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Previously `-Zprint-mono-items` would override the mono item collection strategy. When debugging one doesn't want to change the behaviour, so this was counter productive. Additionally, the produced behaviour was artificial and might never arise without using the option in the first place (`-Zprint-mono-items=eager` without `-Clink-dead-code`). Finally, the option was incorrectly marked as `UNTRACKED`. Resolve those issues, by turning `-Zprint-mono-items` into a boolean flag that prints results of mono item collection without changing the behaviour of mono item collection. For codegen-units test incorporate `-Zprint-mono-items` flag directly into compiletest tool. Test changes are mechanical. `-Zprint-mono-items=lazy` was removed without additional changes, and `-Zprint-mono-items=eager` was turned into `-Clink-dead-code`. Linking dead code disables internalization, so tests have been updated accordingly.
70 lines
1.5 KiB
Rust
70 lines
1.5 KiB
Rust
//@ compile-flags:-Clink-dead-code -Zinline-mir=no
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#![deny(dead_code)]
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#![crate_type = "lib"]
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pub trait SomeTrait {
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fn foo(&self);
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fn bar<T>(&self, x: T);
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}
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impl SomeTrait for i64 {
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//~ MONO_ITEM fn <i64 as SomeTrait>::foo
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fn foo(&self) {}
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fn bar<T>(&self, _: T) {}
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}
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impl SomeTrait for i32 {
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//~ MONO_ITEM fn <i32 as SomeTrait>::foo
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fn foo(&self) {}
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fn bar<T>(&self, _: T) {}
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}
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pub trait SomeGenericTrait<T> {
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fn foo(&self, x: T);
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fn bar<T2>(&self, x: T, y: T2);
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}
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// Concrete impl of generic trait
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impl SomeGenericTrait<u32> for f64 {
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//~ MONO_ITEM fn <f64 as SomeGenericTrait<u32>>::foo
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fn foo(&self, _: u32) {}
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fn bar<T2>(&self, _: u32, _: T2) {}
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}
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// Generic impl of generic trait
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impl<T> SomeGenericTrait<T> for f32 {
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fn foo(&self, _: T) {}
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fn bar<T2>(&self, _: T, _: T2) {}
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}
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//~ MONO_ITEM fn start
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#[no_mangle]
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pub fn start(_: isize, _: *const *const u8) -> isize {
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//~ MONO_ITEM fn <i32 as SomeTrait>::bar::<char>
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0i32.bar('x');
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//~ MONO_ITEM fn <f64 as SomeGenericTrait<u32>>::bar::<&str>
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0f64.bar(0u32, "&str");
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//~ MONO_ITEM fn <f64 as SomeGenericTrait<u32>>::bar::<()>
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0f64.bar(0u32, ());
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//~ MONO_ITEM fn <f32 as SomeGenericTrait<char>>::foo
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0f32.foo('x');
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//~ MONO_ITEM fn <f32 as SomeGenericTrait<i64>>::foo
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0f32.foo(-1i64);
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//~ MONO_ITEM fn <f32 as SomeGenericTrait<u32>>::bar::<()>
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0f32.bar(0u32, ());
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//~ MONO_ITEM fn <f32 as SomeGenericTrait<&str>>::bar::<&str>
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0f32.bar("&str", "&str");
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0
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}
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