Run refactoring tests with the new analysis driver.

pkg/analysis_server/test/services/refactoring/extract_local_test.dart

 // 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.
 
 library test.services.refactoring.extract_local;
 
 import 'dart:async';
 import 'dart:convert';
 
 import 'package:analysis_server/plugin/protocol/protocol.dart';
 import 'package:analysis_server/src/services/correction/status.dart';
 import 'package:analysis_server/src/services/refactoring/extract_local.dart';
 import 'package:analysis_server/src/services/refactoring/refactoring.dart';
 import 'package:test/test.dart';
 import 'package:test_reflective_loader/test_reflective_loader.dart';
 
 import 'abstract_refactoring.dart';
 
 main() {
   defineReflectiveSuite(() {
     defineReflectiveTests(ExtractLocalTest);
+    defineReflectiveTests(ExtractLocalTest_Driver);
   });
 }
 
 @reflectiveTest
 class ExtractLocalTest extends RefactoringTest {
   ExtractLocalRefactoringImpl refactoring;
 
   test_checkFinalConditions_sameVariable_after() async {
     await indexTestUnit('''
 main() {
@@ skipping 422 matching lines @@
     List<String> subExpressions = _getCoveringExpressions();
     expect(subExpressions, ['111', '111 + 222', 'foo(v = 111 + 222)']);
   }
 
   test_coveringExpressions_skip_constructorName() async {
     await indexTestUnit('''
 class AAA {
   AAA.name() {}
 }
 main() {
-  int v = new AAA.name();
+  var v = new AAA.name();
 }
 ''');
     _createRefactoring(testCode.indexOf('AA.name();'), 5);
     // check conditions
     await refactoring.checkInitialConditions();
     List<String> subExpressions = _getCoveringExpressions();
     expect(subExpressions, ['new AAA.name()']);
   }
 
   test_coveringExpressions_skip_constructorName_name() async {
     await indexTestUnit('''
 class A {
   A.name() {}
 }
 main() {
-  int v = new A.name();
+  var v = new A.name();
 }
 ''');
     _createRefactoring(testCode.indexOf('ame();'), 0);
     // check conditions
     await refactoring.checkInitialConditions();
     List<String> subExpressions = _getCoveringExpressions();
     expect(subExpressions, ['new A.name()']);
   }
 
   test_coveringExpressions_skip_constructorName_type() async {
     await indexTestUnit('''
 class A {}
 main() {
-  int v = new A();
+  var v = new A();
 }
 ''');
     _createRefactoring(testCode.indexOf('A();'), 0);
     // check conditions
     await refactoring.checkInitialConditions();
     List<String> subExpressions = _getCoveringExpressions();
     expect(subExpressions, ['new A()']);
   }
 
   test_coveringExpressions_skip_constructorName_typeArgument() async {
     await indexTestUnit('''
 class A<T> {}
 main() {
-  int v = new A<String>();
+  var v = new A<String>();
 }
 ''');
     _createRefactoring(testCode.indexOf('ring>'), 0);
     // check conditions
     await refactoring.checkInitialConditions();
     List<String> subExpressions = _getCoveringExpressions();
     expect(subExpressions, ['new A<String>()']);
   }
 
   test_coveringExpressions_skip_namedExpression() async {
@@ skipping 820 matching lines @@
   List<String> _getCoveringExpressions() {
     List<String> subExpressions = <String>[];
     for (int i = 0; i < refactoring.coveringExpressionOffsets.length; i++) {
       int offset = refactoring.coveringExpressionOffsets[i];
       int length = refactoring.coveringExpressionLengths[i];
       subExpressions.add(testCode.substring(offset, offset + length));
     }
     return subExpressions;
   }
 }
+
+@reflectiveTest
+class ExtractLocalTest_Driver extends ExtractLocalTest {
+  @override
+  bool get enableNewAnalysisDriver => true;
+}