Rename Compiler.runCompiler -> runInternal.

tests/compiler/dart2js/simple_inferrer_no_such_method_test.dart

 // Copyright (c) 2013, the Dart project authors.  Please see the AUTHORS file
 // for details. All rights reserved. Use of this source code is governed by a
 // BSD-style license that can be found in the LICENSE file.
 
 import 'package:expect/expect.dart';
 
 import "package:async_helper/async_helper.dart";
 import 'compiler_helper.dart';
 import 'package:compiler/src/types/types.dart';
 import 'type_mask_test_helper.dart';
@@ skipping 155 matching lines @@
   checkReturn(MockCompiler compiler, String name, type) {
     var typesInferrer = compiler.typesTask.typesInferrer;
     var element = findElement(compiler, name);
     Expect.equals(
         type,
         simplify(typesInferrer.getReturnTypeOfElement(element), compiler),
         name);
   }
 
   var compiler1 = compilerFor(TEST1, uri);
-  asyncTest(() => compiler1.runCompiler(uri).then((_) {
+  asyncTest(() => compiler1.run(uri).then((_) {
     checkReturn(compiler1, 'test1', compiler1.typesTask.uint31Type);
     checkReturn(compiler1, 'test2',
         compiler1.typesTask.dynamicType.nonNullable());
     checkReturn(compiler1, 'test3', compiler1.typesTask.uint31Type);
     checkReturn(compiler1, 'test4', compiler1.typesTask.mapType);
     checkReturn(compiler1, 'test5',
         compiler1.typesTask.dynamicType.nonNullable());
     checkReturn(compiler1, 'test6',
         compiler1.typesTask.dynamicType.nonNullable());
   }));
 
   var compiler2 = compilerFor(TEST2, uri);
-  asyncTest(() => compiler2.runCompiler(uri).then((_) {
+  asyncTest(() => compiler2.run(uri).then((_) {
     checkReturn(compiler2, 'test1', compiler2.typesTask.mapType.nonNullable());
     checkReturn(compiler2, 'test2', compiler2.typesTask.mapType);
     checkReturn(compiler2, 'test3', compiler2.typesTask.mapType);
     checkReturn(compiler2, 'test4', compiler2.typesTask.mapType);
     checkReturn(compiler2, 'test5', compiler2.typesTask.mapType);
 
     checkReturn(compiler2, 'test6', compiler2.typesTask.numType);
     checkReturn(compiler2, 'test7', compiler2.typesTask.uint31Type);
     checkReturn(compiler2, 'test8', compiler2.typesTask.uint31Type);
     checkReturn(compiler2, 'test9', compiler2.typesTask.uint31Type);
     checkReturn(compiler2, 'test10', compiler2.typesTask.numType);
     checkReturn(compiler2, 'test11', compiler2.typesTask.doubleType);
   }));
 
   var compiler3 = compilerFor(TEST3, uri);
-  asyncTest(() => compiler3.runCompiler(uri).then((_) {
+  asyncTest(() => compiler3.run(uri).then((_) {
     checkReturn(compiler3, 'test1', const TypeMask.nonNullEmpty());
     checkReturn(compiler3, 'test2', compiler3.typesTask.mapType);
     checkReturn(compiler3, 'test3', compiler3.typesTask.mapType);
     checkReturn(compiler3, 'test4', compiler3.typesTask.mapType);
     checkReturn(compiler3, 'test5', compiler3.typesTask.mapType);
     checkReturn(compiler3, 'test6', compiler3.typesTask.mapType);
   }));
 
   var compiler4 = compilerFor(TEST4, uri);
-  asyncTest(() => compiler4.runCompiler(uri).then((_) {
+  asyncTest(() => compiler4.run(uri).then((_) {
     checkReturn(compiler4, 'test1', const TypeMask.nonNullEmpty());
     checkReturn(compiler4, 'test2', compiler4.typesTask.mapType);
     checkReturn(compiler4, 'test3', compiler4.typesTask.mapType);
     checkReturn(compiler4, 'test4', compiler4.typesTask.mapType);
     checkReturn(compiler4, 'test5', compiler4.typesTask.mapType);
     checkReturn(compiler4, 'test6', compiler4.typesTask.mapType);
   }));
 }