Merge tests for dart2js and VM using multi-tests.

tests/lib/mirrors/equality_test.dart

 // Copyright (c) 2013, 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.
 
+// This tests uses the multi-test "ok" feature:
+// none: Trimmed behaviour. Passing on the VM.
+// 01: Trimmed version for dart2js.
+// 02: Full version passing in the VM.
+//
+// TODO(rmacnak,ahe): Remove multi-test when VM and dart2js are on par.
+
 library test.class_equality_test;
 
 import 'dart:mirrors';
 
 import 'package:expect/expect.dart';
 
 class A<T> {}
 class B extends A<int> {}
 
 class BadEqualityHash {
@@ skipping 66 matching lines @@
 
     {'reflect(3.5+4.5)' : reflect(3.5+4.5),
      'reflect(6.5+1.5)' : reflect(6.5+1.5)},
 
     {'reflect(3+4)' : reflect(3+4),
      'reflect(6+1)' : reflect(6+1)},
 
     {'reflect("foo")' : reflect("foo"),
      'reflect("foo"), again' : reflect("foo")},
 
-    {'currentMirrorSystem().voidType' : currentMirrorSystem().voidType,
-     'thisLibrary.functions[#subroutine].returnType' :
-          thisLibrary.functions[const Symbol('subroutine')].returnType},
+    {'currentMirrorSystem().voidType' : currentMirrorSystem().voidType},  /// 01: ok
+
+    {'currentMirrorSystem().voidType' : currentMirrorSystem().voidType,   /// 02: ok
+     'thisLibrary.functions[#subroutine].returnType' :                    /// 02: ok
+          thisLibrary.functions[const Symbol('subroutine')].returnType},  /// 02: ok
 
     {'currentMirrorSystem().dynamicType' : currentMirrorSystem().dynamicType,
      'thisLibrary.functions[#main].returnType' :
           thisLibrary.functions[const Symbol('main')].returnType},
 
     {'reflectClass(A)' : reflectClass(A),
      'thisLibrary.classes[#A]' : thisLibrary.classes[const Symbol('A')],
      'reflect(new A<int>()).type.originalDeclaration' :
           reflect(new A<int>()).type.originalDeclaration},
 
-    {'reflectClass(B).superclass' : reflectClass(B).superclass,
-     'reflect(new A<int>()).type' : reflect(new A<int>()).type},
+    {'reflectClass(B).superclass' : reflectClass(B).superclass,  /// 02: ok
+     'reflect(new A<int>()).type' : reflect(new A<int>()).type}, /// 02: ok
 
     {'reflectClass(B)' : reflectClass(B),
      'thisLibrary.classes[#B]' : thisLibrary.classes[const Symbol('B')],
      'reflect(new B()).type' : reflect(new B()).type},
 
     {'thisLibrary' : thisLibrary,
      'reflectClass(A).owner' : reflectClass(A).owner,
      'reflectClass(B).owner' : reflectClass(B).owner,
      'reflect(new A()).type.owner' : reflect(new A()).type.owner,
      'reflect(new A()).type.owner' : reflect(new A()).type.owner},
   ]);
 }