[INFO] crate newtype-ops 0.1.3 is already in cache
[INFO] extracting crate newtype-ops 0.1.3 into work/ex/pr-60914/sources/master#39401465da4ce27aeeb2c2a26133ac35c63aa515/reg/newtype-ops/0.1.3
[INFO] extracting crate newtype-ops 0.1.3 into work/ex/pr-60914/sources/try#f45cc3094ee337acd688771b9234318046b0572d/reg/newtype-ops/0.1.3
[INFO] validating manifest of newtype-ops-0.1.3 on toolchain master#39401465da4ce27aeeb2c2a26133ac35c63aa515
[INFO] running `"/mnt/crater-raid/crater/work/local/cargo-home/bin/cargo" "+39401465da4ce27aeeb2c2a26133ac35c63aa515-alt" "read-manifest" "--manifest-path" "Cargo.toml"`
[INFO] validating manifest of newtype-ops-0.1.3 on toolchain try#f45cc3094ee337acd688771b9234318046b0572d
[INFO] running `"/mnt/crater-raid/crater/work/local/cargo-home/bin/cargo" "+f45cc3094ee337acd688771b9234318046b0572d-alt" "read-manifest" "--manifest-path" "Cargo.toml"`
[INFO] started frobbing newtype-ops-0.1.3
[INFO] finished frobbing newtype-ops-0.1.3
[INFO] frobbed toml for newtype-ops-0.1.3 written to work/ex/pr-60914/sources/master#39401465da4ce27aeeb2c2a26133ac35c63aa515/reg/newtype-ops/0.1.3/Cargo.toml
[INFO] started frobbing newtype-ops-0.1.3
[INFO] finished frobbing newtype-ops-0.1.3
[INFO] frobbed toml for newtype-ops-0.1.3 written to work/ex/pr-60914/sources/try#f45cc3094ee337acd688771b9234318046b0572d/reg/newtype-ops/0.1.3/Cargo.toml
[INFO] running `"/mnt/crater-raid/crater/work/local/cargo-home/bin/cargo" "+39401465da4ce27aeeb2c2a26133ac35c63aa515-alt" "generate-lockfile" "--manifest-path" "Cargo.toml" "-Zno-index-update"`
[INFO] running `"/mnt/crater-raid/crater/work/local/cargo-home/bin/cargo" "+f45cc3094ee337acd688771b9234318046b0572d-alt" "generate-lockfile" "--manifest-path" "Cargo.toml" "-Zno-index-update"`
[INFO] running `"/mnt/crater-raid/crater/work/local/cargo-home/bin/cargo" "+39401465da4ce27aeeb2c2a26133ac35c63aa515-alt" "fetch" "--locked" "--manifest-path" "Cargo.toml"`
[INFO] [stderr]     Blocking waiting for file lock on package cache lock
[INFO] running `"/mnt/crater-raid/crater/work/local/cargo-home/bin/cargo" "+f45cc3094ee337acd688771b9234318046b0572d-alt" "fetch" "--locked" "--manifest-path" "Cargo.toml"`
[INFO] [stderr]     Blocking waiting for file lock on package cache lock
[INFO] checking newtype-ops-0.1.3 against master#39401465da4ce27aeeb2c2a26133ac35c63aa515 for pr-60914
[INFO] running `"docker" "create" "-v" "/mnt/crater-raid/crater/work/local/target-dirs/pr-60914/worker-7/master#39401465da4ce27aeeb2c2a26133ac35c63aa515:/opt/crater/target:rw,Z" "-v" "/mnt/crater-raid/crater/work/ex/pr-60914/sources/master#39401465da4ce27aeeb2c2a26133ac35c63aa515/reg/newtype-ops/0.1.3:/opt/crater/workdir:ro,Z" "-v" "/mnt/crater-raid/crater/work/local/cargo-home:/opt/crater/cargo-home:ro,Z" "-v" "/mnt/crater-raid/crater/work/local/rustup-home:/opt/crater/rustup-home:ro,Z" "-e" "USER_ID=1000" "-e" "SOURCE_DIR=/opt/crater/workdir" "-e" "MAP_USER_ID=1000" "-e" "CARGO_TARGET_DIR=/opt/crater/target" "-e" "CARGO_INCREMENTAL=0" "-e" "RUST_BACKTRACE=full" "-e" "RUSTFLAGS=--cap-lints=forbid" "-e" "CARGO_HOME=/opt/crater/cargo-home" "-e" "RUSTUP_HOME=/opt/crater/rustup-home" "-w" "/opt/crater/workdir" "-m" "1536M" "--network" "none" "rustops/crates-build-env" "/opt/crater/cargo-home/bin/cargo" "+39401465da4ce27aeeb2c2a26133ac35c63aa515-alt" "check" "--frozen" "--all" "--all-targets"`
[INFO] [stdout] 4944966664fbb0220c0414e1fc2dc773bad4560227c5c24454899253efd07a66
[INFO] running `"docker" "start" "-a" "4944966664fbb0220c0414e1fc2dc773bad4560227c5c24454899253efd07a66"`
[INFO] [stderr]     Checking newtype-ops v0.1.3 (/opt/crater/workdir)
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:573:3
[INFO] [stderr]     |
[INFO] [stderr] 573 |         assert_eq!(Foo(-3), -Foo(3));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Foo ( - 3 ) , - Foo ( 3 ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Foo(-3) , & -Foo(3) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:569:3
[INFO] [stderr]     |
[INFO] [stderr] 569 |         assert_eq!(Foo(4), &Foo(8) / 2);
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Foo ( 4 ) , & Foo ( 8 ) / 2 }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Foo(4) , & &Foo(8) / 2 ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:565:3
[INFO] [stderr]     |
[INFO] [stderr] 565 |         assert_eq!(Foo(5), &Foo(2) + Foo(3));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Foo ( 5 ) , & Foo ( 2 ) + Foo ( 3 ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Foo(5) , & &Foo(2) + Foo(3) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:584:3
[INFO] [stderr]     |
[INFO] [stderr] 584 |         assert_eq!(Baz(4.), &Baz(8.) / &2.);
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Baz ( 4. ) , & Baz ( 8. ) / & 2. }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Baz(4.) , & &Baz(8.) / &2. ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:576:3
[INFO] [stderr]     |
[INFO] [stderr] 576 |         assert_eq!(Baz(5.), Baz(2.) + Baz(3.));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Baz ( 5. ) , Baz ( 2. ) + Baz ( 3. ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Baz(5.) , & Baz(2.) + Baz(3.) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:563:3
[INFO] [stderr]     |
[INFO] [stderr] 563 |         assert_eq!(Foo(5), Foo(2) + Foo(3));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Foo ( 5 ) , Foo ( 2 ) + Foo ( 3 ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Foo(5) , & Foo(2) + Foo(3) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:579:3
[INFO] [stderr]     |
[INFO] [stderr] 579 |         assert_eq!(Baz(5.), &Baz(2.) + &Baz(3.));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Baz ( 5. ) , & Baz ( 2. ) + & Baz ( 3. ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Baz(5.) , & &Baz(2.) + &Baz(3.) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:554:2
[INFO] [stderr]     |
[INFO] [stderr] 554 |     newtype_ops!{ [Baz] {add sub div neg} {:=} {^&}Self {^&}Self }
[INFO] [stderr]     |     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `newtype_ops! { [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } Self }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } Self ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } Self ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { add sub div neg } { : = } { ^ & } Self { ^ & } Self ) ->
[INFO] [stderr]             ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { add sub div neg } { : = } { ^ & } Self { ^ & } Self ) ->
[INFO] [stderr]             ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { add sub div neg } { : = } { ^ & } Self { ^ & } Self )
[INFO] [stderr]             -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { add sub div neg } { : = } { ^ & } Self { ^ & } Self )
[INFO] [stderr]             -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 (
[INFO] [stderr]             { add sub div neg } [ { : = } { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 (
[INFO] [stderr]             { add sub div neg } [ { : = } { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( add [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( sub [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( div [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( neg [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( add [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( add { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( add { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] add ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] add : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Add < Baz > for Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'b > ] } {
[INFO] [stderr]             recv : [ Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'b > ] } {
[INFO] [stderr]             recv : [ Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'b > :: std :: ops :: Add < &'b Baz > for Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : &'b Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `& other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'a > :: std :: ops :: Add < Baz > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b Baz ] out : [ Baz ] forms : [ [ & x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b Baz ] out : [ Baz ] forms : [ [ & x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'a , 'b > :: std :: ops :: Add < &'b Baz > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : &'b Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `& other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] add = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: AddAssign < Baz > for Baz {
[INFO] [stderr]             fn add_assign ( & mut self , other : Baz ) {
[INFO] [stderr]             let this = self ; newtype_ops__ ! (
[INFO] [stderr]             @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] ) . add_assign (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& mut this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( sub [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( sub { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( sub { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] sub ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] sub : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Sub < Baz > for Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'b > ] } {
[INFO] [stderr]             recv : [ Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'b > ] } {
[INFO] [stderr]             recv : [ Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'b > :: std :: ops :: Sub < &'b Baz > for Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : &'b Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `& other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'a > :: std :: ops :: Sub < Baz > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b Baz ] out : [ Baz ] forms : [ [ & x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b Baz ] out : [ Baz ] forms : [ [ & x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'a , 'b > :: std :: ops :: Sub < &'b Baz > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : &'b Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `& other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] sub = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: SubAssign < Baz > for Baz {
[INFO] [stderr]             fn sub_assign ( & mut self , other : Baz ) {
[INFO] [stderr]             let this = self ; newtype_ops__ ! (
[INFO] [stderr]             @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] ) . sub_assign (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& mut this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( div [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( div { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( div { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] div ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] div : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Div < Baz > for Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'b > ] } {
[INFO] [stderr]             recv : [ Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'b > ] } {
[INFO] [stderr]             recv : [ Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'b > :: std :: ops :: Div < &'b Baz > for Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : &'b Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `& other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'a > :: std :: ops :: Div < Baz > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b Baz ] out : [ Baz ] forms : [ [ & x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b Baz ] out : [ Baz ] forms : [ [ & x . 0 ] [ & x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'a , 'b > :: std :: ops :: Div < &'b Baz > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : &'b Baz ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `& other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] div = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: DivAssign < Baz > for Baz {
[INFO] [stderr]             fn div_assign ( & mut self , other : Baz ) {
[INFO] [stderr]             let this = self ; newtype_ops__ ! (
[INFO] [stderr]             @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] ) . div_assign (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& mut this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # value ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ # ref ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( neg [ { : = } { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( neg { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( neg { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } Self ] ) -> (
[INFO] [stderr]             [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] neg ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] neg : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } {
[INFO] [stderr]             tpars : [  ] } { recv : [ Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } {
[INFO] [stderr]             tpars : [  ] } { recv : [ Baz ] } { arg : [ Baz ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: unary traits : [ [ :: std :: ops :: Neg ] ] methods : [ [ neg ] ]
[INFO] [stderr]             tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz ] forms : [
[INFO] [stderr]             [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: unary traits : [ [ :: std :: ops :: Neg ] ] methods : [ [ neg ] ]
[INFO] [stderr]             tpars : [  ] recv : [ Baz ] arg : [ Baz ] out : [ Baz ] forms : [
[INFO] [stderr]             [ x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Neg for Baz {
[INFO] [stderr]             type Output = Baz ; fn neg ( self ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . neg (  ) )
[INFO] [stderr]             } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } {
[INFO] [stderr]             arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ Baz ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } {
[INFO] [stderr]             tpars : [ < 'a > ] } { recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } { kind : unary } {
[INFO] [stderr]             tpars : [ < 'a > ] } { recv : [ & 'a Baz ] } { arg : [ Baz ] } { out : [ Baz ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: unary traits : [ [ :: std :: ops :: Neg ] ] methods : [ [ neg ] ]
[INFO] [stderr]             tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ] out : [ Baz ] forms : [
[INFO] [stderr]             [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: unary traits : [ [ :: std :: ops :: Neg ] ] methods : [ [ neg ] ]
[INFO] [stderr]             tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ Baz ] out : [ Baz ] forms : [
[INFO] [stderr]             [ & x . 0 ] [ x . 0 ] ] }`
[INFO] [stderr]     = note: to `impl < 'a > :: std :: ops :: Neg for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn neg ( self ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . neg (  )
[INFO] [stderr]             ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } {
[INFO] [stderr]             arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } Self ] ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } Self ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] neg = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } Self ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = ^ Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = ^ Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = ^ Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = ^ Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = ^ Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = ^ Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = ^ Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = ^ Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = ^ Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } Self ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } Self ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } Self ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } Self ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = & Self ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = & Self ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = & Self ^ Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = & Self ^ Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = & Self ^ Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ # value ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x . 0 ] } { arg : [ # value ] } ] [
[INFO] [stderr]             { arg : [ # value ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( Self ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( Self ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = & Self & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = & Self & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = & Self & Self ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = & Self & Self ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = & Self & Self ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & Self ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ # ref ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ & x . 0 ] } { arg : [ # ref ] } ] [
[INFO] [stderr]             { arg : [ # ref ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:586:3
[INFO] [stderr]     |
[INFO] [stderr] 586 |         assert_eq!(Baz(-3.), -Baz(3.));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Baz ( - 3. ) , - Baz ( 3. ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Baz(-3.) , & -Baz(3.) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:587:3
[INFO] [stderr]     |
[INFO] [stderr] 587 |         assert_eq!(Baz(-3.), -&Baz(3.));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Baz ( - 3. ) , - & Baz ( 3. ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Baz(-3.) , & -&Baz(3.) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:555:2
[INFO] [stderr]     |
[INFO] [stderr] 555 |     newtype_ops!{ [Baz] {add sub div neg} {:=} {^&}Self {^&}f32 }
[INFO] [stderr]     |     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `newtype_ops! { [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } f32 }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single (
[INFO] [stderr]             [ Baz ] { add sub div neg } { : = } { ^ & } Self { ^ & } f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { add sub div neg } { : = } { ^ & } Self { ^ & } f32 ) ->
[INFO] [stderr]             ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { add sub div neg } { : = } { ^ & } Self { ^ & } f32 ) ->
[INFO] [stderr]             ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { add sub div neg } { : = } { ^ & } Self { ^ & } f32 )
[INFO] [stderr]             -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { add sub div neg } { : = } { ^ & } Self { ^ & } f32 )
[INFO] [stderr]             -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 (
[INFO] [stderr]             { add sub div neg } [ { : = } { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 (
[INFO] [stderr]             { add sub div neg } [ { : = } { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( add [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( sub [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( div [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( neg [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( add [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( add { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( add { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] add ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] add : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Add < f32 > for Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] add : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'b > ] } { recv : [ Baz ] }
[INFO] [stderr]             { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'b > ] } { recv : [ Baz ] }
[INFO] [stderr]             { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'b > :: std :: ops :: Add < &'b f32 > for Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : &'b f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] add : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'a > :: std :: ops :: Add < f32 > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] add : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b f32 ] out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b f32 ] out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'a , 'b > :: std :: ops :: Add < &'b f32 > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn add ( self , other : &'b f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] add = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: AddAssign < f32 > for Baz {
[INFO] [stderr]             fn add_assign ( & mut self , other : f32 ) {
[INFO] [stderr]             let this = self ; newtype_ops__ ! (
[INFO] [stderr]             @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] ) . add_assign (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& mut this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] add = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] add = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] add = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] add = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] add = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] add = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] add = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] add = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] add = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] add = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] add = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( sub [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( sub { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( sub { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] sub ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Sub < f32 > for Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] sub : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'b > ] } { recv : [ Baz ] }
[INFO] [stderr]             { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'b > ] } { recv : [ Baz ] }
[INFO] [stderr]             { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'b > :: std :: ops :: Sub < &'b f32 > for Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : &'b f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] sub : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'a > :: std :: ops :: Sub < f32 > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] sub : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b f32 ] out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b f32 ] out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'a , 'b > :: std :: ops :: Sub < &'b f32 > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn sub ( self , other : &'b f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: SubAssign < f32 > for Baz {
[INFO] [stderr]             fn sub_assign ( & mut self , other : f32 ) {
[INFO] [stderr]             let this = self ; newtype_ops__ ! (
[INFO] [stderr]             @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] ) . sub_assign (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& mut this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] sub = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] sub = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] sub = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] sub = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] sub = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] sub = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] sub = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] sub = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] sub = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] sub = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] sub = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( div [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( div { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( div { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] div ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] div : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Div < f32 > for Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] div : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'b > ] } { recv : [ Baz ] }
[INFO] [stderr]             { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'b > ] } { recv : [ Baz ] }
[INFO] [stderr]             { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'b > ] recv : [ Baz ] arg : [ & 'b f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'b > :: std :: ops :: Div < &'b f32 > for Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : &'b f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] div : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a > ] recv : [ & 'a Baz ] arg : [ f32 ]
[INFO] [stderr]             out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'a > :: std :: ops :: Div < f32 > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] div : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [ < 'a , 'b > ] } {
[INFO] [stderr]             recv : [ & 'a Baz ] } { arg : [ & 'b f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b f32 ] out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [ < 'a , 'b > ] recv : [ & 'a Baz ] arg : [
[INFO] [stderr]             & 'b f32 ] out : [ Baz ] forms : [ [ & x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl < 'a , 'b > :: std :: ops :: Div < &'b f32 > for &'a Baz {
[INFO] [stderr]             type Output = Baz ; fn div ( self , other : &'b f32 ) -> Baz {
[INFO] [stderr]             let this = self ; Baz (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] div = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } { arg : [ f32 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : assign } { tpars : [  ] } { recv : [ Baz ] } {
[INFO] [stderr]             arg : [ f32 ] } { out : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: assign traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ Baz ] arg : [ f32 ] out : [ Baz
[INFO] [stderr]             ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: DivAssign < f32 > for Baz {
[INFO] [stderr]             fn div_assign ( & mut self , other : f32 ) {
[INFO] [stderr]             let this = self ; newtype_ops__ ! (
[INFO] [stderr]             @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] ) . div_assign (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ & mut x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `& mut this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] div = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] div = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] div = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] div = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] div = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] div = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] div = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] div = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] div = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] div = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] div = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : assign } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg : [ & f32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : binary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : assign } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( neg [ { : = } { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( neg { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( neg { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } f32 ] ) -> (
[INFO] [stderr]             [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] neg ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg : ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] neg : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg : ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] neg : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg : & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg : & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg : & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] neg : & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg : & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg : & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg : & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg : & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg : & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ & x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } f32 ] ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( = { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg = ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg = ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg = ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg = ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = ^ Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = ^ Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = ^ Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ f32 ] } { arg_form : [ x ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] neg = ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg = ^ Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = ^ Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = ^ Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = ^ Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = ^ Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ Self { ^ & } f32 ] ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & Self { ^ & } f32 ) -> ( [ Baz ] neg = ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } f32 ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } f32 ) -> ( [ Baz ] neg = & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ f32 ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg = & Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ f32 ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg = & Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = & Self ^ f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = & Self ^ f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = & Self ^ f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = & Self ^ f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ f32 ] } ] [
[INFO] [stderr]             { arg : [ f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( & [ f32 ] ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( & f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( & f32 ) -> ( [ Baz ] neg = & Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next ( f32 ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( f32 ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: single ( f32 ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( f32 ) -> ( [ Baz ] neg = & Self & ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ product :: next (  ) -> ( [ Baz ] neg = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ Baz ] neg = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ Baz ] neg = & Self & f32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ Baz ] neg = & Self & f32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret :: type ( [ Baz ] neg = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ Baz ] neg = & Self & f32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( neg = & Self & f32 ) -> ( { value_ty : [ Baz ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( = & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( & Self & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( & f32 ) -> (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ Baz ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             mode : assign } { recv_form : [ & x . 0 ] } { arg : [ & f32 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : assign } { kind : unary } { recv_form : [ & x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ & f32 ] } ] [
[INFO] [stderr]             { arg : [ & f32 ] } { value_ty : [ Baz ] } { recv_form : [ & x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Neg ] ] } { methods : [ [ neg ] ] } {
[INFO] [stderr]             recv_form : [ & x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:566:3
[INFO] [stderr]     |
[INFO] [stderr] 566 |         assert_eq!(Foo(5), &Foo(2) + &Foo(3));
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Foo ( 5 ) , & Foo ( 2 ) + & Foo ( 3 ) }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Foo(5) , & &Foo(2) + &Foo(3) ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:570:3
[INFO] [stderr]     |
[INFO] [stderr] 570 |         assert_eq!(Foo(4), Foo(8) / &2);
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Foo ( 4 ) , Foo ( 8 ) / & 2 }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Foo(4) , & Foo(8) / &2 ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:568:3
[INFO] [stderr]     |
[INFO] [stderr] 568 |         assert_eq!(Foo(4), Foo(8) / 2);
[INFO] [stderr]     |         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `assert_eq! { Foo ( 4 ) , Foo ( 8 ) / 2 }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             match ( & Foo(4) , & Foo(8) / 2 ) {
[INFO] [stderr]             ( left_val , right_val ) => {
[INFO] [stderr]             if ! ( * left_val == * right_val ) {
[INFO] [stderr]             panic ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) } } } }`
[INFO] [stderr]     = note: expanding `panic! { r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val }`
[INFO] [stderr]     = note: to `{
[INFO] [stderr]             $crate :: rt :: begin_panic_fmt (
[INFO] [stderr]             & format_args ! (
[INFO] [stderr]             r#"assertion failed: `(left == right)`
[INFO] [stderr]               left: `{:?}`,
[INFO] [stderr]              right: `{:?}`"# , & *
[INFO] [stderr]             left_val , & * right_val ) , & (
[INFO] [stderr]             file ! (  ) , line ! (  ) , __rust_unstable_column ! (  ) ) ) }`
[INFO] [stderr] 
[INFO] [stderr] note: trace_macro
[INFO] [stderr]    --> src/lib.rs:550:2
[INFO] [stderr]     |
[INFO] [stderr] 550 |     newtype_ops!{ {[foo::Foo][Bar]} integer {:=} {^&}Self {^&}i32 }
[INFO] [stderr]     |     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[INFO] [stderr]     |
[INFO] [stderr]     = note: expanding `newtype_ops! { { [ foo :: Foo ] [ Bar ] } integer { : = } { ^ & } Self { ^ & } i32 }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next (
[INFO] [stderr]             { [ foo :: Foo ] [ Bar ] } integer { : = } { ^ & } Self { ^ & } i32 ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (
[INFO] [stderr]             { [ foo :: Foo ] [ Bar ] } integer { : = } { ^ & } Self { ^ & } i32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack (
[INFO] [stderr]             { [ foo :: Foo ] [ Bar ] } integer { : = } { ^ & } Self { ^ & } i32 ) -> (  )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack (
[INFO] [stderr]             { [ foo :: Foo ] [ Bar ] } integer { : = } { ^ & } Self { ^ & } i32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 (
[INFO] [stderr]             { [ foo :: Foo ] [ Bar ] } [ integer { : = } { ^ & } Self { ^ & } i32 ] ) -> (
[INFO] [stderr]              ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 (
[INFO] [stderr]             { [ foo :: Foo ] [ Bar ] } [ integer { : = } { ^ & } Self { ^ & } i32 ] ) -> (
[INFO] [stderr]              ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 (
[INFO] [stderr]             [ foo :: Foo ] [ integer { : = } { ^ & } Self { ^ & } i32 ] ) -> (  ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( [ Bar ] [ integer { : = } { ^ & } Self { ^ & } i32 ] )
[INFO] [stderr]             -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 (
[INFO] [stderr]             [ foo :: Foo ] [ integer { : = } { ^ & } Self { ^ & } i32 ] ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( [ foo :: Foo ] integer { : = } { ^ & } Self { ^ & } i32
[INFO] [stderr]             ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( [ foo :: Foo ] integer { : = } { ^ & } Self { ^ & } i32
[INFO] [stderr]             ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( integer { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( integer { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( integer { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( integer { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { : = } { ^ & } Self { ^ & } i32 ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } i32 ] ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { : = } [ { ^ & } Self { ^ & } i32 ] ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } i32 ] ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( = [ { ^ & } Self { ^ & } i32 ] ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( : [ { ^ & } Self { ^ & } i32 ] ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( : { ^ & } Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( : { ^ & } Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : )
[INFO] [stderr]             }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer :
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer :
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ Self { ^ & } i32 ] ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ Self { ^ & } i32 ] ) -> (
[INFO] [stderr]             [ foo :: Foo ] integer : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ Self { ^ & } i32 ] ) -> ( [ foo :: Foo ] integer :
[INFO] [stderr]             ) } newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ Self { ^ & } i32 ] ) -> ( [ foo :: Foo ] integer :
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ Self { ^ & } i32 ] ) -> ( [ foo :: Foo ] integer :
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( Self { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack ( { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack ( { ^ & } i32 ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_2 ( { ^ & } [ i32 ] ) -> ( [ foo :: Foo ] integer : ^ Self
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_2 ( { ^ & } [ i32 ] ) -> ( [ foo :: Foo ] integer : ^ Self
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( ^ [ i32 ] ) -> ( [ foo :: Foo ] integer : ^ Self ) }
[INFO] [stderr]             newtype_ops__ ! {
[INFO] [stderr]             @ product :: unpack_3 ( & [ i32 ] ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: unpack_3 ( ^ [ i32 ] ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( ^ i32 ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( ^ i32 ) -> ( [ foo :: Foo ] integer : ^ Self ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next ( i32 ) -> ( [ foo :: Foo ] integer : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next ( i32 ) -> ( [ foo :: Foo ] integer : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: single ( i32 ) -> ( [ foo :: Foo ] integer : ^ Self ^ ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: single ( i32 ) -> ( [ foo :: Foo ] integer : ^ Self ^ ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ product :: next (  ) -> ( [ foo :: Foo ] integer : ^ Self ^ i32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ product :: next (  ) -> ( [ foo :: Foo ] integer : ^ Self ^ i32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! { @ interpret ( [ foo :: Foo ] integer : ^ Self ^ i32 ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret ( [ foo :: Foo ] integer : ^ Self ^ i32 ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: type ( [ foo :: Foo ] integer : ^ Self ^ i32 ) -> (  ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: type ( [ foo :: Foo ] integer : ^ Self ^ i32 ) -> (  ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( integer : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( integer : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( bitand : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( bitor : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( bitxor : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( not : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( add : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( sub : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( mul : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( div : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( rem : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) } newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: oper ( neg : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( bitand : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitand ] [ bitand_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] methods : [
[INFO] [stderr]             [ bitand ] [ bitand_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32
[INFO] [stderr]             ] out : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: BitAnd ] [ :: std :: ops :: BitAndAssign ] ] methods : [
[INFO] [stderr]             [ bitand ] [ bitand_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32
[INFO] [stderr]             ] out : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: BitAnd < i32 > for foo::Foo {
[INFO] [stderr]             type Output = foo::Foo ; fn bitand ( self , other : i32 ) -> foo::Foo {
[INFO] [stderr]             let this = self ; foo::Foo (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . bitand (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( bitor : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitor ] [ bitor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] methods : [
[INFO] [stderr]             [ bitor ] [ bitor_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ]
[INFO] [stderr]             out : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: BitOr ] [ :: std :: ops :: BitOrAssign ] ] methods : [
[INFO] [stderr]             [ bitor ] [ bitor_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ]
[INFO] [stderr]             out : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: BitOr < i32 > for foo::Foo {
[INFO] [stderr]             type Output = foo::Foo ; fn bitor ( self , other : i32 ) -> foo::Foo {
[INFO] [stderr]             let this = self ; foo::Foo (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . bitor (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( bitxor : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] } {
[INFO] [stderr]             methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] }
[INFO] [stderr]             { methods : [ [ bitxor ] [ bitxor_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] methods : [
[INFO] [stderr]             [ bitxor ] [ bitxor_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32
[INFO] [stderr]             ] out : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: BitXor ] [ :: std :: ops :: BitXorAssign ] ] methods : [
[INFO] [stderr]             [ bitxor ] [ bitxor_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32
[INFO] [stderr]             ] out : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: BitXor < i32 > for foo::Foo {
[INFO] [stderr]             type Output = foo::Foo ; fn bitxor ( self , other : i32 ) -> foo::Foo {
[INFO] [stderr]             let this = self ; foo::Foo (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . bitxor (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( not : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : unary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             mode : normal } { recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ]
[INFO] [stderr]             } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : unary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : unary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Not ] ] } { methods : [ [ not ] ] } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to ``
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( add : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] } {
[INFO] [stderr]             methods : [ [ add ] [ add_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Add ] [ :: std :: ops :: AddAssign ] ] methods : [
[INFO] [stderr]             [ add ] [ add_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Add < i32 > for foo::Foo {
[INFO] [stderr]             type Output = foo::Foo ; fn add ( self , other : i32 ) -> foo::Foo {
[INFO] [stderr]             let this = self ; foo::Foo (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . add (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( sub : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] } {
[INFO] [stderr]             methods : [ [ sub ] [ sub_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Sub ] [ :: std :: ops :: SubAssign ] ] methods : [
[INFO] [stderr]             [ sub ] [ sub_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Sub < i32 > for foo::Foo {
[INFO] [stderr]             type Output = foo::Foo ; fn sub ( self , other : i32 ) -> foo::Foo {
[INFO] [stderr]             let this = self ; foo::Foo (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . sub (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( mul : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] } {
[INFO] [stderr]             methods : [ [ mul ] [ mul_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] methods : [
[INFO] [stderr]             [ mul ] [ mul_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Mul ] [ :: std :: ops :: MulAssign ] ] methods : [
[INFO] [stderr]             [ mul ] [ mul_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Mul < i32 > for foo::Foo {
[INFO] [stderr]             type Output = foo::Foo ; fn mul ( self , other : i32 ) -> foo::Foo {
[INFO] [stderr]             let this = self ; foo::Foo (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . mul (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( div : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[INFO] [stderr]             arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types (
[INFO] [stderr]             [ { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: true_types :: 2 (
[INFO] [stderr]             [ { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } { arg : [ i32 ] } ]
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: almost_there (
[INFO] [stderr]             { traits : [ [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] } {
[INFO] [stderr]             methods : [ [ div ] [ div_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { kind : binary } { tpars : [  ] } { recv : [ foo :: Foo ]
[INFO] [stderr]             } { arg : [ i32 ] } { out : [ foo :: Foo ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ impl :: binary traits : [
[INFO] [stderr]             [ :: std :: ops :: Div ] [ :: std :: ops :: DivAssign ] ] methods : [
[INFO] [stderr]             [ div ] [ div_assign ] ] tpars : [  ] recv : [ foo :: Foo ] arg : [ i32 ] out
[INFO] [stderr]             : [ foo :: Foo ] forms : [ [ x . 0 ] [ x ] ] }`
[INFO] [stderr]     = note: to `impl :: std :: ops :: Div < i32 > for foo::Foo {
[INFO] [stderr]             type Output = foo::Foo ; fn div ( self , other : i32 ) -> foo::Foo {
[INFO] [stderr]             let this = self ; foo::Foo (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] ) . div (
[INFO] [stderr]             newtype_ops__ ! ( @ helper :: delegate [ x ] [ other ] [ 0 ] ) ) ) } }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x . 0 ] [ this ] [ 0 ] }`
[INFO] [stderr]     = note: to `this . 0`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ helper :: delegate [ x ] [ other ] [ 0 ] }`
[INFO] [stderr]     = note: to `other`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: oper ( rem : ^ Self ^ i32 ) -> ( { value_ty : [ foo :: Foo ] }
[INFO] [stderr]             ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: mode ( : ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: self ( ^ Self ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { mode : normal } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ interpret :: other ( ^ i32 ) -> (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess (
[INFO] [stderr]             { value_ty : [ foo :: Foo ] } { kind : binary } {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { mode : normal } {
[INFO] [stderr]             recv_form : [ x . 0 ] } { arg : [ i32 ] } { arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: expanding `newtype_ops__! { @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { mode : normal } { kind : binary } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } { arg : [ i32 ] } ] [
[INFO] [stderr]             { arg : [ i32 ] } { value_ty : [ foo :: Foo ] } { recv_form : [ x . 0 ] } ] {
[INFO] [stderr]             traits : [ [ :: std :: ops :: Rem ] [ :: std :: ops :: RemAssign ] ] } {
[INFO] [stderr]             methods : [ [ rem ] [ rem_assign ] ] } { recv_form : [ x . 0 ] } {
[INFO] [stderr]             arg_form : [ x ] } ) }`
[INFO] [stderr]     = note: to `newtype_ops__ ! {
[INFO] [stderr]             @ postprocess :: blacklist (
[INFO] [stderr]             [
[INFO] [stderr]             { kind : binary } { recv_form : [ x . 0 ] } { arg_form : [ x ] } {
[WARN] too many lines in the log, truncating it