use super::check_types_source_code; #[test] fn qualify_path_to_submodule() { check_types_source_code( r#" mod foo { pub struct Foo; } fn bar() { let foo: foo::Foo = foo::Foo; foo; } //^^^ foo::Foo "#, ); } #[test] fn omit_default_type_parameters() { check_types_source_code( r#" struct Foo { t: T } fn main() { let foo = Foo { t: 5u8 }; foo; } //^^^ Foo "#, ); check_types_source_code( r#" struct Foo { k: K, t: T } fn main() { let foo = Foo { k: 400, t: 5u8 }; foo; } //^^^ Foo "#, ); } #[test] fn render_raw_ptr_impl_ty() { // FIXME: remove parens, they apper because there is an implicit Sized bound check_types_source_code( r#" //- minicore: sized trait Unpin {} fn foo() -> *const impl Unpin { loop {} } fn main() { let foo = foo(); foo; } //^^^ *const (impl Unpin) "#, ); } #[test] fn render_dyn_for_ty() { // FIXME check_types_source_code( r#" trait Foo<'a> {} fn foo(foo: &dyn for<'a> Foo<'a>) {} // ^^^ &dyn Foo "#, ); } #[test] fn sized_bounds_apit() { check_types_source_code( r#" //- minicore: sized trait Foo {} trait Bar {} struct S; fn test( a: impl Foo, b: impl Foo + Sized, c: &(impl Foo + ?Sized), d: S, ref_any: &impl ?Sized, empty: impl, ) { a; //^ impl Foo b; //^ impl Foo c; //^ &impl Foo + ?Sized d; //^ S ref_any; //^ &impl ?Sized empty; } //^ impl Sized "#, ); } #[test] fn sized_bounds_rpit() { check_types_source_code( r#" //- minicore: sized trait Foo {} fn foo() -> impl Foo { loop {} } fn test() { let foo = foo(); foo; } //^ impl Foo "#, ); } #[test] fn sized_bounds_impl_traits_in_fn_signature() { check_types_source_code( r#" //- minicore: sized trait Foo {} fn test( a: fn(impl Foo) -> impl Foo, b: fn(impl Foo + Sized) -> impl Foo + Sized, c: fn(&(impl Foo + ?Sized)) -> &(impl Foo + ?Sized), ) { a; //^ fn(impl Foo) -> impl Foo b; //^ fn(impl Foo) -> impl Foo c; } //^ fn(&impl Foo + ?Sized) -> &impl Foo + ?Sized "#, ); }