Update all tests

tests/language/async_test.dart

 // Copyright (c) 2014, 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.
 
 
 import 'package:expect/expect.dart';
 
 import 'dart:async';
 
 topLevelFunction() async { }
 
 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;
 }
 
 var what = 'async getter';
 Future<String> get topLevelGetter async {
   return 'I want to be an ${what}';
 }
 
 class A {
   static int staticVar = 1;
 
   static staticMethod(int param) async => staticVar + param;
   static get staticGetter async => staticVar + 3;
 
   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);
   }
 
   get value => _x;
 }
 
 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
 }
 
 
 main() {
   var asyncReturn;
 
   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));
 
   asyncReturn = topLevelGetter;
   Expect.isTrue(asyncReturn is Future);
   asyncReturn.then((String result) =>
       Expect.stringEquals(result, 'I want to be an async getter'));
 
   asyncReturn = A.staticMethod(2);
   Expect.isTrue(asyncReturn is Future);
   asyncReturn.then((int result) => Expect.equals(result, 3));
 
   asyncReturn = A.staticGetter;
   Expect.isTrue(asyncReturn is Future);
   asyncReturn.then((int result) => Expect.equals(result, 4));
 
   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;
   Expect.isTrue(asyncReturn is Future);
   asyncReturn.then((A result) => Expect.equals(result.value, 22));
 
   var foo = 17;
   bar(int p1, p2) async {
     var z = 8;
     return p2 + z + foo;
   }
   asyncReturn = bar(1,2);
   Expect.isTrue(asyncReturn is Future);
   asyncReturn.then((int result) => Expect.equals(result, 27));
 
   var moreNesting = (int shadowP1, String p2, num p3) {
     var z = 3;
     aa(int shadowP1) async {
       return foo + z + p3 + shadowP1;
     }
     return aa(6);
   };
   asyncReturn = moreNesting(1, "ignore", 2);
   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();
     Expect.isTrue(toTest is Future);
     toTest.then((int result) => Expect.equals(result, 4));
   };
   checkAsync(() async => 4);
 
-  new A.fail(); /// constructor2: continued
-  new A.create(); /// constructor3: continued
+  new A.fail(); //# constructor2: continued
+  new A.create(); //# constructor3: continued
 }