Update all tests

tests/language/factory_redirection_test.dart

 // Copyright (c) 2012, 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";
 
 class A<T> {
   A() : x = null;
 
   const A.constant(this.x);
 
   factory A.factory() {
     return new B<Set>();
   }
 
-  factory A.test01() = T;  /// 01: runtime error
+  factory A.test01() = T;  //# 01: runtime error
 
-  factory A.test02() = dynamic;  /// 02: runtime error
+  factory A.test02() = dynamic;  //# 02: runtime error
 
-  factory A.test03() = Undefined;  /// 03: runtime error
+  factory A.test03() = Undefined;  //# 03: runtime error
 
-  factory A.test04() = C.test04;  /// 04: compile-time error
+  factory A.test04() = C.test04;  //# 04: compile-time error
 
   final T x;
 }
 
 class B<T> extends A<T> {
   B();
 
   factory B.A() = A<T>;
 
   const factory B.A_constant(T x) = A<T>.constant;
 
   factory B.A_factory() = A<T>.factory;
 
-  factory B.test04() = A.test04;  /// 04: continued
+  factory B.test04() = A.test04;  //# 04: continued
 
-  factory B.test05(int incompatible) = A<T>.factory;  /// 05: runtime error
+  factory B.test05(int incompatible) = A<T>.factory;  //# 05: runtime error
 
-  factory B.test05(int incompatible) = A<T>.factory;  /// 06: runtime error
+  factory B.test05(int incompatible) = A<T>.factory;  //# 06: runtime error
 }
 
 class C<K, V> extends B<V> {
   C();
 
   factory C.A() = A<V>;
 
   factory C.A_factory() = A<V>.factory;
 
   const factory C.B_constant(V x) = B<V>.A_constant;
 
-  factory C.test04() = B.test04;  /// 04: continued
+  factory C.test04() = B.test04;  //# 04: continued
 
-  factory C.test06(int incompatible) = B<K>.test05;  /// 06: continued
+  factory C.test06(int incompatible) = B<K>.test05;  //# 06: continued
 
-  const factory C.test07(V x) = B<V>.A;  /// 07: compile-time error
+  const factory C.test07(V x) = B<V>.A;  //# 07: compile-time error
 }
 
 main() {
-  new A<List>.test01();  /// 01: continued
-  new A<List>.test02();  /// 02: continued
-  new A<List>.test03();  /// 03: continued
-  new C.test04();  /// 04: continued
-  new B.test05(0);  /// 05: continued
-  new C<int, int>.test06(0);  /// 06: continued
-  new C<int, int>.test07(0);  /// 07: continued
+  new A<List>.test01();  //# 01: continued
+  new A<List>.test02();  //# 02: continued
+  new A<List>.test03();  //# 03: continued
+  new C.test04();  //# 04: continued
+  new B.test05(0);  //# 05: continued
+  new C<int, int>.test06(0);  //# 06: continued
+  new C<int, int>.test07(0);  //# 07: continued
   Expect.isTrue(new A<List>() is A<List>);
   Expect.isTrue(new A<bool>.constant(true).x);
   Expect.isTrue(new A<Set>.factory() is B<Set>);
-  Expect.isTrue(new B<List>.A() is A<List>);  /// 08: dynamic type error
-  Expect.isFalse(new B<List>.A() is A<Set>);  /// 09: dynamic type error
-  Expect.isTrue(new B<bool>.A_constant(true).x);  /// 10: dynamic type error
-  Expect.isTrue(new B<List>.A_factory() is B<Set>);  /// 11: dynamic type error
-  Expect.isTrue(new C<String, num>.A() is A<num>);  /// 12: dynamic type error
-  Expect.isTrue(new C<String, num>.A_factory() is B<Set>);  /// 13: dynamic type error
-  Expect.isTrue(new C<String, bool>.B_constant(true).x);  /// 14: dynamic type error
+  Expect.isTrue(new B<List>.A() is A<List>);  //# 08: dynamic type error
+  Expect.isFalse(new B<List>.A() is A<Set>);  //# 09: dynamic type error
+  Expect.isTrue(new B<bool>.A_constant(true).x);  //# 10: dynamic type error
+  Expect.isTrue(new B<List>.A_factory() is B<Set>);  //# 11: dynamic type error
+  Expect.isTrue(new C<String, num>.A() is A<num>);  //# 12: dynamic type error
+  Expect.isTrue(new C<String, num>.A_factory() is B<Set>);  //# 13: dynamic type error
+  Expect.isTrue(new C<String, bool>.B_constant(true).x);  //# 14: dynamic type error
 }