Files
sdk/tests/language/inference_update_2/condition_variable_test.dart
Lasse R.H. Nielsen f8086c81ae Collect all test-related files in package:expect.
Collects files from `package:async_helper` and `tests/language`
that are generally useful, so that all test-related helpers are
in `package:expect`.

Moves the two libraries from `package:async_helper` into `package:expect`,
and the `tests/language/static_type_helper.dart` file too.

Deprecates `async_minitest.dart`, to follow `minitest.dart`,
expecting the Flutter use of it to have been fixed to not break
on deprecation (I believe Flutter no longer breaks builds on deprecations at all).

Patch 1 is the actual change.
Patch 2+4+8 is changing all existing references to the files.
Patch 6 ignores deprecation in files still using `async_minitest.dart`.

3+5+7+9 are updating this text to make the numbers match.
Then it's just test-expectations and small tweaks from there.

Change-Id: I1b665135b5fef9b9a0c3b340ffe9daf874d0174c
Reviewed-on: https://dart-review.googlesource.com/c/sdk/+/373120
Reviewed-by: Nate Bosch <nbosch@google.com>
Reviewed-by: Devon Carew <devoncarew@google.com>
Commit-Queue: Lasse Nielsen <lrn@google.com>
2024-10-11 16:53:52 +00:00

97 lines
2.3 KiB
Dart

// Copyright (c) 2023, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.
// Tests that field promotion works when the promotion condition is stored in a
// local variable.
import 'package:expect/static_type_helper.dart';
class C {
final Object? _o;
C(this._o);
}
void usingNullCheck_withoutInterveningPromotion(C c) {
bool b = c._o != null;
if (b) {
c._o.expectStaticType<Exactly<Object>>();
}
}
void usingIsTest_withoutInterveningPromotion(C c) {
bool b = c._o is int;
if (b) {
c._o.expectStaticType<Exactly<int>>();
}
}
void usingNullCheck_withInterveningRelatedPromotion(C c) {
bool b = c._o != null;
if (c._o != null) {
c._o.expectStaticType<Exactly<Object>>();
}
if (b) {
c._o.expectStaticType<Exactly<Object>>();
}
}
void usingIsTest_withInterveningRelatedPromotion(C c) {
bool b = c._o is int;
if (c._o is int) {
c._o.expectStaticType<Exactly<int>>();
}
if (b) {
c._o.expectStaticType<Exactly<int>>();
}
}
void usingNullCheck_withInterveningUnrelatedPromotion(C c, int? i) {
bool b = c._o != null;
i!;
if (b) {
c._o.expectStaticType<Exactly<Object>>();
}
}
void usingIsTest_withInterveningUnrelatedPromotion(C c, int? i) {
bool b = c._o is int;
i!;
if (b) {
c._o.expectStaticType<Exactly<int>>();
}
}
void usingNullCheck_disabledByAssignment(C c, C c2) {
bool b = c._o != null;
if (c._o != null) {
c._o.expectStaticType<Exactly<Object>>();
}
c = c2;
if (b) {
c._o.expectStaticType<Exactly<Object?>>();
}
}
void usingIsTest_disabledByAssignment(C c, C c2) {
bool b = c._o is int;
if (c._o is int) {
c._o.expectStaticType<Exactly<int>>();
}
c = c2;
if (b) {
c._o.expectStaticType<Exactly<Object?>>();
}
}
main() {
usingNullCheck_withoutInterveningPromotion(C(0));
usingIsTest_withoutInterveningPromotion(C(0));
usingNullCheck_withInterveningRelatedPromotion(C(0));
usingIsTest_withInterveningRelatedPromotion(C(0));
usingNullCheck_withInterveningUnrelatedPromotion(C(0), 1);
usingIsTest_withInterveningUnrelatedPromotion(C(0), 1);
usingNullCheck_disabledByAssignment(C(0), C(1));
usingIsTest_disabledByAssignment(C(0), C(1));
}