// Copyright (c) 2014, 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 code was auto-generated, is not intended to be edited, and is subject to
// significant change. Please see the README file for more information.

library engine.resolver_test;

import 'dart:collection';
import 'package:analyzer/src/generated/java_core.dart';
import 'package:analyzer/src/generated/java_junit.dart';
import 'package:analyzer/src/generated/java_engine.dart';
import 'package:analyzer/src/generated/java_engine_io.dart';
import 'package:analyzer/src/generated/source_io.dart';
import 'package:analyzer/src/generated/error.dart';
import 'package:analyzer/src/generated/scanner.dart';
import 'package:analyzer/src/generated/ast.dart';
import 'package:analyzer/src/generated/parser.dart' show ParserErrorCode;
import 'package:analyzer/src/generated/element.dart';
import 'package:analyzer/src/generated/resolver.dart';
import 'package:analyzer/src/generated/engine.dart';
import 'package:analyzer/src/generated/utilities_dart.dart';
import 'package:analyzer/src/generated/sdk.dart' show DartSdk;
import 'package:analyzer/src/generated/sdk_io.dart' show DirectoryBasedDartSdk;
import 'package:unittest/unittest.dart' as _ut;
import 'test_support.dart';
import 'package:analyzer/src/generated/testing/ast_factory.dart';
import 'package:analyzer/src/generated/testing/element_factory.dart';

/**
 * The class `AnalysisContextFactory` defines utility methods used to create analysis contexts
 * for testing purposes.
 */
class AnalysisContextFactory {
  /**
   * Create an analysis context that has a fake core library already resolved.
   *
   * @return the analysis context that was created
   */
  static AnalysisContextImpl contextWithCore() {
    AnalysisContextImpl context = new AnalysisContextImpl_AnalysisContextFactory_contextWithCore();
    return initContextWithCore(context);
  }

  /**
   * Create an analysis context that uses the given options and has a fake core library already
   * resolved.
   *
   * @param options the options to be applied to the context
   * @return the analysis context that was created
   */
  static AnalysisContextImpl contextWithCoreAndOptions(AnalysisOptions options) {
    AnalysisContextImpl context = new AnalysisContextImpl();
    context.analysisOptions = options;
    return initContextWithCore(context);
  }

  /**
   * Initialize the given analysis context with a fake core library already resolved.
   *
   * @param context the context to be initialized (not `null`)
   * @return the analysis context that was created
   */
  static AnalysisContextImpl initContextWithCore(AnalysisContextImpl context) {
    SourceFactory sourceFactory = new SourceFactory([
        new DartUriResolver(DirectoryBasedDartSdk.defaultSdk),
        new FileUriResolver()]);
    context.sourceFactory = sourceFactory;
    //
    // dart:core
    //
    TestTypeProvider provider = new TestTypeProvider();
    CompilationUnitElementImpl coreUnit = new CompilationUnitElementImpl("core.dart");
    Source coreSource = sourceFactory.forUri(DartSdk.DART_CORE);
    context.setContents(coreSource, "");
    coreUnit.source = coreSource;
    ClassElementImpl proxyClassElement = ElementFactory.classElement2("_Proxy", []);
    coreUnit.types = <ClassElement> [
        provider.boolType.element,
        provider.deprecatedType.element,
        provider.doubleType.element,
        provider.functionType.element,
        provider.intType.element,
        provider.listType.element,
        provider.mapType.element,
        provider.nullType.element,
        provider.numType.element,
        provider.objectType.element,
        proxyClassElement,
        provider.stackTraceType.element,
        provider.stringType.element,
        provider.symbolType.element,
        provider.typeType.element];
    coreUnit.functions = <FunctionElement> [ElementFactory.functionElement3("identical", provider.boolType.element, <ClassElement> [provider.objectType.element, provider.objectType.element], null)];
    TopLevelVariableElement proxyTopLevelVariableElt = ElementFactory.topLevelVariableElement3("proxy", true, false, proxyClassElement.type);
    TopLevelVariableElement deprecatedTopLevelVariableElt = ElementFactory.topLevelVariableElement3("deprecated", true, false, provider.deprecatedType);
    coreUnit.accessors = <PropertyAccessorElement> [
        proxyTopLevelVariableElt.getter,
        proxyTopLevelVariableElt.setter,
        deprecatedTopLevelVariableElt.getter,
        deprecatedTopLevelVariableElt.setter];
    coreUnit.topLevelVariables = <TopLevelVariableElement> [proxyTopLevelVariableElt, deprecatedTopLevelVariableElt];
    LibraryElementImpl coreLibrary = new LibraryElementImpl.forNode(context, AstFactory.libraryIdentifier2(["dart", "core"]));
    coreLibrary.definingCompilationUnit = coreUnit;
    //
    // dart:async
    //
    CompilationUnitElementImpl asyncUnit = new CompilationUnitElementImpl("async.dart");
    Source asyncSource = sourceFactory.forUri(DartSdk.DART_ASYNC);
    context.setContents(asyncSource, "");
    asyncUnit.source = asyncSource;
    // Future
    ClassElementImpl futureElement = ElementFactory.classElement2("Future", ["T"]);
    InterfaceType futureType = futureElement.type;
    //   factory Future.value([value])
    ConstructorElementImpl futureConstructor = ElementFactory.constructorElement2(futureElement, "value", []);
    futureConstructor.parameters = <ParameterElement> [ElementFactory.positionalParameter2("value", provider.dynamicType)];
    futureConstructor.factory = true;
    (futureConstructor.type as FunctionTypeImpl).typeArguments = futureElement.type.typeArguments;
    futureElement.constructors = <ConstructorElement> [futureConstructor];
    //   Future then(onValue(T value), { Function onError });
    List<ParameterElement> parameters = <ParameterElement> [ElementFactory.requiredParameter2("value", futureElement.typeParameters[0].type)];
    FunctionTypeAliasElementImpl aliasElement = new FunctionTypeAliasElementImpl(null);
    aliasElement.synthetic = true;
    aliasElement.shareParameters(parameters);
    aliasElement.returnType = provider.dynamicType;
    FunctionTypeImpl aliasType = new FunctionTypeImpl.con2(aliasElement);
    aliasElement.shareTypeParameters(futureElement.typeParameters);
    aliasType.typeArguments = futureElement.type.typeArguments;
    MethodElement thenMethod = ElementFactory.methodElementWithParameters("then", futureElement.type.typeArguments, futureType, [
        ElementFactory.requiredParameter2("onValue", aliasType),
        ElementFactory.namedParameter2("onError", provider.functionType)]);
    futureElement.methods = <MethodElement> [thenMethod];
    // Completer
    ClassElementImpl completerElement = ElementFactory.classElement2("Completer", ["T"]);
    ConstructorElementImpl completerConstructor = ElementFactory.constructorElement2(completerElement, null, []);
    (completerConstructor.type as FunctionTypeImpl).typeArguments = completerElement.type.typeArguments;
    completerElement.constructors = <ConstructorElement> [completerConstructor];
    asyncUnit.types = <ClassElement> [
        completerElement,
        futureElement,
        ElementFactory.classElement2("Stream", ["T"])];
    LibraryElementImpl asyncLibrary = new LibraryElementImpl.forNode(context, AstFactory.libraryIdentifier2(["dart", "async"]));
    asyncLibrary.definingCompilationUnit = asyncUnit;
    //
    // dart:html
    //
    CompilationUnitElementImpl htmlUnit = new CompilationUnitElementImpl("html_dartium.dart");
    Source htmlSource = sourceFactory.forUri(DartSdk.DART_HTML);
    context.setContents(htmlSource, "");
    htmlUnit.source = htmlSource;
    ClassElementImpl elementElement = ElementFactory.classElement2("Element", []);
    InterfaceType elementType = elementElement.type;
    ClassElementImpl canvasElement = ElementFactory.classElement("CanvasElement", elementType, []);
    ClassElementImpl contextElement = ElementFactory.classElement2("CanvasRenderingContext", []);
    InterfaceType contextElementType = contextElement.type;
    ClassElementImpl context2dElement = ElementFactory.classElement("CanvasRenderingContext2D", contextElementType, []);
    canvasElement.methods = <MethodElement> [ElementFactory.methodElement("getContext", contextElementType, [provider.stringType])];
    canvasElement.accessors = <PropertyAccessorElement> [ElementFactory.getterElement("context2D", false, context2dElement.type)];
    ClassElementImpl documentElement = ElementFactory.classElement("Document", elementType, []);
    ClassElementImpl htmlDocumentElement = ElementFactory.classElement("HtmlDocument", documentElement.type, []);
    htmlDocumentElement.methods = <MethodElement> [ElementFactory.methodElement("query", elementType, <DartType> [provider.stringType])];
    htmlUnit.types = <ClassElement> [
        ElementFactory.classElement("AnchorElement", elementType, []),
        ElementFactory.classElement("BodyElement", elementType, []),
        ElementFactory.classElement("ButtonElement", elementType, []),
        canvasElement,
        contextElement,
        context2dElement,
        ElementFactory.classElement("DivElement", elementType, []),
        documentElement,
        elementElement,
        htmlDocumentElement,
        ElementFactory.classElement("InputElement", elementType, []),
        ElementFactory.classElement("SelectElement", elementType, [])];
    htmlUnit.functions = <FunctionElement> [ElementFactory.functionElement3("query", elementElement, <ClassElement> [provider.stringType.element], ClassElementImpl.EMPTY_ARRAY)];
    TopLevelVariableElementImpl document = ElementFactory.topLevelVariableElement3("document", false, true, htmlDocumentElement.type);
    htmlUnit.topLevelVariables = <TopLevelVariableElement> [document];
    htmlUnit.accessors = <PropertyAccessorElement> [document.getter];
    LibraryElementImpl htmlLibrary = new LibraryElementImpl.forNode(context, AstFactory.libraryIdentifier2(["dart", "dom", "html"]));
    htmlLibrary.definingCompilationUnit = htmlUnit;
    HashMap<Source, LibraryElement> elementMap = new HashMap<Source, LibraryElement>();
    elementMap[coreSource] = coreLibrary;
    elementMap[asyncSource] = asyncLibrary;
    elementMap[htmlSource] = htmlLibrary;
    context.recordLibraryElements(elementMap);
    return context;
  }
}

/**
 * Helper for creating and managing single [AnalysisContext].
 */
class AnalysisContextHelper {
  AnalysisContext context;

  /**
   * Creates new [AnalysisContext] using [AnalysisContextFactory#contextWithCore].
   */
  AnalysisContextHelper() {
    context = AnalysisContextFactory.contextWithCore();
    AnalysisOptionsImpl options = new AnalysisOptionsImpl.con1(context.analysisOptions);
    options.cacheSize = 256;
    context.analysisOptions = options;
  }

  Source addSource(String path, String code) {
    Source source = new FileBasedSource.con1(FileUtilities2.createFile(path));
    if (path.endsWith(".dart") || path.endsWith(".html")) {
      ChangeSet changeSet = new ChangeSet();
      changeSet.addedSource(source);
      context.applyChanges(changeSet);
    }
    context.setContents(source, code);
    return source;
  }

  CompilationUnitElement getDefiningUnitElement(Source source) => context.getCompilationUnitElement(source, source);

  CompilationUnit resolveDefiningUnit(Source source) {
    LibraryElement libraryElement = context.computeLibraryElement(source);
    return context.resolveCompilationUnit(source, libraryElement);
  }

  void runTasks() {
    AnalysisResult result = context.performAnalysisTask();
    while (result.changeNotices != null) {
      result = context.performAnalysisTask();
    }
  }
}

class AnalysisContextImpl_AnalysisContextFactory_contextWithCore extends AnalysisContextImpl {
  @override
  void set analysisOptions(AnalysisOptions options) {
    AnalysisOptions currentOptions = analysisOptions;
    bool needsRecompute = currentOptions.analyzeFunctionBodies != options.analyzeFunctionBodies || currentOptions.generateSdkErrors != options.generateSdkErrors || currentOptions.enableAsync != options.enableAsync || currentOptions.enableDeferredLoading != options.enableDeferredLoading || currentOptions.enableEnum != options.enableEnum || currentOptions.dart2jsHint != options.dart2jsHint || (currentOptions.hint && !options.hint) || currentOptions.preserveComments != options.preserveComments;
    if (needsRecompute) {
      JUnitTestCase.fail("Cannot set options that cause the sources to be reanalyzed in a test context");
    }
    super.analysisOptions = options;
  }
}

class ChangeSetTest extends EngineTestCase {
  void test_changedContent() {
    TestSource source = new TestSource();
    String content = "";
    ChangeSet changeSet = new ChangeSet();
    changeSet.changedContent(source, content);
    EngineTestCase.assertSizeOfList(0, changeSet.addedSources);
    EngineTestCase.assertSizeOfList(0, changeSet.changedSources);
    Map<Source, String> map = changeSet.changedContents;
    EngineTestCase.assertSizeOfMap(1, map);
    JUnitTestCase.assertSame(content, map[source]);
    EngineTestCase.assertSizeOfMap(0, changeSet.changedRanges);
    EngineTestCase.assertSizeOfList(0, changeSet.deletedSources);
    EngineTestCase.assertSizeOfList(0, changeSet.removedSources);
    EngineTestCase.assertSizeOfList(0, changeSet.removedContainers);
  }

  void test_changedRange() {
    TestSource source = new TestSource();
    String content = "";
    ChangeSet changeSet = new ChangeSet();
    changeSet.changedRange(source, content, 1, 2, 3);
    EngineTestCase.assertSizeOfList(0, changeSet.addedSources);
    EngineTestCase.assertSizeOfList(0, changeSet.changedSources);
    EngineTestCase.assertSizeOfMap(0, changeSet.changedContents);
    Map<Source, ChangeSet_ContentChange> map = changeSet.changedRanges;
    EngineTestCase.assertSizeOfMap(1, map);
    ChangeSet_ContentChange change = map[source];
    JUnitTestCase.assertNotNull(change);
    JUnitTestCase.assertEquals(content, change.contents);
    JUnitTestCase.assertEquals(1, change.offset);
    JUnitTestCase.assertEquals(2, change.oldLength);
    JUnitTestCase.assertEquals(3, change.newLength);
    EngineTestCase.assertSizeOfList(0, changeSet.deletedSources);
    EngineTestCase.assertSizeOfList(0, changeSet.removedSources);
    EngineTestCase.assertSizeOfList(0, changeSet.removedContainers);
  }

  void test_toString() {
    ChangeSet changeSet = new ChangeSet();
    changeSet.addedSource(new TestSource());
    changeSet.changedSource(new TestSource());
    changeSet.changedContent(new TestSource(), "");
    changeSet.changedRange(new TestSource(), "", 0, 0, 0);
    changeSet.deletedSource(new TestSource());
    changeSet.removedSource(new TestSource());
    changeSet.removedContainer(new SourceContainer_ChangeSetTest_test_toString());
    JUnitTestCase.assertNotNull(changeSet.toString());
  }

  static dartSuite() {
    _ut.group('ChangeSetTest', () {
      _ut.test('test_changedContent', () {
        final __test = new ChangeSetTest();
        runJUnitTest(__test, __test.test_changedContent);
      });
      _ut.test('test_changedRange', () {
        final __test = new ChangeSetTest();
        runJUnitTest(__test, __test.test_changedRange);
      });
      _ut.test('test_toString', () {
        final __test = new ChangeSetTest();
        runJUnitTest(__test, __test.test_toString);
      });
    });
  }
}

class CompileTimeErrorCodeTest extends ResolverTestCase {
  void fail_accessPrivateEnumField() {
    Source source = addSource(EngineTestCase.createSource([
        "enum E { ONE }",
        "String name(E e) {",
        "  return e._name;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.ACCESS_PRIVATE_ENUM_FIELD]);
    verify([source]);
  }

  void fail_compileTimeConstantRaisesException() {
    Source source = addSource(EngineTestCase.createSource([]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.COMPILE_TIME_CONSTANT_RAISES_EXCEPTION]);
    verify([source]);
  }

  void fail_constEvalThrowsException() {
    Source source = addSource(EngineTestCase.createSource([
        "class C {",
        "  const C();",
        "}",
        "f() { return const C(); }"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_CONSTRUCTOR_THROWS_EXCEPTION]);
    verify([source]);
  }

  void fail_extendsEnum() {
    Source source = addSource(EngineTestCase.createSource(["enum E { ONE }", "class A extends E {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_ENUM]);
    verify([source]);
  }

  void fail_implementsEnum() {
    Source source = addSource(EngineTestCase.createSource(["enum E { ONE }", "class A implements E {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_ENUM]);
    verify([source]);
  }

  void fail_instantiateEnum_const() {
    Source source = addSource(EngineTestCase.createSource([
        "enum E { ONE }",
        "E e(String name) {",
        "  const E(0, name);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INSTANTIATE_ENUM]);
    verify([source]);
  }

  void fail_instantiateEnum_new() {
    Source source = addSource(EngineTestCase.createSource([
        "enum E { ONE }",
        "E e(String name) {",
        "  new E(0, name);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INSTANTIATE_ENUM]);
    verify([source]);
  }

  void fail_missingEnumConstantInSwitch() {
    Source source = addSource(EngineTestCase.createSource([
        "enum E { ONE, TWO, THREE, FOUR }",
        "bool odd(E e) {",
        "  switch (e) {",
        "    case ONE:",
        "    case THREE: return true;",
        "  }",
        "  return false;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.MISSING_ENUM_CONSTANT_IN_SWITCH,
        CompileTimeErrorCode.MISSING_ENUM_CONSTANT_IN_SWITCH]);
    verify([source]);
  }

  void fail_mixinDeclaresConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "class B extends Object mixin A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_DECLARES_CONSTRUCTOR]);
    verify([source]);
  }

  void fail_mixinOfEnum() {
    Source source = addSource(EngineTestCase.createSource(["enum E { ONE }", "class A with E {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_ENUM]);
    verify([source]);
  }

  void fail_mixinOfNonClass() {
    // TODO(brianwilkerson) Compare with MIXIN_WITH_NON_CLASS_SUPERCLASS.
    Source source = addSource(EngineTestCase.createSource(["var A;", "class B extends Object mixin A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_NON_CLASS]);
    verify([source]);
  }

  void fail_objectCannotExtendAnotherClass() {
    Source source = addSource(EngineTestCase.createSource([]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.OBJECT_CANNOT_EXTEND_ANOTHER_CLASS]);
    verify([source]);
  }

  void fail_recursiveCompileTimeConstant() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "  final m = const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_COMPILE_TIME_CONSTANT]);
    verify([source]);
  }

  void fail_recursiveCompileTimeConstant_cycle() {
    Source source = addSource(EngineTestCase.createSource(["const x = y + 1;", "const y = x + 1;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_COMPILE_TIME_CONSTANT]);
    verify([source]);
  }

  void fail_superInitializerInObject() {
    Source source = addSource(EngineTestCase.createSource([]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_INITIALIZER_IN_OBJECT]);
    verify([source]);
  }

  void test_ambiguousExport() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "export 'lib1.dart';",
        "export 'lib2.dart';"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.AMBIGUOUS_EXPORT]);
    verify([source]);
  }

  void test_builtInIdentifierAsMixinName_classTypeAlias() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class B {}", "class as = A with B;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.BUILT_IN_IDENTIFIER_AS_TYPEDEF_NAME]);
    verify([source]);
  }

  void test_builtInIdentifierAsType_formalParameter_field() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  var x;", "  A(static this.x);", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.BUILT_IN_IDENTIFIER_AS_TYPE]);
    verify([source]);
  }

  void test_builtInIdentifierAsType_formalParameter_simple() {
    Source source = addSource(EngineTestCase.createSource(["f(static x) {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.BUILT_IN_IDENTIFIER_AS_TYPE]);
    verify([source]);
  }

  void test_builtInIdentifierAsType_variableDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  typedef x;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.BUILT_IN_IDENTIFIER_AS_TYPE]);
    verify([source]);
  }

  void test_builtInIdentifierAsTypedefName_functionTypeAlias() {
    Source source = addSource(EngineTestCase.createSource(["typedef bool as();"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.BUILT_IN_IDENTIFIER_AS_TYPEDEF_NAME]);
    verify([source]);
  }

  void test_builtInIdentifierAsTypeName() {
    Source source = addSource(EngineTestCase.createSource(["class as {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.BUILT_IN_IDENTIFIER_AS_TYPE_NAME]);
    verify([source]);
  }

  void test_builtInIdentifierAsTypeParameterName() {
    Source source = addSource(EngineTestCase.createSource(["class A<as> {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.BUILT_IN_IDENTIFIER_AS_TYPE_PARAMETER_NAME]);
    verify([source]);
  }

  void test_caseExpressionTypeImplementsEquals() {
    Source source = addSource(EngineTestCase.createSource([
        "class IntWrapper {",
        "  final int value;",
        "  const IntWrapper(this.value);",
        "  bool operator ==(IntWrapper x) {",
        "    return value == x.value;",
        "  }",
        "  get hashCode => value;",
        "}",
        "",
        "f(var a) {",
        "  switch(a) {",
        "    case(const IntWrapper(1)) : return 1;",
        "    default: return 0;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CASE_EXPRESSION_TYPE_IMPLEMENTS_EQUALS]);
    verify([source]);
  }

  void test_conflictingConstructorNameAndMember_field() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A.x() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_CONSTRUCTOR_NAME_AND_FIELD]);
    verify([source]);
  }

  void test_conflictingConstructorNameAndMember_method() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  const A.x();", "  void x() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_CONSTRUCTOR_NAME_AND_METHOD]);
    verify([source]);
  }

  void test_conflictingGetterAndMethod_field_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int m = 0;",
        "}",
        "class B extends A {",
        "  m() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_GETTER_AND_METHOD]);
    verify([source]);
  }

  void test_conflictingGetterAndMethod_getter_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  get m => 0;",
        "}",
        "class B extends A {",
        "  m() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_GETTER_AND_METHOD]);
    verify([source]);
  }

  void test_conflictingGetterAndMethod_method_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends A {",
        "  int m;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_METHOD_AND_GETTER]);
    verify([source]);
  }

  void test_conflictingGetterAndMethod_method_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends A {",
        "  get m => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_METHOD_AND_GETTER]);
    verify([source]);
  }

  void test_conflictingTypeVariableAndClass() {
    Source source = addSource(EngineTestCase.createSource(["class T<T> {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_TYPE_VARIABLE_AND_CLASS]);
    verify([source]);
  }

  void test_conflictingTypeVariableAndMember_field() {
    Source source = addSource(EngineTestCase.createSource(["class A<T> {", "  var T;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_TYPE_VARIABLE_AND_MEMBER]);
    verify([source]);
  }

  void test_conflictingTypeVariableAndMember_getter() {
    Source source = addSource(EngineTestCase.createSource(["class A<T> {", "  get T => null;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_TYPE_VARIABLE_AND_MEMBER]);
    verify([source]);
  }

  void test_conflictingTypeVariableAndMember_method() {
    Source source = addSource(EngineTestCase.createSource(["class A<T> {", "  T() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_TYPE_VARIABLE_AND_MEMBER]);
    verify([source]);
  }

  void test_conflictingTypeVariableAndMember_method_static() {
    Source source = addSource(EngineTestCase.createSource(["class A<T> {", "  static T() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_TYPE_VARIABLE_AND_MEMBER]);
    verify([source]);
  }

  void test_conflictingTypeVariableAndMember_setter() {
    Source source = addSource(EngineTestCase.createSource(["class A<T> {", "  set T(x) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONFLICTING_TYPE_VARIABLE_AND_MEMBER]);
    verify([source]);
  }

  void test_consistentCaseExpressionTypes_dynamic() {
    // Even though A.S and S have a static type of "dynamic", we should see
    // that they match 'abc', because they are constant strings.
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static const S = 'A.S';",
        "}",
        "",
        "const S = 'S';",
        "",
        "foo(var p) {",
        "  switch (p) {",
        "    case S:",
        "      break;",
        "    case A.S:",
        "      break;",
        "    case 'abc':",
        "      break;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constConstructorWithFieldInitializedByNonConst() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int i = f();",
        "  const A();",
        "}",
        "int f() {",
        "  return 3;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_FIELD_INITIALIZED_BY_NON_CONST]);
    verify([source]);
  }

  void test_constConstructorWithFieldInitializedByNonConst_static() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static final int i = f();",
        "  const A();",
        "}",
        "int f() {",
        "  return 3;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constConstructorWithMixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class M {",
        "}",
        "class A extends Object with M {",
        "  const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_MIXIN]);
    verify([source]);
  }

  void test_constConstructorWithNonConstSuper_explicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A();",
        "}",
        "class B extends A {",
        "  const B(): super();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_NON_CONST_SUPER]);
    verify([source]);
  }

  void test_constConstructorWithNonConstSuper_implicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A();",
        "}",
        "class B extends A {",
        "  const B();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_NON_CONST_SUPER]);
    verify([source]);
  }

  void test_constConstructorWithNonFinalField_mixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var a;",
        "}",
        "class B extends Object with A {",
        "  const B();",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_MIXIN,
        CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_NON_FINAL_FIELD]);
    verify([source]);
  }

  void test_constConstructorWithNonFinalField_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var a;",
        "}",
        "class B extends A {",
        "  const B();",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_NON_FINAL_FIELD,
        CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_NON_CONST_SUPER]);
    verify([source]);
  }

  void test_constConstructorWithNonFinalField_this() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  const A();", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_NON_FINAL_FIELD]);
    verify([source]);
  }

  void test_constDeferredClass() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {", "  const A();", "}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "main() {",
        "  const a.A();",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.CONST_DEFERRED_CLASS]);
  }

  void test_constDeferredClass_namedConstructor() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {", "  const A.b();", "}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "main() {",
        "  const a.A.b();",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.CONST_DEFERRED_CLASS]);
  }

  void test_constEval_newInstance_constConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  const A();", "}", "const a = new A();"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_INITIALIZED_WITH_NON_CONSTANT_VALUE]);
    verify([source]);
  }

  void test_constEval_newInstance_externalFactoryConstConstructor() {
    // We can't evaluate "const A()" because its constructor is external.  But
    // the code is correct--we shouldn't report an error.
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  external factory const A();",
        "}",
        "const x = const A();"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constEval_propertyExtraction_targetNotConst() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "  m() {}",
        "}",
        "final a = const A();",
        "const C = a.m;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_INITIALIZED_WITH_NON_CONSTANT_VALUE]);
    verify([source]);
  }

  void test_constEvalThrowsException_binaryMinus_null() {
    _check_constEvalThrowsException_binary_null("null - 5", false);
    _check_constEvalThrowsException_binary_null("5 - null", true);
  }

  void test_constEvalThrowsException_binaryPlus_null() {
    _check_constEvalThrowsException_binary_null("null + 5", false);
    _check_constEvalThrowsException_binary_null("5 + null", true);
  }

  void test_constEvalThrowsException_divisionByZero() {
    Source source = addSource("const C = 1 ~/ 0;");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_THROWS_IDBZE]);
    verify([source]);
  }

  void test_constEvalThrowsException_unaryBitNot_null() {
    Source source = addSource("const C = ~null;");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION]);
  }

  void test_constEvalThrowsException_unaryNegated_null() {
    Source source = addSource("const C = -null;");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION]);
  }

  void test_constEvalThrowsException_unaryNot_null() {
    Source source = addSource("const C = !null;");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION]);
    verify([source]);
  }

  void test_constEvalTypeBool_binary() {
    _check_constEvalTypeBool_withParameter_binary("p && ''");
    _check_constEvalTypeBool_withParameter_binary("p || ''");
  }

  void test_constEvalTypeBool_binary_leftTrue() {
    Source source = addSource("const C = (true || 0);");
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_BOOL,
        StaticTypeWarningCode.NON_BOOL_OPERAND,
        HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_constEvalTypeBoolNumString_equal() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "class B {",
        "  final a;",
        "  const B(num p) : a = p == const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_TYPE_BOOL_NUM_STRING]);
    verify([source]);
  }

  void test_constEvalTypeBoolNumString_notEqual() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "class B {",
        "  final a;",
        "  const B(String p) : a = p != const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_TYPE_BOOL_NUM_STRING]);
    verify([source]);
  }

  void test_constEvalTypeInt_binary() {
    _check_constEvalTypeInt_withParameter_binary("p ^ ''");
    _check_constEvalTypeInt_withParameter_binary("p & ''");
    _check_constEvalTypeInt_withParameter_binary("p | ''");
    _check_constEvalTypeInt_withParameter_binary("p >> ''");
    _check_constEvalTypeInt_withParameter_binary("p << ''");
  }

  void test_constEvalTypeNum_binary() {
    _check_constEvalTypeNum_withParameter_binary("p + ''");
    _check_constEvalTypeNum_withParameter_binary("p - ''");
    _check_constEvalTypeNum_withParameter_binary("p * ''");
    _check_constEvalTypeNum_withParameter_binary("p / ''");
    _check_constEvalTypeNum_withParameter_binary("p ~/ ''");
    _check_constEvalTypeNum_withParameter_binary("p > ''");
    _check_constEvalTypeNum_withParameter_binary("p < ''");
    _check_constEvalTypeNum_withParameter_binary("p >= ''");
    _check_constEvalTypeNum_withParameter_binary("p <= ''");
    _check_constEvalTypeNum_withParameter_binary("p % ''");
  }

  void test_constFormalParameter_fieldFormalParameter() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  var x;", "  A(const this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_FORMAL_PARAMETER]);
    verify([source]);
  }

  void test_constFormalParameter_simpleFormalParameter() {
    Source source = addSource(EngineTestCase.createSource(["f(const x) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_FORMAL_PARAMETER]);
    verify([source]);
  }

  void test_constInitializedWithNonConstValue() {
    Source source = addSource(EngineTestCase.createSource(["f(p) {", "  const C = p;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_INITIALIZED_WITH_NON_CONSTANT_VALUE]);
    verify([source]);
  }

  void test_constInitializedWithNonConstValue_missingConstInListLiteral() {
    Source source = addSource("const List L = [0];");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_INITIALIZED_WITH_NON_CONSTANT_VALUE]);
    verify([source]);
  }

  void test_constInitializedWithNonConstValue_missingConstInMapLiteral() {
    Source source = addSource("const Map M = {'a' : 0};");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_INITIALIZED_WITH_NON_CONSTANT_VALUE]);
    verify([source]);
  }

  void test_constInitializedWithNonConstValueFromDeferredClass() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const V = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "const B = a.V;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.CONST_INITIALIZED_WITH_NON_CONSTANT_VALUE_FROM_DEFERRED_LIBRARY]);
  }

  void test_constInitializedWithNonConstValueFromDeferredClass_nested() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const V = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "const B = a.V + 1;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.CONST_INITIALIZED_WITH_NON_CONSTANT_VALUE_FROM_DEFERRED_LIBRARY]);
  }

  void test_constInstanceField() {
    Source source = addSource(EngineTestCase.createSource(["class C {", "  const int f = 0;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_INSTANCE_FIELD]);
    verify([source]);
  }

  void test_constMapKeyTypeImplementsEquals_direct() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "  operator ==(other) => false;",
        "}",
        "main() {",
        "  const {const A() : 0};",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_MAP_KEY_EXPRESSION_TYPE_IMPLEMENTS_EQUALS]);
    verify([source]);
  }

  void test_constMapKeyTypeImplementsEquals_dynamic() {
    // Note: static type of B.a is "dynamic", but actual type of the const
    // object is A.  We need to make sure we examine the actual type when
    // deciding whether there is a problem with operator==.
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "  operator ==(other) => false;",
        "}",
        "class B {",
        "  static const a = const A();",
        "}",
        "main() {",
        "  const {B.a : 0};",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_MAP_KEY_EXPRESSION_TYPE_IMPLEMENTS_EQUALS]);
    verify([source]);
  }

  void test_constMapKeyTypeImplementsEquals_factory() {
    Source source = addSource(EngineTestCase.createSource([
        "class A { const factory A() = B; }",
        "",
        "class B implements A {",
        "  const B();",
        "",
        "  operator ==(o) => true;",
        "}",
        "",
        "main() {",
        "  var m = const { const A(): 42 };",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_MAP_KEY_EXPRESSION_TYPE_IMPLEMENTS_EQUALS]);
    verify([source]);
  }

  void test_constMapKeyTypeImplementsEquals_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "  operator ==(other) => false;",
        "}",
        "class B extends A {",
        "  const B();",
        "}",
        "main() {",
        "  const {const B() : 0};",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_MAP_KEY_EXPRESSION_TYPE_IMPLEMENTS_EQUALS]);
    verify([source]);
  }

  void test_constWithInvalidTypeParameters() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "f() { return const A<A>(); }"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_INVALID_TYPE_PARAMETERS]);
    verify([source]);
  }

  void test_constWithInvalidTypeParameters_tooFew() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class C<K, V> {",
        "  const C();",
        "}",
        "f(p) {",
        "  return const C<A>();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_INVALID_TYPE_PARAMETERS]);
    verify([source]);
  }

  void test_constWithInvalidTypeParameters_tooMany() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class C<E> {",
        "  const C();",
        "}",
        "f(p) {",
        "  return const C<A, A>();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_INVALID_TYPE_PARAMETERS]);
    verify([source]);
  }

  void test_constWithNonConst() {
    Source source = addSource(EngineTestCase.createSource([
        "class T {",
        "  T(a, b, {c, d}) {}",
        "}",
        "f() { return const T(0, 1, c: 2, d: 3); }"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_NON_CONST]);
    verify([source]);
  }

  void test_constWithNonConstantArgument_annotation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(int p);",
        "}",
        "var v = 42;",
        "@A(v)",
        "main() {",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_NON_CONSTANT_ARGUMENT]);
    verify([source]);
  }

  void test_constWithNonConstantArgument_instanceCreation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(a);",
        "}",
        "f(p) { return const A(p); }"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_NON_CONSTANT_ARGUMENT]);
    verify([source]);
  }

  void test_constWithNonType() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "f() {", "  return const A();", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_NON_TYPE]);
    verify([source]);
  }

  void test_constWithNonType_fromLibrary() {
    Source source1 = addNamedSource("lib.dart", "");
    Source source2 = addNamedSource("lib2.dart", EngineTestCase.createSource([
        "import 'lib.dart' as lib;",
        "void f() {",
        "  const lib.A();",
        "}"]));
    resolve(source1);
    resolve(source2);
    assertErrors(source2, [CompileTimeErrorCode.CONST_WITH_NON_TYPE]);
    verify([source1]);
  }

  void test_constWithTypeParameters_direct() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  static const V = const A<T>();",
        "  const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_WITH_TYPE_PARAMETERS,
        StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_constWithTypeParameters_indirect() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  static const V = const A<List<T>>();",
        "  const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_WITH_TYPE_PARAMETERS,
        StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_constWithUndefinedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "f() {",
        "  return const A.noSuchConstructor();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_UNDEFINED_CONSTRUCTOR]);
  }

  void test_constWithUndefinedConstructorDefault() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A.name();",
        "}",
        "f() {",
        "  return const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_WITH_UNDEFINED_CONSTRUCTOR_DEFAULT]);
    verify([source]);
  }

  void test_defaultValueInFunctionTypeAlias() {
    Source source = addSource(EngineTestCase.createSource(["typedef F([x = 0]);"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DEFAULT_VALUE_IN_FUNCTION_TYPE_ALIAS]);
    verify([source]);
  }

  void test_defaultValueInFunctionTypedParameter_named() {
    Source source = addSource(EngineTestCase.createSource(["f(g({p: null})) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DEFAULT_VALUE_IN_FUNCTION_TYPED_PARAMETER]);
    verify([source]);
  }

  void test_defaultValueInFunctionTypedParameter_optional() {
    Source source = addSource(EngineTestCase.createSource(["f(g([p = null])) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DEFAULT_VALUE_IN_FUNCTION_TYPED_PARAMETER]);
    verify([source]);
  }

  void test_defaultValueInRedirectingFactoryConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  factory A([int x = 0]) = B;",
        "}",
        "",
        "class B implements A {",
        "  B([int x = 1]) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DEFAULT_VALUE_IN_REDIRECTING_FACTORY_CONSTRUCTOR]);
    verify([source]);
  }

  void test_duplicateConstructorName_named() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A.a() {}", "  A.a() {}", "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.DUPLICATE_CONSTRUCTOR_NAME,
        CompileTimeErrorCode.DUPLICATE_CONSTRUCTOR_NAME]);
    verify([source]);
  }

  void test_duplicateConstructorName_unnamed() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() {}", "  A() {}", "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.DUPLICATE_CONSTRUCTOR_DEFAULT,
        CompileTimeErrorCode.DUPLICATE_CONSTRUCTOR_DEFAULT]);
    verify([source]);
  }

  void test_duplicateDefinition() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  int m = 0;", "  m(a) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([source]);
  }

  void test_duplicateDefinition_acrossLibraries() {
    Source librarySource = addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "", "part 'a.dart';", "part 'b.dart';"]));
    Source sourceA = addNamedSource("/a.dart", EngineTestCase.createSource(["part of lib;", "", "class A {}"]));
    Source sourceB = addNamedSource("/b.dart", EngineTestCase.createSource(["part of lib;", "", "class A {}"]));
    resolve(librarySource);
    assertErrors(sourceB, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([librarySource, sourceA, sourceB]);
  }

  void test_duplicateDefinition_classMembers_fields() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int a;", "  int a;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([source]);
  }

  void test_duplicateDefinition_classMembers_fields_oneStatic() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  static int x;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([source]);
  }

  void test_duplicateDefinition_classMembers_methods() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  m() {}", "  m() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([source]);
  }

  void test_duplicateDefinition_localFields() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {",
        "    int a;",
        "    int a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([source]);
  }

  void test_duplicateDefinition_parameterWithFunctionName_local() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  f(f) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([source]);
  }

  void test_duplicateDefinition_parameterWithFunctionName_topLevel() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  f(f) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION]);
    verify([source]);
  }

  void test_duplicateDefinitionInheritance_instanceGetter_staticGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get x => 0;",
        "}",
        "class B extends A {",
        "  static int get x => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION_INHERITANCE]);
    verify([source]);
  }

  void test_duplicateDefinitionInheritance_instanceGetterAbstract_staticGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int get x;",
        "}",
        "class B extends A {",
        "  static int get x => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION_INHERITANCE]);
    verify([source]);
  }

  void test_duplicateDefinitionInheritance_instanceMethod_staticMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  x() {}",
        "}",
        "class B extends A {",
        "  static x() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION_INHERITANCE]);
    verify([source]);
  }

  void test_duplicateDefinitionInheritance_instanceMethodAbstract_staticMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  x();",
        "}",
        "abstract class B extends A {",
        "  static x() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION_INHERITANCE]);
    verify([source]);
  }

  void test_duplicateDefinitionInheritance_instanceSetter_staticSetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  set x(value) {}",
        "}",
        "class B extends A {",
        "  static set x(value) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION_INHERITANCE]);
    verify([source]);
  }

  void test_duplicateDefinitionInheritance_instanceSetterAbstract_staticSetter() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  set x(value);",
        "}",
        "class B extends A {",
        "  static set x(value) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_DEFINITION_INHERITANCE]);
    verify([source]);
  }

  void test_duplicateNamedArgument() {
    Source source = addSource(EngineTestCase.createSource(["f({a, b}) {}", "main() {", "  f(a: 1, a: 2);", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.DUPLICATE_NAMED_ARGUMENT]);
    verify([source]);
  }

  void test_exportInternalLibrary() {
    Source source = addSource(EngineTestCase.createSource(["export 'dart:_interceptors';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXPORT_INTERNAL_LIBRARY]);
    verify([source]);
  }

  void test_exportOfNonLibrary() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "export 'lib1.dart';"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["part of lib;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXPORT_OF_NON_LIBRARY]);
    verify([source]);
  }

  void test_extendsDeferredClass() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class B extends a.A {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.EXTENDS_DEFERRED_CLASS]);
  }

  void test_extendsDeferredClass_classTypeAlias() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class M {}",
        "class C = a.A with M;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.EXTENDS_DEFERRED_CLASS]);
  }

  void test_extendsDisallowedClass_class_bool() {
    Source source = addSource(EngineTestCase.createSource(["class A extends bool {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS,
        CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_extendsDisallowedClass_class_double() {
    Source source = addSource(EngineTestCase.createSource(["class A extends double {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS,
        CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_extendsDisallowedClass_class_int() {
    Source source = addSource(EngineTestCase.createSource(["class A extends int {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS,
        CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_extendsDisallowedClass_class_Null() {
    Source source = addSource(EngineTestCase.createSource(["class A extends Null {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS,
        CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_extendsDisallowedClass_class_num() {
    Source source = addSource(EngineTestCase.createSource(["class A extends num {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS,
        CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_extendsDisallowedClass_class_String() {
    Source source = addSource(EngineTestCase.createSource(["class A extends String {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS,
        CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_extendsDisallowedClass_classTypeAlias_bool() {
    Source source = addSource(EngineTestCase.createSource(["class M {}", "class C = bool with M;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_extendsDisallowedClass_classTypeAlias_double() {
    Source source = addSource(EngineTestCase.createSource(["class M {}", "class C = double with M;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_extendsDisallowedClass_classTypeAlias_int() {
    Source source = addSource(EngineTestCase.createSource(["class M {}", "class C = int with M;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_extendsDisallowedClass_classTypeAlias_Null() {
    Source source = addSource(EngineTestCase.createSource(["class M {}", "class C = Null with M;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_extendsDisallowedClass_classTypeAlias_num() {
    Source source = addSource(EngineTestCase.createSource(["class M {}", "class C = num with M;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_extendsDisallowedClass_classTypeAlias_String() {
    Source source = addSource(EngineTestCase.createSource(["class M {}", "class C = String with M;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_extendsNonClass_class() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "class B extends A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_NON_CLASS]);
    verify([source]);
  }

  void test_extendsNonClass_dynamic() {
    Source source = addSource(EngineTestCase.createSource(["class B extends dynamic {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTENDS_NON_CLASS]);
    verify([source]);
  }

  void test_extraPositionalArguments_const() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "main() {",
        "  const A(0);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTRA_POSITIONAL_ARGUMENTS]);
    verify([source]);
  }

  void test_extraPositionalArguments_const_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "class B extends A {",
        "  const B() : super(0);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.EXTRA_POSITIONAL_ARGUMENTS]);
    verify([source]);
  }

  void test_fieldInitializedByMultipleInitializers() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A() : x = 0, x = 1 {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZED_BY_MULTIPLE_INITIALIZERS]);
    verify([source]);
  }

  void test_fieldInitializedByMultipleInitializers_multipleInits() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "  A() : x = 0, x = 1, x = 2 {}",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.FIELD_INITIALIZED_BY_MULTIPLE_INITIALIZERS,
        CompileTimeErrorCode.FIELD_INITIALIZED_BY_MULTIPLE_INITIALIZERS]);
    verify([source]);
  }

  void test_fieldInitializedByMultipleInitializers_multipleNames() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "  int y;",
        "  A() : x = 0, x = 1, y = 0, y = 1 {}",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.FIELD_INITIALIZED_BY_MULTIPLE_INITIALIZERS,
        CompileTimeErrorCode.FIELD_INITIALIZED_BY_MULTIPLE_INITIALIZERS]);
    verify([source]);
  }

  void test_fieldInitializedInParameterAndInitializer() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A(this.x) : x = 1 {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZED_IN_PARAMETER_AND_INITIALIZER]);
    verify([source]);
  }

  void test_fieldInitializerFactoryConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  factory A(this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZER_FACTORY_CONSTRUCTOR]);
    verify([source]);
  }

  void test_fieldInitializerNotAssignable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int x;",
        "  const A() : x = '';",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_FIELD_INITIALIZER_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_fieldInitializerOutsideConstructor() {
    // TODO(brianwilkerson) Fix the duplicate error messages.
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  m(this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [
        ParserErrorCode.FIELD_INITIALIZER_OUTSIDE_CONSTRUCTOR,
        CompileTimeErrorCode.FIELD_INITIALIZER_OUTSIDE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_fieldInitializerOutsideConstructor_defaultParameter() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  m([this.x]) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZER_OUTSIDE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_fieldInitializerRedirectingConstructor_afterRedirection() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "  A.named() {}",
        "  A() : this.named(), x = 42;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZER_REDIRECTING_CONSTRUCTOR]);
    verify([source]);
  }

  void test_fieldInitializerRedirectingConstructor_beforeRedirection() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "  A.named() {}",
        "  A() : x = 42, this.named();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZER_REDIRECTING_CONSTRUCTOR]);
    verify([source]);
  }

  void test_fieldInitializingFormalRedirectingConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "  A.named() {}",
        "  A(this.x) : this.named();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZER_REDIRECTING_CONSTRUCTOR]);
    verify([source]);
  }

  void test_finalInitializedMultipleTimes_initializers() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x;", "  A() : x = 0, x = 0 {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZED_BY_MULTIPLE_INITIALIZERS]);
    verify([source]);
  }

  /**
   * This test doesn't test the FINAL_INITIALIZED_MULTIPLE_TIMES code, but tests the
   * FIELD_INITIALIZED_IN_PARAMETER_AND_INITIALIZER code instead. It is provided here to show
   * coverage over all of the permutations of initializers in constructor declarations.
   *
   * Note: FIELD_INITIALIZED_IN_PARAMETER_AND_INITIALIZER covers a subset of
   * FINAL_INITIALIZED_MULTIPLE_TIMES, since it more specific, we use it instead of the broader code
   */
  void test_finalInitializedMultipleTimes_initializingFormal_initializer() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x;", "  A(this.x) : x = 0 {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FIELD_INITIALIZED_IN_PARAMETER_AND_INITIALIZER]);
    verify([source]);
  }

  void test_finalInitializedMultipleTimes_initializingFormals() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x;", "  A(this.x, this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.FINAL_INITIALIZED_MULTIPLE_TIMES]);
    verify([source]);
  }

  void test_finalNotInitialized_instanceField_const_static() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static const F;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_finalNotInitialized_library_const() {
    Source source = addSource(EngineTestCase.createSource(["const F;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_finalNotInitialized_local_const() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  const int x;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_fromEnvironment_bool_badArgs() {
    Source source = addSource(EngineTestCase.createSource([
        "var b1 = const bool.fromEnvironment(1);",
        "var b2 = const bool.fromEnvironment('x', defaultValue: 1);"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE,
        CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_fromEnvironment_bool_badDefault_whenDefined() {
    // The type of the defaultValue needs to be correct even when the default value
    // isn't used (because the variable is defined in the environment).
    analysisContext2.declaredVariables.define("x", "true");
    Source source = addSource(EngineTestCase.createSource(["var b = const bool.fromEnvironment('x', defaultValue: 1);"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_getterAndMethodWithSameName() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  x(y) {}", "  get x => 0;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.GETTER_AND_METHOD_WITH_SAME_NAME]);
    verify([source]);
  }

  void test_implementsDeferredClass() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class B implements a.A {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.IMPLEMENTS_DEFERRED_CLASS]);
  }

  void test_implementsDeferredClass_classTypeAlias() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class B {}",
        "class M {}",
        "class C = B with M implements a.A;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.IMPLEMENTS_DEFERRED_CLASS]);
  }

  void test_implementsDisallowedClass_class_bool() {
    Source source = addSource(EngineTestCase.createSource(["class A implements bool {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_class_double() {
    Source source = addSource(EngineTestCase.createSource(["class A implements double {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_class_int() {
    Source source = addSource(EngineTestCase.createSource(["class A implements int {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_class_Null() {
    Source source = addSource(EngineTestCase.createSource(["class A implements Null {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_class_num() {
    Source source = addSource(EngineTestCase.createSource(["class A implements num {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_class_String() {
    Source source = addSource(EngineTestCase.createSource(["class A implements String {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_class_String_num() {
    Source source = addSource(EngineTestCase.createSource(["class A implements String, num {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS,
        CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_classTypeAlias_bool() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class C = A with M implements bool;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_classTypeAlias_double() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class C = A with M implements double;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_classTypeAlias_int() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class C = A with M implements int;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_classTypeAlias_Null() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class C = A with M implements Null;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_classTypeAlias_num() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class C = A with M implements num;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_classTypeAlias_String() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class C = A with M implements String;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDisallowedClass_classTypeAlias_String_num() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class C = A with M implements String, num;"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS,
        CompileTimeErrorCode.IMPLEMENTS_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_implementsDynamic() {
    Source source = addSource(EngineTestCase.createSource(["class A implements dynamic {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_DYNAMIC]);
    verify([source]);
  }

  void test_implementsNonClass_class() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "class B implements A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_NON_CLASS]);
    verify([source]);
  }

  void test_implementsNonClass_typeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "int B;",
        "class C = A with M implements B;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_NON_CLASS]);
    verify([source]);
  }

  void test_implementsRepeated() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class B implements A, A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_REPEATED]);
    verify([source]);
  }

  void test_implementsRepeated_3times() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {} class C{}",
        "class B implements A, A, A, A {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.IMPLEMENTS_REPEATED,
        CompileTimeErrorCode.IMPLEMENTS_REPEATED,
        CompileTimeErrorCode.IMPLEMENTS_REPEATED]);
    verify([source]);
  }

  void test_implementsSuperClass() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class B extends A implements A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_SUPER_CLASS]);
    verify([source]);
  }

  void test_implementsSuperClass_Object() {
    Source source = addSource(EngineTestCase.createSource(["class A implements Object {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLEMENTS_SUPER_CLASS]);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f;",
        "  var f;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLICIT_THIS_REFERENCE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_field2() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x = 0;", "  final y = x;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLICIT_THIS_REFERENCE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_invocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f();",
        "  f() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLICIT_THIS_REFERENCE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_invocationInStatic() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static var F = m();", "  m() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLICIT_THIS_REFERENCE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_redirectingConstructorInvocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A(p) {}",
        "  A.named() : this(f);",
        "  var f;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLICIT_THIS_REFERENCE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_superConstructorInvocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A(p) {}",
        "}",
        "class B extends A {",
        "  B() : super(f);",
        "  var f;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPLICIT_THIS_REFERENCE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_importInternalLibrary() {
    Source source = addSource(EngineTestCase.createSource(["import 'dart:_interceptors';"]));
    resolve(source);
    // Note, in these error cases we may generate an UNUSED_IMPORT hint, while we could prevent
    // the hint from being generated by testing the import directive for the error, this is such a
    // minor corner case that we don't think we should add the additional computation time to figure
    // out such cases.
    assertErrors(source, [
        CompileTimeErrorCode.IMPORT_INTERNAL_LIBRARY,
        HintCode.UNUSED_IMPORT]);
    verify([source]);
  }

  void test_importInternalLibrary_js_helper() {
    Source source = addSource(EngineTestCase.createSource(["import 'dart:_js_helper';"]));
    resolve(source);
    // Note, in these error cases we may generate an UNUSED_IMPORT hint, while we could prevent
    // the hint from being generated by testing the import directive for the error, this is such a
    // minor corner case that we don't think we should add the additional computation time to figure
    // out such cases.
    assertErrors(source, [
        CompileTimeErrorCode.IMPORT_INTERNAL_LIBRARY,
        HintCode.UNUSED_IMPORT]);
    verify([source]);
  }

  void test_importOfNonLibrary() {
    Source source = addSource(EngineTestCase.createSource(["library lib;", "import 'part.dart';", "A a;"]));
    addNamedSource("/part.dart", EngineTestCase.createSource(["part of lib;", "class A{}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.IMPORT_OF_NON_LIBRARY]);
    verify([source]);
  }

  void test_inconsistentCaseExpressionTypes() {
    Source source = addSource(EngineTestCase.createSource([
        "f(var p) {",
        "  switch (p) {",
        "    case 1:",
        "      break;",
        "    case 'a':",
        "      break;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INCONSISTENT_CASE_EXPRESSION_TYPES]);
    verify([source]);
  }

  void test_inconsistentCaseExpressionTypes_dynamic() {
    // Even though A.S and S have a static type of "dynamic", we should see
    // that they fail to match 3, because they are constant strings.
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static const S = 'A.S';",
        "}",
        "",
        "const S = 'S';",
        "",
        "foo(var p) {",
        "  switch (p) {",
        "    case 3:",
        "      break;",
        "    case S:",
        "      break;",
        "    case A.S:",
        "      break;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.INCONSISTENT_CASE_EXPRESSION_TYPES,
        CompileTimeErrorCode.INCONSISTENT_CASE_EXPRESSION_TYPES]);
    verify([source]);
  }

  void test_inconsistentCaseExpressionTypes_repeated() {
    Source source = addSource(EngineTestCase.createSource([
        "f(var p) {",
        "  switch (p) {",
        "    case 1:",
        "      break;",
        "    case 'a':",
        "      break;",
        "    case 'b':",
        "      break;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.INCONSISTENT_CASE_EXPRESSION_TYPES,
        CompileTimeErrorCode.INCONSISTENT_CASE_EXPRESSION_TYPES]);
    verify([source]);
  }

  void test_initializerForNonExistant_initializer() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() : x = 0 {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INITIALIZER_FOR_NON_EXISTANT_FIELD]);
  }

  void test_initializerForStaticField() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static int x;", "  A() : x = 0 {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INITIALIZER_FOR_STATIC_FIELD]);
    verify([source]);
  }

  void test_initializingFormalForNonExistantField() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A(this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INITIALIZING_FORMAL_FOR_NON_EXISTANT_FIELD]);
    verify([source]);
  }

  void test_initializingFormalForNonExistantField_notInEnclosingClass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "int x;",
        "}",
        "class B extends A {",
        "  B(this.x) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INITIALIZING_FORMAL_FOR_NON_EXISTANT_FIELD]);
    verify([source]);
  }

  void test_initializingFormalForNonExistantField_optional() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A([this.x]) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INITIALIZING_FORMAL_FOR_NON_EXISTANT_FIELD]);
    verify([source]);
  }

  void test_initializingFormalForNonExistantField_synthetic() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int get x => 1;", "  A(this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INITIALIZING_FORMAL_FOR_NON_EXISTANT_FIELD]);
    verify([source]);
  }

  void test_initializingFormalForStaticField() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static int x;", "  A([this.x]) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INITIALIZING_FORMAL_FOR_STATIC_FIELD]);
    verify([source]);
  }

  void test_instanceMemberAccessFromFactory_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "  A();",
        "  factory A.make() {",
        "    m();",
        "    return new A();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INSTANCE_MEMBER_ACCESS_FROM_FACTORY]);
    verify([source]);
  }

  void test_instanceMemberAccessFromFactory_unnamed() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "  A._();",
        "  factory A() {",
        "    m();",
        "    return new A._();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INSTANCE_MEMBER_ACCESS_FROM_FACTORY]);
    verify([source]);
  }

  void test_instanceMemberAccessFromStatic_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int f;",
        "  static foo() {",
        "    f;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INSTANCE_MEMBER_ACCESS_FROM_STATIC]);
    verify([source]);
  }

  void test_instanceMemberAccessFromStatic_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  get g => null;",
        "  static foo() {",
        "    g;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INSTANCE_MEMBER_ACCESS_FROM_STATIC]);
    verify([source]);
  }

  void test_instanceMemberAccessFromStatic_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "  static foo() {",
        "    m();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INSTANCE_MEMBER_ACCESS_FROM_STATIC]);
    verify([source]);
  }

  void test_invalidAnnotation_getter() {
    Source source = addSource(EngineTestCase.createSource(["get V => 0;", "@V", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
    verify([source]);
  }

  void test_invalidAnnotation_importWithPrefix_getter() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "get V => 0;"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "@p.V", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
    verify([source]);
  }

  void test_invalidAnnotation_importWithPrefix_notConstantVariable() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "final V = 0;"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "@p.V", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
    verify([source]);
  }

  void test_invalidAnnotation_importWithPrefix_notVariableOrConstructorInvocation() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "typedef V();"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "@p.V", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
    verify([source]);
  }

  void test_invalidAnnotation_notConstantVariable() {
    Source source = addSource(EngineTestCase.createSource(["final V = 0;", "@V", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
    verify([source]);
  }

  void test_invalidAnnotation_notVariableOrConstructorInvocation() {
    Source source = addSource(EngineTestCase.createSource(["typedef V();", "@V", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
    verify([source]);
  }

  void test_invalidAnnotation_staticMethodReference() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static f() {}",
        "}",
        "@A.f",
        "main() {",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
    verify([source]);
  }

  void test_invalidAnnotation_unresolved_identifier() {
    Source source = addSource(EngineTestCase.createSource(["@unresolved", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
  }

  void test_invalidAnnotation_unresolved_invocation() {
    Source source = addSource(EngineTestCase.createSource(["@Unresolved()", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
  }

  void test_invalidAnnotation_unresolved_prefixedIdentifier() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'dart:math' as p;",
        "@p.unresolved",
        "main() {",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
  }

  void test_invalidAnnotation_useLibraryScope() {
    Source source = addSource(EngineTestCase.createSource(["@foo", "class A {", "  static const foo = null;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_ANNOTATION]);
  }

  void test_invalidAnnotationFromDeferredLibrary() {
    // See test_invalidAnnotation_notConstantVariable
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource([
        "library lib1;",
        "class V { const V(); }",
        "const v = const V();"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "@a.v main () {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.INVALID_ANNOTATION_FROM_DEFERRED_LIBRARY]);
  }

  void test_invalidAnnotationFromDeferredLibrary_constructor() {
    // See test_invalidAnnotation_notConstantVariable
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class C { const C(); }"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "@a.C() main () {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.INVALID_ANNOTATION_FROM_DEFERRED_LIBRARY]);
  }

  void test_invalidAnnotationFromDeferredLibrary_namedConstructor() {
    // See test_invalidAnnotation_notConstantVariable
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class C { const C.name(); }"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "@a.C.name() main () {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.INVALID_ANNOTATION_FROM_DEFERRED_LIBRARY]);
  }

  void test_invalidConstructorName_notEnclosingClassName_defined() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  B() : super();", "}", "class B {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_CONSTRUCTOR_NAME]);
  }

  void test_invalidConstructorName_notEnclosingClassName_undefined() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  B() : super();", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_CONSTRUCTOR_NAME]);
  }

  void test_invalidFactoryNameNotAClass_notClassName() {
    Source source = addSource(EngineTestCase.createSource(["int B;", "class A {", "  factory B() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_FACTORY_NAME_NOT_A_CLASS]);
    verify([source]);
  }

  void test_invalidFactoryNameNotAClass_notEnclosingClassName() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  factory B() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_FACTORY_NAME_NOT_A_CLASS]);
  }

  void test_invalidReferenceToThis_factoryConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  factory A() { return this; }", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidReferenceToThis_instanceVariableInitializer_inConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  var f;", "  A() : f = this;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidReferenceToThis_instanceVariableInitializer_inDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  var f = this;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidReferenceToThis_staticMethod() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static m() { return this; }", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidReferenceToThis_staticVariableInitializer() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static A f = this;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidReferenceToThis_superInitializer() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A(var x) {}",
        "}",
        "class B extends A {",
        "  B() : super(this);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidReferenceToThis_topLevelFunction() {
    Source source = addSource("f() { return this; }");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidReferenceToThis_variableInitializer() {
    Source source = addSource("int x = this;");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_REFERENCE_TO_THIS]);
    verify([source]);
  }

  void test_invalidTypeArgumentInConstList() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  m() {",
        "    return const <E>[];",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_TYPE_ARGUMENT_IN_CONST_LIST]);
    verify([source]);
  }

  void test_invalidTypeArgumentInConstMap() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  m() {",
        "    return const <String, E>{};",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_TYPE_ARGUMENT_IN_CONST_MAP]);
    verify([source]);
  }

  void test_invalidUri_export() {
    Source source = addSource(EngineTestCase.createSource(["export 'ht:';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_URI]);
  }

  void test_invalidUri_import() {
    Source source = addSource(EngineTestCase.createSource(["import 'ht:';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_URI]);
  }

  void test_invalidUri_part() {
    Source source = addSource(EngineTestCase.createSource(["part 'ht:';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.INVALID_URI]);
  }

  void test_labelInOuterScope() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m(int i) {",
        "    l: while (i > 0) {",
        "      void f() {",
        "        break l;",
        "      };",
        "    }",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.LABEL_IN_OUTER_SCOPE]);
  }

  void test_labelUndefined_break() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  x: while (true) {",
        "    break y;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.LABEL_UNDEFINED]);
  }

  void test_labelUndefined_continue() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  x: while (true) {",
        "    continue y;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.LABEL_UNDEFINED]);
  }

  void test_listElementTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v = const <String> [42];"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.LIST_ELEMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_mapKeyTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v = const <String, int > {1 : 2};"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MAP_KEY_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_mapValueTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v = const <String, String> {'a' : 2};"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MAP_VALUE_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_memberWithClassName_field() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int A = 0;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MEMBER_WITH_CLASS_NAME]);
    verify([source]);
  }

  void test_memberWithClassName_field2() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int z, A, b = 0;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MEMBER_WITH_CLASS_NAME]);
    verify([source]);
  }

  void test_memberWithClassName_getter() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  get A => 0;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MEMBER_WITH_CLASS_NAME]);
    verify([source]);
  }

  void test_memberWithClassName_method() {
  }

  void test_methodAndGetterWithSameName() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  get x => 0;", "  x(y) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.METHOD_AND_GETTER_WITH_SAME_NAME]);
    verify([source]);
  }

  void test_mixinDeclaresConstructor_classDeclaration() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "class B extends Object with A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_DECLARES_CONSTRUCTOR]);
    verify([source]);
  }

  void test_mixinDeclaresConstructor_typeAlias() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() {}", "}", "class B = Object with A;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_DECLARES_CONSTRUCTOR]);
    verify([source]);
  }

  void test_mixinDeferredClass() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class B extends Object with a.A {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.MIXIN_DEFERRED_CLASS]);
  }

  void test_mixinDeferredClass_classTypeAlias() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class B {}",
        "class C = B with a.A;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.MIXIN_DEFERRED_CLASS]);
  }

  void test_mixinInheritsFromNotObject_classDeclaration_extends() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "class C extends Object with B {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_INHERITS_FROM_NOT_OBJECT]);
    verify([source]);
  }

  void test_mixinInheritsFromNotObject_classDeclaration_with() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends Object with A {}",
        "class C extends Object with B {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_INHERITS_FROM_NOT_OBJECT]);
    verify([source]);
  }

  void test_mixinInheritsFromNotObject_typeAlias_extends() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "class C = Object with B;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_INHERITS_FROM_NOT_OBJECT]);
    verify([source]);
  }

  void test_mixinInheritsFromNotObject_typeAlias_with() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends Object with A {}",
        "class C = Object with B;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_INHERITS_FROM_NOT_OBJECT]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_class_bool() {
    Source source = addSource(EngineTestCase.createSource(["class A extends Object with bool {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_class_double() {
    Source source = addSource(EngineTestCase.createSource(["class A extends Object with double {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_class_int() {
    Source source = addSource(EngineTestCase.createSource(["class A extends Object with int {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_class_Null() {
    Source source = addSource(EngineTestCase.createSource(["class A extends Object with Null {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_class_num() {
    Source source = addSource(EngineTestCase.createSource(["class A extends Object with num {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_class_String() {
    Source source = addSource(EngineTestCase.createSource(["class A extends Object with String {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_classTypeAlias_bool() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class C = A with bool;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_classTypeAlias_double() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class C = A with double;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_classTypeAlias_int() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class C = A with int;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_classTypeAlias_Null() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class C = A with Null;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_classTypeAlias_num() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class C = A with num;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_classTypeAlias_String() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class C = A with String;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfDisallowedClass_classTypeAlias_String_num() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class C = A with String, num;"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS,
        CompileTimeErrorCode.MIXIN_OF_DISALLOWED_CLASS]);
    verify([source]);
  }

  void test_mixinOfNonClass_class() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "class B extends Object with A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_NON_CLASS]);
    verify([source]);
  }

  void test_mixinOfNonClass_typeAlias() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "int B;", "class C = A with B;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_OF_NON_CLASS]);
    verify([source]);
  }

  void test_mixinReferencesSuper() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  toString() => super.toString();",
        "}",
        "class B extends Object with A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_REFERENCES_SUPER]);
    verify([source]);
  }

  void test_mixinWithNonClassSuperclass_class() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "class B {}", "class C extends A with B {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_WITH_NON_CLASS_SUPERCLASS]);
    verify([source]);
  }

  void test_mixinWithNonClassSuperclass_typeAlias() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "class B {}", "class C = A with B;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MIXIN_WITH_NON_CLASS_SUPERCLASS]);
    verify([source]);
  }

  void test_multipleRedirectingConstructorInvocations() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() : this.a(), this.b();",
        "  A.a() {}",
        "  A.b() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MULTIPLE_REDIRECTING_CONSTRUCTOR_INVOCATIONS]);
    verify([source]);
  }

  void test_multipleSuperInitializers() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  B() : super(), super() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.MULTIPLE_SUPER_INITIALIZERS]);
    verify([source]);
  }

  void test_nativeClauseInNonSDKCode() {
    // TODO(jwren) Move this test somewhere else: This test verifies a parser error code is generated
    // through the ErrorVerifier, it is not a CompileTimeErrorCode.
    Source source = addSource(EngineTestCase.createSource(["class A native 'string' {}"]));
    resolve(source);
    assertErrors(source, [ParserErrorCode.NATIVE_CLAUSE_IN_NON_SDK_CODE]);
    verify([source]);
  }

  void test_nativeFunctionBodyInNonSDKCode_function() {
    // TODO(jwren) Move this test somewhere else: This test verifies a parser error code is generated
    // through the ErrorVerifier, it is not a CompileTimeErrorCode.
    Source source = addSource(EngineTestCase.createSource(["int m(a) native 'string';"]));
    resolve(source);
    assertErrors(source, [ParserErrorCode.NATIVE_FUNCTION_BODY_IN_NON_SDK_CODE]);
    verify([source]);
  }

  void test_nativeFunctionBodyInNonSDKCode_method() {
    // TODO(jwren) Move this test somewhere else: This test verifies a parser error code is generated
    // through the ErrorVerifier, it is not a CompileTimeErrorCode.
    Source source = addSource(EngineTestCase.createSource(["class A{", "  static int m(a) native 'string';", "}"]));
    resolve(source);
    assertErrors(source, [ParserErrorCode.NATIVE_FUNCTION_BODY_IN_NON_SDK_CODE]);
    verify([source]);
  }

  void test_noAnnotationConstructorArguments() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  const A();", "}", "@A", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NO_ANNOTATION_CONSTRUCTOR_ARGUMENTS]);
    verify([source]);
  }

  void test_noDefaultSuperConstructorExplicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A(p);",
        "}",
        "class B extends A {",
        "  B() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_EXPLICIT]);
    verify([source]);
  }

  void test_noDefaultSuperConstructorImplicit_superHasParameters() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A(p);", "}", "class B extends A {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_noDefaultSuperConstructorImplicit_superOnlyNamed() {
    Source source = addSource(EngineTestCase.createSource(["class A { A.named() {} }", "class B extends A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NO_DEFAULT_SUPER_CONSTRUCTOR_IMPLICIT]);
    verify([source]);
  }

  void test_nonConstantAnnotationConstructor_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.fromInt() {}",
        "}",
        "@A.fromInt()",
        "main() {",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_ANNOTATION_CONSTRUCTOR]);
    verify([source]);
  }

  void test_nonConstantAnnotationConstructor_unnamed() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() {}", "}", "@A()", "main() {", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_ANNOTATION_CONSTRUCTOR]);
    verify([source]);
  }

  void test_nonConstantDefaultValue_function_named() {
    Source source = addSource(EngineTestCase.createSource(["int y;", "f({x : y}) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE]);
    verify([source]);
  }

  void test_nonConstantDefaultValue_function_positional() {
    Source source = addSource(EngineTestCase.createSource(["int y;", "f([x = y]) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE]);
    verify([source]);
  }

  void test_nonConstantDefaultValue_inConstructor_named() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int y;", "  A({x : y}) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE]);
    verify([source]);
  }

  void test_nonConstantDefaultValue_inConstructor_positional() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int y;", "  A([x = y]) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE]);
    verify([source]);
  }

  void test_nonConstantDefaultValue_method_named() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int y;", "  m({x : y}) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE]);
    verify([source]);
  }

  void test_nonConstantDefaultValue_method_positional() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int y;", "  m([x = y]) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE]);
    verify([source]);
  }

  void test_nonConstantDefaultValueFromDeferredLibrary() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const V = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f({x : a.V}) {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstantDefaultValueFromDeferredLibrary_nested() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const V = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f({x : a.V + 1}) {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_DEFAULT_VALUE_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstCaseExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int p, int q) {",
        "  switch (p) {",
        "    case 3 + q:",
        "      break;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_CASE_EXPRESSION]);
    verify([source]);
  }

  void test_nonConstCaseExpressionFromDeferredLibrary() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "main (int p) {",
        "  switch (p) {",
        "    case a.c:",
        "      break;",
        "  }",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_CASE_EXPRESSION_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstCaseExpressionFromDeferredLibrary_nested() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "main (int p) {",
        "  switch (p) {",
        "    case a.c + 1:",
        "      break;",
        "  }",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_CASE_EXPRESSION_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstListElement() {
    Source source = addSource(EngineTestCase.createSource(["f(a) {", "  return const [a];", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_LIST_ELEMENT]);
    verify([source]);
  }

  void test_nonConstListElementFromDeferredLibrary() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f() {",
        "  return const [a.c];",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_LIST_ELEMENT_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstListElementFromDeferredLibrary_nested() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f() {",
        "  return const [a.c + 1];",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_LIST_ELEMENT_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstMapAsExpressionStatement_begin() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  {'a' : 0, 'b' : 1}.length;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONST_MAP_AS_EXPRESSION_STATEMENT]);
    verify([source]);
  }

  void test_nonConstMapAsExpressionStatement_only() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  {'a' : 0, 'b' : 1};", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONST_MAP_AS_EXPRESSION_STATEMENT]);
    verify([source]);
  }

  void test_nonConstMapKey() {
    Source source = addSource(EngineTestCase.createSource(["f(a) {", "  return const {a : 0};", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_MAP_KEY]);
    verify([source]);
  }

  void test_nonConstMapKeyFromDeferredLibrary() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f() {",
        "  return const {a.c : 0};",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_MAP_KEY_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstMapKeyFromDeferredLibrary_nested() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f() {",
        "  return const {a.c + 1 : 0};",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_MAP_KEY_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstMapValue() {
    Source source = addSource(EngineTestCase.createSource(["f(a) {", "  return const {'a' : a};", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_MAP_VALUE]);
    verify([source]);
  }

  void test_nonConstMapValueFromDeferredLibrary() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f() {",
        "  return const {'a' : a.c};",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_MAP_VALUE_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstMapValueFromDeferredLibrary_nested() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f() {",
        "  return const {'a' : a.c + 1};",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_MAP_VALUE_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstValueInInitializer_binary_notBool_left() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final bool a;",
        "  const A(String p) : a = p && true;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_BOOL,
        StaticTypeWarningCode.NON_BOOL_OPERAND]);
    verify([source]);
  }

  void test_nonConstValueInInitializer_binary_notBool_right() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final bool a;",
        "  const A(String p) : a = true && p;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_BOOL,
        StaticTypeWarningCode.NON_BOOL_OPERAND]);
    verify([source]);
  }

  void test_nonConstValueInInitializer_binary_notInt() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int a;",
        "  const A(String p) : a = 5 & p;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_INT,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_nonConstValueInInitializer_binary_notNum() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int a;",
        "  const A(String p) : a = 5 + p;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_NUM,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_nonConstValueInInitializer_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int C;",
        "  final int a;",
        "  const A() : a = C;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_VALUE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_nonConstValueInInitializer_redirecting() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static var C;",
        "  const A.named(p);",
        "  const A() : this.named(C);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_VALUE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_nonConstValueInInitializer_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(p);",
        "}",
        "class B extends A {",
        "  static var C;",
        "  const B() : super(C);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_CONSTANT_VALUE_IN_INITIALIZER]);
    verify([source]);
  }

  void test_nonConstValueInInitializerFromDeferredLibrary_field() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class A {",
        "  final int x;",
        "  const A() : x = a.c;",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_VALUE_IN_INITIALIZER_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstValueInInitializerFromDeferredLibrary_field_nested() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class A {",
        "  final int x;",
        "  const A() : x = a.c + 1;",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_VALUE_IN_INITIALIZER_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstValueInInitializerFromDeferredLibrary_redirecting() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class A {",
        "  const A.named(p);",
        "  const A() : this.named(a.c);",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_VALUE_IN_INITIALIZER_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonConstValueInInitializerFromDeferredLibrary_super() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "const int c = 1;"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class A {",
        "  const A(p);",
        "}",
        "class B extends A {",
        "  const B() : super(a.c);",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.NON_CONSTANT_VALUE_IN_INITIALIZER_FROM_DEFERRED_LIBRARY]);
  }

  void test_nonGenerativeConstructor_explicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  factory A.named() {}",
        "}",
        "class B extends A {",
        "  B() : super.named();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_GENERATIVE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_nonGenerativeConstructor_implicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  factory A() {}",
        "}",
        "class B extends A {",
        "  B();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_GENERATIVE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_nonGenerativeConstructor_implicit2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  factory A() {}",
        "}",
        "class B extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NON_GENERATIVE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_notEnoughRequiredArguments_const() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(int p);",
        "}",
        "main() {",
        "  const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NOT_ENOUGH_REQUIRED_ARGUMENTS]);
    verify([source]);
  }

  void test_notEnoughRequiredArguments_const_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(int p);",
        "}",
        "class B extends A {",
        "  const B() : super();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.NOT_ENOUGH_REQUIRED_ARGUMENTS]);
    verify([source]);
  }

  void test_optionalParameterInOperator_named() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator +({p}) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.OPTIONAL_PARAMETER_IN_OPERATOR]);
    verify([source]);
  }

  void test_optionalParameterInOperator_positional() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator +([p]) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.OPTIONAL_PARAMETER_IN_OPERATOR]);
    verify([source]);
  }

  void test_partOfNonPart() {
    Source source = addSource(EngineTestCase.createSource(["library l1;", "part 'l2.dart';"]));
    addNamedSource("/l2.dart", EngineTestCase.createSource(["library l2;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PART_OF_NON_PART]);
    verify([source]);
  }

  void test_prefixCollidesWithTopLevelMembers_functionTypeAlias() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A{}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "typedef p();", "p.A a;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PREFIX_COLLIDES_WITH_TOP_LEVEL_MEMBER]);
    verify([source]);
  }

  void test_prefixCollidesWithTopLevelMembers_topLevelFunction() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A{}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "p() {}", "p.A a;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PREFIX_COLLIDES_WITH_TOP_LEVEL_MEMBER]);
    verify([source]);
  }

  void test_prefixCollidesWithTopLevelMembers_topLevelVariable() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A{}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "var p = null;", "p.A a;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PREFIX_COLLIDES_WITH_TOP_LEVEL_MEMBER]);
    verify([source]);
  }

  void test_prefixCollidesWithTopLevelMembers_type() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A{}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "class p {}", "p.A a;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PREFIX_COLLIDES_WITH_TOP_LEVEL_MEMBER]);
    verify([source]);
  }

  void test_privateOptionalParameter() {
    Source source = addSource(EngineTestCase.createSource(["f({var _p}) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PRIVATE_OPTIONAL_PARAMETER]);
    verify([source]);
  }

  void test_privateOptionalParameter_fieldFormal() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  var _p;", "  A({this._p: 0});", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PRIVATE_OPTIONAL_PARAMETER]);
    verify([source]);
  }

  void test_privateOptionalParameter_withDefaultValue() {
    Source source = addSource(EngineTestCase.createSource(["f({_p : 0}) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.PRIVATE_OPTIONAL_PARAMETER]);
    verify([source]);
  }

  void test_recursiveConstructorRedirect() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.a() : this.b();",
        "  A.b() : this.a();",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_CONSTRUCTOR_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_CONSTRUCTOR_REDIRECT]);
    verify([source]);
  }

  void test_recursiveConstructorRedirect_directSelfReference() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() : this();", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_CONSTRUCTOR_REDIRECT]);
    verify([source]);
  }

  void test_recursiveFactoryRedirect() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B {",
        "  factory A() = C;",
        "}",
        "class B implements C {",
        "  factory B() = A;",
        "}",
        "class C implements A {",
        "  factory C() = B;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveFactoryRedirect_directSelfReference() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  factory A() = A;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT]);
    verify([source]);
  }

  void test_recursiveFactoryRedirect_generic() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> implements B<T> {",
        "  factory A() = C;",
        "}",
        "class B<T> implements C<T> {",
        "  factory B() = A;",
        "}",
        "class C<T> implements A<T> {",
        "  factory C() = B;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveFactoryRedirect_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B {",
        "  factory A.nameA() = C.nameC;",
        "}",
        "class B implements C {",
        "  factory B.nameB() = A.nameA;",
        "}",
        "class C implements A {",
        "  factory C.nameC() = B.nameB;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  /**
   * "A" references "C" which has cycle with "B". But we should not report problem for "A" - it is
   * not the part of a cycle.
   */
  void test_recursiveFactoryRedirect_outsideCycle() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  factory A() = C;",
        "}",
        "class B implements C {",
        "  factory B() = C;",
        "}",
        "class C implements A, B {",
        "  factory C() = B;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_FACTORY_REDIRECT,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritance_extends() {
    Source source = addSource(EngineTestCase.createSource(["class A extends B {}", "class B extends A {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritance_extends_implements() {
    Source source = addSource(EngineTestCase.createSource(["class A extends B {}", "class B implements A {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritance_implements() {
    Source source = addSource(EngineTestCase.createSource(["class A implements B {}", "class B implements A {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritance_mixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class M1 = Object with M2;",
        "class M2 = Object with M1;"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritance_tail() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A implements A {}",
        "class B implements A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE_BASE_CASE_IMPLEMENTS]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritance_tail2() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A implements B {}",
        "abstract class B implements A {}",
        "class C implements A {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritance_tail3() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A implements B {}",
        "abstract class B implements C {}",
        "abstract class C implements A {}",
        "class D implements A {}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE,
        CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritanceBaseCaseExtends() {
    Source source = addSource(EngineTestCase.createSource(["class A extends A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE_BASE_CASE_EXTENDS]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritanceBaseCaseImplements() {
    Source source = addSource(EngineTestCase.createSource(["class A implements A {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE_BASE_CASE_IMPLEMENTS]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritanceBaseCaseImplements_typeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class B = A with M implements B;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE_BASE_CASE_IMPLEMENTS]);
    verify([source]);
  }

  void test_recursiveInterfaceInheritanceBaseCaseWith() {
    Source source = addSource(EngineTestCase.createSource(["class M = Object with M;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RECURSIVE_INTERFACE_INHERITANCE_BASE_CASE_WITH]);
    verify([source]);
  }

  void test_redirectGenerativeToMissingConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() : this.noSuchConstructor();", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REDIRECT_GENERATIVE_TO_MISSING_CONSTRUCTOR]);
  }

  void test_redirectGenerativeToNonGenerativeConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() : this.x();",
        "  factory A.x() => null;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REDIRECT_GENERATIVE_TO_NON_GENERATIVE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_redirectToMissingConstructor_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B{",
        "  A() {}",
        "}",
        "class B {",
        "  const factory B() = A.name;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REDIRECT_TO_MISSING_CONSTRUCTOR]);
  }

  void test_redirectToMissingConstructor_unnamed() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B{",
        "  A.name() {}",
        "}",
        "class B {",
        "  const factory B() = A;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REDIRECT_TO_MISSING_CONSTRUCTOR]);
  }

  void test_redirectToNonClass_notAType() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "class B {", "  const factory B() = A;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REDIRECT_TO_NON_CLASS]);
    verify([source]);
  }

  void test_redirectToNonClass_undefinedIdentifier() {
    Source source = addSource(EngineTestCase.createSource(["class B {", "  const factory B() = A;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REDIRECT_TO_NON_CLASS]);
    verify([source]);
  }

  void test_redirectToNonConstConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.a() {}",
        "  const factory A.b() = A.a;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REDIRECT_TO_NON_CONST_CONSTRUCTOR]);
    verify([source]);
  }

  void test_referencedBeforeDeclaration_hideInBlock_function() {
    Source source = addSource(EngineTestCase.createSource([
        "var v = 1;",
        "main() {",
        "  print(v);",
        "  v() {}",
        "}",
        "print(x) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REFERENCED_BEFORE_DECLARATION]);
  }

  void test_referencedBeforeDeclaration_hideInBlock_local() {
    Source source = addSource(EngineTestCase.createSource([
        "var v = 1;",
        "main() {",
        "  print(v);",
        "  var v = 2;",
        "}",
        "print(x) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REFERENCED_BEFORE_DECLARATION]);
  }

  void test_referencedBeforeDeclaration_hideInBlock_subBlock() {
    Source source = addSource(EngineTestCase.createSource([
        "var v = 1;",
        "main() {",
        "  {",
        "    print(v);",
        "  }",
        "  var v = 2;",
        "}",
        "print(x) {}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REFERENCED_BEFORE_DECLARATION]);
  }

  void test_referencedBeforeDeclaration_inInitializer_closure() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  var v = () => v;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REFERENCED_BEFORE_DECLARATION]);
  }

  void test_referencedBeforeDeclaration_inInitializer_directly() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  var v = v;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.REFERENCED_BEFORE_DECLARATION]);
  }

  void test_rethrowOutsideCatch() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  rethrow;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RETHROW_OUTSIDE_CATCH]);
    verify([source]);
  }

  void test_returnInGenerativeConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() { return 0; }", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RETURN_IN_GENERATIVE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_returnInGenerativeConstructor_expressionFunctionBody() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() => null;", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.RETURN_IN_GENERATIVE_CONSTRUCTOR]);
    verify([source]);
  }

  void test_sharedDeferredPrefix() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "f1() {}"]),
        EngineTestCase.createSource(["library lib2;", "f2() {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as lib;",
        "import 'lib2.dart' as lib;",
        "main() { lib.f1(); lib.f2(); }"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [CompileTimeErrorCode.SHARED_DEFERRED_PREFIX]);
  }

  void test_superInInvalidContext_binaryExpression() {
    Source source = addSource(EngineTestCase.createSource(["var v = super + 0;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInInvalidContext_constructorFieldInitializer() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends A {",
        "  var f;",
        "  B() : f = super.m();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInInvalidContext_factoryConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends A {",
        "  factory B() {",
        "    super.m();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInInvalidContext_instanceVariableInitializer() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var a;",
        "}",
        "class B extends A {",
        " var b = super.a;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInInvalidContext_staticMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static m() {}",
        "}",
        "class B extends A {",
        "  static n() { return super.m(); }",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInInvalidContext_staticVariableInitializer() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int a = 0;",
        "}",
        "class B extends A {",
        "  static int b = super.a;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInInvalidContext_topLevelFunction() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  super.f();", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInInvalidContext_topLevelVariableInitializer() {
    Source source = addSource(EngineTestCase.createSource(["var v = super.y;"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_INVALID_CONTEXT]);
  }

  void test_superInRedirectingConstructor_redirectionSuper() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {",
        "  B() : this.name(), super();",
        "  B.name() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_REDIRECTING_CONSTRUCTOR]);
    verify([source]);
  }

  void test_superInRedirectingConstructor_superRedirection() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {",
        "  B() : super(), this.name();",
        "  B.name() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.SUPER_IN_REDIRECTING_CONSTRUCTOR]);
    verify([source]);
  }

  void test_symbol_constructor_badArgs() {
    Source source = addSource(EngineTestCase.createSource([
        "var s1 = const Symbol('3');",
        "var s2 = const Symbol(3);",
        "var s3 = const Symbol();",
        "var s4 = const Symbol('x', 'y');",
        "var s5 = const Symbol('x', foo: 'x');"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION,
        CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE,
        CompileTimeErrorCode.NOT_ENOUGH_REQUIRED_ARGUMENTS,
        CompileTimeErrorCode.EXTRA_POSITIONAL_ARGUMENTS,
        CompileTimeErrorCode.UNDEFINED_NAMED_PARAMETER]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_11987() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef void F(List<G> l);",
        "typedef void G(List<F> l);",
        "main() {",
        "  F foo(G g) => g;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF,
        CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF,
        StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_parameterType_named() {
    Source source = addSource(EngineTestCase.createSource(["typedef A({A a});"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_parameterType_positional() {
    Source source = addSource(EngineTestCase.createSource(["typedef A([A a]);"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_parameterType_required() {
    Source source = addSource(EngineTestCase.createSource(["typedef A(A a);"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_parameterType_typeArgument() {
    Source source = addSource(EngineTestCase.createSource(["typedef A(List<A> a);"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_returnClass_withTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef C A();",
        "typedef A B();",
        "class C {",
        "  B a;",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_returnType() {
    Source source = addSource(EngineTestCase.createSource(["typedef A A();"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_returnType_indirect() {
    Source source = addSource(EngineTestCase.createSource(["typedef B A();", "typedef A B();"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF,
        CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_typeVariableBounds() {
    Source source = addSource(EngineTestCase.createSource(["typedef A<T extends A>();"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ALIAS_CANNOT_REFERENCE_ITSELF]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_const() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {",
        "  const G();",
        "}",
        "f() { return const G<B>(); }"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_undefinedClass_const() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  return const A();", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.UNDEFINED_CLASS]);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_explicit_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  B() : super.named();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.UNDEFINED_CONSTRUCTOR_IN_INITIALIZER]);
  }

  void test_undefinedConstructorInInitializer_explicit_unnamed() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.named() {}",
        "}",
        "class B extends A {",
        "  B() : super();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.UNDEFINED_CONSTRUCTOR_IN_INITIALIZER_DEFAULT]);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_implicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.named() {}",
        "}",
        "class B extends A {",
        "  B();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.UNDEFINED_CONSTRUCTOR_IN_INITIALIZER_DEFAULT]);
    verify([source]);
  }

  void test_undefinedNamedParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "main() {",
        "  const A(p: 0);",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.UNDEFINED_NAMED_PARAMETER]);
  }

  void test_uriDoesNotExist_export() {
    Source source = addSource(EngineTestCase.createSource(["export 'unknown.dart';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.URI_DOES_NOT_EXIST]);
  }

  void test_uriDoesNotExist_import() {
    Source source = addSource(EngineTestCase.createSource(["import 'unknown.dart';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.URI_DOES_NOT_EXIST]);
  }

  void test_uriDoesNotExist_part() {
    Source source = addSource(EngineTestCase.createSource(["part 'unknown.dart';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.URI_DOES_NOT_EXIST]);
  }

  void test_uriWithInterpolation_constant() {
    Source source = addSource(EngineTestCase.createSource(["import 'stuff_\$platform.dart';"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.URI_WITH_INTERPOLATION,
        StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_uriWithInterpolation_nonConstant() {
    Source source = addSource(EngineTestCase.createSource(["library lib;", "part '\${'a'}.dart';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.URI_WITH_INTERPOLATION]);
  }

  void test_wrongNumberOfParametersForOperator_minus() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator -(a, b) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_OPERATOR_MINUS]);
    verify([source]);
    reset();
  }

  void test_wrongNumberOfParametersForOperator_tilde() {
    _check_wrongNumberOfParametersForOperator("~", "a");
    _check_wrongNumberOfParametersForOperator("~", "a, b");
  }

  void test_wrongNumberOfParametersForOperator1() {
    _check_wrongNumberOfParametersForOperator1("<");
    _check_wrongNumberOfParametersForOperator1(">");
    _check_wrongNumberOfParametersForOperator1("<=");
    _check_wrongNumberOfParametersForOperator1(">=");
    _check_wrongNumberOfParametersForOperator1("+");
    _check_wrongNumberOfParametersForOperator1("/");
    _check_wrongNumberOfParametersForOperator1("~/");
    _check_wrongNumberOfParametersForOperator1("*");
    _check_wrongNumberOfParametersForOperator1("%");
    _check_wrongNumberOfParametersForOperator1("|");
    _check_wrongNumberOfParametersForOperator1("^");
    _check_wrongNumberOfParametersForOperator1("&");
    _check_wrongNumberOfParametersForOperator1("<<");
    _check_wrongNumberOfParametersForOperator1(">>");
    _check_wrongNumberOfParametersForOperator1("[]");
  }

  void test_wrongNumberOfParametersForSetter_function_named() {
    Source source = addSource("set x({p}) {}");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void test_wrongNumberOfParametersForSetter_function_optional() {
    Source source = addSource("set x([p]) {}");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void test_wrongNumberOfParametersForSetter_function_tooFew() {
    Source source = addSource("set x() {}");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void test_wrongNumberOfParametersForSetter_function_tooMany() {
    Source source = addSource("set x(a, b) {}");
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void test_wrongNumberOfParametersForSetter_method_named() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set x({p}) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void test_wrongNumberOfParametersForSetter_method_optional() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set x([p]) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void test_wrongNumberOfParametersForSetter_method_tooFew() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set x() {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void test_wrongNumberOfParametersForSetter_method_tooMany() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set x(a, b) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_SETTER]);
    verify([source]);
  }

  void _check_constEvalThrowsException_binary_null(String expr, bool resolved) {
    Source source = addSource("const C = ${expr};");
    resolve(source);
    if (resolved) {
      assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION]);
      verify([source]);
    } else {
      assertErrors(source, [CompileTimeErrorCode.CONST_EVAL_THROWS_EXCEPTION]);
    }
    reset();
  }

  void _check_constEvalTypeBool_withParameter_binary(String expr) {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final a;",
        "  const A(bool p) : a = ${expr};",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_BOOL,
        StaticTypeWarningCode.NON_BOOL_OPERAND]);
    verify([source]);
    reset();
  }

  void _check_constEvalTypeInt_withParameter_binary(String expr) {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final a;",
        "  const A(int p) : a = ${expr};",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_INT,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
    reset();
  }

  void _check_constEvalTypeNum_withParameter_binary(String expr) {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final a;",
        "  const A(num p) : a = ${expr};",
        "}"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.CONST_EVAL_TYPE_NUM,
        StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
    reset();
  }

  void _check_wrongNumberOfParametersForOperator(String name, String parameters) {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator ${name}(${parameters}) {}", "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.WRONG_NUMBER_OF_PARAMETERS_FOR_OPERATOR]);
    verify([source]);
    reset();
  }

  void _check_wrongNumberOfParametersForOperator1(String name) {
    _check_wrongNumberOfParametersForOperator(name, "");
    _check_wrongNumberOfParametersForOperator(name, "a, b");
  }

  static dartSuite() {
    _ut.group('CompileTimeErrorCodeTest', () {
      _ut.test('test_ambiguousExport', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_ambiguousExport);
      });
      _ut.test('test_builtInIdentifierAsMixinName_classTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsMixinName_classTypeAlias);
      });
      _ut.test('test_builtInIdentifierAsTypeName', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsTypeName);
      });
      _ut.test('test_builtInIdentifierAsTypeParameterName', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsTypeParameterName);
      });
      _ut.test('test_builtInIdentifierAsType_formalParameter_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsType_formalParameter_field);
      });
      _ut.test('test_builtInIdentifierAsType_formalParameter_simple', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsType_formalParameter_simple);
      });
      _ut.test('test_builtInIdentifierAsType_variableDeclaration', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsType_variableDeclaration);
      });
      _ut.test('test_builtInIdentifierAsTypedefName_functionTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsTypedefName_functionTypeAlias);
      });
      _ut.test('test_caseExpressionTypeImplementsEquals', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_caseExpressionTypeImplementsEquals);
      });
      _ut.test('test_conflictingConstructorNameAndMember_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingConstructorNameAndMember_field);
      });
      _ut.test('test_conflictingConstructorNameAndMember_method', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingConstructorNameAndMember_method);
      });
      _ut.test('test_conflictingGetterAndMethod_field_method', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingGetterAndMethod_field_method);
      });
      _ut.test('test_conflictingGetterAndMethod_getter_method', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingGetterAndMethod_getter_method);
      });
      _ut.test('test_conflictingGetterAndMethod_method_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingGetterAndMethod_method_field);
      });
      _ut.test('test_conflictingGetterAndMethod_method_getter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingGetterAndMethod_method_getter);
      });
      _ut.test('test_conflictingTypeVariableAndClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingTypeVariableAndClass);
      });
      _ut.test('test_conflictingTypeVariableAndMember_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingTypeVariableAndMember_field);
      });
      _ut.test('test_conflictingTypeVariableAndMember_getter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingTypeVariableAndMember_getter);
      });
      _ut.test('test_conflictingTypeVariableAndMember_method', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingTypeVariableAndMember_method);
      });
      _ut.test('test_conflictingTypeVariableAndMember_method_static', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingTypeVariableAndMember_method_static);
      });
      _ut.test('test_conflictingTypeVariableAndMember_setter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_conflictingTypeVariableAndMember_setter);
      });
      _ut.test('test_consistentCaseExpressionTypes_dynamic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_consistentCaseExpressionTypes_dynamic);
      });
      _ut.test('test_constConstructorWithFieldInitializedByNonConst', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithFieldInitializedByNonConst);
      });
      _ut.test('test_constConstructorWithFieldInitializedByNonConst_static', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithFieldInitializedByNonConst_static);
      });
      _ut.test('test_constConstructorWithMixin', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithMixin);
      });
      _ut.test('test_constConstructorWithNonConstSuper_explicit', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonConstSuper_explicit);
      });
      _ut.test('test_constConstructorWithNonConstSuper_implicit', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonConstSuper_implicit);
      });
      _ut.test('test_constConstructorWithNonFinalField_mixin', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonFinalField_mixin);
      });
      _ut.test('test_constConstructorWithNonFinalField_super', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonFinalField_super);
      });
      _ut.test('test_constConstructorWithNonFinalField_this', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonFinalField_this);
      });
      _ut.test('test_constDeferredClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constDeferredClass);
      });
      _ut.test('test_constDeferredClass_namedConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constDeferredClass_namedConstructor);
      });
      _ut.test('test_constEvalThrowsException_binaryMinus_null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalThrowsException_binaryMinus_null);
      });
      _ut.test('test_constEvalThrowsException_binaryPlus_null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalThrowsException_binaryPlus_null);
      });
      _ut.test('test_constEvalThrowsException_divisionByZero', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalThrowsException_divisionByZero);
      });
      _ut.test('test_constEvalThrowsException_unaryBitNot_null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalThrowsException_unaryBitNot_null);
      });
      _ut.test('test_constEvalThrowsException_unaryNegated_null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalThrowsException_unaryNegated_null);
      });
      _ut.test('test_constEvalThrowsException_unaryNot_null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalThrowsException_unaryNot_null);
      });
      _ut.test('test_constEvalTypeBoolNumString_equal', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalTypeBoolNumString_equal);
      });
      _ut.test('test_constEvalTypeBoolNumString_notEqual', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalTypeBoolNumString_notEqual);
      });
      _ut.test('test_constEvalTypeBool_binary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalTypeBool_binary);
      });
      _ut.test('test_constEvalTypeBool_binary_leftTrue', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalTypeBool_binary_leftTrue);
      });
      _ut.test('test_constEvalTypeInt_binary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalTypeInt_binary);
      });
      _ut.test('test_constEvalTypeNum_binary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEvalTypeNum_binary);
      });
      _ut.test('test_constEval_newInstance_constConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEval_newInstance_constConstructor);
      });
      _ut.test('test_constEval_newInstance_externalFactoryConstConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEval_newInstance_externalFactoryConstConstructor);
      });
      _ut.test('test_constEval_propertyExtraction_targetNotConst', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constEval_propertyExtraction_targetNotConst);
      });
      _ut.test('test_constFormalParameter_fieldFormalParameter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constFormalParameter_fieldFormalParameter);
      });
      _ut.test('test_constFormalParameter_simpleFormalParameter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constFormalParameter_simpleFormalParameter);
      });
      _ut.test('test_constInitializedWithNonConstValue', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constInitializedWithNonConstValue);
      });
      _ut.test('test_constInitializedWithNonConstValueFromDeferredClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constInitializedWithNonConstValueFromDeferredClass);
      });
      _ut.test('test_constInitializedWithNonConstValueFromDeferredClass_nested', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constInitializedWithNonConstValueFromDeferredClass_nested);
      });
      _ut.test('test_constInitializedWithNonConstValue_missingConstInListLiteral', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constInitializedWithNonConstValue_missingConstInListLiteral);
      });
      _ut.test('test_constInitializedWithNonConstValue_missingConstInMapLiteral', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constInitializedWithNonConstValue_missingConstInMapLiteral);
      });
      _ut.test('test_constInstanceField', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constInstanceField);
      });
      _ut.test('test_constMapKeyTypeImplementsEquals_direct', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constMapKeyTypeImplementsEquals_direct);
      });
      _ut.test('test_constMapKeyTypeImplementsEquals_dynamic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constMapKeyTypeImplementsEquals_dynamic);
      });
      _ut.test('test_constMapKeyTypeImplementsEquals_factory', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constMapKeyTypeImplementsEquals_factory);
      });
      _ut.test('test_constMapKeyTypeImplementsEquals_super', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constMapKeyTypeImplementsEquals_super);
      });
      _ut.test('test_constWithInvalidTypeParameters', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithInvalidTypeParameters);
      });
      _ut.test('test_constWithInvalidTypeParameters_tooFew', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithInvalidTypeParameters_tooFew);
      });
      _ut.test('test_constWithInvalidTypeParameters_tooMany', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithInvalidTypeParameters_tooMany);
      });
      _ut.test('test_constWithNonConst', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithNonConst);
      });
      _ut.test('test_constWithNonConstantArgument_annotation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithNonConstantArgument_annotation);
      });
      _ut.test('test_constWithNonConstantArgument_instanceCreation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithNonConstantArgument_instanceCreation);
      });
      _ut.test('test_constWithNonType', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithNonType);
      });
      _ut.test('test_constWithNonType_fromLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithNonType_fromLibrary);
      });
      _ut.test('test_constWithTypeParameters_direct', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithTypeParameters_direct);
      });
      _ut.test('test_constWithTypeParameters_indirect', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithTypeParameters_indirect);
      });
      _ut.test('test_constWithUndefinedConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithUndefinedConstructor);
      });
      _ut.test('test_constWithUndefinedConstructorDefault', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_constWithUndefinedConstructorDefault);
      });
      _ut.test('test_defaultValueInFunctionTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_defaultValueInFunctionTypeAlias);
      });
      _ut.test('test_defaultValueInFunctionTypedParameter_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_defaultValueInFunctionTypedParameter_named);
      });
      _ut.test('test_defaultValueInFunctionTypedParameter_optional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_defaultValueInFunctionTypedParameter_optional);
      });
      _ut.test('test_defaultValueInRedirectingFactoryConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_defaultValueInRedirectingFactoryConstructor);
      });
      _ut.test('test_duplicateConstructorName_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateConstructorName_named);
      });
      _ut.test('test_duplicateConstructorName_unnamed', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateConstructorName_unnamed);
      });
      _ut.test('test_duplicateDefinition', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition);
      });
      _ut.test('test_duplicateDefinitionInheritance_instanceGetterAbstract_staticGetter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinitionInheritance_instanceGetterAbstract_staticGetter);
      });
      _ut.test('test_duplicateDefinitionInheritance_instanceGetter_staticGetter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinitionInheritance_instanceGetter_staticGetter);
      });
      _ut.test('test_duplicateDefinitionInheritance_instanceMethodAbstract_staticMethod', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinitionInheritance_instanceMethodAbstract_staticMethod);
      });
      _ut.test('test_duplicateDefinitionInheritance_instanceMethod_staticMethod', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinitionInheritance_instanceMethod_staticMethod);
      });
      _ut.test('test_duplicateDefinitionInheritance_instanceSetterAbstract_staticSetter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinitionInheritance_instanceSetterAbstract_staticSetter);
      });
      _ut.test('test_duplicateDefinitionInheritance_instanceSetter_staticSetter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinitionInheritance_instanceSetter_staticSetter);
      });
      _ut.test('test_duplicateDefinition_acrossLibraries', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_acrossLibraries);
      });
      _ut.test('test_duplicateDefinition_classMembers_fields', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_classMembers_fields);
      });
      _ut.test('test_duplicateDefinition_classMembers_fields_oneStatic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_classMembers_fields_oneStatic);
      });
      _ut.test('test_duplicateDefinition_classMembers_methods', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_classMembers_methods);
      });
      _ut.test('test_duplicateDefinition_localFields', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_localFields);
      });
      _ut.test('test_duplicateDefinition_parameterWithFunctionName_local', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_parameterWithFunctionName_local);
      });
      _ut.test('test_duplicateDefinition_parameterWithFunctionName_topLevel', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_parameterWithFunctionName_topLevel);
      });
      _ut.test('test_duplicateNamedArgument', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_duplicateNamedArgument);
      });
      _ut.test('test_exportInternalLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_exportInternalLibrary);
      });
      _ut.test('test_exportOfNonLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_exportOfNonLibrary);
      });
      _ut.test('test_extendsDeferredClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDeferredClass);
      });
      _ut.test('test_extendsDeferredClass_classTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDeferredClass_classTypeAlias);
      });
      _ut.test('test_extendsDisallowedClass_classTypeAlias_Null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_classTypeAlias_Null);
      });
      _ut.test('test_extendsDisallowedClass_classTypeAlias_String', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_classTypeAlias_String);
      });
      _ut.test('test_extendsDisallowedClass_classTypeAlias_bool', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_classTypeAlias_bool);
      });
      _ut.test('test_extendsDisallowedClass_classTypeAlias_double', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_classTypeAlias_double);
      });
      _ut.test('test_extendsDisallowedClass_classTypeAlias_int', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_classTypeAlias_int);
      });
      _ut.test('test_extendsDisallowedClass_classTypeAlias_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_classTypeAlias_num);
      });
      _ut.test('test_extendsDisallowedClass_class_Null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_class_Null);
      });
      _ut.test('test_extendsDisallowedClass_class_String', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_class_String);
      });
      _ut.test('test_extendsDisallowedClass_class_bool', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_class_bool);
      });
      _ut.test('test_extendsDisallowedClass_class_double', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_class_double);
      });
      _ut.test('test_extendsDisallowedClass_class_int', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_class_int);
      });
      _ut.test('test_extendsDisallowedClass_class_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsDisallowedClass_class_num);
      });
      _ut.test('test_extendsNonClass_class', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsNonClass_class);
      });
      _ut.test('test_extendsNonClass_dynamic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extendsNonClass_dynamic);
      });
      _ut.test('test_extraPositionalArguments_const', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_const);
      });
      _ut.test('test_extraPositionalArguments_const_super', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_const_super);
      });
      _ut.test('test_fieldInitializedByMultipleInitializers', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializedByMultipleInitializers);
      });
      _ut.test('test_fieldInitializedByMultipleInitializers_multipleInits', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializedByMultipleInitializers_multipleInits);
      });
      _ut.test('test_fieldInitializedByMultipleInitializers_multipleNames', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializedByMultipleInitializers_multipleNames);
      });
      _ut.test('test_fieldInitializedInParameterAndInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializedInParameterAndInitializer);
      });
      _ut.test('test_fieldInitializerFactoryConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializerFactoryConstructor);
      });
      _ut.test('test_fieldInitializerNotAssignable', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializerNotAssignable);
      });
      _ut.test('test_fieldInitializerOutsideConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializerOutsideConstructor);
      });
      _ut.test('test_fieldInitializerOutsideConstructor_defaultParameter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializerOutsideConstructor_defaultParameter);
      });
      _ut.test('test_fieldInitializerRedirectingConstructor_afterRedirection', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializerRedirectingConstructor_afterRedirection);
      });
      _ut.test('test_fieldInitializerRedirectingConstructor_beforeRedirection', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializerRedirectingConstructor_beforeRedirection);
      });
      _ut.test('test_fieldInitializingFormalRedirectingConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializingFormalRedirectingConstructor);
      });
      _ut.test('test_finalInitializedMultipleTimes_initializers', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_finalInitializedMultipleTimes_initializers);
      });
      _ut.test('test_finalInitializedMultipleTimes_initializingFormal_initializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_finalInitializedMultipleTimes_initializingFormal_initializer);
      });
      _ut.test('test_finalInitializedMultipleTimes_initializingFormals', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_finalInitializedMultipleTimes_initializingFormals);
      });
      _ut.test('test_finalNotInitialized_instanceField_const_static', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_instanceField_const_static);
      });
      _ut.test('test_finalNotInitialized_library_const', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_library_const);
      });
      _ut.test('test_finalNotInitialized_local_const', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_local_const);
      });
      _ut.test('test_fromEnvironment_bool_badArgs', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fromEnvironment_bool_badArgs);
      });
      _ut.test('test_fromEnvironment_bool_badDefault_whenDefined', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_fromEnvironment_bool_badDefault_whenDefined);
      });
      _ut.test('test_getterAndMethodWithSameName', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_getterAndMethodWithSameName);
      });
      _ut.test('test_implementsDeferredClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDeferredClass);
      });
      _ut.test('test_implementsDeferredClass_classTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDeferredClass_classTypeAlias);
      });
      _ut.test('test_implementsDisallowedClass_classTypeAlias_Null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_classTypeAlias_Null);
      });
      _ut.test('test_implementsDisallowedClass_classTypeAlias_String', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_classTypeAlias_String);
      });
      _ut.test('test_implementsDisallowedClass_classTypeAlias_String_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_classTypeAlias_String_num);
      });
      _ut.test('test_implementsDisallowedClass_classTypeAlias_bool', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_classTypeAlias_bool);
      });
      _ut.test('test_implementsDisallowedClass_classTypeAlias_double', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_classTypeAlias_double);
      });
      _ut.test('test_implementsDisallowedClass_classTypeAlias_int', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_classTypeAlias_int);
      });
      _ut.test('test_implementsDisallowedClass_classTypeAlias_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_classTypeAlias_num);
      });
      _ut.test('test_implementsDisallowedClass_class_Null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_class_Null);
      });
      _ut.test('test_implementsDisallowedClass_class_String', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_class_String);
      });
      _ut.test('test_implementsDisallowedClass_class_String_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_class_String_num);
      });
      _ut.test('test_implementsDisallowedClass_class_bool', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_class_bool);
      });
      _ut.test('test_implementsDisallowedClass_class_double', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_class_double);
      });
      _ut.test('test_implementsDisallowedClass_class_int', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_class_int);
      });
      _ut.test('test_implementsDisallowedClass_class_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDisallowedClass_class_num);
      });
      _ut.test('test_implementsDynamic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsDynamic);
      });
      _ut.test('test_implementsNonClass_class', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsNonClass_class);
      });
      _ut.test('test_implementsNonClass_typeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsNonClass_typeAlias);
      });
      _ut.test('test_implementsRepeated', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsRepeated);
      });
      _ut.test('test_implementsRepeated_3times', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsRepeated_3times);
      });
      _ut.test('test_implementsSuperClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsSuperClass);
      });
      _ut.test('test_implementsSuperClass_Object', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implementsSuperClass_Object);
      });
      _ut.test('test_implicitThisReferenceInInitializer_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_field);
      });
      _ut.test('test_implicitThisReferenceInInitializer_field2', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_field2);
      });
      _ut.test('test_implicitThisReferenceInInitializer_invocation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_invocation);
      });
      _ut.test('test_implicitThisReferenceInInitializer_invocationInStatic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_invocationInStatic);
      });
      _ut.test('test_implicitThisReferenceInInitializer_redirectingConstructorInvocation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_redirectingConstructorInvocation);
      });
      _ut.test('test_implicitThisReferenceInInitializer_superConstructorInvocation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_superConstructorInvocation);
      });
      _ut.test('test_importInternalLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_importInternalLibrary);
      });
      _ut.test('test_importInternalLibrary_js_helper', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_importInternalLibrary_js_helper);
      });
      _ut.test('test_importOfNonLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_importOfNonLibrary);
      });
      _ut.test('test_inconsistentCaseExpressionTypes', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_inconsistentCaseExpressionTypes);
      });
      _ut.test('test_inconsistentCaseExpressionTypes_dynamic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_inconsistentCaseExpressionTypes_dynamic);
      });
      _ut.test('test_inconsistentCaseExpressionTypes_repeated', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_inconsistentCaseExpressionTypes_repeated);
      });
      _ut.test('test_initializerForNonExistant_initializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_initializerForNonExistant_initializer);
      });
      _ut.test('test_initializerForStaticField', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_initializerForStaticField);
      });
      _ut.test('test_initializingFormalForNonExistantField', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_initializingFormalForNonExistantField);
      });
      _ut.test('test_initializingFormalForNonExistantField_notInEnclosingClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_initializingFormalForNonExistantField_notInEnclosingClass);
      });
      _ut.test('test_initializingFormalForNonExistantField_optional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_initializingFormalForNonExistantField_optional);
      });
      _ut.test('test_initializingFormalForNonExistantField_synthetic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_initializingFormalForNonExistantField_synthetic);
      });
      _ut.test('test_initializingFormalForStaticField', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_initializingFormalForStaticField);
      });
      _ut.test('test_instanceMemberAccessFromFactory_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_instanceMemberAccessFromFactory_named);
      });
      _ut.test('test_instanceMemberAccessFromFactory_unnamed', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_instanceMemberAccessFromFactory_unnamed);
      });
      _ut.test('test_instanceMemberAccessFromStatic_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_instanceMemberAccessFromStatic_field);
      });
      _ut.test('test_instanceMemberAccessFromStatic_getter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_instanceMemberAccessFromStatic_getter);
      });
      _ut.test('test_instanceMemberAccessFromStatic_method', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_instanceMemberAccessFromStatic_method);
      });
      _ut.test('test_invalidAnnotationFromDeferredLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotationFromDeferredLibrary);
      });
      _ut.test('test_invalidAnnotationFromDeferredLibrary_constructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotationFromDeferredLibrary_constructor);
      });
      _ut.test('test_invalidAnnotationFromDeferredLibrary_namedConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotationFromDeferredLibrary_namedConstructor);
      });
      _ut.test('test_invalidAnnotation_getter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_getter);
      });
      _ut.test('test_invalidAnnotation_importWithPrefix_getter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_importWithPrefix_getter);
      });
      _ut.test('test_invalidAnnotation_importWithPrefix_notConstantVariable', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_importWithPrefix_notConstantVariable);
      });
      _ut.test('test_invalidAnnotation_importWithPrefix_notVariableOrConstructorInvocation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_importWithPrefix_notVariableOrConstructorInvocation);
      });
      _ut.test('test_invalidAnnotation_notConstantVariable', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_notConstantVariable);
      });
      _ut.test('test_invalidAnnotation_notVariableOrConstructorInvocation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_notVariableOrConstructorInvocation);
      });
      _ut.test('test_invalidAnnotation_staticMethodReference', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_staticMethodReference);
      });
      _ut.test('test_invalidAnnotation_unresolved_identifier', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_unresolved_identifier);
      });
      _ut.test('test_invalidAnnotation_unresolved_invocation', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_unresolved_invocation);
      });
      _ut.test('test_invalidAnnotation_unresolved_prefixedIdentifier', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_unresolved_prefixedIdentifier);
      });
      _ut.test('test_invalidAnnotation_useLibraryScope', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_useLibraryScope);
      });
      _ut.test('test_invalidConstructorName_notEnclosingClassName_defined', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidConstructorName_notEnclosingClassName_defined);
      });
      _ut.test('test_invalidConstructorName_notEnclosingClassName_undefined', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidConstructorName_notEnclosingClassName_undefined);
      });
      _ut.test('test_invalidFactoryNameNotAClass_notClassName', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidFactoryNameNotAClass_notClassName);
      });
      _ut.test('test_invalidFactoryNameNotAClass_notEnclosingClassName', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidFactoryNameNotAClass_notEnclosingClassName);
      });
      _ut.test('test_invalidReferenceToThis_factoryConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_factoryConstructor);
      });
      _ut.test('test_invalidReferenceToThis_instanceVariableInitializer_inConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_instanceVariableInitializer_inConstructor);
      });
      _ut.test('test_invalidReferenceToThis_instanceVariableInitializer_inDeclaration', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_instanceVariableInitializer_inDeclaration);
      });
      _ut.test('test_invalidReferenceToThis_staticMethod', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_staticMethod);
      });
      _ut.test('test_invalidReferenceToThis_staticVariableInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_staticVariableInitializer);
      });
      _ut.test('test_invalidReferenceToThis_superInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_superInitializer);
      });
      _ut.test('test_invalidReferenceToThis_topLevelFunction', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_topLevelFunction);
      });
      _ut.test('test_invalidReferenceToThis_variableInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_variableInitializer);
      });
      _ut.test('test_invalidTypeArgumentInConstList', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidTypeArgumentInConstList);
      });
      _ut.test('test_invalidTypeArgumentInConstMap', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidTypeArgumentInConstMap);
      });
      _ut.test('test_invalidUri_export', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidUri_export);
      });
      _ut.test('test_invalidUri_import', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidUri_import);
      });
      _ut.test('test_invalidUri_part', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_invalidUri_part);
      });
      _ut.test('test_labelInOuterScope', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_labelInOuterScope);
      });
      _ut.test('test_labelUndefined_break', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_labelUndefined_break);
      });
      _ut.test('test_labelUndefined_continue', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_labelUndefined_continue);
      });
      _ut.test('test_listElementTypeNotAssignable', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_listElementTypeNotAssignable);
      });
      _ut.test('test_mapKeyTypeNotAssignable', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mapKeyTypeNotAssignable);
      });
      _ut.test('test_mapValueTypeNotAssignable', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mapValueTypeNotAssignable);
      });
      _ut.test('test_memberWithClassName_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_memberWithClassName_field);
      });
      _ut.test('test_memberWithClassName_field2', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_memberWithClassName_field2);
      });
      _ut.test('test_memberWithClassName_getter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_memberWithClassName_getter);
      });
      _ut.test('test_memberWithClassName_method', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_memberWithClassName_method);
      });
      _ut.test('test_methodAndGetterWithSameName', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_methodAndGetterWithSameName);
      });
      _ut.test('test_mixinDeclaresConstructor_classDeclaration', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinDeclaresConstructor_classDeclaration);
      });
      _ut.test('test_mixinDeclaresConstructor_typeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinDeclaresConstructor_typeAlias);
      });
      _ut.test('test_mixinDeferredClass', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinDeferredClass);
      });
      _ut.test('test_mixinDeferredClass_classTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinDeferredClass_classTypeAlias);
      });
      _ut.test('test_mixinInheritsFromNotObject_classDeclaration_extends', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinInheritsFromNotObject_classDeclaration_extends);
      });
      _ut.test('test_mixinInheritsFromNotObject_classDeclaration_with', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinInheritsFromNotObject_classDeclaration_with);
      });
      _ut.test('test_mixinInheritsFromNotObject_typeAlias_extends', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinInheritsFromNotObject_typeAlias_extends);
      });
      _ut.test('test_mixinInheritsFromNotObject_typeAlias_with', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinInheritsFromNotObject_typeAlias_with);
      });
      _ut.test('test_mixinOfDisallowedClass_classTypeAlias_Null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_classTypeAlias_Null);
      });
      _ut.test('test_mixinOfDisallowedClass_classTypeAlias_String', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_classTypeAlias_String);
      });
      _ut.test('test_mixinOfDisallowedClass_classTypeAlias_String_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_classTypeAlias_String_num);
      });
      _ut.test('test_mixinOfDisallowedClass_classTypeAlias_bool', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_classTypeAlias_bool);
      });
      _ut.test('test_mixinOfDisallowedClass_classTypeAlias_double', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_classTypeAlias_double);
      });
      _ut.test('test_mixinOfDisallowedClass_classTypeAlias_int', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_classTypeAlias_int);
      });
      _ut.test('test_mixinOfDisallowedClass_classTypeAlias_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_classTypeAlias_num);
      });
      _ut.test('test_mixinOfDisallowedClass_class_Null', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_class_Null);
      });
      _ut.test('test_mixinOfDisallowedClass_class_String', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_class_String);
      });
      _ut.test('test_mixinOfDisallowedClass_class_bool', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_class_bool);
      });
      _ut.test('test_mixinOfDisallowedClass_class_double', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_class_double);
      });
      _ut.test('test_mixinOfDisallowedClass_class_int', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_class_int);
      });
      _ut.test('test_mixinOfDisallowedClass_class_num', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfDisallowedClass_class_num);
      });
      _ut.test('test_mixinOfNonClass_class', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfNonClass_class);
      });
      _ut.test('test_mixinOfNonClass_typeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinOfNonClass_typeAlias);
      });
      _ut.test('test_mixinReferencesSuper', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinReferencesSuper);
      });
      _ut.test('test_mixinWithNonClassSuperclass_class', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinWithNonClassSuperclass_class);
      });
      _ut.test('test_mixinWithNonClassSuperclass_typeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_mixinWithNonClassSuperclass_typeAlias);
      });
      _ut.test('test_multipleRedirectingConstructorInvocations', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_multipleRedirectingConstructorInvocations);
      });
      _ut.test('test_multipleSuperInitializers', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_multipleSuperInitializers);
      });
      _ut.test('test_nativeClauseInNonSDKCode', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nativeClauseInNonSDKCode);
      });
      _ut.test('test_nativeFunctionBodyInNonSDKCode_function', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nativeFunctionBodyInNonSDKCode_function);
      });
      _ut.test('test_nativeFunctionBodyInNonSDKCode_method', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nativeFunctionBodyInNonSDKCode_method);
      });
      _ut.test('test_noAnnotationConstructorArguments', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_noAnnotationConstructorArguments);
      });
      _ut.test('test_noDefaultSuperConstructorExplicit', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_noDefaultSuperConstructorExplicit);
      });
      _ut.test('test_noDefaultSuperConstructorImplicit_superHasParameters', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_noDefaultSuperConstructorImplicit_superHasParameters);
      });
      _ut.test('test_noDefaultSuperConstructorImplicit_superOnlyNamed', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_noDefaultSuperConstructorImplicit_superOnlyNamed);
      });
      _ut.test('test_nonConstCaseExpression', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstCaseExpression);
      });
      _ut.test('test_nonConstCaseExpressionFromDeferredLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstCaseExpressionFromDeferredLibrary);
      });
      _ut.test('test_nonConstCaseExpressionFromDeferredLibrary_nested', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstCaseExpressionFromDeferredLibrary_nested);
      });
      _ut.test('test_nonConstListElement', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstListElement);
      });
      _ut.test('test_nonConstListElementFromDeferredLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstListElementFromDeferredLibrary);
      });
      _ut.test('test_nonConstListElementFromDeferredLibrary_nested', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstListElementFromDeferredLibrary_nested);
      });
      _ut.test('test_nonConstMapAsExpressionStatement_begin', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapAsExpressionStatement_begin);
      });
      _ut.test('test_nonConstMapAsExpressionStatement_only', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapAsExpressionStatement_only);
      });
      _ut.test('test_nonConstMapKey', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapKey);
      });
      _ut.test('test_nonConstMapKeyFromDeferredLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapKeyFromDeferredLibrary);
      });
      _ut.test('test_nonConstMapKeyFromDeferredLibrary_nested', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapKeyFromDeferredLibrary_nested);
      });
      _ut.test('test_nonConstMapValue', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapValue);
      });
      _ut.test('test_nonConstMapValueFromDeferredLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapValueFromDeferredLibrary);
      });
      _ut.test('test_nonConstMapValueFromDeferredLibrary_nested', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstMapValueFromDeferredLibrary_nested);
      });
      _ut.test('test_nonConstValueInInitializerFromDeferredLibrary_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializerFromDeferredLibrary_field);
      });
      _ut.test('test_nonConstValueInInitializerFromDeferredLibrary_field_nested', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializerFromDeferredLibrary_field_nested);
      });
      _ut.test('test_nonConstValueInInitializerFromDeferredLibrary_redirecting', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializerFromDeferredLibrary_redirecting);
      });
      _ut.test('test_nonConstValueInInitializerFromDeferredLibrary_super', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializerFromDeferredLibrary_super);
      });
      _ut.test('test_nonConstValueInInitializer_binary_notBool_left', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_notBool_left);
      });
      _ut.test('test_nonConstValueInInitializer_binary_notBool_right', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_notBool_right);
      });
      _ut.test('test_nonConstValueInInitializer_binary_notInt', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_notInt);
      });
      _ut.test('test_nonConstValueInInitializer_binary_notNum', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_notNum);
      });
      _ut.test('test_nonConstValueInInitializer_field', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_field);
      });
      _ut.test('test_nonConstValueInInitializer_redirecting', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_redirecting);
      });
      _ut.test('test_nonConstValueInInitializer_super', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_super);
      });
      _ut.test('test_nonConstantAnnotationConstructor_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantAnnotationConstructor_named);
      });
      _ut.test('test_nonConstantAnnotationConstructor_unnamed', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantAnnotationConstructor_unnamed);
      });
      _ut.test('test_nonConstantDefaultValueFromDeferredLibrary', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValueFromDeferredLibrary);
      });
      _ut.test('test_nonConstantDefaultValueFromDeferredLibrary_nested', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValueFromDeferredLibrary_nested);
      });
      _ut.test('test_nonConstantDefaultValue_function_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_function_named);
      });
      _ut.test('test_nonConstantDefaultValue_function_positional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_function_positional);
      });
      _ut.test('test_nonConstantDefaultValue_inConstructor_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_inConstructor_named);
      });
      _ut.test('test_nonConstantDefaultValue_inConstructor_positional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_inConstructor_positional);
      });
      _ut.test('test_nonConstantDefaultValue_method_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_method_named);
      });
      _ut.test('test_nonConstantDefaultValue_method_positional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_method_positional);
      });
      _ut.test('test_nonGenerativeConstructor_explicit', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonGenerativeConstructor_explicit);
      });
      _ut.test('test_nonGenerativeConstructor_implicit', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonGenerativeConstructor_implicit);
      });
      _ut.test('test_nonGenerativeConstructor_implicit2', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_nonGenerativeConstructor_implicit2);
      });
      _ut.test('test_notEnoughRequiredArguments_const', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_notEnoughRequiredArguments_const);
      });
      _ut.test('test_notEnoughRequiredArguments_const_super', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_notEnoughRequiredArguments_const_super);
      });
      _ut.test('test_optionalParameterInOperator_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_optionalParameterInOperator_named);
      });
      _ut.test('test_optionalParameterInOperator_positional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_optionalParameterInOperator_positional);
      });
      _ut.test('test_partOfNonPart', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_partOfNonPart);
      });
      _ut.test('test_prefixCollidesWithTopLevelMembers_functionTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_prefixCollidesWithTopLevelMembers_functionTypeAlias);
      });
      _ut.test('test_prefixCollidesWithTopLevelMembers_topLevelFunction', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_prefixCollidesWithTopLevelMembers_topLevelFunction);
      });
      _ut.test('test_prefixCollidesWithTopLevelMembers_topLevelVariable', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_prefixCollidesWithTopLevelMembers_topLevelVariable);
      });
      _ut.test('test_prefixCollidesWithTopLevelMembers_type', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_prefixCollidesWithTopLevelMembers_type);
      });
      _ut.test('test_privateOptionalParameter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_privateOptionalParameter);
      });
      _ut.test('test_privateOptionalParameter_fieldFormal', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_privateOptionalParameter_fieldFormal);
      });
      _ut.test('test_privateOptionalParameter_withDefaultValue', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_privateOptionalParameter_withDefaultValue);
      });
      _ut.test('test_recursiveConstructorRedirect', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveConstructorRedirect);
      });
      _ut.test('test_recursiveConstructorRedirect_directSelfReference', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveConstructorRedirect_directSelfReference);
      });
      _ut.test('test_recursiveFactoryRedirect', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveFactoryRedirect);
      });
      _ut.test('test_recursiveFactoryRedirect_directSelfReference', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveFactoryRedirect_directSelfReference);
      });
      _ut.test('test_recursiveFactoryRedirect_generic', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveFactoryRedirect_generic);
      });
      _ut.test('test_recursiveFactoryRedirect_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveFactoryRedirect_named);
      });
      _ut.test('test_recursiveFactoryRedirect_outsideCycle', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveFactoryRedirect_outsideCycle);
      });
      _ut.test('test_recursiveInterfaceInheritanceBaseCaseExtends', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritanceBaseCaseExtends);
      });
      _ut.test('test_recursiveInterfaceInheritanceBaseCaseImplements', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritanceBaseCaseImplements);
      });
      _ut.test('test_recursiveInterfaceInheritanceBaseCaseImplements_typeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritanceBaseCaseImplements_typeAlias);
      });
      _ut.test('test_recursiveInterfaceInheritanceBaseCaseWith', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritanceBaseCaseWith);
      });
      _ut.test('test_recursiveInterfaceInheritance_extends', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritance_extends);
      });
      _ut.test('test_recursiveInterfaceInheritance_extends_implements', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritance_extends_implements);
      });
      _ut.test('test_recursiveInterfaceInheritance_implements', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritance_implements);
      });
      _ut.test('test_recursiveInterfaceInheritance_mixin', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritance_mixin);
      });
      _ut.test('test_recursiveInterfaceInheritance_tail', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritance_tail);
      });
      _ut.test('test_recursiveInterfaceInheritance_tail2', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritance_tail2);
      });
      _ut.test('test_recursiveInterfaceInheritance_tail3', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_recursiveInterfaceInheritance_tail3);
      });
      _ut.test('test_redirectGenerativeToMissingConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_redirectGenerativeToMissingConstructor);
      });
      _ut.test('test_redirectGenerativeToNonGenerativeConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_redirectGenerativeToNonGenerativeConstructor);
      });
      _ut.test('test_redirectToMissingConstructor_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_redirectToMissingConstructor_named);
      });
      _ut.test('test_redirectToMissingConstructor_unnamed', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_redirectToMissingConstructor_unnamed);
      });
      _ut.test('test_redirectToNonClass_notAType', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_redirectToNonClass_notAType);
      });
      _ut.test('test_redirectToNonClass_undefinedIdentifier', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_redirectToNonClass_undefinedIdentifier);
      });
      _ut.test('test_redirectToNonConstConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_redirectToNonConstConstructor);
      });
      _ut.test('test_referencedBeforeDeclaration_hideInBlock_function', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_referencedBeforeDeclaration_hideInBlock_function);
      });
      _ut.test('test_referencedBeforeDeclaration_hideInBlock_local', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_referencedBeforeDeclaration_hideInBlock_local);
      });
      _ut.test('test_referencedBeforeDeclaration_hideInBlock_subBlock', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_referencedBeforeDeclaration_hideInBlock_subBlock);
      });
      _ut.test('test_referencedBeforeDeclaration_inInitializer_closure', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_referencedBeforeDeclaration_inInitializer_closure);
      });
      _ut.test('test_referencedBeforeDeclaration_inInitializer_directly', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_referencedBeforeDeclaration_inInitializer_directly);
      });
      _ut.test('test_rethrowOutsideCatch', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_rethrowOutsideCatch);
      });
      _ut.test('test_returnInGenerativeConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_returnInGenerativeConstructor);
      });
      _ut.test('test_returnInGenerativeConstructor_expressionFunctionBody', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_returnInGenerativeConstructor_expressionFunctionBody);
      });
      _ut.test('test_sharedDeferredPrefix', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_sharedDeferredPrefix);
      });
      _ut.test('test_superInInvalidContext_binaryExpression', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_binaryExpression);
      });
      _ut.test('test_superInInvalidContext_constructorFieldInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_constructorFieldInitializer);
      });
      _ut.test('test_superInInvalidContext_factoryConstructor', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_factoryConstructor);
      });
      _ut.test('test_superInInvalidContext_instanceVariableInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_instanceVariableInitializer);
      });
      _ut.test('test_superInInvalidContext_staticMethod', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_staticMethod);
      });
      _ut.test('test_superInInvalidContext_staticVariableInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_staticVariableInitializer);
      });
      _ut.test('test_superInInvalidContext_topLevelFunction', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_topLevelFunction);
      });
      _ut.test('test_superInInvalidContext_topLevelVariableInitializer', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInInvalidContext_topLevelVariableInitializer);
      });
      _ut.test('test_superInRedirectingConstructor_redirectionSuper', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInRedirectingConstructor_redirectionSuper);
      });
      _ut.test('test_superInRedirectingConstructor_superRedirection', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_superInRedirectingConstructor_superRedirection);
      });
      _ut.test('test_symbol_constructor_badArgs', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_symbol_constructor_badArgs);
      });
      _ut.test('test_typeAliasCannotReferenceItself_11987', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_11987);
      });
      _ut.test('test_typeAliasCannotReferenceItself_parameterType_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_parameterType_named);
      });
      _ut.test('test_typeAliasCannotReferenceItself_parameterType_positional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_parameterType_positional);
      });
      _ut.test('test_typeAliasCannotReferenceItself_parameterType_required', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_parameterType_required);
      });
      _ut.test('test_typeAliasCannotReferenceItself_parameterType_typeArgument', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_parameterType_typeArgument);
      });
      _ut.test('test_typeAliasCannotReferenceItself_returnClass_withTypeAlias', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_returnClass_withTypeAlias);
      });
      _ut.test('test_typeAliasCannotReferenceItself_returnType', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_returnType);
      });
      _ut.test('test_typeAliasCannotReferenceItself_returnType_indirect', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_returnType_indirect);
      });
      _ut.test('test_typeAliasCannotReferenceItself_typeVariableBounds', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_typeVariableBounds);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_const', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_const);
      });
      _ut.test('test_undefinedClass_const', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_undefinedClass_const);
      });
      _ut.test('test_undefinedConstructorInInitializer_explicit_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_explicit_named);
      });
      _ut.test('test_undefinedConstructorInInitializer_explicit_unnamed', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_explicit_unnamed);
      });
      _ut.test('test_undefinedConstructorInInitializer_implicit', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_implicit);
      });
      _ut.test('test_undefinedNamedParameter', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_undefinedNamedParameter);
      });
      _ut.test('test_uriDoesNotExist_export', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_uriDoesNotExist_export);
      });
      _ut.test('test_uriDoesNotExist_import', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_uriDoesNotExist_import);
      });
      _ut.test('test_uriDoesNotExist_part', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_uriDoesNotExist_part);
      });
      _ut.test('test_uriWithInterpolation_constant', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_uriWithInterpolation_constant);
      });
      _ut.test('test_uriWithInterpolation_nonConstant', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_uriWithInterpolation_nonConstant);
      });
      _ut.test('test_wrongNumberOfParametersForOperator1', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForOperator1);
      });
      _ut.test('test_wrongNumberOfParametersForOperator_minus', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForOperator_minus);
      });
      _ut.test('test_wrongNumberOfParametersForOperator_tilde', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForOperator_tilde);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_function_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_function_named);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_function_optional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_function_optional);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_function_tooFew', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_function_tooFew);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_function_tooMany', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_function_tooMany);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_method_named', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_method_named);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_method_optional', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_method_optional);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_method_tooFew', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_method_tooFew);
      });
      _ut.test('test_wrongNumberOfParametersForSetter_method_tooMany', () {
        final __test = new CompileTimeErrorCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter_method_tooMany);
      });
    });
  }
}

class DeclarationMatcherTest extends ResolverTestCase {
  void test_compilationUnitMatches_false_topLevelVariable() {
    _assertCompilationUnitMatches(false, EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return p + p;",
        "  }",
        "}"]), EngineTestCase.createSource([
        "const int ZERO = 0;",
        "class C {",
        "  int m(int p) {",
        "    return (p * p) + (p * p) + ZERO;",
        "  }",
        "}"]));
  }

  void test_compilationUnitMatches_true_different() {
    _assertCompilationUnitMatches(true, EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return p + p;",
        "  }",
        "}"]), EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return (p * p) + (p * p);",
        "  }",
        "}"]));
  }

  void test_compilationUnitMatches_true_same() {
    String content = EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return p + p;",
        "  }",
        "}"]);
    _assertCompilationUnitMatches(true, content, content);
  }

  void test_methodDeclarationMatches_false_localVariable() {
    _assertMethodMatches(false, EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return p + p;",
        "  }",
        "}"]), EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    int product = p * p;",
        "    return product + product;",
        "  }",
        "}"]));
  }

  void test_methodDeclarationMatches_false_parameter() {
    _assertMethodMatches(false, EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return p + p;",
        "  }",
        "}"]), EngineTestCase.createSource([
        "class C {",
        "  int m(int p, int q) {",
        "    return (p * q) + (q * p);",
        "  }",
        "}"]));
  }

  void test_methodDeclarationMatches_true_different() {
    _assertMethodMatches(true, EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return p + p;",
        "  }",
        "}"]), EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return (p * p) + (p * p);",
        "  }",
        "}"]));
  }

  void test_methodDeclarationMatches_true_same() {
    String content = EngineTestCase.createSource([
        "class C {",
        "  int m(int p) {",
        "    return p + p;",
        "  }",
        "}"]);
    _assertMethodMatches(true, content, content);
  }

  void _assertCompilationUnitMatches(bool expectMatch, String oldContent, String newContent) {
    Source source = addSource(oldContent);
    LibraryElement library = resolve(source);
    CompilationUnit oldUnit = resolveCompilationUnit(source, library);
    AnalysisContext context = analysisContext;
    context.setContents(source, newContent);
    CompilationUnit newUnit = context.parseCompilationUnit(source);
    DeclarationMatcher matcher = new DeclarationMatcher();
    JUnitTestCase.assertEquals(expectMatch, matcher.matches(newUnit, oldUnit.element));
  }

  void _assertMethodMatches(bool expectMatch, String oldContent, String newContent) {
    Source source = addSource(oldContent);
    LibraryElement library = resolve(source);
    CompilationUnit oldUnit = resolveCompilationUnit(source, library);
    MethodElement element = _getFirstMethod(oldUnit).element as MethodElement;
    AnalysisContext context = analysisContext;
    context.setContents(source, newContent);
    CompilationUnit newUnit = context.parseCompilationUnit(source);
    MethodDeclaration newMethod = _getFirstMethod(newUnit);
    DeclarationMatcher matcher = new DeclarationMatcher();
    JUnitTestCase.assertEquals(expectMatch, matcher.matches(newMethod, element));
  }

  MethodDeclaration _getFirstMethod(CompilationUnit unit) {
    ClassDeclaration classNode = unit.declarations[0] as ClassDeclaration;
    return classNode.members[0] as MethodDeclaration;
  }

  static dartSuite() {
    _ut.group('DeclarationMatcherTest', () {
      _ut.test('test_compilationUnitMatches_false_topLevelVariable', () {
        final __test = new DeclarationMatcherTest();
        runJUnitTest(__test, __test.test_compilationUnitMatches_false_topLevelVariable);
      });
      _ut.test('test_compilationUnitMatches_true_different', () {
        final __test = new DeclarationMatcherTest();
        runJUnitTest(__test, __test.test_compilationUnitMatches_true_different);
      });
      _ut.test('test_compilationUnitMatches_true_same', () {
        final __test = new DeclarationMatcherTest();
        runJUnitTest(__test, __test.test_compilationUnitMatches_true_same);
      });
      _ut.test('test_methodDeclarationMatches_false_localVariable', () {
        final __test = new DeclarationMatcherTest();
        runJUnitTest(__test, __test.test_methodDeclarationMatches_false_localVariable);
      });
      _ut.test('test_methodDeclarationMatches_false_parameter', () {
        final __test = new DeclarationMatcherTest();
        runJUnitTest(__test, __test.test_methodDeclarationMatches_false_parameter);
      });
      _ut.test('test_methodDeclarationMatches_true_different', () {
        final __test = new DeclarationMatcherTest();
        runJUnitTest(__test, __test.test_methodDeclarationMatches_true_different);
      });
      _ut.test('test_methodDeclarationMatches_true_same', () {
        final __test = new DeclarationMatcherTest();
        runJUnitTest(__test, __test.test_methodDeclarationMatches_true_same);
      });
    });
  }
}

class ElementResolverTest extends EngineTestCase {
  /**
   * The error listener to which errors will be reported.
   */
  GatheringErrorListener _listener;

  /**
   * The type provider used to access the types.
   */
  TestTypeProvider _typeProvider;

  /**
   * The library containing the code being resolved.
   */
  LibraryElementImpl _definingLibrary;

  /**
   * The resolver visitor that maintains the state for the resolver.
   */
  ResolverVisitor _visitor;

  /**
   * The resolver being used to resolve the test cases.
   */
  ElementResolver _resolver;

  void fail_visitExportDirective_combinators() {
    JUnitTestCase.fail("Not yet tested");
    // Need to set up the exported library so that the identifier can be resolved
    ExportDirective directive = AstFactory.exportDirective2(null, [AstFactory.hideCombinator2(["A"])]);
    _resolveNode(directive, []);
    _listener.assertNoErrors();
  }

  void fail_visitFunctionExpressionInvocation() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitImportDirective_combinators_noPrefix() {
    JUnitTestCase.fail("Not yet tested");
    // Need to set up the imported library so that the identifier can be resolved
    ImportDirective directive = AstFactory.importDirective3(null, null, [AstFactory.showCombinator2(["A"])]);
    _resolveNode(directive, []);
    _listener.assertNoErrors();
  }

  void fail_visitImportDirective_combinators_prefix() {
    JUnitTestCase.fail("Not yet tested");
    // Need to set up the imported library so that the identifiers can be resolved
    String prefixName = "p";
    _definingLibrary.imports = <ImportElement> [ElementFactory.importFor(null, ElementFactory.prefix(prefixName), [])];
    ImportDirective directive = AstFactory.importDirective3(null, prefixName, [
        AstFactory.showCombinator2(["A"]),
        AstFactory.hideCombinator2(["B"])]);
    _resolveNode(directive, []);
    _listener.assertNoErrors();
  }

  void fail_visitRedirectingConstructorInvocation() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  @override
  void setUp() {
    _listener = new GatheringErrorListener();
    _typeProvider = new TestTypeProvider();
    _resolver = _createResolver();
  }

  void test_lookUpMethodInInterfaces() {
    InterfaceType intType = _typeProvider.intType;
    //
    // abstract class A { int operator[](int index); }
    //
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    MethodElement operator = ElementFactory.methodElement("[]", intType, [intType]);
    classA.methods = <MethodElement> [operator];
    //
    // class B implements A {}
    //
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    //
    // class C extends Object with B {}
    //
    ClassElementImpl classC = ElementFactory.classElement2("C", []);
    classC.mixins = <InterfaceType> [classB.type];
    //
    // class D extends C {}
    //
    ClassElementImpl classD = ElementFactory.classElement("D", classC.type, []);
    //
    // D a;
    // a[i];
    //
    SimpleIdentifier array = AstFactory.identifier3("a");
    array.staticType = classD.type;
    IndexExpression expression = AstFactory.indexExpression(array, AstFactory.identifier3("i"));
    JUnitTestCase.assertSame(operator, _resolveIndexExpression(expression, []));
    _listener.assertNoErrors();
  }

  void test_visitAssignmentExpression_compound() {
    InterfaceType intType = _typeProvider.intType;
    SimpleIdentifier leftHandSide = AstFactory.identifier3("a");
    leftHandSide.staticType = intType;
    AssignmentExpression assignment = AstFactory.assignmentExpression(leftHandSide, TokenType.PLUS_EQ, AstFactory.integer(1));
    _resolveNode(assignment, []);
    JUnitTestCase.assertSame(getMethod(_typeProvider.numType, "+"), assignment.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitAssignmentExpression_simple() {
    AssignmentExpression expression = AstFactory.assignmentExpression(AstFactory.identifier3("x"), TokenType.EQ, AstFactory.integer(0));
    _resolveNode(expression, []);
    JUnitTestCase.assertNull(expression.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression() {
    // num i;
    // var j;
    // i + j
    InterfaceType numType = _typeProvider.numType;
    SimpleIdentifier left = AstFactory.identifier3("i");
    left.staticType = numType;
    BinaryExpression expression = AstFactory.binaryExpression(left, TokenType.PLUS, AstFactory.identifier3("j"));
    _resolveNode(expression, []);
    JUnitTestCase.assertEquals(getMethod(numType, "+"), expression.staticElement);
    JUnitTestCase.assertNull(expression.propagatedElement);
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_propagatedElement() {
    // var i = 1;
    // var j;
    // i + j
    InterfaceType numType = _typeProvider.numType;
    SimpleIdentifier left = AstFactory.identifier3("i");
    left.propagatedType = numType;
    BinaryExpression expression = AstFactory.binaryExpression(left, TokenType.PLUS, AstFactory.identifier3("j"));
    _resolveNode(expression, []);
    JUnitTestCase.assertNull(expression.staticElement);
    JUnitTestCase.assertEquals(getMethod(numType, "+"), expression.propagatedElement);
    _listener.assertNoErrors();
  }

  void test_visitBreakStatement_withLabel() {
    String label = "loop";
    LabelElementImpl labelElement = new LabelElementImpl(AstFactory.identifier3(label), false, false);
    BreakStatement statement = AstFactory.breakStatement2(label);
    JUnitTestCase.assertSame(labelElement, _resolveBreak(statement, labelElement));
    _listener.assertNoErrors();
  }

  void test_visitBreakStatement_withoutLabel() {
    BreakStatement statement = AstFactory.breakStatement();
    _resolveStatement(statement, null);
    _listener.assertNoErrors();
  }

  void test_visitConstructorName_named() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String constructorName = "a";
    ConstructorElement constructor = ElementFactory.constructorElement2(classA, constructorName, []);
    classA.constructors = <ConstructorElement> [constructor];
    ConstructorName name = AstFactory.constructorName(AstFactory.typeName(classA, []), constructorName);
    _resolveNode(name, []);
    JUnitTestCase.assertSame(constructor, name.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitConstructorName_unnamed() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String constructorName = null;
    ConstructorElement constructor = ElementFactory.constructorElement2(classA, constructorName, []);
    classA.constructors = <ConstructorElement> [constructor];
    ConstructorName name = AstFactory.constructorName(AstFactory.typeName(classA, []), constructorName);
    _resolveNode(name, []);
    JUnitTestCase.assertSame(constructor, name.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitContinueStatement_withLabel() {
    String label = "loop";
    LabelElementImpl labelElement = new LabelElementImpl(AstFactory.identifier3(label), false, false);
    ContinueStatement statement = AstFactory.continueStatement(label);
    JUnitTestCase.assertSame(labelElement, _resolveContinue(statement, labelElement));
    _listener.assertNoErrors();
  }

  void test_visitContinueStatement_withoutLabel() {
    ContinueStatement statement = AstFactory.continueStatement();
    _resolveStatement(statement, null);
    _listener.assertNoErrors();
  }

  void test_visitExportDirective_noCombinators() {
    ExportDirective directive = AstFactory.exportDirective2(null, []);
    directive.element = ElementFactory.exportFor(ElementFactory.library(_definingLibrary.context, "lib"), []);
    _resolveNode(directive, []);
    _listener.assertNoErrors();
  }

  void test_visitFieldFormalParameter() {
    String fieldName = "f";
    InterfaceType intType = _typeProvider.intType;
    FieldElementImpl fieldElement = ElementFactory.fieldElement(fieldName, false, false, false, intType);
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.fields = <FieldElement> [fieldElement];
    FieldFormalParameter parameter = AstFactory.fieldFormalParameter2(fieldName);
    FieldFormalParameterElementImpl parameterElement = ElementFactory.fieldFormalParameter(parameter.identifier);
    parameterElement.field = fieldElement;
    parameterElement.type = intType;
    parameter.identifier.staticElement = parameterElement;
    _resolveInClass(parameter, classA);
    JUnitTestCase.assertSame(intType, parameter.element.type);
  }

  void test_visitImportDirective_noCombinators_noPrefix() {
    ImportDirective directive = AstFactory.importDirective3(null, null, []);
    directive.element = ElementFactory.importFor(ElementFactory.library(_definingLibrary.context, "lib"), null, []);
    _resolveNode(directive, []);
    _listener.assertNoErrors();
  }

  void test_visitImportDirective_noCombinators_prefix() {
    String prefixName = "p";
    ImportElement importElement = ElementFactory.importFor(ElementFactory.library(_definingLibrary.context, "lib"), ElementFactory.prefix(prefixName), []);
    _definingLibrary.imports = <ImportElement> [importElement];
    ImportDirective directive = AstFactory.importDirective3(null, prefixName, []);
    directive.element = importElement;
    _resolveNode(directive, []);
    _listener.assertNoErrors();
  }

  void test_visitImportDirective_withCombinators() {
    ShowCombinator combinator = AstFactory.showCombinator2(["A", "B", "C"]);
    ImportDirective directive = AstFactory.importDirective3(null, null, [combinator]);
    LibraryElementImpl library = ElementFactory.library(_definingLibrary.context, "lib");
    TopLevelVariableElementImpl varA = ElementFactory.topLevelVariableElement2("A");
    TopLevelVariableElementImpl varB = ElementFactory.topLevelVariableElement2("B");
    TopLevelVariableElementImpl varC = ElementFactory.topLevelVariableElement2("C");
    CompilationUnitElementImpl unit = library.definingCompilationUnit as CompilationUnitElementImpl;
    unit.accessors = <PropertyAccessorElement> [varA.getter, varA.setter, varB.getter, varC.setter];
    unit.topLevelVariables = <TopLevelVariableElement> [varA, varB, varC];
    directive.element = ElementFactory.importFor(library, null, []);
    _resolveNode(directive, []);
    JUnitTestCase.assertSame(varA, combinator.shownNames[0].staticElement);
    JUnitTestCase.assertSame(varB, combinator.shownNames[1].staticElement);
    JUnitTestCase.assertSame(varC, combinator.shownNames[2].staticElement);
    _listener.assertNoErrors();
  }

  void test_visitIndexExpression_get() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    InterfaceType intType = _typeProvider.intType;
    MethodElement getter = ElementFactory.methodElement("[]", intType, [intType]);
    classA.methods = <MethodElement> [getter];
    SimpleIdentifier array = AstFactory.identifier3("a");
    array.staticType = classA.type;
    IndexExpression expression = AstFactory.indexExpression(array, AstFactory.identifier3("i"));
    JUnitTestCase.assertSame(getter, _resolveIndexExpression(expression, []));
    _listener.assertNoErrors();
  }

  void test_visitIndexExpression_set() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    InterfaceType intType = _typeProvider.intType;
    MethodElement setter = ElementFactory.methodElement("[]=", intType, [intType]);
    classA.methods = <MethodElement> [setter];
    SimpleIdentifier array = AstFactory.identifier3("a");
    array.staticType = classA.type;
    IndexExpression expression = AstFactory.indexExpression(array, AstFactory.identifier3("i"));
    AstFactory.assignmentExpression(expression, TokenType.EQ, AstFactory.integer(0));
    JUnitTestCase.assertSame(setter, _resolveIndexExpression(expression, []));
    _listener.assertNoErrors();
  }

  void test_visitInstanceCreationExpression_named() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String constructorName = "a";
    ConstructorElement constructor = ElementFactory.constructorElement2(classA, constructorName, []);
    classA.constructors = <ConstructorElement> [constructor];
    ConstructorName name = AstFactory.constructorName(AstFactory.typeName(classA, []), constructorName);
    name.staticElement = constructor;
    InstanceCreationExpression creation = AstFactory.instanceCreationExpression(Keyword.NEW, name, []);
    _resolveNode(creation, []);
    JUnitTestCase.assertSame(constructor, creation.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitInstanceCreationExpression_unnamed() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String constructorName = null;
    ConstructorElement constructor = ElementFactory.constructorElement2(classA, constructorName, []);
    classA.constructors = <ConstructorElement> [constructor];
    ConstructorName name = AstFactory.constructorName(AstFactory.typeName(classA, []), constructorName);
    name.staticElement = constructor;
    InstanceCreationExpression creation = AstFactory.instanceCreationExpression(Keyword.NEW, name, []);
    _resolveNode(creation, []);
    JUnitTestCase.assertSame(constructor, creation.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitInstanceCreationExpression_unnamed_namedParameter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String constructorName = null;
    ConstructorElementImpl constructor = ElementFactory.constructorElement2(classA, constructorName, []);
    String parameterName = "a";
    ParameterElement parameter = ElementFactory.namedParameter(parameterName);
    constructor.parameters = <ParameterElement> [parameter];
    classA.constructors = <ConstructorElement> [constructor];
    ConstructorName name = AstFactory.constructorName(AstFactory.typeName(classA, []), constructorName);
    name.staticElement = constructor;
    InstanceCreationExpression creation = AstFactory.instanceCreationExpression(Keyword.NEW, name, [AstFactory.namedExpression2(parameterName, AstFactory.integer(0))]);
    _resolveNode(creation, []);
    JUnitTestCase.assertSame(constructor, creation.staticElement);
    JUnitTestCase.assertSame(parameter, (creation.argumentList.arguments[0] as NamedExpression).name.label.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitMethodInvocation() {
    InterfaceType numType = _typeProvider.numType;
    SimpleIdentifier left = AstFactory.identifier3("i");
    left.staticType = numType;
    String methodName = "abs";
    MethodInvocation invocation = AstFactory.methodInvocation(left, methodName, []);
    _resolveNode(invocation, []);
    JUnitTestCase.assertSame(getMethod(numType, methodName), invocation.methodName.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitMethodInvocation_namedParameter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    String parameterName = "p";
    MethodElementImpl method = ElementFactory.methodElement(methodName, null, []);
    ParameterElement parameter = ElementFactory.namedParameter(parameterName);
    method.parameters = <ParameterElement> [parameter];
    classA.methods = <MethodElement> [method];
    SimpleIdentifier left = AstFactory.identifier3("i");
    left.staticType = classA.type;
    MethodInvocation invocation = AstFactory.methodInvocation(left, methodName, [AstFactory.namedExpression2(parameterName, AstFactory.integer(0))]);
    _resolveNode(invocation, []);
    JUnitTestCase.assertSame(method, invocation.methodName.staticElement);
    JUnitTestCase.assertSame(parameter, (invocation.argumentList.arguments[0] as NamedExpression).name.label.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPostfixExpression() {
    InterfaceType numType = _typeProvider.numType;
    SimpleIdentifier operand = AstFactory.identifier3("i");
    operand.staticType = numType;
    PostfixExpression expression = AstFactory.postfixExpression(operand, TokenType.PLUS_PLUS);
    _resolveNode(expression, []);
    JUnitTestCase.assertEquals(getMethod(numType, "+"), expression.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_dynamic() {
    DartType dynamicType = _typeProvider.dynamicType;
    SimpleIdentifier target = AstFactory.identifier3("a");
    VariableElementImpl variable = ElementFactory.localVariableElement(target);
    variable.type = dynamicType;
    target.staticElement = variable;
    target.staticType = dynamicType;
    PrefixedIdentifier identifier = AstFactory.identifier(target, AstFactory.identifier3("b"));
    _resolveNode(identifier, []);
    JUnitTestCase.assertNull(identifier.staticElement);
    JUnitTestCase.assertNull(identifier.identifier.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_nonDynamic() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "b";
    PropertyAccessorElement getter = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getter];
    SimpleIdentifier target = AstFactory.identifier3("a");
    VariableElementImpl variable = ElementFactory.localVariableElement(target);
    variable.type = classA.type;
    target.staticElement = variable;
    target.staticType = classA.type;
    PrefixedIdentifier identifier = AstFactory.identifier(target, AstFactory.identifier3(getterName));
    _resolveNode(identifier, []);
    JUnitTestCase.assertSame(getter, identifier.staticElement);
    JUnitTestCase.assertSame(getter, identifier.identifier.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_staticClassMember_getter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    // set accessors
    String propName = "b";
    PropertyAccessorElement getter = ElementFactory.getterElement(propName, false, _typeProvider.intType);
    PropertyAccessorElement setter = ElementFactory.setterElement(propName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getter, setter];
    // prepare "A.m"
    SimpleIdentifier target = AstFactory.identifier3("A");
    target.staticElement = classA;
    target.staticType = classA.type;
    PrefixedIdentifier identifier = AstFactory.identifier(target, AstFactory.identifier3(propName));
    // resolve
    _resolveNode(identifier, []);
    JUnitTestCase.assertSame(getter, identifier.staticElement);
    JUnitTestCase.assertSame(getter, identifier.identifier.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_staticClassMember_method() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    // set accessors
    String propName = "m";
    PropertyAccessorElement setter = ElementFactory.setterElement(propName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [setter];
    // set methods
    MethodElement method = ElementFactory.methodElement("m", _typeProvider.intType, []);
    classA.methods = <MethodElement> [method];
    // prepare "A.m"
    SimpleIdentifier target = AstFactory.identifier3("A");
    target.staticElement = classA;
    target.staticType = classA.type;
    PrefixedIdentifier identifier = AstFactory.identifier(target, AstFactory.identifier3(propName));
    AstFactory.assignmentExpression(identifier, TokenType.EQ, AstFactory.nullLiteral());
    // resolve
    _resolveNode(identifier, []);
    JUnitTestCase.assertSame(method, identifier.staticElement);
    JUnitTestCase.assertSame(method, identifier.identifier.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_staticClassMember_setter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    // set accessors
    String propName = "b";
    PropertyAccessorElement getter = ElementFactory.getterElement(propName, false, _typeProvider.intType);
    PropertyAccessorElement setter = ElementFactory.setterElement(propName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getter, setter];
    // prepare "A.b = null"
    SimpleIdentifier target = AstFactory.identifier3("A");
    target.staticElement = classA;
    target.staticType = classA.type;
    PrefixedIdentifier identifier = AstFactory.identifier(target, AstFactory.identifier3(propName));
    AstFactory.assignmentExpression(identifier, TokenType.EQ, AstFactory.nullLiteral());
    // resolve
    _resolveNode(identifier, []);
    JUnitTestCase.assertSame(setter, identifier.staticElement);
    JUnitTestCase.assertSame(setter, identifier.identifier.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPrefixExpression() {
    InterfaceType numType = _typeProvider.numType;
    SimpleIdentifier operand = AstFactory.identifier3("i");
    operand.staticType = numType;
    PrefixExpression expression = AstFactory.prefixExpression(TokenType.PLUS_PLUS, operand);
    _resolveNode(expression, []);
    JUnitTestCase.assertEquals(getMethod(numType, "+"), expression.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPropertyAccess_getter_identifier() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "b";
    PropertyAccessorElement getter = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getter];
    SimpleIdentifier target = AstFactory.identifier3("a");
    target.staticType = classA.type;
    PropertyAccess access = AstFactory.propertyAccess2(target, getterName);
    _resolveNode(access, []);
    JUnitTestCase.assertSame(getter, access.propertyName.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPropertyAccess_getter_super() {
    //
    // class A {
    //  int get b;
    // }
    // class B {
    //   ... super.m ...
    // }
    //
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "b";
    PropertyAccessorElement getter = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getter];
    SuperExpression target = AstFactory.superExpression();
    target.staticType = ElementFactory.classElement("B", classA.type, []).type;
    PropertyAccess access = AstFactory.propertyAccess2(target, getterName);
    AstFactory.methodDeclaration2(null, null, null, null, AstFactory.identifier3("m"), AstFactory.formalParameterList([]), AstFactory.expressionFunctionBody(access));
    _resolveNode(access, []);
    JUnitTestCase.assertSame(getter, access.propertyName.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitPropertyAccess_setter_this() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String setterName = "b";
    PropertyAccessorElement setter = ElementFactory.setterElement(setterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [setter];
    ThisExpression target = AstFactory.thisExpression();
    target.staticType = classA.type;
    PropertyAccess access = AstFactory.propertyAccess2(target, setterName);
    AstFactory.assignmentExpression(access, TokenType.EQ, AstFactory.integer(0));
    _resolveNode(access, []);
    JUnitTestCase.assertSame(setter, access.propertyName.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitSimpleIdentifier_classScope() {
    InterfaceType doubleType = _typeProvider.doubleType;
    String fieldName = "NAN";
    SimpleIdentifier node = AstFactory.identifier3(fieldName);
    _resolveInClass(node, doubleType.element);
    JUnitTestCase.assertEquals(getGetter(doubleType, fieldName), node.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitSimpleIdentifier_dynamic() {
    SimpleIdentifier node = AstFactory.identifier3("dynamic");
    _resolveIdentifier(node, []);
    JUnitTestCase.assertSame(_typeProvider.dynamicType.element, node.staticElement);
    JUnitTestCase.assertSame(_typeProvider.typeType, node.staticType);
    _listener.assertNoErrors();
  }

  void test_visitSimpleIdentifier_lexicalScope() {
    SimpleIdentifier node = AstFactory.identifier3("i");
    VariableElementImpl element = ElementFactory.localVariableElement(node);
    JUnitTestCase.assertSame(element, _resolveIdentifier(node, [element]));
    _listener.assertNoErrors();
  }

  void test_visitSimpleIdentifier_lexicalScope_field_setter() {
    InterfaceType intType = _typeProvider.intType;
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String fieldName = "a";
    FieldElement field = ElementFactory.fieldElement(fieldName, false, false, false, intType);
    classA.fields = <FieldElement> [field];
    classA.accessors = <PropertyAccessorElement> [field.getter, field.setter];
    SimpleIdentifier node = AstFactory.identifier3(fieldName);
    AstFactory.assignmentExpression(node, TokenType.EQ, AstFactory.integer(0));
    _resolveInClass(node, classA);
    Element element = node.staticElement;
    EngineTestCase.assertInstanceOf((obj) => obj is PropertyAccessorElement, PropertyAccessorElement, element);
    JUnitTestCase.assertTrue((element as PropertyAccessorElement).isSetter);
    _listener.assertNoErrors();
  }

  void test_visitSuperConstructorInvocation() {
    ClassElementImpl superclass = ElementFactory.classElement2("A", []);
    ConstructorElementImpl superConstructor = ElementFactory.constructorElement2(superclass, null, []);
    superclass.constructors = <ConstructorElement> [superConstructor];
    ClassElementImpl subclass = ElementFactory.classElement("B", superclass.type, []);
    ConstructorElementImpl subConstructor = ElementFactory.constructorElement2(subclass, null, []);
    subclass.constructors = <ConstructorElement> [subConstructor];
    SuperConstructorInvocation invocation = AstFactory.superConstructorInvocation([]);
    _resolveInClass(invocation, subclass);
    JUnitTestCase.assertEquals(superConstructor, invocation.staticElement);
    _listener.assertNoErrors();
  }

  void test_visitSuperConstructorInvocation_namedParameter() {
    ClassElementImpl superclass = ElementFactory.classElement2("A", []);
    ConstructorElementImpl superConstructor = ElementFactory.constructorElement2(superclass, null, []);
    String parameterName = "p";
    ParameterElement parameter = ElementFactory.namedParameter(parameterName);
    superConstructor.parameters = <ParameterElement> [parameter];
    superclass.constructors = <ConstructorElement> [superConstructor];
    ClassElementImpl subclass = ElementFactory.classElement("B", superclass.type, []);
    ConstructorElementImpl subConstructor = ElementFactory.constructorElement2(subclass, null, []);
    subclass.constructors = <ConstructorElement> [subConstructor];
    SuperConstructorInvocation invocation = AstFactory.superConstructorInvocation([AstFactory.namedExpression2(parameterName, AstFactory.integer(0))]);
    _resolveInClass(invocation, subclass);
    JUnitTestCase.assertEquals(superConstructor, invocation.staticElement);
    JUnitTestCase.assertSame(parameter, (invocation.argumentList.arguments[0] as NamedExpression).name.label.staticElement);
    _listener.assertNoErrors();
  }

  /**
   * Create the resolver used by the tests.
   *
   * @return the resolver that was created
   */
  ElementResolver _createResolver() {
    AnalysisContextImpl context = new AnalysisContextImpl();
    SourceFactory sourceFactory = new SourceFactory([new DartUriResolver(DirectoryBasedDartSdk.defaultSdk)]);
    context.sourceFactory = sourceFactory;
    FileBasedSource source = new FileBasedSource.con1(FileUtilities2.createFile("/test.dart"));
    CompilationUnitElementImpl definingCompilationUnit = new CompilationUnitElementImpl("test.dart");
    definingCompilationUnit.source = source;
    _definingLibrary = ElementFactory.library(context, "test");
    _definingLibrary.definingCompilationUnit = definingCompilationUnit;
    Library library = new Library(context, _listener, source);
    library.libraryElement = _definingLibrary;
    _visitor = new ResolverVisitor.con1(library, source, _typeProvider);
    try {
      return _visitor.elementResolver_J2DAccessor as ElementResolver;
    } catch (exception) {
      throw new IllegalArgumentException("Could not create resolver", exception);
    }
  }

  /**
   * Return the element associated with the label of the given statement after the resolver has
   * resolved the statement.
   *
   * @param statement the statement to be resolved
   * @param labelElement the label element to be defined in the statement's label scope
   * @return the element to which the statement's label was resolved
   */
  Element _resolveBreak(BreakStatement statement, LabelElementImpl labelElement) {
    _resolveStatement(statement, labelElement);
    return statement.label.staticElement;
  }

  /**
   * Return the element associated with the label of the given statement after the resolver has
   * resolved the statement.
   *
   * @param statement the statement to be resolved
   * @param labelElement the label element to be defined in the statement's label scope
   * @return the element to which the statement's label was resolved
   */
  Element _resolveContinue(ContinueStatement statement, LabelElementImpl labelElement) {
    _resolveStatement(statement, labelElement);
    return statement.label.staticElement;
  }

  /**
   * Return the element associated with the given identifier after the resolver has resolved the
   * identifier.
   *
   * @param node the expression to be resolved
   * @param definedElements the elements that are to be defined in the scope in which the element is
   *          being resolved
   * @return the element to which the expression was resolved
   */
  Element _resolveIdentifier(Identifier node, List<Element> definedElements) {
    _resolveNode(node, definedElements);
    return node.staticElement;
  }

  /**
   * Return the element associated with the given identifier after the resolver has resolved the
   * identifier.
   *
   * @param node the expression to be resolved
   * @param enclosingClass the element representing the class enclosing the identifier
   * @return the element to which the expression was resolved
   */
  void _resolveInClass(AstNode node, ClassElement enclosingClass) {
    try {
      Scope outerScope = _visitor.nameScope_J2DAccessor as Scope;
      try {
        _visitor.enclosingClass_J2DAccessor = enclosingClass;
        EnclosedScope innerScope = new ClassScope(new TypeParameterScope(outerScope, enclosingClass), enclosingClass);
        _visitor.nameScope_J2DAccessor = innerScope;
        node.accept(_resolver);
      } finally {
        _visitor.enclosingClass_J2DAccessor = null;
        _visitor.nameScope_J2DAccessor = outerScope;
      }
    } catch (exception) {
      throw new IllegalArgumentException("Could not resolve node", exception);
    }
  }

  /**
   * Return the element associated with the given expression after the resolver has resolved the
   * expression.
   *
   * @param node the expression to be resolved
   * @param definedElements the elements that are to be defined in the scope in which the element is
   *          being resolved
   * @return the element to which the expression was resolved
   */
  Element _resolveIndexExpression(IndexExpression node, List<Element> definedElements) {
    _resolveNode(node, definedElements);
    return node.staticElement;
  }

  /**
   * Return the element associated with the given identifier after the resolver has resolved the
   * identifier.
   *
   * @param node the expression to be resolved
   * @param definedElements the elements that are to be defined in the scope in which the element is
   *          being resolved
   * @return the element to which the expression was resolved
   */
  void _resolveNode(AstNode node, List<Element> definedElements) {
    try {
      Scope outerScope = _visitor.nameScope_J2DAccessor as Scope;
      try {
        EnclosedScope innerScope = new EnclosedScope(outerScope);
        for (Element element in definedElements) {
          innerScope.define(element);
        }
        _visitor.nameScope_J2DAccessor = innerScope;
        node.accept(_resolver);
      } finally {
        _visitor.nameScope_J2DAccessor = outerScope;
      }
    } catch (exception) {
      throw new IllegalArgumentException("Could not resolve node", exception);
    }
  }

  /**
   * Return the element associated with the label of the given statement after the resolver has
   * resolved the statement.
   *
   * @param statement the statement to be resolved
   * @param labelElement the label element to be defined in the statement's label scope
   * @return the element to which the statement's label was resolved
   */
  void _resolveStatement(Statement statement, LabelElementImpl labelElement) {
    try {
      LabelScope outerScope = _visitor.labelScope_J2DAccessor as LabelScope;
      try {
        LabelScope innerScope;
        if (labelElement == null) {
          innerScope = new LabelScope.con1(outerScope, false, false);
        } else {
          innerScope = new LabelScope.con2(outerScope, labelElement.name, labelElement);
        }
        _visitor.labelScope_J2DAccessor = innerScope;
        statement.accept(_resolver);
      } finally {
        _visitor.labelScope_J2DAccessor = outerScope;
      }
    } catch (exception) {
      throw new IllegalArgumentException("Could not resolve node", exception);
    }
  }

  static dartSuite() {
    _ut.group('ElementResolverTest', () {
      _ut.test('test_lookUpMethodInInterfaces', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_lookUpMethodInInterfaces);
      });
      _ut.test('test_visitAssignmentExpression_compound', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitAssignmentExpression_compound);
      });
      _ut.test('test_visitAssignmentExpression_simple', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitAssignmentExpression_simple);
      });
      _ut.test('test_visitBinaryExpression', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression);
      });
      _ut.test('test_visitBinaryExpression_propagatedElement', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_propagatedElement);
      });
      _ut.test('test_visitBreakStatement_withLabel', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitBreakStatement_withLabel);
      });
      _ut.test('test_visitBreakStatement_withoutLabel', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitBreakStatement_withoutLabel);
      });
      _ut.test('test_visitConstructorName_named', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitConstructorName_named);
      });
      _ut.test('test_visitConstructorName_unnamed', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitConstructorName_unnamed);
      });
      _ut.test('test_visitContinueStatement_withLabel', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitContinueStatement_withLabel);
      });
      _ut.test('test_visitContinueStatement_withoutLabel', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitContinueStatement_withoutLabel);
      });
      _ut.test('test_visitExportDirective_noCombinators', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitExportDirective_noCombinators);
      });
      _ut.test('test_visitFieldFormalParameter', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitFieldFormalParameter);
      });
      _ut.test('test_visitImportDirective_noCombinators_noPrefix', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitImportDirective_noCombinators_noPrefix);
      });
      _ut.test('test_visitImportDirective_noCombinators_prefix', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitImportDirective_noCombinators_prefix);
      });
      _ut.test('test_visitImportDirective_withCombinators', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitImportDirective_withCombinators);
      });
      _ut.test('test_visitIndexExpression_get', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitIndexExpression_get);
      });
      _ut.test('test_visitIndexExpression_set', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitIndexExpression_set);
      });
      _ut.test('test_visitInstanceCreationExpression_named', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitInstanceCreationExpression_named);
      });
      _ut.test('test_visitInstanceCreationExpression_unnamed', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitInstanceCreationExpression_unnamed);
      });
      _ut.test('test_visitInstanceCreationExpression_unnamed_namedParameter', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitInstanceCreationExpression_unnamed_namedParameter);
      });
      _ut.test('test_visitMethodInvocation', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitMethodInvocation);
      });
      _ut.test('test_visitMethodInvocation_namedParameter', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitMethodInvocation_namedParameter);
      });
      _ut.test('test_visitPostfixExpression', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPostfixExpression);
      });
      _ut.test('test_visitPrefixExpression', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPrefixExpression);
      });
      _ut.test('test_visitPrefixedIdentifier_dynamic', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_dynamic);
      });
      _ut.test('test_visitPrefixedIdentifier_nonDynamic', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_nonDynamic);
      });
      _ut.test('test_visitPrefixedIdentifier_staticClassMember_getter', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_staticClassMember_getter);
      });
      _ut.test('test_visitPrefixedIdentifier_staticClassMember_method', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_staticClassMember_method);
      });
      _ut.test('test_visitPrefixedIdentifier_staticClassMember_setter', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_staticClassMember_setter);
      });
      _ut.test('test_visitPropertyAccess_getter_identifier', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPropertyAccess_getter_identifier);
      });
      _ut.test('test_visitPropertyAccess_getter_super', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPropertyAccess_getter_super);
      });
      _ut.test('test_visitPropertyAccess_setter_this', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitPropertyAccess_setter_this);
      });
      _ut.test('test_visitSimpleIdentifier_classScope', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitSimpleIdentifier_classScope);
      });
      _ut.test('test_visitSimpleIdentifier_dynamic', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitSimpleIdentifier_dynamic);
      });
      _ut.test('test_visitSimpleIdentifier_lexicalScope', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitSimpleIdentifier_lexicalScope);
      });
      _ut.test('test_visitSimpleIdentifier_lexicalScope_field_setter', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitSimpleIdentifier_lexicalScope_field_setter);
      });
      _ut.test('test_visitSuperConstructorInvocation', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitSuperConstructorInvocation);
      });
      _ut.test('test_visitSuperConstructorInvocation_namedParameter', () {
        final __test = new ElementResolverTest();
        runJUnitTest(__test, __test.test_visitSuperConstructorInvocation_namedParameter);
      });
    });
  }
}

class EnclosedScopeTest extends ResolverTestCase {
  void test_define_duplicate() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope rootScope = new Scope_EnclosedScopeTest_test_define_duplicate(listener);
    EnclosedScope scope = new EnclosedScope(rootScope);
    VariableElement element1 = ElementFactory.localVariableElement(AstFactory.identifier3("v1"));
    VariableElement element2 = ElementFactory.localVariableElement(AstFactory.identifier3("v1"));
    scope.define(element1);
    scope.define(element2);
    listener.assertErrorsWithSeverities([ErrorSeverity.ERROR]);
  }

  void test_define_normal() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope rootScope = new Scope_EnclosedScopeTest_test_define_normal(listener);
    EnclosedScope outerScope = new EnclosedScope(rootScope);
    EnclosedScope innerScope = new EnclosedScope(outerScope);
    VariableElement element1 = ElementFactory.localVariableElement(AstFactory.identifier3("v1"));
    VariableElement element2 = ElementFactory.localVariableElement(AstFactory.identifier3("v2"));
    outerScope.define(element1);
    innerScope.define(element2);
    listener.assertNoErrors();
  }

  static dartSuite() {
    _ut.group('EnclosedScopeTest', () {
      _ut.test('test_define_duplicate', () {
        final __test = new EnclosedScopeTest();
        runJUnitTest(__test, __test.test_define_duplicate);
      });
      _ut.test('test_define_normal', () {
        final __test = new EnclosedScopeTest();
        runJUnitTest(__test, __test.test_define_normal);
      });
    });
  }
}

class ErrorResolverTest extends ResolverTestCase {
  void test_breakLabelOnSwitchMember() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m(int i) {",
        "    switch (i) {",
        "      l: case 0:",
        "        break;",
        "      case 1:",
        "        break l;",
        "    }",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [ResolverErrorCode.BREAK_LABEL_ON_SWITCH_MEMBER]);
    verify([source]);
  }

  void test_continueLabelOnSwitch() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m(int i) {",
        "    l: switch (i) {",
        "      case 0:",
        "        continue l;",
        "    }",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [ResolverErrorCode.CONTINUE_LABEL_ON_SWITCH]);
    verify([source]);
  }

  static dartSuite() {
    _ut.group('ErrorResolverTest', () {
      _ut.test('test_breakLabelOnSwitchMember', () {
        final __test = new ErrorResolverTest();
        runJUnitTest(__test, __test.test_breakLabelOnSwitchMember);
      });
      _ut.test('test_continueLabelOnSwitch', () {
        final __test = new ErrorResolverTest();
        runJUnitTest(__test, __test.test_continueLabelOnSwitch);
      });
    });
  }
}

class HintCodeTest extends ResolverTestCase {
  void fail_deadCode_statementAfterRehrow() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  try {",
        "    var one = 1;",
        "  } catch (e) {",
        "    rethrow;",
        "    var two = 2;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void fail_deadCode_statementAfterThrow() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var one = 1;",
        "  throw 'Stop here';",
        "  var two = 2;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void fail_isInt() {
    Source source = addSource(EngineTestCase.createSource(["var v = 1 is int;"]));
    resolve(source);
    assertErrors(source, [HintCode.IS_INT]);
    verify([source]);
  }

  void fail_isNotInt() {
    Source source = addSource(EngineTestCase.createSource(["var v = 1 is! int;"]));
    resolve(source);
    assertErrors(source, [HintCode.IS_NOT_INT]);
    verify([source]);
  }

  void fail_overrideEqualsButNotHashCode() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  bool operator ==(x) {}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.OVERRIDE_EQUALS_BUT_NOT_HASH_CODE]);
    verify([source]);
  }

  void fail_unusedImport_as_equalPrefixes() {
    // See todo at ImportsVerifier.prefixElementMap.
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart' as one;",
        "import 'lib2.dart' as one;",
        "one.A a;"]));
    Source source2 = addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    Source source3 = addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class B {}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNUSED_IMPORT]);
    assertNoErrors(source2);
    assertNoErrors(source3);
    verify([source, source2, source3]);
  }

  void test_argumentTypeNotAssignable_functionType() {
    Source source = addSource(EngineTestCase.createSource([
        "m() {",
        "  var a = new A();",
        "  a.n(() => 0);",
        "}",
        "class A {",
        "  n(void f(int i)) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_message() {
    // The implementation of HintCode.ARGUMENT_TYPE_NOT_ASSIGNABLE assumes that
    // StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE has the same message.
    JUnitTestCase.assertEquals(HintCode.ARGUMENT_TYPE_NOT_ASSIGNABLE.message, StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE.message);
  }

  void test_argumentTypeNotAssignable_type() {
    Source source = addSource(EngineTestCase.createSource(["m() {", "  var i = '';", "  n(i);", "}", "n(int i) {}"]));
    resolve(source);
    assertErrors(source, [HintCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_conditionalElse() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  true ? 1 : 2;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_conditionalElse_nested() {
    // test that a dead else-statement can't generate additional violations
    Source source = addSource(EngineTestCase.createSource(["f() {", "  true ? true : false && false;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_conditionalIf() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  false ? 1 : 2;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_conditionalIf_nested() {
    // test that a dead then-statement can't generate additional violations
    Source source = addSource(EngineTestCase.createSource(["f() {", "  false ? false && false : true;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_else() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  if(true) {} else {}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_else_nested() {
    // test that a dead else-statement can't generate additional violations
    Source source = addSource(EngineTestCase.createSource(["f() {", "  if(true) {} else {if (false) {}}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_if() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  if(false) {}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_if_nested() {
    // test that a dead then-statement can't generate additional violations
    Source source = addSource(EngineTestCase.createSource(["f() {", "  if(false) {if(false) {}}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_while() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  while(false) {}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadBlock_while_nested() {
    // test that a dead while body can't generate additional violations
    Source source = addSource(EngineTestCase.createSource(["f() {", "  while(false) {if(false) {}}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadCatch_catchFollowingCatch() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f() {",
        "  try {} catch (e) {} catch (e) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE_CATCH_FOLLOWING_CATCH]);
    verify([source]);
  }

  void test_deadCode_deadCatch_catchFollowingCatch_nested() {
    // test that a dead catch clause can't generate additional violations
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f() {",
        "  try {} catch (e) {} catch (e) {if(false) {}}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE_CATCH_FOLLOWING_CATCH]);
    verify([source]);
  }

  void test_deadCode_deadCatch_catchFollowingCatch_object() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  try {} on Object catch (e) {} catch (e) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE_CATCH_FOLLOWING_CATCH]);
    verify([source]);
  }

  void test_deadCode_deadCatch_catchFollowingCatch_object_nested() {
    // test that a dead catch clause can't generate additional violations
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  try {} on Object catch (e) {} catch (e) {if(false) {}}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE_CATCH_FOLLOWING_CATCH]);
    verify([source]);
  }

  void test_deadCode_deadCatch_onCatchSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "f() {",
        "  try {} on A catch (e) {} on B catch (e) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE_ON_CATCH_SUBTYPE]);
    verify([source]);
  }

  void test_deadCode_deadCatch_onCatchSubtype_nested() {
    // test that a dead catch clause can't generate additional violations
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "f() {",
        "  try {} on A catch (e) {} on B catch (e) {if(false) {}}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE_ON_CATCH_SUBTYPE]);
    verify([source]);
  }

  void test_deadCode_deadOperandLHS_and() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  bool b = false && false;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadOperandLHS_and_nested() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  bool b = false && (false && false);", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadOperandLHS_or() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  bool b = true || true;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_deadOperandLHS_or_nested() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  bool b = true || (false && false);", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterBreak_inDefaultCase() {
    Source source = addSource(EngineTestCase.createSource([
        "f(v) {",
        "  switch(v) {",
        "    case 1:",
        "    default:",
        "      break;",
        "      var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterBreak_inForEachStatement() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var list;",
        "  for(var l in list) {",
        "    break;",
        "    var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterBreak_inForStatement() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  for(;;) {",
        "    break;",
        "    var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterBreak_inSwitchCase() {
    Source source = addSource(EngineTestCase.createSource([
        "f(v) {",
        "  switch(v) {",
        "    case 1:",
        "      break;",
        "      var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterBreak_inWhileStatement() {
    Source source = addSource(EngineTestCase.createSource([
        "f(v) {",
        "  while(v) {",
        "    break;",
        "    var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterContinue_inForEachStatement() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var list;",
        "  for(var l in list) {",
        "    continue;",
        "    var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterContinue_inForStatement() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  for(;;) {",
        "    continue;",
        "    var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterContinue_inWhileStatement() {
    Source source = addSource(EngineTestCase.createSource([
        "f(v) {",
        "  while(v) {",
        "    continue;",
        "    var a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterReturn_function() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var one = 1;",
        "  return;",
        "  var two = 2;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterReturn_ifStatement() {
    Source source = addSource(EngineTestCase.createSource([
        "f(bool b) {",
        "  if(b) {",
        "    var one = 1;",
        "    return;",
        "    var two = 2;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterReturn_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {",
        "    var one = 1;",
        "    return;",
        "    var two = 2;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterReturn_nested() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var one = 1;",
        "  return;",
        "  if(false) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deadCode_statementAfterReturn_twoReturns() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var one = 1;",
        "  return;",
        "  var two = 2;",
        "  return;",
        "  var three = 3;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_assignment() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  A operator+(A a) { return a; }",
        "}",
        "f(A a) {",
        "  A b;",
        "  a += b;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_deprecated() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  m() {}",
        "  n() {m();}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_Deprecated() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @Deprecated('0.9')",
        "  m() {}",
        "  n() {m();}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_export() {
    Source source = addSource(EngineTestCase.createSource(["export 'deprecated_library.dart';"]));
    addNamedSource("/deprecated_library.dart", EngineTestCase.createSource([
        "@deprecated",
        "library deprecated_library;",
        "class A {}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  get m => 1;",
        "}",
        "f(A a) {",
        "  return a.m;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_import() {
    Source source = addSource(EngineTestCase.createSource(["import 'deprecated_library.dart';", "f(A a) {}"]));
    addNamedSource("/deprecated_library.dart", EngineTestCase.createSource([
        "@deprecated",
        "library deprecated_library;",
        "class A {}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_indexExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  operator[](int i) {}",
        "}",
        "f(A a) {",
        "  return a[1];",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_instanceCreation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  A(int i) {}",
        "}",
        "f() {",
        "  A a = new A(1);",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_instanceCreation_namedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  A.named(int i) {}",
        "}",
        "f() {",
        "  A a = new A.named(1);",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_operator() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  operator+(A a) {}",
        "}",
        "f(A a) {",
        "  A b;",
        "  return a + b;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  set s(v) {}",
        "}",
        "f(A a) {",
        "  return a.s = 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_superConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  A() {}",
        "}",
        "class B extends A {",
        "  B() : super() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_deprecatedAnnotationUse_superConstructor_namedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  @deprecated",
        "  A.named() {}",
        "}",
        "class B extends A {",
        "  B() : super.named() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEPRECATED_MEMBER_USE]);
    verify([source]);
  }

  void test_divisionOptimization_double() {
    Source source = addSource(EngineTestCase.createSource([
        "f(double x, double y) {",
        "  var v = (x / y).toInt();",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DIVISION_OPTIMIZATION]);
    verify([source]);
  }

  void test_divisionOptimization_int() {
    Source source = addSource(EngineTestCase.createSource(["f(int x, int y) {", "  var v = (x / y).toInt();", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DIVISION_OPTIMIZATION]);
    verify([source]);
  }

  void test_divisionOptimization_propagatedType() {
    // Tests the propagated type information of the '/' method
    Source source = addSource(EngineTestCase.createSource([
        "f(x, y) {",
        "  x = 1;",
        "  y = 1;",
        "  var v = (x / y).toInt();",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DIVISION_OPTIMIZATION]);
    verify([source]);
  }

  void test_divisionOptimization_wrappedBinaryExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int x, int y) {",
        "  var v = (((x / y))).toInt();",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DIVISION_OPTIMIZATION]);
    verify([source]);
  }

  void test_duplicateImport() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib1.dart';",
        "A a;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    resolve(source);
    assertErrors(source, [HintCode.DUPLICATE_IMPORT]);
    verify([source]);
  }

  void test_duplicateImport2() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib1.dart';",
        "import 'lib1.dart';",
        "A a;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    resolve(source);
    assertErrors(source, [HintCode.DUPLICATE_IMPORT, HintCode.DUPLICATE_IMPORT]);
    verify([source]);
  }

  void test_duplicateImport3() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart' as M show A hide B;",
        "import 'lib1.dart' as M show A hide B;",
        "M.A a;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}", "class B {}"]));
    resolve(source);
    assertErrors(source, [HintCode.DUPLICATE_IMPORT]);
    verify([source]);
  }

  void test_importDeferredLibraryWithLoadFunction() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "loadLibrary() {}", "f() {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as lib1;",
        "main() { lib1.f(); }"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [HintCode.IMPORT_DEFERRED_LIBRARY_WITH_LOAD_FUNCTION]);
  }

  void test_invalidAssignment_instanceVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "}",
        "f(var y) {",
        "  A a;",
        "  if(y is String) {",
        "    a.x = y;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_localVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "f(var y) {",
        "  if(y is String) {",
        "    int x = y;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_message() {
    // The implementation of HintCode.INVALID_ASSIGNMENT assumes that
    // StaticTypeWarningCode.INVALID_ASSIGNMENT has the same message.
    JUnitTestCase.assertEquals(HintCode.INVALID_ASSIGNMENT.message, StaticTypeWarningCode.INVALID_ASSIGNMENT.message);
  }

  void test_invalidAssignment_staticVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int x;",
        "}",
        "f(var y) {",
        "  if(y is String) {",
        "    A.x = y;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_variableDeclaration() {
    // 17971
    Source source = addSource(EngineTestCase.createSource([
        "class Point {",
        "  final num x, y;",
        "  Point(this.x, this.y);",
        "  Point operator +(Point other) {",
        "    return new Point(x+other.x, y+other.y);",
        "  }",
        "}",
        "main() {",
        "  var p1 = new Point(0, 0);",
        "  var p2 = new Point(10, 10);",
        "  int n = p1 + p2;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_isDouble() {
    Source source = addSource(EngineTestCase.createSource(["var v = 1 is double;"]));
    resolve(source);
    assertErrors(source, [HintCode.IS_DOUBLE]);
    verify([source]);
  }

  void test_isNotDouble() {
    Source source = addSource(EngineTestCase.createSource(["var v = 1 is! double;"]));
    resolve(source);
    assertErrors(source, [HintCode.IS_NOT_DOUBLE]);
    verify([source]);
  }

  void test_missingReturn_function() {
    Source source = addSource(EngineTestCase.createSource(["int f() {}"]));
    resolve(source);
    assertErrors(source, [HintCode.MISSING_RETURN]);
    verify([source]);
  }

  void test_missingReturn_method() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int m() {}", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.MISSING_RETURN]);
    verify([source]);
  }

  void test_overrideOnNonOverridingGetter_invalid() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "}",
        "class B extends A {",
        "  @override",
        "  int get m => 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.OVERRIDE_ON_NON_OVERRIDING_GETTER]);
    verify([source]);
  }

  void test_overrideOnNonOverridingMethod_invalid() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "}",
        "class B extends A {",
        "  @override",
        "  int m() => 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.OVERRIDE_ON_NON_OVERRIDING_METHOD]);
    verify([source]);
  }

  void test_overrideOnNonOverridingSetter_invalid() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "}",
        "class B extends A {",
        "  @override",
        "  set m(int x) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.OVERRIDE_ON_NON_OVERRIDING_SETTER]);
    verify([source]);
  }

  void test_typeCheck_type_is_Null() {
    Source source = addSource(EngineTestCase.createSource(["m(i) {", "  bool b = i is Null;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.TYPE_CHECK_IS_NULL]);
    verify([source]);
  }

  void test_typeCheck_type_not_Null() {
    Source source = addSource(EngineTestCase.createSource(["m(i) {", "  bool b = i is! Null;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.TYPE_CHECK_IS_NOT_NULL]);
    verify([source]);
  }

  void test_undefinedGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    return a.m;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_GETTER]);
  }

  void test_undefinedGetter_message() {
    // The implementation of HintCode.UNDEFINED_SETTER assumes that UNDEFINED_SETTER in
    // StaticTypeWarningCode and StaticWarningCode are the same, this verifies that assumption.
    JUnitTestCase.assertEquals(StaticTypeWarningCode.UNDEFINED_GETTER.message, StaticWarningCode.UNDEFINED_GETTER.message);
  }

  void test_undefinedMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var a = 'str';",
        "  a.notAMethodOnString();",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_METHOD]);
  }

  void test_undefinedMethod_assignmentExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {",
        "  f(var a, var a2) {",
        "    a = new A();",
        "    a2 = new A();",
        "    a += a2;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_METHOD]);
  }

  void test_undefinedOperator_binaryExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    a + 1;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_indexBoth() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    a[0]++;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_indexGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    a[0];",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_indexSetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    a[0] = 1;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_postfixExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    a++;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_prefixExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    ++a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedSetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "f(var a) {",
        "  if(a is A) {",
        "    a.m = 0;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNDEFINED_SETTER]);
  }

  void test_undefinedSetter_message() {
    // The implementation of HintCode.UNDEFINED_SETTER assumes that UNDEFINED_SETTER in
    // StaticTypeWarningCode and StaticWarningCode are the same, this verifies that assumption.
    JUnitTestCase.assertEquals(StaticTypeWarningCode.UNDEFINED_SETTER.message, StaticWarningCode.UNDEFINED_SETTER.message);
  }

  void test_unnecessaryCast_type_supertype() {
    Source source = addSource(EngineTestCase.createSource(["m(int i) {", "  var b = i as Object;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_CAST]);
    verify([source]);
  }

  void test_unnecessaryCast_type_type() {
    Source source = addSource(EngineTestCase.createSource(["m(num i) {", "  var b = i as num;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_CAST]);
    verify([source]);
  }

  void test_unnecessaryTypeCheck_null_is_Null() {
    Source source = addSource(EngineTestCase.createSource(["bool b = null is Null;"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_TYPE_CHECK_TRUE]);
    verify([source]);
  }

  void test_unnecessaryTypeCheck_null_not_Null() {
    Source source = addSource(EngineTestCase.createSource(["bool b = null is! Null;"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_TYPE_CHECK_FALSE]);
    verify([source]);
  }

  void test_unnecessaryTypeCheck_type_is_dynamic() {
    Source source = addSource(EngineTestCase.createSource(["m(i) {", "  bool b = i is dynamic;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_TYPE_CHECK_TRUE]);
    verify([source]);
  }

  void test_unnecessaryTypeCheck_type_is_object() {
    Source source = addSource(EngineTestCase.createSource(["m(i) {", "  bool b = i is Object;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_TYPE_CHECK_TRUE]);
    verify([source]);
  }

  void test_unnecessaryTypeCheck_type_not_dynamic() {
    Source source = addSource(EngineTestCase.createSource(["m(i) {", "  bool b = i is! dynamic;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_TYPE_CHECK_FALSE]);
    verify([source]);
  }

  void test_unnecessaryTypeCheck_type_not_object() {
    Source source = addSource(EngineTestCase.createSource(["m(i) {", "  bool b = i is! Object;", "}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNNECESSARY_TYPE_CHECK_FALSE]);
    verify([source]);
  }

  void test_unusedImport() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "import 'lib1.dart';"]));
    Source source2 = addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;"]));
    resolve(source);
    assertErrors(source, [HintCode.UNUSED_IMPORT]);
    assertNoErrors(source2);
    verify([source, source2]);
  }

  void test_unusedImport_as() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib1.dart' as one;",
        "one.A a;"]));
    Source source2 = addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNUSED_IMPORT]);
    assertNoErrors(source2);
    verify([source, source2]);
  }

  void test_unusedImport_hide() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib1.dart' hide A;",
        "A a;"]));
    Source source2 = addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNUSED_IMPORT]);
    assertNoErrors(source2);
    verify([source, source2]);
  }

  void test_unusedImport_show() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart' show A;",
        "import 'lib1.dart' show B;",
        "A a;"]));
    Source source2 = addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}", "class B {}"]));
    resolve(source);
    assertErrors(source, [HintCode.UNUSED_IMPORT]);
    assertNoErrors(source2);
    verify([source, source2]);
  }

  void test_useOfVoidResult_assignmentExpression_function() {
    Source source = addSource(EngineTestCase.createSource([
        "void f() {}",
        "class A {",
        "  n() {",
        "    var a;",
        "    a = f();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.USE_OF_VOID_RESULT]);
    verify([source]);
  }

  void test_useOfVoidResult_assignmentExpression_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m() {}",
        "  n() {",
        "    var a;",
        "    a = m();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.USE_OF_VOID_RESULT]);
    verify([source]);
  }

  void test_useOfVoidResult_inForLoop() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m() {}",
        "  n() {",
        "    for(var a = m();;) {}",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.USE_OF_VOID_RESULT]);
    verify([source]);
  }

  void test_useOfVoidResult_variableDeclaration_function() {
    Source source = addSource(EngineTestCase.createSource([
        "void f() {}",
        "class A {",
        "  n() {",
        "    var a = f();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.USE_OF_VOID_RESULT]);
    verify([source]);
  }

  void test_useOfVoidResult_variableDeclaration_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m() {}",
        "  n() {",
        "    var a = m();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.USE_OF_VOID_RESULT]);
    verify([source]);
  }

  void test_useOfVoidResult_variableDeclaration_method2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m() {}",
        "  n() {",
        "    var a = m(), b = m();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.USE_OF_VOID_RESULT, HintCode.USE_OF_VOID_RESULT]);
    verify([source]);
  }

  static dartSuite() {
    _ut.group('HintCodeTest', () {
      _ut.test('test_argumentTypeNotAssignable_functionType', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_functionType);
      });
      _ut.test('test_argumentTypeNotAssignable_message', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_message);
      });
      _ut.test('test_argumentTypeNotAssignable_type', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_type);
      });
      _ut.test('test_deadCode_deadBlock_conditionalElse', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_conditionalElse);
      });
      _ut.test('test_deadCode_deadBlock_conditionalElse_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_conditionalElse_nested);
      });
      _ut.test('test_deadCode_deadBlock_conditionalIf', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_conditionalIf);
      });
      _ut.test('test_deadCode_deadBlock_conditionalIf_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_conditionalIf_nested);
      });
      _ut.test('test_deadCode_deadBlock_else', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_else);
      });
      _ut.test('test_deadCode_deadBlock_else_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_else_nested);
      });
      _ut.test('test_deadCode_deadBlock_if', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_if);
      });
      _ut.test('test_deadCode_deadBlock_if_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_if_nested);
      });
      _ut.test('test_deadCode_deadBlock_while', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_while);
      });
      _ut.test('test_deadCode_deadBlock_while_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_while_nested);
      });
      _ut.test('test_deadCode_deadCatch_catchFollowingCatch', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadCatch_catchFollowingCatch);
      });
      _ut.test('test_deadCode_deadCatch_catchFollowingCatch_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadCatch_catchFollowingCatch_nested);
      });
      _ut.test('test_deadCode_deadCatch_catchFollowingCatch_object', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadCatch_catchFollowingCatch_object);
      });
      _ut.test('test_deadCode_deadCatch_catchFollowingCatch_object_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadCatch_catchFollowingCatch_object_nested);
      });
      _ut.test('test_deadCode_deadCatch_onCatchSubtype', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadCatch_onCatchSubtype);
      });
      _ut.test('test_deadCode_deadCatch_onCatchSubtype_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadCatch_onCatchSubtype_nested);
      });
      _ut.test('test_deadCode_deadOperandLHS_and', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadOperandLHS_and);
      });
      _ut.test('test_deadCode_deadOperandLHS_and_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadOperandLHS_and_nested);
      });
      _ut.test('test_deadCode_deadOperandLHS_or', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadOperandLHS_or);
      });
      _ut.test('test_deadCode_deadOperandLHS_or_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadOperandLHS_or_nested);
      });
      _ut.test('test_deadCode_statementAfterBreak_inDefaultCase', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterBreak_inDefaultCase);
      });
      _ut.test('test_deadCode_statementAfterBreak_inForEachStatement', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterBreak_inForEachStatement);
      });
      _ut.test('test_deadCode_statementAfterBreak_inForStatement', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterBreak_inForStatement);
      });
      _ut.test('test_deadCode_statementAfterBreak_inSwitchCase', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterBreak_inSwitchCase);
      });
      _ut.test('test_deadCode_statementAfterBreak_inWhileStatement', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterBreak_inWhileStatement);
      });
      _ut.test('test_deadCode_statementAfterContinue_inForEachStatement', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterContinue_inForEachStatement);
      });
      _ut.test('test_deadCode_statementAfterContinue_inForStatement', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterContinue_inForStatement);
      });
      _ut.test('test_deadCode_statementAfterContinue_inWhileStatement', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterContinue_inWhileStatement);
      });
      _ut.test('test_deadCode_statementAfterReturn_function', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterReturn_function);
      });
      _ut.test('test_deadCode_statementAfterReturn_ifStatement', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterReturn_ifStatement);
      });
      _ut.test('test_deadCode_statementAfterReturn_method', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterReturn_method);
      });
      _ut.test('test_deadCode_statementAfterReturn_nested', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterReturn_nested);
      });
      _ut.test('test_deadCode_statementAfterReturn_twoReturns', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_statementAfterReturn_twoReturns);
      });
      _ut.test('test_deprecatedAnnotationUse_Deprecated', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_Deprecated);
      });
      _ut.test('test_deprecatedAnnotationUse_assignment', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_assignment);
      });
      _ut.test('test_deprecatedAnnotationUse_deprecated', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_deprecated);
      });
      _ut.test('test_deprecatedAnnotationUse_export', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_export);
      });
      _ut.test('test_deprecatedAnnotationUse_getter', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_getter);
      });
      _ut.test('test_deprecatedAnnotationUse_import', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_import);
      });
      _ut.test('test_deprecatedAnnotationUse_indexExpression', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_indexExpression);
      });
      _ut.test('test_deprecatedAnnotationUse_instanceCreation', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_instanceCreation);
      });
      _ut.test('test_deprecatedAnnotationUse_instanceCreation_namedConstructor', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_instanceCreation_namedConstructor);
      });
      _ut.test('test_deprecatedAnnotationUse_operator', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_operator);
      });
      _ut.test('test_deprecatedAnnotationUse_setter', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_setter);
      });
      _ut.test('test_deprecatedAnnotationUse_superConstructor', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_superConstructor);
      });
      _ut.test('test_deprecatedAnnotationUse_superConstructor_namedConstructor', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_deprecatedAnnotationUse_superConstructor_namedConstructor);
      });
      _ut.test('test_divisionOptimization_double', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_divisionOptimization_double);
      });
      _ut.test('test_divisionOptimization_int', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_divisionOptimization_int);
      });
      _ut.test('test_divisionOptimization_propagatedType', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_divisionOptimization_propagatedType);
      });
      _ut.test('test_divisionOptimization_wrappedBinaryExpression', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_divisionOptimization_wrappedBinaryExpression);
      });
      _ut.test('test_duplicateImport', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_duplicateImport);
      });
      _ut.test('test_duplicateImport2', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_duplicateImport2);
      });
      _ut.test('test_duplicateImport3', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_duplicateImport3);
      });
      _ut.test('test_importDeferredLibraryWithLoadFunction', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_importDeferredLibraryWithLoadFunction);
      });
      _ut.test('test_invalidAssignment_instanceVariable', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_instanceVariable);
      });
      _ut.test('test_invalidAssignment_localVariable', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_localVariable);
      });
      _ut.test('test_invalidAssignment_message', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_message);
      });
      _ut.test('test_invalidAssignment_staticVariable', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_staticVariable);
      });
      _ut.test('test_invalidAssignment_variableDeclaration', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_variableDeclaration);
      });
      _ut.test('test_isDouble', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_isDouble);
      });
      _ut.test('test_isNotDouble', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_isNotDouble);
      });
      _ut.test('test_missingReturn_function', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_missingReturn_function);
      });
      _ut.test('test_missingReturn_method', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_missingReturn_method);
      });
      _ut.test('test_overrideOnNonOverridingGetter_invalid', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingGetter_invalid);
      });
      _ut.test('test_overrideOnNonOverridingMethod_invalid', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingMethod_invalid);
      });
      _ut.test('test_overrideOnNonOverridingSetter_invalid', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingSetter_invalid);
      });
      _ut.test('test_typeCheck_type_is_Null', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_typeCheck_type_is_Null);
      });
      _ut.test('test_typeCheck_type_not_Null', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_typeCheck_type_not_Null);
      });
      _ut.test('test_undefinedGetter', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter);
      });
      _ut.test('test_undefinedGetter_message', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_message);
      });
      _ut.test('test_undefinedMethod', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod);
      });
      _ut.test('test_undefinedMethod_assignmentExpression', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod_assignmentExpression);
      });
      _ut.test('test_undefinedOperator_binaryExpression', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_binaryExpression);
      });
      _ut.test('test_undefinedOperator_indexBoth', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexBoth);
      });
      _ut.test('test_undefinedOperator_indexGetter', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexGetter);
      });
      _ut.test('test_undefinedOperator_indexSetter', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexSetter);
      });
      _ut.test('test_undefinedOperator_postfixExpression', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_postfixExpression);
      });
      _ut.test('test_undefinedOperator_prefixExpression', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_prefixExpression);
      });
      _ut.test('test_undefinedSetter', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedSetter);
      });
      _ut.test('test_undefinedSetter_message', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_undefinedSetter_message);
      });
      _ut.test('test_unnecessaryCast_type_supertype', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryCast_type_supertype);
      });
      _ut.test('test_unnecessaryCast_type_type', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryCast_type_type);
      });
      _ut.test('test_unnecessaryTypeCheck_null_is_Null', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryTypeCheck_null_is_Null);
      });
      _ut.test('test_unnecessaryTypeCheck_null_not_Null', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryTypeCheck_null_not_Null);
      });
      _ut.test('test_unnecessaryTypeCheck_type_is_dynamic', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryTypeCheck_type_is_dynamic);
      });
      _ut.test('test_unnecessaryTypeCheck_type_is_object', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryTypeCheck_type_is_object);
      });
      _ut.test('test_unnecessaryTypeCheck_type_not_dynamic', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryTypeCheck_type_not_dynamic);
      });
      _ut.test('test_unnecessaryTypeCheck_type_not_object', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryTypeCheck_type_not_object);
      });
      _ut.test('test_unusedImport', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport);
      });
      _ut.test('test_unusedImport_as', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_as);
      });
      _ut.test('test_unusedImport_hide', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_hide);
      });
      _ut.test('test_unusedImport_show', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_show);
      });
      _ut.test('test_useOfVoidResult_assignmentExpression_function', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_assignmentExpression_function);
      });
      _ut.test('test_useOfVoidResult_assignmentExpression_method', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_assignmentExpression_method);
      });
      _ut.test('test_useOfVoidResult_inForLoop', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_inForLoop);
      });
      _ut.test('test_useOfVoidResult_variableDeclaration_function', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_variableDeclaration_function);
      });
      _ut.test('test_useOfVoidResult_variableDeclaration_method', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_variableDeclaration_method);
      });
      _ut.test('test_useOfVoidResult_variableDeclaration_method2', () {
        final __test = new HintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_variableDeclaration_method2);
      });
    });
  }
}

class IncrementalResolverTest extends ResolverTestCase {
  void test_resolve() {
    MethodDeclaration method = _resolveMethod(EngineTestCase.createSource([
        "class C {",
        "  int m(int a) {",
        "    return a + a;",
        "  }",
        "}"]));
    BlockFunctionBody body = method.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[0] as ReturnStatement;
    BinaryExpression expression = statement.expression as BinaryExpression;
    SimpleIdentifier left = expression.leftOperand as SimpleIdentifier;
    Element leftElement = left.staticElement;
    SimpleIdentifier right = expression.rightOperand as SimpleIdentifier;
    Element rightElement = right.staticElement;
    JUnitTestCase.assertNotNull(leftElement);
    JUnitTestCase.assertSame(leftElement, rightElement);
  }

  MethodDeclaration _resolveMethod(String content) {
    Source source = addSource(content);
    LibraryElement library = resolve(source);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classNode = unit.declarations[0] as ClassDeclaration;
    MethodDeclaration method = classNode.members[0] as MethodDeclaration;
    method.body.accept(new ResolutionEraser());
    GatheringErrorListener errorListener = new GatheringErrorListener();
    IncrementalResolver resolver = new IncrementalResolver(library, source, typeProvider, errorListener);
    resolver.resolve(method.body);
    return method;
  }

  static dartSuite() {
    _ut.group('IncrementalResolverTest', () {
      _ut.test('test_resolve', () {
        final __test = new IncrementalResolverTest();
        runJUnitTest(__test, __test.test_resolve);
      });
    });
  }
}

class InheritanceManagerTest extends EngineTestCase {
  /**
   * The type provider used to access the types.
   */
  TestTypeProvider _typeProvider;

  /**
   * The library containing the code being resolved.
   */
  LibraryElementImpl _definingLibrary;

  /**
   * The inheritance manager being tested.
   */
  InheritanceManager _inheritanceManager;

  /**
   * The number of members that Object implements (as determined by [TestTypeProvider]).
   */
  int _numOfMembersInObject = 0;

  @override
  void setUp() {
    _typeProvider = new TestTypeProvider();
    _inheritanceManager = _createInheritanceManager();
    InterfaceType objectType = _typeProvider.objectType;
    _numOfMembersInObject = objectType.methods.length + objectType.accessors.length;
  }

  void test_getMapOfMembersInheritedFromClasses_accessor_extends() {
    // class A { int get g; }
    // class B extends A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromClasses(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromClasses(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(getterG, mapB.get(getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromClasses_accessor_implements() {
    // class A { int get g; }
    // class B implements A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromClasses(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromClasses(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapB.size);
    JUnitTestCase.assertNull(mapB.get(getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromClasses_accessor_with() {
    // class A { int get g; }
    // class B extends Object with A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromClasses(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromClasses(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(getterG, mapB.get(getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromClasses_implicitExtends() {
    // class A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromClasses(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromClasses_method_extends() {
    // class A { int g(); }
    // class B extends A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.supertype = classA.type;
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromClasses(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromClasses(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(methodM, mapB.get(methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromClasses_method_implements() {
    // class A { int g(); }
    // class B implements A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromClasses(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromClasses(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapB.size);
    JUnitTestCase.assertNull(mapB.get(methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromClasses_method_with() {
    // class A { int g(); }
    // class B extends Object with A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromClasses(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromClasses(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(methodM, mapB.get(methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromInterfaces_accessor_extends() {
    // class A { int get g; }
    // class B extends A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(getterG, mapB.get(getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromInterfaces_accessor_implements() {
    // class A { int get g; }
    // class B implements A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(getterG, mapB.get(getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromInterfaces_accessor_with() {
    // class A { int get g; }
    // class B extends Object with A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(getterG, mapB.get(getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromInterfaces_implicitExtends() {
    // class A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_getter_method() {
    // class I1 { int m(); }
    // class I2 { int get m; }
    // class A implements I2, I1 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classI1.methods = <MethodElement> [methodM];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    PropertyAccessorElement getter = ElementFactory.getterElement(methodName, false, _typeProvider.intType);
    classI2.accessors = <PropertyAccessorElement> [getter];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI2.type, classI1.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertNull(mapA.get(methodName));
    _assertErrors(classA, [StaticWarningCode.INCONSISTENT_METHOD_INHERITANCE_GETTER_AND_METHOD]);
  }

  void test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_int_str() {
    // class I1 { int m(); }
    // class I2 { String m(); }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElement methodM1 = ElementFactory.methodElement(methodName, null, [_typeProvider.intType]);
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElement methodM2 = ElementFactory.methodElement(methodName, null, [_typeProvider.stringType]);
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertNull(mapA.get(methodName));
    _assertErrors(classA, [StaticTypeWarningCode.INCONSISTENT_METHOD_INHERITANCE]);
  }

  void test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_method_getter() {
    // class I1 { int m(); }
    // class I2 { int get m; }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classI1.methods = <MethodElement> [methodM];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    PropertyAccessorElement getter = ElementFactory.getterElement(methodName, false, _typeProvider.intType);
    classI2.accessors = <PropertyAccessorElement> [getter];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertNull(mapA.get(methodName));
    _assertErrors(classA, [StaticWarningCode.INCONSISTENT_METHOD_INHERITANCE_GETTER_AND_METHOD]);
  }

  void test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_numOfRequiredParams() {
    // class I1 { dynamic m(int, [int]); }
    // class I2 { dynamic m(int, int, int); }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElementImpl methodM1 = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, []);
    ParameterElementImpl parameter1 = new ParameterElementImpl.forNode(AstFactory.identifier3("a1"));
    parameter1.type = _typeProvider.intType;
    parameter1.parameterKind = ParameterKind.REQUIRED;
    ParameterElementImpl parameter2 = new ParameterElementImpl.forNode(AstFactory.identifier3("a2"));
    parameter2.type = _typeProvider.intType;
    parameter2.parameterKind = ParameterKind.POSITIONAL;
    methodM1.parameters = <ParameterElement> [parameter1, parameter2];
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElementImpl methodM2 = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, []);
    ParameterElementImpl parameter3 = new ParameterElementImpl.forNode(AstFactory.identifier3("a3"));
    parameter3.type = _typeProvider.intType;
    parameter3.parameterKind = ParameterKind.REQUIRED;
    ParameterElementImpl parameter4 = new ParameterElementImpl.forNode(AstFactory.identifier3("a4"));
    parameter4.type = _typeProvider.intType;
    parameter4.parameterKind = ParameterKind.REQUIRED;
    ParameterElementImpl parameter5 = new ParameterElementImpl.forNode(AstFactory.identifier3("a5"));
    parameter5.type = _typeProvider.intType;
    parameter5.parameterKind = ParameterKind.REQUIRED;
    methodM2.parameters = <ParameterElement> [parameter3, parameter4, parameter5];
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertNull(mapA.get(methodName));
    _assertErrors(classA, [StaticTypeWarningCode.INCONSISTENT_METHOD_INHERITANCE]);
  }

  void test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_str_int() {
    // class I1 { int m(); }
    // class I2 { String m(); }
    // class A implements I2, I1 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElement methodM1 = ElementFactory.methodElement(methodName, null, [_typeProvider.stringType]);
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElement methodM2 = ElementFactory.methodElement(methodName, null, [_typeProvider.intType]);
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI2.type, classI1.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertNull(mapA.get(methodName));
    _assertErrors(classA, [StaticTypeWarningCode.INCONSISTENT_METHOD_INHERITANCE]);
  }

  void test_getMapOfMembersInheritedFromInterfaces_method_extends() {
    // class A { int g(); }
    // class B extends A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(methodM, mapB.get(methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromInterfaces_method_implements() {
    // class A { int g(); }
    // class B implements A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(methodM, mapB.get(methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromInterfaces_method_with() {
    // class A { int g(); }
    // class B extends Object with A {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    MemberMap mapB = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classB);
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject, mapA.size);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapB.size);
    JUnitTestCase.assertSame(methodM, mapB.get(methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_differentNames() {
    // class I1 { int m1(); }
    // class I2 { int m2(); }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName1 = "m1";
    MethodElement methodM1 = ElementFactory.methodElement(methodName1, _typeProvider.intType, []);
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    String methodName2 = "m2";
    MethodElement methodM2 = ElementFactory.methodElement(methodName2, _typeProvider.intType, []);
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 2, mapA.size);
    JUnitTestCase.assertSame(methodM1, mapA.get(methodName1));
    JUnitTestCase.assertSame(methodM2, mapA.get(methodName2));
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_getters() {
    // class I1 { int get g; }
    // class I2 { num get g; }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String accessorName = "g";
    PropertyAccessorElement getter1 = ElementFactory.getterElement(accessorName, false, _typeProvider.intType);
    classI1.accessors = <PropertyAccessorElement> [getter1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    PropertyAccessorElement getter2 = ElementFactory.getterElement(accessorName, false, _typeProvider.numType);
    classI2.accessors = <PropertyAccessorElement> [getter2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapA.size);
    PropertyAccessorElement syntheticAccessor = ElementFactory.getterElement(accessorName, false, _typeProvider.dynamicType);
    JUnitTestCase.assertEquals(syntheticAccessor.type, mapA.get(accessorName).type);
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_methods() {
    // class I1 { dynamic m(int); }
    // class I2 { dynamic m(num); }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElementImpl methodM1 = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, []);
    ParameterElementImpl parameter1 = new ParameterElementImpl.forNode(AstFactory.identifier3("a0"));
    parameter1.type = _typeProvider.intType;
    parameter1.parameterKind = ParameterKind.REQUIRED;
    methodM1.parameters = <ParameterElement> [parameter1];
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElementImpl methodM2 = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, []);
    ParameterElementImpl parameter2 = new ParameterElementImpl.forNode(AstFactory.identifier3("a0"));
    parameter2.type = _typeProvider.numType;
    parameter2.parameterKind = ParameterKind.REQUIRED;
    methodM2.parameters = <ParameterElement> [parameter2];
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapA.size);
    MethodElement syntheticMethod = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, [_typeProvider.dynamicType]);
    JUnitTestCase.assertEquals(syntheticMethod.type, mapA.get(methodName).type);
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_setters() {
    // class I1 { set s(int); }
    // class I2 { set s(num); }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String accessorName = "s";
    PropertyAccessorElement setter1 = ElementFactory.setterElement(accessorName, false, _typeProvider.intType);
    classI1.accessors = <PropertyAccessorElement> [setter1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    PropertyAccessorElement setter2 = ElementFactory.setterElement(accessorName, false, _typeProvider.numType);
    classI2.accessors = <PropertyAccessorElement> [setter2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapA.size);
    PropertyAccessorElementImpl syntheticAccessor = ElementFactory.setterElement(accessorName, false, _typeProvider.dynamicType);
    syntheticAccessor.returnType = _typeProvider.dynamicType;
    JUnitTestCase.assertEquals(syntheticAccessor.type, mapA.get("${accessorName}=").type);
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_getters() {
    // class A {}
    // class B extends A {}
    // class C extends B {}
    // class I1 { A get g; }
    // class I2 { B get g; }
    // class I3 { C get g; }
    // class D implements I1, I2, I3 {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    ClassElementImpl classC = ElementFactory.classElement("C", classB.type, []);
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String accessorName = "g";
    PropertyAccessorElement getter1 = ElementFactory.getterElement(accessorName, false, classA.type);
    classI1.accessors = <PropertyAccessorElement> [getter1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    PropertyAccessorElement getter2 = ElementFactory.getterElement(accessorName, false, classB.type);
    classI2.accessors = <PropertyAccessorElement> [getter2];
    ClassElementImpl classI3 = ElementFactory.classElement2("I3", []);
    PropertyAccessorElement getter3 = ElementFactory.getterElement(accessorName, false, classC.type);
    classI3.accessors = <PropertyAccessorElement> [getter3];
    ClassElementImpl classD = ElementFactory.classElement2("D", []);
    classD.interfaces = <InterfaceType> [classI1.type, classI2.type, classI3.type];
    MemberMap mapD = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classD);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapD.size);
    PropertyAccessorElement syntheticAccessor = ElementFactory.getterElement(accessorName, false, _typeProvider.dynamicType);
    JUnitTestCase.assertEquals(syntheticAccessor.type, mapD.get(accessorName).type);
    _assertNoErrors(classD);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_methods() {
    // class A {}
    // class B extends A {}
    // class C extends B {}
    // class I1 { dynamic m(A a); }
    // class I2 { dynamic m(B b); }
    // class I3 { dynamic m(C c); }
    // class D implements I1, I2, I3 {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    ClassElementImpl classC = ElementFactory.classElement("C", classB.type, []);
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElementImpl methodM1 = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, []);
    ParameterElementImpl parameter1 = new ParameterElementImpl.forNode(AstFactory.identifier3("a0"));
    parameter1.type = classA.type;
    parameter1.parameterKind = ParameterKind.REQUIRED;
    methodM1.parameters = <ParameterElement> [parameter1];
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElementImpl methodM2 = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, []);
    ParameterElementImpl parameter2 = new ParameterElementImpl.forNode(AstFactory.identifier3("a0"));
    parameter2.type = classB.type;
    parameter2.parameterKind = ParameterKind.REQUIRED;
    methodM2.parameters = <ParameterElement> [parameter2];
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classI3 = ElementFactory.classElement2("I3", []);
    MethodElementImpl methodM3 = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, []);
    ParameterElementImpl parameter3 = new ParameterElementImpl.forNode(AstFactory.identifier3("a0"));
    parameter3.type = classC.type;
    parameter3.parameterKind = ParameterKind.REQUIRED;
    methodM3.parameters = <ParameterElement> [parameter3];
    classI3.methods = <MethodElement> [methodM3];
    ClassElementImpl classD = ElementFactory.classElement2("D", []);
    classD.interfaces = <InterfaceType> [classI1.type, classI2.type, classI3.type];
    MemberMap mapD = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classD);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapD.size);
    MethodElement syntheticMethod = ElementFactory.methodElement(methodName, _typeProvider.dynamicType, [_typeProvider.dynamicType]);
    JUnitTestCase.assertEquals(syntheticMethod.type, mapD.get(methodName).type);
    _assertNoErrors(classD);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_setters() {
    // class A {}
    // class B extends A {}
    // class C extends B {}
    // class I1 { set s(A); }
    // class I2 { set s(B); }
    // class I3 { set s(C); }
    // class D implements I1, I2, I3 {}
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    ClassElementImpl classC = ElementFactory.classElement("C", classB.type, []);
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String accessorName = "s";
    PropertyAccessorElement setter1 = ElementFactory.setterElement(accessorName, false, classA.type);
    classI1.accessors = <PropertyAccessorElement> [setter1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    PropertyAccessorElement setter2 = ElementFactory.setterElement(accessorName, false, classB.type);
    classI2.accessors = <PropertyAccessorElement> [setter2];
    ClassElementImpl classI3 = ElementFactory.classElement2("I3", []);
    PropertyAccessorElement setter3 = ElementFactory.setterElement(accessorName, false, classC.type);
    classI3.accessors = <PropertyAccessorElement> [setter3];
    ClassElementImpl classD = ElementFactory.classElement2("D", []);
    classD.interfaces = <InterfaceType> [classI1.type, classI2.type, classI3.type];
    MemberMap mapD = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classD);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapD.size);
    PropertyAccessorElementImpl syntheticAccessor = ElementFactory.setterElement(accessorName, false, _typeProvider.dynamicType);
    syntheticAccessor.returnType = _typeProvider.dynamicType;
    JUnitTestCase.assertEquals(syntheticAccessor.type, mapD.get("${accessorName}=").type);
    _assertNoErrors(classD);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_2_methods() {
    // class I1 { int m(); }
    // class I2 { int m([int]); }
    // class A implements I1, I2 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElement methodM1 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElementImpl methodM2 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    ParameterElementImpl parameter1 = new ParameterElementImpl.forNode(AstFactory.identifier3("a1"));
    parameter1.type = _typeProvider.intType;
    parameter1.parameterKind = ParameterKind.POSITIONAL;
    methodM2.parameters = <ParameterElement> [parameter1];
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapA.size);
    JUnitTestCase.assertSame(methodM2, mapA.get(methodName));
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_3_methods() {
    // class I1 { int m(); }
    // class I2 { int m([int]); }
    // class I3 { int m([int, int]); }
    // class A implements I1, I2, I3 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElementImpl methodM1 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElementImpl methodM2 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    ParameterElementImpl parameter1 = new ParameterElementImpl.forNode(AstFactory.identifier3("a1"));
    parameter1.type = _typeProvider.intType;
    parameter1.parameterKind = ParameterKind.POSITIONAL;
    methodM1.parameters = <ParameterElement> [parameter1];
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classI3 = ElementFactory.classElement2("I3", []);
    MethodElementImpl methodM3 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    ParameterElementImpl parameter2 = new ParameterElementImpl.forNode(AstFactory.identifier3("a2"));
    parameter2.type = _typeProvider.intType;
    parameter2.parameterKind = ParameterKind.POSITIONAL;
    ParameterElementImpl parameter3 = new ParameterElementImpl.forNode(AstFactory.identifier3("a3"));
    parameter3.type = _typeProvider.intType;
    parameter3.parameterKind = ParameterKind.POSITIONAL;
    methodM3.parameters = <ParameterElement> [parameter2, parameter3];
    classI3.methods = <MethodElement> [methodM3];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type, classI3.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapA.size);
    JUnitTestCase.assertSame(methodM3, mapA.get(methodName));
    _assertNoErrors(classA);
  }

  void test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_4_methods() {
    // class I1 { int m(); }
    // class I2 { int m(); }
    // class I3 { int m([int]); }
    // class I4 { int m([int, int]); }
    // class A implements I1, I2, I3, I4 {}
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName = "m";
    MethodElement methodM1 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    MethodElement methodM2 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classI2.methods = <MethodElement> [methodM2];
    ClassElementImpl classI3 = ElementFactory.classElement2("I3", []);
    MethodElementImpl methodM3 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    ParameterElementImpl parameter1 = new ParameterElementImpl.forNode(AstFactory.identifier3("a1"));
    parameter1.type = _typeProvider.intType;
    parameter1.parameterKind = ParameterKind.POSITIONAL;
    methodM3.parameters = <ParameterElement> [parameter1];
    classI3.methods = <MethodElement> [methodM3];
    ClassElementImpl classI4 = ElementFactory.classElement2("I4", []);
    MethodElementImpl methodM4 = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    ParameterElementImpl parameter2 = new ParameterElementImpl.forNode(AstFactory.identifier3("a2"));
    parameter2.type = _typeProvider.intType;
    parameter2.parameterKind = ParameterKind.POSITIONAL;
    ParameterElementImpl parameter3 = new ParameterElementImpl.forNode(AstFactory.identifier3("a3"));
    parameter3.type = _typeProvider.intType;
    parameter3.parameterKind = ParameterKind.POSITIONAL;
    methodM4.parameters = <ParameterElement> [parameter2, parameter3];
    classI4.methods = <MethodElement> [methodM4];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI1.type, classI2.type, classI3.type, classI4.type];
    MemberMap mapA = _inheritanceManager.getMapOfMembersInheritedFromInterfaces(classA);
    JUnitTestCase.assertEquals(_numOfMembersInObject + 1, mapA.size);
    JUnitTestCase.assertSame(methodM4, mapA.get(methodName));
    _assertNoErrors(classA);
  }

  void test_lookupInheritance_interface_getter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    JUnitTestCase.assertSame(getterG, _inheritanceManager.lookupInheritance(classB, getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_interface_method() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    JUnitTestCase.assertSame(methodM, _inheritanceManager.lookupInheritance(classB, methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_interface_setter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String setterName = "s";
    PropertyAccessorElement setterS = ElementFactory.setterElement(setterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [setterS];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    JUnitTestCase.assertSame(setterS, _inheritanceManager.lookupInheritance(classB, "${setterName}="));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_interface_staticMember() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    (methodM as MethodElementImpl).static = true;
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classB, methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_interfaces_infiniteLoop() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classA.type];
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classA, "name"));
    _assertNoErrors(classA);
  }

  void test_lookupInheritance_interfaces_infiniteLoop2() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classA.interfaces = <InterfaceType> [classB.type];
    classB.interfaces = <InterfaceType> [classA.type];
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classA, "name"));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_interfaces_union2() {
    ClassElementImpl classI1 = ElementFactory.classElement2("I1", []);
    String methodName1 = "m1";
    MethodElement methodM1 = ElementFactory.methodElement(methodName1, _typeProvider.intType, []);
    classI1.methods = <MethodElement> [methodM1];
    ClassElementImpl classI2 = ElementFactory.classElement2("I2", []);
    String methodName2 = "m2";
    MethodElement methodM2 = ElementFactory.methodElement(methodName2, _typeProvider.intType, []);
    classI2.methods = <MethodElement> [methodM2];
    classI2.interfaces = <InterfaceType> [classI1.type];
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.interfaces = <InterfaceType> [classI2.type];
    JUnitTestCase.assertSame(methodM1, _inheritanceManager.lookupInheritance(classA, methodName1));
    JUnitTestCase.assertSame(methodM2, _inheritanceManager.lookupInheritance(classA, methodName2));
    _assertNoErrors(classI1);
    _assertNoErrors(classI2);
    _assertNoErrors(classA);
  }

  void test_lookupInheritance_mixin_getter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    JUnitTestCase.assertSame(getterG, _inheritanceManager.lookupInheritance(classB, getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_mixin_method() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    JUnitTestCase.assertSame(methodM, _inheritanceManager.lookupInheritance(classB, methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_mixin_setter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String setterName = "s";
    PropertyAccessorElement setterS = ElementFactory.setterElement(setterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [setterS];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    JUnitTestCase.assertSame(setterS, _inheritanceManager.lookupInheritance(classB, "${setterName}="));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_mixin_staticMember() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    (methodM as MethodElementImpl).static = true;
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.mixins = <InterfaceType> [classA.type];
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classB, methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_noMember() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classA, "a"));
    _assertNoErrors(classA);
  }

  void test_lookupInheritance_superclass_getter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    JUnitTestCase.assertSame(getterG, _inheritanceManager.lookupInheritance(classB, getterName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_superclass_infiniteLoop() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    classA.supertype = classA.type;
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classA, "name"));
    _assertNoErrors(classA);
  }

  void test_lookupInheritance_superclass_infiniteLoop2() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classA.supertype = classB.type;
    classB.supertype = classA.type;
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classA, "name"));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_superclass_method() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    JUnitTestCase.assertSame(methodM, _inheritanceManager.lookupInheritance(classB, methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_superclass_setter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String setterName = "s";
    PropertyAccessorElement setterS = ElementFactory.setterElement(setterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [setterS];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    JUnitTestCase.assertSame(setterS, _inheritanceManager.lookupInheritance(classB, "${setterName}="));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupInheritance_superclass_staticMember() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    (methodM as MethodElementImpl).static = true;
    classA.methods = <MethodElement> [methodM];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    JUnitTestCase.assertNull(_inheritanceManager.lookupInheritance(classB, methodName));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupMember_getter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    JUnitTestCase.assertSame(getterG, _inheritanceManager.lookupMember(classA, getterName));
    _assertNoErrors(classA);
  }

  void test_lookupMember_getter_static() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String getterName = "g";
    PropertyAccessorElement getterG = ElementFactory.getterElement(getterName, true, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [getterG];
    JUnitTestCase.assertNull(_inheritanceManager.lookupMember(classA, getterName));
    _assertNoErrors(classA);
  }

  void test_lookupMember_method() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    JUnitTestCase.assertSame(methodM, _inheritanceManager.lookupMember(classA, methodName));
    _assertNoErrors(classA);
  }

  void test_lookupMember_method_static() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElement methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    (methodM as MethodElementImpl).static = true;
    classA.methods = <MethodElement> [methodM];
    JUnitTestCase.assertNull(_inheritanceManager.lookupMember(classA, methodName));
    _assertNoErrors(classA);
  }

  void test_lookupMember_noMember() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    JUnitTestCase.assertNull(_inheritanceManager.lookupMember(classA, "a"));
    _assertNoErrors(classA);
  }

  void test_lookupMember_setter() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String setterName = "s";
    PropertyAccessorElement setterS = ElementFactory.setterElement(setterName, false, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [setterS];
    JUnitTestCase.assertSame(setterS, _inheritanceManager.lookupMember(classA, "${setterName}="));
    _assertNoErrors(classA);
  }

  void test_lookupMember_setter_static() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String setterName = "s";
    PropertyAccessorElement setterS = ElementFactory.setterElement(setterName, true, _typeProvider.intType);
    classA.accessors = <PropertyAccessorElement> [setterS];
    JUnitTestCase.assertNull(_inheritanceManager.lookupMember(classA, setterName));
    _assertNoErrors(classA);
  }

  void test_lookupOverrides_noParentClasses() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElementImpl methodM = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodM];
    EngineTestCase.assertSizeOfList(0, _inheritanceManager.lookupOverrides(classA, methodName));
    _assertNoErrors(classA);
  }

  void test_lookupOverrides_overrideBaseClass() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElementImpl methodMinA = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodMinA];
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    MethodElementImpl methodMinB = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classB.methods = <MethodElement> [methodMinB];
    List<ExecutableElement> overrides = _inheritanceManager.lookupOverrides(classB, methodName);
    EngineTestCase.assertEqualsIgnoreOrder(<Object> [methodMinA], new List.from(overrides));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupOverrides_overrideInterface() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElementImpl methodMinA = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodMinA];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    classB.interfaces = <InterfaceType> [classA.type];
    MethodElementImpl methodMinB = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classB.methods = <MethodElement> [methodMinB];
    List<ExecutableElement> overrides = _inheritanceManager.lookupOverrides(classB, methodName);
    EngineTestCase.assertEqualsIgnoreOrder(<Object> [methodMinA], new List.from(overrides));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
  }

  void test_lookupOverrides_overrideTwoInterfaces() {
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    String methodName = "m";
    MethodElementImpl methodMinA = ElementFactory.methodElement(methodName, _typeProvider.intType, []);
    classA.methods = <MethodElement> [methodMinA];
    ClassElementImpl classB = ElementFactory.classElement2("B", []);
    MethodElementImpl methodMinB = ElementFactory.methodElement(methodName, _typeProvider.doubleType, []);
    classB.methods = <MethodElement> [methodMinB];
    ClassElementImpl classC = ElementFactory.classElement2("C", []);
    classC.interfaces = <InterfaceType> [classA.type, classB.type];
    MethodElementImpl methodMinC = ElementFactory.methodElement(methodName, _typeProvider.numType, []);
    classC.methods = <MethodElement> [methodMinC];
    List<ExecutableElement> overrides = _inheritanceManager.lookupOverrides(classC, methodName);
    EngineTestCase.assertEqualsIgnoreOrder(<Object> [methodMinA, methodMinB], new List.from(overrides));
    _assertNoErrors(classA);
    _assertNoErrors(classB);
    _assertNoErrors(classC);
  }

  void _assertErrors(ClassElement classElt, List<ErrorCode> expectedErrorCodes) {
    GatheringErrorListener errorListener = new GatheringErrorListener();
    HashSet<AnalysisError> actualErrors = _inheritanceManager.getErrors(classElt);
    if (actualErrors != null) {
      for (AnalysisError error in actualErrors) {
        errorListener.onError(error);
      }
    }
    errorListener.assertErrorsWithCodes(expectedErrorCodes);
  }

  void _assertNoErrors(ClassElement classElt) {
    _assertErrors(classElt, []);
  }

  /**
   * Create the inheritance manager used by the tests.
   *
   * @return the inheritance manager that was created
   */
  InheritanceManager _createInheritanceManager() {
    AnalysisContextImpl context = AnalysisContextFactory.contextWithCore();
    FileBasedSource source = new FileBasedSource.con1(FileUtilities2.createFile("/test.dart"));
    CompilationUnitElementImpl definingCompilationUnit = new CompilationUnitElementImpl("test.dart");
    definingCompilationUnit.source = source;
    _definingLibrary = ElementFactory.library(context, "test");
    _definingLibrary.definingCompilationUnit = definingCompilationUnit;
    return new InheritanceManager(_definingLibrary);
  }

  static dartSuite() {
    _ut.group('InheritanceManagerTest', () {
      _ut.test('test_getMapOfMembersInheritedFromClasses_accessor_extends', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromClasses_accessor_extends);
      });
      _ut.test('test_getMapOfMembersInheritedFromClasses_accessor_implements', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromClasses_accessor_implements);
      });
      _ut.test('test_getMapOfMembersInheritedFromClasses_accessor_with', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromClasses_accessor_with);
      });
      _ut.test('test_getMapOfMembersInheritedFromClasses_implicitExtends', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromClasses_implicitExtends);
      });
      _ut.test('test_getMapOfMembersInheritedFromClasses_method_extends', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromClasses_method_extends);
      });
      _ut.test('test_getMapOfMembersInheritedFromClasses_method_implements', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromClasses_method_implements);
      });
      _ut.test('test_getMapOfMembersInheritedFromClasses_method_with', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromClasses_method_with);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_accessor_extends', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_accessor_extends);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_accessor_implements', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_accessor_implements);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_accessor_with', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_accessor_with);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_implicitExtends', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_implicitExtends);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_getter_method', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_getter_method);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_int_str', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_int_str);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_method_getter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_method_getter);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_numOfRequiredParams', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_numOfRequiredParams);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_str_int', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_inconsistentMethodInheritance_str_int);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_method_extends', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_method_extends);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_method_implements', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_method_implements);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_method_with', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_method_with);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_differentNames', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_differentNames);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_getters', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_getters);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_methods', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_methods);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_setters', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_2_setters);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_getters', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_getters);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_methods', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_methods);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_setters', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_multipleSubtypes_3_setters);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_2_methods', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_2_methods);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_3_methods', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_3_methods);
      });
      _ut.test('test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_4_methods', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_getMapOfMembersInheritedFromInterfaces_union_oneSubtype_4_methods);
      });
      _ut.test('test_lookupInheritance_interface_getter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_interface_getter);
      });
      _ut.test('test_lookupInheritance_interface_method', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_interface_method);
      });
      _ut.test('test_lookupInheritance_interface_setter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_interface_setter);
      });
      _ut.test('test_lookupInheritance_interface_staticMember', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_interface_staticMember);
      });
      _ut.test('test_lookupInheritance_interfaces_infiniteLoop', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_interfaces_infiniteLoop);
      });
      _ut.test('test_lookupInheritance_interfaces_infiniteLoop2', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_interfaces_infiniteLoop2);
      });
      _ut.test('test_lookupInheritance_interfaces_union2', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_interfaces_union2);
      });
      _ut.test('test_lookupInheritance_mixin_getter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_mixin_getter);
      });
      _ut.test('test_lookupInheritance_mixin_method', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_mixin_method);
      });
      _ut.test('test_lookupInheritance_mixin_setter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_mixin_setter);
      });
      _ut.test('test_lookupInheritance_mixin_staticMember', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_mixin_staticMember);
      });
      _ut.test('test_lookupInheritance_noMember', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_noMember);
      });
      _ut.test('test_lookupInheritance_superclass_getter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_superclass_getter);
      });
      _ut.test('test_lookupInheritance_superclass_infiniteLoop', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_superclass_infiniteLoop);
      });
      _ut.test('test_lookupInheritance_superclass_infiniteLoop2', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_superclass_infiniteLoop2);
      });
      _ut.test('test_lookupInheritance_superclass_method', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_superclass_method);
      });
      _ut.test('test_lookupInheritance_superclass_setter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_superclass_setter);
      });
      _ut.test('test_lookupInheritance_superclass_staticMember', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupInheritance_superclass_staticMember);
      });
      _ut.test('test_lookupMember_getter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupMember_getter);
      });
      _ut.test('test_lookupMember_getter_static', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupMember_getter_static);
      });
      _ut.test('test_lookupMember_method', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupMember_method);
      });
      _ut.test('test_lookupMember_method_static', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupMember_method_static);
      });
      _ut.test('test_lookupMember_noMember', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupMember_noMember);
      });
      _ut.test('test_lookupMember_setter', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupMember_setter);
      });
      _ut.test('test_lookupMember_setter_static', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupMember_setter_static);
      });
      _ut.test('test_lookupOverrides_noParentClasses', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupOverrides_noParentClasses);
      });
      _ut.test('test_lookupOverrides_overrideBaseClass', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupOverrides_overrideBaseClass);
      });
      _ut.test('test_lookupOverrides_overrideInterface', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupOverrides_overrideInterface);
      });
      _ut.test('test_lookupOverrides_overrideTwoInterfaces', () {
        final __test = new InheritanceManagerTest();
        runJUnitTest(__test, __test.test_lookupOverrides_overrideTwoInterfaces);
      });
    });
  }
}

class LibraryElementBuilderTest extends EngineTestCase {
  /**
   * The analysis context used to analyze sources.
   */
  AnalysisContextImpl _context;

  @override
  void setUp() {
    SourceFactory sourceFactory = new SourceFactory([
        new DartUriResolver(DirectoryBasedDartSdk.defaultSdk),
        new FileUriResolver()]);
    _context = new AnalysisContextImpl();
    _context.sourceFactory = sourceFactory;
  }

  void test_accessorsAcrossFiles() {
    Source librarySource = addSource("/lib.dart", EngineTestCase.createSource([
        "library lib;",
        "part 'first.dart';",
        "part 'second.dart';"]));
    addSource("/first.dart", EngineTestCase.createSource(["part of lib;", "int get V => 0;"]));
    addSource("/second.dart", EngineTestCase.createSource(["part of lib;", "void set V(int v) {}"]));
    LibraryElement element = _buildLibrary(librarySource, []);
    JUnitTestCase.assertNotNull(element);
    List<CompilationUnitElement> sourcedUnits = element.parts;
    EngineTestCase.assertLength(2, sourcedUnits);
    List<PropertyAccessorElement> firstAccessors = sourcedUnits[0].accessors;
    EngineTestCase.assertLength(1, firstAccessors);
    List<PropertyAccessorElement> secondAccessors = sourcedUnits[1].accessors;
    EngineTestCase.assertLength(1, secondAccessors);
    JUnitTestCase.assertSame(firstAccessors[0].variable, secondAccessors[0].variable);
  }

  void test_empty() {
    Source librarySource = addSource("/lib.dart", "library lib;");
    LibraryElement element = _buildLibrary(librarySource, []);
    JUnitTestCase.assertNotNull(element);
    JUnitTestCase.assertEquals("lib", element.name);
    JUnitTestCase.assertNull(element.entryPoint);
    EngineTestCase.assertLength(0, element.importedLibraries);
    EngineTestCase.assertLength(0, element.imports);
    JUnitTestCase.assertSame(element, element.library);
    EngineTestCase.assertLength(0, element.prefixes);
    EngineTestCase.assertLength(0, element.parts);
    CompilationUnitElement unit = element.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    JUnitTestCase.assertEquals("lib.dart", unit.name);
    JUnitTestCase.assertEquals(element, unit.library);
    EngineTestCase.assertLength(0, unit.accessors);
    EngineTestCase.assertLength(0, unit.functions);
    EngineTestCase.assertLength(0, unit.functionTypeAliases);
    EngineTestCase.assertLength(0, unit.types);
    EngineTestCase.assertLength(0, unit.topLevelVariables);
  }

  void test_missingLibraryDirectiveWithPart() {
    addSource("/a.dart", EngineTestCase.createSource(["part of lib;"]));
    Source librarySource = addSource("/lib.dart", EngineTestCase.createSource(["part 'a.dart';"]));
    LibraryElement element = _buildLibrary(librarySource, [ResolverErrorCode.MISSING_LIBRARY_DIRECTIVE_WITH_PART]);
    JUnitTestCase.assertNotNull(element);
  }

  void test_missingPartOfDirective() {
    addSource("/a.dart", "class A {}");
    Source librarySource = addSource("/lib.dart", EngineTestCase.createSource(["library lib;", "", "part 'a.dart';"]));
    LibraryElement element = _buildLibrary(librarySource, [CompileTimeErrorCode.PART_OF_NON_PART]);
    JUnitTestCase.assertNotNull(element);
  }

  void test_multipleFiles() {
    Source librarySource = addSource("/lib.dart", EngineTestCase.createSource([
        "library lib;",
        "part 'first.dart';",
        "part 'second.dart';",
        "",
        "class A {}"]));
    addSource("/first.dart", EngineTestCase.createSource(["part of lib;", "class B {}"]));
    addSource("/second.dart", EngineTestCase.createSource(["part of lib;", "class C {}"]));
    LibraryElement element = _buildLibrary(librarySource, []);
    JUnitTestCase.assertNotNull(element);
    List<CompilationUnitElement> sourcedUnits = element.parts;
    EngineTestCase.assertLength(2, sourcedUnits);
    _assertTypes(element.definingCompilationUnit, ["A"]);
    if (sourcedUnits[0].name == "first.dart") {
      _assertTypes(sourcedUnits[0], ["B"]);
      _assertTypes(sourcedUnits[1], ["C"]);
    } else {
      _assertTypes(sourcedUnits[0], ["C"]);
      _assertTypes(sourcedUnits[1], ["B"]);
    }
  }

  void test_singleFile() {
    Source librarySource = addSource("/lib.dart", EngineTestCase.createSource(["library lib;", "", "class A {}"]));
    LibraryElement element = _buildLibrary(librarySource, []);
    JUnitTestCase.assertNotNull(element);
    _assertTypes(element.definingCompilationUnit, ["A"]);
  }

  /**
   * Add a source file to the content provider. The file path should be absolute.
   *
   * @param filePath the path of the file being added
   * @param contents the contents to be returned by the content provider for the specified file
   * @return the source object representing the added file
   */
  Source addSource(String filePath, String contents) {
    Source source = new FileBasedSource.con1(FileUtilities2.createFile(filePath));
    _context.setContents(source, contents);
    return source;
  }

  /**
   * Ensure that there are elements representing all of the types in the given array of type names.
   *
   * @param unit the compilation unit containing the types
   * @param typeNames the names of the types that should be found
   */
  void _assertTypes(CompilationUnitElement unit, List<String> typeNames) {
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> types = unit.types;
    EngineTestCase.assertLength(typeNames.length, types);
    for (ClassElement type in types) {
      JUnitTestCase.assertNotNull(type);
      String actualTypeName = type.displayName;
      bool wasExpected = false;
      for (String expectedTypeName in typeNames) {
        if (expectedTypeName == actualTypeName) {
          wasExpected = true;
        }
      }
      if (!wasExpected) {
        JUnitTestCase.fail("Found unexpected type ${actualTypeName}");
      }
    }
  }

  /**
   * Build the element model for the library whose defining compilation unit has the given source.
   *
   * @param librarySource the source of the defining compilation unit for the library
   * @param expectedErrorCodes the errors that are expected to be found while building the element
   *          model
   * @return the element model that was built for the library
   * @throws Exception if the element model could not be built
   */
  LibraryElement _buildLibrary(Source librarySource, List<ErrorCode> expectedErrorCodes) {
    LibraryResolver resolver = new LibraryResolver(_context);
    LibraryElementBuilder builder = new LibraryElementBuilder(resolver.analysisContext, resolver.errorListener);
    Library library = resolver.createLibrary(librarySource);
    LibraryElement element = builder.buildLibrary(library);
    GatheringErrorListener listener = new GatheringErrorListener();
    listener.addAll2(resolver.errorListener);
    listener.assertErrorsWithCodes(expectedErrorCodes);
    return element;
  }

  static dartSuite() {
    _ut.group('LibraryElementBuilderTest', () {
      _ut.test('test_accessorsAcrossFiles', () {
        final __test = new LibraryElementBuilderTest();
        runJUnitTest(__test, __test.test_accessorsAcrossFiles);
      });
      _ut.test('test_empty', () {
        final __test = new LibraryElementBuilderTest();
        runJUnitTest(__test, __test.test_empty);
      });
      _ut.test('test_missingLibraryDirectiveWithPart', () {
        final __test = new LibraryElementBuilderTest();
        runJUnitTest(__test, __test.test_missingLibraryDirectiveWithPart);
      });
      _ut.test('test_missingPartOfDirective', () {
        final __test = new LibraryElementBuilderTest();
        runJUnitTest(__test, __test.test_missingPartOfDirective);
      });
      _ut.test('test_multipleFiles', () {
        final __test = new LibraryElementBuilderTest();
        runJUnitTest(__test, __test.test_multipleFiles);
      });
      _ut.test('test_singleFile', () {
        final __test = new LibraryElementBuilderTest();
        runJUnitTest(__test, __test.test_singleFile);
      });
    });
  }
}

class LibraryImportScopeTest extends ResolverTestCase {
  void test_conflictingImports() {
    AnalysisContext context = new AnalysisContextImpl();
    context.sourceFactory = new SourceFactory([]);
    String typeNameA = "A";
    String typeNameB = "B";
    String typeNameC = "C";
    ClassElement typeA = ElementFactory.classElement2(typeNameA, []);
    ClassElement typeB1 = ElementFactory.classElement2(typeNameB, []);
    ClassElement typeB2 = ElementFactory.classElement2(typeNameB, []);
    ClassElement typeC = ElementFactory.classElement2(typeNameC, []);
    LibraryElement importedLibrary1 = createTestLibrary(context, "imported1", []);
    (importedLibrary1.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [typeA, typeB1];
    ImportElementImpl import1 = ElementFactory.importFor(importedLibrary1, null, []);
    LibraryElement importedLibrary2 = createTestLibrary(context, "imported2", []);
    (importedLibrary2.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [typeB2, typeC];
    ImportElementImpl import2 = ElementFactory.importFor(importedLibrary2, null, []);
    LibraryElementImpl importingLibrary = createTestLibrary(context, "importing", []);
    importingLibrary.imports = <ImportElement> [import1, import2];
    {
      GatheringErrorListener errorListener = new GatheringErrorListener();
      Scope scope = new LibraryImportScope(importingLibrary, errorListener);
      JUnitTestCase.assertEquals(typeA, scope.lookup(AstFactory.identifier3(typeNameA), importingLibrary));
      errorListener.assertNoErrors();
      JUnitTestCase.assertEquals(typeC, scope.lookup(AstFactory.identifier3(typeNameC), importingLibrary));
      errorListener.assertNoErrors();
      Element element = scope.lookup(AstFactory.identifier3(typeNameB), importingLibrary);
      errorListener.assertErrorsWithCodes([StaticWarningCode.AMBIGUOUS_IMPORT]);
      EngineTestCase.assertInstanceOf((obj) => obj is MultiplyDefinedElement, MultiplyDefinedElement, element);
      List<Element> conflictingElements = (element as MultiplyDefinedElement).conflictingElements;
      EngineTestCase.assertLength(2, conflictingElements);
      if (identical(conflictingElements[0], typeB1)) {
        JUnitTestCase.assertSame(typeB2, conflictingElements[1]);
      } else if (identical(conflictingElements[0], typeB2)) {
        JUnitTestCase.assertSame(typeB1, conflictingElements[1]);
      } else {
        JUnitTestCase.assertSame(typeB1, conflictingElements[0]);
      }
    }
    {
      GatheringErrorListener errorListener = new GatheringErrorListener();
      Scope scope = new LibraryImportScope(importingLibrary, errorListener);
      Identifier identifier = AstFactory.identifier3(typeNameB);
      AstFactory.methodDeclaration(null, AstFactory.typeName3(identifier, []), null, null, AstFactory.identifier3("foo"), null);
      Element element = scope.lookup(identifier, importingLibrary);
      errorListener.assertErrorsWithCodes([StaticWarningCode.AMBIGUOUS_IMPORT]);
      EngineTestCase.assertInstanceOf((obj) => obj is MultiplyDefinedElement, MultiplyDefinedElement, element);
    }
  }

  void test_creation_empty() {
    LibraryElement definingLibrary = createDefaultTestLibrary();
    GatheringErrorListener errorListener = new GatheringErrorListener();
    new LibraryImportScope(definingLibrary, errorListener);
  }

  void test_creation_nonEmpty() {
    AnalysisContext context = new AnalysisContextImpl();
    context.sourceFactory = new SourceFactory([]);
    String importedTypeName = "A";
    ClassElement importedType = new ClassElementImpl.forNode(AstFactory.identifier3(importedTypeName));
    LibraryElement importedLibrary = createTestLibrary(context, "imported", []);
    (importedLibrary.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [importedType];
    LibraryElementImpl definingLibrary = createTestLibrary(context, "importing", []);
    ImportElementImpl importElement = new ImportElementImpl(0);
    importElement.importedLibrary = importedLibrary;
    definingLibrary.imports = <ImportElement> [importElement];
    GatheringErrorListener errorListener = new GatheringErrorListener();
    Scope scope = new LibraryImportScope(definingLibrary, errorListener);
    JUnitTestCase.assertEquals(importedType, scope.lookup(AstFactory.identifier3(importedTypeName), definingLibrary));
  }

  void test_getErrorListener() {
    LibraryElement definingLibrary = createDefaultTestLibrary();
    GatheringErrorListener errorListener = new GatheringErrorListener();
    LibraryImportScope scope = new LibraryImportScope(definingLibrary, errorListener);
    JUnitTestCase.assertEquals(errorListener, scope.errorListener);
  }

  void test_nonConflictingImports_fromSdk() {
    AnalysisContext context = AnalysisContextFactory.contextWithCore();
    String typeName = "List";
    ClassElement type = ElementFactory.classElement2(typeName, []);
    LibraryElement importedLibrary = createTestLibrary(context, "lib", []);
    (importedLibrary.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [type];
    ImportElementImpl importCore = ElementFactory.importFor(context.getLibraryElement(context.sourceFactory.forUri("dart:core")), null, []);
    ImportElementImpl importLib = ElementFactory.importFor(importedLibrary, null, []);
    LibraryElementImpl importingLibrary = createTestLibrary(context, "importing", []);
    importingLibrary.imports = <ImportElement> [importCore, importLib];
    GatheringErrorListener errorListener = new GatheringErrorListener();
    Scope scope = new LibraryImportScope(importingLibrary, errorListener);
    JUnitTestCase.assertEquals(type, scope.lookup(AstFactory.identifier3(typeName), importingLibrary));
    errorListener.assertErrorsWithCodes([StaticWarningCode.CONFLICTING_DART_IMPORT]);
  }

  void test_nonConflictingImports_sameElement() {
    AnalysisContext context = new AnalysisContextImpl();
    context.sourceFactory = new SourceFactory([]);
    String typeNameA = "A";
    String typeNameB = "B";
    ClassElement typeA = ElementFactory.classElement2(typeNameA, []);
    ClassElement typeB = ElementFactory.classElement2(typeNameB, []);
    LibraryElement importedLibrary = createTestLibrary(context, "imported", []);
    (importedLibrary.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [typeA, typeB];
    ImportElementImpl import1 = ElementFactory.importFor(importedLibrary, null, []);
    ImportElementImpl import2 = ElementFactory.importFor(importedLibrary, null, []);
    LibraryElementImpl importingLibrary = createTestLibrary(context, "importing", []);
    importingLibrary.imports = <ImportElement> [import1, import2];
    GatheringErrorListener errorListener = new GatheringErrorListener();
    Scope scope = new LibraryImportScope(importingLibrary, errorListener);
    JUnitTestCase.assertEquals(typeA, scope.lookup(AstFactory.identifier3(typeNameA), importingLibrary));
    errorListener.assertNoErrors();
    JUnitTestCase.assertEquals(typeB, scope.lookup(AstFactory.identifier3(typeNameB), importingLibrary));
    errorListener.assertNoErrors();
  }

  void test_prefixedAndNonPrefixed() {
    AnalysisContext context = new AnalysisContextImpl();
    context.sourceFactory = new SourceFactory([]);
    String typeName = "C";
    String prefixName = "p";
    ClassElement prefixedType = ElementFactory.classElement2(typeName, []);
    ClassElement nonPrefixedType = ElementFactory.classElement2(typeName, []);
    LibraryElement prefixedLibrary = createTestLibrary(context, "import.prefixed", []);
    (prefixedLibrary.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [prefixedType];
    ImportElementImpl prefixedImport = ElementFactory.importFor(prefixedLibrary, ElementFactory.prefix(prefixName), []);
    LibraryElement nonPrefixedLibrary = createTestLibrary(context, "import.nonPrefixed", []);
    (nonPrefixedLibrary.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [nonPrefixedType];
    ImportElementImpl nonPrefixedImport = ElementFactory.importFor(nonPrefixedLibrary, null, []);
    LibraryElementImpl importingLibrary = createTestLibrary(context, "importing", []);
    importingLibrary.imports = <ImportElement> [prefixedImport, nonPrefixedImport];
    GatheringErrorListener errorListener = new GatheringErrorListener();
    Scope scope = new LibraryImportScope(importingLibrary, errorListener);
    Element prefixedElement = scope.lookup(AstFactory.identifier5(prefixName, typeName), importingLibrary);
    errorListener.assertNoErrors();
    JUnitTestCase.assertSame(prefixedType, prefixedElement);
    Element nonPrefixedElement = scope.lookup(AstFactory.identifier3(typeName), importingLibrary);
    errorListener.assertNoErrors();
    JUnitTestCase.assertSame(nonPrefixedType, nonPrefixedElement);
  }

  static dartSuite() {
    _ut.group('LibraryImportScopeTest', () {
      _ut.test('test_conflictingImports', () {
        final __test = new LibraryImportScopeTest();
        runJUnitTest(__test, __test.test_conflictingImports);
      });
      _ut.test('test_creation_empty', () {
        final __test = new LibraryImportScopeTest();
        runJUnitTest(__test, __test.test_creation_empty);
      });
      _ut.test('test_creation_nonEmpty', () {
        final __test = new LibraryImportScopeTest();
        runJUnitTest(__test, __test.test_creation_nonEmpty);
      });
      _ut.test('test_getErrorListener', () {
        final __test = new LibraryImportScopeTest();
        runJUnitTest(__test, __test.test_getErrorListener);
      });
      _ut.test('test_nonConflictingImports_fromSdk', () {
        final __test = new LibraryImportScopeTest();
        runJUnitTest(__test, __test.test_nonConflictingImports_fromSdk);
      });
      _ut.test('test_nonConflictingImports_sameElement', () {
        final __test = new LibraryImportScopeTest();
        runJUnitTest(__test, __test.test_nonConflictingImports_sameElement);
      });
      _ut.test('test_prefixedAndNonPrefixed', () {
        final __test = new LibraryImportScopeTest();
        runJUnitTest(__test, __test.test_prefixedAndNonPrefixed);
      });
    });
  }
}

class LibraryScopeTest extends ResolverTestCase {
  void test_creation_empty() {
    LibraryElement definingLibrary = createDefaultTestLibrary();
    GatheringErrorListener errorListener = new GatheringErrorListener();
    new LibraryScope(definingLibrary, errorListener);
  }

  void test_creation_nonEmpty() {
    AnalysisContext context = new AnalysisContextImpl();
    context.sourceFactory = new SourceFactory([]);
    String importedTypeName = "A";
    ClassElement importedType = new ClassElementImpl.forNode(AstFactory.identifier3(importedTypeName));
    LibraryElement importedLibrary = createTestLibrary(context, "imported", []);
    (importedLibrary.definingCompilationUnit as CompilationUnitElementImpl).types = <ClassElement> [importedType];
    LibraryElementImpl definingLibrary = createTestLibrary(context, "importing", []);
    ImportElementImpl importElement = new ImportElementImpl(0);
    importElement.importedLibrary = importedLibrary;
    definingLibrary.imports = <ImportElement> [importElement];
    GatheringErrorListener errorListener = new GatheringErrorListener();
    Scope scope = new LibraryScope(definingLibrary, errorListener);
    JUnitTestCase.assertEquals(importedType, scope.lookup(AstFactory.identifier3(importedTypeName), definingLibrary));
  }

  void test_getErrorListener() {
    LibraryElement definingLibrary = createDefaultTestLibrary();
    GatheringErrorListener errorListener = new GatheringErrorListener();
    LibraryScope scope = new LibraryScope(definingLibrary, errorListener);
    JUnitTestCase.assertEquals(errorListener, scope.errorListener);
  }

  static dartSuite() {
    _ut.group('LibraryScopeTest', () {
      _ut.test('test_creation_empty', () {
        final __test = new LibraryScopeTest();
        runJUnitTest(__test, __test.test_creation_empty);
      });
      _ut.test('test_creation_nonEmpty', () {
        final __test = new LibraryScopeTest();
        runJUnitTest(__test, __test.test_creation_nonEmpty);
      });
      _ut.test('test_getErrorListener', () {
        final __test = new LibraryScopeTest();
        runJUnitTest(__test, __test.test_getErrorListener);
      });
    });
  }
}

class LibraryTest extends EngineTestCase {
  /**
   * The error listener to which all errors will be reported.
   */
  GatheringErrorListener _errorListener;

  /**
   * The source factory used to create libraries.
   */
  SourceFactory _sourceFactory;

  /**
   * The analysis context to pass in to all libraries created by the tests.
   */
  AnalysisContextImpl _analysisContext;

  /**
   * The library used by the tests.
   */
  Library _library;

  @override
  void setUp() {
    _sourceFactory = new SourceFactory([new FileUriResolver()]);
    _analysisContext = new AnalysisContextImpl();
    _analysisContext.sourceFactory = _sourceFactory;
    _errorListener = new GatheringErrorListener();
    _library = _createLibrary("/lib.dart");
  }

  void test_getExplicitlyImportsCore() {
    JUnitTestCase.assertFalse(_library.explicitlyImportsCore);
    _errorListener.assertNoErrors();
  }

  void test_getExports() {
    EngineTestCase.assertLength(0, _library.exports);
    _errorListener.assertNoErrors();
  }

  void test_getImports() {
    EngineTestCase.assertLength(0, _library.imports);
    _errorListener.assertNoErrors();
  }

  void test_getImportsAndExports() {
    _library.importedLibraries = <Library> [_createLibrary("/imported.dart")];
    _library.exportedLibraries = <Library> [_createLibrary("/exported.dart")];
    EngineTestCase.assertLength(2, _library.importsAndExports);
    _errorListener.assertNoErrors();
  }

  void test_getLibraryScope() {
    LibraryElementImpl element = new LibraryElementImpl.forNode(_analysisContext, AstFactory.libraryIdentifier2(["lib"]));
    element.definingCompilationUnit = new CompilationUnitElementImpl("lib.dart");
    _library.libraryElement = element;
    JUnitTestCase.assertNotNull(_library.libraryScope);
    _errorListener.assertNoErrors();
  }

  void test_getLibrarySource() {
    JUnitTestCase.assertNotNull(_library.librarySource);
  }

  void test_setExplicitlyImportsCore() {
    _library.explicitlyImportsCore = true;
    JUnitTestCase.assertTrue(_library.explicitlyImportsCore);
    _errorListener.assertNoErrors();
  }

  void test_setExportedLibraries() {
    Library exportLibrary = _createLibrary("/exported.dart");
    _library.exportedLibraries = <Library> [exportLibrary];
    List<Library> exports = _library.exports;
    EngineTestCase.assertLength(1, exports);
    JUnitTestCase.assertSame(exportLibrary, exports[0]);
    _errorListener.assertNoErrors();
  }

  void test_setImportedLibraries() {
    Library importLibrary = _createLibrary("/imported.dart");
    _library.importedLibraries = <Library> [importLibrary];
    List<Library> imports = _library.imports;
    EngineTestCase.assertLength(1, imports);
    JUnitTestCase.assertSame(importLibrary, imports[0]);
    _errorListener.assertNoErrors();
  }

  void test_setLibraryElement() {
    LibraryElementImpl element = new LibraryElementImpl.forNode(_analysisContext, AstFactory.libraryIdentifier2(["lib"]));
    _library.libraryElement = element;
    JUnitTestCase.assertSame(element, _library.libraryElement);
  }

  Library _createLibrary(String definingCompilationUnitPath) => new Library(_analysisContext, _errorListener, new FileBasedSource.con1(FileUtilities2.createFile(definingCompilationUnitPath)));

  static dartSuite() {
    _ut.group('LibraryTest', () {
      _ut.test('test_getExplicitlyImportsCore', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_getExplicitlyImportsCore);
      });
      _ut.test('test_getExports', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_getExports);
      });
      _ut.test('test_getImports', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_getImports);
      });
      _ut.test('test_getImportsAndExports', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_getImportsAndExports);
      });
      _ut.test('test_getLibraryScope', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_getLibraryScope);
      });
      _ut.test('test_getLibrarySource', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_getLibrarySource);
      });
      _ut.test('test_setExplicitlyImportsCore', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_setExplicitlyImportsCore);
      });
      _ut.test('test_setExportedLibraries', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_setExportedLibraries);
      });
      _ut.test('test_setImportedLibraries', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_setImportedLibraries);
      });
      _ut.test('test_setLibraryElement', () {
        final __test = new LibraryTest();
        runJUnitTest(__test, __test.test_setLibraryElement);
      });
    });
  }
}

class MemberMapTest extends JUnitTestCase {
  /**
   * The null type.
   */
  InterfaceType _nullType;

  @override
  void setUp() {
    _nullType = new TestTypeProvider().nullType;
  }

  void test_MemberMap_copyConstructor() {
    MethodElement m1 = ElementFactory.methodElement("m1", _nullType, []);
    MethodElement m2 = ElementFactory.methodElement("m2", _nullType, []);
    MethodElement m3 = ElementFactory.methodElement("m3", _nullType, []);
    MemberMap map = new MemberMap();
    map.put(m1.name, m1);
    map.put(m2.name, m2);
    map.put(m3.name, m3);
    MemberMap copy = new MemberMap.con2(map);
    JUnitTestCase.assertEquals(map.size, copy.size);
    JUnitTestCase.assertEquals(m1, copy.get(m1.name));
    JUnitTestCase.assertEquals(m2, copy.get(m2.name));
    JUnitTestCase.assertEquals(m3, copy.get(m3.name));
  }

  void test_MemberMap_override() {
    MethodElement m1 = ElementFactory.methodElement("m", _nullType, []);
    MethodElement m2 = ElementFactory.methodElement("m", _nullType, []);
    MemberMap map = new MemberMap();
    map.put(m1.name, m1);
    map.put(m2.name, m2);
    JUnitTestCase.assertEquals(1, map.size);
    JUnitTestCase.assertEquals(m2, map.get("m"));
  }

  void test_MemberMap_put() {
    MethodElement m1 = ElementFactory.methodElement("m1", _nullType, []);
    MemberMap map = new MemberMap();
    JUnitTestCase.assertEquals(0, map.size);
    map.put(m1.name, m1);
    JUnitTestCase.assertEquals(1, map.size);
    JUnitTestCase.assertEquals(m1, map.get("m1"));
  }

  static dartSuite() {
    _ut.group('MemberMapTest', () {
      _ut.test('test_MemberMap_copyConstructor', () {
        final __test = new MemberMapTest();
        runJUnitTest(__test, __test.test_MemberMap_copyConstructor);
      });
      _ut.test('test_MemberMap_override', () {
        final __test = new MemberMapTest();
        runJUnitTest(__test, __test.test_MemberMap_override);
      });
      _ut.test('test_MemberMap_put', () {
        final __test = new MemberMapTest();
        runJUnitTest(__test, __test.test_MemberMap_put);
      });
    });
  }
}

class NonErrorResolverTest extends ResolverTestCase {
  void fail_undefinedEnumConstant() {
    Source source = addSource(EngineTestCase.createSource(["enum E { ONE }", "E e() {", "  return E.ONE;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_ambiguousExport() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "export 'lib1.dart';",
        "export 'lib2.dart';"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class M {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_ambiguousExport_combinators_hide() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "export 'lib1.dart';",
        "export 'lib2.dart' hide B;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library L1;", "class A {}", "class B {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library L2;", "class B {}", "class C {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_ambiguousExport_combinators_show() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "export 'lib1.dart';",
        "export 'lib2.dart' show C;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library L1;", "class A {}", "class B {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library L2;", "class B {}", "class C {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_ambiguousExport_sameDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "export 'lib.dart';", "export 'lib.dart';"]));
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class N {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_ambiguousImport_hideCombinator() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "import 'lib3.dart' hide N;",
        "main() {",
        "  new N1();",
        "  new N2();",
        "  new N3();",
        "}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}", "class N1 {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}", "class N2 {}"]));
    addNamedSource("/lib3.dart", EngineTestCase.createSource(["library lib3;", "class N {}", "class N3 {}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_ambiguousImport_showCombinator() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart' show N, N2;",
        "main() {",
        "  new N1();",
        "  new N2();",
        "}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}", "class N1 {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}", "class N2 {}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_argumentTypeNotAssignable_classWithCall_Function() {
    Source source = addSource(EngineTestCase.createSource([
        "  caller(Function callee) {",
        "    callee();",
        "  }",
        "",
        "  class CallMeBack {",
        "    call() => 0;",
        "  }",
        "",
        "  main() {",
        "    caller(new CallMeBack());",
        "  }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_fieldFormalParameterElement_member() {
    Source source = addSource(EngineTestCase.createSource([
        "class ObjectSink<T> {",
        "  void sink(T object) {",
        "    new TimestampedObject<T>(object);",
        "  }",
        "}",
        "class TimestampedObject<E> {",
        "  E object2;",
        "  TimestampedObject(this.object2);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_functionParameter_generic() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<K> {",
        "  m(f(K k), K v) {",
        "    f(v);",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_typedef_generic() {
    Source source = addSource(EngineTestCase.createSource(["typedef A<T>(T p);", "f(A<int> a) {", "  a(1);", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_Object_Function() {
    Source source = addSource(EngineTestCase.createSource([
        "main() {",
        "  process(() {});",
        "}",
        "process(Object x) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_typedef_local() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef A(int p1, String p2);",
        "A getA() => null;",
        "f() {",
        "  A a = getA();",
        "  a(1, '2');",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_typedef_parameter() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef A(int p1, String p2);",
        "f(A a) {",
        "  a(1, '2');",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_assignmentToFinal_prefixNegate() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  -x;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_assignmentToFinalNoSetter_prefixedIdentifier() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get x => 0;",
        "  set x(v) {}",
        "}",
        "main() {",
        "  A a = new A();",
        "  a.x = 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_assignmentToFinalNoSetter_propertyAccess() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get x => 0;",
        "  set x(v) {}",
        "}",
        "class B {",
        "  static A a;",
        "}",
        "main() {",
        "  B.a.x = 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_assignmentToFinals_importWithPrefix() {
    Source source = addSource(EngineTestCase.createSource([
        "library lib;",
        "import 'lib1.dart' as foo;",
        "main() {",
        "  foo.x = true;",
        "}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "bool x = false;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_breakWithoutLabelInSwitch() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m(int i) {",
        "    switch (i) {",
        "      case 0:",
        "        break;",
        "    }",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_builtInIdentifierAsType_dynamic() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  dynamic x;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_caseBlockNotTerminated() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int p) {",
        "  for (int i = 0; i < 10; i++) {",
        "    switch (p) {",
        "      case 0:",
        "        break;",
        "      case 1:",
        "        continue;",
        "      case 2:",
        "        return;",
        "      case 3:",
        "        throw new Object();",
        "      case 4:",
        "      case 5:",
        "        return;",
        "      case 6:",
        "      default:",
        "        return;",
        "    }",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_caseBlockNotTerminated_lastCase() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int p) {",
        "  switch (p) {",
        "    case 0:",
        "      p = p + 1;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_caseExpressionTypeImplementsEquals() {
    Source source = addSource(EngineTestCase.createSource([
        "print(p) {}",
        "",
        "abstract class B {",
        "  final id;",
        "  const B(this.id);",
        "  String toString() => 'C(\$id)';",
        "  /** Equality is identity equality, the id isn't used. */",
        "  bool operator==(Object other);",
        "  }",
        "",
        "class C extends B {",
        "  const C(id) : super(id);",
        "}",
        "",
        "void doSwitch(c) {",
        "  switch (c) {",
        "  case const C(0): print('Switch: 0'); break;",
        "  case const C(1): print('Switch: 1'); break;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_caseExpressionTypeImplementsEquals_int() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int i) {",
        "  switch(i) {",
        "    case(1) : return 1;",
        "    default: return 0;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_caseExpressionTypeImplementsEquals_Object() {
    Source source = addSource(EngineTestCase.createSource([
        "class IntWrapper {",
        "  final int value;",
        "  const IntWrapper(this.value);",
        "}",
        "",
        "f(IntWrapper intWrapper) {",
        "  switch(intWrapper) {",
        "    case(const IntWrapper(1)) : return 1;",
        "    default: return 0;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_caseExpressionTypeImplementsEquals_String() {
    Source source = addSource(EngineTestCase.createSource([
        "f(String s) {",
        "  switch(s) {",
        "    case('1') : return 1;",
        "    default: return 0;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_commentReference_beforeConstructor() {
    String code = EngineTestCase.createSource(["abstract class A {", "  /// [p]", "  A(int p) {}", "}"]);
    Source source = addSource(code);
    resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = analysisContext.parseCompilationUnit(source);
    {
      SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "p]", (node) => node is SimpleIdentifier);
      EngineTestCase.assertInstanceOf((obj) => obj is ParameterElement, ParameterElement, ref.staticElement);
    }
  }

  void test_commentReference_beforeFunction_blockBody() {
    String code = EngineTestCase.createSource(["/// [p]", "foo(int p) {", "}"]);
    Source source = addSource(code);
    resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = analysisContext.parseCompilationUnit(source);
    SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "p]", (node) => node is SimpleIdentifier);
    EngineTestCase.assertInstanceOf((obj) => obj is ParameterElement, ParameterElement, ref.staticElement);
  }

  void test_commentReference_beforeFunction_expressionBody() {
    String code = EngineTestCase.createSource(["/// [p]", "foo(int p) => null;"]);
    Source source = addSource(code);
    resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = analysisContext.parseCompilationUnit(source);
    SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "p]", (node) => node is SimpleIdentifier);
    EngineTestCase.assertInstanceOf((obj) => obj is ParameterElement, ParameterElement, ref.staticElement);
  }

  void test_commentReference_beforeMethod() {
    String code = EngineTestCase.createSource([
        "abstract class A {",
        "  /// [p1]",
        "  ma(int p1) {}",
        "  /// [p2]",
        "  mb(int p2);",
        "}"]);
    Source source = addSource(code);
    resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = analysisContext.parseCompilationUnit(source);
    {
      SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "p1]", (node) => node is SimpleIdentifier);
      EngineTestCase.assertInstanceOf((obj) => obj is ParameterElement, ParameterElement, ref.staticElement);
    }
    {
      SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "p2]", (node) => node is SimpleIdentifier);
      EngineTestCase.assertInstanceOf((obj) => obj is ParameterElement, ParameterElement, ref.staticElement);
    }
  }

  void test_commentReference_class() {
    String code = EngineTestCase.createSource(["/// [foo]", "class A {", "  foo() {}", "}"]);
    Source source = addSource(code);
    resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = analysisContext.parseCompilationUnit(source);
    SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "foo]", (node) => node is SimpleIdentifier);
    EngineTestCase.assertInstanceOf((obj) => obj is MethodElement, MethodElement, ref.staticElement);
  }

  void test_commentReference_setter() {
    String code = EngineTestCase.createSource([
        "class A {",
        "  /// [x] in A",
        "  mA() {}",
        "  set x(value) {}",
        "}",
        "class B extends A {",
        "  /// [x] in B",
        "  mB() {}",
        "}",
        ""]);
    Source source = addSource(code);
    resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = analysisContext.parseCompilationUnit(source);
    {
      SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "x] in A", (node) => node is SimpleIdentifier);
      EngineTestCase.assertInstanceOf((obj) => obj is PropertyAccessorElement, PropertyAccessorElement, ref.staticElement);
    }
    {
      SimpleIdentifier ref = EngineTestCase.findNode(unit, code, "x] in B", (node) => node is SimpleIdentifier);
      EngineTestCase.assertInstanceOf((obj) => obj is PropertyAccessorElement, PropertyAccessorElement, ref.staticElement);
    }
  }

  void test_concreteClassWithAbstractMember() {
    Source source = addSource(EngineTestCase.createSource(["abstract class A {", "  m();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_concreteClassWithAbstractMember_inherited() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends A {",
        "  m();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_instance() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  get v => 0;",
        "}",
        "class B extends A {",
        "  get v => 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_conflictingStaticGetterAndInstanceSetter_thisClass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static get x => 0;",
        "  static set x(int p) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_conflictingStaticSetterAndInstanceMember_thisClass_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static x() {}",
        "  static set x(int p) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constConstructorWithNonConstSuper_explicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "class B extends A {",
        "  const B(): super();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constConstructorWithNonConstSuper_redirectingFactory() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A();",
        "}",
        "class B implements C {",
        "  const B();",
        "}",
        "class C extends A {",
        "  const factory C() = B;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constConstructorWithNonConstSuper_unresolved() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.a();",
        "}",
        "class B extends A {",
        "  const B(): super();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.UNDEFINED_CONSTRUCTOR_IN_INITIALIZER_DEFAULT]);
    verify([source]);
  }

  void test_constConstructorWithNonFinalField_finalInstanceVar() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final int x = 0;", "  const A();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constConstructorWithNonFinalField_mixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  a() {}",
        "}",
        "class B extends Object with A {",
        "  const B();",
        "}"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.CONST_CONSTRUCTOR_WITH_MIXIN]);
    verify([source]);
  }

  void test_constConstructorWithNonFinalField_static() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static int x;", "  const A();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constConstructorWithNonFinalField_syntheticField() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "  set x(value) {}",
        "  get x {return 0;}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constDeferredClass_new() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {", "  const A.b();", "}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "main() {",
        "  new a.A.b();",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> []);
  }

  void test_constEval_functionTypeLiteral() {
    Source source = addSource(EngineTestCase.createSource(["typedef F();", "const C = F;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constEval_propertyExtraction_fieldStatic_targetType() {
    addNamedSource("/math.dart", EngineTestCase.createSource(["library math;", "const PI = 3.14;"]));
    Source source = addSource(EngineTestCase.createSource(["import 'math.dart' as math;", "const C = math.PI;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constEval_propertyExtraction_methodStatic_targetType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "  static m() {}",
        "}",
        "const C = A.m;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constEval_symbol() {
    addNamedSource("/math.dart", EngineTestCase.createSource(["library math;", "const PI = 3.14;"]));
    Source source = addSource(EngineTestCase.createSource(["const C = #foo;", "foo() {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constEvalTypeBoolNumString_equal() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "class B {",
        "  final v;",
        "  const B.a1(bool p) : v = p == true;",
        "  const B.a2(bool p) : v = p == false;",
        "  const B.a3(bool p) : v = p == 0;",
        "  const B.a4(bool p) : v = p == 0.0;",
        "  const B.a5(bool p) : v = p == '';",
        "  const B.b1(int p) : v = p == true;",
        "  const B.b2(int p) : v = p == false;",
        "  const B.b3(int p) : v = p == 0;",
        "  const B.b4(int p) : v = p == 0.0;",
        "  const B.b5(int p) : v = p == '';",
        "  const B.c1(String p) : v = p == true;",
        "  const B.c2(String p) : v = p == false;",
        "  const B.c3(String p) : v = p == 0;",
        "  const B.c4(String p) : v = p == 0.0;",
        "  const B.c5(String p) : v = p == '';",
        "  const B.n1(num p) : v = p == null;",
        "  const B.n2(num p) : v = null == p;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_constEvalTypeBoolNumString_notEqual() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "class B {",
        "  final v;",
        "  const B.a1(bool p) : v = p != true;",
        "  const B.a2(bool p) : v = p != false;",
        "  const B.a3(bool p) : v = p != 0;",
        "  const B.a4(bool p) : v = p != 0.0;",
        "  const B.a5(bool p) : v = p != '';",
        "  const B.b1(int p) : v = p != true;",
        "  const B.b2(int p) : v = p != false;",
        "  const B.b3(int p) : v = p != 0;",
        "  const B.b4(int p) : v = p != 0.0;",
        "  const B.b5(int p) : v = p != '';",
        "  const B.c1(String p) : v = p != true;",
        "  const B.c2(String p) : v = p != false;",
        "  const B.c3(String p) : v = p != 0;",
        "  const B.c4(String p) : v = p != 0.0;",
        "  const B.c5(String p) : v = p != '';",
        "  const B.n1(num p) : v = p != null;",
        "  const B.n2(num p) : v = null != p;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constMapKeyExpressionTypeImplementsEquals_abstract() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class B {",
        "  final id;",
        "  const B(this.id);",
        "  String toString() => 'C(\$id)';",
        "  /** Equality is identity equality, the id isn't used. */",
        "  bool operator==(Object other);",
        "  }",
        "",
        "class C extends B {",
        "  const C(id) : super(id);",
        "}",
        "",
        "Map getMap() {",
        "  return const { const C(0): 'Map: 0' };",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constNotInitialized_field() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static const int x = 0;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constNotInitialized_local() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  const int x = 0;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constructorDeclaration_scope_signature() {
    Source source = addSource(EngineTestCase.createSource([
        "const app = 0;",
        "class A {",
        "  A(@app int app) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constWithNonConstantArgument_literals() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(a, b, c, d);",
        "}",
        "f() { return const A(true, 0, 1.0, '2'); }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constWithTypeParameters_direct() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  static const V = const A<int>();",
        "  const A();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constWithUndefinedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A.name();",
        "}",
        "f() {",
        "  return const A.name();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_constWithUndefinedConstructorDefault() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A();",
        "}",
        "f() {",
        "  return const A();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_defaultValueInFunctionTypeAlias() {
    Source source = addSource(EngineTestCase.createSource(["typedef F([x]);"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_defaultValueInFunctionTypedParameter_named() {
    Source source = addSource(EngineTestCase.createSource(["f(g({p})) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_defaultValueInFunctionTypedParameter_optional() {
    Source source = addSource(EngineTestCase.createSource(["f(g([p])) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deprecatedMemberUse_hide() {
    Source source = addSource(EngineTestCase.createSource([
        "library lib;",
        "import 'lib1.dart' hide B;",
        "A a = new A();"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource([
        "library lib1;",
        "class A {}",
        "@deprecated",
        "class B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_duplicateDefinition_emptyName() {
    // Note: This code has two FunctionElements '() {}' with an empty name, this tests that the
    // empty string is not put into the scope (more than once).
    Source source = addSource(EngineTestCase.createSource([
        "Map _globalMap = {",
        "  'a' : () {},",
        "  'b' : () {}",
        "};"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_duplicateDefinition_getter() {
    Source source = addSource(EngineTestCase.createSource(["bool get a => true;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_dynamicIdentifier() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  var v = dynamic;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_expectedOneListTypeArgument() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  <int> [];", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_expectedTwoMapTypeArguments() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  <int, int> {};", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_exportOfNonLibrary_libraryDeclared() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "export 'lib1.dart';"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_exportOfNonLibrary_libraryNotDeclared() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "export 'lib1.dart';"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource([""]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_extraPositionalArguments_function() {
    Source source = addSource(EngineTestCase.createSource(["f(p1, p2) {}", "main() {", "  f(1, 2);", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_extraPositionalArguments_Function() {
    Source source = addSource(EngineTestCase.createSource(["f(Function a) {", "  a(1, 2);", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_extraPositionalArguments_implicitConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E extends num> {",
        "  A(E x, E y);",
        "}",
        "class M {}",
        "class B<E extends num> = A<E> with M;",
        "void main() {",
        "   B<int> x = new B<int>(0,0);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_extraPositionalArguments_typedef_local() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef A(p1, p2);",
        "A getA() => null;",
        "f() {",
        "  A a = getA();",
        "  a(1, 2);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_extraPositionalArguments_typedef_parameter() {
    Source source = addSource(EngineTestCase.createSource(["typedef A(p1, p2);", "f(A a) {", "  a(1, 2);", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_fieldInitializedByMultipleInitializers() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "  int y;",
        "  A() : x = 0, y = 0 {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_fieldInitializedInInitializerAndDeclaration_fieldNotFinal() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x = 0;", "  A() : x = 1 {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_fieldInitializedInInitializerAndDeclaration_finalFieldNotSet() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final int x;", "  A() : x = 1 {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_fieldInitializerOutsideConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A(this.x) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_fieldInitializerOutsideConstructor_defaultParameters() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A([this.x]) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_fieldInitializerRedirectingConstructor_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "class B extends A {",
        "  int x;",
        "  B(this.x) : super();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_finalInitializedInDeclarationAndConstructor_initializer() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x;", "  A() : x = 1 {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_finalInitializedInDeclarationAndConstructor_initializingFormal() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x;", "  A(this.x) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_finalNotInitialized_atDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final int x = 0;", "  A() {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_finalNotInitialized_fieldFormal() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final int x = 0;", "  A() {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_finalNotInitialized_functionTypedFieldFormal() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final Function x;",
        "  A(int this.x(int p)) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_finalNotInitialized_hasNativeClause_hasConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A native 'something' {",
        "  final int x;",
        "  A() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [ParserErrorCode.NATIVE_CLAUSE_IN_NON_SDK_CODE]);
    verify([source]);
  }

  void test_finalNotInitialized_hasNativeClause_noConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A native 'something' {", "  final int x;", "}"]));
    resolve(source);
    assertErrors(source, [ParserErrorCode.NATIVE_CLAUSE_IN_NON_SDK_CODE]);
    verify([source]);
  }

  void test_finalNotInitialized_initializer() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final int x;", "  A() : x = 0 {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_finalNotInitialized_redirectingConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int x;",
        "  A(this.x);",
        "  A.named() : this (42);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionDeclaration_scope_returnType() {
    Source source = addSource(EngineTestCase.createSource(["int f(int) { return 0; }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionDeclaration_scope_signature() {
    Source source = addSource(EngineTestCase.createSource(["const app = 0;", "f(@app int app) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionTypeAlias_scope_returnType() {
    Source source = addSource(EngineTestCase.createSource(["typedef int f(int);"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionTypeAlias_scope_signature() {
    Source source = addSource(EngineTestCase.createSource(["const app = 0;", "typedef int f(@app int app);"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionWithoutCall() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A implements Function {",
        "}",
        "class B implements A {",
        "  void call() {}",
        "}",
        "class C extends A {",
        "  void call() {}",
        "}",
        "class D extends C {",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionWithoutCall_doesNotImplementFunction() {
    Source source = addSource(EngineTestCase.createSource(["class A {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionWithoutCall_withNoSuchMethod() {
    // 16078
    Source source = addSource(EngineTestCase.createSource([
        "class A implements Function {",
        "  noSuchMethod(inv) {",
        "    return 42;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_constructorName() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.named() {}",
        "}",
        "class B {",
        "  var v;",
        "  B() : v = new A.named();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_importPrefix() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'dart:async' as abstract;",
        "class A {",
        "  var v = new abstract.Completer();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_prefixedIdentifier() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var f;",
        "}",
        "class B {",
        "  var v;",
        "  B(A a) : v = a.f;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_qualifiedMethodInvocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  f() {}",
        "}",
        "class B {",
        "  var v;",
        "  B() : v = new A().f();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_qualifiedPropertyAccess() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var f;",
        "}",
        "class B {",
        "  var v;",
        "  B() : v = new A().f;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_staticField_thisClass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f;",
        "  static var f;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_staticGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f;",
        "  static get f => 42;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_staticMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f();",
        "  static f() => 42;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_topLevelField() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f;",
        "}",
        "var f = 42;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_topLevelFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f();",
        "}",
        "f() => 42;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_topLevelGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var v;",
        "  A() : v = f;",
        "}",
        "get f => 42;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_implicitThisReferenceInInitializer_typeParameter() {
    Source source = addSource(EngineTestCase.createSource(["class A<T> {", "  var v;", "  A(p) : v = (p is T);", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_importDuplicatedLibraryName() {
    Source source = addSource(EngineTestCase.createSource([
        "library test;",
        "import 'lib.dart';",
        "import 'lib.dart';"]));
    addNamedSource("/lib.dart", "library lib;");
    resolve(source);
    assertErrors(source, [
        HintCode.UNUSED_IMPORT,
        HintCode.UNUSED_IMPORT,
        HintCode.DUPLICATE_IMPORT]);
    verify([source]);
  }

  void test_importOfNonLibrary_libraryDeclared() {
    Source source = addSource(EngineTestCase.createSource(["library lib;", "import 'part.dart';", "A a;"]));
    addNamedSource("/part.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_importOfNonLibrary_libraryNotDeclared() {
    Source source = addSource(EngineTestCase.createSource(["library lib;", "import 'part.dart';", "A a;"]));
    addNamedSource("/part.dart", EngineTestCase.createSource(["class A {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_importPrefixes_withFirstLetterDifference() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart' as math;",
        "import 'lib2.dart' as path;",
        "main() {",
        "  math.test1();",
        "  path.test2();",
        "}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "test1() {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "test2() {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentCaseExpressionTypes() {
    Source source = addSource(EngineTestCase.createSource([
        "f(var p) {",
        "  switch (p) {",
        "    case 1:",
        "      break;",
        "    case 2:",
        "      break;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_accessors_typeParameter2() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A<E> {",
        "  E get x {return null;}",
        "}",
        "class B<E> {",
        "  E get x {return null;}",
        "}",
        "class C<E> extends A<E> implements B<E> {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_accessors_typeParameters_diamond() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class F<E> extends B<E> {}",
        "class D<E> extends F<E> {",
        "  external E get g;",
        "}",
        "abstract class C<E> {",
        "  E get g;",
        "}",
        "abstract class B<E> implements C<E> {",
        "  E get g { return null; }",
        "}",
        "class A<E> extends B<E> implements D<E> {",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_accessors_typeParameters1() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A<E> {",
        "  E get x;",
        "}",
        "abstract class B<E> {",
        "  E get x;",
        "}",
        "class C<E> implements A<E>, B<E> {",
        "  E get x => null;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_methods_typeParameter2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  x(E e) {}",
        "}",
        "class B<E> {",
        "  x(E e) {}",
        "}",
        "class C<E> extends A<E> implements B<E> {",
        "  x(E e) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_methods_typeParameters1() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  x(E e) {}",
        "}",
        "class B<E> {",
        "  x(E e) {}",
        "}",
        "class C<E> implements A<E>, B<E> {",
        "  x(E e) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_overrideTrumpsInherits_getter() {
    // 16134
    Source source = addSource(EngineTestCase.createSource([
        "class B<S> {",
        "  S get g => null;",
        "}",
        "abstract class I<U> {",
        "  U get g => null;",
        "}",
        "class C extends B<double> implements I<int> {",
        "  num get g => null;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_overrideTrumpsInherits_method() {
    // 16134
    Source source = addSource(EngineTestCase.createSource([
        "class B<S> {",
        "  m(S s) => null;",
        "}",
        "abstract class I<U> {",
        "  m(U u) => null;",
        "}",
        "class C extends B<double> implements I<int> {",
        "  m(num n) => null;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_overrideTrumpsInherits_setter() {
    // 16134
    Source source = addSource(EngineTestCase.createSource([
        "class B<S> {",
        "  set t(S s) {}",
        "}",
        "abstract class I<U> {",
        "  set t(U u) {}",
        "}",
        "class C extends B<double> implements I<int> {",
        "  set t(num n) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_simple() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  x();",
        "}",
        "abstract class B {",
        "  x();",
        "}",
        "class C implements A, B {",
        "  x() {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_initializingFormalForNonExistantField() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A(this.x) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_instanceAccessToStaticMember_fromComment() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static m() {}",
        "}",
        "/// [A.m]",
        "main() {",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_instanceAccessToStaticMember_topLevel() {
    Source source = addSource(EngineTestCase.createSource(["m() {}", "main() {", "  m();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_instanceMemberAccessFromStatic_fromComment() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "  /// [m]",
        "  static foo() {",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_field() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart';",
        "class B extends A {",
        "  _m() {}",
        "}"]));
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library L;", "class A {", "  static var _m;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_method() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart';",
        "class B extends A {",
        "  _m() {}",
        "}"]));
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library L;", "class A {", "  static _m() {}", "}"]));
    resolve(source);
    assertErrors(source, []);
    verify([source]);
  }

  void test_invalidAnnotation_constantVariable_field() {
    Source source = addSource(EngineTestCase.createSource(["@A.C", "class A {", "  static const C = 0;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAnnotation_constantVariable_field_importWithPrefix() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A {", "  static const C = 0;", "}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "@p.A.C", "main() {", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAnnotation_constantVariable_topLevel() {
    Source source = addSource(EngineTestCase.createSource(["const C = 0;", "@C", "main() {", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAnnotation_constantVariable_topLevel_importWithPrefix() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "const C = 0;"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "@p.C", "main() {", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAnnotation_constConstructor_importWithPrefix() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A {", "  const A(int p);", "}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as p;", "@p.A(42)", "main() {", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAnnotation_constConstructor_named_importWithPrefix() {
    addNamedSource("/lib.dart", EngineTestCase.createSource([
        "library lib;",
        "class A {",
        "  const A.named(int p);",
        "}"]));
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart' as p;",
        "@p.A.named(42)",
        "main() {",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var x;", "  var y;", "  x = y;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_compoundAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "class byte {",
        "  int _value;",
        "  byte(this._value);",
        "  byte operator +(int val) { return this; }",
        "}",
        "",
        "void main() {",
        "  byte b = new byte(52);",
        "  b += 3;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_defaultValue_named() {
    Source source = addSource(EngineTestCase.createSource(["f({String x: '0'}) {", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_defaultValue_optional() {
    Source source = addSource(EngineTestCase.createSource(["f([String x = '0']) {", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_implicitlyImplementFunctionViaCall_1() {
    // 18341
    //
    // This test and 'test_invalidAssignment_implicitlyImplementFunctionViaCall_2()'
    // are closely related: here we see that 'I' checks as a subtype of 'IntToInt'.
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  int call(int x) => 0;",
        "}",
        "class C implements I {",
        "  noSuchMethod(_) => null;",
        "}",
        "typedef int IntToInt(int x);",
        "IntToInt f = new I();"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_implicitlyImplementFunctionViaCall_2() {
    // 18341
    //
    // Here 'C' checks as a subtype of 'I', but 'C' does not
    // check as a subtype of 'IntToInt'. Together with
    // 'test_invalidAssignment_implicitlyImplementFunctionViaCall_1()' we see
    // that subtyping is not transitive here.
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  int call(int x) => 0;",
        "}",
        "class C implements I {",
        "  noSuchMethod(_) => null;",
        "}",
        "typedef int IntToInt(int x);",
        "IntToInt f = new C();"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_implicitlyImplementFunctionViaCall_3() {
    // 18341
    //
    // Like 'test_invalidAssignment_implicitlyImplementFunctionViaCall_2()',
    // but uses type 'Function' instead of more precise type 'IntToInt' for 'f'.
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  int call(int x) => 0;",
        "}",
        "class C implements I {",
        "  noSuchMethod(_) => null;",
        "}",
        "typedef int IntToInt(int x);",
        "Function f = new C();"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_implicitlyImplementFunctionViaCall_4() {
    // 18341
    //
    // Like 'test_invalidAssignment_implicitlyImplementFunctionViaCall_2()',
    // but uses type 'VoidToInt' instead of more precise type 'IntToInt' for 'f'.
    //
    // Here 'C <: IntToInt <: VoidToInt', but the spec gives no transitivity rule
    // for '<:'. However, many of the :/tools/test.py tests assume this transitivity
    // for 'JsBuilder' objects, assigning them to '(String) -> dynamic'. The declared type of
    // 'JsBuilder.call' is '(String, [dynamic]) -> Expression'.
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  int call([int x]) => 0;",
        "}",
        "class C implements I {",
        "  noSuchMethod(_) => null;",
        "}",
        "typedef int VoidToInt();",
        "VoidToInt f = new C();"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidAssignment_toDynamic() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var g;", "  g = () => 0;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidFactoryNameNotAClass() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  factory A() {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidMethodOverrideNamedParamType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m({int a}) {}",
        "}",
        "class B implements A {",
        "  m({int a, int b}) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideDifferentDefaultValues_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m({int p : 0}) {}",
        "}",
        "class B extends A {",
        "  m({int p : 0}) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideDifferentDefaultValues_named_function() {
    Source source = addSource(EngineTestCase.createSource([
        "nothing() => 'nothing';",
        "class A {",
        "  thing(String a, {orElse : nothing}) {}",
        "}",
        "class B extends A {",
        "  thing(String a, {orElse : nothing}) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideDifferentDefaultValues_positional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m([int p = 0]) {}",
        "}",
        "class B extends A {",
        "  m([int p = 0]) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideDifferentDefaultValues_positional_changedOrder() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m([int a = 0, String b = '0']) {}",
        "}",
        "class B extends A {",
        "  m([int b = 0, String a = '0']) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideDifferentDefaultValues_positional_function() {
    Source source = addSource(EngineTestCase.createSource([
        "nothing() => 'nothing';",
        "class A {",
        "  thing(String a, [orElse = nothing]) {}",
        "}",
        "class B extends A {",
        "  thing(String a, [orElse = nothing]) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideNamed_unorderedNamedParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m({a, b}) {}",
        "}",
        "class B extends A {",
        "  m({b, a}) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideRequired_less() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(a, b) {}",
        "}",
        "class B extends A {",
        "  m(a, [b]) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideRequired_same() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(a) {}",
        "}",
        "class B extends A {",
        "  m(a) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_interface() {
    Source source = addNamedSource("/test.dart", EngineTestCase.createSource([
        "abstract class A {",
        "  num m();",
        "}",
        "class B implements A {",
        "  int m() { return 1; }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_interface2() {
    Source source = addNamedSource("/test.dart", EngineTestCase.createSource([
        "abstract class A {",
        "  num m();",
        "}",
        "abstract class B implements A {",
        "}",
        "class C implements B {",
        "  int m() { return 1; }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_mixin() {
    Source source = addNamedSource("/test.dart", EngineTestCase.createSource([
        "class A {",
        "  num m() { return 0; }",
        "}",
        "class B extends Object with A {",
        "  int m() { return 1; }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_parameterizedTypes() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A<E> {",
        "  List<E> m();",
        "}",
        "class B extends A<dynamic> {",
        "  List<dynamic> m() { return new List<dynamic>(); }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_sameType() {
    Source source = addNamedSource("/test.dart", EngineTestCase.createSource([
        "class A {",
        "  int m() { return 0; }",
        "}",
        "class B extends A {",
        "  int m() { return 1; }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_superclass() {
    Source source = addNamedSource("/test.dart", EngineTestCase.createSource([
        "class A {",
        "  num m() { return 0; }",
        "}",
        "class B extends A {",
        "  int m() { return 1; }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_superclass2() {
    Source source = addNamedSource("/test.dart", EngineTestCase.createSource([
        "class A {",
        "  num m() { return 0; }",
        "}",
        "class B extends A {",
        "}",
        "class C extends B {",
        "  int m() { return 1; }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidOverrideReturnType_returnType_void() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m() {}",
        "}",
        "class B extends A {",
        "  int m() { return 0; }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidReferenceToThis_constructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() {", "    var v = this;", "  }", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidReferenceToThis_instanceMethod() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  m() {", "    var v = this;", "  }", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidTypeArgumentForKey() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {",
        "    return const <int, int>{};",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidTypeArgumentInConstList() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  m() {",
        "    return <E>[];",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invalidTypeArgumentInConstMap() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  m() {",
        "    return <String, E>{};",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invocationOfNonFunction_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var f;",
        "}",
        "class B extends A {",
        "  g() {",
        "    f();",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invocationOfNonFunction_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var g;",
        "}",
        "f() {",
        "  A a;",
        "  a.g();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invocationOfNonFunction_localVariable() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var g;", "  g();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invocationOfNonFunction_localVariable_dynamic() {
    Source source = addSource(EngineTestCase.createSource(["f() {}", "main() {", "  var v = f;", "  v();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invocationOfNonFunction_localVariable_dynamic2() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {}",
        "main() {",
        "  var v = f;",
        "  v = 1;",
        "  v();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invocationOfNonFunction_Object() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  Object v = null;", "  v();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invocationOfNonFunction_proxyOnFunctionClass() {
    // 16078
    Source source = addSource(EngineTestCase.createSource([
        "@proxy",
        "class Functor implements Function {",
        "  noSuchMethod(inv) {",
        "    return 42;",
        "  }",
        "}",
        "main() {",
        "  Functor f = new Functor();",
        "  f();",
        "}"]));
    resolve(source);
    assertErrors(source, []);
    verify([source]);
  }

  void test_listElementTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v1 = <int> [42];", "var v2 = const <int> [42];"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_loadLibraryDefined() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "foo() => 22;"]),
        EngineTestCase.createSource([
        "import 'lib1.dart' deferred as other;",
        "main() {",
        "  other.loadLibrary().then((_) => other.foo());",
        "}"])], <ErrorCode> [
        ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED,
        StaticTypeWarningCode.UNDEFINED_FUNCTION], <ErrorCode> []);
  }

  void test_mapKeyTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v = <String, int > {'a' : 1};"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_memberWithClassName_setter() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set A(v) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_methodDeclaration_scope_signature() {
    Source source = addSource(EngineTestCase.createSource([
        "const app = 0;",
        "class A {",
        "  foo(@app int app) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_misMatchedGetterAndSetterTypes_instance_sameTypes() {
    Source source = addSource(EngineTestCase.createSource([
        "class C {",
        "  int get x => 0;",
        "  set x(int v) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_misMatchedGetterAndSetterTypes_instance_unspecifiedGetter() {
    Source source = addSource(EngineTestCase.createSource(["class C {", "  get x => 0;", "  set x(String v) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_misMatchedGetterAndSetterTypes_instance_unspecifiedSetter() {
    Source source = addSource(EngineTestCase.createSource(["class C {", "  int get x => 0;", "  set x(v) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_misMatchedGetterAndSetterTypes_topLevel_sameTypes() {
    Source source = addSource(EngineTestCase.createSource(["int get x => 0;", "set x(int v) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_misMatchedGetterAndSetterTypes_topLevel_unspecifiedGetter() {
    Source source = addSource(EngineTestCase.createSource(["get x => 0;", "set x(String v) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_misMatchedGetterAndSetterTypes_topLevel_unspecifiedSetter() {
    Source source = addSource(EngineTestCase.createSource(["int get x => 0;", "set x(v) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixedReturnTypes_differentScopes() {
    Source source = addSource(EngineTestCase.createSource([
        "class C {",
        "  m(int x) {",
        "    f(int y) {",
        "      return;",
        "    }",
        "    f(x);",
        "    return 0;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixedReturnTypes_ignoreImplicit() {
    Source source = addSource(EngineTestCase.createSource([
        "f(bool p) {",
        "  if (p) return 42;",
        "  // implicit 'return;' is ignored",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixedReturnTypes_ignoreImplicit2() {
    Source source = addSource(EngineTestCase.createSource([
        "f(bool p) {",
        "  if (p) {",
        "    return 42;",
        "  } else {",
        "    return 42;",
        "  }",
        "  // implicit 'return;' is ignored",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixedReturnTypes_sameKind() {
    Source source = addSource(EngineTestCase.createSource([
        "class C {",
        "  m(int x) {",
        "    if (x < 0) {",
        "      return 1;",
        "    }",
        "    return 0;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixinDeclaresConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends Object with A {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixinDeclaresConstructor_factory() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  factory A() {}",
        "}",
        "class B extends Object with A {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixinInheritsFromNotObject_classDeclaration_mixTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B = Object with A;",
        "class C extends Object with B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_mixinInheritsFromNotObject_typedef_mixTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B = Object with A;",
        "class C = Object with B;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_multipleSuperInitializers_no() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class B extends A {", "  B() {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_multipleSuperInitializers_single() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  B() : super() {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nativeFunctionBodyInNonSDKCode_function() {
    Source source = addSource(EngineTestCase.createSource(["import 'dart-ext:x';", "int m(a) native 'string';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_newWithAbstractClass_factory() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  factory A() { return new B(); }",
        "}",
        "class B implements A {",
        "  B() {}",
        "}",
        "A f() {",
        "  return new A();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_newWithUndefinedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.name() {}",
        "}",
        "f() {",
        "  new A.name();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_newWithUndefinedConstructorDefault() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() {}", "}", "f() {", "  new A();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get g => 0;",
        "}",
        "abstract class B extends A {",
        "  int get g;",
        "}",
        "class C extends B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(p) {}",
        "}",
        "abstract class B extends A {",
        "  m(p);",
        "}",
        "class C extends B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  set s(v) {}",
        "}",
        "abstract class B extends A {",
        "  set s(v);",
        "}",
        "class C extends B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_interface() {
    // 15979
    Source source = addSource(EngineTestCase.createSource([
        "abstract class M {}",
        "abstract class A {}",
        "abstract class I {",
        "  m();",
        "}",
        "abstract class B = A with M implements I;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_mixin() {
    // 15979
    Source source = addSource(EngineTestCase.createSource([
        "abstract class M {",
        "  m();",
        "}",
        "abstract class A {}",
        "abstract class B = A with M;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_superclass() {
    // 15979
    Source source = addSource(EngineTestCase.createSource([
        "class M {}",
        "abstract class A {",
        "  m();",
        "}",
        "abstract class B = A with M;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_mixin_getter() {
    // 17034
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var a;",
        "}",
        "abstract class M {",
        "  get a;",
        "}",
        "class B extends A with M {}",
        "class C extends B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_mixin_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "abstract class M {",
        "  m();",
        "}",
        "class B extends A with M {}",
        "class C extends B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_mixin_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var a;",
        "}",
        "abstract class M {",
        "  set a(dynamic v);",
        "}",
        "class B extends A with M {}",
        "class C extends B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_noSuchMethod_accessor() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int get g;",
        "}",
        "class B extends A {",
        "  noSuchMethod(v) => '';",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_noSuchMethod_method() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  m(p);",
        "}",
        "class B extends A {",
        "  noSuchMethod(v) => '';",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonBoolExpression_functionType() {
    Source source = addSource(EngineTestCase.createSource([
        "bool makeAssertion() => true;",
        "f() {",
        "  assert(makeAssertion);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonBoolExpression_interfaceType() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  assert(true);", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonBoolNegationExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "f(bool pb, pd) {",
        "  !true;",
        "  !false;",
        "  !pb;",
        "  !pd;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonBoolOperand_and_bool() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(bool left, bool right) {",
        "  return left && right;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonBoolOperand_and_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(left, dynamic right) {",
        "  return left && right;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonBoolOperand_or_bool() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(bool left, bool right) {",
        "  return left || right;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonBoolOperand_or_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(dynamic left, right) {",
        "  return left || right;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstantDefaultValue_function_named() {
    Source source = addSource(EngineTestCase.createSource(["f({x : 2 + 3}) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstantDefaultValue_function_positional() {
    Source source = addSource(EngineTestCase.createSource(["f([x = 2 + 3]) {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstantDefaultValue_inConstructor_named() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A({x : 2 + 3}) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstantDefaultValue_inConstructor_positional() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A([x = 2 + 3]) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstantDefaultValue_method_named() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  m({x : 2 + 3}) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstantDefaultValue_method_positional() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  m([x = 2 + 3]) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstantValueInInitializer_namedArgument() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final a;",
        "  const A({this.a});",
        "}",
        "class B extends A {",
        "  const B({b}) : super(a: b);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstCaseExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "f(Type t) {",
        "  switch (t) {",
        "    case bool:",
        "    case int:",
        "      return true;",
        "    default:",
        "      return false;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstMapAsExpressionStatement_const() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  const {'a' : 0, 'b' : 1};", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstMapAsExpressionStatement_notExpressionStatement() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var m = {'a' : 0, 'b' : 1};", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstMapAsExpressionStatement_typeArguments() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  <String, int> {'a' : 0, 'b' : 1};", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstValueInInitializer_binary_bool() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final v;",
        "  const A.a1(bool p) : v = p && true;",
        "  const A.a2(bool p) : v = true && p;",
        "  const A.b1(bool p) : v = p || true;",
        "  const A.b2(bool p) : v = true || p;",
        "}"]));
    resolve(source);
    assertErrors(source, [HintCode.DEAD_CODE]);
    verify([source]);
  }

  void test_nonConstValueInInitializer_binary_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final v;",
        "  const A.a1(p) : v = p + 5;",
        "  const A.a2(p) : v = 5 + p;",
        "  const A.b1(p) : v = p - 5;",
        "  const A.b2(p) : v = 5 - p;",
        "  const A.c1(p) : v = p * 5;",
        "  const A.c2(p) : v = 5 * p;",
        "  const A.d1(p) : v = p / 5;",
        "  const A.d2(p) : v = 5 / p;",
        "  const A.e1(p) : v = p ~/ 5;",
        "  const A.e2(p) : v = 5 ~/ p;",
        "  const A.f1(p) : v = p > 5;",
        "  const A.f2(p) : v = 5 > p;",
        "  const A.g1(p) : v = p < 5;",
        "  const A.g2(p) : v = 5 < p;",
        "  const A.h1(p) : v = p >= 5;",
        "  const A.h2(p) : v = 5 >= p;",
        "  const A.i1(p) : v = p <= 5;",
        "  const A.i2(p) : v = 5 <= p;",
        "  const A.j1(p) : v = p % 5;",
        "  const A.j2(p) : v = 5 % p;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_nonConstValueInInitializer_binary_int() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final v;",
        "  const A.a1(int p) : v = p ^ 5;",
        "  const A.a2(int p) : v = 5 ^ p;",
        "  const A.b1(int p) : v = p & 5;",
        "  const A.b2(int p) : v = 5 & p;",
        "  const A.c1(int p) : v = p | 5;",
        "  const A.c2(int p) : v = 5 | p;",
        "  const A.d1(int p) : v = p >> 5;",
        "  const A.d2(int p) : v = 5 >> p;",
        "  const A.e1(int p) : v = p << 5;",
        "  const A.e2(int p) : v = 5 << p;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstValueInInitializer_binary_num() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final v;",
        "  const A.a1(num p) : v = p + 5;",
        "  const A.a2(num p) : v = 5 + p;",
        "  const A.b1(num p) : v = p - 5;",
        "  const A.b2(num p) : v = 5 - p;",
        "  const A.c1(num p) : v = p * 5;",
        "  const A.c2(num p) : v = 5 * p;",
        "  const A.d1(num p) : v = p / 5;",
        "  const A.d2(num p) : v = 5 / p;",
        "  const A.e1(num p) : v = p ~/ 5;",
        "  const A.e2(num p) : v = 5 ~/ p;",
        "  const A.f1(num p) : v = p > 5;",
        "  const A.f2(num p) : v = 5 > p;",
        "  const A.g1(num p) : v = p < 5;",
        "  const A.g2(num p) : v = 5 < p;",
        "  const A.h1(num p) : v = p >= 5;",
        "  const A.h2(num p) : v = 5 >= p;",
        "  const A.i1(num p) : v = p <= 5;",
        "  const A.i2(num p) : v = 5 <= p;",
        "  const A.j1(num p) : v = p % 5;",
        "  const A.j2(num p) : v = 5 % p;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstValueInInitializer_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int a;",
        "  const A() : a = 5;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstValueInInitializer_redirecting() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A.named(p);",
        "  const A() : this.named(42);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstValueInInitializer_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(p);",
        "}",
        "class B extends A {",
        "  const B() : super(42);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonConstValueInInitializer_unary() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final v;",
        "  const A.a(bool p) : v = !p;",
        "  const A.b(int p) : v = ~p;",
        "  const A.c(num p) : v = -p;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonGenerativeConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.named() {}",
        "  factory A() {}",
        "}",
        "class B extends A {",
        "  B() : super.named();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonTypeInCatchClause_isClass() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  try {",
        "  } on String catch (e) {",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonTypeInCatchClause_isFunctionTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef F();",
        "f() {",
        "  try {",
        "  } on F catch (e) {",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonTypeInCatchClause_isTypeParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  f() {",
        "    try {",
        "    } on T catch (e) {",
        "    }",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonTypeInCatchClause_noType() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  try {", "  } catch (e) {", "  }", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonVoidReturnForOperator_no() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator []=(a, b) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonVoidReturnForOperator_void() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  void operator []=(a, b) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonVoidReturnForSetter_function_no() {
    Source source = addSource("set x(v) {}");
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonVoidReturnForSetter_function_void() {
    Source source = addSource("void set x(v) {}");
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonVoidReturnForSetter_method_no() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set x(v) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_nonVoidReturnForSetter_method_void() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  void set x(v) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_null_callMethod() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  null.m();", "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_null_callOperator() {
    Source source = addSource(EngineTestCase.createSource([
        "main() {",
        "  null + 5;",
        "  null == 5;",
        "  null[0];",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_optionalParameterInOperator_required() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator +(p) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_prefixCollidesWithTopLevelMembers() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A {}"]));
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart' as p;",
        "typedef P();",
        "p2() {}",
        "var p3;",
        "class p4 {}",
        "p.A a;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_propagateTypeArgs_intoBounds() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A<E> {}",
        "abstract class B<F> implements A<F>{}",
        "abstract class C<G, H extends A<G>> {}",
        "class D<I> extends C<I, B<I>> {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_propagateTypeArgs_intoSupertype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  A(T p);",
        "  A.named(T p);",
        "}",
        "class B<S> extends A<S> {",
        "  B(S p) : super(p);",
        "  B.named(S p) : super.named(p);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_proxy_annotation_prefixed() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "@proxy",
        "class A {}",
        "f(A a) {",
        "  a.m();",
        "  var x = a.g;",
        "  a.s = 1;",
        "  var y = a + a;",
        "  a++;",
        "  ++a;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_prefixed2() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "@proxy",
        "class A {}",
        "class B {",
        "  f(A a) {",
        "    a.m();",
        "    var x = a.g;",
        "    a.s = 1;",
        "    var y = a + a;",
        "    a++;",
        "    ++a;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_prefixed3() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class B {",
        "  f(A a) {",
        "    a.m();",
        "    var x = a.g;",
        "    a.s = 1;",
        "    var y = a + a;",
        "    a++;",
        "    ++a;",
        "  }",
        "}",
        "@proxy",
        "class A {}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_proxyHasPrefixedIdentifier() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'dart:core' as core;",
        "@core.proxy class PrefixProxy {}",
        "main() {",
        "  new PrefixProxy().foo;",
        "  new PrefixProxy().foo();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_simple() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "@proxy",
        "class B {",
        "  m() {",
        "    n();",
        "    var x = g;",
        "    s = 1;",
        "    var y = this + this;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_superclass() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class B extends A {",
        "  m() {",
        "    n();",
        "    var x = g;",
        "    s = 1;",
        "    var y = this + this;",
        "  }",
        "}",
        "@proxy",
        "class A {}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_superclass_mixin() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class B extends Object with A {",
        "  m() {",
        "    n();",
        "    var x = g;",
        "    s = 1;",
        "    var y = this + this;",
        "  }",
        "}",
        "@proxy",
        "class A {}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_superinterface() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class B implements A {",
        "  m() {",
        "    n();",
        "    var x = g;",
        "    s = 1;",
        "    var y = this + this;",
        "  }",
        "}",
        "@proxy",
        "class A {}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_superinterface_infiniteLoop() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class C implements A {",
        "  m() {",
        "    n();",
        "    var x = g;",
        "    s = 1;",
        "    var y = this + this;",
        "  }",
        "}",
        "class B implements A{}",
        "class A implements B{}"]));
    resolve(source);
  }

  void test_recursiveConstructorRedirect() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.a() : this.b();",
        "  A.b() : this.c();",
        "  A.c() {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_recursiveFactoryRedirect() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  factory A() = B;",
        "}",
        "class B implements A {",
        "  factory B() = C;",
        "}",
        "class C implements B {",
        "  factory C() {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_redirectToInvalidFunctionType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B {",
        "  A(int p) {}",
        "}",
        "class B {",
        "  factory B(int p) = A;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_redirectToInvalidReturnType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "class B extends A {",
        "  factory B() = A;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_redirectToNonConstConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A.a();",
        "  const factory A.b() = A.a;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_referenceToDeclaredVariableInInitializer_constructorName() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.x() {}",
        "}",
        "f() {",
        "  var x = new A.x();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_referenceToDeclaredVariableInInitializer_methodName() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  x() {}",
        "}",
        "f(A a) {",
        "  var x = a.x();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_referenceToDeclaredVariableInInitializer_propertyName() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var x;",
        "}",
        "f(A a) {",
        "  var x = a.x;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_rethrowOutsideCatch() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m() {",
        "    try {} catch (e) {rethrow;}",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnInGenerativeConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() { return; }", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnOfInvalidType_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "class TypeError {}",
        "class A {",
        "  static void testLogicalOp() {",
        "    testOr(a, b, onTypeError) {",
        "      try {",
        "        return a || b;",
        "      } on TypeError catch (t) {",
        "        return onTypeError;",
        "      }",
        "    }",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnOfInvalidType_dynamicAsTypeArgument() {
    Source source = addSource(EngineTestCase.createSource([
        "class I<T> {",
        "  factory I() => new A<T>();",
        "}",
        "class A<T> implements I {",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnOfInvalidType_subtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "A f(B b) { return b; }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnOfInvalidType_supertype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "B f(A a) { return a; }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnOfInvalidType_typeParameter_18468() {
    // This test verifies that T << Type where T is a type parameter and Type is the type Type from
    // core, this particular test case comes from issue 18468 which depends on this fact.
    //
    // A test cannot be added to TypeParameterTypeImplTest since the types returned out of the
    // TestTypeProvider don't have a mock 'dart.core' enclosing library element.
    // See TypeParameterTypeImpl.isMoreSpecificThan().
    Source source = addSource(EngineTestCase.createSource(["class Foo<T> {", "  Type get t => T;", "}"]));
    resolve(source);
    assertErrors(source, []);
    verify([source]);
  }

  void test_returnOfInvalidType_void() {
    Source source = addSource(EngineTestCase.createSource([
        "void f1() {}",
        "void f2() { return; }",
        "void f3() { return null; }",
        "void f4() { return g1(); }",
        "void f5() { return g2(); }",
        "g1() {}",
        "void g2() {}",
        ""]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnWithoutValue_noReturnType() {
    Source source = addSource(EngineTestCase.createSource(["f() { return; }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_returnWithoutValue_void() {
    Source source = addSource(EngineTestCase.createSource(["void f() { return; }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_reversedTypeArguments() {
    Source source = addSource(EngineTestCase.createSource([
        "class Codec<S1, T1> {",
        "  Codec<T1, S1> get inverted => new _InvertedCodec<T1, S1>(this);",
        "}",
        "class _InvertedCodec<T2, S2> extends Codec<T2, S2> {",
        "  _InvertedCodec(Codec<S2, T2> codec);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_sharedDeferredPrefix() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "f1() {}"]),
        EngineTestCase.createSource(["library lib2;", "f2() {}"]),
        EngineTestCase.createSource(["library lib3;", "f3() {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as lib1;",
        "import 'lib2.dart' as lib;",
        "import 'lib3.dart' as lib;",
        "main() { lib1.f1(); lib.f2(); lib.f3(); }"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> []);
  }

  void test_staticAccessToInstanceMember_annotation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A.name();",
        "}",
        "@A.name()",
        "main() {",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static m() {}",
        "}",
        "main() {",
        "  A.m;",
        "  A.m();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_propertyAccess_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static var f;",
        "}",
        "main() {",
        "  A.f;",
        "  A.f = 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_propertyAccess_propertyAccessor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static get f => 42;",
        "  static set f(x) {}",
        "}",
        "main() {",
        "  A.f;",
        "  A.f = 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_superInInvalidContext() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends A {",
        "  B() {",
        "    var v = super.m();",
        "  }",
        "  n() {",
        "    var v = super.m();",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeAliasCannotReferenceItself_returnClass_withTypeAlias() {
    Source source = addSource(EngineTestCase.createSource(["typedef B A();", "class B {", "  A a;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_const() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "class G<E extends A> {",
        "  const G();",
        "}",
        "f() { return const G<B>(); }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_new() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "class G<E extends A> {}",
        "f() { return new G<B>(); }"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_typeArgumentList_0() {
    Source source = addSource(EngineTestCase.createSource(["abstract class A<T extends A>{}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_typeArgumentList_1() {
    Source source = addSource(EngineTestCase.createSource(["abstract class A<T extends A<A>>{}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_typeArgumentList_20() {
    Source source = addSource(EngineTestCase.createSource(["abstract class A<T extends A<A<A<A<A<A<A<A<A<A<A<A<A<A<A<A<A<A<A<A<A>>>>>>>>>>>>>>>>>>>>>{}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_booleanAnd_useInRight() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  p is String && p.length != 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_booleanAnd_useInRight_accessedInClosureRight_noAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "callMe(f()) { f(); }",
        "main(Object p) {",
        "  (p is String) && callMe(() { p.length; });",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_conditional_issue14655() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "class C extends B {",
        "  mc() {}",
        "}",
        "print(_) {}",
        "main(A p) {",
        "  (p is C) && (print(() => p) && (p is B)) ? p.mc() : p = null;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_conditional_useInThen() {
    Source source = addSource(EngineTestCase.createSource(["main(Object p) {", "  p is String ? p.length : 0;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_conditional_useInThen_accessedInClosure_noAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "callMe(f()) { f(); }",
        "main(Object p) {",
        "  p is String ? callMe(() { p.length; }) : 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_functionType_arg_ignoreIfNotMoreSpecific() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef FuncB(B b);",
        "typedef FuncA(A a);",
        "class A {}",
        "class B {}",
        "main(FuncA f) {",
        "  if (f is FuncB) {",
        "    f(new A());",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_functionType_return_ignoreIfNotMoreSpecific() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "typedef FuncAtoDyn(A a);",
        "typedef FuncDynToDyn(x);",
        "main(FuncAtoDyn f) {",
        "  if (f is FuncDynToDyn) {",
        "    A a = f(new A());",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_functionType_return_voidToDynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef FuncDynToDyn(x);",
        "typedef void FuncDynToVoid(x);",
        "class A {}",
        "main(FuncDynToVoid f) {",
        "  if (f is FuncDynToDyn) {",
        "    A a = f(null);",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_accessedInClosure_noAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "callMe(f()) { f(); }",
        "main(Object p) {",
        "  if (p is String) {",
        "    callMe(() {",
        "      p.length;",
        "    });",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_extends_moreSpecific() {
    Source source = addSource(EngineTestCase.createSource([
        "class V {}",
        "class VP extends V {}",
        "class A<T> {}",
        "class B<S> extends A<S> {",
        "  var b;",
        "}",
        "",
        "main(A<V> p) {",
        "  if (p is B<VP>) {",
        "    p.b;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_hasAssignment_outsideAfter() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if (p is String) {",
        "    p.length;",
        "  }",
        "  p = 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_hasAssignment_outsideBefore() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p, Object p2) {",
        "  p = p2;",
        "  if (p is String) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_implements_moreSpecific() {
    Source source = addSource(EngineTestCase.createSource([
        "class V {}",
        "class VP extends V {}",
        "class A<T> {}",
        "class B<S> implements A<S> {",
        "  var b;",
        "}",
        "",
        "main(A<V> p) {",
        "  if (p is B<VP>) {",
        "    p.b;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_inClosure_assignedAfter_inSameFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "main() {",
        "  f(Object p) {",
        "    if (p is String) {",
        "      p.length;",
        "    }",
        "    p = 0;",
        "  };",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_is_and_left() {
    Source source = addSource(EngineTestCase.createSource([
        "bool tt() => true;",
        "main(Object p) {",
        "  if (p is String && tt()) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_is_and_right() {
    Source source = addSource(EngineTestCase.createSource([
        "bool tt() => true;",
        "main(Object p) {",
        "  if (tt() && p is String) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_is_and_subThenSuper() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var a;",
        "}",
        "class B extends A {",
        "  var b;",
        "}",
        "main(Object p) {",
        "  if (p is B && p is A) {",
        "    p.a;",
        "    p.b;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_is_parenthesized() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if ((p is String)) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_if_is_single() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if (p is String) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typePromotion_parentheses() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  (p is String) ? p.length : 0;",
        "  (p) is String ? p.length : 0;",
        "  ((p)) is String ? p.length : 0;",
        "  ((p) is String) ? p.length : 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeType_class() {
    Source source = addSource(EngineTestCase.createSource(["class C {}", "f(Type t) {}", "main() {", "  f(C);", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeType_class_prefixed() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class C {}"]));
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart' as p;",
        "f(Type t) {}",
        "main() {",
        "  f(p.C);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeType_functionTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef F();",
        "f(Type t) {}",
        "main() {",
        "  f(F);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_typeType_functionTypeAlias_prefixed() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "typedef F();"]));
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart' as p;",
        "f(Type t) {}",
        "main() {",
        "  f(p.F);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_explicit_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.named() {}",
        "}",
        "class B extends A {",
        "  B() : super.named();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_explicit_unnamed() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "class B extends A {",
        "  B() : super();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_hasOptionalParameters() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A([p]) {}",
        "}",
        "class B extends A {",
        "  B();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_implicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "class B extends A {",
        "  B();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_implicit_typeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class M {}",
        "class A = Object with M;",
        "class B extends A {",
        "  B();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedConstructorInInitializer_redirecting() {
    Source source = addSource(EngineTestCase.createSource([
        "class Foo {",
        "  Foo.ctor();",
        "}",
        "class Bar extends Foo {",
        "  Bar() : this.ctor();",
        "  Bar.ctor() : super.ctor();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedGetter_typeSubstitution() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  E element;",
        "}",
        "class B extends A<List> {",
        "  m() {",
        "    element.last;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedIdentifier_hide() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "export 'lib1.dart' hide a;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedIdentifier_show() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "export 'lib1.dart' show a;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedIdentifier_synthetic_whenExpression() {
    Source source = addSource(EngineTestCase.createSource(["print(x) {}", "main() {", "  print(is String);", "}"]));
    resolve(source);
    assertErrors(source, [ParserErrorCode.MISSING_IDENTIFIER]);
  }

  void test_undefinedIdentifier_synthetic_whenMethodName() {
    Source source = addSource(EngineTestCase.createSource(["print(x) {}", "main(int p) {", "  p.();", "}"]));
    resolve(source);
    assertErrors(source, [ParserErrorCode.MISSING_IDENTIFIER]);
  }

  void test_undefinedMethod_functionExpression_callMethod() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  (() => null).call();", "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedMethod_functionExpression_directCall() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  (() => null)();", "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedOperator_index() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  operator [](a) {}",
        "  operator []=(a, b) {}",
        "}",
        "f(A a) {",
        "  a[0];",
        "  a[0] = 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedOperator_tilde() {
    Source source = addSource(EngineTestCase.createSource(["const A = 3;", "const B = ~((1 << A) - 1);"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedSetter_importWithPrefix() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "set y(int value) {}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as x;", "main() {", "  x.y = 0;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedSuperMethod_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  var m;",
        "}",
        "class B extends A {",
        "  f() {",
        "    super.m();",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_undefinedSuperMethod_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "class B extends A {",
        "  f() {",
        "    super.m();",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unqualifiedReferenceToNonLocalStaticMember_fromComment_new() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "  A.named() {}",
        "}",
        "/// [new A] or [new A.named]",
        "main() {",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_uriDoesNotExist_dll() {
    addNamedSource("/lib.dll", "");
    Source source = addSource(EngineTestCase.createSource(["import 'dart-ext:lib';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_uriDoesNotExist_dylib() {
    addNamedSource("/lib.dylib", "");
    Source source = addSource(EngineTestCase.createSource(["import 'dart-ext:lib';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_uriDoesNotExist_so() {
    addNamedSource("/lib.so", "");
    Source source = addSource(EngineTestCase.createSource(["import 'dart-ext:lib';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_wrongNumberOfParametersForOperator_index() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator []=(a, b) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_wrongNumberOfParametersForOperator_minus() {
    _check_wrongNumberOfParametersForOperator("-", "");
    _check_wrongNumberOfParametersForOperator("-", "a");
  }

  void test_wrongNumberOfParametersForOperator1() {
    _check_wrongNumberOfParametersForOperator1("<");
    _check_wrongNumberOfParametersForOperator1(">");
    _check_wrongNumberOfParametersForOperator1("<=");
    _check_wrongNumberOfParametersForOperator1(">=");
    _check_wrongNumberOfParametersForOperator1("+");
    _check_wrongNumberOfParametersForOperator1("/");
    _check_wrongNumberOfParametersForOperator1("~/");
    _check_wrongNumberOfParametersForOperator1("*");
    _check_wrongNumberOfParametersForOperator1("%");
    _check_wrongNumberOfParametersForOperator1("|");
    _check_wrongNumberOfParametersForOperator1("^");
    _check_wrongNumberOfParametersForOperator1("&");
    _check_wrongNumberOfParametersForOperator1("<<");
    _check_wrongNumberOfParametersForOperator1(">>");
    _check_wrongNumberOfParametersForOperator1("[]");
  }

  void test_wrongNumberOfParametersForSetter() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set x(a) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void _check_wrongNumberOfParametersForOperator(String name, String parameters) {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  operator ${name}(${parameters}) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
    reset();
  }

  void _check_wrongNumberOfParametersForOperator1(String name) {
    _check_wrongNumberOfParametersForOperator(name, "a");
  }

  static dartSuite() {
    _ut.group('NonErrorResolverTest', () {
      _ut.test('test_ambiguousExport', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_ambiguousExport);
      });
      _ut.test('test_ambiguousExport_combinators_hide', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_ambiguousExport_combinators_hide);
      });
      _ut.test('test_ambiguousExport_combinators_show', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_ambiguousExport_combinators_show);
      });
      _ut.test('test_ambiguousExport_sameDeclaration', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_ambiguousExport_sameDeclaration);
      });
      _ut.test('test_ambiguousImport_hideCombinator', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_ambiguousImport_hideCombinator);
      });
      _ut.test('test_ambiguousImport_showCombinator', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_ambiguousImport_showCombinator);
      });
      _ut.test('test_argumentTypeNotAssignable_Object_Function', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_Object_Function);
      });
      _ut.test('test_argumentTypeNotAssignable_classWithCall_Function', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_classWithCall_Function);
      });
      _ut.test('test_argumentTypeNotAssignable_fieldFormalParameterElement_member', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_fieldFormalParameterElement_member);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_functionParameter_generic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_functionParameter_generic);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_typedef_generic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_typedef_generic);
      });
      _ut.test('test_argumentTypeNotAssignable_typedef_local', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_typedef_local);
      });
      _ut.test('test_argumentTypeNotAssignable_typedef_parameter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_typedef_parameter);
      });
      _ut.test('test_assignmentToFinalNoSetter_prefixedIdentifier', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_assignmentToFinalNoSetter_prefixedIdentifier);
      });
      _ut.test('test_assignmentToFinalNoSetter_propertyAccess', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_assignmentToFinalNoSetter_propertyAccess);
      });
      _ut.test('test_assignmentToFinal_prefixNegate', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_prefixNegate);
      });
      _ut.test('test_assignmentToFinals_importWithPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_assignmentToFinals_importWithPrefix);
      });
      _ut.test('test_breakWithoutLabelInSwitch', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_breakWithoutLabelInSwitch);
      });
      _ut.test('test_builtInIdentifierAsType_dynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_builtInIdentifierAsType_dynamic);
      });
      _ut.test('test_caseBlockNotTerminated', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_caseBlockNotTerminated);
      });
      _ut.test('test_caseBlockNotTerminated_lastCase', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_caseBlockNotTerminated_lastCase);
      });
      _ut.test('test_caseExpressionTypeImplementsEquals', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_caseExpressionTypeImplementsEquals);
      });
      _ut.test('test_caseExpressionTypeImplementsEquals_Object', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_caseExpressionTypeImplementsEquals_Object);
      });
      _ut.test('test_caseExpressionTypeImplementsEquals_String', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_caseExpressionTypeImplementsEquals_String);
      });
      _ut.test('test_caseExpressionTypeImplementsEquals_int', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_caseExpressionTypeImplementsEquals_int);
      });
      _ut.test('test_commentReference_beforeConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_commentReference_beforeConstructor);
      });
      _ut.test('test_commentReference_beforeFunction_blockBody', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_commentReference_beforeFunction_blockBody);
      });
      _ut.test('test_commentReference_beforeFunction_expressionBody', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_commentReference_beforeFunction_expressionBody);
      });
      _ut.test('test_commentReference_beforeMethod', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_commentReference_beforeMethod);
      });
      _ut.test('test_commentReference_class', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_commentReference_class);
      });
      _ut.test('test_commentReference_setter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_commentReference_setter);
      });
      _ut.test('test_concreteClassWithAbstractMember', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_concreteClassWithAbstractMember);
      });
      _ut.test('test_concreteClassWithAbstractMember_inherited', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_concreteClassWithAbstractMember_inherited);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_instance', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_instance);
      });
      _ut.test('test_conflictingStaticGetterAndInstanceSetter_thisClass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_conflictingStaticGetterAndInstanceSetter_thisClass);
      });
      _ut.test('test_conflictingStaticSetterAndInstanceMember_thisClass_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_conflictingStaticSetterAndInstanceMember_thisClass_method);
      });
      _ut.test('test_constConstructorWithNonConstSuper_explicit', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonConstSuper_explicit);
      });
      _ut.test('test_constConstructorWithNonConstSuper_redirectingFactory', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonConstSuper_redirectingFactory);
      });
      _ut.test('test_constConstructorWithNonConstSuper_unresolved', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonConstSuper_unresolved);
      });
      _ut.test('test_constConstructorWithNonFinalField_finalInstanceVar', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonFinalField_finalInstanceVar);
      });
      _ut.test('test_constConstructorWithNonFinalField_mixin', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonFinalField_mixin);
      });
      _ut.test('test_constConstructorWithNonFinalField_static', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonFinalField_static);
      });
      _ut.test('test_constConstructorWithNonFinalField_syntheticField', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constConstructorWithNonFinalField_syntheticField);
      });
      _ut.test('test_constDeferredClass_new', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constDeferredClass_new);
      });
      _ut.test('test_constEvalTypeBoolNumString_equal', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constEvalTypeBoolNumString_equal);
      });
      _ut.test('test_constEvalTypeBoolNumString_notEqual', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constEvalTypeBoolNumString_notEqual);
      });
      _ut.test('test_constEval_functionTypeLiteral', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constEval_functionTypeLiteral);
      });
      _ut.test('test_constEval_propertyExtraction_fieldStatic_targetType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constEval_propertyExtraction_fieldStatic_targetType);
      });
      _ut.test('test_constEval_propertyExtraction_methodStatic_targetType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constEval_propertyExtraction_methodStatic_targetType);
      });
      _ut.test('test_constEval_symbol', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constEval_symbol);
      });
      _ut.test('test_constMapKeyExpressionTypeImplementsEquals_abstract', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constMapKeyExpressionTypeImplementsEquals_abstract);
      });
      _ut.test('test_constNotInitialized_field', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constNotInitialized_field);
      });
      _ut.test('test_constNotInitialized_local', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constNotInitialized_local);
      });
      _ut.test('test_constWithNonConstantArgument_literals', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constWithNonConstantArgument_literals);
      });
      _ut.test('test_constWithTypeParameters_direct', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constWithTypeParameters_direct);
      });
      _ut.test('test_constWithUndefinedConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constWithUndefinedConstructor);
      });
      _ut.test('test_constWithUndefinedConstructorDefault', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constWithUndefinedConstructorDefault);
      });
      _ut.test('test_constructorDeclaration_scope_signature', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_constructorDeclaration_scope_signature);
      });
      _ut.test('test_defaultValueInFunctionTypeAlias', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_defaultValueInFunctionTypeAlias);
      });
      _ut.test('test_defaultValueInFunctionTypedParameter_named', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_defaultValueInFunctionTypedParameter_named);
      });
      _ut.test('test_defaultValueInFunctionTypedParameter_optional', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_defaultValueInFunctionTypedParameter_optional);
      });
      _ut.test('test_deprecatedMemberUse_hide', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_deprecatedMemberUse_hide);
      });
      _ut.test('test_duplicateDefinition_emptyName', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_emptyName);
      });
      _ut.test('test_duplicateDefinition_getter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_duplicateDefinition_getter);
      });
      _ut.test('test_dynamicIdentifier', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_dynamicIdentifier);
      });
      _ut.test('test_expectedOneListTypeArgument', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_expectedOneListTypeArgument);
      });
      _ut.test('test_expectedTwoMapTypeArguments', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_expectedTwoMapTypeArguments);
      });
      _ut.test('test_exportOfNonLibrary_libraryDeclared', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_exportOfNonLibrary_libraryDeclared);
      });
      _ut.test('test_exportOfNonLibrary_libraryNotDeclared', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_exportOfNonLibrary_libraryNotDeclared);
      });
      _ut.test('test_extraPositionalArguments_Function', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_Function);
      });
      _ut.test('test_extraPositionalArguments_function', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_function);
      });
      _ut.test('test_extraPositionalArguments_implicitConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_implicitConstructor);
      });
      _ut.test('test_extraPositionalArguments_typedef_local', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_typedef_local);
      });
      _ut.test('test_extraPositionalArguments_typedef_parameter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_typedef_parameter);
      });
      _ut.test('test_fieldInitializedByMultipleInitializers', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_fieldInitializedByMultipleInitializers);
      });
      _ut.test('test_fieldInitializedInInitializerAndDeclaration_fieldNotFinal', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_fieldInitializedInInitializerAndDeclaration_fieldNotFinal);
      });
      _ut.test('test_fieldInitializedInInitializerAndDeclaration_finalFieldNotSet', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_fieldInitializedInInitializerAndDeclaration_finalFieldNotSet);
      });
      _ut.test('test_fieldInitializerOutsideConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_fieldInitializerOutsideConstructor);
      });
      _ut.test('test_fieldInitializerOutsideConstructor_defaultParameters', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_fieldInitializerOutsideConstructor_defaultParameters);
      });
      _ut.test('test_fieldInitializerRedirectingConstructor_super', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_fieldInitializerRedirectingConstructor_super);
      });
      _ut.test('test_finalInitializedInDeclarationAndConstructor_initializer', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalInitializedInDeclarationAndConstructor_initializer);
      });
      _ut.test('test_finalInitializedInDeclarationAndConstructor_initializingFormal', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalInitializedInDeclarationAndConstructor_initializingFormal);
      });
      _ut.test('test_finalNotInitialized_atDeclaration', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_atDeclaration);
      });
      _ut.test('test_finalNotInitialized_fieldFormal', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_fieldFormal);
      });
      _ut.test('test_finalNotInitialized_functionTypedFieldFormal', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_functionTypedFieldFormal);
      });
      _ut.test('test_finalNotInitialized_hasNativeClause_hasConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_hasNativeClause_hasConstructor);
      });
      _ut.test('test_finalNotInitialized_hasNativeClause_noConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_hasNativeClause_noConstructor);
      });
      _ut.test('test_finalNotInitialized_initializer', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_initializer);
      });
      _ut.test('test_finalNotInitialized_redirectingConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_redirectingConstructor);
      });
      _ut.test('test_functionDeclaration_scope_returnType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_functionDeclaration_scope_returnType);
      });
      _ut.test('test_functionDeclaration_scope_signature', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_functionDeclaration_scope_signature);
      });
      _ut.test('test_functionTypeAlias_scope_returnType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_functionTypeAlias_scope_returnType);
      });
      _ut.test('test_functionTypeAlias_scope_signature', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_functionTypeAlias_scope_signature);
      });
      _ut.test('test_functionWithoutCall', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_functionWithoutCall);
      });
      _ut.test('test_functionWithoutCall_doesNotImplementFunction', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_functionWithoutCall_doesNotImplementFunction);
      });
      _ut.test('test_functionWithoutCall_withNoSuchMethod', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_functionWithoutCall_withNoSuchMethod);
      });
      _ut.test('test_implicitThisReferenceInInitializer_constructorName', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_constructorName);
      });
      _ut.test('test_implicitThisReferenceInInitializer_importPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_importPrefix);
      });
      _ut.test('test_implicitThisReferenceInInitializer_prefixedIdentifier', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_prefixedIdentifier);
      });
      _ut.test('test_implicitThisReferenceInInitializer_qualifiedMethodInvocation', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_qualifiedMethodInvocation);
      });
      _ut.test('test_implicitThisReferenceInInitializer_qualifiedPropertyAccess', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_qualifiedPropertyAccess);
      });
      _ut.test('test_implicitThisReferenceInInitializer_staticField_thisClass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_staticField_thisClass);
      });
      _ut.test('test_implicitThisReferenceInInitializer_staticGetter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_staticGetter);
      });
      _ut.test('test_implicitThisReferenceInInitializer_staticMethod', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_staticMethod);
      });
      _ut.test('test_implicitThisReferenceInInitializer_topLevelField', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_topLevelField);
      });
      _ut.test('test_implicitThisReferenceInInitializer_topLevelFunction', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_topLevelFunction);
      });
      _ut.test('test_implicitThisReferenceInInitializer_topLevelGetter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_topLevelGetter);
      });
      _ut.test('test_implicitThisReferenceInInitializer_typeParameter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_implicitThisReferenceInInitializer_typeParameter);
      });
      _ut.test('test_importDuplicatedLibraryName', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_importDuplicatedLibraryName);
      });
      _ut.test('test_importOfNonLibrary_libraryDeclared', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_importOfNonLibrary_libraryDeclared);
      });
      _ut.test('test_importOfNonLibrary_libraryNotDeclared', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_importOfNonLibrary_libraryNotDeclared);
      });
      _ut.test('test_importPrefixes_withFirstLetterDifference', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_importPrefixes_withFirstLetterDifference);
      });
      _ut.test('test_inconsistentCaseExpressionTypes', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentCaseExpressionTypes);
      });
      _ut.test('test_inconsistentMethodInheritance_accessors_typeParameter2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_accessors_typeParameter2);
      });
      _ut.test('test_inconsistentMethodInheritance_accessors_typeParameters1', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_accessors_typeParameters1);
      });
      _ut.test('test_inconsistentMethodInheritance_accessors_typeParameters_diamond', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_accessors_typeParameters_diamond);
      });
      _ut.test('test_inconsistentMethodInheritance_methods_typeParameter2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_methods_typeParameter2);
      });
      _ut.test('test_inconsistentMethodInheritance_methods_typeParameters1', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_methods_typeParameters1);
      });
      _ut.test('test_inconsistentMethodInheritance_overrideTrumpsInherits_getter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_overrideTrumpsInherits_getter);
      });
      _ut.test('test_inconsistentMethodInheritance_overrideTrumpsInherits_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_overrideTrumpsInherits_method);
      });
      _ut.test('test_inconsistentMethodInheritance_overrideTrumpsInherits_setter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_overrideTrumpsInherits_setter);
      });
      _ut.test('test_inconsistentMethodInheritance_simple', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_simple);
      });
      _ut.test('test_initializingFormalForNonExistantField', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_initializingFormalForNonExistantField);
      });
      _ut.test('test_instanceAccessToStaticMember_fromComment', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_instanceAccessToStaticMember_fromComment);
      });
      _ut.test('test_instanceAccessToStaticMember_topLevel', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_instanceAccessToStaticMember_topLevel);
      });
      _ut.test('test_instanceMemberAccessFromStatic_fromComment', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_instanceMemberAccessFromStatic_fromComment);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_field', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_field);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_method);
      });
      _ut.test('test_invalidAnnotation_constConstructor_importWithPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_constConstructor_importWithPrefix);
      });
      _ut.test('test_invalidAnnotation_constConstructor_named_importWithPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_constConstructor_named_importWithPrefix);
      });
      _ut.test('test_invalidAnnotation_constantVariable_field', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_constantVariable_field);
      });
      _ut.test('test_invalidAnnotation_constantVariable_field_importWithPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_constantVariable_field_importWithPrefix);
      });
      _ut.test('test_invalidAnnotation_constantVariable_topLevel', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_constantVariable_topLevel);
      });
      _ut.test('test_invalidAnnotation_constantVariable_topLevel_importWithPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAnnotation_constantVariable_topLevel_importWithPrefix);
      });
      _ut.test('test_invalidAssignment', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment);
      });
      _ut.test('test_invalidAssignment_compoundAssignment', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_compoundAssignment);
      });
      _ut.test('test_invalidAssignment_defaultValue_named', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_defaultValue_named);
      });
      _ut.test('test_invalidAssignment_defaultValue_optional', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_defaultValue_optional);
      });
      _ut.test('test_invalidAssignment_implicitlyImplementFunctionViaCall_1', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_implicitlyImplementFunctionViaCall_1);
      });
      _ut.test('test_invalidAssignment_implicitlyImplementFunctionViaCall_2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_implicitlyImplementFunctionViaCall_2);
      });
      _ut.test('test_invalidAssignment_implicitlyImplementFunctionViaCall_3', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_implicitlyImplementFunctionViaCall_3);
      });
      _ut.test('test_invalidAssignment_implicitlyImplementFunctionViaCall_4', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_implicitlyImplementFunctionViaCall_4);
      });
      _ut.test('test_invalidAssignment_toDynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidAssignment_toDynamic);
      });
      _ut.test('test_invalidFactoryNameNotAClass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidFactoryNameNotAClass);
      });
      _ut.test('test_invalidMethodOverrideNamedParamType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideNamedParamType);
      });
      _ut.test('test_invalidOverrideDifferentDefaultValues_named', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideDifferentDefaultValues_named);
      });
      _ut.test('test_invalidOverrideDifferentDefaultValues_named_function', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideDifferentDefaultValues_named_function);
      });
      _ut.test('test_invalidOverrideDifferentDefaultValues_positional', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideDifferentDefaultValues_positional);
      });
      _ut.test('test_invalidOverrideDifferentDefaultValues_positional_changedOrder', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideDifferentDefaultValues_positional_changedOrder);
      });
      _ut.test('test_invalidOverrideDifferentDefaultValues_positional_function', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideDifferentDefaultValues_positional_function);
      });
      _ut.test('test_invalidOverrideNamed_unorderedNamedParameter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideNamed_unorderedNamedParameter);
      });
      _ut.test('test_invalidOverrideRequired_less', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideRequired_less);
      });
      _ut.test('test_invalidOverrideRequired_same', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideRequired_same);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_interface', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_interface);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_interface2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_interface2);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_mixin', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_mixin);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_parameterizedTypes', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_parameterizedTypes);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_sameType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_sameType);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_superclass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_superclass);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_superclass2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_superclass2);
      });
      _ut.test('test_invalidOverrideReturnType_returnType_void', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidOverrideReturnType_returnType_void);
      });
      _ut.test('test_invalidReferenceToThis_constructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_constructor);
      });
      _ut.test('test_invalidReferenceToThis_instanceMethod', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidReferenceToThis_instanceMethod);
      });
      _ut.test('test_invalidTypeArgumentForKey', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidTypeArgumentForKey);
      });
      _ut.test('test_invalidTypeArgumentInConstList', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidTypeArgumentInConstList);
      });
      _ut.test('test_invalidTypeArgumentInConstMap', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invalidTypeArgumentInConstMap);
      });
      _ut.test('test_invocationOfNonFunction_Object', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_Object);
      });
      _ut.test('test_invocationOfNonFunction_dynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_dynamic);
      });
      _ut.test('test_invocationOfNonFunction_getter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_getter);
      });
      _ut.test('test_invocationOfNonFunction_localVariable', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_localVariable);
      });
      _ut.test('test_invocationOfNonFunction_localVariable_dynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_localVariable_dynamic);
      });
      _ut.test('test_invocationOfNonFunction_localVariable_dynamic2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_localVariable_dynamic2);
      });
      _ut.test('test_invocationOfNonFunction_proxyOnFunctionClass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_proxyOnFunctionClass);
      });
      _ut.test('test_listElementTypeNotAssignable', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_listElementTypeNotAssignable);
      });
      _ut.test('test_loadLibraryDefined', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_loadLibraryDefined);
      });
      _ut.test('test_mapKeyTypeNotAssignable', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mapKeyTypeNotAssignable);
      });
      _ut.test('test_memberWithClassName_setter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_memberWithClassName_setter);
      });
      _ut.test('test_methodDeclaration_scope_signature', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_methodDeclaration_scope_signature);
      });
      _ut.test('test_misMatchedGetterAndSetterTypes_instance_sameTypes', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_misMatchedGetterAndSetterTypes_instance_sameTypes);
      });
      _ut.test('test_misMatchedGetterAndSetterTypes_instance_unspecifiedGetter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_misMatchedGetterAndSetterTypes_instance_unspecifiedGetter);
      });
      _ut.test('test_misMatchedGetterAndSetterTypes_instance_unspecifiedSetter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_misMatchedGetterAndSetterTypes_instance_unspecifiedSetter);
      });
      _ut.test('test_misMatchedGetterAndSetterTypes_topLevel_sameTypes', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_misMatchedGetterAndSetterTypes_topLevel_sameTypes);
      });
      _ut.test('test_misMatchedGetterAndSetterTypes_topLevel_unspecifiedGetter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_misMatchedGetterAndSetterTypes_topLevel_unspecifiedGetter);
      });
      _ut.test('test_misMatchedGetterAndSetterTypes_topLevel_unspecifiedSetter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_misMatchedGetterAndSetterTypes_topLevel_unspecifiedSetter);
      });
      _ut.test('test_mixedReturnTypes_differentScopes', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixedReturnTypes_differentScopes);
      });
      _ut.test('test_mixedReturnTypes_ignoreImplicit', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixedReturnTypes_ignoreImplicit);
      });
      _ut.test('test_mixedReturnTypes_ignoreImplicit2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixedReturnTypes_ignoreImplicit2);
      });
      _ut.test('test_mixedReturnTypes_sameKind', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixedReturnTypes_sameKind);
      });
      _ut.test('test_mixinDeclaresConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixinDeclaresConstructor);
      });
      _ut.test('test_mixinDeclaresConstructor_factory', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixinDeclaresConstructor_factory);
      });
      _ut.test('test_mixinInheritsFromNotObject_classDeclaration_mixTypeAlias', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixinInheritsFromNotObject_classDeclaration_mixTypeAlias);
      });
      _ut.test('test_mixinInheritsFromNotObject_typedef_mixTypeAlias', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_mixinInheritsFromNotObject_typedef_mixTypeAlias);
      });
      _ut.test('test_multipleSuperInitializers_no', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_multipleSuperInitializers_no);
      });
      _ut.test('test_multipleSuperInitializers_single', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_multipleSuperInitializers_single);
      });
      _ut.test('test_nativeFunctionBodyInNonSDKCode_function', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nativeFunctionBodyInNonSDKCode_function);
      });
      _ut.test('test_newWithAbstractClass_factory', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_newWithAbstractClass_factory);
      });
      _ut.test('test_newWithUndefinedConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_newWithUndefinedConstructor);
      });
      _ut.test('test_newWithUndefinedConstructorDefault', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_newWithUndefinedConstructorDefault);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_getter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_getter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_method);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_setter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_abstractsDontOverrideConcretes_setter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_interface', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_interface);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_mixin', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_mixin);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_superclass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_superclass);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_mixin_getter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_mixin_getter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_mixin_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_mixin_method);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_mixin_setter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_mixin_setter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_noSuchMethod_accessor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_noSuchMethod_accessor);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_noSuchMethod_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_noSuchMethod_method);
      });
      _ut.test('test_nonBoolExpression_functionType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonBoolExpression_functionType);
      });
      _ut.test('test_nonBoolExpression_interfaceType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonBoolExpression_interfaceType);
      });
      _ut.test('test_nonBoolNegationExpression', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonBoolNegationExpression);
      });
      _ut.test('test_nonBoolOperand_and_bool', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_and_bool);
      });
      _ut.test('test_nonBoolOperand_and_dynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_and_dynamic);
      });
      _ut.test('test_nonBoolOperand_or_bool', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_or_bool);
      });
      _ut.test('test_nonBoolOperand_or_dynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_or_dynamic);
      });
      _ut.test('test_nonConstCaseExpression', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstCaseExpression);
      });
      _ut.test('test_nonConstMapAsExpressionStatement_const', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstMapAsExpressionStatement_const);
      });
      _ut.test('test_nonConstMapAsExpressionStatement_notExpressionStatement', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstMapAsExpressionStatement_notExpressionStatement);
      });
      _ut.test('test_nonConstMapAsExpressionStatement_typeArguments', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstMapAsExpressionStatement_typeArguments);
      });
      _ut.test('test_nonConstValueInInitializer_binary_bool', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_bool);
      });
      _ut.test('test_nonConstValueInInitializer_binary_dynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_dynamic);
      });
      _ut.test('test_nonConstValueInInitializer_binary_int', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_int);
      });
      _ut.test('test_nonConstValueInInitializer_binary_num', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_binary_num);
      });
      _ut.test('test_nonConstValueInInitializer_field', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_field);
      });
      _ut.test('test_nonConstValueInInitializer_redirecting', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_redirecting);
      });
      _ut.test('test_nonConstValueInInitializer_super', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_super);
      });
      _ut.test('test_nonConstValueInInitializer_unary', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstValueInInitializer_unary);
      });
      _ut.test('test_nonConstantDefaultValue_function_named', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_function_named);
      });
      _ut.test('test_nonConstantDefaultValue_function_positional', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_function_positional);
      });
      _ut.test('test_nonConstantDefaultValue_inConstructor_named', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_inConstructor_named);
      });
      _ut.test('test_nonConstantDefaultValue_inConstructor_positional', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_inConstructor_positional);
      });
      _ut.test('test_nonConstantDefaultValue_method_named', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_method_named);
      });
      _ut.test('test_nonConstantDefaultValue_method_positional', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstantDefaultValue_method_positional);
      });
      _ut.test('test_nonConstantValueInInitializer_namedArgument', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonConstantValueInInitializer_namedArgument);
      });
      _ut.test('test_nonGenerativeConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonGenerativeConstructor);
      });
      _ut.test('test_nonTypeInCatchClause_isClass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonTypeInCatchClause_isClass);
      });
      _ut.test('test_nonTypeInCatchClause_isFunctionTypeAlias', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonTypeInCatchClause_isFunctionTypeAlias);
      });
      _ut.test('test_nonTypeInCatchClause_isTypeParameter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonTypeInCatchClause_isTypeParameter);
      });
      _ut.test('test_nonTypeInCatchClause_noType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonTypeInCatchClause_noType);
      });
      _ut.test('test_nonVoidReturnForOperator_no', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForOperator_no);
      });
      _ut.test('test_nonVoidReturnForOperator_void', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForOperator_void);
      });
      _ut.test('test_nonVoidReturnForSetter_function_no', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForSetter_function_no);
      });
      _ut.test('test_nonVoidReturnForSetter_function_void', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForSetter_function_void);
      });
      _ut.test('test_nonVoidReturnForSetter_method_no', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForSetter_method_no);
      });
      _ut.test('test_nonVoidReturnForSetter_method_void', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForSetter_method_void);
      });
      _ut.test('test_null_callMethod', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_null_callMethod);
      });
      _ut.test('test_null_callOperator', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_null_callOperator);
      });
      _ut.test('test_optionalParameterInOperator_required', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_optionalParameterInOperator_required);
      });
      _ut.test('test_prefixCollidesWithTopLevelMembers', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_prefixCollidesWithTopLevelMembers);
      });
      _ut.test('test_propagateTypeArgs_intoBounds', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_propagateTypeArgs_intoBounds);
      });
      _ut.test('test_propagateTypeArgs_intoSupertype', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_propagateTypeArgs_intoSupertype);
      });
      _ut.test('test_proxy_annotation_prefixed', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_prefixed);
      });
      _ut.test('test_proxy_annotation_prefixed2', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_prefixed2);
      });
      _ut.test('test_proxy_annotation_prefixed3', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_prefixed3);
      });
      _ut.test('test_proxy_annotation_proxyHasPrefixedIdentifier', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_proxyHasPrefixedIdentifier);
      });
      _ut.test('test_proxy_annotation_simple', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_simple);
      });
      _ut.test('test_proxy_annotation_superclass', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_superclass);
      });
      _ut.test('test_proxy_annotation_superclass_mixin', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_superclass_mixin);
      });
      _ut.test('test_proxy_annotation_superinterface', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_superinterface);
      });
      _ut.test('test_proxy_annotation_superinterface_infiniteLoop', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_proxy_annotation_superinterface_infiniteLoop);
      });
      _ut.test('test_recursiveConstructorRedirect', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_recursiveConstructorRedirect);
      });
      _ut.test('test_recursiveFactoryRedirect', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_recursiveFactoryRedirect);
      });
      _ut.test('test_redirectToInvalidFunctionType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_redirectToInvalidFunctionType);
      });
      _ut.test('test_redirectToInvalidReturnType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_redirectToInvalidReturnType);
      });
      _ut.test('test_redirectToNonConstConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_redirectToNonConstConstructor);
      });
      _ut.test('test_referenceToDeclaredVariableInInitializer_constructorName', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_referenceToDeclaredVariableInInitializer_constructorName);
      });
      _ut.test('test_referenceToDeclaredVariableInInitializer_methodName', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_referenceToDeclaredVariableInInitializer_methodName);
      });
      _ut.test('test_referenceToDeclaredVariableInInitializer_propertyName', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_referenceToDeclaredVariableInInitializer_propertyName);
      });
      _ut.test('test_rethrowOutsideCatch', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_rethrowOutsideCatch);
      });
      _ut.test('test_returnInGenerativeConstructor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnInGenerativeConstructor);
      });
      _ut.test('test_returnOfInvalidType_dynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_dynamic);
      });
      _ut.test('test_returnOfInvalidType_dynamicAsTypeArgument', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_dynamicAsTypeArgument);
      });
      _ut.test('test_returnOfInvalidType_subtype', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_subtype);
      });
      _ut.test('test_returnOfInvalidType_supertype', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_supertype);
      });
      _ut.test('test_returnOfInvalidType_typeParameter_18468', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_typeParameter_18468);
      });
      _ut.test('test_returnOfInvalidType_void', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_void);
      });
      _ut.test('test_returnWithoutValue_noReturnType', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnWithoutValue_noReturnType);
      });
      _ut.test('test_returnWithoutValue_void', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_returnWithoutValue_void);
      });
      _ut.test('test_reversedTypeArguments', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_reversedTypeArguments);
      });
      _ut.test('test_sharedDeferredPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_sharedDeferredPrefix);
      });
      _ut.test('test_staticAccessToInstanceMember_annotation', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_annotation);
      });
      _ut.test('test_staticAccessToInstanceMember_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_method);
      });
      _ut.test('test_staticAccessToInstanceMember_propertyAccess_field', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_propertyAccess_field);
      });
      _ut.test('test_staticAccessToInstanceMember_propertyAccess_propertyAccessor', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_propertyAccess_propertyAccessor);
      });
      _ut.test('test_superInInvalidContext', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_superInInvalidContext);
      });
      _ut.test('test_typeAliasCannotReferenceItself_returnClass_withTypeAlias', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeAliasCannotReferenceItself_returnClass_withTypeAlias);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_const', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_const);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_new', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_new);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_typeArgumentList_0', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_typeArgumentList_0);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_typeArgumentList_1', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_typeArgumentList_1);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_typeArgumentList_20', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_typeArgumentList_20);
      });
      _ut.test('test_typePromotion_booleanAnd_useInRight', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_booleanAnd_useInRight);
      });
      _ut.test('test_typePromotion_booleanAnd_useInRight_accessedInClosureRight_noAssignment', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_booleanAnd_useInRight_accessedInClosureRight_noAssignment);
      });
      _ut.test('test_typePromotion_conditional_issue14655', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_conditional_issue14655);
      });
      _ut.test('test_typePromotion_conditional_useInThen', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_conditional_useInThen);
      });
      _ut.test('test_typePromotion_conditional_useInThen_accessedInClosure_noAssignment', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_conditional_useInThen_accessedInClosure_noAssignment);
      });
      _ut.test('test_typePromotion_functionType_arg_ignoreIfNotMoreSpecific', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_functionType_arg_ignoreIfNotMoreSpecific);
      });
      _ut.test('test_typePromotion_functionType_return_ignoreIfNotMoreSpecific', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_functionType_return_ignoreIfNotMoreSpecific);
      });
      _ut.test('test_typePromotion_functionType_return_voidToDynamic', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_functionType_return_voidToDynamic);
      });
      _ut.test('test_typePromotion_if_accessedInClosure_noAssignment', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_accessedInClosure_noAssignment);
      });
      _ut.test('test_typePromotion_if_extends_moreSpecific', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_extends_moreSpecific);
      });
      _ut.test('test_typePromotion_if_hasAssignment_outsideAfter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_outsideAfter);
      });
      _ut.test('test_typePromotion_if_hasAssignment_outsideBefore', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_outsideBefore);
      });
      _ut.test('test_typePromotion_if_implements_moreSpecific', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_implements_moreSpecific);
      });
      _ut.test('test_typePromotion_if_inClosure_assignedAfter_inSameFunction', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_inClosure_assignedAfter_inSameFunction);
      });
      _ut.test('test_typePromotion_if_is_and_left', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_is_and_left);
      });
      _ut.test('test_typePromotion_if_is_and_right', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_is_and_right);
      });
      _ut.test('test_typePromotion_if_is_and_subThenSuper', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_is_and_subThenSuper);
      });
      _ut.test('test_typePromotion_if_is_parenthesized', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_is_parenthesized);
      });
      _ut.test('test_typePromotion_if_is_single', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_if_is_single);
      });
      _ut.test('test_typePromotion_parentheses', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typePromotion_parentheses);
      });
      _ut.test('test_typeType_class', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeType_class);
      });
      _ut.test('test_typeType_class_prefixed', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeType_class_prefixed);
      });
      _ut.test('test_typeType_functionTypeAlias', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeType_functionTypeAlias);
      });
      _ut.test('test_typeType_functionTypeAlias_prefixed', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_typeType_functionTypeAlias_prefixed);
      });
      _ut.test('test_undefinedConstructorInInitializer_explicit_named', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_explicit_named);
      });
      _ut.test('test_undefinedConstructorInInitializer_explicit_unnamed', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_explicit_unnamed);
      });
      _ut.test('test_undefinedConstructorInInitializer_hasOptionalParameters', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_hasOptionalParameters);
      });
      _ut.test('test_undefinedConstructorInInitializer_implicit', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_implicit);
      });
      _ut.test('test_undefinedConstructorInInitializer_implicit_typeAlias', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_implicit_typeAlias);
      });
      _ut.test('test_undefinedConstructorInInitializer_redirecting', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedConstructorInInitializer_redirecting);
      });
      _ut.test('test_undefinedGetter_typeSubstitution', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedGetter_typeSubstitution);
      });
      _ut.test('test_undefinedIdentifier_hide', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_hide);
      });
      _ut.test('test_undefinedIdentifier_show', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_show);
      });
      _ut.test('test_undefinedIdentifier_synthetic_whenExpression', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_synthetic_whenExpression);
      });
      _ut.test('test_undefinedIdentifier_synthetic_whenMethodName', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_synthetic_whenMethodName);
      });
      _ut.test('test_undefinedMethod_functionExpression_callMethod', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedMethod_functionExpression_callMethod);
      });
      _ut.test('test_undefinedMethod_functionExpression_directCall', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedMethod_functionExpression_directCall);
      });
      _ut.test('test_undefinedOperator_index', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedOperator_index);
      });
      _ut.test('test_undefinedOperator_tilde', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedOperator_tilde);
      });
      _ut.test('test_undefinedSetter_importWithPrefix', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedSetter_importWithPrefix);
      });
      _ut.test('test_undefinedSuperMethod_field', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedSuperMethod_field);
      });
      _ut.test('test_undefinedSuperMethod_method', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_undefinedSuperMethod_method);
      });
      _ut.test('test_unqualifiedReferenceToNonLocalStaticMember_fromComment_new', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_unqualifiedReferenceToNonLocalStaticMember_fromComment_new);
      });
      _ut.test('test_uriDoesNotExist_dll', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_uriDoesNotExist_dll);
      });
      _ut.test('test_uriDoesNotExist_dylib', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_uriDoesNotExist_dylib);
      });
      _ut.test('test_uriDoesNotExist_so', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_uriDoesNotExist_so);
      });
      _ut.test('test_wrongNumberOfParametersForOperator1', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForOperator1);
      });
      _ut.test('test_wrongNumberOfParametersForOperator_index', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForOperator_index);
      });
      _ut.test('test_wrongNumberOfParametersForOperator_minus', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForOperator_minus);
      });
      _ut.test('test_wrongNumberOfParametersForSetter', () {
        final __test = new NonErrorResolverTest();
        runJUnitTest(__test, __test.test_wrongNumberOfParametersForSetter);
      });
    });
  }
}

class NonHintCodeTest extends ResolverTestCase {
  void test_deadCode_deadBlock_conditionalElse_debugConst() {
    Source source = addSource(EngineTestCase.createSource([
        "const bool DEBUG = true;",
        "f() {",
        "  DEBUG ? 1 : 2;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadBlock_conditionalIf_debugConst() {
    Source source = addSource(EngineTestCase.createSource([
        "const bool DEBUG = false;",
        "f() {",
        "  DEBUG ? 1 : 2;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadBlock_else() {
    Source source = addSource(EngineTestCase.createSource([
        "const bool DEBUG = true;",
        "f() {",
        "  if(DEBUG) {} else {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadBlock_if_debugConst_prefixedIdentifier() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static const bool DEBUG = false;",
        "}",
        "f() {",
        "  if(A.DEBUG) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadBlock_if_debugConst_prefixedIdentifier2() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib2.dart';",
        "f() {",
        "  if(A.DEBUG) {}",
        "}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource([
        "library lib2;",
        "class A {",
        "  static const bool DEBUG = false;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadBlock_if_debugConst_propertyAccessor() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib2.dart' as LIB;",
        "f() {",
        "  if(LIB.A.DEBUG) {}",
        "}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource([
        "library lib2;",
        "class A {",
        "  static const bool DEBUG = false;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadBlock_if_debugConst_simpleIdentifier() {
    Source source = addSource(EngineTestCase.createSource([
        "const bool DEBUG = false;",
        "f() {",
        "  if(DEBUG) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadBlock_while_debugConst() {
    Source source = addSource(EngineTestCase.createSource([
        "const bool DEBUG = false;",
        "f() {",
        "  while(DEBUG) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadCatch_onCatchSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "f() {",
        "  try {} on B catch (e) {} on A catch (e) {} catch (e) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadOperandLHS_and_debugConst() {
    Source source = addSource(EngineTestCase.createSource([
        "const bool DEBUG = false;",
        "f() {",
        "  bool b = DEBUG && false;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_deadCode_deadOperandLHS_or_debugConst() {
    Source source = addSource(EngineTestCase.createSource([
        "const bool DEBUG = true;",
        "f() {",
        "  bool b = DEBUG || true;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_divisionOptimization() {
    Source source = addSource(EngineTestCase.createSource(["f(int x, int y) {", "  var v = x / y.toInt();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_divisionOptimization_supressIfDivisionNotDefinedInCore() {
    Source source = addSource(EngineTestCase.createSource(["f(x, y) {", "  var v = (x / y).toInt();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_divisionOptimization_supressIfDivisionOverridden() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  num operator /(x) { return x; }",
        "}",
        "f(A x, A y) {",
        "  var v = (x / y).toInt();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_duplicateImport_as() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib1.dart' as one;",
        "A a;",
        "one.A a2;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_duplicateImport_hide() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib1.dart' hide A;",
        "A a;",
        "B b;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}", "class B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_duplicateImport_show() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib1.dart' show A;",
        "A a;",
        "B b;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}", "class B {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_importDeferredLibraryWithLoadFunction() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "f() {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as lib1;",
        "main() { lib1.f(); }"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> []);
  }

  void test_missingReturn_emptyFunctionBody() {
    Source source = addSource(EngineTestCase.createSource(["abstract class A {", "  int m();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_missingReturn_expressionFunctionBody() {
    Source source = addSource(EngineTestCase.createSource(["int f() => 0;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_missingReturn_noReturnType() {
    Source source = addSource(EngineTestCase.createSource(["f() {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_missingReturn_voidReturnType() {
    Source source = addSource(EngineTestCase.createSource(["void f() {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_overrideEqualsButNotHashCode() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  bool operator ==(x) { return x; }",
        "  get hashCode => 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_overrideOnNonOverridingGetter_inInterface() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "  int get m => 0;",
        "}",
        "class B implements A {",
        "  @override",
        "  int get m => 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_overrideOnNonOverridingGetter_inSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "  int get m => 0;",
        "}",
        "class B extends A {",
        "  @override",
        "  int get m => 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_overrideOnNonOverridingMethod_inInterface() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "  int m() => 0;",
        "}",
        "class B implements A {",
        "  @override",
        "  int m() => 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_overrideOnNonOverridingMethod_inSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "  int m() => 0;",
        "}",
        "class B extends A {",
        "  @override",
        "  int m() => 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_overrideOnNonOverridingSetter_inInterface() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "  set m(int x) {}",
        "}",
        "class B implements A {",
        "  @override",
        "  set m(int x) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_overrideOnNonOverridingSetter_inSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "library dart.core;",
        "const override = null;",
        "class A {",
        "  set m(int x) {}",
        "}",
        "class B extends A {",
        "  @override",
        "  set m(int x) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_propagatedFieldType() {
    // From dartbug.com/20019
    Source source = addSource(EngineTestCase.createSource([
        "class A { }",
        "class X<T> {",
        "  final x = new List<T>();",
        "}",
        "class Z {",
        "  final X<A> y = new X<A>();",
        "  foo() {",
        "    y.x.add(new A());",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_proxy_annotation_prefixed() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "@proxy",
        "class A {}",
        "f(var a) {",
        "  a = new A();",
        "  a.m();",
        "  var x = a.g;",
        "  a.s = 1;",
        "  var y = a + a;",
        "  a++;",
        "  ++a;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_prefixed2() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "@proxy",
        "class A {}",
        "class B {",
        "  f(var a) {",
        "    a = new A();",
        "    a.m();",
        "    var x = a.g;",
        "    a.s = 1;",
        "    var y = a + a;",
        "    a++;",
        "    ++a;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_proxy_annotation_prefixed3() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class B {",
        "  f(var a) {",
        "    a = new A();",
        "    a.m();",
        "    var x = a.g;",
        "    a.s = 1;",
        "    var y = a + a;",
        "    a++;",
        "    ++a;",
        "  }",
        "}",
        "@proxy",
        "class A {}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedGetter_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  get b => 0;",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    return a.b;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedMethod_assignmentExpression_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  operator +(B b) {return new B();}",
        "}",
        "f(var a, var a2) {",
        "  a = new A();",
        "  a2 = new A();",
        "  a += a2;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedMethod_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  b() {}",
        "}",
        "f() {",
        "  var a = new A();",
        "  a.b();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedOperator_binaryExpression_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  operator +(B b) {}",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    a + 1;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedOperator_indexBoth_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  operator [](int index) {}",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    a[0]++;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedOperator_indexGetter_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  operator [](int index) {}",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    a[0];",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedOperator_indexSetter_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  operator []=(i, v) {}",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    a[0] = 1;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedOperator_postfixExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  operator +(B b) {return new B();}",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    a++;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedOperator_prefixExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  operator +(B b) {return new B();}",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    ++a;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_undefinedSetter_inSubtype() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  set b(x) {}",
        "}",
        "f(var a) {",
        "  if(a is A) {",
        "    a.b = 0;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_unnecessaryCast_13855_parameter_A() {
    // dartbug.com/13855, dartbug.com/13732
    Source source = addSource(EngineTestCase.createSource([
        "class A{",
        "  a() {}",
        "}",
        "class B<E> {",
        "  E e;",
        "  m() {",
        "    (e as A).a();",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unnecessaryCast_dynamic_type() {
    Source source = addSource(EngineTestCase.createSource(["m(v) {", "  var b = v as Object;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unnecessaryCast_generics() {
    // dartbug.com/18953
    Source source = addSource(EngineTestCase.createSource([
        "import 'dart:async';",
        "Future<int> f() => new Future.value(0);",
        "void g(bool c) {",
        "  (c ? f(): new Future.value(0) as Future<int>).then((int value) {});",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unnecessaryCast_type_dynamic() {
    Source source = addSource(EngineTestCase.createSource(["m(v) {", "  var b = Object as dynamic;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unusedImport_annotationOnDirective() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "@A()", "import 'lib1.dart';"]));
    Source source2 = addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {", "  const A() {}", "}"]));
    resolve(source);
    assertErrors(source, []);
    verify([source, source2]);
  }

  void test_unusedImport_as_equalPrefixes() {
    // 18818
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart' as one;",
        "import 'lib2.dart' as one;",
        "one.A a;",
        "one.B b;"]));
    Source source2 = addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class A {}"]));
    Source source3 = addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class B {}"]));
    resolve(source);
    assertErrors(source, []);
    assertNoErrors(source2);
    assertNoErrors(source3);
    verify([source, source2, source3]);
  }

  void test_unusedImport_core_library() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "import 'dart:core';"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unusedImport_export() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "import 'lib1.dart';", "Two two;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "export 'lib2.dart';", "class One {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class Two {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unusedImport_export_infiniteLoop() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "import 'lib1.dart';", "Two two;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "export 'lib2.dart';", "class One {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "export 'lib3.dart';", "class Two {}"]));
    addNamedSource("/lib3.dart", EngineTestCase.createSource(["library lib3;", "export 'lib2.dart';", "class Three {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unusedImport_export2() {
    Source source = addSource(EngineTestCase.createSource(["library L;", "import 'lib1.dart';", "Three three;"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "export 'lib2.dart';", "class One {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "export 'lib3.dart';", "class Two {}"]));
    addNamedSource("/lib3.dart", EngineTestCase.createSource(["library lib3;", "class Three {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unusedImport_metadata() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "@A(x)",
        "import 'lib1.dart';",
        "class A {",
        "  final int value;",
        "  const A(this.value);",
        "}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "const x = 0;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_unusedImport_prefix_topLevelFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart' hide topLevelFunction;",
        "import 'lib1.dart' as one show topLevelFunction;",
        "class A {",
        "  static void x() {",
        "    One o;",
        "    one.topLevelFunction();",
        "  }",
        "}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class One {}", "topLevelFunction() {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_useOfVoidResult_implicitReturnValue() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {}",
        "class A {",
        "  n() {",
        "    var a = f();",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_useOfVoidResult_nonVoidReturnValue() {
    Source source = addSource(EngineTestCase.createSource(["int f() => 1;", "g() {", "  var a = f();", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  static dartSuite() {
    _ut.group('NonHintCodeTest', () {
      _ut.test('test_deadCode_deadBlock_conditionalElse_debugConst', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_conditionalElse_debugConst);
      });
      _ut.test('test_deadCode_deadBlock_conditionalIf_debugConst', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_conditionalIf_debugConst);
      });
      _ut.test('test_deadCode_deadBlock_else', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_else);
      });
      _ut.test('test_deadCode_deadBlock_if_debugConst_prefixedIdentifier', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_if_debugConst_prefixedIdentifier);
      });
      _ut.test('test_deadCode_deadBlock_if_debugConst_prefixedIdentifier2', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_if_debugConst_prefixedIdentifier2);
      });
      _ut.test('test_deadCode_deadBlock_if_debugConst_propertyAccessor', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_if_debugConst_propertyAccessor);
      });
      _ut.test('test_deadCode_deadBlock_if_debugConst_simpleIdentifier', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_if_debugConst_simpleIdentifier);
      });
      _ut.test('test_deadCode_deadBlock_while_debugConst', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadBlock_while_debugConst);
      });
      _ut.test('test_deadCode_deadCatch_onCatchSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadCatch_onCatchSubtype);
      });
      _ut.test('test_deadCode_deadOperandLHS_and_debugConst', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadOperandLHS_and_debugConst);
      });
      _ut.test('test_deadCode_deadOperandLHS_or_debugConst', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_deadCode_deadOperandLHS_or_debugConst);
      });
      _ut.test('test_divisionOptimization', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_divisionOptimization);
      });
      _ut.test('test_divisionOptimization_supressIfDivisionNotDefinedInCore', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_divisionOptimization_supressIfDivisionNotDefinedInCore);
      });
      _ut.test('test_divisionOptimization_supressIfDivisionOverridden', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_divisionOptimization_supressIfDivisionOverridden);
      });
      _ut.test('test_duplicateImport_as', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_duplicateImport_as);
      });
      _ut.test('test_duplicateImport_hide', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_duplicateImport_hide);
      });
      _ut.test('test_duplicateImport_show', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_duplicateImport_show);
      });
      _ut.test('test_importDeferredLibraryWithLoadFunction', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_importDeferredLibraryWithLoadFunction);
      });
      _ut.test('test_missingReturn_emptyFunctionBody', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_missingReturn_emptyFunctionBody);
      });
      _ut.test('test_missingReturn_expressionFunctionBody', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_missingReturn_expressionFunctionBody);
      });
      _ut.test('test_missingReturn_noReturnType', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_missingReturn_noReturnType);
      });
      _ut.test('test_missingReturn_voidReturnType', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_missingReturn_voidReturnType);
      });
      _ut.test('test_overrideEqualsButNotHashCode', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_overrideEqualsButNotHashCode);
      });
      _ut.test('test_overrideOnNonOverridingGetter_inInterface', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingGetter_inInterface);
      });
      _ut.test('test_overrideOnNonOverridingGetter_inSuperclass', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingGetter_inSuperclass);
      });
      _ut.test('test_overrideOnNonOverridingMethod_inInterface', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingMethod_inInterface);
      });
      _ut.test('test_overrideOnNonOverridingMethod_inSuperclass', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingMethod_inSuperclass);
      });
      _ut.test('test_overrideOnNonOverridingSetter_inInterface', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingSetter_inInterface);
      });
      _ut.test('test_overrideOnNonOverridingSetter_inSuperclass', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_overrideOnNonOverridingSetter_inSuperclass);
      });
      _ut.test('test_propagatedFieldType', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_propagatedFieldType);
      });
      _ut.test('test_proxy_annotation_prefixed', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_proxy_annotation_prefixed);
      });
      _ut.test('test_proxy_annotation_prefixed2', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_proxy_annotation_prefixed2);
      });
      _ut.test('test_proxy_annotation_prefixed3', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_proxy_annotation_prefixed3);
      });
      _ut.test('test_undefinedGetter_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_inSubtype);
      });
      _ut.test('test_undefinedMethod_assignmentExpression_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod_assignmentExpression_inSubtype);
      });
      _ut.test('test_undefinedMethod_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod_inSubtype);
      });
      _ut.test('test_undefinedOperator_binaryExpression_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_binaryExpression_inSubtype);
      });
      _ut.test('test_undefinedOperator_indexBoth_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexBoth_inSubtype);
      });
      _ut.test('test_undefinedOperator_indexGetter_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexGetter_inSubtype);
      });
      _ut.test('test_undefinedOperator_indexSetter_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexSetter_inSubtype);
      });
      _ut.test('test_undefinedOperator_postfixExpression', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_postfixExpression);
      });
      _ut.test('test_undefinedOperator_prefixExpression', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_prefixExpression);
      });
      _ut.test('test_undefinedSetter_inSubtype', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_undefinedSetter_inSubtype);
      });
      _ut.test('test_unnecessaryCast_13855_parameter_A', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryCast_13855_parameter_A);
      });
      _ut.test('test_unnecessaryCast_dynamic_type', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryCast_dynamic_type);
      });
      _ut.test('test_unnecessaryCast_generics', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryCast_generics);
      });
      _ut.test('test_unnecessaryCast_type_dynamic', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unnecessaryCast_type_dynamic);
      });
      _ut.test('test_unusedImport_annotationOnDirective', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_annotationOnDirective);
      });
      _ut.test('test_unusedImport_as_equalPrefixes', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_as_equalPrefixes);
      });
      _ut.test('test_unusedImport_core_library', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_core_library);
      });
      _ut.test('test_unusedImport_export', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_export);
      });
      _ut.test('test_unusedImport_export2', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_export2);
      });
      _ut.test('test_unusedImport_export_infiniteLoop', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_export_infiniteLoop);
      });
      _ut.test('test_unusedImport_metadata', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_metadata);
      });
      _ut.test('test_unusedImport_prefix_topLevelFunction', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_unusedImport_prefix_topLevelFunction);
      });
      _ut.test('test_useOfVoidResult_implicitReturnValue', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_implicitReturnValue);
      });
      _ut.test('test_useOfVoidResult_nonVoidReturnValue', () {
        final __test = new NonHintCodeTest();
        runJUnitTest(__test, __test.test_useOfVoidResult_nonVoidReturnValue);
      });
    });
  }
}

class PubSuggestionCodeTest extends ResolverTestCase {
  void test_import_package() {
    Source source = addSource(EngineTestCase.createSource(["import 'package:somepackage/other.dart';"]));
    resolve(source);
    assertErrors(source, [CompileTimeErrorCode.URI_DOES_NOT_EXIST]);
  }

  void test_import_packageWithDotDot() {
    Source source = addSource(EngineTestCase.createSource(["import 'package:somepackage/../other.dart';"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.URI_DOES_NOT_EXIST,
        PubSuggestionCode.PACKAGE_IMPORT_CONTAINS_DOT_DOT]);
  }

  void test_import_packageWithLeadingDotDot() {
    Source source = addSource(EngineTestCase.createSource(["import 'package:../other.dart';"]));
    resolve(source);
    assertErrors(source, [
        CompileTimeErrorCode.URI_DOES_NOT_EXIST,
        PubSuggestionCode.PACKAGE_IMPORT_CONTAINS_DOT_DOT]);
  }

  void test_import_referenceIntoLibDirectory() {
    cacheSource("/myproj/pubspec.yaml", "");
    cacheSource("/myproj/lib/other.dart", "");
    Source source = addNamedSource("/myproj/web/test.dart", EngineTestCase.createSource(["import '../lib/other.dart';"]));
    resolve(source);
    assertErrors(source, [PubSuggestionCode.FILE_IMPORT_OUTSIDE_LIB_REFERENCES_FILE_INSIDE]);
  }

  void test_import_referenceIntoLibDirectory_no_pubspec() {
    cacheSource("/myproj/lib/other.dart", "");
    Source source = addNamedSource("/myproj/web/test.dart", EngineTestCase.createSource(["import '../lib/other.dart';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_import_referenceOutOfLibDirectory() {
    cacheSource("/myproj/pubspec.yaml", "");
    cacheSource("/myproj/web/other.dart", "");
    Source source = addNamedSource("/myproj/lib/test.dart", EngineTestCase.createSource(["import '../web/other.dart';"]));
    resolve(source);
    assertErrors(source, [PubSuggestionCode.FILE_IMPORT_INSIDE_LIB_REFERENCES_FILE_OUTSIDE]);
  }

  void test_import_referenceOutOfLibDirectory_no_pubspec() {
    cacheSource("/myproj/web/other.dart", "");
    Source source = addNamedSource("/myproj/lib/test.dart", EngineTestCase.createSource(["import '../web/other.dart';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_import_valid_inside_lib1() {
    cacheSource("/myproj/pubspec.yaml", "");
    cacheSource("/myproj/lib/other.dart", "");
    Source source = addNamedSource("/myproj/lib/test.dart", EngineTestCase.createSource(["import 'other.dart';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_import_valid_inside_lib2() {
    cacheSource("/myproj/pubspec.yaml", "");
    cacheSource("/myproj/lib/bar/other.dart", "");
    Source source = addNamedSource("/myproj/lib/foo/test.dart", EngineTestCase.createSource(["import '../bar/other.dart';"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_import_valid_outside_lib() {
    cacheSource("/myproj/pubspec.yaml", "");
    cacheSource("/myproj/web/other.dart", "");
    Source source = addNamedSource("/myproj/lib2/test.dart", EngineTestCase.createSource(["import '../web/other.dart';"]));
    resolve(source);
    assertNoErrors(source);
  }

  static dartSuite() {
    _ut.group('PubSuggestionCodeTest', () {
      _ut.test('test_import_package', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_package);
      });
      _ut.test('test_import_packageWithDotDot', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_packageWithDotDot);
      });
      _ut.test('test_import_packageWithLeadingDotDot', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_packageWithLeadingDotDot);
      });
      _ut.test('test_import_referenceIntoLibDirectory', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_referenceIntoLibDirectory);
      });
      _ut.test('test_import_referenceIntoLibDirectory_no_pubspec', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_referenceIntoLibDirectory_no_pubspec);
      });
      _ut.test('test_import_referenceOutOfLibDirectory', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_referenceOutOfLibDirectory);
      });
      _ut.test('test_import_referenceOutOfLibDirectory_no_pubspec', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_referenceOutOfLibDirectory_no_pubspec);
      });
      _ut.test('test_import_valid_inside_lib1', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_valid_inside_lib1);
      });
      _ut.test('test_import_valid_inside_lib2', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_valid_inside_lib2);
      });
      _ut.test('test_import_valid_outside_lib', () {
        final __test = new PubSuggestionCodeTest();
        runJUnitTest(__test, __test.test_import_valid_outside_lib);
      });
    });
  }
}

class RecursiveAstVisitor_SimpleResolverTest_test_localVariable_types_invoked extends RecursiveAstVisitor<Object> {
  final SimpleResolverTest SimpleResolverTest_this;

  List<bool> found;

  List<CaughtException> thrownException;

  RecursiveAstVisitor_SimpleResolverTest_test_localVariable_types_invoked(this.SimpleResolverTest_this, this.found, this.thrownException) : super();

  @override
  Object visitSimpleIdentifier(SimpleIdentifier node) {
    if (node.name == "myVar" && node.parent is MethodInvocation) {
      try {
        found[0] = true;
        // check static type
        DartType staticType = node.staticType;
        JUnitTestCase.assertSame(SimpleResolverTest_this.typeProvider.dynamicType, staticType);
        // check propagated type
        FunctionType propagatedType = node.propagatedType as FunctionType;
        JUnitTestCase.assertEquals(SimpleResolverTest_this.typeProvider.stringType, propagatedType.returnType);
      } on AnalysisException catch (e, stackTrace) {
        thrownException[0] = new CaughtException(e, stackTrace);
      }
    }
    return null;
  }
}

/**
 * Instances of the class `ResolutionVerifier` verify that all of the nodes in an AST
 * structure that should have been resolved were resolved.
 */
class ResolutionVerifier extends RecursiveAstVisitor<Object> {
  /**
   * A set containing nodes that are known to not be resolvable and should therefore not cause the
   * test to fail.
   */
  final Set<AstNode> _knownExceptions;

  /**
   * A list containing all of the AST nodes that were not resolved.
   */
  List<AstNode> _unresolvedNodes = new List<AstNode>();

  /**
   * A list containing all of the AST nodes that were resolved to an element of the wrong type.
   */
  List<AstNode> _wrongTypedNodes = new List<AstNode>();

  /**
   * Initialize a newly created verifier to verify that all of the nodes in the visited AST
   * structures that are expected to have been resolved have an element associated with them.
   */
  ResolutionVerifier() : this.con1(null);

  /**
   * Initialize a newly created verifier to verify that all of the identifiers in the visited AST
   * structures that are expected to have been resolved have an element associated with them. Nodes
   * in the set of known exceptions are not expected to have been resolved, even if they normally
   * would have been expected to have been resolved.
   *
   * @param knownExceptions a set containing nodes that are known to not be resolvable and should
   *          therefore not cause the test to fail
   **/
  ResolutionVerifier.con1(this._knownExceptions);

  /**
   * Assert that all of the visited identifiers were resolved.
   */
  void assertResolved() {
    if (!_unresolvedNodes.isEmpty || !_wrongTypedNodes.isEmpty) {
      PrintStringWriter writer = new PrintStringWriter();
      if (!_unresolvedNodes.isEmpty) {
        writer.print("Failed to resolve ");
        writer.print(_unresolvedNodes.length);
        writer.println(" nodes:");
        _printNodes(writer, _unresolvedNodes);
      }
      if (!_wrongTypedNodes.isEmpty) {
        writer.print("Resolved ");
        writer.print(_wrongTypedNodes.length);
        writer.println(" to the wrong type of element:");
        _printNodes(writer, _wrongTypedNodes);
      }
      JUnitTestCase.fail(writer.toString());
    }
  }

  @override
  Object visitAnnotation(Annotation node) {
    node.visitChildren(this);
    ElementAnnotation elementAnnotation = node.elementAnnotation;
    if (elementAnnotation == null) {
      if (_knownExceptions == null || !_knownExceptions.contains(node)) {
        _unresolvedNodes.add(node);
      }
    } else if (elementAnnotation is! ElementAnnotation) {
      _wrongTypedNodes.add(node);
    }
    return null;
  }

  @override
  Object visitBinaryExpression(BinaryExpression node) {
    node.visitChildren(this);
    if (!node.operator.isUserDefinableOperator) {
      return null;
    }
    DartType operandType = node.leftOperand.staticType;
    if (operandType == null || operandType.isDynamic) {
      return null;
    }
    return _checkResolved(node, node.staticElement, (node) => node is MethodElement);
  }

  @override
  Object visitCommentReference(CommentReference node) => null;

  @override
  Object visitCompilationUnit(CompilationUnit node) {
    node.visitChildren(this);
    return _checkResolved(node, node.element, (node) => node is CompilationUnitElement);
  }

  @override
  Object visitExportDirective(ExportDirective node) => _checkResolved(node, node.element, (node) => node is ExportElement);

  @override
  Object visitFunctionDeclaration(FunctionDeclaration node) {
    node.visitChildren(this);
    if (node.element is LibraryElement) {
      _wrongTypedNodes.add(node);
    }
    return null;
  }

  @override
  Object visitFunctionExpressionInvocation(FunctionExpressionInvocation node) {
    node.visitChildren(this);
    // TODO(brianwilkerson) If we start resolving function expressions, then conditionally check to
    // see whether the node was resolved correctly.
    return null;
  }

  @override
  Object visitImportDirective(ImportDirective node) {
    // Not sure how to test the combinators given that it isn't an error if the names are not defined.
    _checkResolved(node, node.element, (node) => node is ImportElement);
    SimpleIdentifier prefix = node.prefix;
    if (prefix == null) {
      return null;
    }
    return _checkResolved(prefix, prefix.staticElement, (node) => node is PrefixElement);
  }

  @override
  Object visitIndexExpression(IndexExpression node) {
    node.visitChildren(this);
    DartType targetType = node.realTarget.staticType;
    if (targetType == null || targetType.isDynamic) {
      return null;
    }
    return _checkResolved(node, node.staticElement, (node) => node is MethodElement);
  }

  @override
  Object visitLibraryDirective(LibraryDirective node) => _checkResolved(node, node.element, (node) => node is LibraryElement);

  @override
  Object visitNamedExpression(NamedExpression node) => node.expression.accept(this);

  @override
  Object visitPartDirective(PartDirective node) => _checkResolved(node, node.element, (node) => node is CompilationUnitElement);

  @override
  Object visitPartOfDirective(PartOfDirective node) => _checkResolved(node, node.element, (node) => node is LibraryElement);

  @override
  Object visitPostfixExpression(PostfixExpression node) {
    node.visitChildren(this);
    if (!node.operator.isUserDefinableOperator) {
      return null;
    }
    DartType operandType = node.operand.staticType;
    if (operandType == null || operandType.isDynamic) {
      return null;
    }
    return _checkResolved(node, node.staticElement, (node) => node is MethodElement);
  }

  @override
  Object visitPrefixedIdentifier(PrefixedIdentifier node) {
    SimpleIdentifier prefix = node.prefix;
    prefix.accept(this);
    DartType prefixType = prefix.staticType;
    if (prefixType == null || prefixType.isDynamic) {
      return null;
    }
    return _checkResolved(node, node.staticElement, null);
  }

  @override
  Object visitPrefixExpression(PrefixExpression node) {
    node.visitChildren(this);
    if (!node.operator.isUserDefinableOperator) {
      return null;
    }
    DartType operandType = node.operand.staticType;
    if (operandType == null || operandType.isDynamic) {
      return null;
    }
    return _checkResolved(node, node.staticElement, (node) => node is MethodElement);
  }

  @override
  Object visitPropertyAccess(PropertyAccess node) {
    Expression target = node.realTarget;
    target.accept(this);
    DartType targetType = target.staticType;
    if (targetType == null || targetType.isDynamic) {
      return null;
    }
    return node.propertyName.accept(this);
  }

  @override
  Object visitSimpleIdentifier(SimpleIdentifier node) {
    if (node.name == "void") {
      return null;
    }
    AstNode parent = node.parent;
    if (parent is MethodInvocation) {
      MethodInvocation invocation = parent;
      if (identical(invocation.methodName, node)) {
        Expression target = invocation.realTarget;
        DartType targetType = target == null ? null : target.staticType;
        if (targetType == null || targetType.isDynamic) {
          return null;
        }
      }
    }
    return _checkResolved(node, node.staticElement, null);
  }

  Object _checkResolved(AstNode node, Element element, Predicate<Element> predicate) {
    if (element == null) {
      if (_knownExceptions == null || !_knownExceptions.contains(node)) {
        _unresolvedNodes.add(node);
      }
    } else if (predicate != null) {
      if (!predicate(element)) {
        _wrongTypedNodes.add(node);
      }
    }
    return null;
  }

  String _getFileName(AstNode node) {
    // TODO (jwren) there are two copies of this method, one here and one in StaticTypeVerifier,
    // they should be resolved into a single method
    if (node != null) {
      AstNode root = node.root;
      if (root is CompilationUnit) {
        CompilationUnit rootCU = root;
        if (rootCU.element != null) {
          return rootCU.element.source.fullName;
        } else {
          return "<unknown file- CompilationUnit.getElement() returned null>";
        }
      } else {
        return "<unknown file- CompilationUnit.getRoot() is not a CompilationUnit>";
      }
    }
    return "<unknown file- ASTNode is null>";
  }

  void _printNodes(PrintStringWriter writer, List<AstNode> nodes) {
    for (AstNode identifier in nodes) {
      writer.print("  ");
      writer.print(identifier.toString());
      writer.print(" (");
      writer.print(_getFileName(identifier));
      writer.print(" : ");
      writer.print(identifier.offset);
      writer.println(")");
    }
  }
}

class ResolverTestCase extends EngineTestCase {
  /**
   * The analysis context used to parse the compilation units being resolved.
   */
  AnalysisContextImpl analysisContext2;

  @override
  void setUp() {
    reset();
  }

  /**
   * Add a source file to the content provider. The file path should be absolute.
   *
   * @param filePath the path of the file being added
   * @param contents the contents to be returned by the content provider for the specified file
   * @return the source object representing the added file
   */
  Source addNamedSource(String filePath, String contents) {
    Source source = cacheSource(filePath, contents);
    ChangeSet changeSet = new ChangeSet();
    changeSet.addedSource(source);
    analysisContext2.applyChanges(changeSet);
    return source;
  }

  /**
   * Add a source file to the content provider.
   *
   * @param contents the contents to be returned by the content provider for the specified file
   * @return the source object representing the added file
   */
  Source addSource(String contents) => addNamedSource("/test.dart", contents);

  /**
   * Assert that the number of errors reported against the given source matches the number of errors
   * that are given and that they have the expected error codes. The order in which the errors were
   * gathered is ignored.
   *
   * @param source the source against which the errors should have been reported
   * @param expectedErrorCodes the error codes of the errors that should have been reported
   * @throws AnalysisException if the reported errors could not be computed
   * @throws AssertionFailedError if a different number of errors have been reported than were
   *           expected
   */
  void assertErrors(Source source, List<ErrorCode> expectedErrorCodes) {
    GatheringErrorListener errorListener = new GatheringErrorListener();
    for (AnalysisError error in analysisContext2.computeErrors(source)) {
      errorListener.onError(error);
    }
    errorListener.assertErrorsWithCodes(expectedErrorCodes);
  }

  /**
   * Assert that no errors have been reported against the given source.
   *
   * @param source the source against which no errors should have been reported
   * @throws AnalysisException if the reported errors could not be computed
   * @throws AssertionFailedError if any errors have been reported
   */
  void assertNoErrors(Source source) {
    assertErrors(source, []);
  }

  /**
   * Cache the source file content in the source factory but don't add the source to the analysis
   * context. The file path should be absolute.
   *
   * @param filePath the path of the file being cached
   * @param contents the contents to be returned by the content provider for the specified file
   * @return the source object representing the cached file
   */
  Source cacheSource(String filePath, String contents) {
    Source source = new FileBasedSource.con1(FileUtilities2.createFile(filePath));
    analysisContext2.setContents(source, contents);
    return source;
  }

  /**
   * Create a library element that represents a library named `"test"` containing a single
   * empty compilation unit.
   *
   * @return the library element that was created
   */
  LibraryElementImpl createDefaultTestLibrary() => createTestLibrary(new AnalysisContextImpl(), "test", []);

  /**
   * Create a library element that represents a library with the given name containing a single
   * empty compilation unit.
   *
   * @param libraryName the name of the library to be created
   * @return the library element that was created
   */
  LibraryElementImpl createTestLibrary(AnalysisContext context, String libraryName, List<String> typeNames) {
    int count = typeNames.length;
    List<CompilationUnitElementImpl> sourcedCompilationUnits = new List<CompilationUnitElementImpl>(count);
    for (int i = 0; i < count; i++) {
      String typeName = typeNames[i];
      ClassElementImpl type = new ClassElementImpl.forNode(AstFactory.identifier3(typeName));
      String fileName = "${typeName}.dart";
      CompilationUnitElementImpl compilationUnit = new CompilationUnitElementImpl(fileName);
      compilationUnit.source = _createNamedSource(fileName);
      compilationUnit.types = <ClassElement> [type];
      sourcedCompilationUnits[i] = compilationUnit;
    }
    String fileName = "${libraryName}.dart";
    CompilationUnitElementImpl compilationUnit = new CompilationUnitElementImpl(fileName);
    compilationUnit.source = _createNamedSource(fileName);
    LibraryElementImpl library = new LibraryElementImpl.forNode(context, AstFactory.libraryIdentifier2([libraryName]));
    library.definingCompilationUnit = compilationUnit;
    library.parts = sourcedCompilationUnits;
    return library;
  }

  Expression findTopLevelConstantExpression(CompilationUnit compilationUnit, String name) => findTopLevelDeclaration(compilationUnit, name).initializer;

  VariableDeclaration findTopLevelDeclaration(CompilationUnit compilationUnit, String name) {
    for (CompilationUnitMember member in compilationUnit.declarations) {
      if (member is TopLevelVariableDeclaration) {
        for (VariableDeclaration variable in member.variables.variables) {
          if (variable.name.name == name) {
            return variable;
          }
        }
      }
    }
    return null;
  }

  AnalysisContext get analysisContext => analysisContext2;

  /**
   * Return a type provider that can be used to test the results of resolution.
   *
   * @return a type provider
   * @throws AnalysisException if dart:core cannot be resolved
   */
  TypeProvider get typeProvider => analysisContext2.typeProvider;

  /**
   * In the rare cases we want to group several tests into single "test_" method, so need a way to
   * reset test instance to reuse it.
   */
  void reset() {
    analysisContext2 = AnalysisContextFactory.contextWithCore();
  }

  /**
   * In the rare cases we want to group several tests into single "test_" method, so need a way to
   * reset test instance to reuse it.
   *
   * @param options the analysis options for the context
   */
  void resetWithOptions(AnalysisOptions options) {
    analysisContext2 = AnalysisContextFactory.contextWithCoreAndOptions(options);
  }

  /**
   * Given a library and all of its parts, resolve the contents of the library and the contents of
   * the parts. This assumes that the sources for the library and its parts have already been added
   * to the content provider using the method [addNamedSource].
   *
   * @param librarySource the source for the compilation unit that defines the library
   * @return the element representing the resolved library
   * @throws AnalysisException if the analysis could not be performed
   */
  LibraryElement resolve(Source librarySource) => analysisContext2.computeLibraryElement(librarySource);

  /**
   * Return the resolved compilation unit corresponding to the given source in the given library.
   *
   * @param source the source of the compilation unit to be returned
   * @param library the library in which the compilation unit is to be resolved
   * @return the resolved compilation unit
   * @throws Exception if the compilation unit could not be resolved
   */
  CompilationUnit resolveCompilationUnit(Source source, LibraryElement library) => analysisContext2.resolveCompilationUnit(source, library);

  CompilationUnit resolveSource(String sourceText) => resolveSource2("/test.dart", sourceText);

  CompilationUnit resolveSource2(String fileName, String sourceText) {
    Source source = addNamedSource(fileName, sourceText);
    LibraryElement library = analysisContext.computeLibraryElement(source);
    return analysisContext.resolveCompilationUnit(source, library);
  }

  Source resolveSources(List<String> sourceTexts) {
    for (int i = 0; i < sourceTexts.length; i++) {
      CompilationUnit unit = resolveSource2("/lib${(i + 1)}.dart", sourceTexts[i]);
      // reference the source if this is the last source
      if (i + 1 == sourceTexts.length) {
        return unit.element.source;
      }
    }
    return null;
  }

  void resolveWithAndWithoutExperimental(List<String> strSources, List<ErrorCode> codesWithoutExperimental, List<ErrorCode> codesWithExperimental) {
    // Setup analysis context as non-experimental
    AnalysisOptionsImpl options = new AnalysisOptionsImpl();
    options.enableDeferredLoading = false;
    resetWithOptions(options);
    // Analysis and assertions
    Source source = resolveSources(strSources);
    assertErrors(source, codesWithoutExperimental);
    verify([source]);
    // Setup analysis context as experimental
    reset();
    // Analysis and assertions
    source = resolveSources(strSources);
    assertErrors(source, codesWithExperimental);
    verify([source]);
  }

  @override
  void tearDown() {
    analysisContext2 = null;
    super.tearDown();
  }

  /**
   * Verify that all of the identifiers in the compilation units associated with the given sources
   * have been resolved.
   *
   * @param resolvedElementMap a table mapping the AST nodes that have been resolved to the element
   *          to which they were resolved
   * @param sources the sources identifying the compilation units to be verified
   * @throws Exception if the contents of the compilation unit cannot be accessed
   */
  void verify(List<Source> sources) {
    ResolutionVerifier verifier = new ResolutionVerifier();
    for (Source source in sources) {
      analysisContext2.parseCompilationUnit(source).accept(verifier);
    }
    verifier.assertResolved();
  }

  /**
   * Create a source object representing a file with the given name and give it an empty content.
   *
   * @param fileName the name of the file for which a source is to be created
   * @return the source that was created
   */
  FileBasedSource _createNamedSource(String fileName) {
    FileBasedSource source = new FileBasedSource.con1(FileUtilities2.createFile(fileName));
    analysisContext2.setContents(source, "");
    return source;
  }

  static dartSuite() {
    _ut.group('ResolverTestCase', () {
    });
  }
}

class ScopeBuilderTest extends EngineTestCase {
  void test_scopeFor_ClassDeclaration() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedClassDeclaration(), listener);
    EngineTestCase.assertInstanceOf((obj) => obj is LibraryScope, LibraryScope, scope);
  }

  void test_scopeFor_ClassTypeAlias() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedClassTypeAlias(), listener);
    EngineTestCase.assertInstanceOf((obj) => obj is LibraryScope, LibraryScope, scope);
  }

  void test_scopeFor_CompilationUnit() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedCompilationUnit(), listener);
    EngineTestCase.assertInstanceOf((obj) => obj is LibraryScope, LibraryScope, scope);
  }

  void test_scopeFor_ConstructorDeclaration() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedConstructorDeclaration(), listener);
    EngineTestCase.assertInstanceOf((obj) => obj is ClassScope, ClassScope, scope);
  }

  void test_scopeFor_ConstructorDeclaration_parameters() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedConstructorDeclaration().parameters, listener);
    EngineTestCase.assertInstanceOf((obj) => obj is FunctionScope, FunctionScope, scope);
  }

  void test_scopeFor_FunctionDeclaration() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedFunctionDeclaration(), listener);
    EngineTestCase.assertInstanceOf((obj) => obj is LibraryScope, LibraryScope, scope);
  }

  void test_scopeFor_FunctionDeclaration_parameters() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedFunctionDeclaration().functionExpression.parameters, listener);
    EngineTestCase.assertInstanceOf((obj) => obj is FunctionScope, FunctionScope, scope);
  }

  void test_scopeFor_FunctionTypeAlias() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedFunctionTypeAlias(), listener);
    EngineTestCase.assertInstanceOf((obj) => obj is LibraryScope, LibraryScope, scope);
  }

  void test_scopeFor_FunctionTypeAlias_parameters() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedFunctionTypeAlias().parameters, listener);
    EngineTestCase.assertInstanceOf((obj) => obj is FunctionTypeScope, FunctionTypeScope, scope);
  }

  void test_scopeFor_MethodDeclaration() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedMethodDeclaration(), listener);
    EngineTestCase.assertInstanceOf((obj) => obj is ClassScope, ClassScope, scope);
  }

  void test_scopeFor_MethodDeclaration_body() {
    GatheringErrorListener listener = new GatheringErrorListener();
    Scope scope = ScopeBuilder.scopeFor(_createResolvedMethodDeclaration().body, listener);
    EngineTestCase.assertInstanceOf((obj) => obj is FunctionScope, FunctionScope, scope);
  }

  void test_scopeFor_notInCompilationUnit() {
    GatheringErrorListener listener = new GatheringErrorListener();
    try {
      ScopeBuilder.scopeFor(AstFactory.identifier3("x"), listener);
      JUnitTestCase.fail("Expected AnalysisException");
    } on AnalysisException catch (exception) {
    }
  }

  void test_scopeFor_null() {
    GatheringErrorListener listener = new GatheringErrorListener();
    try {
      ScopeBuilder.scopeFor(null, listener);
      JUnitTestCase.fail("Expected AnalysisException");
    } on AnalysisException catch (exception) {
    }
  }

  void test_scopeFor_unresolved() {
    GatheringErrorListener listener = new GatheringErrorListener();
    try {
      ScopeBuilder.scopeFor(AstFactory.compilationUnit(), listener);
      JUnitTestCase.fail("Expected AnalysisException");
    } on AnalysisException catch (exception) {
    }
  }

  ClassDeclaration _createResolvedClassDeclaration() {
    CompilationUnit unit = _createResolvedCompilationUnit();
    String className = "C";
    ClassDeclaration classNode = AstFactory.classDeclaration(null, className, AstFactory.typeParameterList([]), null, null, null, []);
    unit.declarations.add(classNode);
    ClassElement classElement = ElementFactory.classElement2(className, []);
    classNode.name.staticElement = classElement;
    (unit.element as CompilationUnitElementImpl).types = <ClassElement> [classElement];
    return classNode;
  }

  ClassTypeAlias _createResolvedClassTypeAlias() {
    CompilationUnit unit = _createResolvedCompilationUnit();
    String className = "C";
    ClassTypeAlias classNode = AstFactory.classTypeAlias(className, AstFactory.typeParameterList([]), null, null, null, null);
    unit.declarations.add(classNode);
    ClassElement classElement = ElementFactory.classElement2(className, []);
    classNode.name.staticElement = classElement;
    (unit.element as CompilationUnitElementImpl).types = <ClassElement> [classElement];
    return classNode;
  }

  CompilationUnit _createResolvedCompilationUnit() {
    CompilationUnit unit = AstFactory.compilationUnit();
    LibraryElementImpl library = ElementFactory.library(AnalysisContextFactory.contextWithCore(), "lib");
    unit.element = library.definingCompilationUnit;
    return unit;
  }

  ConstructorDeclaration _createResolvedConstructorDeclaration() {
    ClassDeclaration classNode = _createResolvedClassDeclaration();
    String constructorName = "f";
    ConstructorDeclaration constructorNode = AstFactory.constructorDeclaration(AstFactory.identifier3(constructorName), null, AstFactory.formalParameterList([]), null);
    classNode.members.add(constructorNode);
    ConstructorElement constructorElement = ElementFactory.constructorElement2(classNode.element, null, []);
    constructorNode.element = constructorElement;
    (classNode.element as ClassElementImpl).constructors = <ConstructorElement> [constructorElement];
    return constructorNode;
  }

  FunctionDeclaration _createResolvedFunctionDeclaration() {
    CompilationUnit unit = _createResolvedCompilationUnit();
    String functionName = "f";
    FunctionDeclaration functionNode = AstFactory.functionDeclaration(null, null, functionName, AstFactory.functionExpression());
    unit.declarations.add(functionNode);
    FunctionElement functionElement = ElementFactory.functionElement(functionName);
    functionNode.name.staticElement = functionElement;
    (unit.element as CompilationUnitElementImpl).functions = <FunctionElement> [functionElement];
    return functionNode;
  }

  FunctionTypeAlias _createResolvedFunctionTypeAlias() {
    CompilationUnit unit = _createResolvedCompilationUnit();
    FunctionTypeAlias aliasNode = AstFactory.typeAlias(AstFactory.typeName4("A", []), "F", AstFactory.typeParameterList([]), AstFactory.formalParameterList([]));
    unit.declarations.add(aliasNode);
    SimpleIdentifier aliasName = aliasNode.name;
    FunctionTypeAliasElement aliasElement = new FunctionTypeAliasElementImpl(aliasName);
    aliasName.staticElement = aliasElement;
    (unit.element as CompilationUnitElementImpl).typeAliases = <FunctionTypeAliasElement> [aliasElement];
    return aliasNode;
  }

  MethodDeclaration _createResolvedMethodDeclaration() {
    ClassDeclaration classNode = _createResolvedClassDeclaration();
    String methodName = "f";
    MethodDeclaration methodNode = AstFactory.methodDeclaration(null, null, null, null, AstFactory.identifier3(methodName), AstFactory.formalParameterList([]));
    classNode.members.add(methodNode);
    MethodElement methodElement = ElementFactory.methodElement(methodName, null, []);
    methodNode.name.staticElement = methodElement;
    (classNode.element as ClassElementImpl).methods = <MethodElement> [methodElement];
    return methodNode;
  }

  static dartSuite() {
    _ut.group('ScopeBuilderTest', () {
      _ut.test('test_scopeFor_ClassDeclaration', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_ClassDeclaration);
      });
      _ut.test('test_scopeFor_ClassTypeAlias', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_ClassTypeAlias);
      });
      _ut.test('test_scopeFor_CompilationUnit', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_CompilationUnit);
      });
      _ut.test('test_scopeFor_ConstructorDeclaration', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_ConstructorDeclaration);
      });
      _ut.test('test_scopeFor_ConstructorDeclaration_parameters', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_ConstructorDeclaration_parameters);
      });
      _ut.test('test_scopeFor_FunctionDeclaration', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_FunctionDeclaration);
      });
      _ut.test('test_scopeFor_FunctionDeclaration_parameters', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_FunctionDeclaration_parameters);
      });
      _ut.test('test_scopeFor_FunctionTypeAlias', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_FunctionTypeAlias);
      });
      _ut.test('test_scopeFor_FunctionTypeAlias_parameters', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_FunctionTypeAlias_parameters);
      });
      _ut.test('test_scopeFor_MethodDeclaration', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_MethodDeclaration);
      });
      _ut.test('test_scopeFor_MethodDeclaration_body', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_MethodDeclaration_body);
      });
      _ut.test('test_scopeFor_notInCompilationUnit', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_notInCompilationUnit);
      });
      _ut.test('test_scopeFor_null', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_null);
      });
      _ut.test('test_scopeFor_unresolved', () {
        final __test = new ScopeBuilderTest();
        runJUnitTest(__test, __test.test_scopeFor_unresolved);
      });
    });
  }
}

class ScopeTest extends ResolverTestCase {
  void test_define_duplicate() {
    GatheringErrorListener errorListener = new GatheringErrorListener();
    ScopeTest_TestScope scope = new ScopeTest_TestScope(errorListener);
    VariableElement element1 = ElementFactory.localVariableElement(AstFactory.identifier3("v1"));
    VariableElement element2 = ElementFactory.localVariableElement(AstFactory.identifier3("v1"));
    scope.define(element1);
    scope.define(element2);
    errorListener.assertErrorsWithSeverities([ErrorSeverity.ERROR]);
  }

  void test_define_normal() {
    GatheringErrorListener errorListener = new GatheringErrorListener();
    ScopeTest_TestScope scope = new ScopeTest_TestScope(errorListener);
    VariableElement element1 = ElementFactory.localVariableElement(AstFactory.identifier3("v1"));
    VariableElement element2 = ElementFactory.localVariableElement(AstFactory.identifier3("v2"));
    scope.define(element1);
    scope.define(element2);
    errorListener.assertNoErrors();
  }

  void test_getErrorListener() {
    GatheringErrorListener errorListener = new GatheringErrorListener();
    ScopeTest_TestScope scope = new ScopeTest_TestScope(errorListener);
    JUnitTestCase.assertEquals(errorListener, scope.errorListener);
  }

  void test_isPrivateName_nonPrivate() {
    JUnitTestCase.assertFalse(Scope.isPrivateName("Public"));
  }

  void test_isPrivateName_private() {
    JUnitTestCase.assertTrue(Scope.isPrivateName("_Private"));
  }

  static dartSuite() {
    _ut.group('ScopeTest', () {
      _ut.test('test_define_duplicate', () {
        final __test = new ScopeTest();
        runJUnitTest(__test, __test.test_define_duplicate);
      });
      _ut.test('test_define_normal', () {
        final __test = new ScopeTest();
        runJUnitTest(__test, __test.test_define_normal);
      });
      _ut.test('test_getErrorListener', () {
        final __test = new ScopeTest();
        runJUnitTest(__test, __test.test_getErrorListener);
      });
      _ut.test('test_isPrivateName_nonPrivate', () {
        final __test = new ScopeTest();
        runJUnitTest(__test, __test.test_isPrivateName_nonPrivate);
      });
      _ut.test('test_isPrivateName_private', () {
        final __test = new ScopeTest();
        runJUnitTest(__test, __test.test_isPrivateName_private);
      });
    });
  }
}

/**
 * A non-abstract subclass that can be used for testing purposes.
 */
class ScopeTest_TestScope extends Scope {
  /**
   * The listener that is to be informed when an error is encountered.
   */
  final AnalysisErrorListener errorListener;

  ScopeTest_TestScope(this.errorListener);

  @override
  Element internalLookup(Identifier identifier, String name, LibraryElement referencingLibrary) => localLookup(name, referencingLibrary);
}

class Scope_EnclosedScopeTest_test_define_duplicate extends Scope {
  GatheringErrorListener listener;

  Scope_EnclosedScopeTest_test_define_duplicate(this.listener) : super();

  @override
  AnalysisErrorListener get errorListener => listener;

  @override
  Element internalLookup(Identifier identifier, String name, LibraryElement referencingLibrary) => null;
}

class Scope_EnclosedScopeTest_test_define_normal extends Scope {
  GatheringErrorListener listener;

  Scope_EnclosedScopeTest_test_define_normal(this.listener) : super();

  @override
  AnalysisErrorListener get errorListener => listener;

  @override
  Element internalLookup(Identifier identifier, String name, LibraryElement referencingLibrary) => null;
}

class SimpleResolverTest extends ResolverTestCase {
  void fail_staticInvocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int get g => (a,b) => 0;",
        "}",
        "class B {",
        "  f() {",
        "    A.g(1,0);",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_argumentResolution_required_matching() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, 3);",
        "  }",
        "  void g(a, b, c) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, 2]);
  }

  void test_argumentResolution_required_tooFew() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2);",
        "  }",
        "  void g(a, b, c) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1]);
  }

  void test_argumentResolution_required_tooMany() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, 3);",
        "  }",
        "  void g(a, b) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, -1]);
  }

  void test_argumentResolution_requiredAndNamed_extra() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, c: 3, d: 4);",
        "  }",
        "  void g(a, b, {c}) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, 2, -1]);
  }

  void test_argumentResolution_requiredAndNamed_matching() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, c: 3);",
        "  }",
        "  void g(a, b, {c}) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, 2]);
  }

  void test_argumentResolution_requiredAndNamed_missing() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, d: 3);",
        "  }",
        "  void g(a, b, {c, d}) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, 3]);
  }

  void test_argumentResolution_requiredAndPositional_fewer() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, 3);",
        "  }",
        "  void g(a, b, [c, d]) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, 2]);
  }

  void test_argumentResolution_requiredAndPositional_matching() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, 3, 4);",
        "  }",
        "  void g(a, b, [c, d]) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, 2, 3]);
  }

  void test_argumentResolution_requiredAndPositional_more() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void f() {",
        "    g(1, 2, 3, 4);",
        "  }",
        "  void g(a, b, [c]) {}",
        "}"]));
    _validateArgumentResolution(source, [0, 1, 2, -1]);
  }

  void test_class_definesCall() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int call(int x) { return x; }",
        "}",
        "int f(A a) {",
        "  return a(0);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_class_extends_implements() {
    Source source = addSource(EngineTestCase.createSource([
        "class A extends B implements C {}",
        "class B {}",
        "class C {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_commentReference_class() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {}",
        "/** [A] [new A] [A.n] [new A.n] [m] [f] */",
        "class A {",
        "  A() {}",
        "  A.n() {}",
        "  m() {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_commentReference_parameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "  A.n() {}",
        "  /** [e] [f] */",
        "  m(e, f()) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_commentReference_singleLine() {
    Source source = addSource(EngineTestCase.createSource(["/// [A]", "class A {}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_empty() {
    Source source = addSource("");
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_entryPoint_exported() {
    addNamedSource("/two.dart", EngineTestCase.createSource(["library two;", "main() {}"]));
    Source source = addNamedSource("/one.dart", EngineTestCase.createSource(["library one;", "export 'two.dart';"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    FunctionElement main = library.entryPoint;
    JUnitTestCase.assertNotNull(main);
    JUnitTestCase.assertNotSame(library, main.library);
    assertNoErrors(source);
    verify([source]);
  }

  void test_entryPoint_local() {
    Source source = addNamedSource("/one.dart", EngineTestCase.createSource(["library one;", "main() {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    FunctionElement main = library.entryPoint;
    JUnitTestCase.assertNotNull(main);
    JUnitTestCase.assertSame(library, main.library);
    assertNoErrors(source);
    verify([source]);
  }

  void test_entryPoint_none() {
    Source source = addNamedSource("/one.dart", EngineTestCase.createSource(["library one;"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    JUnitTestCase.assertNull(library.entryPoint);
    assertNoErrors(source);
    verify([source]);
  }

  void test_extractedMethodAsConstant() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class Comparable<T> {",
        "  int compareTo(T other);",
        "  static int compare(Comparable a, Comparable b) => a.compareTo(b);",
        "}",
        "class A {",
        "  void sort([compare = Comparable.compare]) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_fieldFormalParameter() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A(this.x) {}", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_forEachLoops_nonConflicting() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  List list = [1,2,3];",
        "  for (int x in list) {}",
        "  for (int x in list) {}",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_forLoops_nonConflicting() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  for (int i = 0; i < 3; i++) {",
        "  }",
        "  for (int i = 0; i < 3; i++) {",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_functionTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef bool P(e);",
        "class A {",
        "  P p;",
        "  m(e) {",
        "    if (p(e)) {}",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_getterAndSetterWithDifferentTypes() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get f => 0;",
        "  void set f(String s) {}",
        "}",
        "g (A a) {",
        "  a.f = a.f.toString();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.MISMATCHED_GETTER_AND_SETTER_TYPES]);
    verify([source]);
  }

  void test_hasReferenceToSuper() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "class B {toString() => super.toString();}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(2, classes);
    JUnitTestCase.assertFalse(classes[0].hasReferenceToSuper);
    JUnitTestCase.assertTrue(classes[1].hasReferenceToSuper);
    assertNoErrors(source);
    verify([source]);
  }

  void test_import_hide() {
    addNamedSource("lib1.dart", EngineTestCase.createSource(["library lib1;", "set foo(value) {}", "class A {}"]));
    addNamedSource("lib2.dart", EngineTestCase.createSource(["library lib2;", "set foo(value) {}"]));
    Source source = addNamedSource("lib3.dart", EngineTestCase.createSource([
        "import 'lib1.dart' hide foo;",
        "import 'lib2.dart';",
        "",
        "main() {",
        "  foo = 0;",
        "}",
        "A a;"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_import_prefix() {
    addNamedSource("/two.dart", EngineTestCase.createSource(["library two;", "f(int x) {", "  return x * x;", "}"]));
    Source source = addNamedSource("/one.dart", EngineTestCase.createSource([
        "library one;",
        "import 'two.dart' as _two;",
        "main() {",
        "  _two.f(0);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_import_spaceInUri() {
    addNamedSource("sub folder/lib.dart", EngineTestCase.createSource(["library lib;", "foo() {}"]));
    Source source = addNamedSource("app.dart", EngineTestCase.createSource([
        "import 'sub folder/lib.dart';",
        "",
        "main() {",
        "  foo();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_indexExpression_typeParameters() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  List<int> a;",
        "  a[0];",
        "  List<List<int>> b;",
        "  b[0][0];",
        "  List<List<List<int>>> c;",
        "  c[0][0][0];",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_indexExpression_typeParameters_invalidAssignmentWarning() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  List<List<int>> b;", "  b[0][0] = 'hi';", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_indirectOperatorThroughCall() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  B call() { return new B(); }",
        "}",
        "",
        "class B {",
        "  int operator [](int i) { return i; }",
        "}",
        "",
        "A f = new A();",
        "",
        "g(int x) {}",
        "",
        "main() {",
        "  g(f()[0]);",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_invoke_dynamicThroughGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  List get X => [() => 0];",
        "  m(A a) {",
        "    X.last;",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_isValidMixin_badSuperclass() {
    Source source = addSource(EngineTestCase.createSource(["class A extends B {}", "class B {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(2, classes);
    JUnitTestCase.assertFalse(classes[0].isValidMixin);
    assertNoErrors(source);
    verify([source]);
  }

  void test_isValidMixin_constructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  A() {}", "}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(1, classes);
    JUnitTestCase.assertFalse(classes[0].isValidMixin);
    assertNoErrors(source);
    verify([source]);
  }

  void test_isValidMixin_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  toString() {",
        "    return super.toString();",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(1, classes);
    JUnitTestCase.assertFalse(classes[0].isValidMixin);
    assertNoErrors(source);
    verify([source]);
  }

  void test_isValidMixin_valid() {
    Source source = addSource(EngineTestCase.createSource(["class A {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(1, classes);
    JUnitTestCase.assertTrue(classes[0].isValidMixin);
    assertNoErrors(source);
    verify([source]);
  }

  void test_labels_switch() {
    Source source = addSource(EngineTestCase.createSource([
        "void doSwitch(int target) {",
        "  switch (target) {",
        "    l0: case 0:",
        "      continue l1;",
        "    l1: case 1:",
        "      continue l0;",
        "    default:",
        "      continue l1;",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    assertNoErrors(source);
    verify([source]);
  }

  void test_localVariable_types_invoked() {
    Source source = addSource(EngineTestCase.createSource([
        "const A = null;",
        "main() {",
        "  var myVar = (int p) => 'foo';",
        "  myVar(42);",
        "}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnit unit = analysisContext.getResolvedCompilationUnit(source, library);
    JUnitTestCase.assertNotNull(unit);
    List<bool> found = [false];
    List<CaughtException> thrownException = new List<CaughtException>(1);
    unit.accept(new RecursiveAstVisitor_SimpleResolverTest_test_localVariable_types_invoked(this, found, thrownException));
    if (thrownException[0] != null) {
      throw new AnalysisException("Exception", new CaughtException(thrownException[0], null));
    }
    JUnitTestCase.assertTrue(found[0]);
  }

  void test_metadata_class() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "@A class C<A> {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unitElement = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unitElement);
    List<ClassElement> classes = unitElement.types;
    EngineTestCase.assertLength(1, classes);
    List<ElementAnnotation> annotations = classes[0].metadata;
    EngineTestCase.assertLength(1, annotations);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    NodeList<CompilationUnitMember> declarations = unit.declarations;
    EngineTestCase.assertSizeOfList(2, declarations);
    Element expectedElement = (declarations[0] as TopLevelVariableDeclaration).variables.variables[0].name.staticElement;
    EngineTestCase.assertInstanceOf((obj) => obj is PropertyInducingElement, PropertyInducingElement, expectedElement);
    expectedElement = (expectedElement as PropertyInducingElement).getter;
    Element actualElement = (declarations[1] as ClassDeclaration).metadata[0].name.staticElement;
    JUnitTestCase.assertSame(expectedElement, actualElement);
  }

  void test_metadata_field() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "class C {", "  @A int f;", "}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(1, classes);
    FieldElement field = classes[0].fields[0];
    List<ElementAnnotation> annotations = field.metadata;
    EngineTestCase.assertLength(1, annotations);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_fieldFormalParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "const A = null;",
        "class C {",
        "  int f;",
        "  C(@A this.f);",
        "}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(1, classes);
    List<ConstructorElement> constructors = classes[0].constructors;
    EngineTestCase.assertLength(1, constructors);
    List<ParameterElement> parameters = constructors[0].parameters;
    EngineTestCase.assertLength(1, parameters);
    List<ElementAnnotation> annotations = parameters[0].metadata;
    EngineTestCase.assertLength(1, annotations);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_function() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "@A f() {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<FunctionElement> functions = unit.functions;
    EngineTestCase.assertLength(1, functions);
    List<ElementAnnotation> annotations = functions[0].metadata;
    EngineTestCase.assertLength(1, annotations);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_functionTypedParameter() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "f(@A int p(int x)) {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<FunctionElement> functions = unit.functions;
    EngineTestCase.assertLength(1, functions);
    List<ParameterElement> parameters = functions[0].parameters;
    EngineTestCase.assertLength(1, parameters);
    List<ElementAnnotation> annotations1 = parameters[0].metadata;
    EngineTestCase.assertLength(1, annotations1);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_libraryDirective() {
    Source source = addSource(EngineTestCase.createSource(["@A library lib;", "const A = null;"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    List<ElementAnnotation> annotations = library.metadata;
    EngineTestCase.assertLength(1, annotations);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_method() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "class C {", "  @A void m() {}", "}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<ClassElement> classes = unit.types;
    EngineTestCase.assertLength(1, classes);
    MethodElement method = classes[0].methods[0];
    List<ElementAnnotation> annotations = method.metadata;
    EngineTestCase.assertLength(1, annotations);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_namedParameter() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "f({@A int p : 0}) {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<FunctionElement> functions = unit.functions;
    EngineTestCase.assertLength(1, functions);
    List<ParameterElement> parameters = functions[0].parameters;
    EngineTestCase.assertLength(1, parameters);
    List<ElementAnnotation> annotations1 = parameters[0].metadata;
    EngineTestCase.assertLength(1, annotations1);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_positionalParameter() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "f([@A int p = 0]) {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<FunctionElement> functions = unit.functions;
    EngineTestCase.assertLength(1, functions);
    List<ParameterElement> parameters = functions[0].parameters;
    EngineTestCase.assertLength(1, parameters);
    List<ElementAnnotation> annotations1 = parameters[0].metadata;
    EngineTestCase.assertLength(1, annotations1);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_simpleParameter() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "f(@A p1, @A int p2) {}"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unit = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unit);
    List<FunctionElement> functions = unit.functions;
    EngineTestCase.assertLength(1, functions);
    List<ParameterElement> parameters = functions[0].parameters;
    EngineTestCase.assertLength(2, parameters);
    List<ElementAnnotation> annotations1 = parameters[0].metadata;
    EngineTestCase.assertLength(1, annotations1);
    List<ElementAnnotation> annotations2 = parameters[1].metadata;
    EngineTestCase.assertLength(1, annotations2);
    assertNoErrors(source);
    verify([source]);
  }

  void test_metadata_typedef() {
    Source source = addSource(EngineTestCase.createSource(["const A = null;", "@A typedef F<A>();"]));
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    CompilationUnitElement unitElement = library.definingCompilationUnit;
    JUnitTestCase.assertNotNull(unitElement);
    List<FunctionTypeAliasElement> aliases = unitElement.functionTypeAliases;
    EngineTestCase.assertLength(1, aliases);
    List<ElementAnnotation> annotations = aliases[0].metadata;
    EngineTestCase.assertLength(1, annotations);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    NodeList<CompilationUnitMember> declarations = unit.declarations;
    EngineTestCase.assertSizeOfList(2, declarations);
    Element expectedElement = (declarations[0] as TopLevelVariableDeclaration).variables.variables[0].name.staticElement;
    EngineTestCase.assertInstanceOf((obj) => obj is PropertyInducingElement, PropertyInducingElement, expectedElement);
    expectedElement = (expectedElement as PropertyInducingElement).getter;
    Element actualElement = (declarations[1] as FunctionTypeAlias).metadata[0].name.staticElement;
    JUnitTestCase.assertSame(expectedElement, actualElement);
  }

  void test_method_fromMixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class B {",
        "  bar() => 1;",
        "}",
        "class A {",
        "  foo() => 2;",
        "}",
        "",
        "class C extends B with A {",
        "  bar() => super.bar();",
        "  foo() => super.foo();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_method_fromSuperclassMixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m1() {}",
        "}",
        "class B extends Object with A {",
        "}",
        "class C extends B {",
        "}",
        "f(C c) {",
        "  c.m1();",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_methodCascades() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void m1() {}",
        "  void m2() {}",
        "  void m() {",
        "    A a = new A();",
        "    a..m1()",
        "     ..m2();",
        "  }",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_methodCascades_withSetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  String name;",
        "  void m1() {}",
        "  void m2() {}",
        "  void m() {",
        "    A a = new A();",
        "    a..m1()",
        "     ..name = 'name'",
        "     ..m2();",
        "  }",
        "}"]));
    resolve(source);
    // failing with error code: INVOCATION_OF_NON_FUNCTION
    assertNoErrors(source);
    verify([source]);
  }

  void test_resolveAgainstNull() {
    Source source = addSource(EngineTestCase.createSource(["f(var p) {", "  return null == p;", "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_setter_inherited() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get x => 0;",
        "  set x(int p) {}",
        "}",
        "class B extends A {",
        "  int get x => super.x == null ? 0 : super.x;",
        "  int f() => x = 1;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_setter_static() {
    Source source = addSource(EngineTestCase.createSource(["set s(x) {", "}", "", "main() {", "  s = 123;", "}"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  /**
   * Resolve the given source and verify that the arguments in a specific method invocation were
   * correctly resolved.
   *
   * The source is expected to be source for a compilation unit, the first declaration is expected
   * to be a class, the first member of which is expected to be a method with a block body, and the
   * first statement in the body is expected to be an expression statement whose expression is a
   * method invocation. It is the arguments to that method invocation that are tested. The method
   * invocation can contain errors.
   *
   * The arguments were resolved correctly if the number of expressions in the list matches the
   * length of the array of indices and if, for each index in the array of indices, the parameter to
   * which the argument expression was resolved is the parameter in the invoked method's list of
   * parameters at that index. Arguments that should not be resolved to a parameter because of an
   * error can be denoted by including a negative index in the array of indices.
   *
   * @param source the source to be resolved
   * @param indices the array of indices used to associate arguments with parameters
   * @throws Exception if the source could not be resolved or if the structure of the source is not
   *           valid
   */
  void _validateArgumentResolution(Source source, List<int> indices) {
    LibraryElement library = resolve(source);
    JUnitTestCase.assertNotNull(library);
    ClassElement classElement = library.definingCompilationUnit.types[0];
    List<ParameterElement> parameters = classElement.methods[1].parameters;
    CompilationUnit unit = resolveCompilationUnit(source, library);
    JUnitTestCase.assertNotNull(unit);
    ClassDeclaration classDeclaration = unit.declarations[0] as ClassDeclaration;
    MethodDeclaration methodDeclaration = classDeclaration.members[0] as MethodDeclaration;
    Block block = (methodDeclaration.body as BlockFunctionBody).block;
    ExpressionStatement statement = block.statements[0] as ExpressionStatement;
    MethodInvocation invocation = statement.expression as MethodInvocation;
    NodeList<Expression> arguments = invocation.argumentList.arguments;
    int argumentCount = arguments.length;
    JUnitTestCase.assertEquals(indices.length, argumentCount);
    for (int i = 0; i < argumentCount; i++) {
      Expression argument = arguments[i];
      ParameterElement element = argument.staticParameterElement;
      int index = indices[i];
      if (index < 0) {
        JUnitTestCase.assertNull(element);
      } else {
        JUnitTestCase.assertSame(parameters[index], element);
      }
    }
  }

  static dartSuite() {
    _ut.group('SimpleResolverTest', () {
      _ut.test('test_argumentResolution_requiredAndNamed_extra', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_requiredAndNamed_extra);
      });
      _ut.test('test_argumentResolution_requiredAndNamed_matching', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_requiredAndNamed_matching);
      });
      _ut.test('test_argumentResolution_requiredAndNamed_missing', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_requiredAndNamed_missing);
      });
      _ut.test('test_argumentResolution_requiredAndPositional_fewer', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_requiredAndPositional_fewer);
      });
      _ut.test('test_argumentResolution_requiredAndPositional_matching', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_requiredAndPositional_matching);
      });
      _ut.test('test_argumentResolution_requiredAndPositional_more', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_requiredAndPositional_more);
      });
      _ut.test('test_argumentResolution_required_matching', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_required_matching);
      });
      _ut.test('test_argumentResolution_required_tooFew', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_required_tooFew);
      });
      _ut.test('test_argumentResolution_required_tooMany', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_argumentResolution_required_tooMany);
      });
      _ut.test('test_class_definesCall', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_class_definesCall);
      });
      _ut.test('test_class_extends_implements', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_class_extends_implements);
      });
      _ut.test('test_commentReference_class', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_commentReference_class);
      });
      _ut.test('test_commentReference_parameter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_commentReference_parameter);
      });
      _ut.test('test_commentReference_singleLine', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_commentReference_singleLine);
      });
      _ut.test('test_empty', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_empty);
      });
      _ut.test('test_entryPoint_exported', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_entryPoint_exported);
      });
      _ut.test('test_entryPoint_local', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_entryPoint_local);
      });
      _ut.test('test_entryPoint_none', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_entryPoint_none);
      });
      _ut.test('test_extractedMethodAsConstant', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_extractedMethodAsConstant);
      });
      _ut.test('test_fieldFormalParameter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_fieldFormalParameter);
      });
      _ut.test('test_forEachLoops_nonConflicting', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_forEachLoops_nonConflicting);
      });
      _ut.test('test_forLoops_nonConflicting', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_forLoops_nonConflicting);
      });
      _ut.test('test_functionTypeAlias', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_functionTypeAlias);
      });
      _ut.test('test_getterAndSetterWithDifferentTypes', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_getterAndSetterWithDifferentTypes);
      });
      _ut.test('test_hasReferenceToSuper', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_hasReferenceToSuper);
      });
      _ut.test('test_import_hide', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_import_hide);
      });
      _ut.test('test_import_prefix', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_import_prefix);
      });
      _ut.test('test_import_spaceInUri', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_import_spaceInUri);
      });
      _ut.test('test_indexExpression_typeParameters', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_indexExpression_typeParameters);
      });
      _ut.test('test_indexExpression_typeParameters_invalidAssignmentWarning', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_indexExpression_typeParameters_invalidAssignmentWarning);
      });
      _ut.test('test_indirectOperatorThroughCall', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_indirectOperatorThroughCall);
      });
      _ut.test('test_invoke_dynamicThroughGetter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_invoke_dynamicThroughGetter);
      });
      _ut.test('test_isValidMixin_badSuperclass', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_isValidMixin_badSuperclass);
      });
      _ut.test('test_isValidMixin_constructor', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_isValidMixin_constructor);
      });
      _ut.test('test_isValidMixin_super', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_isValidMixin_super);
      });
      _ut.test('test_isValidMixin_valid', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_isValidMixin_valid);
      });
      _ut.test('test_labels_switch', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_labels_switch);
      });
      _ut.test('test_localVariable_types_invoked', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_localVariable_types_invoked);
      });
      _ut.test('test_metadata_class', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_class);
      });
      _ut.test('test_metadata_field', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_field);
      });
      _ut.test('test_metadata_fieldFormalParameter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_fieldFormalParameter);
      });
      _ut.test('test_metadata_function', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_function);
      });
      _ut.test('test_metadata_functionTypedParameter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_functionTypedParameter);
      });
      _ut.test('test_metadata_libraryDirective', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_libraryDirective);
      });
      _ut.test('test_metadata_method', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_method);
      });
      _ut.test('test_metadata_namedParameter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_namedParameter);
      });
      _ut.test('test_metadata_positionalParameter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_positionalParameter);
      });
      _ut.test('test_metadata_simpleParameter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_simpleParameter);
      });
      _ut.test('test_metadata_typedef', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_metadata_typedef);
      });
      _ut.test('test_methodCascades', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_methodCascades);
      });
      _ut.test('test_methodCascades_withSetter', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_methodCascades_withSetter);
      });
      _ut.test('test_method_fromMixin', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_method_fromMixin);
      });
      _ut.test('test_method_fromSuperclassMixin', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_method_fromSuperclassMixin);
      });
      _ut.test('test_resolveAgainstNull', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_resolveAgainstNull);
      });
      _ut.test('test_setter_inherited', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_setter_inherited);
      });
      _ut.test('test_setter_static', () {
        final __test = new SimpleResolverTest();
        runJUnitTest(__test, __test.test_setter_static);
      });
    });
  }
}

class SourceContainer_ChangeSetTest_test_toString implements SourceContainer {
  @override
  bool contains(Source source) => false;
}

class StaticTypeAnalyzerTest extends EngineTestCase {
  /**
   * The error listener to which errors will be reported.
   */
  GatheringErrorListener _listener;

  /**
   * The resolver visitor used to create the analyzer.
   */
  ResolverVisitor _visitor;

  /**
   * The analyzer being used to analyze the test cases.
   */
  StaticTypeAnalyzer _analyzer;

  /**
   * The type provider used to access the types.
   */
  TestTypeProvider _typeProvider;

  void fail_visitFunctionExpressionInvocation() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitMethodInvocation() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitSimpleIdentifier() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  @override
  void setUp() {
    _listener = new GatheringErrorListener();
    _typeProvider = new TestTypeProvider();
    _analyzer = _createAnalyzer();
  }

  void test_visitAdjacentStrings() {
    // "a" "b"
    Expression node = AstFactory.adjacentStrings([_resolvedString("a"), _resolvedString("b")]);
    JUnitTestCase.assertSame(_typeProvider.stringType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitAsExpression() {
    // class A { ... this as B ... }
    // class B extends A {}
    ClassElement superclass = ElementFactory.classElement2("A", []);
    InterfaceType superclassType = superclass.type;
    ClassElement subclass = ElementFactory.classElement("B", superclassType, []);
    Expression node = AstFactory.asExpression(AstFactory.thisExpression(), AstFactory.typeName(subclass, []));
    JUnitTestCase.assertSame(subclass.type, _analyze3(node, superclassType));
    _listener.assertNoErrors();
  }

  void test_visitAssignmentExpression_compound() {
    // i += 1
    InterfaceType numType = _typeProvider.numType;
    SimpleIdentifier identifier = _resolvedVariable(_typeProvider.intType, "i");
    AssignmentExpression node = AstFactory.assignmentExpression(identifier, TokenType.PLUS_EQ, _resolvedInteger(1));
    MethodElement plusMethod = getMethod(numType, "+");
    node.staticElement = plusMethod;
    JUnitTestCase.assertSame(numType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitAssignmentExpression_simple() {
    // i = 0
    InterfaceType intType = _typeProvider.intType;
    Expression node = AstFactory.assignmentExpression(_resolvedVariable(intType, "i"), TokenType.EQ, _resolvedInteger(0));
    JUnitTestCase.assertSame(intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_equals() {
    // 2 == 3
    Expression node = AstFactory.binaryExpression(_resolvedInteger(2), TokenType.EQ_EQ, _resolvedInteger(3));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_logicalAnd() {
    // false && true
    Expression node = AstFactory.binaryExpression(AstFactory.booleanLiteral(false), TokenType.AMPERSAND_AMPERSAND, AstFactory.booleanLiteral(true));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_logicalOr() {
    // false || true
    Expression node = AstFactory.binaryExpression(AstFactory.booleanLiteral(false), TokenType.BAR_BAR, AstFactory.booleanLiteral(true));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_notEquals() {
    // 2 != 3
    Expression node = AstFactory.binaryExpression(_resolvedInteger(2), TokenType.BANG_EQ, _resolvedInteger(3));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_plusID() {
    // 1 + 2.0
    BinaryExpression node = AstFactory.binaryExpression(_resolvedInteger(1), TokenType.PLUS, _resolvedDouble(2.0));
    node.staticElement = getMethod(_typeProvider.numType, "+");
    JUnitTestCase.assertSame(_typeProvider.doubleType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_plusII() {
    // 1 + 2
    BinaryExpression node = AstFactory.binaryExpression(_resolvedInteger(1), TokenType.PLUS, _resolvedInteger(2));
    node.staticElement = getMethod(_typeProvider.numType, "+");
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_slash() {
    // 2 / 2
    BinaryExpression node = AstFactory.binaryExpression(_resolvedInteger(2), TokenType.SLASH, _resolvedInteger(2));
    node.staticElement = getMethod(_typeProvider.numType, "/");
    JUnitTestCase.assertSame(_typeProvider.doubleType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_star_notSpecial() {
    // class A {
    //   A operator *(double value);
    // }
    // (a as A) * 2.0
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    InterfaceType typeA = classA.type;
    MethodElement operator = ElementFactory.methodElement("*", typeA, [_typeProvider.doubleType]);
    classA.methods = <MethodElement> [operator];
    BinaryExpression node = AstFactory.binaryExpression(AstFactory.asExpression(AstFactory.identifier3("a"), AstFactory.typeName(classA, [])), TokenType.PLUS, _resolvedDouble(2.0));
    node.staticElement = operator;
    JUnitTestCase.assertSame(typeA, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBinaryExpression_starID() {
    // 1 * 2.0
    BinaryExpression node = AstFactory.binaryExpression(_resolvedInteger(1), TokenType.PLUS, _resolvedDouble(2.0));
    node.staticElement = getMethod(_typeProvider.numType, "*");
    JUnitTestCase.assertSame(_typeProvider.doubleType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBooleanLiteral_false() {
    // false
    Expression node = AstFactory.booleanLiteral(false);
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitBooleanLiteral_true() {
    // true
    Expression node = AstFactory.booleanLiteral(true);
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitCascadeExpression() {
    // a..length
    Expression node = AstFactory.cascadeExpression(_resolvedString("a"), [AstFactory.propertyAccess2(null, "length")]);
    JUnitTestCase.assertSame(_typeProvider.stringType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitConditionalExpression_differentTypes() {
    // true ? 1.0 : 0
    Expression node = AstFactory.conditionalExpression(AstFactory.booleanLiteral(true), _resolvedDouble(1.0), _resolvedInteger(0));
    JUnitTestCase.assertSame(_typeProvider.numType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitConditionalExpression_sameTypes() {
    // true ? 1 : 0
    Expression node = AstFactory.conditionalExpression(AstFactory.booleanLiteral(true), _resolvedInteger(1), _resolvedInteger(0));
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitDoubleLiteral() {
    // 4.33
    Expression node = AstFactory.doubleLiteral(4.33);
    JUnitTestCase.assertSame(_typeProvider.doubleType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_named_block() {
    // ({p1 : 0, p2 : 0}) {}
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p1 = AstFactory.namedFormalParameter(AstFactory.simpleFormalParameter3("p1"), _resolvedInteger(0));
    _setType(p1, dynamicType);
    FormalParameter p2 = AstFactory.namedFormalParameter(AstFactory.simpleFormalParameter3("p2"), _resolvedInteger(0));
    _setType(p2, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p1, p2]), AstFactory.blockFunctionBody2([]));
    _analyze5(p1);
    _analyze5(p2);
    DartType resultType = _analyze(node);
    Map<String, DartType> expectedNamedTypes = new HashMap<String, DartType>();
    expectedNamedTypes["p1"] = dynamicType;
    expectedNamedTypes["p2"] = dynamicType;
    _assertFunctionType(dynamicType, null, null, expectedNamedTypes, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_named_expression() {
    // ({p : 0}) -> 0;
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p = AstFactory.namedFormalParameter(AstFactory.simpleFormalParameter3("p"), _resolvedInteger(0));
    _setType(p, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p]), AstFactory.expressionFunctionBody(_resolvedInteger(0)));
    _analyze5(p);
    DartType resultType = _analyze(node);
    Map<String, DartType> expectedNamedTypes = new HashMap<String, DartType>();
    expectedNamedTypes["p"] = dynamicType;
    _assertFunctionType(_typeProvider.intType, null, null, expectedNamedTypes, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_normal_block() {
    // (p1, p2) {}
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p1 = AstFactory.simpleFormalParameter3("p1");
    _setType(p1, dynamicType);
    FormalParameter p2 = AstFactory.simpleFormalParameter3("p2");
    _setType(p2, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p1, p2]), AstFactory.blockFunctionBody2([]));
    _analyze5(p1);
    _analyze5(p2);
    DartType resultType = _analyze(node);
    _assertFunctionType(dynamicType, <DartType> [dynamicType, dynamicType], null, null, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_normal_expression() {
    // (p1, p2) -> 0
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p = AstFactory.simpleFormalParameter3("p");
    _setType(p, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p]), AstFactory.expressionFunctionBody(_resolvedInteger(0)));
    _analyze5(p);
    DartType resultType = _analyze(node);
    _assertFunctionType(_typeProvider.intType, <DartType> [dynamicType], null, null, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_normalAndNamed_block() {
    // (p1, {p2 : 0}) {}
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p1 = AstFactory.simpleFormalParameter3("p1");
    _setType(p1, dynamicType);
    FormalParameter p2 = AstFactory.namedFormalParameter(AstFactory.simpleFormalParameter3("p2"), _resolvedInteger(0));
    _setType(p2, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p1, p2]), AstFactory.blockFunctionBody2([]));
    _analyze5(p2);
    DartType resultType = _analyze(node);
    Map<String, DartType> expectedNamedTypes = new HashMap<String, DartType>();
    expectedNamedTypes["p2"] = dynamicType;
    _assertFunctionType(dynamicType, <DartType> [dynamicType], null, expectedNamedTypes, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_normalAndNamed_expression() {
    // (p1, {p2 : 0}) -> 0
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p1 = AstFactory.simpleFormalParameter3("p1");
    _setType(p1, dynamicType);
    FormalParameter p2 = AstFactory.namedFormalParameter(AstFactory.simpleFormalParameter3("p2"), _resolvedInteger(0));
    _setType(p2, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p1, p2]), AstFactory.expressionFunctionBody(_resolvedInteger(0)));
    _analyze5(p2);
    DartType resultType = _analyze(node);
    Map<String, DartType> expectedNamedTypes = new HashMap<String, DartType>();
    expectedNamedTypes["p2"] = dynamicType;
    _assertFunctionType(_typeProvider.intType, <DartType> [dynamicType], null, expectedNamedTypes, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_normalAndPositional_block() {
    // (p1, [p2 = 0]) {}
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p1 = AstFactory.simpleFormalParameter3("p1");
    _setType(p1, dynamicType);
    FormalParameter p2 = AstFactory.positionalFormalParameter(AstFactory.simpleFormalParameter3("p2"), _resolvedInteger(0));
    _setType(p2, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p1, p2]), AstFactory.blockFunctionBody2([]));
    _analyze5(p1);
    _analyze5(p2);
    DartType resultType = _analyze(node);
    _assertFunctionType(dynamicType, <DartType> [dynamicType], <DartType> [dynamicType], null, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_normalAndPositional_expression() {
    // (p1, [p2 = 0]) -> 0
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p1 = AstFactory.simpleFormalParameter3("p1");
    _setType(p1, dynamicType);
    FormalParameter p2 = AstFactory.positionalFormalParameter(AstFactory.simpleFormalParameter3("p2"), _resolvedInteger(0));
    _setType(p2, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p1, p2]), AstFactory.expressionFunctionBody(_resolvedInteger(0)));
    _analyze5(p1);
    _analyze5(p2);
    DartType resultType = _analyze(node);
    _assertFunctionType(_typeProvider.intType, <DartType> [dynamicType], <DartType> [dynamicType], null, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_positional_block() {
    // ([p1 = 0, p2 = 0]) {}
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p1 = AstFactory.positionalFormalParameter(AstFactory.simpleFormalParameter3("p1"), _resolvedInteger(0));
    _setType(p1, dynamicType);
    FormalParameter p2 = AstFactory.positionalFormalParameter(AstFactory.simpleFormalParameter3("p2"), _resolvedInteger(0));
    _setType(p2, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p1, p2]), AstFactory.blockFunctionBody2([]));
    _analyze5(p1);
    _analyze5(p2);
    DartType resultType = _analyze(node);
    _assertFunctionType(dynamicType, null, <DartType> [dynamicType, dynamicType], null, resultType);
    _listener.assertNoErrors();
  }

  void test_visitFunctionExpression_positional_expression() {
    // ([p1 = 0, p2 = 0]) -> 0
    DartType dynamicType = _typeProvider.dynamicType;
    FormalParameter p = AstFactory.positionalFormalParameter(AstFactory.simpleFormalParameter3("p"), _resolvedInteger(0));
    _setType(p, dynamicType);
    FunctionExpression node = _resolvedFunctionExpression(AstFactory.formalParameterList([p]), AstFactory.expressionFunctionBody(_resolvedInteger(0)));
    _analyze5(p);
    DartType resultType = _analyze(node);
    _assertFunctionType(_typeProvider.intType, null, <DartType> [dynamicType], null, resultType);
    _listener.assertNoErrors();
  }

  void test_visitIndexExpression_getter() {
    // List a;
    // a[2]
    InterfaceType listType = _typeProvider.listType;
    SimpleIdentifier identifier = _resolvedVariable(listType, "a");
    IndexExpression node = AstFactory.indexExpression(identifier, _resolvedInteger(2));
    MethodElement indexMethod = listType.element.methods[0];
    node.staticElement = indexMethod;
    JUnitTestCase.assertSame(listType.typeArguments[0], _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitIndexExpression_setter() {
    // List a;
    // a[2] = 0
    InterfaceType listType = _typeProvider.listType;
    SimpleIdentifier identifier = _resolvedVariable(listType, "a");
    IndexExpression node = AstFactory.indexExpression(identifier, _resolvedInteger(2));
    MethodElement indexMethod = listType.element.methods[1];
    node.staticElement = indexMethod;
    AstFactory.assignmentExpression(node, TokenType.EQ, AstFactory.integer(0));
    JUnitTestCase.assertSame(listType.typeArguments[0], _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitIndexExpression_typeParameters() {
    // List<int> list = ...
    // list[0]
    InterfaceType intType = _typeProvider.intType;
    InterfaceType listType = _typeProvider.listType;
    // (int) -> E
    MethodElement methodElement = getMethod(listType, "[]");
    // "list" has type List<int>
    SimpleIdentifier identifier = AstFactory.identifier3("list");
    InterfaceType listOfIntType = listType.substitute4(<DartType> [intType]);
    identifier.staticType = listOfIntType;
    // list[0] has MethodElement element (int) -> E
    IndexExpression indexExpression = AstFactory.indexExpression(identifier, AstFactory.integer(0));
    MethodElement indexMethod = MethodMember.from(methodElement, listOfIntType);
    indexExpression.staticElement = indexMethod;
    // analyze and assert result of the index expression
    JUnitTestCase.assertSame(intType, _analyze(indexExpression));
    _listener.assertNoErrors();
  }

  void test_visitIndexExpression_typeParameters_inSetterContext() {
    // List<int> list = ...
    // list[0] = 0;
    InterfaceType intType = _typeProvider.intType;
    InterfaceType listType = _typeProvider.listType;
    // (int, E) -> void
    MethodElement methodElement = getMethod(listType, "[]=");
    // "list" has type List<int>
    SimpleIdentifier identifier = AstFactory.identifier3("list");
    InterfaceType listOfIntType = listType.substitute4(<DartType> [intType]);
    identifier.staticType = listOfIntType;
    // list[0] has MethodElement element (int) -> E
    IndexExpression indexExpression = AstFactory.indexExpression(identifier, AstFactory.integer(0));
    MethodElement indexMethod = MethodMember.from(methodElement, listOfIntType);
    indexExpression.staticElement = indexMethod;
    // list[0] should be in a setter context
    AstFactory.assignmentExpression(indexExpression, TokenType.EQ, AstFactory.integer(0));
    // analyze and assert result of the index expression
    JUnitTestCase.assertSame(intType, _analyze(indexExpression));
    _listener.assertNoErrors();
  }

  void test_visitInstanceCreationExpression_named() {
    // new C.m()
    ClassElementImpl classElement = ElementFactory.classElement2("C", []);
    String constructorName = "m";
    ConstructorElementImpl constructor = ElementFactory.constructorElement2(classElement, constructorName, []);
    constructor.returnType = classElement.type;
    FunctionTypeImpl constructorType = new FunctionTypeImpl.con1(constructor);
    constructor.type = constructorType;
    classElement.constructors = <ConstructorElement> [constructor];
    InstanceCreationExpression node = AstFactory.instanceCreationExpression2(null, AstFactory.typeName(classElement, []), [AstFactory.identifier3(constructorName)]);
    node.staticElement = constructor;
    JUnitTestCase.assertSame(classElement.type, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitInstanceCreationExpression_typeParameters() {
    // new C<I>()
    ClassElementImpl elementC = ElementFactory.classElement2("C", ["E"]);
    ClassElementImpl elementI = ElementFactory.classElement2("I", []);
    ConstructorElementImpl constructor = ElementFactory.constructorElement2(elementC, null, []);
    elementC.constructors = <ConstructorElement> [constructor];
    constructor.returnType = elementC.type;
    FunctionTypeImpl constructorType = new FunctionTypeImpl.con1(constructor);
    constructor.type = constructorType;
    TypeName typeName = AstFactory.typeName(elementC, [AstFactory.typeName(elementI, [])]);
    typeName.type = elementC.type.substitute4(<DartType> [elementI.type]);
    InstanceCreationExpression node = AstFactory.instanceCreationExpression2(null, typeName, []);
    node.staticElement = constructor;
    InterfaceType interfaceType = _analyze(node) as InterfaceType;
    List<DartType> typeArgs = interfaceType.typeArguments;
    JUnitTestCase.assertEquals(1, typeArgs.length);
    JUnitTestCase.assertEquals(elementI.type, typeArgs[0]);
    _listener.assertNoErrors();
  }

  void test_visitInstanceCreationExpression_unnamed() {
    // new C()
    ClassElementImpl classElement = ElementFactory.classElement2("C", []);
    ConstructorElementImpl constructor = ElementFactory.constructorElement2(classElement, null, []);
    constructor.returnType = classElement.type;
    FunctionTypeImpl constructorType = new FunctionTypeImpl.con1(constructor);
    constructor.type = constructorType;
    classElement.constructors = <ConstructorElement> [constructor];
    InstanceCreationExpression node = AstFactory.instanceCreationExpression2(null, AstFactory.typeName(classElement, []), []);
    node.staticElement = constructor;
    JUnitTestCase.assertSame(classElement.type, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitIntegerLiteral() {
    // 42
    Expression node = _resolvedInteger(42);
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitIsExpression_negated() {
    // a is! String
    Expression node = AstFactory.isExpression(_resolvedString("a"), true, AstFactory.typeName4("String", []));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitIsExpression_notNegated() {
    // a is String
    Expression node = AstFactory.isExpression(_resolvedString("a"), false, AstFactory.typeName4("String", []));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitListLiteral_empty() {
    // []
    Expression node = AstFactory.listLiteral([]);
    DartType resultType = _analyze(node);
    _assertType2(_typeProvider.listType.substitute4(<DartType> [_typeProvider.dynamicType]), resultType);
    _listener.assertNoErrors();
  }

  void test_visitListLiteral_nonEmpty() {
    // [0]
    Expression node = AstFactory.listLiteral([_resolvedInteger(0)]);
    DartType resultType = _analyze(node);
    _assertType2(_typeProvider.listType.substitute4(<DartType> [_typeProvider.dynamicType]), resultType);
    _listener.assertNoErrors();
  }

  void test_visitMapLiteral_empty() {
    // {}
    Expression node = AstFactory.mapLiteral2([]);
    DartType resultType = _analyze(node);
    _assertType2(_typeProvider.mapType.substitute4(<DartType> [_typeProvider.dynamicType, _typeProvider.dynamicType]), resultType);
    _listener.assertNoErrors();
  }

  void test_visitMapLiteral_nonEmpty() {
    // {"k" : 0}
    Expression node = AstFactory.mapLiteral2([AstFactory.mapLiteralEntry("k", _resolvedInteger(0))]);
    DartType resultType = _analyze(node);
    _assertType2(_typeProvider.mapType.substitute4(<DartType> [_typeProvider.dynamicType, _typeProvider.dynamicType]), resultType);
    _listener.assertNoErrors();
  }

  void test_visitMethodInvocation_then() {
    // then()
    Expression node = AstFactory.methodInvocation(null, "then", []);
    _analyze(node);
    _listener.assertNoErrors();
  }

  void test_visitNamedExpression() {
    // n: a
    Expression node = AstFactory.namedExpression2("n", _resolvedString("a"));
    JUnitTestCase.assertSame(_typeProvider.stringType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitNullLiteral() {
    // null
    Expression node = AstFactory.nullLiteral();
    JUnitTestCase.assertSame(_typeProvider.bottomType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitParenthesizedExpression() {
    // (0)
    Expression node = AstFactory.parenthesizedExpression(_resolvedInteger(0));
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPostfixExpression_minusMinus() {
    // 0--
    PostfixExpression node = AstFactory.postfixExpression(_resolvedInteger(0), TokenType.MINUS_MINUS);
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPostfixExpression_plusPlus() {
    // 0++
    PostfixExpression node = AstFactory.postfixExpression(_resolvedInteger(0), TokenType.PLUS_PLUS);
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_getter() {
    DartType boolType = _typeProvider.boolType;
    PropertyAccessorElementImpl getter = ElementFactory.getterElement("b", false, boolType);
    PrefixedIdentifier node = AstFactory.identifier5("a", "b");
    node.identifier.staticElement = getter;
    JUnitTestCase.assertSame(boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_setter() {
    DartType boolType = _typeProvider.boolType;
    FieldElementImpl field = ElementFactory.fieldElement("b", false, false, false, boolType);
    PropertyAccessorElement setter = field.setter;
    PrefixedIdentifier node = AstFactory.identifier5("a", "b");
    node.identifier.staticElement = setter;
    JUnitTestCase.assertSame(boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixedIdentifier_variable() {
    VariableElementImpl variable = ElementFactory.localVariableElement2("b");
    variable.type = _typeProvider.boolType;
    PrefixedIdentifier node = AstFactory.identifier5("a", "b");
    node.identifier.staticElement = variable;
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixExpression_bang() {
    // !0
    PrefixExpression node = AstFactory.prefixExpression(TokenType.BANG, _resolvedInteger(0));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixExpression_minus() {
    // -0
    PrefixExpression node = AstFactory.prefixExpression(TokenType.MINUS, _resolvedInteger(0));
    MethodElement minusMethod = getMethod(_typeProvider.numType, "-");
    node.staticElement = minusMethod;
    JUnitTestCase.assertSame(_typeProvider.numType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixExpression_minusMinus() {
    // --0
    PrefixExpression node = AstFactory.prefixExpression(TokenType.MINUS_MINUS, _resolvedInteger(0));
    MethodElement minusMethod = getMethod(_typeProvider.numType, "-");
    node.staticElement = minusMethod;
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixExpression_not() {
    // !true
    Expression node = AstFactory.prefixExpression(TokenType.BANG, AstFactory.booleanLiteral(true));
    JUnitTestCase.assertSame(_typeProvider.boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixExpression_plusPlus() {
    // ++0
    PrefixExpression node = AstFactory.prefixExpression(TokenType.PLUS_PLUS, _resolvedInteger(0));
    MethodElement plusMethod = getMethod(_typeProvider.numType, "+");
    node.staticElement = plusMethod;
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPrefixExpression_tilde() {
    // ~0
    PrefixExpression node = AstFactory.prefixExpression(TokenType.TILDE, _resolvedInteger(0));
    MethodElement tildeMethod = getMethod(_typeProvider.intType, "~");
    node.staticElement = tildeMethod;
    JUnitTestCase.assertSame(_typeProvider.intType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPropertyAccess_propagated_getter() {
    DartType boolType = _typeProvider.boolType;
    PropertyAccessorElementImpl getter = ElementFactory.getterElement("b", false, boolType);
    PropertyAccess node = AstFactory.propertyAccess2(AstFactory.identifier3("a"), "b");
    node.propertyName.propagatedElement = getter;
    JUnitTestCase.assertSame(boolType, _analyze2(node, false));
    _listener.assertNoErrors();
  }

  void test_visitPropertyAccess_propagated_setter() {
    DartType boolType = _typeProvider.boolType;
    FieldElementImpl field = ElementFactory.fieldElement("b", false, false, false, boolType);
    PropertyAccessorElement setter = field.setter;
    PropertyAccess node = AstFactory.propertyAccess2(AstFactory.identifier3("a"), "b");
    node.propertyName.propagatedElement = setter;
    JUnitTestCase.assertSame(boolType, _analyze2(node, false));
    _listener.assertNoErrors();
  }

  void test_visitPropertyAccess_static_getter() {
    DartType boolType = _typeProvider.boolType;
    PropertyAccessorElementImpl getter = ElementFactory.getterElement("b", false, boolType);
    PropertyAccess node = AstFactory.propertyAccess2(AstFactory.identifier3("a"), "b");
    node.propertyName.staticElement = getter;
    JUnitTestCase.assertSame(boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitPropertyAccess_static_setter() {
    DartType boolType = _typeProvider.boolType;
    FieldElementImpl field = ElementFactory.fieldElement("b", false, false, false, boolType);
    PropertyAccessorElement setter = field.setter;
    PropertyAccess node = AstFactory.propertyAccess2(AstFactory.identifier3("a"), "b");
    node.propertyName.staticElement = setter;
    JUnitTestCase.assertSame(boolType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitSimpleStringLiteral() {
    // "a"
    Expression node = _resolvedString("a");
    JUnitTestCase.assertSame(_typeProvider.stringType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitStringInterpolation() {
    // "a${'b'}c"
    Expression node = AstFactory.string([
        AstFactory.interpolationString("a", "a"),
        AstFactory.interpolationExpression(_resolvedString("b")),
        AstFactory.interpolationString("c", "c")]);
    JUnitTestCase.assertSame(_typeProvider.stringType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitSuperExpression() {
    // super
    InterfaceType superType = ElementFactory.classElement2("A", []).type;
    InterfaceType thisType = ElementFactory.classElement("B", superType, []).type;
    Expression node = AstFactory.superExpression();
    JUnitTestCase.assertSame(thisType, _analyze3(node, thisType));
    _listener.assertNoErrors();
  }

  void test_visitSymbolLiteral() {
    JUnitTestCase.assertSame(_typeProvider.symbolType, _analyze(AstFactory.symbolLiteral(["a"])));
  }

  void test_visitThisExpression() {
    // this
    InterfaceType thisType = ElementFactory.classElement("B", ElementFactory.classElement2("A", []).type, []).type;
    Expression node = AstFactory.thisExpression();
    JUnitTestCase.assertSame(thisType, _analyze3(node, thisType));
    _listener.assertNoErrors();
  }

  void test_visitThrowExpression_withoutValue() {
    // throw
    Expression node = AstFactory.throwExpression();
    JUnitTestCase.assertSame(_typeProvider.bottomType, _analyze(node));
    _listener.assertNoErrors();
  }

  void test_visitThrowExpression_withValue() {
    // throw 0
    Expression node = AstFactory.throwExpression2(_resolvedInteger(0));
    JUnitTestCase.assertSame(_typeProvider.bottomType, _analyze(node));
    _listener.assertNoErrors();
  }

  /**
   * Return the type associated with the given expression after the static type analyzer has
   * computed a type for it.
   *
   * @param node the expression with which the type is associated
   * @return the type associated with the expression
   */
  DartType _analyze(Expression node) => _analyze4(node, null, true);

  /**
   * Return the type associated with the given expression after the static or propagated type
   * analyzer has computed a type for it.
   *
   * @param node the expression with which the type is associated
   * @param useStaticType `true` if the static type is being requested, and `false` if
   *          the propagated type is being requested
   * @return the type associated with the expression
   */
  DartType _analyze2(Expression node, bool useStaticType) => _analyze4(node, null, useStaticType);

  /**
   * Return the type associated with the given expression after the static type analyzer has
   * computed a type for it.
   *
   * @param node the expression with which the type is associated
   * @param thisType the type of 'this'
   * @return the type associated with the expression
   */
  DartType _analyze3(Expression node, InterfaceType thisType) => _analyze4(node, thisType, true);

  /**
   * Return the type associated with the given expression after the static type analyzer has
   * computed a type for it.
   *
   * @param node the expression with which the type is associated
   * @param thisType the type of 'this'
   * @param useStaticType `true` if the static type is being requested, and `false` if
   *          the propagated type is being requested
   * @return the type associated with the expression
   */
  DartType _analyze4(Expression node, InterfaceType thisType, bool useStaticType) {
    try {
      _analyzer.thisType_J2DAccessor = thisType;
    } catch (exception) {
      throw new IllegalArgumentException("Could not set type of 'this'", exception);
    }
    node.accept(_analyzer);
    if (useStaticType) {
      return node.staticType;
    } else {
      return node.propagatedType;
    }
  }

  /**
   * Return the type associated with the given parameter after the static type analyzer has computed
   * a type for it.
   *
   * @param node the parameter with which the type is associated
   * @return the type associated with the parameter
   */
  DartType _analyze5(FormalParameter node) {
    node.accept(_analyzer);
    return (node.identifier.staticElement as ParameterElement).type;
  }

  /**
   * Assert that the actual type is a function type with the expected characteristics.
   *
   * @param expectedReturnType the expected return type of the function
   * @param expectedNormalTypes the expected types of the normal parameters
   * @param expectedOptionalTypes the expected types of the optional parameters
   * @param expectedNamedTypes the expected types of the named parameters
   * @param actualType the type being tested
   */
  void _assertFunctionType(DartType expectedReturnType, List<DartType> expectedNormalTypes, List<DartType> expectedOptionalTypes, Map<String, DartType> expectedNamedTypes, DartType actualType) {
    EngineTestCase.assertInstanceOf((obj) => obj is FunctionType, FunctionType, actualType);
    FunctionType functionType = actualType as FunctionType;
    List<DartType> normalTypes = functionType.normalParameterTypes;
    if (expectedNormalTypes == null) {
      EngineTestCase.assertLength(0, normalTypes);
    } else {
      int expectedCount = expectedNormalTypes.length;
      EngineTestCase.assertLength(expectedCount, normalTypes);
      for (int i = 0; i < expectedCount; i++) {
        JUnitTestCase.assertSame(expectedNormalTypes[i], normalTypes[i]);
      }
    }
    List<DartType> optionalTypes = functionType.optionalParameterTypes;
    if (expectedOptionalTypes == null) {
      EngineTestCase.assertLength(0, optionalTypes);
    } else {
      int expectedCount = expectedOptionalTypes.length;
      EngineTestCase.assertLength(expectedCount, optionalTypes);
      for (int i = 0; i < expectedCount; i++) {
        JUnitTestCase.assertSame(expectedOptionalTypes[i], optionalTypes[i]);
      }
    }
    Map<String, DartType> namedTypes = functionType.namedParameterTypes;
    if (expectedNamedTypes == null) {
      EngineTestCase.assertSizeOfMap(0, namedTypes);
    } else {
      EngineTestCase.assertSizeOfMap(expectedNamedTypes.length, namedTypes);
      for (MapEntry<String, DartType> entry in getMapEntrySet(expectedNamedTypes)) {
        JUnitTestCase.assertSame(entry.getValue(), namedTypes[entry.getKey()]);
      }
    }
    JUnitTestCase.assertSame(expectedReturnType, functionType.returnType);
  }

  void _assertType(InterfaceTypeImpl expectedType, InterfaceTypeImpl actualType) {
    JUnitTestCase.assertEquals(expectedType.displayName, actualType.displayName);
    JUnitTestCase.assertEquals(expectedType.element, actualType.element);
    List<DartType> expectedArguments = expectedType.typeArguments;
    int length = expectedArguments.length;
    List<DartType> actualArguments = actualType.typeArguments;
    EngineTestCase.assertLength(length, actualArguments);
    for (int i = 0; i < length; i++) {
      _assertType2(expectedArguments[i], actualArguments[i]);
    }
  }

  void _assertType2(DartType expectedType, DartType actualType) {
    if (expectedType is InterfaceTypeImpl) {
      EngineTestCase.assertInstanceOf((obj) => obj is InterfaceTypeImpl, InterfaceTypeImpl, actualType);
      _assertType(expectedType, actualType as InterfaceTypeImpl);
    }
  }

  /**
   * Create the analyzer used by the tests.
   *
   * @return the analyzer to be used by the tests
   */
  StaticTypeAnalyzer _createAnalyzer() {
    AnalysisContextImpl context = new AnalysisContextImpl();
    SourceFactory sourceFactory = new SourceFactory([new DartUriResolver(DirectoryBasedDartSdk.defaultSdk)]);
    context.sourceFactory = sourceFactory;
    FileBasedSource source = new FileBasedSource.con1(FileUtilities2.createFile("/lib.dart"));
    CompilationUnitElementImpl definingCompilationUnit = new CompilationUnitElementImpl("lib.dart");
    definingCompilationUnit.source = source;
    LibraryElementImpl definingLibrary = new LibraryElementImpl.forNode(context, null);
    definingLibrary.definingCompilationUnit = definingCompilationUnit;
    Library library = new Library(context, _listener, source);
    library.libraryElement = definingLibrary;
    _visitor = new ResolverVisitor.con1(library, source, _typeProvider);
    _visitor.overrideManager.enterScope();
    try {
      return _visitor.typeAnalyzer_J2DAccessor as StaticTypeAnalyzer;
    } catch (exception) {
      throw new IllegalArgumentException("Could not create analyzer", exception);
    }
  }

  /**
   * Return an integer literal that has been resolved to the correct type.
   *
   * @param value the value of the literal
   * @return an integer literal that has been resolved to the correct type
   */
  DoubleLiteral _resolvedDouble(double value) {
    DoubleLiteral literal = AstFactory.doubleLiteral(value);
    literal.staticType = _typeProvider.doubleType;
    return literal;
  }

  /**
   * Create a function expression that has an element associated with it, where the element has an
   * incomplete type associated with it (just like the one
   * [ElementBuilder#visitFunctionExpression] would have built if we had
   * run it).
   *
   * @param parameters the parameters to the function
   * @param body the body of the function
   * @return a resolved function expression
   */
  FunctionExpression _resolvedFunctionExpression(FormalParameterList parameters, FunctionBody body) {
    List<ParameterElement> parameterElements = new List<ParameterElement>();
    for (FormalParameter parameter in parameters.parameters) {
      ParameterElementImpl element = new ParameterElementImpl.forNode(parameter.identifier);
      element.parameterKind = parameter.kind;
      element.type = _typeProvider.dynamicType;
      parameter.identifier.staticElement = element;
      parameterElements.add(element);
    }
    FunctionExpression node = AstFactory.functionExpression2(parameters, body);
    FunctionElementImpl element = new FunctionElementImpl.forNode(null);
    element.parameters = new List.from(parameterElements);
    element.type = new FunctionTypeImpl.con1(element);
    node.element = element;
    return node;
  }

  /**
   * Return an integer literal that has been resolved to the correct type.
   *
   * @param value the value of the literal
   * @return an integer literal that has been resolved to the correct type
   */
  IntegerLiteral _resolvedInteger(int value) {
    IntegerLiteral literal = AstFactory.integer(value);
    literal.staticType = _typeProvider.intType;
    return literal;
  }

  /**
   * Return a string literal that has been resolved to the correct type.
   *
   * @param value the value of the literal
   * @return a string literal that has been resolved to the correct type
   */
  SimpleStringLiteral _resolvedString(String value) {
    SimpleStringLiteral string = AstFactory.string2(value);
    string.staticType = _typeProvider.stringType;
    return string;
  }

  /**
   * Return a simple identifier that has been resolved to a variable element with the given type.
   *
   * @param type the type of the variable being represented
   * @param variableName the name of the variable
   * @return a simple identifier that has been resolved to a variable element with the given type
   */
  SimpleIdentifier _resolvedVariable(InterfaceType type, String variableName) {
    SimpleIdentifier identifier = AstFactory.identifier3(variableName);
    VariableElementImpl element = ElementFactory.localVariableElement(identifier);
    element.type = type;
    identifier.staticElement = element;
    identifier.staticType = type;
    return identifier;
  }

  /**
   * Set the type of the given parameter to the given type.
   *
   * @param parameter the parameter whose type is to be set
   * @param type the new type of the given parameter
   */
  void _setType(FormalParameter parameter, DartType type) {
    SimpleIdentifier identifier = parameter.identifier;
    Element element = identifier.staticElement;
    if (element is! ParameterElement) {
      element = new ParameterElementImpl.forNode(identifier);
      identifier.staticElement = element;
    }
    (element as ParameterElementImpl).type = type;
  }

  static dartSuite() {
    _ut.group('StaticTypeAnalyzerTest', () {
      _ut.test('test_visitAdjacentStrings', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitAdjacentStrings);
      });
      _ut.test('test_visitAsExpression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitAsExpression);
      });
      _ut.test('test_visitAssignmentExpression_compound', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitAssignmentExpression_compound);
      });
      _ut.test('test_visitAssignmentExpression_simple', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitAssignmentExpression_simple);
      });
      _ut.test('test_visitBinaryExpression_equals', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_equals);
      });
      _ut.test('test_visitBinaryExpression_logicalAnd', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_logicalAnd);
      });
      _ut.test('test_visitBinaryExpression_logicalOr', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_logicalOr);
      });
      _ut.test('test_visitBinaryExpression_notEquals', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_notEquals);
      });
      _ut.test('test_visitBinaryExpression_plusID', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_plusID);
      });
      _ut.test('test_visitBinaryExpression_plusII', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_plusII);
      });
      _ut.test('test_visitBinaryExpression_slash', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_slash);
      });
      _ut.test('test_visitBinaryExpression_starID', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_starID);
      });
      _ut.test('test_visitBinaryExpression_star_notSpecial', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBinaryExpression_star_notSpecial);
      });
      _ut.test('test_visitBooleanLiteral_false', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBooleanLiteral_false);
      });
      _ut.test('test_visitBooleanLiteral_true', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitBooleanLiteral_true);
      });
      _ut.test('test_visitCascadeExpression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitCascadeExpression);
      });
      _ut.test('test_visitConditionalExpression_differentTypes', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitConditionalExpression_differentTypes);
      });
      _ut.test('test_visitConditionalExpression_sameTypes', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitConditionalExpression_sameTypes);
      });
      _ut.test('test_visitDoubleLiteral', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitDoubleLiteral);
      });
      _ut.test('test_visitFunctionExpression_named_block', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_named_block);
      });
      _ut.test('test_visitFunctionExpression_named_expression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_named_expression);
      });
      _ut.test('test_visitFunctionExpression_normalAndNamed_block', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_normalAndNamed_block);
      });
      _ut.test('test_visitFunctionExpression_normalAndNamed_expression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_normalAndNamed_expression);
      });
      _ut.test('test_visitFunctionExpression_normalAndPositional_block', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_normalAndPositional_block);
      });
      _ut.test('test_visitFunctionExpression_normalAndPositional_expression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_normalAndPositional_expression);
      });
      _ut.test('test_visitFunctionExpression_normal_block', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_normal_block);
      });
      _ut.test('test_visitFunctionExpression_normal_expression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_normal_expression);
      });
      _ut.test('test_visitFunctionExpression_positional_block', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_positional_block);
      });
      _ut.test('test_visitFunctionExpression_positional_expression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitFunctionExpression_positional_expression);
      });
      _ut.test('test_visitIndexExpression_getter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitIndexExpression_getter);
      });
      _ut.test('test_visitIndexExpression_setter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitIndexExpression_setter);
      });
      _ut.test('test_visitIndexExpression_typeParameters', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitIndexExpression_typeParameters);
      });
      _ut.test('test_visitIndexExpression_typeParameters_inSetterContext', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitIndexExpression_typeParameters_inSetterContext);
      });
      _ut.test('test_visitInstanceCreationExpression_named', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitInstanceCreationExpression_named);
      });
      _ut.test('test_visitInstanceCreationExpression_typeParameters', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitInstanceCreationExpression_typeParameters);
      });
      _ut.test('test_visitInstanceCreationExpression_unnamed', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitInstanceCreationExpression_unnamed);
      });
      _ut.test('test_visitIntegerLiteral', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitIntegerLiteral);
      });
      _ut.test('test_visitIsExpression_negated', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitIsExpression_negated);
      });
      _ut.test('test_visitIsExpression_notNegated', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitIsExpression_notNegated);
      });
      _ut.test('test_visitListLiteral_empty', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitListLiteral_empty);
      });
      _ut.test('test_visitListLiteral_nonEmpty', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitListLiteral_nonEmpty);
      });
      _ut.test('test_visitMapLiteral_empty', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitMapLiteral_empty);
      });
      _ut.test('test_visitMapLiteral_nonEmpty', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitMapLiteral_nonEmpty);
      });
      _ut.test('test_visitMethodInvocation_then', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitMethodInvocation_then);
      });
      _ut.test('test_visitNamedExpression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitNamedExpression);
      });
      _ut.test('test_visitNullLiteral', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitNullLiteral);
      });
      _ut.test('test_visitParenthesizedExpression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitParenthesizedExpression);
      });
      _ut.test('test_visitPostfixExpression_minusMinus', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPostfixExpression_minusMinus);
      });
      _ut.test('test_visitPostfixExpression_plusPlus', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPostfixExpression_plusPlus);
      });
      _ut.test('test_visitPrefixExpression_bang', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixExpression_bang);
      });
      _ut.test('test_visitPrefixExpression_minus', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixExpression_minus);
      });
      _ut.test('test_visitPrefixExpression_minusMinus', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixExpression_minusMinus);
      });
      _ut.test('test_visitPrefixExpression_not', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixExpression_not);
      });
      _ut.test('test_visitPrefixExpression_plusPlus', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixExpression_plusPlus);
      });
      _ut.test('test_visitPrefixExpression_tilde', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixExpression_tilde);
      });
      _ut.test('test_visitPrefixedIdentifier_getter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_getter);
      });
      _ut.test('test_visitPrefixedIdentifier_setter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_setter);
      });
      _ut.test('test_visitPrefixedIdentifier_variable', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPrefixedIdentifier_variable);
      });
      _ut.test('test_visitPropertyAccess_propagated_getter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPropertyAccess_propagated_getter);
      });
      _ut.test('test_visitPropertyAccess_propagated_setter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPropertyAccess_propagated_setter);
      });
      _ut.test('test_visitPropertyAccess_static_getter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPropertyAccess_static_getter);
      });
      _ut.test('test_visitPropertyAccess_static_setter', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitPropertyAccess_static_setter);
      });
      _ut.test('test_visitSimpleStringLiteral', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitSimpleStringLiteral);
      });
      _ut.test('test_visitStringInterpolation', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitStringInterpolation);
      });
      _ut.test('test_visitSuperExpression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitSuperExpression);
      });
      _ut.test('test_visitSymbolLiteral', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitSymbolLiteral);
      });
      _ut.test('test_visitThisExpression', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitThisExpression);
      });
      _ut.test('test_visitThrowExpression_withValue', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitThrowExpression_withValue);
      });
      _ut.test('test_visitThrowExpression_withoutValue', () {
        final __test = new StaticTypeAnalyzerTest();
        runJUnitTest(__test, __test.test_visitThrowExpression_withoutValue);
      });
    });
  }
}

/**
 * Instances of the class `StaticTypeVerifier` verify that all of the nodes in an AST
 * structure that should have a static type associated with them do have a static type.
 */
class StaticTypeVerifier extends GeneralizingAstVisitor<Object> {
  /**
   * A list containing all of the AST Expression nodes that were not resolved.
   */
  List<Expression> _unresolvedExpressions = new List<Expression>();

  /**
   * A list containing all of the AST Expression nodes for which a propagated type was computed but
   * where that type was not more specific than the static type.
   */
  List<Expression> _invalidlyPropagatedExpressions = new List<Expression>();

  /**
   * A list containing all of the AST TypeName nodes that were not resolved.
   */
  List<TypeName> _unresolvedTypes = new List<TypeName>();

  /**
   * Counter for the number of Expression nodes visited that are resolved.
   */
  int _resolvedExpressionCount = 0;

  /**
   * Counter for the number of Expression nodes visited that have propagated type information.
   */
  int _propagatedExpressionCount = 0;

  /**
   * Counter for the number of TypeName nodes visited that are resolved.
   */
  int _resolvedTypeCount = 0;

  /**
   * Assert that all of the visited nodes have a static type associated with them.
   */
  void assertResolved() {
    if (!_unresolvedExpressions.isEmpty || !_unresolvedTypes.isEmpty) {
      PrintStringWriter writer = new PrintStringWriter();
      int unresolvedTypeCount = _unresolvedTypes.length;
      if (unresolvedTypeCount > 0) {
        writer.print("Failed to resolve ");
        writer.print(unresolvedTypeCount);
        writer.print(" of ");
        writer.print(_resolvedTypeCount + unresolvedTypeCount);
        writer.println(" type names:");
        for (TypeName identifier in _unresolvedTypes) {
          writer.print("  ");
          writer.print(identifier.toString());
          writer.print(" (");
          writer.print(_getFileName(identifier));
          writer.print(" : ");
          writer.print(identifier.offset);
          writer.println(")");
        }
      }
      int unresolvedExpressionCount = _unresolvedExpressions.length;
      if (unresolvedExpressionCount > 0) {
        writer.println("Failed to resolve ");
        writer.print(unresolvedExpressionCount);
        writer.print(" of ");
        writer.print(_resolvedExpressionCount + unresolvedExpressionCount);
        writer.println(" expressions:");
        for (Expression expression in _unresolvedExpressions) {
          writer.print("  ");
          writer.print(expression.toString());
          writer.print(" (");
          writer.print(_getFileName(expression));
          writer.print(" : ");
          writer.print(expression.offset);
          writer.println(")");
        }
      }
      int invalidlyPropagatedExpressionCount = _invalidlyPropagatedExpressions.length;
      if (invalidlyPropagatedExpressionCount > 0) {
        writer.println("Incorrectly propagated ");
        writer.print(invalidlyPropagatedExpressionCount);
        writer.print(" of ");
        writer.print(_propagatedExpressionCount);
        writer.println(" expressions:");
        for (Expression expression in _invalidlyPropagatedExpressions) {
          writer.print("  ");
          writer.print(expression.toString());
          writer.print(" [");
          writer.print(expression.staticType.displayName);
          writer.print(", ");
          writer.print(expression.propagatedType.displayName);
          writer.println("]");
          writer.print("    ");
          writer.print(_getFileName(expression));
          writer.print(" : ");
          writer.print(expression.offset);
          writer.println(")");
        }
      }
      JUnitTestCase.fail(writer.toString());
    }
  }

  @override
  Object visitBreakStatement(BreakStatement node) => null;

  @override
  Object visitCommentReference(CommentReference node) => null;

  @override
  Object visitContinueStatement(ContinueStatement node) => null;

  @override
  Object visitExportDirective(ExportDirective node) => null;

  @override
  Object visitExpression(Expression node) {
    node.visitChildren(this);
    DartType staticType = node.staticType;
    if (staticType == null) {
      _unresolvedExpressions.add(node);
    } else {
      _resolvedExpressionCount++;
      DartType propagatedType = node.propagatedType;
      if (propagatedType != null) {
        _propagatedExpressionCount++;
        if (!propagatedType.isMoreSpecificThan(staticType)) {
          _invalidlyPropagatedExpressions.add(node);
        }
      }
    }
    return null;
  }

  @override
  Object visitImportDirective(ImportDirective node) => null;

  @override
  Object visitLabel(Label node) => null;

  @override
  Object visitLibraryIdentifier(LibraryIdentifier node) => null;

  @override
  Object visitPrefixedIdentifier(PrefixedIdentifier node) {
    // In cases where we have a prefixed identifier where the prefix is dynamic, we don't want to
    // assert that the node will have a type.
    if (node.staticType == null && identical(node.prefix.staticType, DynamicTypeImpl.instance)) {
      return null;
    }
    return super.visitPrefixedIdentifier(node);
  }

  @override
  Object visitSimpleIdentifier(SimpleIdentifier node) {
    // In cases where identifiers are being used for something other than an expressions,
    // then they can be ignored.
    AstNode parent = node.parent;
    if (parent is MethodInvocation && identical(node, parent.methodName)) {
      return null;
    } else if (parent is RedirectingConstructorInvocation && identical(node, parent.constructorName)) {
      return null;
    } else if (parent is SuperConstructorInvocation && identical(node, parent.constructorName)) {
      return null;
    } else if (parent is ConstructorName && identical(node, parent.name)) {
      return null;
    } else if (parent is ConstructorFieldInitializer && identical(node, parent.fieldName)) {
      return null;
    } else if (node.staticElement is PrefixElement) {
      // Prefixes don't have a type.
      return null;
    }
    return super.visitSimpleIdentifier(node);
  }

  @override
  Object visitTypeName(TypeName node) {
    // Note: do not visit children from this node, the child SimpleIdentifier in TypeName
    // (i.e. "String") does not have a static type defined.
    if (node.type == null) {
      _unresolvedTypes.add(node);
    } else {
      _resolvedTypeCount++;
    }
    return null;
  }

  String _getFileName(AstNode node) {
    // TODO (jwren) there are two copies of this method, one here and one in ResolutionVerifier,
    // they should be resolved into a single method
    if (node != null) {
      AstNode root = node.root;
      if (root is CompilationUnit) {
        CompilationUnit rootCU = root;
        if (rootCU.element != null) {
          return rootCU.element.source.fullName;
        } else {
          return "<unknown file- CompilationUnit.getElement() returned null>";
        }
      } else {
        return "<unknown file- CompilationUnit.getRoot() is not a CompilationUnit>";
      }
    }
    return "<unknown file- ASTNode is null>";
  }
}

class StaticTypeWarningCodeTest extends ResolverTestCase {
  void fail_inaccessibleSetter() {
    Source source = addSource(EngineTestCase.createSource([]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INACCESSIBLE_SETTER]);
    verify([source]);
  }

  void fail_undefinedEnumConstant() {
    // We need a way to set the parseEnum flag in the parser to true.
    Source source = addSource(EngineTestCase.createSource(["enum E { ONE }", "E e() {", "  return E.TWO;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_ENUM_CONSTANT]);
    verify([source]);
  }

  void test_ambiguousImport_function() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "g() { return f(); }"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "f() {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "f() {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_expectedOneListTypeArgument() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  <int, int> [];", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.EXPECTED_ONE_LIST_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_expectedTwoMapTypeArguments_one() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  <int> {};", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.EXPECTED_TWO_MAP_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_expectedTwoMapTypeArguments_three() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  <int, int, int> {};", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.EXPECTED_TWO_MAP_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_paramCount() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int x();",
        "}",
        "abstract class B {",
        "  int x(int y);",
        "}",
        "class C implements A, B {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INCONSISTENT_METHOD_INHERITANCE]);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_paramType() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  x(int i);",
        "}",
        "abstract class B {",
        "  x(String s);",
        "}",
        "abstract class C implements A, B {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INCONSISTENT_METHOD_INHERITANCE]);
    verify([source]);
  }

  void test_inconsistentMethodInheritance_returnType() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int x();",
        "}",
        "abstract class B {",
        "  String x();",
        "}",
        "abstract class C implements A, B {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INCONSISTENT_METHOD_INHERITANCE]);
    verify([source]);
  }

  void test_instanceAccessToStaticMember_method_invocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static m() {}",
        "}",
        "main(A a) {",
        "  a.m();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INSTANCE_ACCESS_TO_STATIC_MEMBER]);
    verify([source]);
  }

  void test_instanceAccessToStaticMember_method_reference() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static m() {}",
        "}",
        "main(A a) {",
        "  a.m;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INSTANCE_ACCESS_TO_STATIC_MEMBER]);
    verify([source]);
  }

  void test_instanceAccessToStaticMember_propertyAccess_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static var f;",
        "}",
        "main(A a) {",
        "  a.f;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INSTANCE_ACCESS_TO_STATIC_MEMBER]);
    verify([source]);
  }

  void test_instanceAccessToStaticMember_propertyAccess_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static get f => 42;",
        "}",
        "main(A a) {",
        "  a.f;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INSTANCE_ACCESS_TO_STATIC_MEMBER]);
    verify([source]);
  }

  void test_instanceAccessToStaticMember_propertyAccess_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static set f(x) {}",
        "}",
        "main(A a) {",
        "  a.f = 42;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INSTANCE_ACCESS_TO_STATIC_MEMBER]);
    verify([source]);
  }

  void test_invalidAssignment_compoundAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "class byte {",
        "  int _value;",
        "  byte(this._value);",
        "  int operator +(int val) { return 0; }",
        "}",
        "",
        "void main() {",
        "  byte b = new byte(52);",
        "  b += 3;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_defaultValue_named() {
    Source source = addSource(EngineTestCase.createSource(["f({String x: 0}) {", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_defaultValue_optional() {
    Source source = addSource(EngineTestCase.createSource(["f([String x = 0]) {", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_instanceVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int x;",
        "}",
        "f() {",
        "  A a;",
        "  a.x = '0';",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_localVariable() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  int x;", "  x = '0';", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_staticVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int x;",
        "}",
        "f() {",
        "  A.x = '0';",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_topLevelVariableDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["int x = 'string';"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_typeParameter() {
    // 14221
    Source source = addSource(EngineTestCase.createSource([
        "class B<T> {",
        "  T value;",
        "  void test(num n) {",
        "    value = n;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invalidAssignment_variableDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x = 'string';", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVALID_ASSIGNMENT]);
    verify([source]);
  }

  void test_invocationOfNonFunction_class() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  void m() {", "    A();", "  }", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVOCATION_OF_NON_FUNCTION]);
  }

  void test_invocationOfNonFunction_localVariable() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  int x;", "  return x();", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVOCATION_OF_NON_FUNCTION]);
    verify([source]);
  }

  void test_invocationOfNonFunction_ordinaryInvocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int x;",
        "}",
        "class B {",
        "  m() {",
        "    A.x();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVOCATION_OF_NON_FUNCTION]);
  }

  void test_invocationOfNonFunction_staticInvocation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int get g => 0;",
        "  f() {",
        "    A.g();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVOCATION_OF_NON_FUNCTION]);
  }

  void test_invocationOfNonFunction_superExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get g => 0;",
        "}",
        "class B extends A {",
        "  m() {",
        "    var v = super.g();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVOCATION_OF_NON_FUNCTION]);
    verify([source]);
  }

  void test_invocationOfNonFunctionExpression_literal() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  3(5);", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.INVOCATION_OF_NON_FUNCTION_EXPRESSION]);
    verify([source]);
  }

  void test_nonBoolCondition_conditional() {
    Source source = addSource(EngineTestCase.createSource(["f() { return 3 ? 2 : 1; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_CONDITION]);
    verify([source]);
  }

  void test_nonBoolCondition_do() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  do {} while (3);", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_CONDITION]);
    verify([source]);
  }

  void test_nonBoolCondition_if() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  if (3) return 2; else return 1;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_CONDITION]);
    verify([source]);
  }

  void test_nonBoolCondition_while() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  while (3) {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_CONDITION]);
    verify([source]);
  }

  void test_nonBoolExpression_functionType() {
    Source source = addSource(EngineTestCase.createSource([
        "int makeAssertion() => 1;",
        "f() {",
        "  assert(makeAssertion);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_EXPRESSION]);
    verify([source]);
  }

  void test_nonBoolExpression_interfaceType() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  assert(0);", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_EXPRESSION]);
    verify([source]);
  }

  void test_nonBoolNegationExpression() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  !42;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_NEGATION_EXPRESSION]);
    verify([source]);
  }

  void test_nonBoolOperand_and_left() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(int left, bool right) {",
        "  return left && right;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_OPERAND]);
    verify([source]);
  }

  void test_nonBoolOperand_and_right() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(bool left, String right) {",
        "  return left && right;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_OPERAND]);
    verify([source]);
  }

  void test_nonBoolOperand_or_left() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(List<int> left, bool right) {",
        "  return left || right;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_OPERAND]);
    verify([source]);
  }

  void test_nonBoolOperand_or_right() {
    Source source = addSource(EngineTestCase.createSource([
        "bool f(bool left, double right) {",
        "  return left || right;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_BOOL_OPERAND]);
    verify([source]);
  }

  void test_nonTypeAsTypeArgument_notAType() {
    Source source = addSource(EngineTestCase.createSource(["int A;", "class B<E> {}", "f(B<A> b) {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_TYPE_AS_TYPE_ARGUMENT]);
    verify([source]);
  }

  void test_nonTypeAsTypeArgument_undefinedIdentifier() {
    Source source = addSource(EngineTestCase.createSource(["class B<E> {}", "f(B<A> b) {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_TYPE_AS_TYPE_ARGUMENT]);
    verify([source]);
  }

  void test_returnOfInvalidType_expressionFunctionBody_function() {
    Source source = addSource(EngineTestCase.createSource(["int f() => '0';"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_expressionFunctionBody_getter() {
    Source source = addSource(EngineTestCase.createSource(["int get g => '0';"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_expressionFunctionBody_localFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  String m() {",
        "    int f() => '0';",
        "    return '0';",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_expressionFunctionBody_method() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int f() => '0';", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_expressionFunctionBody_void() {
    Source source = addSource(EngineTestCase.createSource(["void f() => 42;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_function() {
    Source source = addSource(EngineTestCase.createSource(["int f() { return '0'; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_getter() {
    Source source = addSource(EngineTestCase.createSource(["int get g { return '0'; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_localFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  String m() {",
        "    int f() { return '0'; }",
        "    return '0';",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_method() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int f() { return '0'; }", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_returnOfInvalidType_void() {
    Source source = addSource(EngineTestCase.createSource(["void f() { return 42; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.RETURN_OF_INVALID_TYPE]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_classTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class C {}",
        "class G<E extends A> {}",
        "class D = G<B> with C;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_extends() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "class C extends G<B>{}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_fieldFormalParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "class C {",
        "  var f;",
        "  C(G<B> this.f) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_functionReturnType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "G<B> f() { return null; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_functionTypeAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "typedef G<B> f();"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_functionTypedFormalParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "f(G<B> h()) {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_implements() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "class C implements G<B>{}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_is() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "var b = 1 is G<B>;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_methodReturnType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "class C {",
        "  G<B> m() { return null; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_new() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "f() { return new G<B>(); }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_new_superTypeOfUpperBound() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {}",
        "class C extends B {}",
        "class G<E extends B> {}",
        "f() { return new G<A>(); }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_parameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "f(G<B> g) {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_redirectingConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class X<T extends A> {",
        "  X(int x, int y) {}",
        "  factory X.name(int x, int y) = X<B>;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS,
        StaticWarningCode.REDIRECT_TO_INVALID_RETURN_TYPE]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_typeArgumentList() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class C<E> {}",
        "class D<E extends A> {}",
        "C<D<B>> Var;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_typeParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class C {}",
        "class G<E extends A> {}",
        "class D<F extends G<B>> {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_variableDeclaration() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "G<B> g;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeArgumentNotMatchingBounds_with() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {}",
        "class G<E extends A> {}",
        "class C extends Object with G<B>{}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_ARGUMENT_NOT_MATCHING_BOUNDS]);
    verify([source]);
  }

  void test_typeParameterSupertypeOfItsBound() {
    Source source = addSource(EngineTestCase.createSource(["class A<T extends T> {", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.TYPE_PARAMETER_SUPERTYPE_OF_ITS_BOUND]);
    verify([source]);
  }

  void test_typePromotion_booleanAnd_useInRight_accessedInClosureRight_mutated() {
    Source source = addSource(EngineTestCase.createSource([
        "callMe(f()) { f(); }",
        "main(Object p) {",
        "  (p is String) && callMe(() { p.length; });",
        "  p = 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_booleanAnd_useInRight_mutatedInLeft() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  ((p is String) && ((p = 42) == 42)) && p.length != 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_booleanAnd_useInRight_mutatedInRight() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  (p is String) && (((p = 42) == 42) && p.length != 0);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_conditional_useInThen_accessedInClosure_hasAssignment_after() {
    Source source = addSource(EngineTestCase.createSource([
        "callMe(f()) { f(); }",
        "main(Object p) {",
        "  p is String ? callMe(() { p.length; }) : 0;",
        "  p = 42;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_conditional_useInThen_accessedInClosure_hasAssignment_before() {
    Source source = addSource(EngineTestCase.createSource([
        "callMe(f()) { f(); }",
        "main(Object p) {",
        "  p = 42;",
        "  p is String ? callMe(() { p.length; }) : 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_conditional_useInThen_hasAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  p is String ? (p.length + (p = 42)) : 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_accessedInClosure_hasAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "callMe(f()) { f(); }",
        "main(Object p) {",
        "  if (p is String) {",
        "    callMe(() {",
        "      p.length;",
        "    });",
        "  }",
        "  p = 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_and_right_hasAssignment() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if (p is String && (p = null) == null) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_extends_notMoreSpecific_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "class V {}",
        "class A<T> {}",
        "class B<S> extends A<S> {",
        "  var b;",
        "}",
        "",
        "main(A<V> p) {",
        "  if (p is B) {",
        "    p.b;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_extends_notMoreSpecific_notMoreSpecificTypeArg() {
    Source source = addSource(EngineTestCase.createSource([
        "class V {}",
        "class A<T> {}",
        "class B<S> extends A<S> {",
        "  var b;",
        "}",
        "",
        "main(A<V> p) {",
        "  if (p is B<int>) {",
        "    p.b;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_hasAssignment_after() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if (p is String) {",
        "    p.length;",
        "    p = 0;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_hasAssignment_before() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if (p is String) {",
        "    p = 0;",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_hasAssignment_inClosure_anonymous_after() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if (p is String) {",
        "    p.length;",
        "  }",
        "  () {p = 0;};",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_hasAssignment_inClosure_anonymous_before() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  () {p = 0;};",
        "  if (p is String) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_hasAssignment_inClosure_function_after() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  if (p is String) {",
        "    p.length;",
        "  }",
        "  f() {p = 0;};",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_hasAssignment_inClosure_function_before() {
    Source source = addSource(EngineTestCase.createSource([
        "main(Object p) {",
        "  f() {p = 0;};",
        "  if (p is String) {",
        "    p.length;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_implements_notMoreSpecific_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "class V {}",
        "class A<T> {}",
        "class B<S> implements A<S> {",
        "  var b;",
        "}",
        "",
        "main(A<V> p) {",
        "  if (p is B) {",
        "    p.b;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_typePromotion_if_with_notMoreSpecific_dynamic() {
    Source source = addSource(EngineTestCase.createSource([
        "class V {}",
        "class A<T> {}",
        "class B<S> extends Object with A<S> {",
        "  var b;",
        "}",
        "",
        "main(A<V> p) {",
        "  if (p is B) {",
        "    p.b;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_undefinedFunction() {
    Source source = addSource(EngineTestCase.createSource(["void f() {", "  g();", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_FUNCTION]);
  }

  void test_undefinedFunction_hasImportPrefix() {
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as f;", "main() { return f(); }"]));
    addNamedSource("/lib.dart", "library lib;");
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_FUNCTION]);
  }

  void test_undefinedFunction_inCatch() {
    Source source = addSource(EngineTestCase.createSource([
        "void f() {",
        "  try {",
        "  } on Object {",
        "    g();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_FUNCTION]);
  }

  void test_undefinedFunction_inImportedLib() {
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as f;", "main() { return f.g(); }"]));
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "h() {}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_FUNCTION]);
  }

  void test_undefinedGetter() {
    Source source = addSource(EngineTestCase.createSource(["class T {}", "f(T e) { return e.m; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_undefinedGetter_proxy_annotation_fakeProxy() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class Fake {",
        "  const Fake();",
        "}",
        "const proxy = const Fake();",
        "@proxy class PrefixProxy {}",
        "main() {",
        "  new PrefixProxy().foo;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_undefinedGetter_static() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "var a = A.B;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_undefinedGetter_void() {
    Source source = addSource(EngineTestCase.createSource([
        "class T {",
        "  void m() {}",
        "}",
        "f(T e) { return e.m().f; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_undefinedGetter_wrongNumberOfTypeArguments_tooLittle() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<K, V> {",
        "  K element;",
        "}",
        "main(A<int> a) {",
        "  a.element.anyGetterExistsInDynamic;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.WRONG_NUMBER_OF_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_undefinedGetter_wrongNumberOfTypeArguments_tooMany() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  E element;",
        "}",
        "main(A<int,int> a) {",
        "  a.element.anyGetterExistsInDynamic;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.WRONG_NUMBER_OF_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_undefinedGetter_wrongOfTypeArgument() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<E> {",
        "  E element;",
        "}",
        "main(A<NoSuchType> a) {",
        "  a.element.anyGetterExistsInDynamic;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.NON_TYPE_AS_TYPE_ARGUMENT]);
    verify([source]);
  }

  void test_undefinedMethod() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  void m() {", "    n();", "  }", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_METHOD]);
  }

  void test_undefinedMethod_assignmentExpression() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B {",
        "  f(A a) {",
        "    A a2 = new A();",
        "    a += a2;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_METHOD]);
  }

  void test_undefinedMethod_ignoreTypePropagation() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  m() {}",
        "}",
        "class C {",
        "  f() {",
        "    A a = new B();",
        "    a.m();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_METHOD]);
  }

  void test_undefinedMethod_private() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A {", "  _foo() {}", "}"]));
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart';",
        "class B extends A {",
        "  test() {",
        "    _foo();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_METHOD]);
  }

  void test_undefinedMethod_proxy_annotation_fakeProxy() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "class Fake {",
        "  const Fake();",
        "}",
        "const proxy = const Fake();",
        "@proxy class PrefixProxy {}",
        "main() {",
        "  new PrefixProxy().foo();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_METHOD]);
  }

  void test_undefinedOperator_indexBoth() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f(A a) {", "  a[0]++;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_indexGetter() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f(A a) {", "  a[0];", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_indexSetter() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f(A a) {", "  a[0] = 1;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_plus() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f(A a) {", "  a + 1;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_postfixExpression() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f(A a) {", "  a++;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedOperator_prefixExpression() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f(A a) {", "  ++a;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_undefinedSetter() {
    Source source = addSource(EngineTestCase.createSource(["class T {}", "f(T e1) { e1.m = 0; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_SETTER]);
  }

  void test_undefinedSetter_static() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f() { A.B = 0;}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_SETTER]);
  }

  void test_undefinedSetter_void() {
    Source source = addSource(EngineTestCase.createSource([
        "class T {",
        "  void m() {}",
        "}",
        "f(T e) { e.m().f = 0; }"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_SETTER]);
  }

  void test_undefinedSuperMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  m() { return super.m(); }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_SUPER_METHOD]);
  }

  void test_unqualifiedReferenceToNonLocalStaticMember_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int get a => 0;",
        "}",
        "class B extends A {",
        "  int b() {",
        "    return a;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNQUALIFIED_REFERENCE_TO_NON_LOCAL_STATIC_MEMBER]);
    verify([source]);
  }

  void test_unqualifiedReferenceToNonLocalStaticMember_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static void a() {}",
        "}",
        "class B extends A {",
        "  void b() {",
        "    a();",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNQUALIFIED_REFERENCE_TO_NON_LOCAL_STATIC_MEMBER]);
    verify([source]);
  }

  void test_unqualifiedReferenceToNonLocalStaticMember_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static set a(x) {}",
        "}",
        "class B extends A {",
        "  b(y) {",
        "    a = y;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNQUALIFIED_REFERENCE_TO_NON_LOCAL_STATIC_MEMBER]);
    verify([source]);
  }

  void test_wrongNumberOfTypeArguments_classAlias() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class M {}",
        "class B<F extends num> = A<F> with M;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.WRONG_NUMBER_OF_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_wrongNumberOfTypeArguments_tooFew() {
    Source source = addSource(EngineTestCase.createSource(["class A<E, F> {}", "A<A> a = null;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.WRONG_NUMBER_OF_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_wrongNumberOfTypeArguments_tooMany() {
    Source source = addSource(EngineTestCase.createSource(["class A<E> {}", "A<A, A> a = null;"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.WRONG_NUMBER_OF_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_wrongNumberOfTypeArguments_typeTest_tooFew() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class C<K, V> {}",
        "f(p) {",
        "  return p is C<A>;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.WRONG_NUMBER_OF_TYPE_ARGUMENTS]);
    verify([source]);
  }

  void test_wrongNumberOfTypeArguments_typeTest_tooMany() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class C<E> {}",
        "f(p) {",
        "  return p is C<A, A>;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.WRONG_NUMBER_OF_TYPE_ARGUMENTS]);
    verify([source]);
  }

  static dartSuite() {
    _ut.group('StaticTypeWarningCodeTest', () {
      _ut.test('test_ambiguousImport_function', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_function);
      });
      _ut.test('test_expectedOneListTypeArgument', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_expectedOneListTypeArgument);
      });
      _ut.test('test_expectedTwoMapTypeArguments_one', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_expectedTwoMapTypeArguments_one);
      });
      _ut.test('test_expectedTwoMapTypeArguments_three', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_expectedTwoMapTypeArguments_three);
      });
      _ut.test('test_inconsistentMethodInheritance_paramCount', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_paramCount);
      });
      _ut.test('test_inconsistentMethodInheritance_paramType', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_paramType);
      });
      _ut.test('test_inconsistentMethodInheritance_returnType', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritance_returnType);
      });
      _ut.test('test_instanceAccessToStaticMember_method_invocation', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceAccessToStaticMember_method_invocation);
      });
      _ut.test('test_instanceAccessToStaticMember_method_reference', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceAccessToStaticMember_method_reference);
      });
      _ut.test('test_instanceAccessToStaticMember_propertyAccess_field', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceAccessToStaticMember_propertyAccess_field);
      });
      _ut.test('test_instanceAccessToStaticMember_propertyAccess_getter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceAccessToStaticMember_propertyAccess_getter);
      });
      _ut.test('test_instanceAccessToStaticMember_propertyAccess_setter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceAccessToStaticMember_propertyAccess_setter);
      });
      _ut.test('test_invalidAssignment_compoundAssignment', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_compoundAssignment);
      });
      _ut.test('test_invalidAssignment_defaultValue_named', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_defaultValue_named);
      });
      _ut.test('test_invalidAssignment_defaultValue_optional', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_defaultValue_optional);
      });
      _ut.test('test_invalidAssignment_instanceVariable', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_instanceVariable);
      });
      _ut.test('test_invalidAssignment_localVariable', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_localVariable);
      });
      _ut.test('test_invalidAssignment_staticVariable', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_staticVariable);
      });
      _ut.test('test_invalidAssignment_topLevelVariableDeclaration', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_topLevelVariableDeclaration);
      });
      _ut.test('test_invalidAssignment_typeParameter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_typeParameter);
      });
      _ut.test('test_invalidAssignment_variableDeclaration', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidAssignment_variableDeclaration);
      });
      _ut.test('test_invocationOfNonFunctionExpression_literal', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunctionExpression_literal);
      });
      _ut.test('test_invocationOfNonFunction_class', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_class);
      });
      _ut.test('test_invocationOfNonFunction_localVariable', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_localVariable);
      });
      _ut.test('test_invocationOfNonFunction_ordinaryInvocation', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_ordinaryInvocation);
      });
      _ut.test('test_invocationOfNonFunction_staticInvocation', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_staticInvocation);
      });
      _ut.test('test_invocationOfNonFunction_superExpression', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_invocationOfNonFunction_superExpression);
      });
      _ut.test('test_nonBoolCondition_conditional', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolCondition_conditional);
      });
      _ut.test('test_nonBoolCondition_do', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolCondition_do);
      });
      _ut.test('test_nonBoolCondition_if', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolCondition_if);
      });
      _ut.test('test_nonBoolCondition_while', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolCondition_while);
      });
      _ut.test('test_nonBoolExpression_functionType', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolExpression_functionType);
      });
      _ut.test('test_nonBoolExpression_interfaceType', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolExpression_interfaceType);
      });
      _ut.test('test_nonBoolNegationExpression', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolNegationExpression);
      });
      _ut.test('test_nonBoolOperand_and_left', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_and_left);
      });
      _ut.test('test_nonBoolOperand_and_right', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_and_right);
      });
      _ut.test('test_nonBoolOperand_or_left', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_or_left);
      });
      _ut.test('test_nonBoolOperand_or_right', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonBoolOperand_or_right);
      });
      _ut.test('test_nonTypeAsTypeArgument_notAType', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonTypeAsTypeArgument_notAType);
      });
      _ut.test('test_nonTypeAsTypeArgument_undefinedIdentifier', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_nonTypeAsTypeArgument_undefinedIdentifier);
      });
      _ut.test('test_returnOfInvalidType_expressionFunctionBody_function', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_expressionFunctionBody_function);
      });
      _ut.test('test_returnOfInvalidType_expressionFunctionBody_getter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_expressionFunctionBody_getter);
      });
      _ut.test('test_returnOfInvalidType_expressionFunctionBody_localFunction', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_expressionFunctionBody_localFunction);
      });
      _ut.test('test_returnOfInvalidType_expressionFunctionBody_method', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_expressionFunctionBody_method);
      });
      _ut.test('test_returnOfInvalidType_expressionFunctionBody_void', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_expressionFunctionBody_void);
      });
      _ut.test('test_returnOfInvalidType_function', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_function);
      });
      _ut.test('test_returnOfInvalidType_getter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_getter);
      });
      _ut.test('test_returnOfInvalidType_localFunction', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_localFunction);
      });
      _ut.test('test_returnOfInvalidType_method', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_method);
      });
      _ut.test('test_returnOfInvalidType_void', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_returnOfInvalidType_void);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_classTypeAlias', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_classTypeAlias);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_extends', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_extends);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_fieldFormalParameter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_fieldFormalParameter);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_functionReturnType', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_functionReturnType);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_functionTypeAlias', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_functionTypeAlias);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_functionTypedFormalParameter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_functionTypedFormalParameter);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_implements', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_implements);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_is', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_is);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_methodReturnType', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_methodReturnType);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_new', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_new);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_new_superTypeOfUpperBound', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_new_superTypeOfUpperBound);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_parameter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_parameter);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_redirectingConstructor', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_redirectingConstructor);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_typeArgumentList', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_typeArgumentList);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_typeParameter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_typeParameter);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_variableDeclaration', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_variableDeclaration);
      });
      _ut.test('test_typeArgumentNotMatchingBounds_with', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeArgumentNotMatchingBounds_with);
      });
      _ut.test('test_typeParameterSupertypeOfItsBound', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typeParameterSupertypeOfItsBound);
      });
      _ut.test('test_typePromotion_booleanAnd_useInRight_accessedInClosureRight_mutated', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_booleanAnd_useInRight_accessedInClosureRight_mutated);
      });
      _ut.test('test_typePromotion_booleanAnd_useInRight_mutatedInLeft', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_booleanAnd_useInRight_mutatedInLeft);
      });
      _ut.test('test_typePromotion_booleanAnd_useInRight_mutatedInRight', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_booleanAnd_useInRight_mutatedInRight);
      });
      _ut.test('test_typePromotion_conditional_useInThen_accessedInClosure_hasAssignment_after', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_conditional_useInThen_accessedInClosure_hasAssignment_after);
      });
      _ut.test('test_typePromotion_conditional_useInThen_accessedInClosure_hasAssignment_before', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_conditional_useInThen_accessedInClosure_hasAssignment_before);
      });
      _ut.test('test_typePromotion_conditional_useInThen_hasAssignment', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_conditional_useInThen_hasAssignment);
      });
      _ut.test('test_typePromotion_if_accessedInClosure_hasAssignment', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_accessedInClosure_hasAssignment);
      });
      _ut.test('test_typePromotion_if_and_right_hasAssignment', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_and_right_hasAssignment);
      });
      _ut.test('test_typePromotion_if_extends_notMoreSpecific_dynamic', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_extends_notMoreSpecific_dynamic);
      });
      _ut.test('test_typePromotion_if_extends_notMoreSpecific_notMoreSpecificTypeArg', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_extends_notMoreSpecific_notMoreSpecificTypeArg);
      });
      _ut.test('test_typePromotion_if_hasAssignment_after', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_after);
      });
      _ut.test('test_typePromotion_if_hasAssignment_before', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_before);
      });
      _ut.test('test_typePromotion_if_hasAssignment_inClosure_anonymous_after', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_inClosure_anonymous_after);
      });
      _ut.test('test_typePromotion_if_hasAssignment_inClosure_anonymous_before', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_inClosure_anonymous_before);
      });
      _ut.test('test_typePromotion_if_hasAssignment_inClosure_function_after', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_inClosure_function_after);
      });
      _ut.test('test_typePromotion_if_hasAssignment_inClosure_function_before', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_hasAssignment_inClosure_function_before);
      });
      _ut.test('test_typePromotion_if_implements_notMoreSpecific_dynamic', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_implements_notMoreSpecific_dynamic);
      });
      _ut.test('test_typePromotion_if_with_notMoreSpecific_dynamic', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_if_with_notMoreSpecific_dynamic);
      });
      _ut.test('test_undefinedFunction', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedFunction);
      });
      _ut.test('test_undefinedFunction_hasImportPrefix', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedFunction_hasImportPrefix);
      });
      _ut.test('test_undefinedFunction_inCatch', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedFunction_inCatch);
      });
      _ut.test('test_undefinedFunction_inImportedLib', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedFunction_inImportedLib);
      });
      _ut.test('test_undefinedGetter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter);
      });
      _ut.test('test_undefinedGetter_proxy_annotation_fakeProxy', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_proxy_annotation_fakeProxy);
      });
      _ut.test('test_undefinedGetter_static', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_static);
      });
      _ut.test('test_undefinedGetter_void', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_void);
      });
      _ut.test('test_undefinedGetter_wrongNumberOfTypeArguments_tooLittle', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_wrongNumberOfTypeArguments_tooLittle);
      });
      _ut.test('test_undefinedGetter_wrongNumberOfTypeArguments_tooMany', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_wrongNumberOfTypeArguments_tooMany);
      });
      _ut.test('test_undefinedGetter_wrongOfTypeArgument', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_wrongOfTypeArgument);
      });
      _ut.test('test_undefinedMethod', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod);
      });
      _ut.test('test_undefinedMethod_assignmentExpression', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod_assignmentExpression);
      });
      _ut.test('test_undefinedMethod_ignoreTypePropagation', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod_ignoreTypePropagation);
      });
      _ut.test('test_undefinedMethod_private', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod_private);
      });
      _ut.test('test_undefinedMethod_proxy_annotation_fakeProxy', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedMethod_proxy_annotation_fakeProxy);
      });
      _ut.test('test_undefinedOperator_indexBoth', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexBoth);
      });
      _ut.test('test_undefinedOperator_indexGetter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexGetter);
      });
      _ut.test('test_undefinedOperator_indexSetter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_indexSetter);
      });
      _ut.test('test_undefinedOperator_plus', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_plus);
      });
      _ut.test('test_undefinedOperator_postfixExpression', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_postfixExpression);
      });
      _ut.test('test_undefinedOperator_prefixExpression', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedOperator_prefixExpression);
      });
      _ut.test('test_undefinedSetter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedSetter);
      });
      _ut.test('test_undefinedSetter_static', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedSetter_static);
      });
      _ut.test('test_undefinedSetter_void', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedSetter_void);
      });
      _ut.test('test_undefinedSuperMethod', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedSuperMethod);
      });
      _ut.test('test_unqualifiedReferenceToNonLocalStaticMember_getter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_unqualifiedReferenceToNonLocalStaticMember_getter);
      });
      _ut.test('test_unqualifiedReferenceToNonLocalStaticMember_method', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_unqualifiedReferenceToNonLocalStaticMember_method);
      });
      _ut.test('test_unqualifiedReferenceToNonLocalStaticMember_setter', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_unqualifiedReferenceToNonLocalStaticMember_setter);
      });
      _ut.test('test_wrongNumberOfTypeArguments_classAlias', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfTypeArguments_classAlias);
      });
      _ut.test('test_wrongNumberOfTypeArguments_tooFew', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfTypeArguments_tooFew);
      });
      _ut.test('test_wrongNumberOfTypeArguments_tooMany', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfTypeArguments_tooMany);
      });
      _ut.test('test_wrongNumberOfTypeArguments_typeTest_tooFew', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfTypeArguments_typeTest_tooFew);
      });
      _ut.test('test_wrongNumberOfTypeArguments_typeTest_tooMany', () {
        final __test = new StaticTypeWarningCodeTest();
        runJUnitTest(__test, __test.test_wrongNumberOfTypeArguments_typeTest_tooMany);
      });
    });
  }
}

class StaticWarningCodeTest extends ResolverTestCase {
  void fail_undefinedGetter() {
    Source source = addSource(EngineTestCase.createSource([]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_GETTER]);
    verify([source]);
  }

  void fail_undefinedIdentifier_commentReference() {
    Source source = addSource(EngineTestCase.createSource(["/** [m] xxx [new B.c] */", "class A {", "}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.UNDEFINED_IDENTIFIER,
        StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void fail_undefinedSetter() {
    Source source = addSource(EngineTestCase.createSource(["class C {}", "f(var p) {", "  C.m = 0;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_SETTER]);
    verify([source]);
  }

  void test_ambiguousImport_as() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "f(p) {p as N;}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_extends() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "class A extends N {}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.AMBIGUOUS_IMPORT,
        CompileTimeErrorCode.EXTENDS_NON_CLASS]);
  }

  void test_ambiguousImport_implements() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "class A implements N {}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.AMBIGUOUS_IMPORT,
        CompileTimeErrorCode.IMPLEMENTS_NON_CLASS]);
  }

  void test_ambiguousImport_inPart() {
    Source source = addSource(EngineTestCase.createSource([
        "library lib;",
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "part 'part.dart';"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    Source partSource = addNamedSource("/part.dart", EngineTestCase.createSource(["part of lib;", "class A extends N {}"]));
    resolve(source);
    assertErrors(partSource, [
        StaticWarningCode.AMBIGUOUS_IMPORT,
        CompileTimeErrorCode.EXTENDS_NON_CLASS]);
  }

  void test_ambiguousImport_instanceCreation() {
    Source source = addSource(EngineTestCase.createSource([
        "library L;",
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "f() {new N();}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_is() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "f(p) {p is N;}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_qualifier() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "g() { N.FOO; }"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_typeAnnotation() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "typedef N FT(N p);",
        "N f(N p) {",
        "  N v;",
        "  return null;",
        "}",
        "class A {",
        "  N m() { return null; }",
        "}",
        "class B<T extends N> {}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.AMBIGUOUS_IMPORT,
        StaticWarningCode.AMBIGUOUS_IMPORT,
        StaticWarningCode.AMBIGUOUS_IMPORT,
        StaticWarningCode.AMBIGUOUS_IMPORT,
        StaticWarningCode.AMBIGUOUS_IMPORT,
        StaticWarningCode.AMBIGUOUS_IMPORT,
        StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_typeArgument_annotation() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "class A<T> {}",
        "A<N> f() { return null; }"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_typeArgument_instanceCreation() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "class A<T> {}",
        "f() {new A<N>();}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "class N {}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class N {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_varRead() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "f() { g(v); }",
        "g(p) {}"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "var v;"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "var v;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_ambiguousImport_varWrite() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib1.dart';",
        "import 'lib2.dart';",
        "f() { v = 0; }"]));
    addNamedSource("/lib1.dart", EngineTestCase.createSource(["library lib1;", "var v;"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "var v;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.AMBIGUOUS_IMPORT]);
  }

  void test_argumentTypeNotAssignable_ambiguousClassName() {
    // See dartbug.com/19624
    Source source = addNamedSource("/lib1.dart", EngineTestCase.createSource([
        "library lib1;",
        "import 'lib2.dart';",
        "class _A {}",
        "f() {",
        "  g((_A a) {});",
        "}"]));
    addNamedSource("/lib2.dart", EngineTestCase.createSource(["library lib2;", "class _A {}", "g(h(_A a)) {}"]));
    resolve(source);
    // The name _A is private to the library it's defined in, so this is a type mismatch.
    // Furthermore, the error message should mention both _A and the filenames
    // so the user can figure out what's going on.
    List<AnalysisError> errors = analysisContext2.computeErrors(source);
    EngineTestCase.assertLength(1, errors);
    AnalysisError error = errors[0];
    JUnitTestCase.assertEquals(error.errorCode, StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE);
    String message = error.message;
    JUnitTestCase.assertTrue(message.indexOf("_A") != -1);
    JUnitTestCase.assertTrue(message.indexOf("lib1.dart") != -1);
    JUnitTestCase.assertTrue(message.indexOf("lib2.dart") != -1);
  }

  void test_argumentTypeNotAssignable_annotation_namedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A.fromInt(int p);",
        "}",
        "@A.fromInt('0')",
        "main() {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_annotation_unnamedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(int p);",
        "}",
        "@A('0')",
        "main() {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_binary() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  operator +(int p) {}",
        "}",
        "f(A a) {",
        "  a + '0';",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_cascadeSecond() {
    Source source = addSource(EngineTestCase.createSource([
        "// filler filler filler filler filler filler filler filler filler filler",
        "class A {",
        "  B ma() { return new B(); }",
        "}",
        "class B {",
        "  mb(String p) {}",
        "}",
        "",
        "main() {",
        "  A a = new A();",
        "  a..  ma().mb(0);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_const() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(String p);",
        "}",
        "main() {",
        "  const A(42);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_const_super() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  const A(String p);",
        "}",
        "class B extends A {",
        "  const B() : super(42);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_functionExpressionInvocation_required() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  (int x) {} ('');", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_index() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  operator [](int index) {}",
        "}",
        "f(A a) {",
        "  a['0'];",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_callParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  call(int p) {}",
        "}",
        "f(A a) {",
        "  a('0');",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_callVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  call(int p) {}",
        "}",
        "main() {",
        "  A a = new A();",
        "  a('0');",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_functionParameter() {
    Source source = addSource(EngineTestCase.createSource(["a(b(int p)) {", "  b('0');", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_functionParameter_generic() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<K, V> {",
        "  m(f(K k), V v) {",
        "    f(v);",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_functionTypes_optional() {
    Source source = addSource(EngineTestCase.createSource([
        "void acceptFunNumOptBool(void funNumOptBool([bool b])) {}",
        "void funNumBool(bool b) {}",
        "main() {",
        "  acceptFunNumOptBool(funNumBool);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_generic() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  m(T t) {}",
        "}",
        "f(A<String> a) {",
        "  a.m(1);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_named() {
    Source source = addSource(EngineTestCase.createSource(["f({String p}) {}", "main() {", "  f(p: 42);", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_optional() {
    Source source = addSource(EngineTestCase.createSource(["f([String p]) {}", "main() {", "  f(42);", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_required() {
    Source source = addSource(EngineTestCase.createSource(["f(String p) {}", "main() {", "  f(42);", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_typedef_generic() {
    Source source = addSource(EngineTestCase.createSource(["typedef A<T>(T p);", "f(A<int> a) {", "  a('1');", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_typedef_local() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef A(int p);",
        "A getA() => null;",
        "main() {",
        "  A a = getA();",
        "  a('1');",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_invocation_typedef_parameter() {
    Source source = addSource(EngineTestCase.createSource(["typedef A(int p);", "f(A a) {", "  a('1');", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_new_generic() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  A(T p) {}",
        "}",
        "main() {",
        "  new A<String>(42);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_new_optional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A([String p]) {}",
        "}",
        "main() {",
        "  new A(42);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_argumentTypeNotAssignable_new_required() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A(String p) {}",
        "}",
        "main() {",
        "  new A(42);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_assignmentToConst_instanceVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static const v = 0;",
        "}",
        "f() {",
        "  A.v = 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_CONST]);
    verify([source]);
  }

  void test_assignmentToConst_instanceVariable_plusEq() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static const v = 0;",
        "}",
        "f() {",
        "  A.v += 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_CONST]);
    verify([source]);
  }

  void test_assignmentToConst_localVariable() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  const x = 0;", "  x = 1;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_CONST]);
    verify([source]);
  }

  void test_assignmentToConst_localVariable_plusEq() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  const x = 0;", "  x += 1;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_CONST]);
    verify([source]);
  }

  void test_assignmentToFinal_instanceVariable() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final v = 0;",
        "}",
        "f() {",
        "  A a = new A();",
        "  a.v = 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_instanceVariable_plusEq() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final v = 0;",
        "}",
        "f() {",
        "  A a = new A();",
        "  a.v += 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_localVariable() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  x = 1;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_localVariable_plusEq() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  x += 1;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_postfixMinusMinus() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  x--;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_postfixPlusPlus() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  x++;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_prefixMinusMinus() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  --x;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_prefixPlusPlus() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  ++x;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_suffixMinusMinus() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  x--;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_suffixPlusPlus() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final x = 0;", "  x++;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinal_topLevelVariable() {
    Source source = addSource(EngineTestCase.createSource(["final x = 0;", "f() { x = 1; }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL]);
    verify([source]);
  }

  void test_assignmentToFinalNoSetter_prefixedIdentifier() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get x => 0;",
        "}",
        "main() {",
        "  A a = new A();",
        "  a.x = 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL_NO_SETTER]);
    verify([source]);
  }

  void test_assignmentToFinalNoSetter_propertyAccess() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get x => 0;",
        "}",
        "class B {",
        "  static A a;",
        "}",
        "main() {",
        "  B.a.x = 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FINAL_NO_SETTER]);
    verify([source]);
  }

  void test_assignmentToFunction() {
    Source source = addSource(EngineTestCase.createSource(["f() {}", "main() {", "  f = null;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_FUNCTION]);
    verify([source]);
  }

  void test_assignmentToMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m() {}",
        "}",
        "f(A a) {",
        "  a.m = () {};",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ASSIGNMENT_TO_METHOD]);
    verify([source]);
  }

  void test_caseBlockNotTerminated() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int p) {",
        "  switch (p) {",
        "    case 0:",
        "      f(p);",
        "    case 1:",
        "      break;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CASE_BLOCK_NOT_TERMINATED]);
    verify([source]);
  }

  void test_castToNonType() {
    Source source = addSource(EngineTestCase.createSource(["var A = 0;", "f(String s) { var x = s as A; }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CAST_TO_NON_TYPE]);
    verify([source]);
  }

  void test_concreteClassWithAbstractMember() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  m();", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONCRETE_CLASS_WITH_ABSTRACT_MEMBER]);
    verify([source]);
  }

  void test_conflictingDartImport() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart';",
        "import 'dart:async';",
        "Future f = null;",
        "Stream s;"]));
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class Future {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_DART_IMPORT]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_declField_direct_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static set v(x) {}",
        "}",
        "class B extends A {",
        "  var v;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_GETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static get v => 0;",
        "}",
        "class B extends A {",
        "  get v => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_GETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static v() {}",
        "}",
        "class B extends A {",
        "  get v => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_GETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static set v(x) {}",
        "}",
        "class B extends A {",
        "  get v => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_GETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_declGetter_indirect() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int v;",
        "}",
        "class B extends A {}",
        "class C extends B {",
        "  get v => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_GETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_declGetter_mixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class M {",
        "  static int v;",
        "}",
        "class B extends Object with M {",
        "  get v => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_GETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingInstanceGetterAndSuperclassMember_direct_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int v;",
        "}",
        "class B extends A {",
        "  get v => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_GETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingInstanceMethodSetter_sameClass() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  set foo(a) {}", "  foo() {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_METHOD_SETTER]);
    verify([source]);
  }

  void test_conflictingInstanceMethodSetter_setterInInterface() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  set foo(a);",
        "}",
        "abstract class B implements A {",
        "  foo() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_METHOD_SETTER]);
    verify([source]);
  }

  void test_conflictingInstanceMethodSetter_setterInSuper() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  set foo(a) {}",
        "}",
        "class B extends A {",
        "  foo() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_METHOD_SETTER]);
    verify([source]);
  }

  void test_conflictingInstanceMethodSetter2() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  foo() {}", "  set foo(a) {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_METHOD_SETTER2]);
    verify([source]);
  }

  void test_conflictingInstanceSetterAndSuperclassMember() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static int v;",
        "}",
        "class B extends A {",
        "  set v(x) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_INSTANCE_SETTER_AND_SUPERCLASS_MEMBER]);
    verify([source]);
  }

  void test_conflictingStaticGetterAndInstanceSetter_mixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  set x(int p) {}",
        "}",
        "class B extends Object with A {",
        "  static get x => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_STATIC_GETTER_AND_INSTANCE_SETTER]);
    verify([source]);
  }

  void test_conflictingStaticGetterAndInstanceSetter_superClass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  set x(int p) {}",
        "}",
        "class B extends A {",
        "  static get x => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_STATIC_GETTER_AND_INSTANCE_SETTER]);
    verify([source]);
  }

  void test_conflictingStaticGetterAndInstanceSetter_thisClass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static get x => 0;",
        "  set x(int p) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_STATIC_GETTER_AND_INSTANCE_SETTER]);
    verify([source]);
  }

  void test_conflictingStaticSetterAndInstanceMember_thisClass_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  get x => 0;",
        "  static set x(int p) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_STATIC_SETTER_AND_INSTANCE_MEMBER]);
    verify([source]);
  }

  void test_conflictingStaticSetterAndInstanceMember_thisClass_method() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  x() {}", "  static set x(int p) {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONFLICTING_STATIC_SETTER_AND_INSTANCE_MEMBER]);
    verify([source]);
  }

  void test_constWithAbstractClass() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  const A();",
        "}",
        "void f() {",
        "  A a = const A();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.CONST_WITH_ABSTRACT_CLASS]);
    verify([source]);
  }

  void test_equalKeysInMap() {
    Source source = addSource(EngineTestCase.createSource(["var m = {'a' : 0, 'b' : 1, 'a' : 2};"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.EQUAL_KEYS_IN_MAP]);
    verify([source]);
  }

  void test_equalKeysInMap_withEqualTypeParams() {
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  const A();",
        "}",
        "var m = {const A<int>(): 0, const A<int>(): 1};"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.EQUAL_KEYS_IN_MAP]);
    verify([source]);
  }

  void test_equalKeysInMap_withUnequalTypeParams() {
    // No error should be produced because A<int> and A<num> are different types.
    Source source = addSource(EngineTestCase.createSource([
        "class A<T> {",
        "  const A();",
        "}",
        "var m = {const A<int>(): 0, const A<num>(): 1};"]));
    resolve(source);
    assertNoErrors(source);
    verify([source]);
  }

  void test_exportDuplicatedLibraryName() {
    Source source = addSource(EngineTestCase.createSource([
        "library test;",
        "export 'lib1.dart';",
        "export 'lib2.dart';"]));
    addNamedSource("/lib1.dart", "library lib;");
    addNamedSource("/lib2.dart", "library lib;");
    resolve(source);
    assertErrors(source, [StaticWarningCode.EXPORT_DUPLICATED_LIBRARY_NAME]);
    verify([source]);
  }

  void test_extraPositionalArguments() {
    Source source = addSource(EngineTestCase.createSource(["f() {}", "main() {", "  f(0, 1, '2');", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.EXTRA_POSITIONAL_ARGUMENTS]);
    verify([source]);
  }

  void test_extraPositionalArguments_functionExpression() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  (int x) {} (0, 1);", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.EXTRA_POSITIONAL_ARGUMENTS]);
    verify([source]);
  }

  void test_fieldInitializedInInitializerAndDeclaration_final() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  final int x = 0;",
        "  A() : x = 1 {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FIELD_INITIALIZED_IN_INITIALIZER_AND_DECLARATION]);
    verify([source]);
  }

  void test_fieldInitializerNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A() : x = '';", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FIELD_INITIALIZER_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_fieldInitializingFormalNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  int x;", "  A(String this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FIELD_INITIALIZING_FORMAL_NOT_ASSIGNABLE]);
    verify([source]);
  }

  /**
   * This test doesn't test the FINAL_INITIALIZED_IN_DECLARATION_AND_CONSTRUCTOR code, but tests the
   * FIELD_INITIALIZED_IN_INITIALIZER_AND_DECLARATION code instead. It is provided here to show
   * coverage over all of the permutations of initializers in constructor declarations.
   *
   * Note: FIELD_INITIALIZED_IN_INITIALIZER_AND_DECLARATION covers a subset of
   * FINAL_INITIALIZED_IN_DECLARATION_AND_CONSTRUCTOR, since it more specific, we use it instead of
   * the broader code
   */
  void test_finalInitializedInDeclarationAndConstructor_initializers() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x = 0;", "  A() : x = 0 {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FIELD_INITIALIZED_IN_INITIALIZER_AND_DECLARATION]);
    verify([source]);
  }

  void test_finalInitializedInDeclarationAndConstructor_initializingFormal() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final x = 0;", "  A(this.x) {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FINAL_INITIALIZED_IN_DECLARATION_AND_CONSTRUCTOR]);
    verify([source]);
  }

  void test_finalNotInitialized_inConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final int x;", "  A() {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FINAL_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_finalNotInitialized_instanceField_final() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  final F;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FINAL_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_finalNotInitialized_instanceField_final_static() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  static final F;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FINAL_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_finalNotInitialized_library_final() {
    Source source = addSource(EngineTestCase.createSource(["final F;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FINAL_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_finalNotInitialized_local_final() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  final int x;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FINAL_NOT_INITIALIZED]);
    verify([source]);
  }

  void test_functionWithoutCall_direct() {
    Source source = addSource(EngineTestCase.createSource(["class A implements Function {", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FUNCTION_WITHOUT_CALL]);
    verify([source]);
  }

  void test_functionWithoutCall_indirect_extends() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A implements Function {",
        "}",
        "class B extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FUNCTION_WITHOUT_CALL]);
    verify([source]);
  }

  void test_functionWithoutCall_indirect_implements() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A implements Function {",
        "}",
        "class B implements A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.FUNCTION_WITHOUT_CALL]);
    verify([source]);
  }

  void test_importDuplicatedLibraryName() {
    Source source = addSource(EngineTestCase.createSource([
        "library test;",
        "import 'lib1.dart';",
        "import 'lib2.dart';"]));
    addNamedSource("/lib1.dart", "library lib;");
    addNamedSource("/lib2.dart", "library lib;");
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.IMPORT_DUPLICATED_LIBRARY_NAME,
        HintCode.UNUSED_IMPORT,
        HintCode.UNUSED_IMPORT]);
    verify([source]);
  }

  void test_importOfNonLibrary() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["part of lib;", "class A {}"]),
        EngineTestCase.createSource([
        "library lib;",
        "import 'lib1.dart' deferred as p;",
        "var a = new p.A();"])], <ErrorCode> [
        CompileTimeErrorCode.IMPORT_OF_NON_LIBRARY,
        ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.IMPORT_OF_NON_LIBRARY]);
  }

  void test_inconsistentMethodInheritanceGetterAndMethod() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int x();",
        "}",
        "abstract class B {",
        "  int get x;",
        "}",
        "class C implements A, B {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INCONSISTENT_METHOD_INHERITANCE_GETTER_AND_METHOD]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_field() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static var n;",
        "}",
        "class B extends A {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_field2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static var n;",
        "}",
        "class B extends A {",
        "}",
        "class C extends B {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static get n {return 0;}",
        "}",
        "class B extends A {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_getter2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static get n {return 0;}",
        "}",
        "class B extends A {",
        "}",
        "class C extends B {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static n () {}",
        "}",
        "class B extends A {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_method2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static n () {}",
        "}",
        "class B extends A {",
        "}",
        "class C extends B {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static set n(int x) {}",
        "}",
        "class B extends A {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_instanceMethodNameCollidesWithSuperclassStatic_setter2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  static set n(int x) {}",
        "}",
        "class B extends A {",
        "}",
        "class C extends B {",
        "  void n() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INSTANCE_METHOD_NAME_COLLIDES_WITH_SUPERCLASS_STATIC]);
    verify([source]);
  }

  void test_invalidGetterOverrideReturnType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get g { return 0; }",
        "}",
        "class B extends A {",
        "  String get g { return 'a'; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_GETTER_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidGetterOverrideReturnType_implicit() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  String f;",
        "}",
        "class B extends A {",
        "  int f;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.INVALID_GETTER_OVERRIDE_RETURN_TYPE,
        StaticWarningCode.INVALID_SETTER_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidGetterOverrideReturnType_twoInterfaces() {
    // test from language/override_inheritance_field_test_11.dart
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I {",
        "  int get getter => null;",
        "}",
        "abstract class J {",
        "  num get getter => null;",
        "}",
        "abstract class A implements I, J {}",
        "class B extends A {",
        "  String get getter => null;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_GETTER_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidGetterOverrideReturnType_twoInterfaces_conflicting() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I<U> {",
        "  U get g => null;",
        "}",
        "abstract class J<V> {",
        "  V get g => null;",
        "}",
        "class B implements I<int>, J<String> {",
        "  double get g => null;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_GETTER_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideNamedParamType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m({int a}) {}",
        "}",
        "class B implements A {",
        "  m({String a}) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_NAMED_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideNormalParamType_interface() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(int a) {}",
        "}",
        "class B implements A {",
        "  m(String a) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideNormalParamType_superclass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(int a) {}",
        "}",
        "class B extends A {",
        "  m(String a) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideNormalParamType_superclass_interface() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I<U> {",
        "  m(U u) => null;",
        "}",
        "abstract class J<V> {",
        "  m(V v) => null;",
        "}",
        "class B extends I<int> implements J<String> {",
        "  m(double d) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideNormalParamType_twoInterfaces() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I {",
        "  m(int n);",
        "}",
        "abstract class J {",
        "  m(num n);",
        "}",
        "abstract class A implements I, J {}",
        "class B extends A {",
        "  m(String n) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideNormalParamType_twoInterfaces_conflicting() {
    // language/override_inheritance_generic_test/08
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I<U> {",
        "  m(U u) => null;",
        "}",
        "abstract class J<V> {",
        "  m(V v) => null;",
        "}",
        "class B implements I<int>, J<String> {",
        "  m(double d) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideOptionalParamType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m([int a]) {}",
        "}",
        "class B implements A {",
        "  m([String a]) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_OPTIONAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideOptionalParamType_twoInterfaces() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I {",
        "  m([int n]);",
        "}",
        "abstract class J {",
        "  m([num n]);",
        "}",
        "abstract class A implements I, J {}",
        "class B extends A {",
        "  m([String n]) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_OPTIONAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideReturnType_interface() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int m() { return 0; }",
        "}",
        "class B implements A {",
        "  String m() { return 'a'; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideReturnType_interface_grandparent() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int m();",
        "}",
        "abstract class B implements A {",
        "}",
        "class C implements B {",
        "  String m() { return 'a'; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideReturnType_mixin() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int m() { return 0; }",
        "}",
        "class B extends Object with A {",
        "  String m() { return 'a'; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideReturnType_superclass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int m() { return 0; }",
        "}",
        "class B extends A {",
        "  String m() { return 'a'; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideReturnType_superclass_grandparent() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int m() { return 0; }",
        "}",
        "class B extends A {",
        "}",
        "class C extends B {",
        "  String m() { return 'a'; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideReturnType_twoInterfaces() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I {",
        "  int m();",
        "}",
        "abstract class J {",
        "  num m();",
        "}",
        "abstract class A implements I, J {}",
        "class B extends A {",
        "  String m() => '';",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidMethodOverrideReturnType_void() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int m() { return 0; }",
        "}",
        "class B extends A {",
        "  void m() {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_METHOD_OVERRIDE_RETURN_TYPE]);
    verify([source]);
  }

  void test_invalidOverrideDifferentDefaultValues_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m({int p : 0}) {}",
        "}",
        "class B extends A {",
        "  m({int p : 1}) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_DIFFERENT_DEFAULT_VALUES_NAMED]);
    verify([source]);
  }

  void test_invalidOverrideDifferentDefaultValues_positional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m([int p = 0]) {}",
        "}",
        "class B extends A {",
        "  m([int p = 1]) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_DIFFERENT_DEFAULT_VALUES_POSITIONAL]);
    verify([source]);
  }

  void test_invalidOverrideNamed_fewerNamedParameters() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m({a, b}) {}",
        "}",
        "class B extends A {",
        "  m({a}) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_NAMED]);
    verify([source]);
  }

  void test_invalidOverrideNamed_missingNamedParameter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m({a, b}) {}",
        "}",
        "class B extends A {",
        "  m({a, c}) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_NAMED]);
    verify([source]);
  }

  void test_invalidOverridePositional_optional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m([a, b]) {}",
        "}",
        "class B extends A {",
        "  m([a]) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_POSITIONAL]);
    verify([source]);
  }

  void test_invalidOverridePositional_optionalAndRequired() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(a, b, [c, d]) {}",
        "}",
        "class B extends A {",
        "  m(a, b, [c]) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_POSITIONAL]);
    verify([source]);
  }

  void test_invalidOverridePositional_optionalAndRequired2() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(a, b, [c, d]) {}",
        "}",
        "class B extends A {",
        "  m(a, [c, d]) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_POSITIONAL]);
    verify([source]);
  }

  void test_invalidOverrideRequired() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  m(a) {}",
        "}",
        "class B extends A {",
        "  m(a, b) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_OVERRIDE_REQUIRED]);
    verify([source]);
  }

  void test_invalidSetterOverrideNormalParamType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  void set s(int v) {}",
        "}",
        "class B extends A {",
        "  void set s(String v) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_SETTER_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidSetterOverrideNormalParamType_superclass_interface() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I {",
        "  set setter14(int _) => null;",
        "}",
        "abstract class J {",
        "  set setter14(num _) => null;",
        "}",
        "abstract class A extends I implements J {}",
        "class B extends A {",
        "  set setter14(String _) => null;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_SETTER_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidSetterOverrideNormalParamType_twoInterfaces() {
    // test from language/override_inheritance_field_test_34.dart
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I {",
        "  set setter14(int _) => null;",
        "}",
        "abstract class J {",
        "  set setter14(num _) => null;",
        "}",
        "abstract class A implements I, J {}",
        "class B extends A {",
        "  set setter14(String _) => null;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_SETTER_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_invalidSetterOverrideNormalParamType_twoInterfaces_conflicting() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class I<U> {",
        "  set s(U u) {}",
        "}",
        "abstract class J<V> {",
        "  set s(V v) {}",
        "}",
        "class B implements I<int>, J<String> {",
        "  set s(double d) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.INVALID_SETTER_OVERRIDE_NORMAL_PARAM_TYPE]);
    verify([source]);
  }

  void test_listElementTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v = <String> [42];"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.LIST_ELEMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_mapKeyTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v = <String, int > {1 : 2};"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.MAP_KEY_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_mapValueTypeNotAssignable() {
    Source source = addSource(EngineTestCase.createSource(["var v = <String, String> {'a' : 2};"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.MAP_VALUE_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_mismatchedAccessorTypes_class() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get g { return 0; }",
        "  set g(String v) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.MISMATCHED_GETTER_AND_SETTER_TYPES]);
    verify([source]);
  }

  void test_mismatchedAccessorTypes_getterAndSuperSetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int get g { return 0; }",
        "}",
        "class B extends A {",
        "  set g(String v) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.MISMATCHED_GETTER_AND_SETTER_TYPES_FROM_SUPERTYPE]);
    verify([source]);
  }

  void test_mismatchedAccessorTypes_setterAndSuperGetter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  set g(int v) {}",
        "}",
        "class B extends A {",
        "  String get g { return ''; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.MISMATCHED_GETTER_AND_SETTER_TYPES_FROM_SUPERTYPE]);
    verify([source]);
  }

  void test_mismatchedAccessorTypes_topLevel() {
    Source source = addSource(EngineTestCase.createSource(["int get g { return 0; }", "set g(String v) {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.MISMATCHED_GETTER_AND_SETTER_TYPES]);
    verify([source]);
  }

  void test_mixedReturnTypes_localFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "class C {",
        "  m(int x) {",
        "    return (int y) {",
        "      if (y < 0) {",
        "        return;",
        "      }",
        "      return 0;",
        "    };",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.MIXED_RETURN_TYPES,
        StaticWarningCode.MIXED_RETURN_TYPES]);
    verify([source]);
  }

  void test_mixedReturnTypes_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class C {",
        "  m(int x) {",
        "    if (x < 0) {",
        "      return;",
        "    }",
        "    return 0;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.MIXED_RETURN_TYPES,
        StaticWarningCode.MIXED_RETURN_TYPES]);
    verify([source]);
  }

  void test_mixedReturnTypes_topLevelFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int x) {",
        "  if (x < 0) {",
        "    return;",
        "  }",
        "  return 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [
        StaticWarningCode.MIXED_RETURN_TYPES,
        StaticWarningCode.MIXED_RETURN_TYPES]);
    verify([source]);
  }

  void test_newWithAbstractClass() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {}",
        "void f() {",
        "  A a = new A();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NEW_WITH_ABSTRACT_CLASS]);
    verify([source]);
  }

  void test_newWithInvalidTypeParameters() {
    Source source = addSource(EngineTestCase.createSource(["class A {}", "f() { return new A<A>(); }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NEW_WITH_INVALID_TYPE_PARAMETERS]);
    verify([source]);
  }

  void test_newWithInvalidTypeParameters_tooFew() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class C<K, V> {}",
        "f(p) {",
        "  return new C<A>();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NEW_WITH_INVALID_TYPE_PARAMETERS]);
    verify([source]);
  }

  void test_newWithInvalidTypeParameters_tooMany() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class C<E> {}",
        "f(p) {",
        "  return new C<A, A>();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NEW_WITH_INVALID_TYPE_PARAMETERS]);
    verify([source]);
  }

  void test_newWithNonType() {
    Source source = addSource(EngineTestCase.createSource(["var A = 0;", "void f() {", "  var a = new A();", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NEW_WITH_NON_TYPE]);
    verify([source]);
  }

  void test_newWithNonType_fromLibrary() {
    Source source1 = addNamedSource("lib.dart", "class B {}");
    Source source2 = addNamedSource("lib2.dart", EngineTestCase.createSource([
        "import 'lib.dart' as lib;",
        "void f() {",
        "  var a = new lib.A();",
        "}",
        "lib.B b;"]));
    resolve(source1);
    resolve(source2);
    assertErrors(source2, [StaticWarningCode.NEW_WITH_NON_TYPE]);
    verify([source1]);
  }

  void test_newWithUndefinedConstructor() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "f() {",
        "  new A.name();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NEW_WITH_UNDEFINED_CONSTRUCTOR]);
  }

  void test_newWithUndefinedConstructorDefault() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A.name() {}",
        "}",
        "f() {",
        "  new A();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NEW_WITH_UNDEFINED_CONSTRUCTOR_DEFAULT]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberFivePlus() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  m();",
        "  n();",
        "  o();",
        "  p();",
        "  q();",
        "}",
        "class C extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_FIVE_PLUS]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberFour() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  m();",
        "  n();",
        "  o();",
        "  p();",
        "}",
        "class C extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_FOUR]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_interface() {
    // 15979
    Source source = addSource(EngineTestCase.createSource([
        "abstract class M {}",
        "abstract class A {}",
        "abstract class I {",
        "  m();",
        "}",
        "class B = A with M implements I;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_mixin() {
    // 15979
    Source source = addSource(EngineTestCase.createSource([
        "abstract class M {",
        "  m();",
        "}",
        "abstract class A {}",
        "class B = A with M;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_superclass() {
    // 15979
    Source source = addSource(EngineTestCase.createSource([
        "class M {}",
        "abstract class A {",
        "  m();",
        "}",
        "class B = A with M;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_ensureCorrectFunctionSubtypeIsUsedInImplementation() {
    // 15028
    Source source = addSource(EngineTestCase.createSource([
        "class C {",
        "  foo(int x) => x;",
        "}",
        "abstract class D {",
        "  foo(x, [y]);",
        "}",
        "class E extends C implements D {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_getter_fromInterface() {
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  int get g {return 1;}",
        "}",
        "class C implements I {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_getter_fromSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int get g;",
        "}",
        "class C extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_method_fromInterface() {
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  m(p) {}",
        "}",
        "class C implements I {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_method_fromSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  m(p);",
        "}",
        "class C extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_method_optionalParamCount() {
    // 7640
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  int x(int a);",
        "}",
        "abstract class B {",
        "  int x(int a, [int b]);",
        "}",
        "class C implements A, B {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_getter() {
    // 15001
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A { get g1; get g2; }",
        "abstract class B implements A { get g1 => 1; }",
        "class C extends Object with B {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_method() {
    // 15001
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A { m1(); m2(); }",
        "abstract class B implements A { m1() => 1; }",
        "class C extends Object with B {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_setter() {
    // 15001
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A { set s1(v); set s2(v); }",
        "abstract class B implements A { set s1(v) {} }",
        "class C extends Object with B {}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_setter_and_implicitSetter() {
    // test from language/override_inheritance_abstract_test_14.dart
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  set field(_);",
        "}",
        "abstract class I {",
        "  var field;",
        "}",
        "class B extends A implements I {",
        "  get field => 0;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_setter_fromInterface() {
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  set s(int i) {}",
        "}",
        "class C implements I {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_setter_fromSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  set s(int i);",
        "}",
        "class C extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_superclasses_interface() {
    // bug 11154
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  get a => 'a';",
        "}",
        "abstract class B implements A {",
        "  get b => 'b';",
        "}",
        "class C extends B {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_variable_fromInterface_missingGetter() {
    // 16133
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  var v;",
        "}",
        "class C implements I {",
        "  set v(_) {}",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberOne_variable_fromInterface_missingSetter() {
    // 16133
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  var v;",
        "}",
        "class C implements I {",
        "  get v => 1;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_ONE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberThree() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  m();",
        "  n();",
        "  o();",
        "}",
        "class C extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_THREE]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberTwo() {
    Source source = addSource(EngineTestCase.createSource([
        "abstract class A {",
        "  m();",
        "  n();",
        "}",
        "class C extends A {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_TWO]);
    verify([source]);
  }

  void test_nonAbstractClassInheritsAbstractMemberTwo_variable_fromInterface_missingBoth() {
    // 16133
    Source source = addSource(EngineTestCase.createSource([
        "class I {",
        "  var v;",
        "}",
        "class C implements I {",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_ABSTRACT_CLASS_INHERITS_ABSTRACT_MEMBER_TWO]);
    verify([source]);
  }

  void test_nonTypeInCatchClause_noElement() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  try {", "  } on T catch (e) {", "  }", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_TYPE_IN_CATCH_CLAUSE]);
    verify([source]);
  }

  void test_nonTypeInCatchClause_notType() {
    Source source = addSource(EngineTestCase.createSource([
        "var T = 0;",
        "f() {",
        "  try {",
        "  } on T catch (e) {",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_TYPE_IN_CATCH_CLAUSE]);
    verify([source]);
  }

  void test_nonVoidReturnForOperator() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int operator []=(a, b) { return a; }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_VOID_RETURN_FOR_OPERATOR]);
    verify([source]);
  }

  void test_nonVoidReturnForSetter_function() {
    Source source = addSource(EngineTestCase.createSource(["int set x(int v) {", "  return 42;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_VOID_RETURN_FOR_SETTER]);
    verify([source]);
  }

  void test_nonVoidReturnForSetter_method() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  int set x(int v) {",
        "    return 42;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NON_VOID_RETURN_FOR_SETTER]);
    verify([source]);
  }

  void test_notAType() {
    Source source = addSource(EngineTestCase.createSource(["f() {}", "main() {", "  f v = null;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NOT_A_TYPE]);
    verify([source]);
  }

  void test_notEnoughRequiredArguments() {
    Source source = addSource(EngineTestCase.createSource(["f(int a, String b) {}", "main() {", "  f();", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NOT_ENOUGH_REQUIRED_ARGUMENTS]);
    verify([source]);
  }

  void test_notEnoughRequiredArguments_functionExpression() {
    Source source = addSource(EngineTestCase.createSource(["main() {", "  (int x) {} ();", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NOT_ENOUGH_REQUIRED_ARGUMENTS]);
    verify([source]);
  }

  void test_notEnoughRequiredArguments_getterReturningFunction() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef Getter(self);",
        "Getter getter = (x) => x;",
        "main() {",
        "  getter();",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.NOT_ENOUGH_REQUIRED_ARGUMENTS]);
    verify([source]);
  }

  void test_partOfDifferentLibrary() {
    Source source = addSource(EngineTestCase.createSource(["library lib;", "part 'part.dart';"]));
    addNamedSource("/part.dart", EngineTestCase.createSource(["part of lub;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.PART_OF_DIFFERENT_LIBRARY]);
    verify([source]);
  }

  void test_redirectToInvalidFunctionType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B {",
        "  A(int p) {}",
        "}",
        "class B {",
        "  factory B() = A;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.REDIRECT_TO_INVALID_FUNCTION_TYPE]);
    verify([source]);
  }

  void test_redirectToInvalidReturnType() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  A() {}",
        "}",
        "class B {",
        "  factory B() = A;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.REDIRECT_TO_INVALID_RETURN_TYPE]);
    verify([source]);
  }

  void test_redirectToMissingConstructor_named() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B{",
        "  A() {}",
        "}",
        "class B {",
        "  factory B() = A.name;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.REDIRECT_TO_MISSING_CONSTRUCTOR]);
  }

  void test_redirectToMissingConstructor_unnamed() {
    Source source = addSource(EngineTestCase.createSource([
        "class A implements B{",
        "  A.name() {}",
        "}",
        "class B {",
        "  factory B() = A;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.REDIRECT_TO_MISSING_CONSTRUCTOR]);
  }

  void test_redirectToNonClass_notAType() {
    Source source = addSource(EngineTestCase.createSource(["class B {", "  int A;", "  factory B() = A;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.REDIRECT_TO_NON_CLASS]);
    verify([source]);
  }

  void test_redirectToNonClass_undefinedIdentifier() {
    Source source = addSource(EngineTestCase.createSource(["class B {", "  factory B() = A;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.REDIRECT_TO_NON_CLASS]);
    verify([source]);
  }

  void test_returnWithoutValue_factoryConstructor() {
    Source source = addSource(EngineTestCase.createSource(["class A { factory A() { return; } }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.RETURN_WITHOUT_VALUE]);
    verify([source]);
  }

  void test_returnWithoutValue_function() {
    Source source = addSource(EngineTestCase.createSource(["int f() { return; }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.RETURN_WITHOUT_VALUE]);
    verify([source]);
  }

  void test_returnWithoutValue_method() {
    Source source = addSource(EngineTestCase.createSource(["class A { int m() { return; } }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.RETURN_WITHOUT_VALUE]);
    verify([source]);
  }

  void test_returnWithoutValue_mixedReturnTypes_function() {
    // Tests that only the RETURN_WITHOUT_VALUE warning is created, and no MIXED_RETURN_TYPES are
    // created.
    Source source = addSource(EngineTestCase.createSource([
        "int f(int x) {",
        "  if (x < 0) {",
        "    return 1;",
        "  }",
        "  return;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.RETURN_WITHOUT_VALUE]);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_method_invocation() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  m() {}", "}", "main() {", "  A.m();", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.STATIC_ACCESS_TO_INSTANCE_MEMBER]);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_method_reference() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  m() {}", "}", "main() {", "  A.m;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.STATIC_ACCESS_TO_INSTANCE_MEMBER]);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_propertyAccess_field() {
    Source source = addSource(EngineTestCase.createSource(["class A {", "  var f;", "}", "main() {", "  A.f;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.STATIC_ACCESS_TO_INSTANCE_MEMBER]);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_propertyAccess_getter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  get f => 42;",
        "}",
        "main() {",
        "  A.f;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.STATIC_ACCESS_TO_INSTANCE_MEMBER]);
    verify([source]);
  }

  void test_staticAccessToInstanceMember_propertyAccess_setter() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  set f(x) {}",
        "}",
        "main() {",
        "  A.f = 42;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.STATIC_ACCESS_TO_INSTANCE_MEMBER]);
    verify([source]);
  }

  void test_switchExpressionNotAssignable() {
    Source source = addSource(EngineTestCase.createSource([
        "f(int p) {",
        "  switch (p) {",
        "    case 'a': break;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.SWITCH_EXPRESSION_NOT_ASSIGNABLE]);
    verify([source]);
  }

  void test_typeAnnotationDeferredClass_asExpression() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f(var v) {",
        "  v as a.A;",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_catchClause() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f(var v) {",
        "  try {",
        "  } on a.A {",
        "  }",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_fieldFormalParameter() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class C {",
        "  var v;",
        "  C(a.A this.v);",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_functionDeclaration_returnType() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "a.A f() { return null; }"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_functionTypedFormalParameter_returnType() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f(a.A g()) {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_isExpression() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f(var v) {",
        "  bool b = v is a.A;",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_methodDeclaration_returnType() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class C {",
        "  a.A m() { return null; }",
        "}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_simpleFormalParameter() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "f(a.A v) {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_typeArgumentList() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class C<E> {}",
        "C<a.A> c;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_typeArgumentList2() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class C<E, F> {}",
        "C<a.A, a.A> c;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [
        StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS,
        StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_typeParameter_bound() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "class C<E extends a.A> {}"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeAnnotationDeferredClass_variableDeclarationList() {
    resolveWithAndWithoutExperimental(<String> [
        EngineTestCase.createSource(["library lib1;", "class A {}"]),
        EngineTestCase.createSource([
        "library root;",
        "import 'lib1.dart' deferred as a;",
        "a.A v;"])], <ErrorCode> [ParserErrorCode.DEFERRED_IMPORTS_NOT_SUPPORTED], <ErrorCode> [StaticWarningCode.TYPE_ANNOTATION_DEFERRED_CLASS]);
  }

  void test_typeParameterReferencedByStatic_field() {
    Source source = addSource(EngineTestCase.createSource(["class A<K> {", "  static K k;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_typeParameterReferencedByStatic_getter() {
    Source source = addSource(EngineTestCase.createSource(["class A<K> {", "  static K get k => null;", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_typeParameterReferencedByStatic_methodBodyReference() {
    Source source = addSource(EngineTestCase.createSource(["class A<K> {", "  static m() {", "    K k;", "  }", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_typeParameterReferencedByStatic_methodParameter() {
    Source source = addSource(EngineTestCase.createSource(["class A<K> {", "  static m(K k) {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_typeParameterReferencedByStatic_methodReturn() {
    Source source = addSource(EngineTestCase.createSource(["class A<K> {", "  static K m() { return null; }", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_typeParameterReferencedByStatic_setter() {
    Source source = addSource(EngineTestCase.createSource(["class A<K> {", "  static set s(K k) {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.TYPE_PARAMETER_REFERENCED_BY_STATIC]);
    verify([source]);
  }

  void test_typePromotion_functionType_arg_InterToDyn() {
    Source source = addSource(EngineTestCase.createSource([
        "typedef FuncDyn(x);",
        "typedef FuncA(A a);",
        "class A {}",
        "class B {}",
        "main(FuncA f) {",
        "  if (f is FuncDyn) {",
        "    f(new B());",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
  }

  void test_typeTestNonType() {
    Source source = addSource(EngineTestCase.createSource(["var A = 0;", "f(var p) {", "  if (p is A) {", "  }", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.TYPE_TEST_NON_TYPE]);
    verify([source]);
  }

  void test_undefinedClass_instanceCreation() {
    Source source = addSource(EngineTestCase.createSource(["f() { new C(); }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_CLASS]);
  }

  void test_undefinedClass_variableDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["f() { C c; }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_CLASS]);
  }

  void test_undefinedClassBoolean_variableDeclaration() {
    Source source = addSource(EngineTestCase.createSource(["f() { boolean v; }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_CLASS_BOOLEAN]);
  }

  void test_undefinedGetter_fromLibrary() {
    Source source1 = addNamedSource("lib.dart", "");
    Source source2 = addNamedSource("lib2.dart", EngineTestCase.createSource([
        "import 'lib.dart' as lib;",
        "void f() {",
        "  var g = lib.gg;",
        "}"]));
    resolve(source1);
    resolve(source2);
    assertErrors(source2, [StaticWarningCode.UNDEFINED_GETTER]);
    verify([source1]);
  }

  void test_undefinedIdentifier_for() {
    Source source = addSource(EngineTestCase.createSource(["f(var l) {", "  for (e in l) {", "  }", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_undefinedIdentifier_function() {
    Source source = addSource(EngineTestCase.createSource(["int a() => b;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_undefinedIdentifier_function_prefix() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class C {}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as b;", "", "int a() => b;", "b.C c;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
    verify([source]);
  }

  void test_undefinedIdentifier_initializer() {
    Source source = addSource(EngineTestCase.createSource(["var a = b;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_undefinedIdentifier_initializer_prefix() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class C {}"]));
    Source source = addSource(EngineTestCase.createSource(["import 'lib.dart' as b;", "", "var a = b;", "b.C c;"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_undefinedIdentifier_methodInvocation() {
    Source source = addSource(EngineTestCase.createSource(["f() { C.m(); }"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_undefinedIdentifier_private_getter() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A {", "  var _foo;", "}"]));
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart';",
        "class B extends A {",
        "  test() {",
        "    var v = _foo;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_undefinedIdentifier_private_setter() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["library lib;", "class A {", "  var _foo;", "}"]));
    Source source = addSource(EngineTestCase.createSource([
        "import 'lib.dart';",
        "class B extends A {",
        "  test() {",
        "    _foo = 42;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_IDENTIFIER]);
  }

  void test_undefinedNamedParameter() {
    Source source = addSource(EngineTestCase.createSource(["f({a, b}) {}", "main() {", "  f(c: 1);", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.UNDEFINED_NAMED_PARAMETER]);
  }

  void test_undefinedSetter() {
    Source source1 = addNamedSource("lib.dart", "");
    Source source2 = addNamedSource("lib2.dart", EngineTestCase.createSource([
        "import 'lib.dart' as lib;",
        "void f() {",
        "  lib.gg = null;",
        "}"]));
    resolve(source1);
    resolve(source2);
    assertErrors(source2, [StaticWarningCode.UNDEFINED_SETTER]);
  }

  void test_undefinedStaticMethodOrGetter_getter() {
    Source source = addSource(EngineTestCase.createSource(["class C {}", "f(var p) {", "  f(C.m);", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_undefinedStaticMethodOrGetter_getter_inSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "class S {",
        "  static int get g => 0;",
        "}",
        "class C extends S {}",
        "f(var p) {",
        "  f(C.g);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_GETTER]);
  }

  void test_undefinedStaticMethodOrGetter_method() {
    Source source = addSource(EngineTestCase.createSource(["class C {}", "f(var p) {", "  f(C.m());", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_METHOD]);
  }

  void test_undefinedStaticMethodOrGetter_method_inSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "class S {",
        "  static m() {}",
        "}",
        "class C extends S {}",
        "f(var p) {",
        "  f(C.m());",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_METHOD]);
  }

  void test_undefinedStaticMethodOrGetter_setter_inSuperclass() {
    Source source = addSource(EngineTestCase.createSource([
        "class S {",
        "  static set s(int i) {}",
        "}",
        "class C extends S {}",
        "f(var p) {",
        "  f(C.s = 1);",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_SETTER]);
  }

  void test_voidReturnForGetter() {
    Source source = addSource(EngineTestCase.createSource(["class S {", "  void get value {}", "}"]));
    resolve(source);
    assertErrors(source, [StaticWarningCode.VOID_RETURN_FOR_GETTER]);
  }

  static dartSuite() {
    _ut.group('StaticWarningCodeTest', () {
      _ut.test('test_ambiguousImport_as', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_as);
      });
      _ut.test('test_ambiguousImport_extends', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_extends);
      });
      _ut.test('test_ambiguousImport_implements', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_implements);
      });
      _ut.test('test_ambiguousImport_inPart', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_inPart);
      });
      _ut.test('test_ambiguousImport_instanceCreation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_instanceCreation);
      });
      _ut.test('test_ambiguousImport_is', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_is);
      });
      _ut.test('test_ambiguousImport_qualifier', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_qualifier);
      });
      _ut.test('test_ambiguousImport_typeAnnotation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_typeAnnotation);
      });
      _ut.test('test_ambiguousImport_typeArgument_annotation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_typeArgument_annotation);
      });
      _ut.test('test_ambiguousImport_typeArgument_instanceCreation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_typeArgument_instanceCreation);
      });
      _ut.test('test_ambiguousImport_varRead', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_varRead);
      });
      _ut.test('test_ambiguousImport_varWrite', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_ambiguousImport_varWrite);
      });
      _ut.test('test_argumentTypeNotAssignable_ambiguousClassName', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_ambiguousClassName);
      });
      _ut.test('test_argumentTypeNotAssignable_annotation_namedConstructor', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_annotation_namedConstructor);
      });
      _ut.test('test_argumentTypeNotAssignable_annotation_unnamedConstructor', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_annotation_unnamedConstructor);
      });
      _ut.test('test_argumentTypeNotAssignable_binary', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_binary);
      });
      _ut.test('test_argumentTypeNotAssignable_cascadeSecond', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_cascadeSecond);
      });
      _ut.test('test_argumentTypeNotAssignable_const', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_const);
      });
      _ut.test('test_argumentTypeNotAssignable_const_super', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_const_super);
      });
      _ut.test('test_argumentTypeNotAssignable_functionExpressionInvocation_required', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_functionExpressionInvocation_required);
      });
      _ut.test('test_argumentTypeNotAssignable_index', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_index);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_callParameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_callParameter);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_callVariable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_callVariable);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_functionParameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_functionParameter);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_functionParameter_generic', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_functionParameter_generic);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_functionTypes_optional', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_functionTypes_optional);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_generic', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_generic);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_named', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_named);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_optional', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_optional);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_required', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_required);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_typedef_generic', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_typedef_generic);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_typedef_local', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_typedef_local);
      });
      _ut.test('test_argumentTypeNotAssignable_invocation_typedef_parameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_invocation_typedef_parameter);
      });
      _ut.test('test_argumentTypeNotAssignable_new_generic', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_new_generic);
      });
      _ut.test('test_argumentTypeNotAssignable_new_optional', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_new_optional);
      });
      _ut.test('test_argumentTypeNotAssignable_new_required', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_argumentTypeNotAssignable_new_required);
      });
      _ut.test('test_assignmentToConst_instanceVariable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToConst_instanceVariable);
      });
      _ut.test('test_assignmentToConst_instanceVariable_plusEq', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToConst_instanceVariable_plusEq);
      });
      _ut.test('test_assignmentToConst_localVariable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToConst_localVariable);
      });
      _ut.test('test_assignmentToConst_localVariable_plusEq', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToConst_localVariable_plusEq);
      });
      _ut.test('test_assignmentToFinalNoSetter_prefixedIdentifier', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinalNoSetter_prefixedIdentifier);
      });
      _ut.test('test_assignmentToFinalNoSetter_propertyAccess', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinalNoSetter_propertyAccess);
      });
      _ut.test('test_assignmentToFinal_instanceVariable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_instanceVariable);
      });
      _ut.test('test_assignmentToFinal_instanceVariable_plusEq', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_instanceVariable_plusEq);
      });
      _ut.test('test_assignmentToFinal_localVariable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_localVariable);
      });
      _ut.test('test_assignmentToFinal_localVariable_plusEq', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_localVariable_plusEq);
      });
      _ut.test('test_assignmentToFinal_postfixMinusMinus', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_postfixMinusMinus);
      });
      _ut.test('test_assignmentToFinal_postfixPlusPlus', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_postfixPlusPlus);
      });
      _ut.test('test_assignmentToFinal_prefixMinusMinus', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_prefixMinusMinus);
      });
      _ut.test('test_assignmentToFinal_prefixPlusPlus', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_prefixPlusPlus);
      });
      _ut.test('test_assignmentToFinal_suffixMinusMinus', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_suffixMinusMinus);
      });
      _ut.test('test_assignmentToFinal_suffixPlusPlus', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_suffixPlusPlus);
      });
      _ut.test('test_assignmentToFinal_topLevelVariable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFinal_topLevelVariable);
      });
      _ut.test('test_assignmentToFunction', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToFunction);
      });
      _ut.test('test_assignmentToMethod', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_assignmentToMethod);
      });
      _ut.test('test_caseBlockNotTerminated', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_caseBlockNotTerminated);
      });
      _ut.test('test_castToNonType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_castToNonType);
      });
      _ut.test('test_concreteClassWithAbstractMember', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_concreteClassWithAbstractMember);
      });
      _ut.test('test_conflictingDartImport', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingDartImport);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_declField_direct_setter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_declField_direct_setter);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_getter);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_method);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_setter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_declGetter_direct_setter);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_declGetter_indirect', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_declGetter_indirect);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_declGetter_mixin', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_declGetter_mixin);
      });
      _ut.test('test_conflictingInstanceGetterAndSuperclassMember_direct_field', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceGetterAndSuperclassMember_direct_field);
      });
      _ut.test('test_conflictingInstanceMethodSetter2', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceMethodSetter2);
      });
      _ut.test('test_conflictingInstanceMethodSetter_sameClass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceMethodSetter_sameClass);
      });
      _ut.test('test_conflictingInstanceMethodSetter_setterInInterface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceMethodSetter_setterInInterface);
      });
      _ut.test('test_conflictingInstanceMethodSetter_setterInSuper', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceMethodSetter_setterInSuper);
      });
      _ut.test('test_conflictingInstanceSetterAndSuperclassMember', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingInstanceSetterAndSuperclassMember);
      });
      _ut.test('test_conflictingStaticGetterAndInstanceSetter_mixin', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingStaticGetterAndInstanceSetter_mixin);
      });
      _ut.test('test_conflictingStaticGetterAndInstanceSetter_superClass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingStaticGetterAndInstanceSetter_superClass);
      });
      _ut.test('test_conflictingStaticGetterAndInstanceSetter_thisClass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingStaticGetterAndInstanceSetter_thisClass);
      });
      _ut.test('test_conflictingStaticSetterAndInstanceMember_thisClass_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingStaticSetterAndInstanceMember_thisClass_getter);
      });
      _ut.test('test_conflictingStaticSetterAndInstanceMember_thisClass_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_conflictingStaticSetterAndInstanceMember_thisClass_method);
      });
      _ut.test('test_constWithAbstractClass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_constWithAbstractClass);
      });
      _ut.test('test_equalKeysInMap', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_equalKeysInMap);
      });
      _ut.test('test_equalKeysInMap_withEqualTypeParams', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_equalKeysInMap_withEqualTypeParams);
      });
      _ut.test('test_equalKeysInMap_withUnequalTypeParams', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_equalKeysInMap_withUnequalTypeParams);
      });
      _ut.test('test_exportDuplicatedLibraryName', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_exportDuplicatedLibraryName);
      });
      _ut.test('test_extraPositionalArguments', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments);
      });
      _ut.test('test_extraPositionalArguments_functionExpression', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_extraPositionalArguments_functionExpression);
      });
      _ut.test('test_fieldInitializedInInitializerAndDeclaration_final', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializedInInitializerAndDeclaration_final);
      });
      _ut.test('test_fieldInitializerNotAssignable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializerNotAssignable);
      });
      _ut.test('test_fieldInitializingFormalNotAssignable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_fieldInitializingFormalNotAssignable);
      });
      _ut.test('test_finalInitializedInDeclarationAndConstructor_initializers', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_finalInitializedInDeclarationAndConstructor_initializers);
      });
      _ut.test('test_finalInitializedInDeclarationAndConstructor_initializingFormal', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_finalInitializedInDeclarationAndConstructor_initializingFormal);
      });
      _ut.test('test_finalNotInitialized_inConstructor', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_inConstructor);
      });
      _ut.test('test_finalNotInitialized_instanceField_final', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_instanceField_final);
      });
      _ut.test('test_finalNotInitialized_instanceField_final_static', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_instanceField_final_static);
      });
      _ut.test('test_finalNotInitialized_library_final', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_library_final);
      });
      _ut.test('test_finalNotInitialized_local_final', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_finalNotInitialized_local_final);
      });
      _ut.test('test_functionWithoutCall_direct', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_functionWithoutCall_direct);
      });
      _ut.test('test_functionWithoutCall_indirect_extends', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_functionWithoutCall_indirect_extends);
      });
      _ut.test('test_functionWithoutCall_indirect_implements', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_functionWithoutCall_indirect_implements);
      });
      _ut.test('test_importDuplicatedLibraryName', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_importDuplicatedLibraryName);
      });
      _ut.test('test_importOfNonLibrary', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_importOfNonLibrary);
      });
      _ut.test('test_inconsistentMethodInheritanceGetterAndMethod', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_inconsistentMethodInheritanceGetterAndMethod);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_field', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_field);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_field2', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_field2);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_getter);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_getter2', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_getter2);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_method);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_method2', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_method2);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_setter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_setter);
      });
      _ut.test('test_instanceMethodNameCollidesWithSuperclassStatic_setter2', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_instanceMethodNameCollidesWithSuperclassStatic_setter2);
      });
      _ut.test('test_invalidGetterOverrideReturnType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidGetterOverrideReturnType);
      });
      _ut.test('test_invalidGetterOverrideReturnType_implicit', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidGetterOverrideReturnType_implicit);
      });
      _ut.test('test_invalidGetterOverrideReturnType_twoInterfaces', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidGetterOverrideReturnType_twoInterfaces);
      });
      _ut.test('test_invalidGetterOverrideReturnType_twoInterfaces_conflicting', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidGetterOverrideReturnType_twoInterfaces_conflicting);
      });
      _ut.test('test_invalidMethodOverrideNamedParamType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideNamedParamType);
      });
      _ut.test('test_invalidMethodOverrideNormalParamType_interface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideNormalParamType_interface);
      });
      _ut.test('test_invalidMethodOverrideNormalParamType_superclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideNormalParamType_superclass);
      });
      _ut.test('test_invalidMethodOverrideNormalParamType_superclass_interface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideNormalParamType_superclass_interface);
      });
      _ut.test('test_invalidMethodOverrideNormalParamType_twoInterfaces', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideNormalParamType_twoInterfaces);
      });
      _ut.test('test_invalidMethodOverrideNormalParamType_twoInterfaces_conflicting', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideNormalParamType_twoInterfaces_conflicting);
      });
      _ut.test('test_invalidMethodOverrideOptionalParamType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideOptionalParamType);
      });
      _ut.test('test_invalidMethodOverrideOptionalParamType_twoInterfaces', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideOptionalParamType_twoInterfaces);
      });
      _ut.test('test_invalidMethodOverrideReturnType_interface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideReturnType_interface);
      });
      _ut.test('test_invalidMethodOverrideReturnType_interface_grandparent', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideReturnType_interface_grandparent);
      });
      _ut.test('test_invalidMethodOverrideReturnType_mixin', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideReturnType_mixin);
      });
      _ut.test('test_invalidMethodOverrideReturnType_superclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideReturnType_superclass);
      });
      _ut.test('test_invalidMethodOverrideReturnType_superclass_grandparent', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideReturnType_superclass_grandparent);
      });
      _ut.test('test_invalidMethodOverrideReturnType_twoInterfaces', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideReturnType_twoInterfaces);
      });
      _ut.test('test_invalidMethodOverrideReturnType_void', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidMethodOverrideReturnType_void);
      });
      _ut.test('test_invalidOverrideDifferentDefaultValues_named', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverrideDifferentDefaultValues_named);
      });
      _ut.test('test_invalidOverrideDifferentDefaultValues_positional', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverrideDifferentDefaultValues_positional);
      });
      _ut.test('test_invalidOverrideNamed_fewerNamedParameters', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverrideNamed_fewerNamedParameters);
      });
      _ut.test('test_invalidOverrideNamed_missingNamedParameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverrideNamed_missingNamedParameter);
      });
      _ut.test('test_invalidOverridePositional_optional', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverridePositional_optional);
      });
      _ut.test('test_invalidOverridePositional_optionalAndRequired', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverridePositional_optionalAndRequired);
      });
      _ut.test('test_invalidOverridePositional_optionalAndRequired2', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverridePositional_optionalAndRequired2);
      });
      _ut.test('test_invalidOverrideRequired', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidOverrideRequired);
      });
      _ut.test('test_invalidSetterOverrideNormalParamType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidSetterOverrideNormalParamType);
      });
      _ut.test('test_invalidSetterOverrideNormalParamType_superclass_interface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidSetterOverrideNormalParamType_superclass_interface);
      });
      _ut.test('test_invalidSetterOverrideNormalParamType_twoInterfaces', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidSetterOverrideNormalParamType_twoInterfaces);
      });
      _ut.test('test_invalidSetterOverrideNormalParamType_twoInterfaces_conflicting', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_invalidSetterOverrideNormalParamType_twoInterfaces_conflicting);
      });
      _ut.test('test_listElementTypeNotAssignable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_listElementTypeNotAssignable);
      });
      _ut.test('test_mapKeyTypeNotAssignable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mapKeyTypeNotAssignable);
      });
      _ut.test('test_mapValueTypeNotAssignable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mapValueTypeNotAssignable);
      });
      _ut.test('test_mismatchedAccessorTypes_class', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mismatchedAccessorTypes_class);
      });
      _ut.test('test_mismatchedAccessorTypes_getterAndSuperSetter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mismatchedAccessorTypes_getterAndSuperSetter);
      });
      _ut.test('test_mismatchedAccessorTypes_setterAndSuperGetter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mismatchedAccessorTypes_setterAndSuperGetter);
      });
      _ut.test('test_mismatchedAccessorTypes_topLevel', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mismatchedAccessorTypes_topLevel);
      });
      _ut.test('test_mixedReturnTypes_localFunction', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mixedReturnTypes_localFunction);
      });
      _ut.test('test_mixedReturnTypes_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mixedReturnTypes_method);
      });
      _ut.test('test_mixedReturnTypes_topLevelFunction', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_mixedReturnTypes_topLevelFunction);
      });
      _ut.test('test_newWithAbstractClass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithAbstractClass);
      });
      _ut.test('test_newWithInvalidTypeParameters', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithInvalidTypeParameters);
      });
      _ut.test('test_newWithInvalidTypeParameters_tooFew', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithInvalidTypeParameters_tooFew);
      });
      _ut.test('test_newWithInvalidTypeParameters_tooMany', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithInvalidTypeParameters_tooMany);
      });
      _ut.test('test_newWithNonType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithNonType);
      });
      _ut.test('test_newWithNonType_fromLibrary', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithNonType_fromLibrary);
      });
      _ut.test('test_newWithUndefinedConstructor', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithUndefinedConstructor);
      });
      _ut.test('test_newWithUndefinedConstructorDefault', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_newWithUndefinedConstructorDefault);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberFivePlus', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberFivePlus);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberFour', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberFour);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_interface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_interface);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_mixin', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_mixin);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_superclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_classTypeAlias_superclass);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_ensureCorrectFunctionSubtypeIsUsedInImplementation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_ensureCorrectFunctionSubtypeIsUsedInImplementation);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_getter_fromInterface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_getter_fromInterface);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_getter_fromSuperclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_getter_fromSuperclass);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_method_fromInterface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_method_fromInterface);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_method_fromSuperclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_method_fromSuperclass);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_method_optionalParamCount', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_method_optionalParamCount);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_getter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_method);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_setter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_mixinInherits_setter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_setter_and_implicitSetter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_setter_and_implicitSetter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_setter_fromInterface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_setter_fromInterface);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_setter_fromSuperclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_setter_fromSuperclass);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_superclasses_interface', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_superclasses_interface);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_variable_fromInterface_missingGetter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_variable_fromInterface_missingGetter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberOne_variable_fromInterface_missingSetter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberOne_variable_fromInterface_missingSetter);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberThree', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberThree);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberTwo', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberTwo);
      });
      _ut.test('test_nonAbstractClassInheritsAbstractMemberTwo_variable_fromInterface_missingBoth', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonAbstractClassInheritsAbstractMemberTwo_variable_fromInterface_missingBoth);
      });
      _ut.test('test_nonTypeInCatchClause_noElement', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonTypeInCatchClause_noElement);
      });
      _ut.test('test_nonTypeInCatchClause_notType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonTypeInCatchClause_notType);
      });
      _ut.test('test_nonVoidReturnForOperator', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForOperator);
      });
      _ut.test('test_nonVoidReturnForSetter_function', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForSetter_function);
      });
      _ut.test('test_nonVoidReturnForSetter_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_nonVoidReturnForSetter_method);
      });
      _ut.test('test_notAType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_notAType);
      });
      _ut.test('test_notEnoughRequiredArguments', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_notEnoughRequiredArguments);
      });
      _ut.test('test_notEnoughRequiredArguments_functionExpression', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_notEnoughRequiredArguments_functionExpression);
      });
      _ut.test('test_notEnoughRequiredArguments_getterReturningFunction', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_notEnoughRequiredArguments_getterReturningFunction);
      });
      _ut.test('test_partOfDifferentLibrary', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_partOfDifferentLibrary);
      });
      _ut.test('test_redirectToInvalidFunctionType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_redirectToInvalidFunctionType);
      });
      _ut.test('test_redirectToInvalidReturnType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_redirectToInvalidReturnType);
      });
      _ut.test('test_redirectToMissingConstructor_named', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_redirectToMissingConstructor_named);
      });
      _ut.test('test_redirectToMissingConstructor_unnamed', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_redirectToMissingConstructor_unnamed);
      });
      _ut.test('test_redirectToNonClass_notAType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_redirectToNonClass_notAType);
      });
      _ut.test('test_redirectToNonClass_undefinedIdentifier', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_redirectToNonClass_undefinedIdentifier);
      });
      _ut.test('test_returnWithoutValue_factoryConstructor', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_returnWithoutValue_factoryConstructor);
      });
      _ut.test('test_returnWithoutValue_function', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_returnWithoutValue_function);
      });
      _ut.test('test_returnWithoutValue_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_returnWithoutValue_method);
      });
      _ut.test('test_returnWithoutValue_mixedReturnTypes_function', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_returnWithoutValue_mixedReturnTypes_function);
      });
      _ut.test('test_staticAccessToInstanceMember_method_invocation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_method_invocation);
      });
      _ut.test('test_staticAccessToInstanceMember_method_reference', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_method_reference);
      });
      _ut.test('test_staticAccessToInstanceMember_propertyAccess_field', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_propertyAccess_field);
      });
      _ut.test('test_staticAccessToInstanceMember_propertyAccess_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_propertyAccess_getter);
      });
      _ut.test('test_staticAccessToInstanceMember_propertyAccess_setter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_staticAccessToInstanceMember_propertyAccess_setter);
      });
      _ut.test('test_switchExpressionNotAssignable', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_switchExpressionNotAssignable);
      });
      _ut.test('test_typeAnnotationDeferredClass_asExpression', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_asExpression);
      });
      _ut.test('test_typeAnnotationDeferredClass_catchClause', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_catchClause);
      });
      _ut.test('test_typeAnnotationDeferredClass_fieldFormalParameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_fieldFormalParameter);
      });
      _ut.test('test_typeAnnotationDeferredClass_functionDeclaration_returnType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_functionDeclaration_returnType);
      });
      _ut.test('test_typeAnnotationDeferredClass_functionTypedFormalParameter_returnType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_functionTypedFormalParameter_returnType);
      });
      _ut.test('test_typeAnnotationDeferredClass_isExpression', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_isExpression);
      });
      _ut.test('test_typeAnnotationDeferredClass_methodDeclaration_returnType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_methodDeclaration_returnType);
      });
      _ut.test('test_typeAnnotationDeferredClass_simpleFormalParameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_simpleFormalParameter);
      });
      _ut.test('test_typeAnnotationDeferredClass_typeArgumentList', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_typeArgumentList);
      });
      _ut.test('test_typeAnnotationDeferredClass_typeArgumentList2', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_typeArgumentList2);
      });
      _ut.test('test_typeAnnotationDeferredClass_typeParameter_bound', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_typeParameter_bound);
      });
      _ut.test('test_typeAnnotationDeferredClass_variableDeclarationList', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeAnnotationDeferredClass_variableDeclarationList);
      });
      _ut.test('test_typeParameterReferencedByStatic_field', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeParameterReferencedByStatic_field);
      });
      _ut.test('test_typeParameterReferencedByStatic_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeParameterReferencedByStatic_getter);
      });
      _ut.test('test_typeParameterReferencedByStatic_methodBodyReference', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeParameterReferencedByStatic_methodBodyReference);
      });
      _ut.test('test_typeParameterReferencedByStatic_methodParameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeParameterReferencedByStatic_methodParameter);
      });
      _ut.test('test_typeParameterReferencedByStatic_methodReturn', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeParameterReferencedByStatic_methodReturn);
      });
      _ut.test('test_typeParameterReferencedByStatic_setter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeParameterReferencedByStatic_setter);
      });
      _ut.test('test_typePromotion_functionType_arg_InterToDyn', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typePromotion_functionType_arg_InterToDyn);
      });
      _ut.test('test_typeTestNonType', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_typeTestNonType);
      });
      _ut.test('test_undefinedClassBoolean_variableDeclaration', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedClassBoolean_variableDeclaration);
      });
      _ut.test('test_undefinedClass_instanceCreation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedClass_instanceCreation);
      });
      _ut.test('test_undefinedClass_variableDeclaration', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedClass_variableDeclaration);
      });
      _ut.test('test_undefinedGetter_fromLibrary', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedGetter_fromLibrary);
      });
      _ut.test('test_undefinedIdentifier_for', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_for);
      });
      _ut.test('test_undefinedIdentifier_function', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_function);
      });
      _ut.test('test_undefinedIdentifier_function_prefix', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_function_prefix);
      });
      _ut.test('test_undefinedIdentifier_initializer', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_initializer);
      });
      _ut.test('test_undefinedIdentifier_initializer_prefix', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_initializer_prefix);
      });
      _ut.test('test_undefinedIdentifier_methodInvocation', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_methodInvocation);
      });
      _ut.test('test_undefinedIdentifier_private_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_private_getter);
      });
      _ut.test('test_undefinedIdentifier_private_setter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedIdentifier_private_setter);
      });
      _ut.test('test_undefinedNamedParameter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedNamedParameter);
      });
      _ut.test('test_undefinedSetter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedSetter);
      });
      _ut.test('test_undefinedStaticMethodOrGetter_getter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedStaticMethodOrGetter_getter);
      });
      _ut.test('test_undefinedStaticMethodOrGetter_getter_inSuperclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedStaticMethodOrGetter_getter_inSuperclass);
      });
      _ut.test('test_undefinedStaticMethodOrGetter_method', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedStaticMethodOrGetter_method);
      });
      _ut.test('test_undefinedStaticMethodOrGetter_method_inSuperclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedStaticMethodOrGetter_method_inSuperclass);
      });
      _ut.test('test_undefinedStaticMethodOrGetter_setter_inSuperclass', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_undefinedStaticMethodOrGetter_setter_inSuperclass);
      });
      _ut.test('test_voidReturnForGetter', () {
        final __test = new StaticWarningCodeTest();
        runJUnitTest(__test, __test.test_voidReturnForGetter);
      });
    });
  }
}

/**
 * The class `StrictModeTest` contains tests to ensure that the correct errors and warnings
 * are reported when the analysis engine is run in strict mode.
 */
class StrictModeTest extends ResolverTestCase {
  void fail_for() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(List<int> list) {",
        "  num sum = 0;",
        "  for (num i = 0; i < list.length; i++) {",
        "    sum += list[i];",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  @override
  void setUp() {
    AnalysisOptionsImpl options = new AnalysisOptionsImpl();
    options.hint = false;
    resetWithOptions(options);
  }

  void test_assert_is() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  assert (n is int);",
        "  return n & 0x0F;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_conditional_and_is() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  return (n is int && n > 0) ? n & 0x0F : 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_conditional_is() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  return (n is int) ? n & 0x0F : 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_conditional_isNot() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  return (n is! int) ? 0 : n & 0x0F;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_conditional_or_is() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  return (n is! int || n < 0) ? 0 : n & 0x0F;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_forEach() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(List<int> list) {",
        "  num sum = 0;",
        "  for (num n in list) {",
        "    sum += n & 0x0F;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_if_and_is() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  if (n is int && n > 0) {",
        "    return n & 0x0F;",
        "  }",
        "  return 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_if_is() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  if (n is int) {",
        "    return n & 0x0F;",
        "  }",
        "  return 0;",
        "}"]));
    resolve(source);
    assertNoErrors(source);
  }

  void test_if_isNot() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  if (n is! int) {",
        "    return 0;",
        "  } else {",
        "    return n & 0x0F;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_if_isNot_abrupt() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  if (n is! int) {",
        "    return 0;",
        "  }",
        "  return n & 0x0F;",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_if_or_is() {
    Source source = addSource(EngineTestCase.createSource([
        "int f(num n) {",
        "  if (n is! int || n < 0) {",
        "    return 0;",
        "  } else {",
        "    return n & 0x0F;",
        "  }",
        "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  void test_localVar() {
    Source source = addSource(EngineTestCase.createSource(["int f() {", "  num n = 1234;", "  return n & 0x0F;", "}"]));
    resolve(source);
    assertErrors(source, [StaticTypeWarningCode.UNDEFINED_OPERATOR]);
  }

  static dartSuite() {
    _ut.group('StrictModeTest', () {
      _ut.test('test_assert_is', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_assert_is);
      });
      _ut.test('test_conditional_and_is', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_conditional_and_is);
      });
      _ut.test('test_conditional_is', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_conditional_is);
      });
      _ut.test('test_conditional_isNot', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_conditional_isNot);
      });
      _ut.test('test_conditional_or_is', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_conditional_or_is);
      });
      _ut.test('test_forEach', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_forEach);
      });
      _ut.test('test_if_and_is', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_if_and_is);
      });
      _ut.test('test_if_is', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_if_is);
      });
      _ut.test('test_if_isNot', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_if_isNot);
      });
      _ut.test('test_if_isNot_abrupt', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_if_isNot_abrupt);
      });
      _ut.test('test_if_or_is', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_if_or_is);
      });
      _ut.test('test_localVar', () {
        final __test = new StrictModeTest();
        runJUnitTest(__test, __test.test_localVar);
      });
    });
  }
}

class SubtypeManagerTest extends EngineTestCase {
  /**
   * The inheritance manager being tested.
   */
  SubtypeManager _subtypeManager;

  /**
   * The compilation unit element containing all of the types setup in each test.
   */
  CompilationUnitElementImpl _definingCompilationUnit;

  void test_computeAllSubtypes_infiniteLoop() {
    //
    // class A extends B
    // class B extends A
    //
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    classA.supertype = classB.type;
    _definingCompilationUnit.types = <ClassElement> [classA, classB];
    HashSet<ClassElement> subtypesOfA = _subtypeManager.computeAllSubtypes(classA);
    List<ClassElement> arraySubtypesOfA = new List.from(subtypesOfA);
    EngineTestCase.assertSizeOfSet(2, subtypesOfA);
    EngineTestCase.assertContains(arraySubtypesOfA, [classA, classB]);
  }

  void test_computeAllSubtypes_manyRecursiveSubtypes() {
    //
    // class A
    // class B extends A
    // class C extends B
    // class D extends B
    // class E extends B
    //
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    ClassElementImpl classC = ElementFactory.classElement("C", classB.type, []);
    ClassElementImpl classD = ElementFactory.classElement("D", classB.type, []);
    ClassElementImpl classE = ElementFactory.classElement("E", classB.type, []);
    _definingCompilationUnit.types = <ClassElement> [classA, classB, classC, classD, classE];
    HashSet<ClassElement> subtypesOfA = _subtypeManager.computeAllSubtypes(classA);
    List<ClassElement> arraySubtypesOfA = new List.from(subtypesOfA);
    HashSet<ClassElement> subtypesOfB = _subtypeManager.computeAllSubtypes(classB);
    List<ClassElement> arraySubtypesOfB = new List.from(subtypesOfB);
    EngineTestCase.assertSizeOfSet(4, subtypesOfA);
    EngineTestCase.assertContains(arraySubtypesOfA, [classB, classC, classD, classE]);
    EngineTestCase.assertSizeOfSet(3, subtypesOfB);
    EngineTestCase.assertContains(arraySubtypesOfB, [classC, classD, classE]);
  }

  void test_computeAllSubtypes_noSubtypes() {
    //
    // class A
    //
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    _definingCompilationUnit.types = <ClassElement> [classA];
    HashSet<ClassElement> subtypesOfA = _subtypeManager.computeAllSubtypes(classA);
    EngineTestCase.assertSizeOfSet(0, subtypesOfA);
  }

  void test_computeAllSubtypes_oneSubtype() {
    //
    // class A
    // class B extends A
    //
    ClassElementImpl classA = ElementFactory.classElement2("A", []);
    ClassElementImpl classB = ElementFactory.classElement("B", classA.type, []);
    _definingCompilationUnit.types = <ClassElement> [classA, classB];
    HashSet<ClassElement> subtypesOfA = _subtypeManager.computeAllSubtypes(classA);
    List<ClassElement> arraySubtypesOfA = new List.from(subtypesOfA);
    EngineTestCase.assertSizeOfSet(1, subtypesOfA);
    EngineTestCase.assertContains(arraySubtypesOfA, [classB]);
  }

  @override
  void setUp() {
    super.setUp();
    AnalysisContextImpl context = AnalysisContextFactory.contextWithCore();
    FileBasedSource source = new FileBasedSource.con1(FileUtilities2.createFile("/test.dart"));
    _definingCompilationUnit = new CompilationUnitElementImpl("test.dart");
    _definingCompilationUnit.source = source;
    LibraryElementImpl definingLibrary = ElementFactory.library(context, "test");
    definingLibrary.definingCompilationUnit = _definingCompilationUnit;
    _subtypeManager = new SubtypeManager();
  }

  static dartSuite() {
    _ut.group('SubtypeManagerTest', () {
      _ut.test('test_computeAllSubtypes_infiniteLoop', () {
        final __test = new SubtypeManagerTest();
        runJUnitTest(__test, __test.test_computeAllSubtypes_infiniteLoop);
      });
      _ut.test('test_computeAllSubtypes_manyRecursiveSubtypes', () {
        final __test = new SubtypeManagerTest();
        runJUnitTest(__test, __test.test_computeAllSubtypes_manyRecursiveSubtypes);
      });
      _ut.test('test_computeAllSubtypes_noSubtypes', () {
        final __test = new SubtypeManagerTest();
        runJUnitTest(__test, __test.test_computeAllSubtypes_noSubtypes);
      });
      _ut.test('test_computeAllSubtypes_oneSubtype', () {
        final __test = new SubtypeManagerTest();
        runJUnitTest(__test, __test.test_computeAllSubtypes_oneSubtype);
      });
    });
  }
}

/**
 * Instances of the class `TestTypeProvider` implement a type provider that can be used by
 * tests without creating the element model for the core library.
 */
class TestTypeProvider implements TypeProvider {
  /**
   * The type representing the built-in type 'bool'.
   */
  InterfaceType _boolType;

  /**
   * The type representing the type 'bottom'.
   */
  DartType _bottomType;

  /**
   * The type representing the built-in type 'double'.
   */
  InterfaceType _doubleType;

  /**
   * The type representing the built-in type 'deprecated'.
   */
  InterfaceType _deprecatedType;

  /**
   * The type representing the built-in type 'dynamic'.
   */
  DartType _dynamicType;

  /**
   * The type representing the built-in type 'Function'.
   */
  InterfaceType _functionType;

  /**
   * The type representing the built-in type 'int'.
   */
  InterfaceType _intType;

  /**
   * The type representing the built-in type 'Iterable'.
   */
  InterfaceType _iterableType;

  /**
   * The type representing the built-in type 'Iterator'.
   */
  InterfaceType _iteratorType;

  /**
   * The type representing the built-in type 'List'.
   */
  InterfaceType _listType;

  /**
   * The type representing the built-in type 'Map'.
   */
  InterfaceType _mapType;

  /**
   * The type representing the built-in type 'Null'.
   */
  InterfaceType _nullType;

  /**
   * The type representing the built-in type 'num'.
   */
  InterfaceType _numType;

  /**
   * The type representing the built-in type 'Object'.
   */
  InterfaceType _objectType;

  /**
   * The type representing the built-in type 'StackTrace'.
   */
  InterfaceType _stackTraceType;

  /**
   * The type representing the built-in type 'String'.
   */
  InterfaceType _stringType;

  /**
   * The type representing the built-in type 'Symbol'.
   */
  InterfaceType _symbolType;

  /**
   * The type representing the built-in type 'Type'.
   */
  InterfaceType _typeType;

  @override
  InterfaceType get boolType {
    if (_boolType == null) {
      ClassElementImpl boolElement = ElementFactory.classElement2("bool", []);
      _boolType = boolElement.type;
      ConstructorElementImpl fromEnvironment = ElementFactory.constructorElement(boolElement, "fromEnvironment", true, []);
      fromEnvironment.parameters = <ParameterElement> [
          ElementFactory.requiredParameter2("name", stringType),
          ElementFactory.namedParameter2("defaultValue", _boolType)];
      fromEnvironment.factory = true;
      boolElement.constructors = <ConstructorElement> [fromEnvironment];
    }
    return _boolType;
  }

  @override
  DartType get bottomType {
    if (_bottomType == null) {
      _bottomType = BottomTypeImpl.instance;
    }
    return _bottomType;
  }

  @override
  InterfaceType get deprecatedType {
    if (_deprecatedType == null) {
      ClassElementImpl deprecatedElement = ElementFactory.classElement2("Deprecated", []);
      deprecatedElement.constructors = <ConstructorElement> [ElementFactory.constructorElement(deprecatedElement, null, true, [stringType])];
      _deprecatedType = deprecatedElement.type;
    }
    return _deprecatedType;
  }

  @override
  InterfaceType get doubleType {
    if (_doubleType == null) {
      _initializeNumericTypes();
    }
    return _doubleType;
  }

  @override
  DartType get dynamicType {
    if (_dynamicType == null) {
      _dynamicType = DynamicTypeImpl.instance;
    }
    return _dynamicType;
  }

  @override
  InterfaceType get functionType {
    if (_functionType == null) {
      _functionType = ElementFactory.classElement2("Function", []).type;
    }
    return _functionType;
  }

  @override
  InterfaceType get intType {
    if (_intType == null) {
      _initializeNumericTypes();
    }
    return _intType;
  }

  InterfaceType get iterableType {
    if (_iterableType == null) {
      ClassElementImpl iterableElement = ElementFactory.classElement2("Iterable", ["E"]);
      _iterableType = iterableElement.type;
      DartType eType = iterableElement.typeParameters[0].type;
      iterableElement.accessors = <PropertyAccessorElement> [
          ElementFactory.getterElement("iterator", false, iteratorType.substitute4(<DartType> [eType])),
          ElementFactory.getterElement("last", false, eType)];
      _propagateTypeArguments(iterableElement);
    }
    return _iterableType;
  }

  InterfaceType get iteratorType {
    if (_iteratorType == null) {
      ClassElementImpl iteratorElement = ElementFactory.classElement2("Iterator", ["E"]);
      _iteratorType = iteratorElement.type;
      DartType eType = iteratorElement.typeParameters[0].type;
      iteratorElement.accessors = <PropertyAccessorElement> [ElementFactory.getterElement("current", false, eType)];
      _propagateTypeArguments(iteratorElement);
    }
    return _iteratorType;
  }

  @override
  InterfaceType get listType {
    if (_listType == null) {
      ClassElementImpl listElement = ElementFactory.classElement2("List", ["E"]);
      listElement.constructors = <ConstructorElement> [ElementFactory.constructorElement2(listElement, null, [])];
      _listType = listElement.type;
      DartType eType = listElement.typeParameters[0].type;
      InterfaceType iterableType = this.iterableType.substitute4(<DartType> [eType]);
      listElement.interfaces = <InterfaceType> [iterableType];
      listElement.accessors = <PropertyAccessorElement> [ElementFactory.getterElement("length", false, intType)];
      listElement.methods = <MethodElement> [
          ElementFactory.methodElement("[]", eType, [intType]),
          ElementFactory.methodElement("[]=", VoidTypeImpl.instance, [intType, eType]),
          ElementFactory.methodElement("add", VoidTypeImpl.instance, [eType])];
      _propagateTypeArguments(listElement);
    }
    return _listType;
  }

  @override
  InterfaceType get mapType {
    if (_mapType == null) {
      ClassElementImpl mapElement = ElementFactory.classElement2("Map", ["K", "V"]);
      _mapType = mapElement.type;
      DartType kType = mapElement.typeParameters[0].type;
      DartType vType = mapElement.typeParameters[1].type;
      mapElement.accessors = <PropertyAccessorElement> [ElementFactory.getterElement("length", false, intType)];
      mapElement.methods = <MethodElement> [
          ElementFactory.methodElement("[]", vType, [objectType]),
          ElementFactory.methodElement("[]=", VoidTypeImpl.instance, [kType, vType])];
      _propagateTypeArguments(mapElement);
    }
    return _mapType;
  }

  @override
  InterfaceType get nullType {
    if (_nullType == null) {
      _nullType = ElementFactory.classElement2("Null", []).type;
    }
    return _nullType;
  }

  @override
  InterfaceType get numType {
    if (_numType == null) {
      _initializeNumericTypes();
    }
    return _numType;
  }

  @override
  InterfaceType get objectType {
    if (_objectType == null) {
      ClassElementImpl objectElement = ElementFactory.object;
      _objectType = objectElement.type;
      objectElement.constructors = <ConstructorElement> [ElementFactory.constructorElement2(objectElement, null, [])];
      objectElement.methods = <MethodElement> [
          ElementFactory.methodElement("toString", stringType, []),
          ElementFactory.methodElement("==", boolType, [_objectType]),
          ElementFactory.methodElement("noSuchMethod", dynamicType, [dynamicType])];
      objectElement.accessors = <PropertyAccessorElement> [
          ElementFactory.getterElement("hashCode", false, intType),
          ElementFactory.getterElement("runtimeType", false, typeType)];
    }
    return _objectType;
  }

  @override
  InterfaceType get stackTraceType {
    if (_stackTraceType == null) {
      _stackTraceType = ElementFactory.classElement2("StackTrace", []).type;
    }
    return _stackTraceType;
  }

  @override
  InterfaceType get stringType {
    if (_stringType == null) {
      _stringType = ElementFactory.classElement2("String", []).type;
      ClassElementImpl stringElement = _stringType.element as ClassElementImpl;
      stringElement.accessors = <PropertyAccessorElement> [
          ElementFactory.getterElement("isEmpty", false, boolType),
          ElementFactory.getterElement("length", false, intType),
          ElementFactory.getterElement("codeUnits", false, listType.substitute4(<DartType> [intType]))];
      stringElement.methods = <MethodElement> [
          ElementFactory.methodElement("+", _stringType, [_stringType]),
          ElementFactory.methodElement("toLowerCase", _stringType, []),
          ElementFactory.methodElement("toUpperCase", _stringType, [])];
      ConstructorElementImpl fromEnvironment = ElementFactory.constructorElement(stringElement, "fromEnvironment", true, []);
      fromEnvironment.parameters = <ParameterElement> [
          ElementFactory.requiredParameter2("name", stringType),
          ElementFactory.namedParameter2("defaultValue", _stringType)];
      fromEnvironment.factory = true;
      stringElement.constructors = <ConstructorElement> [fromEnvironment];
    }
    return _stringType;
  }

  @override
  InterfaceType get symbolType {
    if (_symbolType == null) {
      ClassElementImpl symbolClass = ElementFactory.classElement2("Symbol", []);
      ConstructorElementImpl constructor = ElementFactory.constructorElement(symbolClass, null, true, [stringType]);
      constructor.factory = true;
      symbolClass.constructors = <ConstructorElement> [constructor];
      _symbolType = symbolClass.type;
    }
    return _symbolType;
  }

  @override
  InterfaceType get typeType {
    if (_typeType == null) {
      _typeType = ElementFactory.classElement2("Type", []).type;
    }
    return _typeType;
  }

  /**
   * Initialize the numeric types. They are created as a group so that we can (a) create the right
   * hierarchy and (b) add members to them.
   */
  void _initializeNumericTypes() {
    //
    // Create the type hierarchy.
    //
    ClassElementImpl numElement = ElementFactory.classElement2("num", []);
    _numType = numElement.type;
    ClassElementImpl intElement = ElementFactory.classElement("int", _numType, []);
    _intType = intElement.type;
    ClassElementImpl doubleElement = ElementFactory.classElement("double", _numType, []);
    _doubleType = doubleElement.type;
    //
    // Force the referenced types to be cached.
    //
    objectType;
    boolType;
    stringType;
    //
    // Add the methods.
    //
    numElement.methods = <MethodElement> [
        ElementFactory.methodElement("+", _numType, [_numType]),
        ElementFactory.methodElement("-", _numType, [_numType]),
        ElementFactory.methodElement("*", _numType, [_numType]),
        ElementFactory.methodElement("%", _numType, [_numType]),
        ElementFactory.methodElement("/", _doubleType, [_numType]),
        ElementFactory.methodElement("~/", _numType, [_numType]),
        ElementFactory.methodElement("-", _numType, []),
        ElementFactory.methodElement("remainder", _numType, [_numType]),
        ElementFactory.methodElement("<", _boolType, [_numType]),
        ElementFactory.methodElement("<=", _boolType, [_numType]),
        ElementFactory.methodElement(">", _boolType, [_numType]),
        ElementFactory.methodElement(">=", _boolType, [_numType]),
        ElementFactory.methodElement("==", _boolType, [_objectType]),
        ElementFactory.methodElement("isNaN", _boolType, []),
        ElementFactory.methodElement("isNegative", _boolType, []),
        ElementFactory.methodElement("isInfinite", _boolType, []),
        ElementFactory.methodElement("abs", _numType, []),
        ElementFactory.methodElement("floor", _numType, []),
        ElementFactory.methodElement("ceil", _numType, []),
        ElementFactory.methodElement("round", _numType, []),
        ElementFactory.methodElement("truncate", _numType, []),
        ElementFactory.methodElement("toInt", _intType, []),
        ElementFactory.methodElement("toDouble", _doubleType, []),
        ElementFactory.methodElement("toStringAsFixed", _stringType, [_intType]),
        ElementFactory.methodElement("toStringAsExponential", _stringType, [_intType]),
        ElementFactory.methodElement("toStringAsPrecision", _stringType, [_intType]),
        ElementFactory.methodElement("toRadixString", _stringType, [_intType])];
    intElement.methods = <MethodElement> [
        ElementFactory.methodElement("&", _intType, [_intType]),
        ElementFactory.methodElement("|", _intType, [_intType]),
        ElementFactory.methodElement("^", _intType, [_intType]),
        ElementFactory.methodElement("~", _intType, []),
        ElementFactory.methodElement("<<", _intType, [_intType]),
        ElementFactory.methodElement(">>", _intType, [_intType]),
        ElementFactory.methodElement("-", _intType, []),
        ElementFactory.methodElement("abs", _intType, []),
        ElementFactory.methodElement("round", _intType, []),
        ElementFactory.methodElement("floor", _intType, []),
        ElementFactory.methodElement("ceil", _intType, []),
        ElementFactory.methodElement("truncate", _intType, []),
        ElementFactory.methodElement("toString", _stringType, [])];
    ConstructorElementImpl fromEnvironment = ElementFactory.constructorElement(intElement, "fromEnvironment", true, []);
    fromEnvironment.parameters = <ParameterElement> [
        ElementFactory.requiredParameter2("name", stringType),
        ElementFactory.namedParameter2("defaultValue", _intType)];
    fromEnvironment.factory = true;
    intElement.constructors = <ConstructorElement> [fromEnvironment];
    List<FieldElement> fields = <FieldElement> [
        ElementFactory.fieldElement("NAN", true, false, true, _doubleType),
        ElementFactory.fieldElement("INFINITY", true, false, true, _doubleType),
        ElementFactory.fieldElement("NEGATIVE_INFINITY", true, false, true, _doubleType),
        ElementFactory.fieldElement("MIN_POSITIVE", true, false, true, _doubleType),
        ElementFactory.fieldElement("MAX_FINITE", true, false, true, _doubleType)];
    doubleElement.fields = fields;
    int fieldCount = fields.length;
    List<PropertyAccessorElement> accessors = new List<PropertyAccessorElement>(fieldCount);
    for (int i = 0; i < fieldCount; i++) {
      accessors[i] = fields[i].getter;
    }
    doubleElement.accessors = accessors;
    doubleElement.methods = <MethodElement> [
        ElementFactory.methodElement("remainder", _doubleType, [_numType]),
        ElementFactory.methodElement("+", _doubleType, [_numType]),
        ElementFactory.methodElement("-", _doubleType, [_numType]),
        ElementFactory.methodElement("*", _doubleType, [_numType]),
        ElementFactory.methodElement("%", _doubleType, [_numType]),
        ElementFactory.methodElement("/", _doubleType, [_numType]),
        ElementFactory.methodElement("~/", _doubleType, [_numType]),
        ElementFactory.methodElement("-", _doubleType, []),
        ElementFactory.methodElement("abs", _doubleType, []),
        ElementFactory.methodElement("round", _doubleType, []),
        ElementFactory.methodElement("floor", _doubleType, []),
        ElementFactory.methodElement("ceil", _doubleType, []),
        ElementFactory.methodElement("truncate", _doubleType, []),
        ElementFactory.methodElement("toString", _stringType, [])];
  }

  /**
   * Given a class element representing a class with type parameters, propagate those type
   * parameters to all of the accessors, methods and constructors defined for the class.
   *
   * @param classElement the element representing the class with type parameters
   */
  void _propagateTypeArguments(ClassElementImpl classElement) {
    List<DartType> typeArguments = TypeParameterTypeImpl.getTypes(classElement.typeParameters);
    for (PropertyAccessorElement accessor in classElement.accessors) {
      FunctionTypeImpl functionType = accessor.type as FunctionTypeImpl;
      functionType.typeArguments = typeArguments;
    }
    for (MethodElement method in classElement.methods) {
      FunctionTypeImpl functionType = method.type as FunctionTypeImpl;
      functionType.typeArguments = typeArguments;
    }
    for (ConstructorElement constructor in classElement.constructors) {
      FunctionTypeImpl functionType = constructor.type as FunctionTypeImpl;
      functionType.typeArguments = typeArguments;
    }
  }
}

class TypeOverrideManagerTest extends EngineTestCase {
  void test_exitScope_noScopes() {
    TypeOverrideManager manager = new TypeOverrideManager();
    try {
      manager.exitScope();
      JUnitTestCase.fail("Expected IllegalStateException");
    } on IllegalStateException catch (exception) {
    }
  }

  void test_exitScope_oneScope() {
    TypeOverrideManager manager = new TypeOverrideManager();
    manager.enterScope();
    manager.exitScope();
    try {
      manager.exitScope();
      JUnitTestCase.fail("Expected IllegalStateException");
    } on IllegalStateException catch (exception) {
    }
  }

  void test_exitScope_twoScopes() {
    TypeOverrideManager manager = new TypeOverrideManager();
    manager.enterScope();
    manager.exitScope();
    manager.enterScope();
    manager.exitScope();
    try {
      manager.exitScope();
      JUnitTestCase.fail("Expected IllegalStateException");
    } on IllegalStateException catch (exception) {
    }
  }

  void test_getType_enclosedOverride() {
    TypeOverrideManager manager = new TypeOverrideManager();
    LocalVariableElementImpl element = ElementFactory.localVariableElement2("v");
    InterfaceType type = ElementFactory.classElement2("C", []).type;
    manager.enterScope();
    manager.setType(element, type);
    manager.enterScope();
    JUnitTestCase.assertSame(type, manager.getType(element));
  }

  void test_getType_immediateOverride() {
    TypeOverrideManager manager = new TypeOverrideManager();
    LocalVariableElementImpl element = ElementFactory.localVariableElement2("v");
    InterfaceType type = ElementFactory.classElement2("C", []).type;
    manager.enterScope();
    manager.setType(element, type);
    JUnitTestCase.assertSame(type, manager.getType(element));
  }

  void test_getType_noOverride() {
    TypeOverrideManager manager = new TypeOverrideManager();
    manager.enterScope();
    JUnitTestCase.assertNull(manager.getType(ElementFactory.localVariableElement2("v")));
  }

  void test_getType_noScope() {
    TypeOverrideManager manager = new TypeOverrideManager();
    JUnitTestCase.assertNull(manager.getType(ElementFactory.localVariableElement2("v")));
  }

  static dartSuite() {
    _ut.group('TypeOverrideManagerTest', () {
      _ut.test('test_exitScope_noScopes', () {
        final __test = new TypeOverrideManagerTest();
        runJUnitTest(__test, __test.test_exitScope_noScopes);
      });
      _ut.test('test_exitScope_oneScope', () {
        final __test = new TypeOverrideManagerTest();
        runJUnitTest(__test, __test.test_exitScope_oneScope);
      });
      _ut.test('test_exitScope_twoScopes', () {
        final __test = new TypeOverrideManagerTest();
        runJUnitTest(__test, __test.test_exitScope_twoScopes);
      });
      _ut.test('test_getType_enclosedOverride', () {
        final __test = new TypeOverrideManagerTest();
        runJUnitTest(__test, __test.test_getType_enclosedOverride);
      });
      _ut.test('test_getType_immediateOverride', () {
        final __test = new TypeOverrideManagerTest();
        runJUnitTest(__test, __test.test_getType_immediateOverride);
      });
      _ut.test('test_getType_noOverride', () {
        final __test = new TypeOverrideManagerTest();
        runJUnitTest(__test, __test.test_getType_noOverride);
      });
      _ut.test('test_getType_noScope', () {
        final __test = new TypeOverrideManagerTest();
        runJUnitTest(__test, __test.test_getType_noScope);
      });
    });
  }
}

class TypePropagationTest extends ResolverTestCase {
  void fail_mergePropagatedTypesAtJoinPoint_1() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    _assertTypeOfMarkedExpression(EngineTestCase.createSource([
        "f1(x) {",
        "  var y = [];",
        "  if (x) {",
        "    y = 0;",
        "  } else {",
        "    y = '';",
        "  }",
        "  // Propagated type is [List] here: incorrect.",
        "  // Best we can do is [Object]?",
        "  return y; // marker",
        "}"]), null, typeProvider.dynamicType);
  }

  void fail_mergePropagatedTypesAtJoinPoint_2() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    _assertTypeOfMarkedExpression(EngineTestCase.createSource([
        "f2(x) {",
        "  var y = [];",
        "  if (x) {",
        "    y = 0;",
        "  } else {",
        "  }",
        "  // Propagated type is [List] here: incorrect.",
        "  // Best we can do is [Object]?",
        "  return y; // marker",
        "}"]), null, typeProvider.dynamicType);
  }

  void fail_mergePropagatedTypesAtJoinPoint_3() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    _assertTypeOfMarkedExpression(EngineTestCase.createSource([
        "f4(x) {",
        "  var y = [];",
        "  if (x) {",
        "    y = 0;",
        "  } else {",
        "    y = 1.5;",
        "  }",
        "  // Propagated type is [List] here: incorrect.",
        "  // A correct answer is the least upper bound of [int] and [double],",
        "  // i.e. [num].",
        "  return y; // marker",
        "}"]), null, typeProvider.numType);
  }

  void fail_mergePropagatedTypesAtJoinPoint_5() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    _assertTypeOfMarkedExpression(EngineTestCase.createSource([
        "f6(x,y) {",
        "  var z = [];",
        "  if (x || (z = y) < 0) {",
        "  } else {",
        "    z = 0;",
        "  }",
        "  // Propagated type is [List] here: incorrect.",
        "  // Best we can do is [Object]?",
        "  return z; // marker",
        "}"]), null, typeProvider.dynamicType);
  }

  void fail_mergePropagatedTypesAtJoinPoint_6() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    //
    // Labeled [break]s are unsafe for the purposes of [isAbruptTerminationStatement].
    //
    // This is tricky: the [break] jumps back above the [if], making
    // it into a loop of sorts. The [if] type-propagation code assumes
    // that [break] does not introduce a loop.
    String code = EngineTestCase.createSource([
        "f() {",
        "  var x = 0;",
        "  var c = false;",
        "  L: ",
        "  if (c) {",
        "  } else {",
        "    x = '';",
        "    c = true;",
        "    break L;",
        "  }",
        "  x; // marker",
        "}"]);
    DartType t = _findMarkedIdentifier(code, "; // marker").propagatedType;
    JUnitTestCase.assertTrue(typeProvider.intType.isSubtypeOf(t));
    JUnitTestCase.assertTrue(typeProvider.stringType.isSubtypeOf(t));
  }

  void fail_mergePropagatedTypesAtJoinPoint_7() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    //
    // In general [continue]s are unsafe for the purposes of [isAbruptTerminationStatement].
    //
    // This is like example 6, but less tricky: the code in the branch that
    // [continue]s is in effect after the [if].
    String code = EngineTestCase.createSource([
        "f() {",
        "  var x = 0;",
        "  var c = false;",
        "  var d = true;",
        "  while (d) {",
        "    if (c) {",
        "      d = false;",
        "    } else {",
        "      x = '';",
        "      c = true;",
        "      continue;",
        "    }",
        "    x; // marker",
        "  }",
        "}"]);
    DartType t = _findMarkedIdentifier(code, "; // marker").propagatedType;
    JUnitTestCase.assertTrue(typeProvider.intType.isSubtypeOf(t));
    JUnitTestCase.assertTrue(typeProvider.stringType.isSubtypeOf(t));
  }

  void fail_mergePropagatedTypesAtJoinPoint_8() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    //
    // In nested loops [breaks]s are unsafe for the purposes of [isAbruptTerminationStatement].
    //
    // This is a combination of 6 and 7: we use an unlabeled [break]
    // like a continue for the outer loop / like a labeled [break] to
    // jump just above the [if].
    String code = EngineTestCase.createSource([
        "f() {",
        "  var x = 0;",
        "  var c = false;",
        "  var d = true;",
        "  while (d) {",
        "    while (d) {",
        "      if (c) {",
        "        d = false;",
        "      } else {",
        "        x = '';",
        "        c = true;",
        "        break;",
        "      }",
        "      x; // marker",
        "    }",
        "  }",
        "}"]);
    DartType t = _findMarkedIdentifier(code, "; // marker").propagatedType;
    JUnitTestCase.assertTrue(typeProvider.intType.isSubtypeOf(t));
    JUnitTestCase.assertTrue(typeProvider.stringType.isSubtypeOf(t));
  }

  void fail_propagatedReturnType_functionExpression() {
    // TODO(scheglov) disabled because we don't resolve function expression
    String code = EngineTestCase.createSource(["main() {", "  var v = (() {return 42;})();", "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_as() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {",
        "  bool get g => true;",
        "}",
        "A f(var p) {",
        "  if ((p as A).g) {",
        "    return p;",
        "  } else {",
        "    return null;",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    IfStatement ifStatement = body.block.statements[0] as IfStatement;
    ReturnStatement statement = (ifStatement.thenStatement as Block).statements[0] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_assert() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  assert (p is A);",
        "  return p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_assignment() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var v;", "  v = 0;", "  return v;", "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[2] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeProvider.intType, variableName.propagatedType);
  }

  void test_assignment_afterInitializer() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var v = 0;", "  v = 1.0;", "  return v;", "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[2] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeProvider.doubleType, variableName.propagatedType);
  }

  void test_assignment_null() {
    String code = EngineTestCase.createSource([
        "main() {",
        "  int v; // declare",
        "  v = null;",
        "  return v; // return",
        "}"]);
    CompilationUnit unit;
    {
      Source source = addSource(code);
      LibraryElement library = resolve(source);
      assertNoErrors(source);
      verify([source]);
      unit = resolveCompilationUnit(source, library);
    }
    {
      SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "v; // declare", (node) => node is SimpleIdentifier);
      JUnitTestCase.assertSame(typeProvider.intType, identifier.staticType);
      JUnitTestCase.assertSame(null, identifier.propagatedType);
    }
    {
      SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "v = null;", (node) => node is SimpleIdentifier);
      JUnitTestCase.assertSame(typeProvider.intType, identifier.staticType);
      JUnitTestCase.assertSame(null, identifier.propagatedType);
    }
    {
      SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "v; // return", (node) => node is SimpleIdentifier);
      JUnitTestCase.assertSame(typeProvider.intType, identifier.staticType);
      JUnitTestCase.assertSame(null, identifier.propagatedType);
    }
  }

  void test_CanvasElement_getContext() {
    String code = EngineTestCase.createSource([
        "import 'dart:html';",
        "main(CanvasElement canvas) {",
        "  var context = canvas.getContext('2d');",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "context", (node) => node is SimpleIdentifier);
    JUnitTestCase.assertEquals("CanvasRenderingContext2D", identifier.propagatedType.name);
  }

  void test_finalPropertyInducingVariable_classMember_instance() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["class A {", "  final v = 0;", "}"]));
    String code = EngineTestCase.createSource([
        "import 'lib.dart';",
        "f(A a) {",
        "  return a.v; // marker",
        "}"]);
    _assertTypeOfMarkedExpression(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_finalPropertyInducingVariable_classMember_instance_inherited() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["class A {", "  final v = 0;", "}"]));
    String code = EngineTestCase.createSource([
        "import 'lib.dart';",
        "class B extends A {",
        "  m() {",
        "    return v; // marker",
        "  }",
        "}"]);
    _assertTypeOfMarkedExpression(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_finalPropertyInducingVariable_classMember_instance_propagatedTarget() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["class A {", "  final v = 0;", "}"]));
    String code = EngineTestCase.createSource([
        "import 'lib.dart';",
        "f(p) {",
        "  if (p is A) {",
        "    return p.v; // marker",
        "  }",
        "}"]);
    _assertTypeOfMarkedExpression(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_finalPropertyInducingVariable_classMember_static() {
    addNamedSource("/lib.dart", EngineTestCase.createSource(["class A {", "  static final V = 0;", "}"]));
    String code = EngineTestCase.createSource([
        "import 'lib.dart';",
        "f() {",
        "  return A.V; // marker",
        "}"]);
    _assertTypeOfMarkedExpression(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_finalPropertyInducingVariable_topLevelVaraible_prefixed() {
    addNamedSource("/lib.dart", "final V = 0;");
    String code = EngineTestCase.createSource([
        "import 'lib.dart' as p;",
        "f() {",
        "  var v2 = p.V; // marker prefixed",
        "}"]);
    _assertTypeOfMarkedExpression(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_finalPropertyInducingVariable_topLevelVaraible_simple() {
    addNamedSource("/lib.dart", "final V = 0;");
    String code = EngineTestCase.createSource([
        "import 'lib.dart';",
        "f() {",
        "  return V; // marker simple",
        "}"]);
    _assertTypeOfMarkedExpression(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_forEach() {
    String code = EngineTestCase.createSource([
        "main() {",
        "  var list = <String> [];",
        "  for (var e in list) {",
        "    e;",
        "  }",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    InterfaceType stringType = typeProvider.stringType;
    // in the declaration
    {
      SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "e in", (node) => node is SimpleIdentifier);
      JUnitTestCase.assertSame(stringType, identifier.propagatedType);
    }
    // in the loop body
    {
      SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "e;", (node) => node is SimpleIdentifier);
      JUnitTestCase.assertSame(stringType, identifier.propagatedType);
    }
  }

  void test_functionExpression_asInvocationArgument() {
    String code = EngineTestCase.createSource([
        "class MyMap<K, V> {",
        "  forEach(f(K key, V value)) {}",
        "}",
        "f(MyMap<int, String> m) {",
        "  m.forEach((k, v) {",
        "    k;",
        "    v;",
        "  });",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    // k
    DartType intType = typeProvider.intType;
    FormalParameter kParameter = EngineTestCase.findNode(unit, code, "k, ", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(intType, kParameter.identifier.propagatedType);
    SimpleIdentifier kIdentifier = EngineTestCase.findNode(unit, code, "k;", (node) => node is SimpleIdentifier);
    JUnitTestCase.assertSame(intType, kIdentifier.propagatedType);
    JUnitTestCase.assertSame(typeProvider.dynamicType, kIdentifier.staticType);
    // v
    DartType stringType = typeProvider.stringType;
    FormalParameter vParameter = EngineTestCase.findNode(unit, code, "v)", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(stringType, vParameter.identifier.propagatedType);
    SimpleIdentifier vIdentifier = EngineTestCase.findNode(unit, code, "v;", (node) => node is SimpleIdentifier);
    JUnitTestCase.assertSame(stringType, vIdentifier.propagatedType);
    JUnitTestCase.assertSame(typeProvider.dynamicType, vIdentifier.staticType);
  }

  void test_functionExpression_asInvocationArgument_fromInferredInvocation() {
    String code = EngineTestCase.createSource([
        "class MyMap<K, V> {",
        "  forEach(f(K key, V value)) {}",
        "}",
        "f(MyMap<int, String> m) {",
        "  var m2 = m;",
        "  m2.forEach((k, v) {});",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    // k
    DartType intType = typeProvider.intType;
    FormalParameter kParameter = EngineTestCase.findNode(unit, code, "k, ", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(intType, kParameter.identifier.propagatedType);
    // v
    DartType stringType = typeProvider.stringType;
    FormalParameter vParameter = EngineTestCase.findNode(unit, code, "v)", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(stringType, vParameter.identifier.propagatedType);
  }

  void test_functionExpression_asInvocationArgument_functionExpressionInvocation() {
    String code = EngineTestCase.createSource([
        "main() {",
        "  (f(String value)) {} ((v) {",
        "    v;",
        "  });",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    // v
    DartType dynamicType = typeProvider.dynamicType;
    DartType stringType = typeProvider.stringType;
    FormalParameter vParameter = EngineTestCase.findNode(unit, code, "v)", (node) => node is FormalParameter);
    JUnitTestCase.assertSame(stringType, vParameter.identifier.propagatedType);
    JUnitTestCase.assertSame(dynamicType, vParameter.identifier.staticType);
    SimpleIdentifier vIdentifier = EngineTestCase.findNode(unit, code, "v;", (node) => node is SimpleIdentifier);
    JUnitTestCase.assertSame(stringType, vIdentifier.propagatedType);
    JUnitTestCase.assertSame(dynamicType, vIdentifier.staticType);
  }

  void test_functionExpression_asInvocationArgument_keepIfLessSpecific() {
    String code = EngineTestCase.createSource([
        "class MyList {",
        "  forEach(f(Object value)) {}",
        "}",
        "f(MyList list) {",
        "  list.forEach((int v) {",
        "    v;",
        "  });",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    // v
    DartType intType = typeProvider.intType;
    FormalParameter vParameter = EngineTestCase.findNode(unit, code, "v)", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(null, vParameter.identifier.propagatedType);
    JUnitTestCase.assertSame(intType, vParameter.identifier.staticType);
    SimpleIdentifier vIdentifier = EngineTestCase.findNode(unit, code, "v;", (node) => node is SimpleIdentifier);
    JUnitTestCase.assertSame(intType, vIdentifier.staticType);
    JUnitTestCase.assertSame(null, vIdentifier.propagatedType);
  }

  void test_functionExpression_asInvocationArgument_notSubtypeOfStaticType() {
    String code = EngineTestCase.createSource([
        "class A {",
        "  m(void f(int i)) {}",
        "}",
        "x() {",
        "  A a = new A();",
        "  a.m(() => 0);",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertErrors(source, [StaticWarningCode.ARGUMENT_TYPE_NOT_ASSIGNABLE]);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    // () => 0
    FunctionExpression functionExpression = EngineTestCase.findNode(unit, code, "() => 0)", (node) => node is FunctionExpression);
    JUnitTestCase.assertSame(0, (functionExpression.staticType as FunctionType).parameters.length);
    JUnitTestCase.assertSame(null, functionExpression.propagatedType);
  }

  void test_functionExpression_asInvocationArgument_replaceIfMoreSpecific() {
    String code = EngineTestCase.createSource([
        "class MyList<E> {",
        "  forEach(f(E value)) {}",
        "}",
        "f(MyList<String> list) {",
        "  list.forEach((Object v) {",
        "    v;",
        "  });",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    // v
    DartType stringType = typeProvider.stringType;
    FormalParameter vParameter = EngineTestCase.findNode(unit, code, "v)", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(stringType, vParameter.identifier.propagatedType);
    JUnitTestCase.assertSame(typeProvider.objectType, vParameter.identifier.staticType);
    SimpleIdentifier vIdentifier = EngineTestCase.findNode(unit, code, "v;", (node) => node is SimpleIdentifier);
    JUnitTestCase.assertSame(stringType, vIdentifier.propagatedType);
  }

  void test_Future_then() {
    String code = EngineTestCase.createSource([
        "import 'dart:async';",
        "main(Future<int> firstFuture) {",
        "  firstFuture.then((p1) {",
        "    return 1.0;",
        "  }).then((p2) {",
        "    return new Future<String>.value('str');",
        "  }).then((p3) {",
        "  });",
        "}"]);
    Source source = addSource(code);
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    // p1
    FormalParameter p1 = EngineTestCase.findNode(unit, code, "p1) {", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(typeProvider.intType, p1.identifier.propagatedType);
    // p2
    FormalParameter p2 = EngineTestCase.findNode(unit, code, "p2) {", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(typeProvider.doubleType, p2.identifier.propagatedType);
    // p3
    FormalParameter p3 = EngineTestCase.findNode(unit, code, "p3) {", (node) => node is SimpleFormalParameter);
    JUnitTestCase.assertSame(typeProvider.stringType, p3.identifier.propagatedType);
  }

  void test_initializer() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var v = 0;", "  return v;", "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    NodeList<Statement> statements = body.block.statements;
    // Type of 'v' in declaration.
    {
      VariableDeclarationStatement statement = statements[0] as VariableDeclarationStatement;
      SimpleIdentifier variableName = statement.variables.variables[0].name;
      JUnitTestCase.assertSame(typeProvider.dynamicType, variableName.staticType);
      JUnitTestCase.assertSame(typeProvider.intType, variableName.propagatedType);
    }
    // Type of 'v' in reference.
    {
      ReturnStatement statement = statements[1] as ReturnStatement;
      SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
      JUnitTestCase.assertSame(typeProvider.intType, variableName.propagatedType);
    }
  }

  void test_initializer_dereference() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var v = 'String';", "  v.", "}"]));
    LibraryElement library = resolve(source);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ExpressionStatement statement = body.block.statements[1] as ExpressionStatement;
    PrefixedIdentifier invocation = statement.expression as PrefixedIdentifier;
    SimpleIdentifier variableName = invocation.prefix;
    JUnitTestCase.assertSame(typeProvider.stringType, variableName.propagatedType);
  }

  void test_initializer_null() {
    String code = EngineTestCase.createSource([
        "main() {",
        "  int v = null;",
        "  return v; // marker",
        "}"]);
    CompilationUnit unit;
    {
      Source source = addSource(code);
      LibraryElement library = resolve(source);
      assertNoErrors(source);
      verify([source]);
      unit = resolveCompilationUnit(source, library);
    }
    {
      SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "v = null;", (node) => node is SimpleIdentifier);
      JUnitTestCase.assertSame(typeProvider.intType, identifier.staticType);
      JUnitTestCase.assertSame(null, identifier.propagatedType);
    }
    {
      SimpleIdentifier identifier = EngineTestCase.findNode(unit, code, "v; // marker", (node) => node is SimpleIdentifier);
      JUnitTestCase.assertSame(typeProvider.intType, identifier.staticType);
      JUnitTestCase.assertSame(null, identifier.propagatedType);
    }
  }

  void test_is_conditional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  return (p is A) ? p : null;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[0] as ReturnStatement;
    ConditionalExpression conditional = statement.expression as ConditionalExpression;
    SimpleIdentifier variableName = conditional.thenExpression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_is_if() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  if (p is A) {",
        "    return p;",
        "  } else {",
        "    return null;",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    IfStatement ifStatement = body.block.statements[0] as IfStatement;
    ReturnStatement statement = (ifStatement.thenStatement as Block).statements[0] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_is_if_lessSpecific() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(A p) {",
        "  if (p is String) {",
        "    return p;",
        "  } else {",
        "    return null;",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    //    ClassDeclaration classA = (ClassDeclaration) unit.getDeclarations().get(0);
    //    InterfaceType typeA = classA.getElement().getType();
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    IfStatement ifStatement = body.block.statements[0] as IfStatement;
    ReturnStatement statement = (ifStatement.thenStatement as Block).statements[0] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(null, variableName.propagatedType);
  }

  void test_is_if_logicalAnd() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  if (p is A && p != null) {",
        "    return p;",
        "  } else {",
        "    return null;",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    IfStatement ifStatement = body.block.statements[0] as IfStatement;
    ReturnStatement statement = (ifStatement.thenStatement as Block).statements[0] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_is_postConditional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  A a = (p is A) ? p : throw null;",
        "  return p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_is_postIf() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  if (p is A) {",
        "    A a = p;",
        "  } else {",
        "    return null;",
        "  }",
        "  return p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_is_subclass() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "class B extends A {",
        "  B m() => this;",
        "}",
        "A f(A p) {",
        "  if (p is B) {",
        "    return p.m();",
        "  }",
        "  return p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[2] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    IfStatement ifStatement = body.block.statements[0] as IfStatement;
    ReturnStatement statement = (ifStatement.thenStatement as Block).statements[0] as ReturnStatement;
    MethodInvocation invocation = statement.expression as MethodInvocation;
    JUnitTestCase.assertNotNull(invocation.methodName.propagatedElement);
  }

  void test_is_while() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  while (p is A) {",
        "    return p;",
        "  }",
        "  return p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    WhileStatement whileStatement = body.block.statements[0] as WhileStatement;
    ReturnStatement statement = (whileStatement.body as Block).statements[0] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_isNot_conditional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  return (p is! A) ? null : p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[0] as ReturnStatement;
    ConditionalExpression conditional = statement.expression as ConditionalExpression;
    SimpleIdentifier variableName = conditional.elseExpression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_isNot_if() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  if (p is! A) {",
        "    return null;",
        "  } else {",
        "    return p;",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    IfStatement ifStatement = body.block.statements[0] as IfStatement;
    ReturnStatement statement = (ifStatement.elseStatement as Block).statements[0] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_isNot_if_logicalOr() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  if (p is! A || null == p) {",
        "    return null;",
        "  } else {",
        "    return p;",
        "  }",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    IfStatement ifStatement = body.block.statements[0] as IfStatement;
    ReturnStatement statement = (ifStatement.elseStatement as Block).statements[0] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_isNot_postConditional() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  A a = (p is! A) ? throw null : p;",
        "  return p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_isNot_postIf() {
    Source source = addSource(EngineTestCase.createSource([
        "class A {}",
        "A f(var p) {",
        "  if (p is! A) {",
        "    return null;",
        "  }",
        "  return p;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    ClassDeclaration classA = unit.declarations[0] as ClassDeclaration;
    InterfaceType typeA = classA.element.type;
    FunctionDeclaration function = unit.declarations[1] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    SimpleIdentifier variableName = statement.expression as SimpleIdentifier;
    JUnitTestCase.assertSame(typeA, variableName.propagatedType);
  }

  void test_listLiteral_different() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var v = [0, '1', 2];", "  return v[2];", "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    IndexExpression indexExpression = statement.expression as IndexExpression;
    JUnitTestCase.assertNull(indexExpression.propagatedType);
  }

  void test_listLiteral_same() {
    Source source = addSource(EngineTestCase.createSource(["f() {", "  var v = [0, 1, 2];", "  return v[2];", "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    IndexExpression indexExpression = statement.expression as IndexExpression;
    JUnitTestCase.assertNull(indexExpression.propagatedType);
    Expression v = indexExpression.target;
    InterfaceType propagatedType = v.propagatedType as InterfaceType;
    JUnitTestCase.assertSame(typeProvider.listType.element, propagatedType.element);
    List<DartType> typeArguments = propagatedType.typeArguments;
    EngineTestCase.assertLength(1, typeArguments);
    JUnitTestCase.assertSame(typeProvider.dynamicType, typeArguments[0]);
  }

  void test_mapLiteral_different() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var v = {'0' : 0, 1 : '1', '2' : 2};",
        "  return v;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    SimpleIdentifier identifier = statement.expression as SimpleIdentifier;
    InterfaceType propagatedType = identifier.propagatedType as InterfaceType;
    JUnitTestCase.assertSame(typeProvider.mapType.element, propagatedType.element);
    List<DartType> typeArguments = propagatedType.typeArguments;
    EngineTestCase.assertLength(2, typeArguments);
    JUnitTestCase.assertSame(typeProvider.dynamicType, typeArguments[0]);
    JUnitTestCase.assertSame(typeProvider.dynamicType, typeArguments[1]);
  }

  void test_mapLiteral_same() {
    Source source = addSource(EngineTestCase.createSource([
        "f() {",
        "  var v = {'a' : 0, 'b' : 1, 'c' : 2};",
        "  return v;",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration function = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = function.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[1] as ReturnStatement;
    SimpleIdentifier identifier = statement.expression as SimpleIdentifier;
    InterfaceType propagatedType = identifier.propagatedType as InterfaceType;
    JUnitTestCase.assertSame(typeProvider.mapType.element, propagatedType.element);
    List<DartType> typeArguments = propagatedType.typeArguments;
    EngineTestCase.assertLength(2, typeArguments);
    JUnitTestCase.assertSame(typeProvider.dynamicType, typeArguments[0]);
    JUnitTestCase.assertSame(typeProvider.dynamicType, typeArguments[1]);
  }

  void test_mergePropagatedTypesAtJoinPoint_4() {
    // https://code.google.com/p/dart/issues/detail?id=19929
    _assertTypeOfMarkedExpression(EngineTestCase.createSource([
        "f5(x) {",
        "  var y = [];",
        "  if (x) {",
        "    y = 0;",
        "  } else {",
        "    return y;",
        "  }",
        "  // Propagated type is [int] here: correct.",
        "  return y; // marker",
        "}"]), null, typeProvider.intType);
  }

  void test_propagatedReturnType_function_hasReturnType_returnsNull() {
    String code = EngineTestCase.createSource(["String f() => null;", "main() {", "  var v = f();", "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.stringType);
  }

  void test_propagatedReturnType_function_lessSpecificStaticReturnType() {
    String code = EngineTestCase.createSource(["Object f() => 42;", "main() {", "  var v = f();", "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_propagatedReturnType_function_moreSpecificStaticReturnType() {
    String code = EngineTestCase.createSource([
        "int f(v) => (v as num);",
        "main() {",
        "  var v = f(3);",
        "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_propagatedReturnType_function_noReturnTypeName_blockBody_multipleReturns() {
    String code = EngineTestCase.createSource([
        "f() {",
        "  if (true) return 0;",
        "  return 1.0;",
        "}",
        "main() {",
        "  var v = f();",
        "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.numType);
  }

  void test_propagatedReturnType_function_noReturnTypeName_blockBody_oneReturn() {
    String code = EngineTestCase.createSource([
        "f() {",
        "  var z = 42;",
        "  return z;",
        "}",
        "main() {",
        "  var v = f();",
        "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_propagatedReturnType_function_noReturnTypeName_expressionBody() {
    String code = EngineTestCase.createSource(["f() => 42;", "main() {", "  var v = f();", "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_propagatedReturnType_localFunction() {
    String code = EngineTestCase.createSource(["main() {", "  f() => 42;", "  var v = f();", "}"]);
    _assertPropagatedReturnType(code, typeProvider.dynamicType, typeProvider.intType);
  }

  void test_query() {
    Source source = addSource(EngineTestCase.createSource([
        "import 'dart:html';",
        "",
        "main() {",
        "  var v1 = query('a');",
        "  var v2 = query('A');",
        "  var v3 = query('body:active');",
        "  var v4 = query('button[foo=\"bar\"]');",
        "  var v5 = query('div.class');",
        "  var v6 = query('input#id');",
        "  var v7 = query('select#id');",
        "  // invocation of method",
        "  var m1 = document.query('div');",
        " // unsupported currently",
        "  var b1 = query('noSuchTag');",
        "  var b2 = query('DART_EDITOR_NO_SUCH_TYPE');",
        "  var b3 = query('body div');",
        "  return [v1, v2, v3, v4, v5, v6, v7, m1, b1, b2, b3];",
        "}"]));
    LibraryElement library = resolve(source);
    assertNoErrors(source);
    verify([source]);
    CompilationUnit unit = resolveCompilationUnit(source, library);
    FunctionDeclaration main = unit.declarations[0] as FunctionDeclaration;
    BlockFunctionBody body = main.functionExpression.body as BlockFunctionBody;
    ReturnStatement statement = body.block.statements[11] as ReturnStatement;
    NodeList<Expression> elements = (statement.expression as ListLiteral).elements;
    JUnitTestCase.assertEquals("AnchorElement", elements[0].propagatedType.name);
    JUnitTestCase.assertEquals("AnchorElement", elements[1].propagatedType.name);
    JUnitTestCase.assertEquals("BodyElement", elements[2].propagatedType.name);
    JUnitTestCase.assertEquals("ButtonElement", elements[3].propagatedType.name);
    JUnitTestCase.assertEquals("DivElement", elements[4].propagatedType.name);
    JUnitTestCase.assertEquals("InputElement", elements[5].propagatedType.name);
    JUnitTestCase.assertEquals("SelectElement", elements[6].propagatedType.name);
    JUnitTestCase.assertEquals("DivElement", elements[7].propagatedType.name);
    JUnitTestCase.assertEquals("Element", elements[8].propagatedType.name);
    JUnitTestCase.assertEquals("Element", elements[9].propagatedType.name);
    JUnitTestCase.assertEquals("Element", elements[10].propagatedType.name);
  }

  /**
   * @param code the code that assigns the value to the variable "v", no matter how. We check that
   *          "v" has expected static and propagated type.
   */
  void _assertPropagatedReturnType(String code, DartType expectedStaticType, DartType expectedPropagatedType) {
    SimpleIdentifier identifier = _findMarkedIdentifier(code, "v = ");
    JUnitTestCase.assertSame(expectedStaticType, identifier.staticType);
    JUnitTestCase.assertSame(expectedPropagatedType, identifier.propagatedType);
  }

  /**
   * Check the static and propagated types of the expression marked with "; // marker" comment.
   *
   * @param code source code to analyze, with the expression to check marked with "// marker".
   * @param expectedStaticType if non-null, check actual static type is equal to this.
   * @param expectedPropagatedType if non-null, check actual static type is equal to this.
   * @throws Exception
   */
  void _assertTypeOfMarkedExpression(String code, DartType expectedStaticType, DartType expectedPropagatedType) {
    SimpleIdentifier identifier = _findMarkedIdentifier(code, "; // marker");
    if (expectedStaticType != null) {
      JUnitTestCase.assertSame(expectedStaticType, identifier.staticType);
    }
    if (expectedPropagatedType != null) {
      JUnitTestCase.assertSame(expectedPropagatedType, identifier.propagatedType);
    }
  }

  /**
   * Return the `SimpleIdentifier` marked by `marker`. The source code must have no
   * errors and be verifiable.
   *
   * @param code source code to analyze.
   * @param marker marker identifying sought after expression in source code.
   * @return expression marked by the marker.
   * @throws Exception
   */
  SimpleIdentifier _findMarkedIdentifier(String code, String marker) {
    try {
      Source source = addSource(code);
      LibraryElement library = resolve(source);
      assertNoErrors(source);
      verify([source]);
      CompilationUnit unit = resolveCompilationUnit(source, library);
      // Could generalize this further by making [SimpleIdentifier.class] a parameter.
      return EngineTestCase.findNode(unit, code, marker, (node) => node is SimpleIdentifier);
    } catch (exception) {
      // Is there a better exception to throw here? The point is that an assertion failure
      // here should be a failure, in both "test_*" and "fail_*" tests.
      // However, an assertion failure is success for the purpose of "fail_*" tests, so
      // without catching them here "fail_*" tests can succeed by failing for the wrong reason.
      throw new JavaException("Unexexpected assertion failure: ${exception}");
    }
  }

  static dartSuite() {
    _ut.group('TypePropagationTest', () {
      _ut.test('test_CanvasElement_getContext', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_CanvasElement_getContext);
      });
      _ut.test('test_Future_then', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_Future_then);
      });
      _ut.test('test_as', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_as);
      });
      _ut.test('test_assert', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_assert);
      });
      _ut.test('test_assignment', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_assignment);
      });
      _ut.test('test_assignment_afterInitializer', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_assignment_afterInitializer);
      });
      _ut.test('test_assignment_null', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_assignment_null);
      });
      _ut.test('test_finalPropertyInducingVariable_classMember_instance', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_finalPropertyInducingVariable_classMember_instance);
      });
      _ut.test('test_finalPropertyInducingVariable_classMember_instance_inherited', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_finalPropertyInducingVariable_classMember_instance_inherited);
      });
      _ut.test('test_finalPropertyInducingVariable_classMember_instance_propagatedTarget', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_finalPropertyInducingVariable_classMember_instance_propagatedTarget);
      });
      _ut.test('test_finalPropertyInducingVariable_classMember_static', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_finalPropertyInducingVariable_classMember_static);
      });
      _ut.test('test_finalPropertyInducingVariable_topLevelVaraible_prefixed', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_finalPropertyInducingVariable_topLevelVaraible_prefixed);
      });
      _ut.test('test_finalPropertyInducingVariable_topLevelVaraible_simple', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_finalPropertyInducingVariable_topLevelVaraible_simple);
      });
      _ut.test('test_forEach', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_forEach);
      });
      _ut.test('test_functionExpression_asInvocationArgument', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_functionExpression_asInvocationArgument);
      });
      _ut.test('test_functionExpression_asInvocationArgument_fromInferredInvocation', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_functionExpression_asInvocationArgument_fromInferredInvocation);
      });
      _ut.test('test_functionExpression_asInvocationArgument_functionExpressionInvocation', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_functionExpression_asInvocationArgument_functionExpressionInvocation);
      });
      _ut.test('test_functionExpression_asInvocationArgument_keepIfLessSpecific', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_functionExpression_asInvocationArgument_keepIfLessSpecific);
      });
      _ut.test('test_functionExpression_asInvocationArgument_notSubtypeOfStaticType', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_functionExpression_asInvocationArgument_notSubtypeOfStaticType);
      });
      _ut.test('test_functionExpression_asInvocationArgument_replaceIfMoreSpecific', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_functionExpression_asInvocationArgument_replaceIfMoreSpecific);
      });
      _ut.test('test_initializer', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_initializer);
      });
      _ut.test('test_initializer_dereference', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_initializer_dereference);
      });
      _ut.test('test_initializer_null', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_initializer_null);
      });
      _ut.test('test_isNot_conditional', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_isNot_conditional);
      });
      _ut.test('test_isNot_if', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_isNot_if);
      });
      _ut.test('test_isNot_if_logicalOr', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_isNot_if_logicalOr);
      });
      _ut.test('test_isNot_postConditional', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_isNot_postConditional);
      });
      _ut.test('test_isNot_postIf', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_isNot_postIf);
      });
      _ut.test('test_is_conditional', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_conditional);
      });
      _ut.test('test_is_if', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_if);
      });
      _ut.test('test_is_if_lessSpecific', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_if_lessSpecific);
      });
      _ut.test('test_is_if_logicalAnd', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_if_logicalAnd);
      });
      _ut.test('test_is_postConditional', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_postConditional);
      });
      _ut.test('test_is_postIf', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_postIf);
      });
      _ut.test('test_is_subclass', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_subclass);
      });
      _ut.test('test_is_while', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_is_while);
      });
      _ut.test('test_listLiteral_different', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_listLiteral_different);
      });
      _ut.test('test_listLiteral_same', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_listLiteral_same);
      });
      _ut.test('test_mapLiteral_different', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_mapLiteral_different);
      });
      _ut.test('test_mapLiteral_same', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_mapLiteral_same);
      });
      _ut.test('test_mergePropagatedTypesAtJoinPoint_4', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_mergePropagatedTypesAtJoinPoint_4);
      });
      _ut.test('test_propagatedReturnType_function_hasReturnType_returnsNull', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_propagatedReturnType_function_hasReturnType_returnsNull);
      });
      _ut.test('test_propagatedReturnType_function_lessSpecificStaticReturnType', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_propagatedReturnType_function_lessSpecificStaticReturnType);
      });
      _ut.test('test_propagatedReturnType_function_moreSpecificStaticReturnType', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_propagatedReturnType_function_moreSpecificStaticReturnType);
      });
      _ut.test('test_propagatedReturnType_function_noReturnTypeName_blockBody_multipleReturns', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_propagatedReturnType_function_noReturnTypeName_blockBody_multipleReturns);
      });
      _ut.test('test_propagatedReturnType_function_noReturnTypeName_blockBody_oneReturn', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_propagatedReturnType_function_noReturnTypeName_blockBody_oneReturn);
      });
      _ut.test('test_propagatedReturnType_function_noReturnTypeName_expressionBody', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_propagatedReturnType_function_noReturnTypeName_expressionBody);
      });
      _ut.test('test_propagatedReturnType_localFunction', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_propagatedReturnType_localFunction);
      });
      _ut.test('test_query', () {
        final __test = new TypePropagationTest();
        runJUnitTest(__test, __test.test_query);
      });
    });
  }
}

class TypeProviderImplTest extends EngineTestCase {
  void test_creation() {
    //
    // Create a mock library element with the types expected to be in dart:core. We cannot use
    // either ElementFactory or TestTypeProvider (which uses ElementFactory) because we side-effect
    // the elements in ways that would break other tests.
    //
    InterfaceType objectType = _classElement("Object", null, []).type;
    InterfaceType boolType = _classElement("bool", objectType, []).type;
    InterfaceType numType = _classElement("num", objectType, []).type;
    InterfaceType doubleType = _classElement("double", numType, []).type;
    InterfaceType functionType = _classElement("Function", objectType, []).type;
    InterfaceType intType = _classElement("int", numType, []).type;
    InterfaceType listType = _classElement("List", objectType, ["E"]).type;
    InterfaceType mapType = _classElement("Map", objectType, ["K", "V"]).type;
    InterfaceType stackTraceType = _classElement("StackTrace", objectType, []).type;
    InterfaceType stringType = _classElement("String", objectType, []).type;
    InterfaceType symbolType = _classElement("Symbol", objectType, []).type;
    InterfaceType typeType = _classElement("Type", objectType, []).type;
    CompilationUnitElementImpl coreUnit = new CompilationUnitElementImpl("core.dart");
    coreUnit.types = <ClassElement> [
        boolType.element,
        doubleType.element,
        functionType.element,
        intType.element,
        listType.element,
        mapType.element,
        objectType.element,
        stackTraceType.element,
        stringType.element,
        symbolType.element,
        typeType.element];
    LibraryElementImpl coreLibrary = new LibraryElementImpl.forNode(new AnalysisContextImpl(), AstFactory.libraryIdentifier2(["dart.core"]));
    coreLibrary.definingCompilationUnit = coreUnit;
    //
    // Create a type provider and ensure that it can return the expected types.
    //
    TypeProviderImpl provider = new TypeProviderImpl(coreLibrary);
    JUnitTestCase.assertSame(boolType, provider.boolType);
    JUnitTestCase.assertNotNull(provider.bottomType);
    JUnitTestCase.assertSame(doubleType, provider.doubleType);
    JUnitTestCase.assertNotNull(provider.dynamicType);
    JUnitTestCase.assertSame(functionType, provider.functionType);
    JUnitTestCase.assertSame(intType, provider.intType);
    JUnitTestCase.assertSame(listType, provider.listType);
    JUnitTestCase.assertSame(mapType, provider.mapType);
    JUnitTestCase.assertSame(objectType, provider.objectType);
    JUnitTestCase.assertSame(stackTraceType, provider.stackTraceType);
    JUnitTestCase.assertSame(stringType, provider.stringType);
    JUnitTestCase.assertSame(symbolType, provider.symbolType);
    JUnitTestCase.assertSame(typeType, provider.typeType);
  }

  ClassElement _classElement(String typeName, InterfaceType superclassType, List<String> parameterNames) {
    ClassElementImpl element = new ClassElementImpl.forNode(AstFactory.identifier3(typeName));
    element.supertype = superclassType;
    InterfaceTypeImpl type = new InterfaceTypeImpl.con1(element);
    element.type = type;
    int count = parameterNames.length;
    if (count > 0) {
      List<TypeParameterElementImpl> typeParameters = new List<TypeParameterElementImpl>(count);
      List<TypeParameterTypeImpl> typeArguments = new List<TypeParameterTypeImpl>(count);
      for (int i = 0; i < count; i++) {
        TypeParameterElementImpl typeParameter = new TypeParameterElementImpl.forNode(AstFactory.identifier3(parameterNames[i]));
        typeParameters[i] = typeParameter;
        typeArguments[i] = new TypeParameterTypeImpl(typeParameter);
        typeParameter.type = typeArguments[i];
      }
      element.typeParameters = typeParameters;
      type.typeArguments = typeArguments;
    }
    return element;
  }

  static dartSuite() {
    _ut.group('TypeProviderImplTest', () {
      _ut.test('test_creation', () {
        final __test = new TypeProviderImplTest();
        runJUnitTest(__test, __test.test_creation);
      });
    });
  }
}

class TypeResolverVisitorTest extends EngineTestCase {
  /**
   * The error listener to which errors will be reported.
   */
  GatheringErrorListener _listener;

  /**
   * The object representing the information about the library in which the types are being
   * resolved.
   */
  Library _library;

  /**
   * The type provider used to access the types.
   */
  TestTypeProvider _typeProvider;

  /**
   * The visitor used to resolve types needed to form the type hierarchy.
   */
  TypeResolverVisitor _visitor;

  void fail_visitConstructorDeclaration() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitFunctionDeclaration() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitFunctionTypeAlias() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitFunctionTypedFormalParameter() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitMethodDeclaration() {
    JUnitTestCase.fail("Not yet tested");
    _listener.assertNoErrors();
  }

  void fail_visitVariableDeclaration() {
    JUnitTestCase.fail("Not yet tested");
    ClassElement type = ElementFactory.classElement2("A", []);
    VariableDeclaration node = AstFactory.variableDeclaration("a");
    AstFactory.variableDeclarationList(null, AstFactory.typeName(type, []), [node]);
    //resolve(node);
    JUnitTestCase.assertSame(type.type, node.name.staticType);
    _listener.assertNoErrors();
  }

  @override
  void setUp() {
    _listener = new GatheringErrorListener();
    SourceFactory factory = new SourceFactory([new FileUriResolver()]);
    AnalysisContextImpl context = new AnalysisContextImpl();
    context.sourceFactory = factory;
    Source librarySource = new FileBasedSource.con1(FileUtilities2.createFile("/lib.dart"));
    _library = new Library(context, _listener, librarySource);
    LibraryElementImpl element = new LibraryElementImpl.forNode(context, AstFactory.libraryIdentifier2(["lib"]));
    element.definingCompilationUnit = new CompilationUnitElementImpl("lib.dart");
    _library.libraryElement = element;
    _typeProvider = new TestTypeProvider();
    _visitor = new TypeResolverVisitor.con1(_library, librarySource, _typeProvider);
  }

  void test_visitCatchClause_exception() {
    // catch (e)
    CatchClause clause = AstFactory.catchClause("e", []);
    SimpleIdentifier exceptionParameter = clause.exceptionParameter;
    exceptionParameter.staticElement = new LocalVariableElementImpl.forNode(exceptionParameter);
    _resolveCatchClause(clause, _typeProvider.dynamicType, null, []);
    _listener.assertNoErrors();
  }

  void test_visitCatchClause_exception_stackTrace() {
    // catch (e, s)
    CatchClause clause = AstFactory.catchClause2("e", "s", []);
    SimpleIdentifier exceptionParameter = clause.exceptionParameter;
    exceptionParameter.staticElement = new LocalVariableElementImpl.forNode(exceptionParameter);
    SimpleIdentifier stackTraceParameter = clause.stackTraceParameter;
    stackTraceParameter.staticElement = new LocalVariableElementImpl.forNode(stackTraceParameter);
    _resolveCatchClause(clause, _typeProvider.dynamicType, _typeProvider.stackTraceType, []);
    _listener.assertNoErrors();
  }

  void test_visitCatchClause_on_exception() {
    // on E catch (e)
    ClassElement exceptionElement = ElementFactory.classElement2("E", []);
    TypeName exceptionType = AstFactory.typeName(exceptionElement, []);
    CatchClause clause = AstFactory.catchClause4(exceptionType, "e", []);
    SimpleIdentifier exceptionParameter = clause.exceptionParameter;
    exceptionParameter.staticElement = new LocalVariableElementImpl.forNode(exceptionParameter);
    _resolveCatchClause(clause, exceptionElement.type, null, [exceptionElement]);
    _listener.assertNoErrors();
  }

  void test_visitCatchClause_on_exception_stackTrace() {
    // on E catch (e, s)
    ClassElement exceptionElement = ElementFactory.classElement2("E", []);
    TypeName exceptionType = AstFactory.typeName(exceptionElement, []);
    (exceptionType.name as SimpleIdentifier).staticElement = exceptionElement;
    CatchClause clause = AstFactory.catchClause5(exceptionType, "e", "s", []);
    SimpleIdentifier exceptionParameter = clause.exceptionParameter;
    exceptionParameter.staticElement = new LocalVariableElementImpl.forNode(exceptionParameter);
    SimpleIdentifier stackTraceParameter = clause.stackTraceParameter;
    stackTraceParameter.staticElement = new LocalVariableElementImpl.forNode(stackTraceParameter);
    _resolveCatchClause(clause, exceptionElement.type, _typeProvider.stackTraceType, [exceptionElement]);
    _listener.assertNoErrors();
  }

  void test_visitClassDeclaration() {
    // class A extends B with C implements D {}
    // class B {}
    // class C {}
    // class D {}
    ClassElement elementA = ElementFactory.classElement2("A", []);
    ClassElement elementB = ElementFactory.classElement2("B", []);
    ClassElement elementC = ElementFactory.classElement2("C", []);
    ClassElement elementD = ElementFactory.classElement2("D", []);
    ExtendsClause extendsClause = AstFactory.extendsClause(AstFactory.typeName(elementB, []));
    WithClause withClause = AstFactory.withClause([AstFactory.typeName(elementC, [])]);
    ImplementsClause implementsClause = AstFactory.implementsClause([AstFactory.typeName(elementD, [])]);
    ClassDeclaration declaration = AstFactory.classDeclaration(null, "A", null, extendsClause, withClause, implementsClause, []);
    declaration.name.staticElement = elementA;
    _resolveNode(declaration, [elementA, elementB, elementC, elementD]);
    JUnitTestCase.assertSame(elementB.type, elementA.supertype);
    List<InterfaceType> mixins = elementA.mixins;
    EngineTestCase.assertLength(1, mixins);
    JUnitTestCase.assertSame(elementC.type, mixins[0]);
    List<InterfaceType> interfaces = elementA.interfaces;
    EngineTestCase.assertLength(1, interfaces);
    JUnitTestCase.assertSame(elementD.type, interfaces[0]);
    _listener.assertNoErrors();
  }

  void test_visitClassDeclaration_instanceMemberCollidesWithClass() {
    // class A {}
    // class B extends A {
    //   void A() {}
    // }
    ClassElementImpl elementA = ElementFactory.classElement2("A", []);
    ClassElementImpl elementB = ElementFactory.classElement2("B", []);
    elementB.methods = <MethodElement> [ElementFactory.methodElement("A", VoidTypeImpl.instance, [])];
    ExtendsClause extendsClause = AstFactory.extendsClause(AstFactory.typeName(elementA, []));
    ClassDeclaration declaration = AstFactory.classDeclaration(null, "B", null, extendsClause, null, null, []);
    declaration.name.staticElement = elementB;
    _resolveNode(declaration, [elementA, elementB]);
    JUnitTestCase.assertSame(elementA.type, elementB.supertype);
    _listener.assertNoErrors();
  }

  void test_visitClassTypeAlias() {
    // class A = B with C implements D;
    ClassElement elementA = ElementFactory.classElement2("A", []);
    ClassElement elementB = ElementFactory.classElement2("B", []);
    ClassElement elementC = ElementFactory.classElement2("C", []);
    ClassElement elementD = ElementFactory.classElement2("D", []);
    WithClause withClause = AstFactory.withClause([AstFactory.typeName(elementC, [])]);
    ImplementsClause implementsClause = AstFactory.implementsClause([AstFactory.typeName(elementD, [])]);
    ClassTypeAlias alias = AstFactory.classTypeAlias("A", null, null, AstFactory.typeName(elementB, []), withClause, implementsClause);
    alias.name.staticElement = elementA;
    _resolveNode(alias, [elementA, elementB, elementC, elementD]);
    JUnitTestCase.assertSame(elementB.type, elementA.supertype);
    List<InterfaceType> mixins = elementA.mixins;
    EngineTestCase.assertLength(1, mixins);
    JUnitTestCase.assertSame(elementC.type, mixins[0]);
    List<InterfaceType> interfaces = elementA.interfaces;
    EngineTestCase.assertLength(1, interfaces);
    JUnitTestCase.assertSame(elementD.type, interfaces[0]);
    _listener.assertNoErrors();
  }

  void test_visitFieldFormalParameter_functionType() {
    InterfaceType intType = _typeProvider.intType;
    TypeName intTypeName = AstFactory.typeName4("int", []);
    String innerParameterName = "a";
    SimpleFormalParameter parameter = AstFactory.simpleFormalParameter3(innerParameterName);
    parameter.identifier.staticElement = ElementFactory.requiredParameter(innerParameterName);
    String outerParameterName = "p";
    FormalParameter node = AstFactory.fieldFormalParameter(null, intTypeName, outerParameterName, AstFactory.formalParameterList([parameter]));
    node.identifier.staticElement = ElementFactory.requiredParameter(outerParameterName);
    DartType parameterType = _resolveFormalParameter(node, [intType.element]);
    EngineTestCase.assertInstanceOf((obj) => obj is FunctionType, FunctionType, parameterType);
    FunctionType functionType = parameterType as FunctionType;
    JUnitTestCase.assertSame(intType, functionType.returnType);
    EngineTestCase.assertLength(1, functionType.parameters);
    _listener.assertNoErrors();
  }

  void test_visitFieldFormalParameter_noType() {
    String parameterName = "p";
    FormalParameter node = AstFactory.fieldFormalParameter(Keyword.VAR, null, parameterName);
    node.identifier.staticElement = ElementFactory.requiredParameter(parameterName);
    JUnitTestCase.assertSame(_typeProvider.dynamicType, _resolveFormalParameter(node, []));
    _listener.assertNoErrors();
  }

  void test_visitFieldFormalParameter_type() {
    InterfaceType intType = _typeProvider.intType;
    TypeName intTypeName = AstFactory.typeName4("int", []);
    String parameterName = "p";
    FormalParameter node = AstFactory.fieldFormalParameter(null, intTypeName, parameterName);
    node.identifier.staticElement = ElementFactory.requiredParameter(parameterName);
    JUnitTestCase.assertSame(intType, _resolveFormalParameter(node, [intType.element]));
    _listener.assertNoErrors();
  }

  void test_visitSimpleFormalParameter_noType() {
    // p
    FormalParameter node = AstFactory.simpleFormalParameter3("p");
    node.identifier.staticElement = new ParameterElementImpl.forNode(AstFactory.identifier3("p"));
    JUnitTestCase.assertSame(_typeProvider.dynamicType, _resolveFormalParameter(node, []));
    _listener.assertNoErrors();
  }

  void test_visitSimpleFormalParameter_type() {
    // int p
    InterfaceType intType = _typeProvider.intType;
    ClassElement intElement = intType.element;
    FormalParameter node = AstFactory.simpleFormalParameter4(AstFactory.typeName(intElement, []), "p");
    SimpleIdentifier identifier = node.identifier;
    ParameterElementImpl element = new ParameterElementImpl.forNode(identifier);
    identifier.staticElement = element;
    JUnitTestCase.assertSame(intType, _resolveFormalParameter(node, [intElement]));
    _listener.assertNoErrors();
  }

  void test_visitTypeName_noParameters_noArguments() {
    ClassElement classA = ElementFactory.classElement2("A", []);
    TypeName typeName = AstFactory.typeName(classA, []);
    typeName.type = null;
    _resolveNode(typeName, [classA]);
    JUnitTestCase.assertSame(classA.type, typeName.type);
    _listener.assertNoErrors();
  }

  void test_visitTypeName_parameters_arguments() {
    ClassElement classA = ElementFactory.classElement2("A", ["E"]);
    ClassElement classB = ElementFactory.classElement2("B", []);
    TypeName typeName = AstFactory.typeName(classA, [AstFactory.typeName(classB, [])]);
    typeName.type = null;
    _resolveNode(typeName, [classA, classB]);
    InterfaceType resultType = typeName.type as InterfaceType;
    JUnitTestCase.assertSame(classA, resultType.element);
    List<DartType> resultArguments = resultType.typeArguments;
    EngineTestCase.assertLength(1, resultArguments);
    JUnitTestCase.assertSame(classB.type, resultArguments[0]);
    _listener.assertNoErrors();
  }

  void test_visitTypeName_parameters_noArguments() {
    ClassElement classA = ElementFactory.classElement2("A", ["E"]);
    TypeName typeName = AstFactory.typeName(classA, []);
    typeName.type = null;
    _resolveNode(typeName, [classA]);
    InterfaceType resultType = typeName.type as InterfaceType;
    JUnitTestCase.assertSame(classA, resultType.element);
    List<DartType> resultArguments = resultType.typeArguments;
    EngineTestCase.assertLength(1, resultArguments);
    JUnitTestCase.assertSame(DynamicTypeImpl.instance, resultArguments[0]);
    _listener.assertNoErrors();
  }

  void test_visitTypeName_void() {
    ClassElement classA = ElementFactory.classElement2("A", []);
    TypeName typeName = AstFactory.typeName4("void", []);
    _resolveNode(typeName, [classA]);
    JUnitTestCase.assertSame(VoidTypeImpl.instance, typeName.type);
    _listener.assertNoErrors();
  }

  /**
   * Analyze the given catch clause and assert that the types of the parameters have been set to the
   * given types. The types can be null if the catch clause does not have the corresponding
   * parameter.
   *
   * @param node the catch clause to be analyzed
   * @param exceptionType the expected type of the exception parameter
   * @param stackTraceType the expected type of the stack trace parameter
   * @param definedElements the elements that are to be defined in the scope in which the element is
   *          being resolved
   */
  void _resolveCatchClause(CatchClause node, DartType exceptionType, InterfaceType stackTraceType, List<Element> definedElements) {
    _resolveNode(node, definedElements);
    SimpleIdentifier exceptionParameter = node.exceptionParameter;
    if (exceptionParameter != null) {
      JUnitTestCase.assertSame(exceptionType, exceptionParameter.staticType);
    }
    SimpleIdentifier stackTraceParameter = node.stackTraceParameter;
    if (stackTraceParameter != null) {
      JUnitTestCase.assertSame(stackTraceType, stackTraceParameter.staticType);
    }
  }

  /**
   * Return the type associated with the given parameter after the static type analyzer has computed
   * a type for it.
   *
   * @param node the parameter with which the type is associated
   * @param definedElements the elements that are to be defined in the scope in which the element is
   *          being resolved
   * @return the type associated with the parameter
   */
  DartType _resolveFormalParameter(FormalParameter node, List<Element> definedElements) {
    _resolveNode(node, definedElements);
    return (node.identifier.staticElement as ParameterElement).type;
  }

  /**
   * Return the element associated with the given identifier after the resolver has resolved the
   * identifier.
   *
   * @param node the expression to be resolved
   * @param definedElements the elements that are to be defined in the scope in which the element is
   *          being resolved
   * @return the element to which the expression was resolved
   */
  void _resolveNode(AstNode node, List<Element> definedElements) {
    for (Element element in definedElements) {
      _library.libraryScope.define(element);
    }
    node.accept(_visitor);
  }

  static dartSuite() {
    _ut.group('TypeResolverVisitorTest', () {
      _ut.test('test_visitCatchClause_exception', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitCatchClause_exception);
      });
      _ut.test('test_visitCatchClause_exception_stackTrace', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitCatchClause_exception_stackTrace);
      });
      _ut.test('test_visitCatchClause_on_exception', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitCatchClause_on_exception);
      });
      _ut.test('test_visitCatchClause_on_exception_stackTrace', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitCatchClause_on_exception_stackTrace);
      });
      _ut.test('test_visitClassDeclaration', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitClassDeclaration);
      });
      _ut.test('test_visitClassDeclaration_instanceMemberCollidesWithClass', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitClassDeclaration_instanceMemberCollidesWithClass);
      });
      _ut.test('test_visitClassTypeAlias', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitClassTypeAlias);
      });
      _ut.test('test_visitFieldFormalParameter_functionType', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitFieldFormalParameter_functionType);
      });
      _ut.test('test_visitFieldFormalParameter_noType', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitFieldFormalParameter_noType);
      });
      _ut.test('test_visitFieldFormalParameter_type', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitFieldFormalParameter_type);
      });
      _ut.test('test_visitSimpleFormalParameter_noType', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitSimpleFormalParameter_noType);
      });
      _ut.test('test_visitSimpleFormalParameter_type', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitSimpleFormalParameter_type);
      });
      _ut.test('test_visitTypeName_noParameters_noArguments', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitTypeName_noParameters_noArguments);
      });
      _ut.test('test_visitTypeName_parameters_arguments', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitTypeName_parameters_arguments);
      });
      _ut.test('test_visitTypeName_parameters_noArguments', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitTypeName_parameters_noArguments);
      });
      _ut.test('test_visitTypeName_void', () {
        final __test = new TypeResolverVisitorTest();
        runJUnitTest(__test, __test.test_visitTypeName_void);
      });
    });
  }
}

main() {
//  DeclarationMatcherTest.dartSuite();
//  ElementResolverTest.dartSuite();
//  IncrementalResolverTest.dartSuite();
//  InheritanceManagerTest.dartSuite();
//  LibraryElementBuilderTest.dartSuite();
//  LibraryTest.dartSuite();
//  StaticTypeAnalyzerTest.dartSuite();
//  SubtypeManagerTest.dartSuite();
//  TypeOverrideManagerTest.dartSuite();
//  TypeProviderImplTest.dartSuite();
//  TypeResolverVisitorTest.dartSuite();
//  EnclosedScopeTest.dartSuite();
//  LibraryImportScopeTest.dartSuite();
//  LibraryScopeTest.dartSuite();
//  ScopeBuilderTest.dartSuite();
//  ScopeTest.dartSuite();
//  CompileTimeErrorCodeTest.dartSuite();
//  ErrorResolverTest.dartSuite();
//  HintCodeTest.dartSuite();
//  MemberMapTest.dartSuite();
//  NonErrorResolverTest.dartSuite();
//  NonHintCodeTest.dartSuite();
//  SimpleResolverTest.dartSuite();
//  StaticTypeWarningCodeTest.dartSuite();
//  StaticWarningCodeTest.dartSuite();
//  StrictModeTest.dartSuite();
//  TypePropagationTest.dartSuite();
//  //AnalysisDeltaTest.dartSuite();
//  ChangeSetTest.dartSuite();
}