApNum < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiScanGetApNum < > { pub r#resp : i32 , pub r#number : i32 , } impl < > Rpc_Resp_WifiScanGetApNum < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `number`\"] # [inline] pub fn r#number (& self) -> & i32 { & self . r#number } # [doc = \"Return a mutable reference to `number`\"] # [inline] pub fn mut_number (& mut self) -> & mut i32 { & mut self . r#number } # [doc = \"Set the value of `number`\"] # [inline] pub fn set_number (& mut self , value : i32) -> & mut Self { self . r#number = value . into () ; self } # [doc = \"Builder method that sets the value of `number`. Useful for initializing the message.\"] # [inline] pub fn init_number (mut self , value : i32) -> Self { self . r#number = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiScanGetApNum < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#number ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiScanGetApNum < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#number ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#number ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiScanGetApRecords < > { pub r#number : i32 , } impl < > Rpc_Req_WifiScanGetApRecords < > { # [doc = \"Return a reference to `number`\"] # [inline] pub fn r#number (& self) -> & i32 { & self . r#number } # [doc = \"Return a mutable reference to `number`\"] # [inline] pub fn mut_number (& mut self) -> & mut i32 { & mut self . r#number } # [doc = \"Set the value of `number`\"] # [inline] pub fn set_number (& mut self , value : i32) -> & mut Self { self . r#number = value . into () ; self } # [doc = \"Builder method that sets the value of `number`. Useful for initializing the message.\"] # [inline] pub fn init_number (mut self , value : i32) -> Self { self . r#number = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiScanGetApRecords < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#number ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiScanGetApRecords < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#number ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#number ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiScanGetApRecords < > { pub r#resp : i32 , pub r#number : i32 , pub r#ap_records : :: micropb :: heapless :: Vec < r#wifi_ap_record < > , 50 > , } impl < > Rpc_Resp_WifiScanGetApRecords < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `number`\"] # [inline] pub fn r#number (& self) -> & i32 { & self . r#number } # [doc = \"Return a mutable reference to `number`\"] # [inline] pub fn mut_number (& mut self) -> & mut i32 { & mut self . r#number } # [doc = \"Set the value of `number`\"] # [inline] pub fn set_number (& mut self , value : i32) -> & mut Self { self . r#number = value . into () ; self } # [doc = \"Builder method that sets the value of `number`. Useful for initializing the message.\"] # [inline] pub fn init_number (mut self , value : i32) -> Self { self . r#number = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiScanGetApRecords < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#number ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut val : r#wifi_ap_record < > = :: core :: default :: Default :: default () ; let mut_ref = & mut val ; { mut_ref . decode_len_delimited (decoder) ? ; } ; if let (Err (_) , false) = (self . r#ap_records . pb_push (val) , decoder . ignore_repeated_cap_err) { return Err (:: micropb :: DecodeError :: Capacity) ; } } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiScanGetApRecords < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_ap_record as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | (size + 1usize) * 50usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#number ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { for val_ref in self . r#ap_records . iter () { encoder . encode_varint32 (26u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#number ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { for val_ref in self . r#ap_records . iter () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiScanGetApRecord < > { } impl < > Rpc_Req_WifiScanGetApRecord < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiScanGetApRecord < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiScanGetApRecord < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } pub mod Rpc_Resp_WifiScanGetApRecord_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `ap_record`\"] # [inline] pub const fn r#ap_record (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `ap_record`\"] # [inline] pub const fn set_ap_record (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `ap_record`\"] # [inline] pub const fn clear_ap_record (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `ap_record`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_ap_record (mut self) -> Self { self . set_ap_record () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Resp_WifiScanGetApRecord < > { pub r#resp : i32 , pub r#ap_record : r#wifi_ap_record < > , pub _has : Rpc_Resp_WifiScanGetApRecord_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Resp_WifiScanGetApRecord < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#ap_record () == other . r#ap_record ()) ; ret } } impl < > Rpc_Resp_WifiScanGetApRecord < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `ap_record` as an `Option`\"] # [inline] pub fn r#ap_record (& self) -> :: core :: option :: Option < & r#wifi_ap_record < > > { self . _has . r#ap_record () . then_some (& self . r#ap_record) } # [doc = \"Set the value and presence of `ap_record`\"] # [inline] pub fn set_ap_record (& mut self , value : r#wifi_ap_record < >) -> & mut Self { self . _has . set_ap_record () ; self . r#ap_record = value . into () ; self } # [doc = \"Return a mutable reference to `ap_record` as an `Option`\"] # [inline] pub fn mut_ap_record (& mut self) -> :: core :: option :: Option < & mut r#wifi_ap_record < > > { self . _has . r#ap_record () . then_some (& mut self . r#ap_record) } # [doc = \"Clear the presence of `ap_record`\"] # [inline] pub fn clear_ap_record (& mut self) -> & mut Self { self . _has . clear_ap_record () ; self } # [doc = \"Take the value of `ap_record` and clear its presence\"] # [inline] pub fn take_ap_record (& mut self) -> :: core :: option :: Option < r#wifi_ap_record < > > { let val = self . _has . r#ap_record () . then (|| :: core :: mem :: take (& mut self . r#ap_record)) ; self . _has . clear_ap_record () ; val } # [doc = \"Builder method that sets the value of `ap_record`. Useful for initializing the message.\"] # [inline] pub fn init_ap_record (mut self , value : r#wifi_ap_record < >) -> Self { self . set_ap_record (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiScanGetApRecord < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ap_record ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_ap_record () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiScanGetApRecord < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_ap_record as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#ap_record () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#ap_record () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiClearApList < > { } impl < > Rpc_Req_WifiClearApList < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiClearApList < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiClearApList < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiClearApList < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiClearApList < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiClearApList < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiClearApList < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiRestore < > { } impl < > Rpc_Req_WifiRestore < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiRestore < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiRestore < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiRestore < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiRestore < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiRestore < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiRestore < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiClearFastConnect < > { } impl < > Rpc_Req_WifiClearFastConnect < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiClearFastConnect < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiClearFastConnect < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiClearFastConnect < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiClearFastConnect < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiClearFastConnect < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiClearFastConnect < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiDeauthSta < > { pub r#aid : i32 , } impl < > Rpc_Req_WifiDeauthSta < > { # [doc = \"Return a reference to `aid`\"] # [inline] pub fn r#aid (& self) -> & i32 { & self . r#aid } # [doc = \"Return a mutable reference to `aid`\"] # [inline] pub fn mut_aid (& mut self) -> & mut i32 { & mut self . r#aid } # [doc = \"Set the value of `aid`\"] # [inline] pub fn set_aid (& mut self , value : i32) -> & mut Self { self . r#aid = value . into () ; self } # [doc = \"Builder method that sets the value of `aid`. Useful for initializing the message.\"] # [inline] pub fn init_aid (mut self , value : i32) -> Self { self . r#aid = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiDeauthSta < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#aid ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiDeauthSta < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#aid ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#aid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiDeauthSta < > { pub r#resp : i32 , pub r#aid : i32 , } impl < > Rpc_Resp_WifiDeauthSta < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `aid`\"] # [inline] pub fn r#aid (& self) -> & i32 { & self . r#aid } # [doc = \"Return a mutable reference to `aid`\"] # [inline] pub fn mut_aid (& mut self) -> & mut i32 { & mut self . r#aid } # [doc = \"Set the value of `aid`\"] # [inline] pub fn set_aid (& mut self , value : i32) -> & mut Self { self . r#aid = value . into () ; self } # [doc = \"Builder method that sets the value of `aid`. Useful for initializing the message.\"] # [inline] pub fn init_aid (mut self , value : i32) -> Self { self . r#aid = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiDeauthSta < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#aid ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiDeauthSta < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiStaGetApInfo < > { } impl < > Rpc_Req_WifiStaGetApInfo < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiStaGetApInfo < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiStaGetApInfo < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } pub mod Rpc_Resp_WifiStaGetApInfo_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `ap_record`\"] # [inline] pub const fn r#ap_record (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `ap_record`\"] # [inline] pub const fn set_ap_record (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `ap_record`\"] # [inline] pub const fn clear_ap_record (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `ap_record`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_ap_record (mut self) -> Self { self . set_ap_record () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Resp_WifiStaGetApInfo < > { pub r#resp : i32 , pub r#ap_record : r#wifi_ap_record < > , pub _has : Rpc_Resp_WifiStaGetApInfo_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Resp_WifiStaGetApInfo < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#ap_record () == other . r#ap_record ()) ; ret } } impl < > Rpc_Resp_WifiStaGetApInfo < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `ap_record` as an `Option`\"] # [inline] pub fn r#ap_record (& self) -> :: core :: option :: Option < & r#wifi_ap_record < > > { self . _has . r#ap_record () . then_some (& self . r#ap_record) } # [doc = \"Set the value and presence of `ap_record`\"] # [inline] pub fn set_ap_record (& mut self , value : r#wifi_ap_record < >) -> & mut Self { self . _has . set_ap_record () ; self . r#ap_record = value . into () ; self } # [doc = \"Return a mutable reference to `ap_record` as an `Option`\"] # [inline] pub fn mut_ap_record (& mut self) -> :: core :: option :: Option < & mut r#wifi_ap_record < > > { self . _has . r#ap_record () . then_some (& mut self . r#ap_record) } # [doc = \"Clear the presence of `ap_record`\"] # [inline] pub fn clear_ap_record (& mut self) -> & mut Self { self . _has . clear_ap_record () ; self } # [doc = \"Take the value of `ap_record` and clear its presence\"] # [inline] pub fn take_ap_record (& mut self) -> :: core :: option :: Option < r#wifi_ap_record < > > { let val = self . _has . r#ap_record () . then (|| :: core :: mem :: take (& mut self . r#ap_record)) ; self . _has . clear_ap_record () ; val } # [doc = \"Builder method that sets the value of `ap_record`. Useful for initializing the message.\"] # [inline] pub fn init_ap_record (mut self , value : r#wifi_ap_record < >) -> Self { self . set_ap_record (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiStaGetApInfo < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ap_record ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_ap_record () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiStaGetApInfo < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_ap_record as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#ap_record () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#ap_record () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetProtocol < > { pub r#ifx : i32 , pub r#protocol_bitmap : i32 , } impl < > Rpc_Req_WifiSetProtocol < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `protocol_bitmap`\"] # [inline] pub fn r#protocol_bitmap (& self) -> & i32 { & self . r#protocol_bitmap } # [doc = \"Return a mutable reference to `protocol_bitmap`\"] # [inline] pub fn mut_protocol_bitmap (& mut self) -> & mut i32 { & mut self . r#protocol_bitmap } # [doc = \"Set the value of `protocol_bitmap`\"] # [inline] pub fn set_protocol_bitmap (& mut self , value : i32) -> & mut Self { self . r#protocol_bitmap = value . into () ; self } # [doc = \"Builder method that sets the value of `protocol_bitmap`. Useful for initializing the message.\"] # [inline] pub fn init_protocol_bitmap (mut self , value : i32) -> Self { self . r#protocol_bitmap = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetProtocol < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#protocol_bitmap ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetProtocol < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#protocol_bitmap ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#protocol_bitmap ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetProtocol < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetProtocol < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetProtocol < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetProtocol < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetProtocol < > { pub r#ifx : i32 , } impl < > Rpc_Req_WifiGetProtocol < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetProtocol < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetProtocol < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiGetProtocol < > { pub r#resp : i32 , pub r#protocol_bitmap : i32 , } impl < > Rpc_Resp_WifiGetProtocol < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `protocol_bitmap`\"] # [inline] pub fn r#protocol_bitmap (& self) -> & i32 { & self . r#protocol_bitmap } # [doc = \"Return a mutable reference to `protocol_bitmap`\"] # [inline] pub fn mut_protocol_bitmap (& mut self) -> & mut i32 { & mut self . r#protocol_bitmap } # [doc = \"Set the value of `protocol_bitmap`\"] # [inline] pub fn set_protocol_bitmap (& mut self , value : i32) -> & mut Self { self . r#protocol_bitmap = value . into () ; self } # [doc = \"Builder method that sets the value of `protocol_bitmap`. Useful for initializing the message.\"] # [inline] pub fn init_protocol_bitmap (mut self , value : i32) -> Self { self . r#protocol_bitmap = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetProtocol < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#protocol_bitmap ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetProtocol < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#protocol_bitmap ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#protocol_bitmap ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetBandwidth < > { pub r#ifx : i32 , pub r#bw : i32 , } impl < > Rpc_Req_WifiSetBandwidth < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `bw`\"] # [inline] pub fn r#bw (& self) -> & i32 { & self . r#bw } # [doc = \"Return a mutable reference to `bw`\"] # [inline] pub fn mut_bw (& mut self) -> & mut i32 { & mut self . r#bw } # [doc = \"Set the value of `bw`\"] # [inline] pub fn set_bw (& mut self , value : i32) -> & mut Self { self . r#bw = value . into () ; self } # [doc = \"Builder method that sets the value of `bw`. Useful for initializing the message.\"] # [inline] pub fn init_bw (mut self , value : i32) -> Self { self . r#bw = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetBandwidth < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#bw ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetBandwidth < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bw ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#bw ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetBandwidth < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetBandwidth < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetBandwidth < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetBandwidth < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetBandwidth < > { pub r#ifx : i32 , } impl < > Rpc_Req_WifiGetBandwidth < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetBandwidth < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetBandwidth < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiGetBandwidth < > { pub r#resp : i32 , pub r#bw : i32 , } impl < > Rpc_Resp_WifiGetBandwidth < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `bw`\"] # [inline] pub fn r#bw (& self) -> & i32 { & self . r#bw } # [doc = \"Return a mutable reference to `bw`\"] # [inline] pub fn mut_bw (& mut self) -> & mut i32 { & mut self . r#bw } # [doc = \"Set the value of `bw`\"] # [inline] pub fn set_bw (& mut self , value : i32) -> & mut Self { self . r#bw = value . into () ; self } # [doc = \"Builder method that sets the value of `bw`. Useful for initializing the message.\"] # [inline] pub fn init_bw (mut self , value : i32) -> Self { self . r#bw = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetBandwidth < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#bw ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetBandwidth < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bw ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#bw ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetChannel < > { pub r#primary : i32 , pub r#second : i32 , } impl < > Rpc_Req_WifiSetChannel < > { # [doc = \"Return a reference to `primary`\"] # [inline] pub fn r#primary (& self) -> & i32 { & self . r#primary } # [doc = \"Return a mutable reference to `primary`\"] # [inline] pub fn mut_primary (& mut self) -> & mut i32 { & mut self . r#primary } # [doc = \"Set the value of `primary`\"] # [inline] pub fn set_primary (& mut self , value : i32) -> & mut Self { self . r#primary = value . into () ; self } # [doc = \"Builder method that sets the value of `primary`. Useful for initializing the message.\"] # [inline] pub fn init_primary (mut self , value : i32) -> Self { self . r#primary = value . into () ; self } # [doc = \"Return a reference to `second`\"] # [inline] pub fn r#second (& self) -> & i32 { & self . r#second } # [doc = \"Return a mutable reference to `second`\"] # [inline] pub fn mut_second (& mut self) -> & mut i32 { & mut self . r#second } # [doc = \"Set the value of `second`\"] # [inline] pub fn set_second (& mut self , value : i32) -> & mut Self { self . r#second = value . into () ; self } # [doc = \"Builder method that sets the value of `second`. Useful for initializing the message.\"] # [inline] pub fn init_second (mut self , value : i32) -> Self { self . r#second = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetChannel < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#primary ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#second ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetChannel < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#primary ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#second ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#primary ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#second ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetChannel < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetChannel < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetChannel < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetChannel < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetChannel < > { } impl < > Rpc_Req_WifiGetChannel < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetChannel < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetChannel < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiGetChannel < > { pub r#resp : i32 , pub r#primary : i32 , pub r#second : i32 , } impl < > Rpc_Resp_WifiGetChannel < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `primary`\"] # [inline] pub fn r#primary (& self) -> & i32 { & self . r#primary } # [doc = \"Return a mutable reference to `primary`\"] # [inline] pub fn mut_primary (& mut self) -> & mut i32 { & mut self . r#primary } # [doc = \"Set the value of `primary`\"] # [inline] pub fn set_primary (& mut self , value : i32) -> & mut Self { self . r#primary = value . into () ; self } # [doc = \"Builder method that sets the value of `primary`. Useful for initializing the message.\"] # [inline] pub fn init_primary (mut self , value : i32) -> Self { self . r#primary = value . into () ; self } # [doc = \"Return a reference to `second`\"] # [inline] pub fn r#second (& self) -> & i32 { & self . r#second } # [doc = \"Return a mutable reference to `second`\"] # [inline] pub fn mut_second (& mut self) -> & mut i32 { & mut self . r#second } # [doc = \"Set the value of `second`\"] # [inline] pub fn set_second (& mut self , value : i32) -> & mut Self { self . r#second = value . into () ; self } # [doc = \"Builder method that sets the value of `second`. Useful for initializing the message.\"] # [inline] pub fn init_second (mut self , value : i32) -> Self { self . r#second = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetChannel < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#primary ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#second ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetChannel < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#primary ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#second ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#primary ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#second ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetStorage < > { pub r#storage : i32 , } impl < > Rpc_Req_WifiSetStorage < > { # [doc = \"Return a reference to `storage`\"] # [inline] pub fn r#storage (& self) -> & i32 { & self . r#storage } # [doc = \"Return a mutable reference to `storage`\"] # [inline] pub fn mut_storage (& mut self) -> & mut i32 { & mut self . r#storage } # [doc = \"Set the value of `storage`\"] # [inline] pub fn set_storage (& mut self , value : i32) -> & mut Self { self . r#storage = value . into () ; self } # [doc = \"Builder method that sets the value of `storage`. Useful for initializing the message.\"] # [inline] pub fn init_storage (mut self , value : i32) -> Self { self . r#storage = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetStorage < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#storage ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetStorage < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#storage ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#storage ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetStorage < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetStorage < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetStorage < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetStorage < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetCountryCode < > { pub r#country : :: micropb :: heapless :: Vec < u8 , 3 > , pub r#ieee80211d_enabled : bool , } impl < > Rpc_Req_WifiSetCountryCode < > { # [doc = \"Return a reference to `country`\"] # [inline] pub fn r#country (& self) -> & :: micropb :: heapless :: Vec < u8 , 3 > { & self . r#country } # [doc = \"Return a mutable reference to `country`\"] # [inline] pub fn mut_country (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 3 > { & mut self . r#country } # [doc = \"Set the value of `country`\"] # [inline] pub fn set_country (& mut self , value : :: micropb :: heapless :: Vec < u8 , 3 >) -> & mut Self { self . r#country = value . into () ; self } # [doc = \"Builder method that sets the value of `country`. Useful for initializing the message.\"] # [inline] pub fn init_country (mut self , value : :: micropb :: heapless :: Vec < u8 , 3 >) -> Self { self . r#country = value . into () ; self } # [doc = \"Return a reference to `ieee80211d_enabled`\"] # [inline] pub fn r#ieee80211d_enabled (& self) -> & bool { & self . r#ieee80211d_enabled } # [doc = \"Return a mutable reference to `ieee80211d_enabled`\"] # [inline] pub fn mut_ieee80211d_enabled (& mut self) -> & mut bool { & mut self . r#ieee80211d_enabled } # [doc = \"Set the value of `ieee80211d_enabled`\"] # [inline] pub fn set_ieee80211d_enabled (& mut self , value : bool) -> & mut Self { self . r#ieee80211d_enabled = value . into () ; self } # [doc = \"Builder method that sets the value of `ieee80211d_enabled`. Useful for initializing the message.\"] # [inline] pub fn init_ieee80211d_enabled (mut self , value : bool) -> Self { self . r#ieee80211d_enabled = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetCountryCode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#country ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 2u32 => { let mut_ref = & mut self . r#ieee80211d_enabled ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetCountryCode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (4usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#country ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#ieee80211d_enabled ; if * val_ref { encoder . encode_varint32 (16u32) ? ; encoder . encode_bool (* val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#country ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#ieee80211d_enabled ; if * val_ref { size += 1usize + 1 ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetCountryCode < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetCountryCode < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetCountryCode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetCountryCode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetCountryCode < > { } impl < > Rpc_Req_WifiGetCountryCode < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetCountryCode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetCountryCode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiGetCountryCode < > { pub r#resp : i32 , pub r#country : :: micropb :: heapless :: Vec < u8 , 3 > , } impl < > Rpc_Resp_WifiGetCountryCode < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `country`\"] # [inline] pub fn r#country (& self) -> & :: micropb :: heapless :: Vec < u8 , 3 > { & self . r#country } # [doc = \"Return a mutable reference to `country`\"] # [inline] pub fn mut_country (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 3 > { & mut self . r#country } # [doc = \"Set the value of `country`\"] # [inline] pub fn set_country (& mut self , value : :: micropb :: heapless :: Vec < u8 , 3 >) -> & mut Self { self . r#country = value . into () ; self } # [doc = \"Builder method that sets the value of `country`. Useful for initializing the message.\"] # [inline] pub fn init_country (mut self , value : :: micropb :: heapless :: Vec < u8 , 3 >) -> Self { self . r#country = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetCountryCode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#country ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetCountryCode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (4usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#country ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#country ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } pub mod Rpc_Req_WifiSetCountry_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `country`\"] # [inline] pub const fn r#country (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `country`\"] # [inline] pub const fn set_country (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `country`\"] # [inline] pub const fn clear_country (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `country`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_country (mut self) -> Self { self . set_country () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Req_WifiSetCountry < > { pub r#country : r#wifi_country < > , pub _has : Rpc_Req_WifiSetCountry_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Req_WifiSetCountry < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#country () == other . r#country ()) ; ret } } impl < > Rpc_Req_WifiSetCountry < > { # [doc = \"Return a reference to `country` as an `Option`\"] # [inline] pub fn r#country (& self) -> :: core :: option :: Option < & r#wifi_country < > > { self . _has . r#country () . then_some (& self . r#country) } # [doc = \"Set the value and presence of `country`\"] # [inline] pub fn set_country (& mut self , value : r#wifi_country < >) -> & mut Self { self . _has . set_country () ; self . r#country = value . into () ; self } # [doc = \"Return a mutable reference to `country` as an `Option`\"] # [inline] pub fn mut_country (& mut self) -> :: core :: option :: Option < & mut r#wifi_country < > > { self . _has . r#country () . then_some (& mut self . r#country) } # [doc = \"Clear the presence of `country`\"] # [inline] pub fn clear_country (& mut self) -> & mut Self { self . _has . clear_country () ; self } # [doc = \"Take the value of `country` and clear its presence\"] # [inline] pub fn take_country (& mut self) -> :: core :: option :: Option < r#wifi_country < > > { let val = self . _has . r#country () . then (|| :: core :: mem :: take (& mut self . r#country)) ; self . _has . clear_country () ; val } # [doc = \"Builder method that sets the value of `country`. Useful for initializing the message.\"] # [inline] pub fn init_country (mut self , value : r#wifi_country < >) -> Self { self . set_country (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetCountry < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#country ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_country () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetCountry < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_country as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#country () { encoder . encode_varint32 (10u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { if let :: core :: option :: Option :: Some (val_ref) = self . r#country () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetCountry < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetCountry < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetCountry < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetCountry < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetCountry < > { } impl < > Rpc_Req_WifiGetCountry < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetCountry < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetCountry < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } pub mod Rpc_Resp_WifiGetCountry_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `country`\"] # [inline] pub const fn r#country (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `country`\"] # [inline] pub const fn set_country (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `country`\"] # [inline] pub const fn clear_country (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `country`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_country (mut self) -> Self { self . set_country () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Resp_WifiGetCountry < > { pub r#resp : i32 , pub r#country : r#wifi_country < > , pub _has : Rpc_Resp_WifiGetCountry_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Resp_WifiGetCountry < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#country () == other . r#country ()) ; ret } } impl < > Rpc_Resp_WifiGetCountry < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `country` as an `Option`\"] # [inline] pub fn r#country (& self) -> :: core :: option :: Option < & r#wifi_country < > > { self . _has . r#country () . then_some (& self . r#country) } # [doc = \"Set the value and presence of `country`\"] # [inline] pub fn set_country (& mut self , value : r#wifi_country < >) -> & mut Self { self . _has . set_country () ; self . r#country = value . into () ; self } # [doc = \"Return a mutable reference to `country` as an `Option`\"] # [inline] pub fn mut_country (& mut self) -> :: core :: option :: Option < & mut r#wifi_country < > > { self . _has . r#country () . then_some (& mut self . r#country) } # [doc = \"Clear the presence of `country`\"] # [inline] pub fn clear_country (& mut self) -> & mut Self { self . _has . clear_country () ; self } # [doc = \"Take the value of `country` and clear its presence\"] # [inline] pub fn take_country (& mut self) -> :: core :: option :: Option < r#wifi_country < > > { let val = self . _has . r#country () . then (|| :: core :: mem :: take (& mut self . r#country)) ; self . _has . clear_country () ; val } # [doc = \"Builder method that sets the value of `country`. Useful for initializing the message.\"] # [inline] pub fn init_country (mut self , value : r#wifi_country < >) -> Self { self . set_country (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetCountry < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#country ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_country () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetCountry < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_country as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#country () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#country () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiApGetStaList < > { } impl < > Rpc_Req_WifiApGetStaList < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiApGetStaList < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiApGetStaList < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } pub mod Rpc_Resp_WifiApGetStaList_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `sta_list`\"] # [inline] pub const fn r#sta_list (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `sta_list`\"] # [inline] pub const fn set_sta_list (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `sta_list`\"] # [inline] pub const fn clear_sta_list (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `sta_list`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_sta_list (mut self) -> Self { self . set_sta_list () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Resp_WifiApGetStaList < > { pub r#resp : i32 , pub r#sta_list : r#wifi_sta_list < > , pub _has : Rpc_Resp_WifiApGetStaList_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Resp_WifiApGetStaList < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#sta_list () == other . r#sta_list ()) ; ret } } impl < > Rpc_Resp_WifiApGetStaList < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `sta_list` as an `Option`\"] # [inline] pub fn r#sta_list (& self) -> :: core :: option :: Option < & r#wifi_sta_list < > > { self . _has . r#sta_list () . then_some (& self . r#sta_list) } # [doc = \"Set the value and presence of `sta_list`\"] # [inline] pub fn set_sta_list (& mut self , value : r#wifi_sta_list < >) -> & mut Self { self . _has . set_sta_list () ; self . r#sta_list = value . into () ; self } # [doc = \"Return a mutable reference to `sta_list` as an `Option`\"] # [inline] pub fn mut_sta_list (& mut self) -> :: core :: option :: Option < & mut r#wifi_sta_list < > > { self . _has . r#sta_list () . then_some (& mut self . r#sta_list) } # [doc = \"Clear the presence of `sta_list`\"] # [inline] pub fn clear_sta_list (& mut self) -> & mut Self { self . _has . clear_sta_list () ; self } # [doc = \"Take the value of `sta_list` and clear its presence\"] # [inline] pub fn take_sta_list (& mut self) -> :: core :: option :: Option < r#wifi_sta_list < > > { let val = self . _has . r#sta_list () . then (|| :: core :: mem :: take (& mut self . r#sta_list)) ; self . _has . clear_sta_list () ; val } # [doc = \"Builder method that sets the value of `sta_list`. Useful for initializing the message.\"] # [inline] pub fn init_sta_list (mut self , value : r#wifi_sta_list < >) -> Self { self . set_sta_list (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiApGetStaList < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#sta_list ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_sta_list () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiApGetStaList < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_sta_list as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#sta_list () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#sta_list () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiApGetStaAid < > { pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , } impl < > Rpc_Req_WifiApGetStaAid < > { # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiApGetStaAid < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiApGetStaAid < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiStaGetNegotiatedPhymode < > { } impl < > Rpc_Req_WifiStaGetNegotiatedPhymode < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiStaGetNegotiatedPhymode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiStaGetNegotiatedPhymode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiStaGetNegotiatedPhymode < > { pub r#resp : i32 , pub r#phymode : u32 , } impl < > Rpc_Resp_WifiStaGetNegotiatedPhymode < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `phymode`\"] # [inline] pub fn r#phymode (& self) -> & u32 { & self . r#phymode } # [doc = \"Return a mutable reference to `phymode`\"] # [inline] pub fn mut_phymode (& mut self) -> & mut u32 { & mut self . r#phymode } # [doc = \"Set the value of `phymode`\"] # [inline] pub fn set_phymode (& mut self , value : u32) -> & mut Self { self . r#phymode = value . into () ; self } # [doc = \"Builder method that sets the value of `phymode`. Useful for initializing the message.\"] # [inline] pub fn init_phymode (mut self , value : u32) -> Self { self . r#phymode = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiStaGetNegotiatedPhymode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#phymode ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiStaGetNegotiatedPhymode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#phymode ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#phymode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiApGetStaAid < > { pub r#resp : i32 , pub r#aid : u32 , } impl < > Rpc_Resp_WifiApGetStaAid < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `aid`\"] # [inline] pub fn r#aid (& self) -> & u32 { & self . r#aid } # [doc = \"Return a mutable reference to `aid`\"] # [inline] pub fn mut_aid (& mut self) -> & mut u32 { & mut self . r#aid } # [doc = \"Set the value of `aid`\"] # [inline] pub fn set_aid (& mut self , value : u32) -> & mut Self { self . r#aid = value . into () ; self } # [doc = \"Builder method that sets the value of `aid`. Useful for initializing the message.\"] # [inline] pub fn init_aid (mut self , value : u32) -> Self { self . r#aid = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiApGetStaAid < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#aid ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiApGetStaAid < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiStaGetRssi < > { } impl < > Rpc_Req_WifiStaGetRssi < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiStaGetRssi < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiStaGetRssi < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiStaGetRssi < > { pub r#resp : i32 , pub r#rssi : i32 , } impl < > Rpc_Resp_WifiStaGetRssi < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `rssi`\"] # [inline] pub fn r#rssi (& self) -> & i32 { & self . r#rssi } # [doc = \"Return a mutable reference to `rssi`\"] # [inline] pub fn mut_rssi (& mut self) -> & mut i32 { & mut self . r#rssi } # [doc = \"Set the value of `rssi`\"] # [inline] pub fn set_rssi (& mut self , value : i32) -> & mut Self { self . r#rssi = value . into () ; self } # [doc = \"Builder method that sets the value of `rssi`. Useful for initializing the message.\"] # [inline] pub fn init_rssi (mut self , value : i32) -> Self { self . r#rssi = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiStaGetRssi < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#rssi ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiStaGetRssi < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#rssi ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiStaGetAid < > { } impl < > Rpc_Req_WifiStaGetAid < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiStaGetAid < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiStaGetAid < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiStaGetAid < > { pub r#resp : i32 , pub r#aid : u32 , } impl < > Rpc_Resp_WifiStaGetAid < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `aid`\"] # [inline] pub fn r#aid (& self) -> & u32 { & self . r#aid } # [doc = \"Return a mutable reference to `aid`\"] # [inline] pub fn mut_aid (& mut self) -> & mut u32 { & mut self . r#aid } # [doc = \"Set the value of `aid`\"] # [inline] pub fn set_aid (& mut self , value : u32) -> & mut Self { self . r#aid = value . into () ; self } # [doc = \"Builder method that sets the value of `aid`. Useful for initializing the message.\"] # [inline] pub fn init_aid (mut self , value : u32) -> Self { self . r#aid = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiStaGetAid < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#aid ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiStaGetAid < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } pub mod Rpc_Req_WifiSetProtocols_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `protocols`\"] # [inline] pub const fn r#protocols (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `protocols`\"] # [inline] pub const fn set_protocols (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `protocols`\"] # [inline] pub const fn clear_protocols (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `protocols`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_protocols (mut self) -> Self { self . set_protocols () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Req_WifiSetProtocols < > { pub r#ifx : i32 , pub r#protocols : r#wifi_protocols < > , pub _has : Rpc_Req_WifiSetProtocols_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Req_WifiSetProtocols < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#ifx == other . r#ifx) ; ret &= (self . r#protocols () == other . r#protocols ()) ; ret } } impl < > Rpc_Req_WifiSetProtocols < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `protocols` as an `Option`\"] # [inline] pub fn r#protocols (& self) -> :: core :: option :: Option < & r#wifi_protocols < > > { self . _has . r#protocols () . then_some (& self . r#protocols) } # [doc = \"Set the value and presence of `protocols`\"] # [inline] pub fn set_protocols (& mut self , value : r#wifi_protocols < >) -> & mut Self { self . _has . set_protocols () ; self . r#protocols = value . into () ; self } # [doc = \"Return a mutable reference to `protocols` as an `Option`\"] # [inline] pub fn mut_protocols (& mut self) -> :: core :: option :: Option < & mut r#wifi_protocols < > > { self . _has . r#protocols () . then_some (& mut self . r#protocols) } # [doc = \"Clear the presence of `protocols`\"] # [inline] pub fn clear_protocols (& mut self) -> & mut Self { self . _has . clear_protocols () ; self } # [doc = \"Take the value of `protocols` and clear its presence\"] # [inline] pub fn take_protocols (& mut self) -> :: core :: option :: Option < r#wifi_protocols < > > { let val = self . _has . r#protocols () . then (|| :: core :: mem :: take (& mut self . r#protocols)) ; self . _has . clear_protocols () ; val } # [doc = \"Builder method that sets the value of `protocols`. Useful for initializing the message.\"] # [inline] pub fn init_protocols (mut self , value : r#wifi_protocols < >) -> Self { self . set_protocols (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetProtocols < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#protocols ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_protocols () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetProtocols < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_protocols as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#protocols () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#protocols () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetProtocols < > { pub r#resp : i32 , pub r#ifx : u32 , } impl < > Rpc_Resp_WifiSetProtocols < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & u32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut u32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : u32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : u32) -> Self { self . r#ifx = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetProtocols < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetProtocols < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetProtocols < > { pub r#ifx : i32 , } impl < > Rpc_Req_WifiGetProtocols < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetProtocols < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetProtocols < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } pub mod Rpc_Resp_WifiGetProtocols_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `protocols`\"] # [inline] pub const fn r#protocols (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `protocols`\"] # [inline] pub const fn set_protocols (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `protocols`\"] # [inline] pub const fn clear_protocols (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `protocols`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_protocols (mut self) -> Self { self . set_protocols () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Resp_WifiGetProtocols < > { pub r#resp : i32 , pub r#ifx : i32 , pub r#protocols : r#wifi_protocols < > , pub _has : Rpc_Resp_WifiGetProtocols_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Resp_WifiGetProtocols < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#ifx == other . r#ifx) ; ret &= (self . r#protocols () == other . r#protocols ()) ; ret } } impl < > Rpc_Resp_WifiGetProtocols < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `protocols` as an `Option`\"] # [inline] pub fn r#protocols (& self) -> :: core :: option :: Option < & r#wifi_protocols < > > { self . _has . r#protocols () . then_some (& self . r#protocols) } # [doc = \"Set the value and presence of `protocols`\"] # [inline] pub fn set_protocols (& mut self , value : r#wifi_protocols < >) -> & mut Self { self . _has . set_protocols () ; self . r#protocols = value . into () ; self } # [doc = \"Return a mutable reference to `protocols` as an `Option`\"] # [inline] pub fn mut_protocols (& mut self) -> :: core :: option :: Option < & mut r#wifi_protocols < > > { self . _has . r#protocols () . then_some (& mut self . r#protocols) } # [doc = \"Clear the presence of `protocols`\"] # [inline] pub fn clear_protocols (& mut self) -> & mut Self { self . _has . clear_protocols () ; self } # [doc = \"Take the value of `protocols` and clear its presence\"] # [inline] pub fn take_protocols (& mut self) -> :: core :: option :: Option < r#wifi_protocols < > > { let val = self . _has . r#protocols () . then (|| :: core :: mem :: take (& mut self . r#protocols)) ; self . _has . clear_protocols () ; val } # [doc = \"Builder method that sets the value of `protocols`. Useful for initializing the message.\"] # [inline] pub fn init_protocols (mut self , value : r#wifi_protocols < >) -> Self { self . set_protocols (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetProtocols < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#protocols ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_protocols () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetProtocols < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_protocols as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#protocols () { encoder . encode_varint32 (26u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#protocols () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } pub mod Rpc_Req_WifiSetBandwidths_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `bandwidths`\"] # [inline] pub const fn r#bandwidths (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `bandwidths`\"] # [inline] pub const fn set_bandwidths (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `bandwidths`\"] # [inline] pub const fn clear_bandwidths (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `bandwidths`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_bandwidths (mut self) -> Self { self . set_bandwidths () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Req_WifiSetBandwidths < > { pub r#ifx : i32 , pub r#bandwidths : r#wifi_bandwidths < > , pub _has : Rpc_Req_WifiSetBandwidths_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Req_WifiSetBandwidths < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#ifx == other . r#ifx) ; ret &= (self . r#bandwidths () == other . r#bandwidths ()) ; ret } } impl < > Rpc_Req_WifiSetBandwidths < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `bandwidths` as an `Option`\"] # [inline] pub fn r#bandwidths (& self) -> :: core :: option :: Option < & r#wifi_bandwidths < > > { self . _has . r#bandwidths () . then_some (& self . r#bandwidths) } # [doc = \"Set the value and presence of `bandwidths`\"] # [inline] pub fn set_bandwidths (& mut self , value : r#wifi_bandwidths < >) -> & mut Self { self . _has . set_bandwidths () ; self . r#bandwidths = value . into () ; self } # [doc = \"Return a mutable reference to `bandwidths` as an `Option`\"] # [inline] pub fn mut_bandwidths (& mut self) -> :: core :: option :: Option < & mut r#wifi_bandwidths < > > { self . _has . r#bandwidths () . then_some (& mut self . r#bandwidths) } # [doc = \"Clear the presence of `bandwidths`\"] # [inline] pub fn clear_bandwidths (& mut self) -> & mut Self { self . _has . clear_bandwidths () ; self } # [doc = \"Take the value of `bandwidths` and clear its presence\"] # [inline] pub fn take_bandwidths (& mut self) -> :: core :: option :: Option < r#wifi_bandwidths < > > { let val = self . _has . r#bandwidths () . then (|| :: core :: mem :: take (& mut self . r#bandwidths)) ; self . _has . clear_bandwidths () ; val } # [doc = \"Builder method that sets the value of `bandwidths`. Useful for initializing the message.\"] # [inline] pub fn init_bandwidths (mut self , value : r#wifi_bandwidths < >) -> Self { self . set_bandwidths (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetBandwidths < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#bandwidths ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_bandwidths () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetBandwidths < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_bandwidths as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#bandwidths () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#bandwidths () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetBandwidths < > { pub r#resp : i32 , pub r#ifx : i32 , } impl < > Rpc_Resp_WifiSetBandwidths < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetBandwidths < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetBandwidths < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetBandwidths < > { pub r#ifx : i32 , } impl < > Rpc_Req_WifiGetBandwidths < > { # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetBandwidths < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetBandwidths < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } pub mod Rpc_Resp_WifiGetBandwidths_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `bandwidths`\"] # [inline] pub const fn r#bandwidths (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `bandwidths`\"] # [inline] pub const fn set_bandwidths (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `bandwidths`\"] # [inline] pub const fn clear_bandwidths (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `bandwidths`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_bandwidths (mut self) -> Self { self . set_bandwidths () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Resp_WifiGetBandwidths < > { pub r#resp : i32 , pub r#ifx : i32 , pub r#bandwidths : r#wifi_bandwidths < > , pub _has : Rpc_Resp_WifiGetBandwidths_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Resp_WifiGetBandwidths < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#ifx == other . r#ifx) ; ret &= (self . r#bandwidths () == other . r#bandwidths ()) ; ret } } impl < > Rpc_Resp_WifiGetBandwidths < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `ifx`\"] # [inline] pub fn r#ifx (& self) -> & i32 { & self . r#ifx } # [doc = \"Return a mutable reference to `ifx`\"] # [inline] pub fn mut_ifx (& mut self) -> & mut i32 { & mut self . r#ifx } # [doc = \"Set the value of `ifx`\"] # [inline] pub fn set_ifx (& mut self , value : i32) -> & mut Self { self . r#ifx = value . into () ; self } # [doc = \"Builder method that sets the value of `ifx`. Useful for initializing the message.\"] # [inline] pub fn init_ifx (mut self , value : i32) -> Self { self . r#ifx = value . into () ; self } # [doc = \"Return a reference to `bandwidths` as an `Option`\"] # [inline] pub fn r#bandwidths (& self) -> :: core :: option :: Option < & r#wifi_bandwidths < > > { self . _has . r#bandwidths () . then_some (& self . r#bandwidths) } # [doc = \"Set the value and presence of `bandwidths`\"] # [inline] pub fn set_bandwidths (& mut self , value : r#wifi_bandwidths < >) -> & mut Self { self . _has . set_bandwidths () ; self . r#bandwidths = value . into () ; self } # [doc = \"Return a mutable reference to `bandwidths` as an `Option`\"] # [inline] pub fn mut_bandwidths (& mut self) -> :: core :: option :: Option < & mut r#wifi_bandwidths < > > { self . _has . r#bandwidths () . then_some (& mut self . r#bandwidths) } # [doc = \"Clear the presence of `bandwidths`\"] # [inline] pub fn clear_bandwidths (& mut self) -> & mut Self { self . _has . clear_bandwidths () ; self } # [doc = \"Take the value of `bandwidths` and clear its presence\"] # [inline] pub fn take_bandwidths (& mut self) -> :: core :: option :: Option < r#wifi_bandwidths < > > { let val = self . _has . r#bandwidths () . then (|| :: core :: mem :: take (& mut self . r#bandwidths)) ; self . _has . clear_bandwidths () ; val } # [doc = \"Builder method that sets the value of `bandwidths`. Useful for initializing the message.\"] # [inline] pub fn init_bandwidths (mut self , value : r#wifi_bandwidths < >) -> Self { self . set_bandwidths (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetBandwidths < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#ifx ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#bandwidths ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_bandwidths () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetBandwidths < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_bandwidths as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#bandwidths () { encoder . encode_varint32 (26u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#ifx ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#bandwidths () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetBand < > { pub r#band : u32 , } impl < > Rpc_Req_WifiSetBand < > { # [doc = \"Return a reference to `band`\"] # [inline] pub fn r#band (& self) -> & u32 { & self . r#band } # [doc = \"Return a mutable reference to `band`\"] # [inline] pub fn mut_band (& mut self) -> & mut u32 { & mut self . r#band } # [doc = \"Set the value of `band`\"] # [inline] pub fn set_band (& mut self , value : u32) -> & mut Self { self . r#band = value . into () ; self } # [doc = \"Builder method that sets the value of `band`. Useful for initializing the message.\"] # [inline] pub fn init_band (mut self , value : u32) -> Self { self . r#band = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetBand < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#band ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetBand < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#band ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#band ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetBand < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetBand < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetBand < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetBand < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetBand < > { } impl < > Rpc_Req_WifiGetBand < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetBand < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetBand < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiGetBand < > { pub r#resp : i32 , pub r#band : u32 , } impl < > Rpc_Resp_WifiGetBand < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `band`\"] # [inline] pub fn r#band (& self) -> & u32 { & self . r#band } # [doc = \"Return a mutable reference to `band`\"] # [inline] pub fn mut_band (& mut self) -> & mut u32 { & mut self . r#band } # [doc = \"Set the value of `band`\"] # [inline] pub fn set_band (& mut self , value : u32) -> & mut Self { self . r#band = value . into () ; self } # [doc = \"Builder method that sets the value of `band`. Useful for initializing the message.\"] # [inline] pub fn init_band (mut self , value : u32) -> Self { self . r#band = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetBand < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#band ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetBand < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#band ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#band ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiSetBandMode < > { pub r#bandmode : u32 , } impl < > Rpc_Req_WifiSetBandMode < > { # [doc = \"Return a reference to `bandmode`\"] # [inline] pub fn r#bandmode (& self) -> & u32 { & self . r#bandmode } # [doc = \"Return a mutable reference to `bandmode`\"] # [inline] pub fn mut_bandmode (& mut self) -> & mut u32 { & mut self . r#bandmode } # [doc = \"Set the value of `bandmode`\"] # [inline] pub fn set_bandmode (& mut self , value : u32) -> & mut Self { self . r#bandmode = value . into () ; self } # [doc = \"Builder method that sets the value of `bandmode`. Useful for initializing the message.\"] # [inline] pub fn init_bandmode (mut self , value : u32) -> Self { self . r#bandmode = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiSetBandMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#bandmode ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiSetBandMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#bandmode ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#bandmode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiSetBandMode < > { pub r#resp : i32 , } impl < > Rpc_Resp_WifiSetBandMode < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiSetBandMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiSetBandMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_WifiGetBandMode < > { } impl < > Rpc_Req_WifiGetBandMode < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_WifiGetBandMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_WifiGetBandMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_WifiGetBandMode < > { pub r#resp : i32 , pub r#bandmode : u32 , } impl < > Rpc_Resp_WifiGetBandMode < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `bandmode`\"] # [inline] pub fn r#bandmode (& self) -> & u32 { & self . r#bandmode } # [doc = \"Return a mutable reference to `bandmode`\"] # [inline] pub fn mut_bandmode (& mut self) -> & mut u32 { & mut self . r#bandmode } # [doc = \"Set the value of `bandmode`\"] # [inline] pub fn set_bandmode (& mut self , value : u32) -> & mut Self { self . r#bandmode = value . into () ; self } # [doc = \"Builder method that sets the value of `bandmode`. Useful for initializing the message.\"] # [inline] pub fn init_bandmode (mut self , value : u32) -> Self { self . r#bandmode = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_WifiGetBandMode < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#bandmode ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_WifiGetBandMode < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#bandmode ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#bandmode ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Req_GetCoprocessorFwVersion < > { } impl < > Rpc_Req_GetCoprocessorFwVersion < > { } impl < > :: micropb :: MessageDecode for Rpc_Req_GetCoprocessorFwVersion < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Req_GetCoprocessorFwVersion < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Resp_GetCoprocessorFwVersion < > { pub r#resp : i32 , pub r#major1 : u32 , pub r#minor1 : u32 , pub r#patch1 : u32 , } impl < > Rpc_Resp_GetCoprocessorFwVersion < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `major1`\"] # [inline] pub fn r#major1 (& self) -> & u32 { & self . r#major1 } # [doc = \"Return a mutable reference to `major1`\"] # [inline] pub fn mut_major1 (& mut self) -> & mut u32 { & mut self . r#major1 } # [doc = \"Set the value of `major1`\"] # [inline] pub fn set_major1 (& mut self , value : u32) -> & mut Self { self . r#major1 = value . into () ; self } # [doc = \"Builder method that sets the value of `major1`. Useful for initializing the message.\"] # [inline] pub fn init_major1 (mut self , value : u32) -> Self { self . r#major1 = value . into () ; self } # [doc = \"Return a reference to `minor1`\"] # [inline] pub fn r#minor1 (& self) -> & u32 { & self . r#minor1 } # [doc = \"Return a mutable reference to `minor1`\"] # [inline] pub fn mut_minor1 (& mut self) -> & mut u32 { & mut self . r#minor1 } # [doc = \"Set the value of `minor1`\"] # [inline] pub fn set_minor1 (& mut self , value : u32) -> & mut Self { self . r#minor1 = value . into () ; self } # [doc = \"Builder method that sets the value of `minor1`. Useful for initializing the message.\"] # [inline] pub fn init_minor1 (mut self , value : u32) -> Self { self . r#minor1 = value . into () ; self } # [doc = \"Return a reference to `patch1`\"] # [inline] pub fn r#patch1 (& self) -> & u32 { & self . r#patch1 } # [doc = \"Return a mutable reference to `patch1`\"] # [inline] pub fn mut_patch1 (& mut self) -> & mut u32 { & mut self . r#patch1 } # [doc = \"Set the value of `patch1`\"] # [inline] pub fn set_patch1 (& mut self , value : u32) -> & mut Self { self . r#patch1 = value . into () ; self } # [doc = \"Builder method that sets the value of `patch1`. Useful for initializing the message.\"] # [inline] pub fn init_patch1 (mut self , value : u32) -> Self { self . r#patch1 = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Resp_GetCoprocessorFwVersion < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#major1 ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#minor1 ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#patch1 ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Resp_GetCoprocessorFwVersion < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#major1 ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#minor1 ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#patch1 ; if * val_ref != 0 { encoder . encode_varint32 (32u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#major1 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#minor1 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#patch1 ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Event_WifiEventNoArgs < > { pub r#resp : i32 , pub r#event_id : i32 , } impl < > Rpc_Event_WifiEventNoArgs < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `event_id`\"] # [inline] pub fn r#event_id (& self) -> & i32 { & self . r#event_id } # [doc = \"Return a mutable reference to `event_id`\"] # [inline] pub fn mut_event_id (& mut self) -> & mut i32 { & mut self . r#event_id } # [doc = \"Set the value of `event_id`\"] # [inline] pub fn set_event_id (& mut self , value : i32) -> & mut Self { self . r#event_id = value . into () ; self } # [doc = \"Builder method that sets the value of `event_id`. Useful for initializing the message.\"] # [inline] pub fn init_event_id (mut self , value : i32) -> Self { self . r#event_id = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_WifiEventNoArgs < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#event_id ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_WifiEventNoArgs < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#event_id ; if * val_ref != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#event_id ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Event_ESPInit < > { pub r#init_data : :: micropb :: heapless :: Vec < u8 , 6 > , } impl < > Rpc_Event_ESPInit < > { # [doc = \"Return a reference to `init_data`\"] # [inline] pub fn r#init_data (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#init_data } # [doc = \"Return a mutable reference to `init_data`\"] # [inline] pub fn mut_init_data (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#init_data } # [doc = \"Set the value of `init_data`\"] # [inline] pub fn set_init_data (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#init_data = value . into () ; self } # [doc = \"Builder method that sets the value of `init_data`. Useful for initializing the message.\"] # [inline] pub fn init_init_data (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#init_data = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_ESPInit < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#init_data ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_ESPInit < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#init_data ; if ! val_ref . is_empty () { encoder . encode_varint32 (10u32) ? ; encoder . encode_bytes (val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#init_data ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Event_Heartbeat < > { pub r#hb_num : i32 , } impl < > Rpc_Event_Heartbeat < > { # [doc = \"Return a reference to `hb_num`\"] # [inline] pub fn r#hb_num (& self) -> & i32 { & self . r#hb_num } # [doc = \"Return a mutable reference to `hb_num`\"] # [inline] pub fn mut_hb_num (& mut self) -> & mut i32 { & mut self . r#hb_num } # [doc = \"Set the value of `hb_num`\"] # [inline] pub fn set_hb_num (& mut self , value : i32) -> & mut Self { self . r#hb_num = value . into () ; self } # [doc = \"Builder method that sets the value of `hb_num`. Useful for initializing the message.\"] # [inline] pub fn init_hb_num (mut self , value : i32) -> Self { self . r#hb_num = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_Heartbeat < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#hb_num ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_Heartbeat < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#hb_num ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#hb_num ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Event_AP_StaDisconnected < > { pub r#resp : i32 , pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#aid : u32 , pub r#is_mesh_child : bool , pub r#reason : u32 , } impl < > Rpc_Event_AP_StaDisconnected < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } # [doc = \"Return a reference to `aid`\"] # [inline] pub fn r#aid (& self) -> & u32 { & self . r#aid } # [doc = \"Return a mutable reference to `aid`\"] # [inline] pub fn mut_aid (& mut self) -> & mut u32 { & mut self . r#aid } # [doc = \"Set the value of `aid`\"] # [inline] pub fn set_aid (& mut self , value : u32) -> & mut Self { self . r#aid = value . into () ; self } # [doc = \"Builder method that sets the value of `aid`. Useful for initializing the message.\"] # [inline] pub fn init_aid (mut self , value : u32) -> Self { self . r#aid = value . into () ; self } # [doc = \"Return a reference to `is_mesh_child`\"] # [inline] pub fn r#is_mesh_child (& self) -> & bool { & self . r#is_mesh_child } # [doc = \"Return a mutable reference to `is_mesh_child`\"] # [inline] pub fn mut_is_mesh_child (& mut self) -> & mut bool { & mut self . r#is_mesh_child } # [doc = \"Set the value of `is_mesh_child`\"] # [inline] pub fn set_is_mesh_child (& mut self , value : bool) -> & mut Self { self . r#is_mesh_child = value . into () ; self } # [doc = \"Builder method that sets the value of `is_mesh_child`. Useful for initializing the message.\"] # [inline] pub fn init_is_mesh_child (mut self , value : bool) -> Self { self . r#is_mesh_child = value . into () ; self } # [doc = \"Return a reference to `reason`\"] # [inline] pub fn r#reason (& self) -> & u32 { & self . r#reason } # [doc = \"Return a mutable reference to `reason`\"] # [inline] pub fn mut_reason (& mut self) -> & mut u32 { & mut self . r#reason } # [doc = \"Set the value of `reason`\"] # [inline] pub fn set_reason (& mut self , value : u32) -> & mut Self { self . r#reason = value . into () ; self } # [doc = \"Builder method that sets the value of `reason`. Useful for initializing the message.\"] # [inline] pub fn init_reason (mut self , value : u32) -> Self { self . r#reason = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_AP_StaDisconnected < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#aid ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#is_mesh_child ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } 5u32 => { let mut_ref = & mut self . r#reason ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_AP_StaDisconnected < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#is_mesh_child ; if * val_ref { encoder . encode_varint32 (32u32) ? ; encoder . encode_bool (* val_ref) ? ; } } { let val_ref = & self . r#reason ; if * val_ref != 0 { encoder . encode_varint32 (40u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#is_mesh_child ; if * val_ref { size += 1usize + 1 ; } } { let val_ref = & self . r#reason ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } size } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc_Event_AP_StaConnected < > { pub r#resp : i32 , pub r#mac : :: micropb :: heapless :: Vec < u8 , 6 > , pub r#aid : u32 , pub r#is_mesh_child : bool , } impl < > Rpc_Event_AP_StaConnected < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `mac`\"] # [inline] pub fn r#mac (& self) -> & :: micropb :: heapless :: Vec < u8 , 6 > { & self . r#mac } # [doc = \"Return a mutable reference to `mac`\"] # [inline] pub fn mut_mac (& mut self) -> & mut :: micropb :: heapless :: Vec < u8 , 6 > { & mut self . r#mac } # [doc = \"Set the value of `mac`\"] # [inline] pub fn set_mac (& mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> & mut Self { self . r#mac = value . into () ; self } # [doc = \"Builder method that sets the value of `mac`. Useful for initializing the message.\"] # [inline] pub fn init_mac (mut self , value : :: micropb :: heapless :: Vec < u8 , 6 >) -> Self { self . r#mac = value . into () ; self } # [doc = \"Return a reference to `aid`\"] # [inline] pub fn r#aid (& self) -> & u32 { & self . r#aid } # [doc = \"Return a mutable reference to `aid`\"] # [inline] pub fn mut_aid (& mut self) -> & mut u32 { & mut self . r#aid } # [doc = \"Set the value of `aid`\"] # [inline] pub fn set_aid (& mut self , value : u32) -> & mut Self { self . r#aid = value . into () ; self } # [doc = \"Builder method that sets the value of `aid`. Useful for initializing the message.\"] # [inline] pub fn init_aid (mut self , value : u32) -> Self { self . r#aid = value . into () ; self } # [doc = \"Return a reference to `is_mesh_child`\"] # [inline] pub fn r#is_mesh_child (& self) -> & bool { & self . r#is_mesh_child } # [doc = \"Return a mutable reference to `is_mesh_child`\"] # [inline] pub fn mut_is_mesh_child (& mut self) -> & mut bool { & mut self . r#is_mesh_child } # [doc = \"Set the value of `is_mesh_child`\"] # [inline] pub fn set_is_mesh_child (& mut self , value : bool) -> & mut Self { self . r#is_mesh_child = value . into () ; self } # [doc = \"Builder method that sets the value of `is_mesh_child`. Useful for initializing the message.\"] # [inline] pub fn init_is_mesh_child (mut self , value : bool) -> Self { self . r#is_mesh_child = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_AP_StaConnected < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#mac ; { decoder . decode_bytes (mut_ref , :: micropb :: Presence :: Implicit) ? ; } ; } 3u32 => { let mut_ref = & mut self . r#aid ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 4u32 => { let mut_ref = & mut self . r#is_mesh_child ; { let val = decoder . decode_bool () ? ; let val_ref = & val ; if * val_ref { * mut_ref = val as _ ; } } ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_AP_StaConnected < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (7usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (1usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { encoder . encode_varint32 (18u32) ? ; encoder . encode_bytes (val_ref) ? ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } { let val_ref = & self . r#is_mesh_child ; if * val_ref { encoder . encode_varint32 (32u32) ? ; encoder . encode_bool (* val_ref) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { let val_ref = & self . r#mac ; if ! val_ref . is_empty () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . len ()) ; } } { let val_ref = & self . r#aid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } { let val_ref = & self . r#is_mesh_child ; if * val_ref { size += 1usize + 1 ; } } size } } pub mod Rpc_Event_StaScanDone_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `scan_done`\"] # [inline] pub const fn r#scan_done (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `scan_done`\"] # [inline] pub const fn set_scan_done (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `scan_done`\"] # [inline] pub const fn clear_scan_done (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `scan_done`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_scan_done (mut self) -> Self { self . set_scan_done () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Event_StaScanDone < > { pub r#resp : i32 , pub r#scan_done : r#wifi_event_sta_scan_done < > , pub _has : Rpc_Event_StaScanDone_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Event_StaScanDone < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#scan_done () == other . r#scan_done ()) ; ret } } impl < > Rpc_Event_StaScanDone < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `scan_done` as an `Option`\"] # [inline] pub fn r#scan_done (& self) -> :: core :: option :: Option < & r#wifi_event_sta_scan_done < > > { self . _has . r#scan_done () . then_some (& self . r#scan_done) } # [doc = \"Set the value and presence of `scan_done`\"] # [inline] pub fn set_scan_done (& mut self , value : r#wifi_event_sta_scan_done < >) -> & mut Self { self . _has . set_scan_done () ; self . r#scan_done = value . into () ; self } # [doc = \"Return a mutable reference to `scan_done` as an `Option`\"] # [inline] pub fn mut_scan_done (& mut self) -> :: core :: option :: Option < & mut r#wifi_event_sta_scan_done < > > { self . _has . r#scan_done () . then_some (& mut self . r#scan_done) } # [doc = \"Clear the presence of `scan_done`\"] # [inline] pub fn clear_scan_done (& mut self) -> & mut Self { self . _has . clear_scan_done () ; self } # [doc = \"Take the value of `scan_done` and clear its presence\"] # [inline] pub fn take_scan_done (& mut self) -> :: core :: option :: Option < r#wifi_event_sta_scan_done < > > { let val = self . _has . r#scan_done () . then (|| :: core :: mem :: take (& mut self . r#scan_done)) ; self . _has . clear_scan_done () ; val } # [doc = \"Builder method that sets the value of `scan_done`. Useful for initializing the message.\"] # [inline] pub fn init_scan_done (mut self , value : r#wifi_event_sta_scan_done < >) -> Self { self . set_scan_done (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_StaScanDone < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#scan_done ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_scan_done () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_StaScanDone < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_event_sta_scan_done as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#scan_done () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#scan_done () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } pub mod Rpc_Event_StaConnected_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `sta_connected`\"] # [inline] pub const fn r#sta_connected (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `sta_connected`\"] # [inline] pub const fn set_sta_connected (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `sta_connected`\"] # [inline] pub const fn clear_sta_connected (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `sta_connected`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_sta_connected (mut self) -> Self { self . set_sta_connected () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Event_StaConnected < > { pub r#resp : i32 , pub r#sta_connected : r#wifi_event_sta_connected < > , pub _has : Rpc_Event_StaConnected_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Event_StaConnected < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#sta_connected () == other . r#sta_connected ()) ; ret } } impl < > Rpc_Event_StaConnected < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `sta_connected` as an `Option`\"] # [inline] pub fn r#sta_connected (& self) -> :: core :: option :: Option < & r#wifi_event_sta_connected < > > { self . _has . r#sta_connected () . then_some (& self . r#sta_connected) } # [doc = \"Set the value and presence of `sta_connected`\"] # [inline] pub fn set_sta_connected (& mut self , value : r#wifi_event_sta_connected < >) -> & mut Self { self . _has . set_sta_connected () ; self . r#sta_connected = value . into () ; self } # [doc = \"Return a mutable reference to `sta_connected` as an `Option`\"] # [inline] pub fn mut_sta_connected (& mut self) -> :: core :: option :: Option < & mut r#wifi_event_sta_connected < > > { self . _has . r#sta_connected () . then_some (& mut self . r#sta_connected) } # [doc = \"Clear the presence of `sta_connected`\"] # [inline] pub fn clear_sta_connected (& mut self) -> & mut Self { self . _has . clear_sta_connected () ; self } # [doc = \"Take the value of `sta_connected` and clear its presence\"] # [inline] pub fn take_sta_connected (& mut self) -> :: core :: option :: Option < r#wifi_event_sta_connected < > > { let val = self . _has . r#sta_connected () . then (|| :: core :: mem :: take (& mut self . r#sta_connected)) ; self . _has . clear_sta_connected () ; val } # [doc = \"Builder method that sets the value of `sta_connected`. Useful for initializing the message.\"] # [inline] pub fn init_sta_connected (mut self , value : r#wifi_event_sta_connected < >) -> Self { self . set_sta_connected (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_StaConnected < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#sta_connected ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_sta_connected () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_StaConnected < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_event_sta_connected as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#sta_connected () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#sta_connected () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } pub mod Rpc_Event_StaDisconnected_ { # [derive (Debug , Default , PartialEq , Clone ,)] pub struct _Hazzer ([u8 ; 1]) ; impl _Hazzer { # [doc = \"New hazzer with all fields set to off\"] # [inline] pub const fn _new () -> Self { Self ([0 ; 1]) } # [doc = \"Query presence of `sta_disconnected`\"] # [inline] pub const fn r#sta_disconnected (& self) -> bool { (self . 0 [0] & 1) != 0 } # [doc = \"Set presence of `sta_disconnected`\"] # [inline] pub const fn set_sta_disconnected (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem |= 1 ; self } # [doc = \"Clear presence of `sta_disconnected`\"] # [inline] pub const fn clear_sta_disconnected (& mut self) -> & mut Self { let elem = & mut self . 0 [0] ; * elem &= ! 1 ; self } # [doc = \"Builder method that sets the presence of `sta_disconnected`. Useful for initializing the Hazzer.\"] # [inline] pub const fn init_sta_disconnected (mut self) -> Self { self . set_sta_disconnected () ; self } } } # [derive (Debug , Default , Clone ,)] pub struct Rpc_Event_StaDisconnected < > { pub r#resp : i32 , pub r#sta_disconnected : r#wifi_event_sta_disconnected < > , pub _has : Rpc_Event_StaDisconnected_ :: _Hazzer , } impl < > :: core :: cmp :: PartialEq for Rpc_Event_StaDisconnected < > { fn eq (& self , other : & Self) -> bool { let mut ret = true ; ret &= (self . r#resp == other . r#resp) ; ret &= (self . r#sta_disconnected () == other . r#sta_disconnected ()) ; ret } } impl < > Rpc_Event_StaDisconnected < > { # [doc = \"Return a reference to `resp`\"] # [inline] pub fn r#resp (& self) -> & i32 { & self . r#resp } # [doc = \"Return a mutable reference to `resp`\"] # [inline] pub fn mut_resp (& mut self) -> & mut i32 { & mut self . r#resp } # [doc = \"Set the value of `resp`\"] # [inline] pub fn set_resp (& mut self , value : i32) -> & mut Self { self . r#resp = value . into () ; self } # [doc = \"Builder method that sets the value of `resp`. Useful for initializing the message.\"] # [inline] pub fn init_resp (mut self , value : i32) -> Self { self . r#resp = value . into () ; self } # [doc = \"Return a reference to `sta_disconnected` as an `Option`\"] # [inline] pub fn r#sta_disconnected (& self) -> :: core :: option :: Option < & r#wifi_event_sta_disconnected < > > { self . _has . r#sta_disconnected () . then_some (& self . r#sta_disconnected) } # [doc = \"Set the value and presence of `sta_disconnected`\"] # [inline] pub fn set_sta_disconnected (& mut self , value : r#wifi_event_sta_disconnected < >) -> & mut Self { self . _has . set_sta_disconnected () ; self . r#sta_disconnected = value . into () ; self } # [doc = \"Return a mutable reference to `sta_disconnected` as an `Option`\"] # [inline] pub fn mut_sta_disconnected (& mut self) -> :: core :: option :: Option < & mut r#wifi_event_sta_disconnected < > > { self . _has . r#sta_disconnected () . then_some (& mut self . r#sta_disconnected) } # [doc = \"Clear the presence of `sta_disconnected`\"] # [inline] pub fn clear_sta_disconnected (& mut self) -> & mut Self { self . _has . clear_sta_disconnected () ; self } # [doc = \"Take the value of `sta_disconnected` and clear its presence\"] # [inline] pub fn take_sta_disconnected (& mut self) -> :: core :: option :: Option < r#wifi_event_sta_disconnected < > > { let val = self . _has . r#sta_disconnected () . then (|| :: core :: mem :: take (& mut self . r#sta_disconnected)) ; self . _has . clear_sta_disconnected () ; val } # [doc = \"Builder method that sets the value of `sta_disconnected`. Useful for initializing the message.\"] # [inline] pub fn init_sta_disconnected (mut self , value : r#wifi_event_sta_disconnected < >) -> Self { self . set_sta_disconnected (value) ; self } } impl < > :: micropb :: MessageDecode for Rpc_Event_StaDisconnected < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#resp ; { let val = decoder . decode_int32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#sta_disconnected ; { mut_ref . decode_len_delimited (decoder) ? ; } ; self . _has . set_sta_disconnected () ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc_Event_StaDisconnected < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< r#wifi_event_sta_disconnected as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#resp ; if * val_ref != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (* val_ref as _) ? ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#sta_disconnected () { encoder . encode_varint32 (18u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#resp ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (* val_ref as _) ; } } { if let :: core :: option :: Option :: Some (val_ref) = self . r#sta_disconnected () { size += 1usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } size } } pub mod Rpc_ { # [derive (Debug , PartialEq , Clone ,)] pub enum Payload < > { ReqGetMacAddress (super :: Rpc_Req_GetMacAddress < >) , ReqSetMacAddress (super :: Rpc_Req_SetMacAddress < >) , ReqGetWifiMode (super :: Rpc_Req_GetMode < >) , ReqSetWifiMode (super :: Rpc_Req_SetMode < >) , ReqWifiSetPs (super :: Rpc_Req_SetPs < >) , ReqWifiGetPs (super :: Rpc_Req_GetPs < >) , ReqOtaBegin (super :: Rpc_Req_OTABegin < >) , ReqOtaWrite (super :: Rpc_Req_OTAWrite < >) , ReqOtaEnd (super :: Rpc_Req_OTAEnd < >) , ReqWifiSetMaxTxPower (super :: Rpc_Req_WifiSetMaxTxPower < >) , ReqWifiGetMaxTxPower (super :: Rpc_Req_WifiGetMaxTxPower < >) , ReqConfigHeartbeat (super :: Rpc_Req_ConfigHeartbeat < >) , ReqWifiInit (super :: Rpc_Req_WifiInit < >) , ReqWifiDeinit (super :: Rpc_Req_WifiDeinit < >) , ReqWifiStart (super :: Rpc_Req_WifiStart < >) , ReqWifiStop (super :: Rpc_Req_WifiStop < >) , ReqWifiConnect (super :: Rpc_Req_WifiConnect < >) , ReqWifiDisconnect (super :: Rpc_Req_WifiDisconnect < >) , ReqWifiSetConfig (super :: Rpc_Req_WifiSetConfig < >) , ReqWifiGetConfig (super :: Rpc_Req_WifiGetConfig < >) , ReqWifiScanStart (super :: Rpc_Req_WifiScanStart < >) , ReqWifiScanStop (super :: Rpc_Req_WifiScanStop < >) , ReqWifiScanGetApNum (super :: Rpc_Req_WifiScanGetApNum < >) , ReqWifiScanGetApRecords (super :: Rpc_Req_WifiScanGetApRecords < >) , ReqWifiClearApList (super :: Rpc_Req_WifiClearApList < >) , ReqWifiRestore (super :: Rpc_Req_WifiRestore < >) , ReqWifiClearFastConnect (super :: Rpc_Req_WifiClearFastConnect < >) , ReqWifiDeauthSta (super :: Rpc_Req_WifiDeauthSta < >) , ReqWifiStaGetApInfo (super :: Rpc_Req_WifiStaGetApInfo < >) , ReqWifiSetProtocol (super :: Rpc_Req_WifiSetProtocol < >) , ReqWifiGetProtocol (super :: Rpc_Req_WifiGetProtocol < >) , ReqWifiSetBandwidth (super :: Rpc_Req_WifiSetBandwidth < >) , ReqWifiGetBandwidth (super :: Rpc_Req_WifiGetBandwidth < >) , ReqWifiSetChannel (super :: Rpc_Req_WifiSetChannel < >) , ReqWifiGetChannel (super :: Rpc_Req_WifiGetChannel < >) , ReqWifiSetCountry (super :: Rpc_Req_WifiSetCountry < >) , ReqWifiGetCountry (super :: Rpc_Req_WifiGetCountry < >) , ReqWifiApGetStaList (super :: Rpc_Req_WifiApGetStaList < >) , ReqWifiApGetStaAid (super :: Rpc_Req_WifiApGetStaAid < >) , ReqWifiSetStorage (super :: Rpc_Req_WifiSetStorage < >) , ReqWifiSetCountryCode (super :: Rpc_Req_WifiSetCountryCode < >) , ReqWifiGetCountryCode (super :: Rpc_Req_WifiGetCountryCode < >) , ReqWifiStaGetAid (super :: Rpc_Req_WifiStaGetAid < >) , ReqWifiStaGetNegotiatedPhymode (super :: Rpc_Req_WifiStaGetNegotiatedPhymode < >) , ReqWifiStaGetRssi (super :: Rpc_Req_WifiStaGetRssi < >) , ReqWifiSetProtocols (super :: Rpc_Req_WifiSetProtocols < >) , ReqWifiGetProtocols (super :: Rpc_Req_WifiGetProtocols < >) , ReqWifiSetBandwidths (super :: Rpc_Req_WifiSetBandwidths < >) , ReqWifiGetBandwidths (super :: Rpc_Req_WifiGetBandwidths < >) , ReqWifiSetBand (super :: Rpc_Req_WifiSetBand < >) , ReqWifiGetBand (super :: Rpc_Req_WifiGetBand < >) , ReqWifiSetBandmode (super :: Rpc_Req_WifiSetBandMode < >) , ReqWifiGetBandmode (super :: Rpc_Req_WifiGetBandMode < >) , ReqGetCoprocessorFwversion (super :: Rpc_Req_GetCoprocessorFwVersion < >) , ReqWifiScanGetApRecord (super :: Rpc_Req_WifiScanGetApRecord < >) , RespGetMacAddress (super :: Rpc_Resp_GetMacAddress < >) , RespSetMacAddress (super :: Rpc_Resp_SetMacAddress < >) , RespGetWifiMode (super :: Rpc_Resp_GetMode < >) , RespSetWifiMode (super :: Rpc_Resp_SetMode < >) , RespWifiSetPs (super :: Rpc_Resp_SetPs < >) , RespWifiGetPs (super :: Rpc_Resp_GetPs < >) , RespOtaBegin (super :: Rpc_Resp_OTABegin < >) , RespOtaWrite (super :: Rpc_Resp_OTAWrite < >) , RespOtaEnd (super :: Rpc_Resp_OTAEnd < >) , RespWifiSetMaxTxPower (super :: Rpc_Resp_WifiSetMaxTxPower < >) , RespWifiGetMaxTxPower (super :: Rpc_Resp_WifiGetMaxTxPower < >) , RespConfigHeartbeat (super :: Rpc_Resp_ConfigHeartbeat < >) , RespWifiInit (super :: Rpc_Resp_WifiInit < >) , RespWifiDeinit (super :: Rpc_Resp_WifiDeinit < >) , RespWifiStart (super :: Rpc_Resp_WifiStart < >) , RespWifiStop (super :: Rpc_Resp_WifiStop < >) , RespWifiConnect (super :: Rpc_Resp_WifiConnect < >) , RespWifiDisconnect (super :: Rpc_Resp_WifiDisconnect < >) , RespWifiSetConfig (super :: Rpc_Resp_WifiSetConfig < >) , RespWifiGetConfig (super :: Rpc_Resp_WifiGetConfig < >) , RespWifiScanStart (super :: Rpc_Resp_WifiScanStart < >) , RespWifiScanStop (super :: Rpc_Resp_WifiScanStop < >) , RespWifiScanGetApNum (super :: Rpc_Resp_WifiScanGetApNum < >) , RespWifiScanGetApRecords (super :: Rpc_Resp_WifiScanGetApRecords < >) , RespWifiClearApList (super :: Rpc_Resp_WifiClearApList < >) , RespWifiRestore (super :: Rpc_Resp_WifiRestore < >) , RespWifiClearFastConnect (super :: Rpc_Resp_WifiClearFastConnect < >) , RespWifiDeauthSta (super :: Rpc_Resp_WifiDeauthSta < >) , RespWifiStaGetApInfo (super :: Rpc_Resp_WifiStaGetApInfo < >) , RespWifiSetProtocol (super :: Rpc_Resp_WifiSetProtocol < >) , RespWifiGetProtocol (super :: Rpc_Resp_WifiGetProtocol < >) , RespWifiSetBandwidth (super :: Rpc_Resp_WifiSetBandwidth < >) , RespWifiGetBandwidth (super :: Rpc_Resp_WifiGetBandwidth < >) , RespWifiSetChannel (super :: Rpc_Resp_WifiSetChannel < >) , RespWifiGetChannel (super :: Rpc_Resp_WifiGetChannel < >) , RespWifiSetCountry (super :: Rpc_Resp_WifiSetCountry < >) , RespWifiGetCountry (super :: Rpc_Resp_WifiGetCountry < >) , RespWifiApGetStaList (super :: Rpc_Resp_WifiApGetStaList < >) , RespWifiApGetStaAid (super :: Rpc_Resp_WifiApGetStaAid < >) , RespWifiSetStorage (super :: Rpc_Resp_WifiSetStorage < >) , RespWifiSetCountryCode (super :: Rpc_Resp_WifiSetCountryCode < >) , RespWifiGetCountryCode (super :: Rpc_Resp_WifiGetCountryCode < >) , RespWifiStaGetAid (super :: Rpc_Resp_WifiStaGetAid < >) , RespWifiStaGetNegotiatedPhymode (super :: Rpc_Resp_WifiStaGetNegotiatedPhymode < >) , RespWifiStaGetRssi (super :: Rpc_Resp_WifiStaGetRssi < >) , RespWifiSetProtocols (super :: Rpc_Resp_WifiSetProtocols < >) , RespWifiGetProtocols (super :: Rpc_Resp_WifiGetProtocols < >) , RespWifiSetBandwidths (super :: Rpc_Resp_WifiSetBandwidths < >) , RespWifiGetBandwidths (super :: Rpc_Resp_WifiGetBandwidths < >) , RespWifiSetBand (super :: Rpc_Resp_WifiSetBand < >) , RespWifiGetBand (super :: Rpc_Resp_WifiGetBand < >) , RespWifiSetBandmode (super :: Rpc_Resp_WifiSetBandMode < >) , RespWifiGetBandmode (super :: Rpc_Resp_WifiGetBandMode < >) , RespGetCoprocessorFwversion (super :: Rpc_Resp_GetCoprocessorFwVersion < >) , RespWifiScanGetApRecord (super :: Rpc_Resp_WifiScanGetApRecord < >) , EventEspInit (super :: Rpc_Event_ESPInit < >) , EventHeartbeat (super :: Rpc_Event_Heartbeat < >) , EventApStaConnected (super :: Rpc_Event_AP_StaConnected < >) , EventApStaDisconnected (super :: Rpc_Event_AP_StaDisconnected < >) , EventWifiEventNoArgs (super :: Rpc_Event_WifiEventNoArgs < >) , EventStaScanDone (super :: Rpc_Event_StaScanDone < >) , EventStaConnected (super :: Rpc_Event_StaConnected < >) , EventStaDisconnected (super :: Rpc_Event_StaDisconnected < >) , } } # [derive (Debug , Default , PartialEq , Clone ,)] pub struct Rpc < > { pub r#msg_type : RpcType , pub r#msg_id : RpcId , pub r#uid : u32 , pub r#payload : :: core :: option :: Option < Rpc_ :: Payload < > > , } impl < > Rpc < > { # [doc = \"Return a reference to `msg_type`\"] # [inline] pub fn r#msg_type (& self) -> & RpcType { & self . r#msg_type } # [doc = \"Return a mutable reference to `msg_type`\"] # [inline] pub fn mut_msg_type (& mut self) -> & mut RpcType { & mut self . r#msg_type } # [doc = \"Set the value of `msg_type`\"] # [inline] pub fn set_msg_type (& mut self , value : RpcType) -> & mut Self { self . r#msg_type = value . into () ; self } # [doc = \"Builder method that sets the value of `msg_type`. Useful for initializing the message.\"] # [inline] pub fn init_msg_type (mut self , value : RpcType) -> Self { self . r#msg_type = value . into () ; self } # [doc = \"Return a reference to `msg_id`\"] # [inline] pub fn r#msg_id (& self) -> & RpcId { & self . r#msg_id } # [doc = \"Return a mutable reference to `msg_id`\"] # [inline] pub fn mut_msg_id (& mut self) -> & mut RpcId { & mut self . r#msg_id } # [doc = \"Set the value of `msg_id`\"] # [inline] pub fn set_msg_id (& mut self , value : RpcId) -> & mut Self { self . r#msg_id = value . into () ; self } # [doc = \"Builder method that sets the value of `msg_id`. Useful for initializing the message.\"] # [inline] pub fn init_msg_id (mut self , value : RpcId) -> Self { self . r#msg_id = value . into () ; self } # [doc = \"Return a reference to `uid`\"] # [inline] pub fn r#uid (& self) -> & u32 { & self . r#uid } # [doc = \"Return a mutable reference to `uid`\"] # [inline] pub fn mut_uid (& mut self) -> & mut u32 { & mut self . r#uid } # [doc = \"Set the value of `uid`\"] # [inline] pub fn set_uid (& mut self , value : u32) -> & mut Self { self . r#uid = value . into () ; self } # [doc = \"Builder method that sets the value of `uid`. Useful for initializing the message.\"] # [inline] pub fn init_uid (mut self , value : u32) -> Self { self . r#uid = value . into () ; self } } impl < > :: micropb :: MessageDecode for Rpc < > { fn decode < IMPL_MICROPB_READ : :: micropb :: PbRead > (& mut self , decoder : & mut :: micropb :: PbDecoder < IMPL_MICROPB_READ > , len : usize ,) -> Result < () , :: micropb :: DecodeError < IMPL_MICROPB_READ :: Error >> { use :: micropb :: { PbBytes , PbString , PbVec , PbMap , FieldDecode } ; let before = decoder . bytes_read () ; while decoder . bytes_read () - before < len { let tag = decoder . decode_tag () ? ; match tag . field_num () { 0 => return Err (:: micropb :: DecodeError :: ZeroField) , 1u32 => { let mut_ref = & mut self . r#msg_type ; { let val = decoder . decode_int32 () . map (| n | RpcType (n as _)) ? ; let val_ref = & val ; if val_ref . 0 != 0 { * mut_ref = val as _ ; } } ; } 2u32 => { let mut_ref = & mut self . r#msg_id ; { let val = decoder . decode_int32 () . map (| n | RpcId (n as _)) ? ; let val_ref = & val ; if val_ref . 0 != 0 { * mut_ref = val as _ ; } } ; } 3u32 => { let mut_ref = & mut self . r#uid ; { let val = decoder . decode_varint32 () ? ; let val_ref = & val ; if * val_ref != 0 { * mut_ref = val as _ ; } } ; } 257u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqGetMacAddress (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqGetMacAddress (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 258u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqSetMacAddress (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqSetMacAddress (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 259u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqGetWifiMode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqGetWifiMode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 260u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqSetWifiMode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqSetWifiMode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 270u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetPs (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetPs (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 271u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetPs (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetPs (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 272u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqOtaBegin (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqOtaBegin (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 273u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqOtaWrite (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqOtaWrite (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 274u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqOtaEnd (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqOtaEnd (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 275u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetMaxTxPower (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetMaxTxPower (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 276u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetMaxTxPower (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetMaxTxPower (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 277u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqConfigHeartbeat (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqConfigHeartbeat (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 278u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiInit (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiInit (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 279u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiDeinit (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiDeinit (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 280u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiStart (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiStart (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 281u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiStop (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiStop (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 282u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiConnect (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiConnect (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 283u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiDisconnect (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiDisconnect (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 284u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetConfig (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetConfig (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 285u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetConfig (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetConfig (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 286u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiScanStart (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiScanStart (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 287u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiScanStop (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiScanStop (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 288u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiScanGetApNum (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiScanGetApNum (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 289u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiScanGetApRecords (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiScanGetApRecords (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 290u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiClearApList (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiClearApList (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 291u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiRestore (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiRestore (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 292u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiClearFastConnect (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiClearFastConnect (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 293u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiDeauthSta (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiDeauthSta (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 294u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiStaGetApInfo (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiStaGetApInfo (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 297u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetProtocol (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetProtocol (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 298u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetProtocol (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetProtocol (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 299u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetBandwidth (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetBandwidth (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 300u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetBandwidth (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetBandwidth (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 301u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetChannel (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetChannel (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 302u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetChannel (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetChannel (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 303u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetCountry (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetCountry (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 304u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetCountry (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetCountry (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 311u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiApGetStaList (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiApGetStaList (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 312u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiApGetStaAid (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiApGetStaAid (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 313u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetStorage (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetStorage (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 334u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetCountryCode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetCountryCode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 335u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetCountryCode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetCountryCode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 338u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiStaGetAid (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiStaGetAid (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 339u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiStaGetNegotiatedPhymode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiStaGetNegotiatedPhymode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 341u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiStaGetRssi (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiStaGetRssi (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 342u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetProtocols (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetProtocols (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 343u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetProtocols (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetProtocols (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 344u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetBandwidths (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetBandwidths (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 345u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetBandwidths (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetBandwidths (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 346u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetBand (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetBand (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 347u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetBand (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetBand (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 348u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiSetBandmode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiSetBandmode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 349u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiGetBandmode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiGetBandmode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 350u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqGetCoprocessorFwversion (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqGetCoprocessorFwversion (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 351u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: ReqWifiScanGetApRecord (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: ReqWifiScanGetApRecord (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 513u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespGetMacAddress (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespGetMacAddress (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 514u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespSetMacAddress (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespSetMacAddress (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 515u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespGetWifiMode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespGetWifiMode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 516u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespSetWifiMode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespSetWifiMode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 526u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetPs (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetPs (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 527u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetPs (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetPs (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 528u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespOtaBegin (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespOtaBegin (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 529u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespOtaWrite (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespOtaWrite (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 530u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespOtaEnd (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespOtaEnd (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 531u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetMaxTxPower (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetMaxTxPower (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 532u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetMaxTxPower (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetMaxTxPower (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 533u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespConfigHeartbeat (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespConfigHeartbeat (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 534u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiInit (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiInit (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 535u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiDeinit (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiDeinit (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 536u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiStart (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiStart (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 537u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiStop (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiStop (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 538u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiConnect (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiConnect (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 539u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiDisconnect (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiDisconnect (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 540u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetConfig (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetConfig (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 541u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetConfig (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetConfig (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 542u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiScanStart (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiScanStart (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 543u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiScanStop (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiScanStop (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 544u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiScanGetApNum (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiScanGetApNum (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 545u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiScanGetApRecords (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiScanGetApRecords (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 546u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiClearApList (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiClearApList (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 547u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiRestore (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiRestore (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 548u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiClearFastConnect (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiClearFastConnect (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 549u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiDeauthSta (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiDeauthSta (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 550u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiStaGetApInfo (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiStaGetApInfo (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 553u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetProtocol (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetProtocol (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 554u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetProtocol (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetProtocol (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 555u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetBandwidth (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetBandwidth (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 556u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetBandwidth (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetBandwidth (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 557u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetChannel (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetChannel (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 558u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetChannel (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetChannel (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 559u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetCountry (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetCountry (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 560u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetCountry (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetCountry (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 567u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiApGetStaList (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiApGetStaList (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 568u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiApGetStaAid (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiApGetStaAid (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 569u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetStorage (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetStorage (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 590u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetCountryCode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetCountryCode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 591u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetCountryCode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetCountryCode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 594u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiStaGetAid (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiStaGetAid (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 595u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiStaGetNegotiatedPhymode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiStaGetNegotiatedPhymode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 597u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiStaGetRssi (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiStaGetRssi (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 598u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetProtocols (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetProtocols (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 599u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetProtocols (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetProtocols (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 600u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetBandwidths (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetBandwidths (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 601u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetBandwidths (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetBandwidths (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 602u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetBand (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetBand (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 603u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetBand (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetBand (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 604u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiSetBandmode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiSetBandmode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 605u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiGetBandmode (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiGetBandmode (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 606u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespGetCoprocessorFwversion (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespGetCoprocessorFwversion (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 607u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: RespWifiScanGetApRecord (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: RespWifiScanGetApRecord (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 769u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventEspInit (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventEspInit (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 770u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventHeartbeat (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventHeartbeat (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 771u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventApStaConnected (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventApStaConnected (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 772u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventApStaDisconnected (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventApStaDisconnected (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 773u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventWifiEventNoArgs (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventWifiEventNoArgs (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 774u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventStaScanDone (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventStaScanDone (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 775u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventStaConnected (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventStaConnected (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } 776u32 => { let mut_ref = loop { if let :: core :: option :: Option :: Some (variant) = & mut self . r#payload { if let Rpc_ :: Payload :: EventStaDisconnected (variant) = & mut * variant { break & mut * variant ; } } self . r#payload = :: core :: option :: Option :: Some (Rpc_ :: Payload :: EventStaDisconnected (:: core :: default :: Default :: default ())) ; } ; mut_ref . decode_len_delimited (decoder) ? ; ; } _ => { decoder . skip_wire_value (tag . wire_type ()) ? ; } } } Ok (()) } } impl < > :: micropb :: MessageEncode for Rpc < > { const MAX_SIZE : :: core :: option :: Option < usize > = 'msg : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (10usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: core :: option :: Option :: Some (5usize) , | size | size + 1usize) { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; if let :: core :: option :: Option :: Some (size) = 'oneof : { let mut max_size = 0 ; if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_GetMacAddress as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_SetMacAddress as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_GetMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_SetMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_SetPs as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_GetPs as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_OTABegin as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_OTAWrite as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_OTAEnd as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetMaxTxPower as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetMaxTxPower as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_ConfigHeartbeat as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiInit as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiDeinit as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiStart as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiStop as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiConnect as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiDisconnect as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetConfig as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetConfig as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiScanStart as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiScanStop as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiScanGetApNum as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiScanGetApRecords as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiClearApList as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiRestore as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiClearFastConnect as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiDeauthSta as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiStaGetApInfo as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetProtocol as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetProtocol as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetBandwidth as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetBandwidth as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetChannel as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetChannel as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetCountry as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetCountry as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiApGetStaList as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiApGetStaAid as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetStorage as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetCountryCode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetCountryCode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiStaGetAid as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiStaGetNegotiatedPhymode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiStaGetRssi as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetProtocols as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetProtocols as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetBandwidths as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetBandwidths as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetBand as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetBand as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiSetBandMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiGetBandMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_GetCoprocessorFwVersion as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Req_WifiScanGetApRecord as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_GetMacAddress as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_SetMacAddress as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_GetMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_SetMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_SetPs as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_GetPs as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_OTABegin as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_OTAWrite as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_OTAEnd as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetMaxTxPower as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetMaxTxPower as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_ConfigHeartbeat as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiInit as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiDeinit as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiStart as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiStop as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiConnect as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiDisconnect as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetConfig as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetConfig as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiScanStart as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiScanStop as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiScanGetApNum as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiScanGetApRecords as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiClearApList as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiRestore as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiClearFastConnect as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiDeauthSta as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiStaGetApInfo as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetProtocol as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetProtocol as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetBandwidth as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetBandwidth as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetChannel as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetChannel as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetCountry as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetCountry as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiApGetStaList as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiApGetStaAid as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetStorage as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetCountryCode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetCountryCode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiStaGetAid as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiStaGetNegotiatedPhymode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiStaGetRssi as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetProtocols as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetProtocols as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetBandwidths as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetBandwidths as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetBand as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetBand as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiSetBandMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiGetBandMode as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_GetCoprocessorFwVersion as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Resp_WifiScanGetApRecord as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_ESPInit as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_Heartbeat as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_AP_StaConnected as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_AP_StaDisconnected as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_WifiEventNoArgs as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_StaScanDone as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_StaConnected as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } if let :: core :: option :: Option :: Some (size) = :: micropb :: const_map ! (:: micropb :: const_map ! (< Rpc_Event_StaDisconnected as :: micropb :: MessageEncode > :: MAX_SIZE , | size | :: micropb :: size :: sizeof_len_record (size)) , | size | size + 2usize) { if size > max_size { max_size = size ; } } else { break 'oneof (:: core :: option :: Option :: < usize > :: None) ; } :: core :: option :: Option :: Some (max_size) } { max_size += size ; } else { break 'msg (:: core :: option :: Option :: < usize > :: None) ; } ; :: core :: option :: Option :: Some (max_size) } ; fn encode < IMPL_MICROPB_WRITE : :: micropb :: PbWrite > (& self , encoder : & mut :: micropb :: PbEncoder < IMPL_MICROPB_WRITE > ,) -> Result < () , IMPL_MICROPB_WRITE :: Error > { use :: micropb :: { PbMap , FieldEncode } ; { let val_ref = & self . r#msg_type ; if val_ref . 0 != 0 { encoder . encode_varint32 (8u32) ? ; encoder . encode_int32 (val_ref . 0 as _) ? ; } } { let val_ref = & self . r#msg_id ; if val_ref . 0 != 0 { encoder . encode_varint32 (16u32) ? ; encoder . encode_int32 (val_ref . 0 as _) ? ; } } { let val_ref = & self . r#uid ; if * val_ref != 0 { encoder . encode_varint32 (24u32) ? ; encoder . encode_varint32 (* val_ref as _) ? ; } } if let Some (oneof) = & self . r#payload { match & * oneof { Rpc_ :: Payload :: ReqGetMacAddress (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2058u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqSetMacAddress (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2066u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqGetWifiMode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2074u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqSetWifiMode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2082u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetPs (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2162u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetPs (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2170u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqOtaBegin (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2178u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqOtaWrite (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2186u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqOtaEnd (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2194u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2202u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2210u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqConfigHeartbeat (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2218u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiInit (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2226u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiDeinit (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2234u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiStart (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2242u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiStop (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2250u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiConnect (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2258u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiDisconnect (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2266u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetConfig (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2274u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetConfig (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2282u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiScanStart (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2290u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiScanStop (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2298u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiScanGetApNum (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2306u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiScanGetApRecords (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2314u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiClearApList (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2322u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiRestore (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2330u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiClearFastConnect (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2338u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiDeauthSta (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2346u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiStaGetApInfo (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2354u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetProtocol (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2378u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetProtocol (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2386u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetBandwidth (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2394u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetBandwidth (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2402u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetChannel (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2410u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetChannel (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2418u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetCountry (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2426u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetCountry (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2434u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiApGetStaList (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2490u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiApGetStaAid (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2498u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetStorage (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2506u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetCountryCode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2674u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetCountryCode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2682u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiStaGetAid (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2706u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiStaGetNegotiatedPhymode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2714u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiStaGetRssi (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2730u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetProtocols (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2738u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetProtocols (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2746u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetBandwidths (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2754u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetBandwidths (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2762u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetBand (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2770u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetBand (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2778u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiSetBandmode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2786u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiGetBandmode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2794u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqGetCoprocessorFwversion (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2802u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: ReqWifiScanGetApRecord (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (2810u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespGetMacAddress (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4106u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespSetMacAddress (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4114u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespGetWifiMode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4122u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespSetWifiMode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4130u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetPs (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4210u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetPs (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4218u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespOtaBegin (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4226u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespOtaWrite (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4234u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespOtaEnd (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4242u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4250u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4258u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespConfigHeartbeat (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4266u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiInit (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4274u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiDeinit (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4282u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiStart (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4290u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiStop (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4298u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiConnect (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4306u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiDisconnect (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4314u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetConfig (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4322u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetConfig (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4330u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiScanStart (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4338u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiScanStop (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4346u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiScanGetApNum (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4354u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiScanGetApRecords (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4362u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiClearApList (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4370u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiRestore (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4378u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiClearFastConnect (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4386u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiDeauthSta (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4394u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiStaGetApInfo (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4402u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetProtocol (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4426u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetProtocol (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4434u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetBandwidth (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4442u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetBandwidth (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4450u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetChannel (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4458u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetChannel (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4466u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetCountry (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4474u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetCountry (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4482u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiApGetStaList (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4538u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiApGetStaAid (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4546u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetStorage (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4554u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetCountryCode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4722u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetCountryCode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4730u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiStaGetAid (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4754u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiStaGetNegotiatedPhymode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4762u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiStaGetRssi (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4778u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetProtocols (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4786u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetProtocols (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4794u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetBandwidths (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4802u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetBandwidths (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4810u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetBand (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4818u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetBand (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4826u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiSetBandmode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4834u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiGetBandmode (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4842u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespGetCoprocessorFwversion (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4850u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: RespWifiScanGetApRecord (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (4858u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventEspInit (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6154u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventHeartbeat (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6162u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventApStaConnected (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6170u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventApStaDisconnected (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6178u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventWifiEventNoArgs (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6186u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventStaScanDone (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6194u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventStaConnected (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6202u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } Rpc_ :: Payload :: EventStaDisconnected (val_ref) => { let val_ref = & * val_ref ; encoder . encode_varint32 (6210u32) ? ; val_ref . encode_len_delimited (encoder) ? ; } } } Ok (()) } fn compute_size (& self) -> usize { use :: micropb :: { PbMap , FieldEncode } ; let mut size = 0 ; { let val_ref = & self . r#msg_type ; if val_ref . 0 != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (val_ref . 0 as _) ; } } { let val_ref = & self . r#msg_id ; if val_ref . 0 != 0 { size += 1usize + :: micropb :: size :: sizeof_int32 (val_ref . 0 as _) ; } } { let val_ref = & self . r#uid ; if * val_ref != 0 { size += 1usize + :: micropb :: size :: sizeof_varint32 (* val_ref as _) ; } } if let Some (oneof) = & self . r#payload { match & * oneof { Rpc_ :: Payload :: ReqGetMacAddress (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqSetMacAddress (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqGetWifiMode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqSetWifiMode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetPs (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetPs (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqOtaBegin (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqOtaWrite (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqOtaEnd (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqConfigHeartbeat (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiInit (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiDeinit (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiStart (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiStop (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiConnect (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiDisconnect (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetConfig (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetConfig (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiScanStart (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiScanStop (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiScanGetApNum (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiScanGetApRecords (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiClearApList (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiRestore (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiClearFastConnect (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiDeauthSta (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiStaGetApInfo (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetProtocol (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetProtocol (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetBandwidth (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetBandwidth (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetChannel (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetChannel (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetCountry (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetCountry (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiApGetStaList (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiApGetStaAid (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetStorage (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetCountryCode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetCountryCode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiStaGetAid (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiStaGetNegotiatedPhymode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiStaGetRssi (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetProtocols (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetProtocols (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetBandwidths (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetBandwidths (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetBand (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetBand (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiSetBandmode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiGetBandmode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqGetCoprocessorFwversion (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: ReqWifiScanGetApRecord (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespGetMacAddress (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespSetMacAddress (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespGetWifiMode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespSetWifiMode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetPs (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetPs (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespOtaBegin (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespOtaWrite (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespOtaEnd (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetMaxTxPower (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespConfigHeartbeat (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiInit (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiDeinit (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiStart (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiStop (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiConnect (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiDisconnect (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetConfig (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetConfig (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiScanStart (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiScanStop (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiScanGetApNum (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiScanGetApRecords (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiClearApList (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiRestore (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiClearFastConnect (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiDeauthSta (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiStaGetApInfo (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetProtocol (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetProtocol (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetBandwidth (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetBandwidth (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetChannel (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetChannel (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetCountry (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetCountry (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiApGetStaList (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiApGetStaAid (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetStorage (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetCountryCode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetCountryCode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiStaGetAid (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiStaGetNegotiatedPhymode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiStaGetRssi (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetProtocols (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetProtocols (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetBandwidths (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetBandwidths (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetBand (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetBand (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiSetBandmode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiGetBandmode (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespGetCoprocessorFwversion (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: RespWifiScanGetApRecord (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventEspInit (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventHeartbeat (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventApStaConnected (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventApStaDisconnected (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventWifiEventNoArgs (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventStaScanDone (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventStaConnected (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } Rpc_ :: Payload :: EventStaDisconnected (val_ref) => { let val_ref = & * val_ref ; size += 2usize + :: micropb :: size :: sizeof_len_record (val_ref . compute_size ()) ; } } } size } } # [derive (Debug , Clone , Copy , PartialEq , Eq , Hash)] # [repr (transparent)] pub struct Rpc_WifiBw (pub i32) ; impl Rpc_WifiBw { pub const BwInvalid : Self = Self (0) ; pub const Ht20 : Self = Self (1) ; pub const Ht40 : Self = Self (2) ; } impl core :: default :: Default for Rpc_WifiBw { fn default () -> Self { Self (0) } } impl core :: convert :: From < i32 > for Rpc_WifiBw { fn from (val : i32) -> Self { Self (val) } } # [derive (Debug , Clone , Copy , PartialEq , Eq , Hash)] # [repr (transparent)] pub struct Rpc_WifiPowerSave (pub i32) ; impl Rpc_WifiPowerSave { pub const PsInvalid : Self = Self (0) ; pub const MinModem : Self = Self (1) ; pub const MaxModem : Self = Self (2) ; } impl core :: default :: Default for Rpc_WifiPowerSave { fn default () -> Self { Self (0) } } impl core :: convert :: From < i32 > for Rpc_WifiPowerSave { fn from (val : i32) -> Self { Self (val) } } # [derive (Debug , Clone , Copy , PartialEq , Eq , Hash)] # [repr (transparent)] pub struct Rpc_WifiSecProt (pub i32) ; impl Rpc_WifiSecProt { pub const Open : Self = Self (0) ; pub const Wep : Self = Self (1) ; pub const WpaPsk : Self = Self (2) ; pub const Wpa2Psk : Self = Self (3) ; pub const WpaWpa2Psk : Self = Self (4) ; pub const Wpa2Enterprise : Self = Self (5) ; pub const Wpa3Psk : Self = Self (6) ; pub const Wpa2Wpa3Psk : Self = Self (7) ; } impl core :: default :: Default for Rpc_WifiSecProt { fn default () -> Self { Self (0) } } impl core :: convert :: From < i32 > for Rpc_WifiSecProt { fn from (val : i32) -> Self { Self (val) } } # [derive (Debug , Clone , Copy , PartialEq , Eq , Hash)] # [repr (transparent)] pub struct Rpc_Status (pub i32) ; impl Rpc_Status { pub const Connected : Self = Self (0) ; pub const NotConnected : Self = Self (1) ; pub const NoApFound : Self = Self (2) ; pub const ConnectionFail : Self = Self (3) ; pub const InvalidArgument : Self = Self (4) ; pub const OutOfRange : Self = Self (5) ; } impl core :: default :: Default for Rpc_Status { fn default () -> Self { Self (0) } } impl core :: convert :: From < i32 > for Rpc_Status { fn from (val : i32) -> Self { Self (val) } } # [derive (Debug , Clone , Copy , PartialEq , Eq , Hash)] # [repr (transparent)] pub struct RpcType (pub i32) ; impl RpcType { pub const MsgTypeInvalid : Self = Self (0) ; pub const Req : Self = Self (1) ; pub const Resp : Self = Self (2) ; pub const Event : Self = Self (3) ; pub const MsgTypeMax : Self = Self (4) ; } impl core :: default :: Default for RpcType { fn default () -> Self { Self (0) } } impl core :: convert :: From < i32 > for RpcType { fn from (val : i32) -> Self { Self (val) } } # [derive (Debug , Clone , Copy , PartialEq , Eq , Hash)] # [repr (transparent)] pub struct RpcId (pub i32) ; impl RpcId { pub const MsgIdInvalid : Self = Self (0) ; pub const ReqBase : Self = Self (256) ; pub const ReqGetMacAddress : Self = Self (257) ; pub const ReqSetMacAddress : Self = Self (258) ; pub const ReqGetWifiMode : Self = Self (259) ; pub const ReqSetWifiMode : Self = Self (260) ; pub const ReqWifiSetPs : Self = Self (270) ; pub const ReqWifiGetPs : Self = Self (271) ; pub const ReqOtaBegin : Self = Self (272) ; pub const ReqOtaWrite : Self = Self (273) ; pub const ReqOtaEnd : Self = Self (274) ; pub const ReqWifiSetMaxTxPower : Self = Self (275) ; pub const ReqWifiGetMaxTxPower : Self = Self (276) ; pub const ReqConfigHeartbeat : Self = Self (277) ; pub const ReqWifiInit : Self = Self (278) ; pub const ReqWifiDeinit : Self = Self (279) ; pub const ReqWifiStart : Self = Self (280) ; pub const ReqWifiStop : Self = Self (281) ; pub const ReqWifiConnect : Self = Self (282) ; pub const ReqWifiDisconnect : Self = Self (283) ; pub const ReqWifiSetConfig : Self = Self (284) ; pub const ReqWifiGetConfig : Self = Self (285) ; pub const ReqWifiScanStart : Self = Self (286) ; pub const ReqWifiScanStop : Self = Self (287) ; pub const ReqWifiScanGetApNum : Self = Self (288) ; pub const ReqWifiScanGetApRecords : Self = Self (289) ; pub const ReqWifiClearApList : Self = Self (290) ; pub const ReqWifiRestore : Self = Self (291) ; pub const ReqWifiClearFastConnect : Self = Self (292) ; pub const ReqWifiDeauthSta : Self = Self (293) ; pub const ReqWifiStaGetApInfo : Self = Self (294) ; pub const ReqWifiSetProtocol : Self = Self (297) ; pub const ReqWifiGetProtocol : Self = Self (298) ; pub const ReqWifiSetBandwidth : Self = Self (299) ; pub const ReqWifiGetBandwidth : Self = Self (300) ; pub const ReqWifiSetChannel : Self = Self (301) ; pub const ReqWifiGetChannel : Self = Self (302) ; pub const ReqWifiSetCountry : Self = Self (303) ; pub const ReqWifiGetCountry : Self = Self (304) ; pub const ReqWifiSetPromiscuous : Self = Self (305) ; pub const ReqWifiGetPromiscuous : Self = Self (306) ; pub const ReqWifiSetPromiscuousFilter : Self = Self (307) ; pub const ReqWifiGetPromiscuousFilter : Self = Self (308) ; pub const ReqWifiSetPromiscuousCtrlFilter : Self = Self (309) ; pub const ReqWifiGetPromiscuousCtrlFilter : Self = Self (310) ; pub const ReqWifiApGetStaList : Self = Self (311) ; pub const ReqWifiApGetStaAid : Self = Self (312) ; pub const ReqWifiSetStorage : Self = Self (313) ; pub const ReqWifiSetVendorIe : Self = Self (314) ; pub const ReqWifiSetEventMask : Self = Self (315) ; pub const ReqWifiGetEventMask : Self = Self (316) ; pub const ReqWifi80211Tx : Self = Self (317) ; pub const ReqWifiSetCsiConfig : Self = Self (318) ; pub const ReqWifiSetCsi : Self = Self (319) ; pub const ReqWifiSetAntGpio : Self = Self (320) ; pub const ReqWifiGetAntGpio : Self = Self (321) ; pub const ReqWifiSetAnt : Self = Self (322) ; pub const ReqWifiGetAnt : Self = Self (323) ; pub const ReqWifiGetTsfTime : Self = Self (324) ; pub const ReqWifiSetInactiveTime : Self = Self (325) ; pub const ReqWifiGetInactiveTime : Self = Self (326) ; pub const ReqWifiStatisDump : Self = Self (327) ; pub const ReqWifiSetRssiThreshold : Self = Self (328) ; pub const ReqWifiFtmInitiateSession : Self = Self (329) ; pub const ReqWifiFtmEndSession : Self = Self (330) ; pub const ReqWifiFtmRespSetOffset : Self = Self (331) ; pub const ReqWifiConfig11BRate : Self = Self (332) ; pub const ReqWifiConnectionlessModuleSetWakeInterval : Self = Self (333) ; pub const ReqWifiSetCountryCode : Self = Self (334) ; pub const ReqWifiGetCountryCode : Self = Self (335) ; pub const ReqWifiConfig80211TxRate : Self = Self (336) ; pub const ReqWifiDisablePmfConfig : Self = Self (337) ; pub const ReqWifiStaGetAid : Self = Self (338) ; pub const ReqWifiStaGetNegotiatedPhymode : Self = Self (339) ; pub const ReqWifiSetDynamicCs : Self = Self (340) ; pub const ReqWifiStaGetRssi : Self = Self (341) ; pub const ReqWifiSetProtocols : Self = Self (342) ; pub const ReqWifiGetProtocols : Self = Self (343) ; pub const ReqWifiSetBandwidths : Self = Self (344) ; pub const ReqWifiGetBandwidths : Self = Self (345) ; pub const ReqWifiSetBand : Self = Self (346) ; pub const ReqWifiGetBand : Self = Self (347) ; pub const ReqWifiSetBandMode : Self = Self (348) ; pub const ReqWifiGetBandMode : Self = Self (349) ; pub const ReqGetCoprocessorFwVersion : Self = Self (350) ; pub const ReqWifiScanGetApRecord : Self = Self (351) ; pub const ReqMax : Self = Self (352) ; pub const RespBase : Self = Self (512) ; pub const RespGetMacAddress : Self = Self (513) ; pub const RespSetMacAddress : Self = Self (514) ; pub const RespGetWifiMode : Self = Self (515) ; pub const RespSetWifiMode : Self = Self (516) ; pub const RespWifiSetPs : Self = Self (526) ; pub const RespWifiGetPs : Self = Self (527) ; pub const RespOtaBegin : Self = Self (528) ; pub const RespOtaWrite : Self = Self (529) ; pub const RespOtaEnd : Self = Self (530) ; pub const RespWifiSetMaxTxPower : Self = Self (531) ; pub const RespWifiGetMaxTxPower : Self = Self (532) ; pub const RespConfigHeartbeat : Self = Self (533) ; pub const RespWifiInit : Self = Self (534) ; pub const RespWifiDeinit : Self = Self (535) ; pub const RespWifiStart : Self = Self (536) ; pub const RespWifiStop : Self = Self (537) ; pub const RespWifiConnect : Self = Self (538) ; pub const RespWifiDisconnect : Self = Self (539) ; pub const RespWifiSetConfig : Self = Self (540) ; pub const RespWifiGetConfig : Self = Self (541) ; pub const RespWifiScanStart : Self = Self (542) ; pub const RespWifiScanStop : Self = Self (543) ; pub const RespWifiScanGetApNum : Self = Self (544) ; pub const RespWifiScanGetApRecords : Self = Self (545) ; pub const RespWifiClearApList : Self = Self (546) ; pub const RespWifiRestore : Self = Self (547) ; pub const RespWifiClearFastConnect : Self = Self (548) ; pub const RespWifiDeauthSta : Self = Self (549) ; pub const RespWifiStaGetApInfo : Self = Self (550) ; pub const RespWifiSetProtocol : Self = Self (553) ; pub const RespWifiGetProtocol : Self = Self (554) ; pub const RespWifiSetBandwidth : Self = Self (555) ; pub const RespWifiGetBandwidth : Self = Self (556) ; pub const RespWifiSetChannel : Self = Self (557) ; pub const RespWifiGetChannel : Self = Self (558) ; pub const RespWifiSetCountry : Self = Self (559) ; pub const RespWifiGetCountry : Self = Self (560) ; pub const RespWifiSetPromiscuous : Self = Self (561) ; pub const RespWifiGetPromiscuous : Self = Self (562) ; pub const RespWifiSetPromiscuousFilter : Self = Self (563) ; pub const RespWifiGetPromiscuousFilter : Self = Self (564) ; pub const RespWifiSetPromiscuousCtrlFilter : Self = Self (565) ; pub const RespWifiGetPromiscuousCtrlFilter : Self = Self (566) ; pub const RespWifiApGetStaList : Self = Self (567) ; pub const RespWifiApGetStaAid : Self = Self (568) ; pub const RespWifiSetStorage : Self = Self (569) ; pub const RespWifiSetVendorIe : Self = Self (570) ; pub const RespWifiSetEventMask : Self = Self (571) ; pub const RespWifiGetEventMask : Self = Self (572) ; pub const RespWifi80211Tx : Self = Self (573) ; pub const RespWifiSetCsiConfig : Self = Self (574) ; pub const RespWifiSetCsi : Self = Self (575) ; pub const RespWifiSetAntGpio : Self = Self (576) ; pub const RespWifiGetAntGpio : Self = Self (577) ; pub const RespWifiSetAnt : Self = Self (578) ; pub const RespWifiGetAnt : Self = Self (579) ; pub const RespWifiGetTsfTime : Self = Self (580) ; pub const RespWifiSetInactiveTime : Self = Self (581) ; pub const RespWifiGetInactiveTime : Self = Self (582) ; pub const RespWifiStatisDump : Self = Self (583) ; pub const RespWifiSetRssiThreshold : Self = Self (584) ; pub const RespWifiFtmInitiateSession : Self = Self (585) ; pub const RespWifiFtmEndSession : Self = Self (586) ; pub const RespWifiFtmRespSetOffset : Self = Self (587) ; pub const RespWifiConfig11BRate : Self = Self (588) ; pub const RespWifiConnectionlessModuleSetWakeInterval : Self = Self (589) ; pub const RespWifiSetCountryCode : Self = Self (590) ; pub const RespWifiGetCountryCode : Self = Self (591) ; pub const RespWifiConfig80211TxRate : Self = Self (592) ; pub const RespWifiDisablePmfConfig : Self = Self (593) ; pub const RespWifiStaGetAid : Self = Self (594) ; pub const RespWifiStaGetNegotiatedPhymode : Self = Self (595) ; pub const RespWifiSetDynamicCs : Self = Self (596) ; pub const RespWifiStaGetRssi : Self = Self (597) ; pub const RespWifiSetProtocols : Self = Self (598) ; pub const RespWifiGetProtocols : Self = Self (599) ; pub const RespWifiSetBandwidths : Self = Self (600) ; pub const RespWifiGetBandwidths : Self = Self (601) ; pub const RespWifiSetBand : Self = Self (602) ; pub const RespWifiGetBand : Self = Self (603) ; pub const RespWifiSetBandMode : Self = Self (604) ; pub const RespWifiGetBandMode : Self = Self (605) ; pub const RespGetCoprocessorFwVersion : Self = Self (606) ; pub const RespWifiScanGetApRecord : Self = Self (607) ; pub const RespMax : Self = Self (608) ; pub const EventBase : Self = Self (768) ; pub const EventEspInit : Self = Self (769) ; pub const EventHeartbeat : Self = Self (770) ; pub const EventApStaConnected : Self = Self (771) ; pub const EventApStaDisconnected : Self = Self (772) ; pub const EventWifiEventNoArgs : Self = Self (773) ; pub const EventStaScanDone : Self = Self (774) ; pub const EventStaConnected : Self = Self (775) ; pub const EventStaDisconnected : Self = Self (776) ; pub const EventMax : Self = Self (777) ; } impl core :: default :: Default for RpcId { fn default () -> Self { Self (0) } } impl core :: convert :: From < i32 > for RpcId { fn from (val : i32) -> Self { Self (val) } }"
[INFO] [stderr] 
[INFO] [stderr]   thread 'main' (933) panicked at build.rs:87:56:
[INFO] [stderr]   called `Result::unwrap()` on an `Err` value: Os { code: 30, kind: ReadOnlyFilesystem, message: "Read-only file system" }
[INFO] [stderr]   stack backtrace:
[INFO] [stderr]      0:     0x5963676d2b81 - std[3164a59e47d3bde]::backtrace_rs::backtrace::libunwind::trace
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/../../backtrace/src/backtrace/libunwind.rs:117:9
[INFO] [stderr]      1:     0x5963676d2b81 - std[3164a59e47d3bde]::backtrace_rs::backtrace::trace_unsynchronized::<std[3164a59e47d3bde]::sys::backtrace::_print_fmt::{closure#1}>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/../../backtrace/src/backtrace/mod.rs:66:14
[INFO] [stderr]      2:     0x5963676d2b81 - std[3164a59e47d3bde]::sys::backtrace::_print_fmt
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/sys/backtrace.rs:74:9
[INFO] [stderr]      3:     0x5963676d2b81 - <<std[3164a59e47d3bde]::sys::backtrace::BacktraceLock>::print::DisplayBacktrace as core[934024a1e6126fb4]::fmt::Display>::fmt
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/sys/backtrace.rs:44:26
[INFO] [stderr]      4:     0x5963676e656a - <core[934024a1e6126fb4]::fmt::rt::Argument>::fmt
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/core/src/fmt/rt.rs:152:76
[INFO] [stderr]      5:     0x5963676e656a - core[934024a1e6126fb4]::fmt::write
[INFO] [stderr]      6:     0x5963676d6fac - core[934024a1e6126fb4]::io::write::default_write_fmt::<std[3164a59e47d3bde]::sys::stdio::unix::Stderr>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/core/src/io/write.rs:402:11
[INFO] [stderr]      7:     0x5963676d6fac - <std[3164a59e47d3bde]::sys::stdio::unix::Stderr as core[934024a1e6126fb4]::io::write::Write>::write_fmt
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/core/src/io/write.rs:335:13
[INFO] [stderr]      8:     0x5963676b3b26 - <std[3164a59e47d3bde]::sys::backtrace::BacktraceLock>::print
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/sys/backtrace.rs:47:9
[INFO] [stderr]      9:     0x5963676b3b26 - std[3164a59e47d3bde]::panicking::default_hook::{closure#0}
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:289:27
[INFO] [stderr]     10:     0x5963676cd3f1 - std[3164a59e47d3bde]::panicking::default_hook
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:316:9
[INFO] [stderr]     11:     0x5963676cd71b - std[3164a59e47d3bde]::panicking::panic_with_hook
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:811:13
[INFO] [stderr]     12:     0x5963676b3bd2 - std[3164a59e47d3bde]::panicking::panic_handler::{closure#0}
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:685:13
[INFO] [stderr]     13:     0x5963676ac6c9 - std[3164a59e47d3bde]::sys::backtrace::__rust_end_short_backtrace::<std[3164a59e47d3bde]::panicking::panic_handler::{closure#0}, !>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/sys/backtrace.rs:182:18
[INFO] [stderr]     14:     0x5963676b440d - __rustc[2e7b49d4226056d3]::rust_begin_unwind
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:676:5
[INFO] [stderr]     15:     0x5963676e6e0c - core[934024a1e6126fb4]::panicking::panic_fmt
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/core/src/panicking.rs:80:14
[INFO] [stderr]     16:     0x5963676e6b62 - core[934024a1e6126fb4]::result::unwrap_failed
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/core/src/result.rs:1866:5
[INFO] [stderr]     17:     0x5963674e1b59 - build_script_build[1c752665bfc7068f]::main
[INFO] [stderr]     18:     0x5963674d1883 - <fn() as core[934024a1e6126fb4]::ops::function::FnOnce<()>>::call_once
[INFO] [stderr]     19:     0x5963674dec96 - std[3164a59e47d3bde]::sys::backtrace::__rust_begin_short_backtrace::<fn(), ()>
[INFO] [stderr]     20:     0x5963674e00a9 - std[3164a59e47d3bde]::rt::lang_start::<()>::{closure#0}
[INFO] [stderr]     21:     0x5963676cc758 - <&dyn core[934024a1e6126fb4]::ops::function::Fn<(), Output = i32> + core[934024a1e6126fb4]::marker::Sync + core[934024a1e6126fb4]::panic::unwind_safe::RefUnwindSafe as core[934024a1e6126fb4]::ops::function::FnOnce<()>>::call_once
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/core/src/ops/function.rs:287:21
[INFO] [stderr]     22:     0x5963676cc758 - std[3164a59e47d3bde]::panicking::catch_unwind::do_call::<&dyn core[934024a1e6126fb4]::ops::function::Fn<(), Output = i32> + core[934024a1e6126fb4]::marker::Sync + core[934024a1e6126fb4]::panic::unwind_safe::RefUnwindSafe, i32>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:573:43
[INFO] [stderr]     23:     0x5963676cc758 - std[3164a59e47d3bde]::panicking::catch_unwind::<i32, &dyn core[934024a1e6126fb4]::ops::function::Fn<(), Output = i32> + core[934024a1e6126fb4]::marker::Sync + core[934024a1e6126fb4]::panic::unwind_safe::RefUnwindSafe>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:541:19
[INFO] [stderr]     24:     0x5963676cc758 - std[3164a59e47d3bde]::panic::catch_unwind::<&dyn core[934024a1e6126fb4]::ops::function::Fn<(), Output = i32> + core[934024a1e6126fb4]::marker::Sync + core[934024a1e6126fb4]::panic::unwind_safe::RefUnwindSafe, i32>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panic.rs:359:14
[INFO] [stderr]     25:     0x5963676cc758 - std[3164a59e47d3bde]::rt::lang_start_internal::{closure#0}
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/rt.rs:175:24
[INFO] [stderr]     26:     0x5963676cc758 - std[3164a59e47d3bde]::panicking::catch_unwind::do_call::<std[3164a59e47d3bde]::rt::lang_start_internal::{closure#0}, isize>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:573:43
[INFO] [stderr]     27:     0x5963676cc758 - std[3164a59e47d3bde]::panicking::catch_unwind::<isize, std[3164a59e47d3bde]::rt::lang_start_internal::{closure#0}>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panicking.rs:541:19
[INFO] [stderr]     28:     0x5963676cc758 - std[3164a59e47d3bde]::panic::catch_unwind::<std[3164a59e47d3bde]::rt::lang_start_internal::{closure#0}, isize>
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/panic.rs:359:14
[INFO] [stderr]     29:     0x5963676cc758 - std[3164a59e47d3bde]::rt::lang_start_internal
[INFO] [stderr]                                  at /rustc/3154cc1a3e6424e44f438a95007d043ed5ceaaf6/library/std/src/rt.rs:171:5
[INFO] [stderr]     30:     0x5963674dec31 - std[3164a59e47d3bde]::rt::lang_start::<()>
[INFO] [stderr]     31:     0x5963674e41e5 - main
[INFO] [stderr]     32:     0x7af71c18b601 - <unknown>
[INFO] [stderr]     33:     0x7af71c18b718 - __libc_start_main
[INFO] [stderr]     34:     0x5963674ca8f5 - _start
[INFO] [stderr]     35:                0x0 - <unknown>
[INFO] running `Command { std: "docker" "inspect" "2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769", kill_on_drop: false }`
[INFO] running `Command { std: "docker" "rm" "-f" "2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769", kill_on_drop: false }`
[INFO] [stdout] 2be33a007acb8a8212b961aa3c6405579e0765b856decf42dfae3d515c95b769
