Add mirror tests for generic interfaces. Add base-language test for malbounded interfaces.

tests/lib/mirrors/generic_interface_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.
+
+library test.generic_bounded;
+
+import 'dart:mirrors';
+
+import 'package:expect/expect.dart';
+
+import 'generics_test.dart';
+
+class Interface<T> {}
+class Bounded<S extends num> {}
+
+class Fixed implements Interface<int> {}
+class Generic<R> implements Interface<R> {}
+
+class Bienbounded implements Bounded<int> {}
+class Malbounded implements Bounded<String> {}
+class FBounded implements Interface<FBounded> {}
+
+class Mixin {}
+class FixedMixinApplication = Object with Mixin implements Interface<int>;
+class GenericMixinApplication<X> = Object with Mixin implements Interface<X>;
+class FixedClass extends Object with Mixin implements Interface<int> {}
+class GenericClass<Y> extends Object with Mixin implements Interface<Y> {}
+
+main() {
+  TypeMirror dynamicMirror = currentMirrorSystem().dynamicType;
+
+  ClassMirror interfaceDecl = reflectClass(Interface);
+  ClassMirror boundedDecl = reflectClass(Bounded);
+
+  ClassMirror interfaceOfInt = reflectClass(Fixed).superinterfaces.single;
+  ClassMirror interfaceOfR = reflectClass(Generic).superinterfaces.single;
+  ClassMirror interfaceOfBool = reflect(new Generic<bool>()).type.superinterfaces.single;
+
+  ClassMirror boundedOfInt = reflectClass(Bienbounded).superinterfaces.single;
+  ClassMirror boundedOfString = reflectClass(Malbounded).superinterfaces.single;
+  ClassMirror interfaceOfFBounded = reflectClass(FBounded).superinterfaces.single;
+  
+  ClassMirror interfaceOfInt2 = reflectClass(FixedMixinApplication).superinterfaces.single;
+  ClassMirror interfaceOfX = reflectClass(GenericMixinApplication).superinterfaces.single;
+  ClassMirror interfaceOfDouble = reflect(new GenericMixinApplication<double>()).type.superinterfaces.single;
+  ClassMirror interfaceOfInt3 = reflectClass(FixedClass).superinterfaces.single;
+  ClassMirror interfaceOfY = reflectClass(GenericClass).superinterfaces.single;
+  ClassMirror interfaceOfDouble2 = reflect(new GenericClass<double>()).type.superinterfaces.single;
+
+
+  Expect.isTrue(interfaceDecl.isOriginalDeclaration);
+  Expect.isTrue(boundedDecl.isOriginalDeclaration);
+
+  Expect.isFalse(interfaceOfInt.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfR.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfBool.isOriginalDeclaration);
+  Expect.isFalse(boundedOfInt.isOriginalDeclaration);
+  Expect.isFalse(boundedOfString.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfFBounded.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfInt2.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfX.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfDouble.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfInt3.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfY.isOriginalDeclaration);
+  Expect.isFalse(interfaceOfDouble2.isOriginalDeclaration);
+
+
+  TypeVariableMirror tFromInterface = interfaceDecl.typeVariables.single;
+  TypeVariableMirror sFromBounded = boundedDecl.typeVariables.single;
+  TypeVariableMirror rFromGeneric = reflectClass(Generic).typeVariables.single;
+  TypeVariableMirror xFromGenericMixinApplication = reflectClass(GenericMixinApplication).typeVariables.single;
+  TypeVariableMirror yFromGenericClass = reflectClass(GenericClass).typeVariables.single;
+
+  Expect.equals(reflectClass(Object), tFromInterface.upperBound);
+  Expect.equals(reflectClass(num), sFromBounded.upperBound);
+  Expect.equals(reflectClass(Object), rFromGeneric.upperBound);
+  Expect.equals(reflectClass(Object), xFromGenericMixinApplication.upperBound);
+  Expect.equals(reflectClass(Object), yFromGenericClass.upperBound);
+
+
+  typeParameters(interfaceDecl, [#T]);
+  typeParameters(boundedDecl, [#S]);
+  typeParameters(interfaceOfInt, [#T]);
+  typeParameters(interfaceOfR, [#T]);
+  typeParameters(interfaceOfBool, [#T]);
+  typeParameters(boundedOfInt, [#S]);
+  typeParameters(boundedOfString, [#S]);
+  typeParameters(interfaceOfFBounded, [#T]);
+  typeParameters(interfaceOfInt2, [#T]);
+  typeParameters(interfaceOfX, [#T]);
+  typeParameters(interfaceOfDouble, [#T]);
+  typeParameters(interfaceOfInt3, [#T]);
+  typeParameters(interfaceOfY, [#T]);
+  typeParameters(interfaceOfDouble2, [#T]);
+
+  typeArguments(interfaceDecl, []);
+  typeArguments(boundedDecl, []);
+  typeArguments(interfaceOfInt, [reflectClass(int)]);
+  typeArguments(interfaceOfR, [rFromGeneric]);
+  typeArguments(interfaceOfBool, [reflectClass(bool)]);  /// 01: ok
+  typeArguments(boundedOfInt, [reflectClass(int)]);
+  typeArguments(boundedOfString, [reflectClass(String)]);
+  typeArguments(interfaceOfFBounded, [reflectClass(FBounded)]);
+  typeArguments(interfaceOfInt2, [reflectClass(int)]);
+  typeArguments(interfaceOfX, [xFromGenericMixinApplication]);
+  typeArguments(interfaceOfDouble, [reflectClass(double)]);  /// 01: ok
+  typeArguments(interfaceOfInt3, [reflectClass(int)]);
+  typeArguments(interfaceOfY, [yFromGenericClass]);
+  typeArguments(interfaceOfDouble2, [reflectClass(double)]);  /// 01: ok
+}