Update all tests

tests/lib/mirrors/generic_bounded_test.dart

Index: tests/lib/mirrors/generic_bounded_test.dart
diff --git a/tests/lib/mirrors/generic_bounded_test.dart b/tests/lib/mirrors/generic_bounded_test.dart
index 3cfac14d967ac5603326569d513a16617d58e627..b370bc6768c026f1677a3b4b1893aff0ad700881 100644
--- a/tests/lib/mirrors/generic_bounded_test.dart
+++ b/tests/lib/mirrors/generic_bounded_test.dart
@@ -13,8 +13,8 @@ import 'generics_helper.dart';
 class Super<T extends num> {}
 
 class Fixed extends Super<int> {}
-class Generic<R> extends Super<R> {}  /// 02: static type warning
-class Malbounded extends Super<String> {} /// 01: static type warning
+class Generic<R> extends Super<R> {}  //# 02: static type warning
+class Malbounded extends Super<String> {} //# 01: static type warning
 
 bool inCheckedMode() {
   try {
@@ -29,55 +29,55 @@ bool inCheckedMode() {
 main() {
   ClassMirror superDecl = reflectClass(Super);
   ClassMirror superOfInt = reflectClass(Fixed).superclass;
-  ClassMirror genericDecl = reflectClass(Generic);  /// 02: continued
-  ClassMirror superOfR = genericDecl.superclass;  /// 02: continued
-  ClassMirror genericOfDouble = reflect(new Generic<double>()).type;  /// 02: continued
-  ClassMirror superOfDouble = genericOfDouble.superclass;  /// 02: continued
+  ClassMirror genericDecl = reflectClass(Generic);  //# 02: continued
+  ClassMirror superOfR = genericDecl.superclass;  //# 02: continued
+  ClassMirror genericOfDouble = reflect(new Generic<double>()).type;  //# 02: continued
+  ClassMirror superOfDouble = genericOfDouble.superclass;  //# 02: continued
 
   try {
-    ClassMirror genericOfBool = reflect(new Generic<bool>()).type;  /// 02: static type warning
-    ClassMirror superOfBool = genericOfBool.superclass;  /// 02: continued
-    Expect.isFalse(genericOfBool.isOriginalDeclaration);  /// 02: continued
-    Expect.isFalse(superOfBool.isOriginalDeclaration);  /// 02: continued
-    typeParameters(genericOfBool, [#R]);  /// 02: continued
-    typeParameters(superOfBool, [#T]);  /// 02: continued
-    typeArguments(genericOfBool, [reflectClass(bool)]);  /// 02: continued
-    typeArguments(superOfBool, [reflectClass(bool)]);  /// 02: continued
-    Expect.isFalse(inCheckedMode()); /// 02: continued
+    ClassMirror genericOfBool = reflect(new Generic<bool>()).type;  //# 02: static type warning
+    ClassMirror superOfBool = genericOfBool.superclass;  //# 02: continued
+    Expect.isFalse(genericOfBool.isOriginalDeclaration);  //# 02: continued
+    Expect.isFalse(superOfBool.isOriginalDeclaration);  //# 02: continued
+    typeParameters(genericOfBool, [#R]);  //# 02: continued
+    typeParameters(superOfBool, [#T]);  //# 02: continued
+    typeArguments(genericOfBool, [reflectClass(bool)]);  //# 02: continued
+    typeArguments(superOfBool, [reflectClass(bool)]);  //# 02: continued
+    Expect.isFalse(inCheckedMode()); //# 02: continued
   } on TypeError catch(e) {
     Expect.isTrue(inCheckedMode());
   }
 
-  ClassMirror superOfString = reflectClass(Malbounded).superclass;  /// 01: continued
+  ClassMirror superOfString = reflectClass(Malbounded).superclass;  //# 01: continued
 
   Expect.isTrue(superDecl.isOriginalDeclaration);
   Expect.isFalse(superOfInt.isOriginalDeclaration);
-  Expect.isTrue(genericDecl.isOriginalDeclaration);  /// 02: continued
-  Expect.isFalse(superOfR.isOriginalDeclaration);  /// 02: continued
-  Expect.isFalse(genericOfDouble.isOriginalDeclaration);  /// 02: continued
-  Expect.isFalse(superOfDouble.isOriginalDeclaration);  /// 02: continued
+  Expect.isTrue(genericDecl.isOriginalDeclaration);  //# 02: continued
+  Expect.isFalse(superOfR.isOriginalDeclaration);  //# 02: continued
+  Expect.isFalse(genericOfDouble.isOriginalDeclaration);  //# 02: continued
+  Expect.isFalse(superOfDouble.isOriginalDeclaration);  //# 02: continued
 
-  Expect.isFalse(superOfString.isOriginalDeclaration);  /// 01: continued
+  Expect.isFalse(superOfString.isOriginalDeclaration);  //# 01: continued
 
   TypeVariableMirror tFromSuper = superDecl.typeVariables.single;
-  TypeVariableMirror rFromGeneric = genericDecl.typeVariables.single;  /// 02: continued
+  TypeVariableMirror rFromGeneric = genericDecl.typeVariables.single;  //# 02: continued
 
   Expect.equals(reflectClass(num), tFromSuper.upperBound);
-  Expect.equals(reflectClass(Object), rFromGeneric.upperBound);  /// 02: continued
+  Expect.equals(reflectClass(Object), rFromGeneric.upperBound);  //# 02: continued
 
   typeParameters(superDecl, [#T]);
   typeParameters(superOfInt, [#T]);
-  typeParameters(genericDecl, [#R]);  /// 02: continued
-  typeParameters(superOfR, [#T]);  /// 02: continued
-  typeParameters(genericOfDouble, [#R]);  /// 02: continued
-  typeParameters(superOfDouble, [#T]);  /// 02: continued
-  typeParameters(superOfString, [#T]);  /// 01: continued
+  typeParameters(genericDecl, [#R]);  //# 02: continued
+  typeParameters(superOfR, [#T]);  //# 02: continued
+  typeParameters(genericOfDouble, [#R]);  //# 02: continued
+  typeParameters(superOfDouble, [#T]);  //# 02: continued
+  typeParameters(superOfString, [#T]);  //# 01: continued
 
   typeArguments(superDecl, []);
   typeArguments(superOfInt, [reflectClass(int)]);
-  typeArguments(genericDecl, []);  /// 02: continued
-  typeArguments(superOfR, [rFromGeneric]);  /// 02: continued
-  typeArguments(genericOfDouble, [reflectClass(double)]);  /// 02: continued
-  typeArguments(superOfDouble, [reflectClass(double)]);  /// 02: continued
-  typeArguments(superOfString, [reflectClass(String)]);  /// 01: continued
+  typeArguments(genericDecl, []);  //# 02: continued
+  typeArguments(superOfR, [rFromGeneric]);  //# 02: continued
+  typeArguments(genericOfDouble, [reflectClass(double)]);  //# 02: continued
+  typeArguments(superOfDouble, [reflectClass(double)]);  //# 02: continued
+  typeArguments(superOfString, [reflectClass(String)]);  //# 01: continued
 }