Check that invocations have well-formed targets in kernel verifier.

pkg/kernel/lib/transformations/continuation.dart

 // Copyright (c) 2016, 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 kernel.transformations.continuation;
 
 import 'dart:math' as math;
 
 import '../ast.dart';
 import '../visitor.dart';
@@ skipping 510 matching lines @@
       //         var <variable> = :for-iterator.current;
       //         ...
       //       }
       //     } finally {
       //       :for-iterator.cancel();
       //     }
       //   }
       var iteratorVariable = new VariableDeclaration(':for-iterator',
           initializer: new ConstructorInvocation(
               helper.streamIteratorConstructor,
-              new Arguments(<Expression>[stmt.iterable])));
+              new Arguments(<Expression>[stmt.iterable],
+                  types: [const DynamicType()])));
 
       // await iterator.moveNext()
       var condition = new AwaitExpression(new MethodInvocation(
           new VariableGet(iteratorVariable),
           new Name('moveNext'),
           new Arguments(<Expression>[])));
 
       // var <variable> = iterator.current;
       var valueVariable = stmt.variable;
       valueVariable.initializer = new PropertyGet(
@@ skipping 184 matching lines @@
   VariableDeclaration returnVariable;
 
   AsyncFunctionRewriter(helper, enclosingFunction)
       : super(helper, enclosingFunction);
 
   FunctionNode rewrite() {
     var statements = <Statement>[];
 
     // var :completer = new Completer.sync();
     completerVariable = new VariableDeclaration(":completer",
-        initializer: new StaticInvocation(
-            helper.completerConstructor, new Arguments([])),
+        initializer: new StaticInvocation(helper.completerConstructor,
+            new Arguments([], types: [const DynamicType()])),
         isFinal: true);
     statements.add(completerVariable);
 
     returnVariable = new VariableDeclaration(":return_value");
     statements.add(returnVariable);
 
     setupAsyncContinuations(statements);
 
     // new Future.microtask(:async_op);
     var newMicrotaskStatement = new ExpressionStatement(new StaticInvocation(
         helper.futureMicrotaskConstructor,
-        new Arguments([new VariableGet(nestedClosureVariable)])));
+        new Arguments([new VariableGet(nestedClosureVariable)],
+            types: [const DynamicType()])));
     statements.add(newMicrotaskStatement);
 
     // return :completer.future;
     var completerGet = new VariableGet(completerVariable);
     var returnStatement = new ReturnStatement(
         new PropertyGet(completerGet, new Name('future', helper.asyncLibrary)));
     statements.add(returnStatement);
 
     enclosingFunction.body = new Block(statements);
     enclosingFunction.body.parent = enclosingFunction;
@@ skipping 133 matching lines @@
         findFactoryConstructor(completerClass, 'sync'),
         findConstructor(syncIterableClass, ''),
         findConstructor(streamIteratorClass, ''),
         findFactoryConstructor(futureClass, 'microtask'),
         findConstructor(streamControllerClass, ''),
         findProcedure(asyncLibrary, '_asyncThenWrapperHelper'),
         findProcedure(asyncLibrary, '_asyncErrorWrapperHelper'),
         findProcedure(asyncLibrary, '_awaitHelper'));
   }
 }