dart2js: run dartfmt on tests

tests/compiler/dart2js/mixin_typevariable_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 mixin_typevariable_test;
 
 import 'package:expect/expect.dart';
 import "package:async_helper/async_helper.dart";
 import 'type_test_helper.dart';
 import 'package:compiler/src/dart_types.dart';
-import "package:compiler/src/elements/elements.dart"
-       show Element, ClassElement;
+import "package:compiler/src/elements/elements.dart" show Element, ClassElement;
 
 void main() {
   testMixinSupertypes();
   testNonTrivialSubstitutions();
 }
 
 void testMixinSupertypes() {
-  asyncTest(() => TypeEnvironment.create(r"""
+  asyncTest(() => TypeEnvironment
+          .create(
+              r"""
       class S<S_T> {}
       class M1<M1_T> {}
       class M2<M2_T> {}
       class M3<M3_T> {}
 
       class C1<C1_T> extends S<C1_T> with M1<C1_T>, M2<C1_T>, M3<C1_T> {}
       class C2<C2_T> = S<C2_T> with M1<C2_T>, M2<C2_T>, M3<C2_T>;
-      """, expectNoWarningsOrErrors: true).then((env) {
+      """,
+              expectNoWarningsOrErrors: true)
+          .then((env) {
+        ClassElement Object = env.getElement('Object');
+        ClassElement S = env.getElement('S');
+        ClassElement M1 = env.getElement('M1');
+        ClassElement M2 = env.getElement('M2');
+        ClassElement M3 = env.getElement('M3');
+        ClassElement C1 = env.getElement('C1');
+        ClassElement C2 = env.getElement('C2');
 
-    ClassElement Object = env.getElement('Object');
-    ClassElement S = env.getElement('S');
-    ClassElement M1 = env.getElement('M1');
-    ClassElement M2 = env.getElement('M2');
-    ClassElement M3 = env.getElement('M3');
-    ClassElement C1 = env.getElement('C1');
-    ClassElement C2 = env.getElement('C2');
+        ClassElement C1_S_M1_M2_M3 = C1.superclass;
+        ClassElement C1_S_M1_M2 = C1_S_M1_M2_M3.superclass;
+        ClassElement C1_S_M1 = C1_S_M1_M2.superclass;
 
-    ClassElement C1_S_M1_M2_M3 = C1.superclass;
-    ClassElement C1_S_M1_M2 = C1_S_M1_M2_M3.superclass;
-    ClassElement C1_S_M1 = C1_S_M1_M2.superclass;
+        ClassElement C2_S_M1_M2 = C2.superclass;
+        ClassElement C2_S_M1 = C2_S_M1_M2.superclass;
 
-    ClassElement C2_S_M1_M2 = C2.superclass;
-    ClassElement C2_S_M1 = C2_S_M1_M2.superclass;
+        void testSupertypes(ClassElement element) {
+          if (element != Object) {
+            Expect.isTrue(element.typeVariables.length == 1);
+            Expect.equals(
+                element, element.typeVariables.first.element.enclosingElement);
+          }
+          for (InterfaceType supertype in element.allSupertypesAndSelf.types) {
+            if (!supertype.typeArguments.isEmpty) {
+              Expect.listEquals(element.typeVariables, supertype.typeArguments,
+                  "Type argument mismatch on supertype $supertype of $element.");
+            } else {
+              Expect.equals(Object, supertype.element);
+            }
+          }
+        }
 
-    void testSupertypes(ClassElement element) {
-      if (element != Object) {
-        Expect.isTrue(element.typeVariables.length == 1);
-        Expect.equals(element,
-                      element.typeVariables.first.element.enclosingElement);
-      }
-      for (InterfaceType supertype in element.allSupertypesAndSelf.types) {
-        if (!supertype.typeArguments.isEmpty) {
-          Expect.listEquals(element.typeVariables, supertype.typeArguments,
-              "Type argument mismatch on supertype $supertype of $element.");
-        } else {
-          Expect.equals(Object, supertype.element);
-        }
-      }
-    }
-
-    testSupertypes(Object);
-    testSupertypes(S);
-    testSupertypes(M1);
-    testSupertypes(M2);
-    testSupertypes(C1_S_M1);
-    testSupertypes(C1_S_M1_M2);
-    testSupertypes(C1_S_M1_M2_M3);
-    testSupertypes(C1);
-    testSupertypes(C2_S_M1);
-    testSupertypes(C2_S_M1_M2);
-    testSupertypes(C2);
-  }));
+        testSupertypes(Object);
+        testSupertypes(S);
+        testSupertypes(M1);
+        testSupertypes(M2);
+        testSupertypes(C1_S_M1);
+        testSupertypes(C1_S_M1_M2);
+        testSupertypes(C1_S_M1_M2_M3);
+        testSupertypes(C1);
+        testSupertypes(C2_S_M1);
+        testSupertypes(C2_S_M1_M2);
+        testSupertypes(C2);
+      }));
 }
 
 void testNonTrivialSubstitutions() {
-  asyncTest(() => TypeEnvironment.create(r"""
+  asyncTest(() => TypeEnvironment
+          .create(
+              r"""
       class _ {}
       class A<A_T> {}
       class B<B_T, B_S> {}
 
       class C1<C1_T> extends A with B {}
       class C2<C2_T> = A with B;
 
       class D1<D1_T> extends A<D1_T> with B<D1_T, A<D1_T>> {}
       class D2<D2_T> = A<D2_T> with B<D2_T, A<D2_T>>;
 
       class E1<E1_T> extends A<_> with B<_, A<_>> {}
       class E2<E2_T> = A<_> with B<_, A<_>>;
 
       class F1<F1_T> extends A<_> with B<_, B<F1_T, _>> {}
       class F2<F2_T> = A<_> with B<_, B<F2_T, _>>;
-      """, expectNoWarningsOrErrors: true).then((env) {
-    DartType _dynamic = env['dynamic'];
-    DartType _ = env['_'];
+      """,
+              expectNoWarningsOrErrors: true)
+          .then((env) {
+        DartType _dynamic = env['dynamic'];
+        DartType _ = env['_'];
 
-    ClassElement Object = env.getElement('Object');
-    ClassElement A = env.getElement('A');
-    ClassElement B = env.getElement('B');
-    ClassElement C1 = env.getElement('C1');
-    ClassElement C2 = env.getElement('C2');
-    ClassElement D1 = env.getElement('D1');
-    ClassElement D2 = env.getElement('D2');
-    ClassElement E1 = env.getElement('E1');
-    ClassElement E2 = env.getElement('E2');
-    ClassElement F1 = env.getElement('F1');
-    ClassElement F2 = env.getElement('F2');
+        ClassElement Object = env.getElement('Object');
+        ClassElement A = env.getElement('A');
+        ClassElement B = env.getElement('B');
+        ClassElement C1 = env.getElement('C1');
+        ClassElement C2 = env.getElement('C2');
+        ClassElement D1 = env.getElement('D1');
+        ClassElement D2 = env.getElement('D2');
+        ClassElement E1 = env.getElement('E1');
+        ClassElement E2 = env.getElement('E2');
+        ClassElement F1 = env.getElement('F1');
+        ClassElement F2 = env.getElement('F2');
 
-    ClassElement C1_A_B = C1.superclass;
-    ClassElement D1_A_B = D1.superclass;
-    ClassElement E1_A_B = E1.superclass;
-    ClassElement F1_A_B = F1.superclass;
+        ClassElement C1_A_B = C1.superclass;
+        ClassElement D1_A_B = D1.superclass;
+        ClassElement E1_A_B = E1.superclass;
+        ClassElement F1_A_B = F1.superclass;
 
-    void testSupertypes(ClassElement element,
-                        Map<ClassElement, List<DartType>> typeArguments) {
-      if (element != Object) {
-        Expect.isTrue(element.typeVariables.length == 1);
-        Expect.equals(element,
-                      element.typeVariables.first.element.enclosingElement);
-      }
-      for (InterfaceType supertype in element.allSupertypesAndSelf.types) {
-        if (typeArguments.containsKey(supertype.element)) {
-          Expect.listEquals(typeArguments[supertype.element],
-                            supertype.typeArguments,
-              "Type argument mismatch on supertype $supertype of $element.");
-        } else if (!supertype.typeArguments.isEmpty) {
-          Expect.listEquals(element.typeVariables, supertype.typeArguments,
-              "Type argument mismatch on supertype $supertype of $element.");
-        } else {
-          Expect.equals(Object, supertype.element);
+        void testSupertypes(ClassElement element,
+            Map<ClassElement, List<DartType>> typeArguments) {
+          if (element != Object) {
+            Expect.isTrue(element.typeVariables.length == 1);
+            Expect.equals(
+                element, element.typeVariables.first.element.enclosingElement);
+          }
+          for (InterfaceType supertype in element.allSupertypesAndSelf.types) {
+            if (typeArguments.containsKey(supertype.element)) {
+              Expect.listEquals(
+                  typeArguments[supertype.element],
+                  supertype.typeArguments,
+                  "Type argument mismatch on supertype $supertype of $element.");
+            } else if (!supertype.typeArguments.isEmpty) {
+              Expect.listEquals(element.typeVariables, supertype.typeArguments,
+                  "Type argument mismatch on supertype $supertype of $element.");
+            } else {
+              Expect.equals(Object, supertype.element);
+            }
+          }
         }
-      }
-    }
 
-    testSupertypes(C1, {A: [_dynamic], B: [_dynamic, _dynamic]});
-    testSupertypes(C1.superclass, {A: [_dynamic], B: [_dynamic, _dynamic]});
-    testSupertypes(C2, {A: [_dynamic], B: [_dynamic, _dynamic]});
+        testSupertypes(C1, {
+          A: [_dynamic],
+          B: [_dynamic, _dynamic]
+        });
+        testSupertypes(C1.superclass, {
+          A: [_dynamic],
+          B: [_dynamic, _dynamic]
+        });
+        testSupertypes(C2, {
+          A: [_dynamic],
+          B: [_dynamic, _dynamic]
+        });
 
-    DartType D1_T = D1.typeVariables.first;
-    testSupertypes(D1, {A: [D1_T], B: [D1_T, instantiate(A, [D1_T])]});
-    DartType D1_superclass_T = D1.superclass.typeVariables.first;
-    testSupertypes(D1.superclass,
-        {A: [D1_superclass_T],
-         B: [D1_superclass_T, instantiate(A, [D1_superclass_T])]});
-    DartType D2_T = D2.typeVariables.first;
-    testSupertypes(D2, {A: [D2_T], B: [D2_T, instantiate(A, [D2_T])]});
+        DartType D1_T = D1.typeVariables.first;
+        testSupertypes(D1, {
+          A: [D1_T],
+          B: [
+            D1_T,
+            instantiate(A, [D1_T])
+          ]
+        });
+        DartType D1_superclass_T = D1.superclass.typeVariables.first;
+        testSupertypes(D1.superclass, {
+          A: [D1_superclass_T],
+          B: [
+            D1_superclass_T,
+            instantiate(A, [D1_superclass_T])
+          ]
+        });
+        DartType D2_T = D2.typeVariables.first;
+        testSupertypes(D2, {
+          A: [D2_T],
+          B: [
+            D2_T,
+            instantiate(A, [D2_T])
+          ]
+        });
 
-    testSupertypes(E1, {A: [_], B: [_, instantiate(A, [_])]});
-    testSupertypes(E1.superclass, {A: [_], B: [_, instantiate(A, [_])]});
-    testSupertypes(E2, {A: [_], B: [_, instantiate(A, [_])]});
+        testSupertypes(E1, {
+          A: [_],
+          B: [
+            _,
+            instantiate(A, [_])
+          ]
+        });
+        testSupertypes(E1.superclass, {
+          A: [_],
+          B: [
+            _,
+            instantiate(A, [_])
+          ]
+        });
+        testSupertypes(E2, {
+          A: [_],
+          B: [
+            _,
+            instantiate(A, [_])
+          ]
+        });
 
-    DartType F1_T = F1.typeVariables.first;
-    testSupertypes(F1, {A: [_], B: [_, instantiate(B, [F1_T, _])]});
-    DartType F1_superclass_T = F1.superclass.typeVariables.first;
-    testSupertypes(F1.superclass, {A: [_], B: [_, instantiate(B, [F1_superclass_T, _])]});
-    DartType F2_T = F2.typeVariables.first;
-    testSupertypes(F2, {A: [_], B: [_, instantiate(B, [F2_T, _])]});
-  }));
+        DartType F1_T = F1.typeVariables.first;
+        testSupertypes(F1, {
+          A: [_],
+          B: [
+            _,
+            instantiate(B, [F1_T, _])
+          ]
+        });
+        DartType F1_superclass_T = F1.superclass.typeVariables.first;
+        testSupertypes(F1.superclass, {
+          A: [_],
+          B: [
+            _,
+            instantiate(B, [F1_superclass_T, _])
+          ]
+        });
+        DartType F2_T = F2.typeVariables.first;
+        testSupertypes(F2, {
+          A: [_],
+          B: [
+            _,
+            instantiate(B, [F2_T, _])
+          ]
+        });
+      }));
 }