Rework Timer interface.

sdk/lib/io/string_stream.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.
 
 part of dart.io;
 
 // Interface for decoders decoding binary data into string data. The
 // decoder keeps track of line breaks during decoding.
 abstract class _StringDecoder {
   // Add more binary data to be decoded. The ownership of the buffer
@@ skipping 507 matching lines @@
         _input.onData = _onData;
       } else {
         _input.onData = null;
       }
     }
   }
 
   // TODO(sgjesse): Find a better way of scheduling callbacks from
   // the event loop.
   void _checkScheduleCallback() {
-    void issueDataCallback(Timer timer) {
+    void issueDataCallback() {
       _scheduledDataCallback = null;
       if (_clientDataHandler != null) {
         _clientDataHandler();
         _checkScheduleCallback();
       }
     }
 
-    void issueLineCallback(Timer timer) {
+    void issueLineCallback() {
       _scheduledLineCallback = null;
       if (_clientLineHandler != null) {
         _clientLineHandler();
         _checkScheduleCallback();
       }
     }
 
-    void issueCloseCallback(Timer timer) {
+    void issueCloseCallback() {
       _scheduledCloseCallback = null;
       if (!_closed) {
         if (_clientCloseHandler != null) _clientCloseHandler();
         _closed = true;
       }
     }
 
     if (!_closed) {
       // Schedule data callback if string data available.
       if (_clientDataHandler != null &&
           !_decoder.isEmpty &&
           _scheduledDataCallback == null) {
         if (_scheduledLineCallback != null) {
           _scheduledLineCallback.cancel();
         }
-        _scheduledDataCallback = new Timer(0, issueDataCallback);
+        _scheduledDataCallback = Timer.run(issueDataCallback);
       }
 
       // Schedule line callback if a line is available.
       if (_clientLineHandler != null &&
           (_decoder.lineBreaks > 0 || (!_decoder.isEmpty && _inputClosed)) &&
           _scheduledLineCallback == null) {
         if (_scheduledDataCallback != null) {
           _scheduledDataCallback.cancel();
         }
-        _scheduledLineCallback = new Timer(0, issueLineCallback);
+        _scheduledLineCallback = Timer.run(issueLineCallback);
       }
 
       // Schedule close callback if no more data and input is closed.
       if (_decoder.isEmpty &&
           _inputClosed &&
           _scheduledCloseCallback == null) {
-        _scheduledCloseCallback = new Timer(0, issueCloseCallback);
+        _scheduledCloseCallback = Timer.run(issueCloseCallback);
       }
     }
   }
 
   InputStream _input;
   Encoding _encoding;
   _StringDecoder _decoder;
   bool _inputClosed = false;  // Is the underlying input stream closed?
   bool _closed = false;  // Is this stream closed.
   bool _eof = false;  // Has all data been read from the decoder?
   Timer _scheduledDataCallback;
   Timer _scheduledLineCallback;
   Timer _scheduledCloseCallback;
   Function _clientDataHandler;
   Function _clientLineHandler;
   Function _clientCloseHandler;
 }