Re-triage mirror test failures on the analyzer.

tests/lib/mirrors/generic_bounded_by_type_parameter_test.dart

Index: tests/lib/mirrors/generic_bounded_by_type_parameter_test.dart
diff --git a/tests/lib/mirrors/generic_bounded_by_type_parameter_test.dart b/tests/lib/mirrors/generic_bounded_by_type_parameter_test.dart
index 2391aa5153b66d52663a1028432d67d9b2265451..c6f2b1698255c8228bb1564ab33e0cc291acd999 100644
--- a/tests/lib/mirrors/generic_bounded_by_type_parameter_test.dart
+++ b/tests/lib/mirrors/generic_bounded_by_type_parameter_test.dart
@@ -8,61 +8,61 @@ import 'dart:mirrors';
 
 import 'package:expect/expect.dart';
 
-import 'generics_test.dart';
+import 'generics_helper.dart';
 
 class Super<T, R extends T> {}
 
 class Fixed extends Super<num, int> {}
-class Generic<X, Y> extends Super<X, Y> {}
+class Generic<X, Y> extends Super<X, Y> {}  /// 02: static type warning
 class Malbounded extends Super<num, String> {} /// 01: static type warning
 
 main() {
   ClassMirror superDecl = reflectClass(Super);
   ClassMirror superOfNumAndInt = reflectClass(Fixed).superclass;
-  ClassMirror genericDecl = reflectClass(Generic);
-  ClassMirror superOfXAndY = genericDecl.superclass;
-  ClassMirror genericOfNumAndDouble = reflect(new Generic<num, double>()).type;
-  ClassMirror superOfNumAndDouble = genericOfNumAndDouble.superclass;
+  ClassMirror genericDecl = reflectClass(Generic);  /// 02: continued
+  ClassMirror superOfXAndY = genericDecl.superclass;  /// 02: continued
+  ClassMirror genericOfNumAndDouble = reflect(new Generic<num, double>()).type;  /// 02: continued
+  ClassMirror superOfNumAndDouble = genericOfNumAndDouble.superclass;  /// 02: continued
   ClassMirror genericOfNumAndBool = reflect(new Generic<num, bool>()).type;  /// 02: static type warning, dynamic type error
   ClassMirror superOfNumAndBool = genericOfNumAndBool.superclass;  /// 02: continued
   ClassMirror superOfNumAndString = reflectClass(Malbounded).superclass;  /// 01: continued
 
   Expect.isTrue(superDecl.isOriginalDeclaration);
   Expect.isFalse(superOfNumAndInt.isOriginalDeclaration);
-  Expect.isTrue(genericDecl.isOriginalDeclaration);
-  Expect.isFalse(superOfXAndY.isOriginalDeclaration); 
-  Expect.isFalse(genericOfNumAndDouble.isOriginalDeclaration);
-  Expect.isFalse(superOfNumAndDouble.isOriginalDeclaration);
+  Expect.isTrue(genericDecl.isOriginalDeclaration);  /// 02: continued
+  Expect.isFalse(superOfXAndY.isOriginalDeclaration);   /// 02: continued
+  Expect.isFalse(genericOfNumAndDouble.isOriginalDeclaration);  /// 02: continued
+  Expect.isFalse(superOfNumAndDouble.isOriginalDeclaration);  /// 02: continued
   Expect.isFalse(genericOfNumAndBool.isOriginalDeclaration);  /// 02: continued
   Expect.isFalse(superOfNumAndBool.isOriginalDeclaration);  /// 02: continued
   Expect.isFalse(superOfNumAndString.isOriginalDeclaration);  /// 01: continued
 
   TypeVariableMirror tFromSuper = superDecl.typeVariables[0];
   TypeVariableMirror rFromSuper = superDecl.typeVariables[1];
-  TypeVariableMirror xFromGeneric = genericDecl.typeVariables[0];
-  TypeVariableMirror yFromGeneric = genericDecl.typeVariables[1];
+  TypeVariableMirror xFromGeneric = genericDecl.typeVariables[0];  /// 02: continued
+  TypeVariableMirror yFromGeneric = genericDecl.typeVariables[1];  /// 02: continued
 
   Expect.equals(reflectClass(Object), tFromSuper.upperBound);
   Expect.equals(tFromSuper, rFromSuper.upperBound);
-  Expect.equals(reflectClass(Object), xFromGeneric.upperBound);
-  Expect.equals(reflectClass(Object), yFromGeneric.upperBound);
+  Expect.equals(reflectClass(Object), xFromGeneric.upperBound);  /// 02: continued
+  Expect.equals(reflectClass(Object), yFromGeneric.upperBound);  /// 02: continued
 
   typeParameters(superDecl, [#T, #R]);
   typeParameters(superOfNumAndInt, [#T, #R]);
-  typeParameters(genericDecl, [#X, #Y]);
-  typeParameters(superOfXAndY, [#T, #R]);
-  typeParameters(genericOfNumAndDouble, [#X, #Y]);
-  typeParameters(superOfNumAndDouble, [#T, #R]);
+  typeParameters(genericDecl, [#X, #Y]);  /// 02: continued
+  typeParameters(superOfXAndY, [#T, #R]);  /// 02: continued
+  typeParameters(genericOfNumAndDouble, [#X, #Y]);  /// 02: continued
+  typeParameters(superOfNumAndDouble, [#T, #R]);  /// 02: continued
   typeParameters(genericOfNumAndBool, [#X, #Y]);  /// 02: continued
   typeParameters(superOfNumAndBool, [#T, #R]);  /// 02: continued
   typeParameters(superOfNumAndString, [#T, #R]);  /// 01: continued
 
   typeArguments(superDecl, []);
   typeArguments(superOfNumAndInt, [reflectClass(num), reflectClass(int)]);
-  typeArguments(genericDecl, []);
-  typeArguments(superOfXAndY, [xFromGeneric, yFromGeneric]);
-  typeArguments(genericOfNumAndDouble, [reflectClass(num), reflectClass(double)]);
-  typeArguments(superOfNumAndDouble, [reflectClass(num), reflectClass(double)]);
+  typeArguments(genericDecl, []);  /// 02: continued
+  typeArguments(superOfXAndY, [xFromGeneric, yFromGeneric]);  /// 02: continued
+  typeArguments(genericOfNumAndDouble, [reflectClass(num), reflectClass(double)]);  /// 02: continued
+  typeArguments(superOfNumAndDouble, [reflectClass(num), reflectClass(double)]);  /// 02: continued
   typeArguments(genericOfNumAndBool, [reflectClass(num), reflectClass(bool)]);  /// 02: continued
   typeArguments(superOfNumAndBool, [reflectClass(num), reflectClass(bool)]);  /// 02: continued
   typeArguments(superOfNumAndString, [reflectClass(num), reflectClass(String)]);  /// 01: continued