Format all tests.

tests/lib_strong/async/stream_type_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 "dart:async";
 import "package:expect/expect.dart";
 
 class TypeTest<T, NT> {
   void call(object, name) {
     Expect.isTrue(object is T, "$name is $T");
     Expect.isFalse(object is NT, "$name is! $NT");
   }
 }
 
 main() {
   var checkIntStream = new TypeTest<Stream<int>, Stream<String>>();
   var checkIntFuture = new TypeTest<Future<int>, Future<String>>();
   var checkBoolFuture = new TypeTest<Future<bool>, Future<String>>();
   var checkStringFuture = new TypeTest<Future<String>, Future<int>>();
   var checkIntSetFuture = new TypeTest<Future<Set<int>>, Future<Set<String>>>();
-  var checkIntListFuture = new TypeTest<Future<List<int>>,
-                                        Future<List<String>>>();
-  var checkIntSubscription = new TypeTest<StreamSubscription<int>,
-                                          StreamSubscription<String>>();
+  var checkIntListFuture =
+      new TypeTest<Future<List<int>>, Future<List<String>>>();
+  var checkIntSubscription =
+      new TypeTest<StreamSubscription<int>, StreamSubscription<String>>();
 
   // Generic function used as parameter for, e.g., `skipWhile` and `reduce`.
   f([_1, _2]) => throw "unreachable";
 
   bool testIntStream(stream(), name, int recursionDepth) {
     checkIntStream(stream(), name);
     if (recursionDepth > 0) {
       checkIntSubscription(stream().listen(null), "$name.listen");
 
       checkIntFuture(stream().first, "$name.first");
       checkIntFuture(stream().last, "$name.last");
       checkIntFuture(stream().single, "$name.single");
       checkIntFuture(stream().singleWhere(f), "$name.singleWhere");
       checkIntFuture(stream().elementAt(2), "$name.elementAt");
       checkIntFuture(stream().reduce(f), "$name.reduce");
       checkIntListFuture(stream().toList(), "$name.toList");
       checkIntSetFuture(stream().toSet(), "$name.toSert");
 
       checkIntFuture(stream().length, "$name.length");
       checkBoolFuture(stream().isEmpty, "$name.is");
-      checkBoolFuture(stream().any(f) , "$name.any");
+      checkBoolFuture(stream().any(f), "$name.any");
       checkBoolFuture(stream().every(f), "$name.every");
       checkBoolFuture(stream().contains(null), "$name.contains");
       checkStringFuture(stream().join(), "$name.join");
 
       var n = recursionDepth - 1;
       testIntStream(() => stream().where(f), "$name.where", n);
       testIntStream(() => stream().take(2), "$name.take", n);
       testIntStream(() => stream().takeWhile(f), "$name.takeWhile", n);
       testIntStream(() => stream().skip(2), "$name.skip", n);
       testIntStream(() => stream().skipWhile(f), "$name.skipWhile", n);
       testIntStream(() => stream().distinct(f), "$name.distinct", n);
       testIntStream(() => stream().handleError(f), "$name.handleError", n);
-      testIntStream(() => stream().asBroadcastStream(),
-                    "$name.asBroadcastStream", n);
+      testIntStream(
+          () => stream().asBroadcastStream(), "$name.asBroadcastStream", n);
     }
   }
 
   testIntStream(() => new StreamController<int>().stream, "Stream<int>", 3);
   testIntStream(() => new StreamController<int>.broadcast().stream,
-                "BroadcastStream<int>", 3);
+      "BroadcastStream<int>", 3);
 }