Replace expect test for GATs with check_types

This commit is contained in:
Ryo Yoshida 2022-10-28 20:33:19 +09:00
parent 5fc18ad6fa
commit 5c794210bf
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@ -3966,7 +3966,7 @@ fn g(t: &(dyn T + Send)) {
#[test]
fn gats_in_path() {
check_infer_with_mismatches(
check_types(
r#"
//- minicore: deref
use core::ops::Deref;
@ -3976,32 +3976,22 @@ trait PointerFamily {
fn f<P: PointerFamily>(p: P::Pointer<i32>) {
let a = *p;
//^ i32
}
fn g<P: PointerFamily>(p: <P as PointerFamily>::Pointer<i32>) {
let a = *p;
//^ i32
}
"#,
expect![[r#"
110..111 'p': PointerFamily::Pointer<i32, P>
130..149 '{ ... *p; }': ()
140..141 'a': i32
144..146 '*p': i32
145..146 'p': PointerFamily::Pointer<i32, P>
173..174 'p': PointerFamily::Pointer<i32, P>
212..231 '{ ... *p; }': ()
222..223 'a': i32
226..228 '*p': i32
227..228 'p': PointerFamily::Pointer<i32, P>
"#]],
);
}
#[test]
fn gats_with_impl_trait() {
// FIXME: the last function (`fn h()`) is not valid Rust as of this writing because you cannot
// specify the same associated type multiple times even if their arguments are different.
// Reconsider how to treat these invalid types.
check_infer_with_mismatches(
// FIXME: the last function (`fn i()`) is not valid Rust as of this writing because you cannot
// specify the same associated type multiple times even if their arguments are different (c.f.
// `fn h()`, which is valid). Reconsider how to treat these invalid types.
check_types(
r#"
//- minicore: deref
use core::ops::Deref;
@ -4012,45 +4002,30 @@ trait Trait {
}
fn f<T>(v: impl Trait) {
v.get::<i32>().deref();
v.get::<T>().deref();
let a = v.get::<i32>().deref();
//^ &i32
let a = v.get::<T>().deref();
//^ &T
}
fn g<T>(v: impl Trait<Assoc<T> = &'a T>) {
fn g<'a, T: 'a>(v: impl Trait<Assoc<T> = &'a T>) {
let a = v.get::<T>();
//^ &T
let a = v.get::<()>();
//^ Trait::Assoc<(), impl Trait<Assoc<T> = &T>>
}
fn h(v: impl Trait<Assoc<i32> = &'a i32, Assoc<i64> = &'a i64> {
fn h<'a>(v: impl Trait<Assoc<i32> = &'a i32> + Trait<Assoc<i64> = &'a i64>) {
let a = v.get::<i32>();
//^ &i32
let a = v.get::<i64>();
//^ &i64
}
fn i<'a>(v: impl Trait<Assoc<i32> = &'a i32, Assoc<i64> = &'a i64>) {
let a = v.get::<i32>();
//^ &i32
let a = v.get::<i64>();
//^ &i64
}
"#,
expect![[r#"
90..94 'self': &Self
126..127 'v': impl Trait
141..198 '{ ...f(); }': ()
147..148 'v': impl Trait
147..161 'v.get::<i32>()': Trait::Assoc<i32, impl Trait>
147..169 'v.get:...eref()': &i32
175..176 'v': impl Trait
175..187 'v.get::<T>()': Trait::Assoc<T, impl Trait>
175..195 'v.get:...eref()': &T
207..208 'v': impl Trait<Assoc<T> = &T>
240..296 '{ ...>(); }': ()
250..251 'a': &T
254..255 'v': impl Trait<Assoc<T> = &T>
254..266 'v.get::<T>()': &T
276..277 'a': Trait::Assoc<(), impl Trait<Assoc<T> = &T>>
280..281 'v': impl Trait<Assoc<T> = &T>
280..293 'v.get::<()>()': Trait::Assoc<(), impl Trait<Assoc<T> = &T>>
302..303 'v': impl Trait<Assoc<i32> = &i32, Assoc<i64> = &i64>
360..419 '{ ...>(); }': ()
370..371 'a': &i32
374..375 'v': impl Trait<Assoc<i32> = &i32, Assoc<i64> = &i64>
374..388 'v.get::<i32>()': &i32
398..399 'a': &i64
402..403 'v': impl Trait<Assoc<i32> = &i32, Assoc<i64> = &i64>
402..416 'v.get::<i64>()': &i64
"#]],
);
}
@ -4086,7 +4061,7 @@ fn f<'a>(v: &dyn Trait<Assoc<i32> = &'a i32>) {
#[test]
fn gats_in_associated_type_binding() {
check_infer_with_mismatches(
check_types(
r#"
trait Trait {
type Assoc<T>;
@ -4099,24 +4074,13 @@ where
T: Trait<Assoc<isize> = usize>,
{
let a = t.get::<i32>();
//^ u32
let a = t.get::<isize>();
//^ usize
let a = t.get::<()>();
//^ Trait::Assoc<(), T>
}
"#,
expect![[r#"
48..52 'self': &Self
84..85 't': T
164..252 '{ ...>(); }': ()
174..175 'a': u32
178..179 't': T
178..192 't.get::<i32>()': u32
202..203 'a': usize
206..207 't': T
206..222 't.get:...ize>()': usize
232..233 'a': Trait::Assoc<(), T>
236..237 't': T
236..249 't.get::<()>()': Trait::Assoc<(), T>
"#]],
)
);
}