Format all tests.

tests/isolate/function_send1_test.dart

 // Copyright (c) 2015, 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:isolate";
 import "dart:async";
 import "package:expect/expect.dart";
 import "package:async_helper/async_helper.dart";
 
-void toplevel(port, message) { port.send("toplevel:$message"); }
-Function createFuncToplevel() => (p, m) { p.send(m); };
+void toplevel(port, message) {
+  port.send("toplevel:$message");
+}
+
+Function createFuncToplevel() => (p, m) {
+      p.send(m);
+    };
+
 class C {
   Function initializer;
   Function body;
-  C() : initializer = ((p, m) { throw "initializer"; }) {
-    body = (p, m) { throw "body"; };
+  C()
+      : initializer = ((p, m) {
+          throw "initializer";
+        }) {
+    body = (p, m) {
+      throw "body";
+    };
   }
-  static void staticFunc(port, message) { port.send("static:$message"); }
-  static Function createFuncStatic() => (p, m) { throw "static expr"; };
-  void instanceMethod(p, m) { throw "instanceMethod"; }
-  Function createFuncMember() => (p, m) { throw "instance expr"; };
-  void call(n, p) { throw "C"; }
+  static void staticFunc(port, message) {
+    port.send("static:$message");
+  }
+
+  static Function createFuncStatic() => (p, m) {
+        throw "static expr";
+      };
+  void instanceMethod(p, m) {
+    throw "instanceMethod";
+  }
+
+  Function createFuncMember() => (p, m) {
+        throw "instance expr";
+      };
+  void call(n, p) {
+    throw "C";
+  }
 }
 
 class Callable {
-  void call(p, m) { p.send(["callable", m]); }
+  void call(p, m) {
+    p.send(["callable", m]);
+  }
 }
 
-
 void main() {
   asyncStart();
 
   // top-level functions, static functions, closures, instance methods
   // or function expressions are not sendable to an isolate spawned using
   // spawnUri.
   testUnsendable("toplevel", toplevel);
   testUnsendable("static", C.staticFunc);
   var c = new C();
   testUnsendable("instance method", c.instanceMethod);
   testUnsendable("static context expression", createFuncToplevel());
   testUnsendable("static context expression", C.createFuncStatic());
   testUnsendable("initializer context expression", c.initializer);
   testUnsendable("constructor context expression", c.body);
   testUnsendable("instance method context expression", c.createFuncMember());
   testUnsendable("toplevel", toplevel.call);
   testUnsendable("static", C.staticFunc.call);
   testUnsendable("callable object", new Callable().call);
 
   asyncEnd();
   return;
 }
 
 // Create a receive port that expects exactly one message.
 // Pass the message to `callback` and return the sendPort.
 SendPort singleMessagePort(callback) {
   var p;
-  p = new RawReceivePort((v) { p.close(); callback(v); });
+  p = new RawReceivePort((v) {
+    p.close();
+    callback(v);
+  });
   return p.sendPort;
 }
 
 // A singleMessagePort that expects the message to be a specific value.
 SendPort expectMessagePort(message) {
   asyncStart();
   return singleMessagePort((v) {
     Expect.equals(message, v);
     asyncEnd();
   });
 }
 
 // Creates a new isolate and a pair of ports that expect a single message
 // to be sent to the other isolate and back to the callback function.
 Future<SendPort> echoPort(callback(value)) {
   Completer completer = new Completer<SendPort>();
   SendPort replyPort = singleMessagePort(callback);
   RawReceivePort initPort;
   initPort = new RawReceivePort((p) {
     completer.complete(p);
     initPort.close();
   });
-  return Isolate.spawn(_echo, [replyPort, initPort.sendPort])
-                .then((isolate) => completer.future);
+  return Isolate.spawn(_echo, [replyPort, initPort.sendPort]).then(
+      (isolate) => completer.future);
 }
 
 void _echo(msg) {
   var replyPort = msg[0];
   RawReceivePort requestPort;
   requestPort = new RawReceivePort((msg) {
     replyPort.send(msg);
-    requestPort.close();  // Single echo only.
+    requestPort.close(); // Single echo only.
   });
   msg[1].send(requestPort.sendPort);
 }
 
 // Creates other isolate that waits for a single message, `msg`, on the returned
 // port, and executes it as `msg[0](msg[1],msg[2])` in the other isolate.
 Future<SendPort> callPort() {
   Completer completer = new Completer<SendPort>();
   SendPort initPort = singleMessagePort(completer.complete);
-  return Isolate.spawn(_call, initPort)
-                .then((_) => completer.future);
+  return Isolate.spawn(_call, initPort).then((_) => completer.future);
 }
 
 void _call(initPort) {
   initPort.send(singleMessagePort(callFunc));
 }
 
 void testUnsendable(name, func) {
   asyncStart();
-  Isolate.spawnUri(Uri.parse("function_send_test.dart"), [], func)
-    .then((v) => throw "allowed spawn direct?", onError: (e,s){ asyncEnd(); });
+  Isolate
+      .spawnUri(Uri.parse("function_send_test.dart"), [], func)
+      .then((v) => throw "allowed spawn direct?", onError: (e, s) {
+    asyncEnd();
+  });
   asyncStart();
-  Isolate.spawnUri(Uri.parse("function_send_test.dart"), [], [func])
-    .then((v) => throw "allowed spawn wrapped?", onError: (e,s){ asyncEnd(); });
+  Isolate.spawnUri(Uri.parse("function_send_test.dart"), [], [func]).then(
+      (v) => throw "allowed spawn wrapped?", onError: (e, s) {
+    asyncEnd();
+  });
 }
 
 void callFunc(message) {
   message[0](message[1], message[2]);
 }