Handle static invocation

tests/compiler/dart2js/kernel/compile_from_dill_test.dart

 // Copyright (c) 2017, 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.
 
 // Partial test that the closed world computed from [WorldImpact]s derived from
 // kernel is equivalent to the original computed from resolution.
 library dart2js.kernel.compile_from_dill_test;
 
 import 'dart:async';
 import 'dart:io';
@@ skipping 15 matching lines @@
 import '../memory_compiler.dart';
 import '../equivalence/check_functions.dart';
 import '../equivalence/check_helpers.dart';
 import '../serialization/helper.dart';
 import 'test_helpers.dart';
 
 import 'compiler_helper.dart';
 
 const SOURCE = const {
   'main.dart': '''
+foo() {}
 main() {
+  foo();
   return null;
 }
 '''
 };
 
 main(List<String> args) {
   asyncTest(() async {
     await mainInternal(args);
   });
 }
@@ skipping 23 matching lines @@
   });
   entryPoint = dir.uri.resolve(entryPoint.path);
 
   print('---- compile from ast ----------------------------------------------');
   DiagnosticCollector collector = new DiagnosticCollector();
   OutputCollector collector1 = new OutputCollector();
   Compiler compiler1 = compilerFor(
       entryPoint: entryPoint,
       diagnosticHandler: collector,
       outputProvider: collector1,
-      options: [Flags.disableTypeInference, Flags.enableAssertMessage]);
+      options: [
+        Flags.disableTypeInference,
+        Flags.disableInlining,
+        Flags.enableAssertMessage
+      ]);
   ElementResolutionWorldBuilder.useInstantiationMap = true;
   compiler1.resolution.retainCachesForTesting = true;
   await compiler1.run(entryPoint);
   if (collector.crashes.isNotEmpty) {
     print('Skipping due to crashes.');
     return ResultKind.crashes;
   }
   if (collector.errors.isNotEmpty && skipErrors) {
     print('Skipping due to errors.');
     return ResultKind.errors;
   }
   if (collector.warnings.isNotEmpty && skipWarnings) {
     print('Skipping due to warnings.');
     return ResultKind.warnings;
   }
   Expect.isFalse(compiler1.compilationFailed);
   ClosedWorld closedWorld1 =
       compiler1.resolutionWorldBuilder.closedWorldForTesting;
 
   OutputCollector collector2 = new OutputCollector();
-  Compiler compiler2 = await compileWithDill(entryPoint, const {},
-      [Flags.disableTypeInference, Flags.enableAssertMessage],
-      printSteps: true, compilerOutput: collector2);
+  Compiler compiler2 = await compileWithDill(
+      entryPoint,
+      const {},
+      [
+        Flags.disableTypeInference,
+        Flags.disableInlining,
+        Flags.enableAssertMessage
+      ],
+      printSteps: true,
+      compilerOutput: collector2);
 
   KernelFrontEndStrategy frontEndStrategy = compiler2.frontEndStrategy;
   KernelToElementMap elementMap = frontEndStrategy.elementMap;
 
   Expect.isFalse(compiler2.compilationFailed);
 
   KernelEquivalence equivalence = new KernelEquivalence(elementMap);
 
   ClosedWorld closedWorld2 =
       compiler2.resolutionWorldBuilder.closedWorldForTesting;
@@ skipping 33 matching lines @@
     }
     Map<String, BufferedOutputSink> map2 = collector2.outputMap[outputType];
     checkSets(map1.keys, map2.keys, 'output', equality);
     map1.forEach((String name, BufferedOutputSink output1) {
       BufferedOutputSink output2 = map2[name];
       Expect.stringEquals(output1.text, output2.text);
     });
   });
   return ResultKind.success;
 }