Update monet.

mojo/services/network/interfaces/network_service.mojom

 // Copyright 2014 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
 [DartPackage="mojo_services"]
 module mojo;
 
 import "mojo/public/interfaces/network/network_error.mojom";
 import "network/interfaces/cookie_store.mojom";
 import "network/interfaces/host_resolver.mojom";
 import "network/interfaces/http_server.mojom";
 import "network/interfaces/net_address.mojom";
 import "network/interfaces/tcp_bound_socket.mojom";
 import "network/interfaces/tcp_connected_socket.mojom";
 import "network/interfaces/udp_socket.mojom";
 import "network/interfaces/url_loader.mojom";
 import "network/interfaces/url_loader_interceptor.mojom";
 import "network/interfaces/web_socket.mojom";
 
 // TODO Darin suggests that this should probably be two classes. One for
 // high-level origin-build requests like WebSockets and HTTP, and the other for
 // non-origin-bound low-level stuff like DNS, UDP, and TCP.
+[ServiceName="mojo::NetworkService"]
 interface NetworkService {
   CreateURLLoader(URLLoader& loader);
 
   GetCookieStore(CookieStore& cookie_store);
 
   CreateWebSocket(WebSocket& socket);
 
   // Creates a TCP socket bound to a given local address. This bound socket
   // can be used for creating a client or server socket on that local address.
   //
   // If you want to create a client socket to connect to a server and are in
   // the common case where you don't care about the local address it's bound
   // to, use CreateTCPConnectedSocket.
   //
   // The local address can specify 0 for the port to specify that the OS should
   // pick an available port for the given address, or it can pass 0 for the
   // address and port for the OS to pick both the local address and port. In
   // all success cases, the resulting local address will be passed to the
   // callback as bound_to.
-  CreateTCPBoundSocket(NetAddress? local_address,
-                       TCPBoundSocket& bound_socket)
+  CreateTCPBoundSocket(NetAddress? local_address, TCPBoundSocket& bound_socket)
       => (NetworkError result, NetAddress? bound_to);
 
   // Creates a client socket connected to the given remote address. A local
   // address and port will be allocated for the connection and passed to the
   // callback on success.
   //
   // If you want control over the local address and port, instead use
   // CreateTCPBoundSocket.
   //
   // IMPORTANT: This does not work yet! We need to add a new parameter to
   // indicate the protocol type (IPv4 or IPv6) actually be able to create the
   // right type of socket. We also need to figure out how the client is supposed
   // to decide between IPv4 and IPv6 on a given system.
   CreateTCPConnectedSocket(NetAddress remote_address,
                            handle<data_pipe_consumer> send_stream,
                            handle<data_pipe_producer> receive_stream,
                            TCPConnectedSocket& client_socket)
-      => (NetworkError result,
-          NetAddress? local_address);
+      => (NetworkError result, NetAddress? local_address);
 
   CreateUDPSocket(UDPSocket& socket);
 
   // Starts an HTTP server running on the given local address. The delegate will
   // be notified with incoming connections.
   //
   // The local address can specify 0 for the port to specify that the OS should
   // pick an available port for the given address, or it can pass 0 for the
   // address and port for the OS to pick both the local address and port. In
   // all success cases, the resulting local address will be passed to the
   // callback as bound_to.
-  CreateHttpServer(NetAddress local_address,
-                   HttpServerDelegate delegate)
-      => (NetworkError result,
-          NetAddress? bound_to);
+  CreateHttpServer(NetAddress local_address, HttpServerDelegate delegate)
+      => (NetworkError result, NetAddress? bound_to);
 
   // Register a new url loader interceptor that will be used on any new
   // URLLoader created with the current connection to the network service.
   // Interceptors are chained. The last registered interceptor will received the
   // requests first and the responses last.
   RegisterURLLoaderInterceptor(URLLoaderInterceptorFactory factory);
 
   // Create a HostResolver that can be used to do ip <-> host lookups.
   CreateHostResolver(HostResolver& host_resolver);
 };