Index: tests/language/async_test.dart |
diff --git a/tests/language/async_test.dart b/tests/language/async_test.dart |
index 5a7886b275e0bc6c81e3fa506842612bf3c4eece..e85cece6bc573350dae13fd831d97f29f690ad19 100644 |
--- a/tests/language/async_test.dart |
+++ b/tests/language/async_test.dart |
@@ -13,7 +13,7 @@ Future<int> topLevelWithParameter(int a) async { |
return 7 + a; |
} |
-int /// type-mismatch2: static type warning, dynamic type error |
+int //# type-mismatch2: static type warning, dynamic type error |
topLevelWithParameterWrongType(int a) async { |
return 7 + a; |
} |
@@ -32,11 +32,11 @@ class A { |
int _x; |
A(this._x); |
- A.fail() async; // /// constructor2: compile-time error |
- factory A.create() async {return null; } /// constructor3: compile-time error |
+ A.fail() async; // //# constructor2: compile-time error |
+ factory A.create() async {return null; } //# constructor3: compile-time error |
- int someMethod(int param1, int param2, int param3) async => _x + param2; /// type-mismatch3: static type warning, dynamic type error |
- int get getter async { return 5 + _x; } /// type-mismatch4: static type warning, dynamic type error |
+ int someMethod(int param1, int param2, int param3) async => _x + param2; //# type-mismatch3: static type warning, dynamic type error |
+ int get getter async { return 5 + _x; } //# type-mismatch4: static type warning, dynamic type error |
operator+(A other) async { |
return new A(_x + other._x); |
} |
@@ -47,11 +47,11 @@ class A { |
class B { |
final _y; |
const B._internal(this._y); |
- const factory B.createConst(int y) async = A._internal; // /// constructor4: compile-time error |
+ const factory B.createConst(int y) async = A._internal; // //# constructor4: compile-time error |
B() : _y = null; |
- set dontDoThat(value) async {} // /// setter1: compile-time error |
+ set dontDoThat(value) async {} // //# setter1: compile-time error |
} |
@@ -61,8 +61,8 @@ main() { |
asyncReturn = topLevelFunction(); |
Expect.isTrue(asyncReturn is Future); |
- int a1 = topLevelWithParameter(2); // /// type-mismatch1: static type warning, dynamic type error |
- int a2 = topLevelWithParameterWrongType(2); // /// type-mismatch2: continued |
+ int a1 = topLevelWithParameter(2); // //# type-mismatch1: static type warning, dynamic type error |
+ int a2 = topLevelWithParameterWrongType(2); // //# type-mismatch2: continued |
asyncReturn = topLevelWithParameter(4); |
Expect.isTrue(asyncReturn is Future); |
asyncReturn.then((int result) => Expect.equals(result, 11)); |
@@ -82,13 +82,13 @@ main() { |
A a = new A(13); |
- asyncReturn = a.someMethod(1,2,3); // /// type-mismatch3: continued |
- Expect.isTrue(asyncReturn is Future); // /// type-mismatch3: continued |
- asyncReturn.then((int result) => Expect.equals(result, 15)); // /// type-mismatch3: continued |
+ asyncReturn = a.someMethod(1,2,3); // //# type-mismatch3: continued |
+ Expect.isTrue(asyncReturn is Future); // //# type-mismatch3: continued |
+ asyncReturn.then((int result) => Expect.equals(result, 15)); // //# type-mismatch3: continued |
- asyncReturn = a.getter; // /// type-mismatch4: continued |
- Expect.isTrue(asyncReturn is Future); // /// type-mismatch4: continued |
- asyncReturn.then((int result) => Expect.equals(result, 18)); // /// type-mismatch4: continued |
+ asyncReturn = a.getter; // //# type-mismatch4: continued |
+ Expect.isTrue(asyncReturn is Future); // //# type-mismatch4: continued |
+ asyncReturn.then((int result) => Expect.equals(result, 18)); // //# type-mismatch4: continued |
var b = new A(9); |
asyncReturn = a + b; |
@@ -115,9 +115,9 @@ main() { |
Expect.isTrue(asyncReturn is Future); |
asyncReturn.then((int result) => Expect.equals(result, 28)); |
- var b1 = const B.createConst(4); // /// constructor4: compile-time error |
+ var b1 = const B.createConst(4); // //# constructor4: compile-time error |
var b2 = new B(); |
- b2.dontDoThat = 4; // /// setter1: compile-time error |
+ b2.dontDoThat = 4; // //# setter1: compile-time error |
var checkAsync = (var someFunc) { |
var toTest = someFunc(); |
@@ -126,6 +126,6 @@ main() { |
}; |
checkAsync(() async => 4); |
- new A.fail(); /// constructor2: continued |
- new A.create(); /// constructor3: continued |
+ new A.fail(); //# constructor2: continued |
+ new A.create(); //# constructor3: continued |
} |