protected void scheduleDispatch() { EndPoint endp=_connection.getEndPoint(); if (!endp.isBlocking()) { ((AsyncEndPoint)endp).asyncDispatch(); } }
protected void scheduleDispatch() { EndPoint endp=_connection.getEndPoint(); if (!endp.isBlocking()) { ((AsyncEndPoint)endp).asyncDispatch(); } }
protected void scheduleDispatch() { EndPoint endp=_connection.getEndPoint(); if (!endp.isBlocking()) { ((AsyncEndPoint)endp).asyncDispatch(); } }
protected void scheduleDispatch() { EndPoint endp=_connection.getEndPoint(); if (!endp.isBlocking()) { ((AsyncEndPoint)endp).asyncDispatch(); } }
protected void scheduleDispatch() { EndPoint endp=_connection.getEndPoint(); if (!endp.isBlocking()) { ((AsyncEndPoint)endp).asyncDispatch(); } }
protected void cancelTimeout() { EndPoint endp=_connection.getEndPoint(); if (endp.isBlocking()) { synchronized(this) { _expireAt=0; this.notifyAll(); } } else { final AsyncEventState event=_event; if (event!=null) { ((AsyncEndPoint)endp).cancelTimeout(event._timeout); } } }
protected void cancelTimeout() { EndPoint endp=_connection.getEndPoint(); if (endp.isBlocking()) { synchronized(this) { _expireAt=0; this.notifyAll(); } } else { final AsyncEventState event=_event; if (event!=null) { ((AsyncEndPoint)endp).cancelTimeout(event._timeout); } } }
protected void cancelTimeout() { EndPoint endp=_connection.getEndPoint(); if (endp.isBlocking()) { synchronized(this) { _expireAt=0; this.notifyAll(); } } else { final AsyncEventState event=_event; if (event!=null) { ((AsyncEndPoint)endp).cancelTimeout(event._timeout); } } }
protected void cancelTimeout() { EndPoint endp=_connection.getEndPoint(); if (endp.isBlocking()) { synchronized(this) { _expireAt=0; this.notifyAll(); } } else { final AsyncEventState event=_event; if (event!=null) { ((AsyncEndPoint)endp).cancelTimeout(event._timeout); } } }
public int available() throws IOException { if (_contentView!=null && _contentView.length()>0) return _contentView.length(); if (_endp.isBlocking()) { if (_state>0 && _endp instanceof StreamEndPoint) return ((StreamEndPoint)_endp).getInputStream().available()>0?1:0; return 0; } parseNext(); return _contentView==null?0:_contentView.length(); }
public int available() throws IOException { if (_contentView!=null && _contentView.length()>0) return _contentView.length(); if (_endp.isBlocking()) { if (_state>0 && _endp instanceof StreamEndPoint) return ((StreamEndPoint)_endp).getInputStream().available()>0?1:0; return 0; } parseNext(); return _contentView==null?0:_contentView.length(); }
public int available() throws IOException { if (_contentView!=null && _contentView.length()>0) return _contentView.length(); if (_endp.isBlocking()) { if (_state>0 && _endp instanceof StreamEndPoint) return ((StreamEndPoint)_endp).getInputStream().available()>0?1:0; return 0; } parseNext(); return _contentView==null?0:_contentView.length(); }
public int available() throws IOException { if (_contentView!=null && _contentView.length()>0) return _contentView.length(); if (_endp.isBlocking()) { if (_state>0 && _endp instanceof StreamEndPoint) return ((StreamEndPoint)_endp).getInputStream().available()>0?1:0; return 0; } parseNext(); return _contentView==null?0:_contentView.length(); }
public int available() throws IOException { if (_contentView!=null && _contentView.length()>0) return _contentView.length(); if (_endp.isBlocking()) { if (_state>0 && _endp instanceof StreamEndPoint) return ((StreamEndPoint)_endp).getInputStream().available()>0?1:0; return 0; } parseNext(); return _contentView==null?0:_contentView.length(); }
private synchronized int expelBuffer(long blockFor) throws IOException { if (_buffer==null) return 0; int result = flushBuffer(); _buffer.compact(); if (!_endp.isBlocking()) { while (_buffer.space()==0) { boolean ready = _endp.blockWritable(blockFor); if (!ready) throw new IOException("Write timeout"); result += flushBuffer(); _buffer.compact(); } } return result; }
private synchronized int expelBuffer(long blockFor) throws IOException { if (_buffer==null) return 0; int result = flushBuffer(); _buffer.compact(); if (!_endp.isBlocking()) { while (_buffer.space()==0) { boolean ready = _endp.blockWritable(blockFor); if (!ready) throw new IOException("Write timeout"); result += flushBuffer(); _buffer.compact(); } } return result; }
private synchronized int expelBuffer(long blockFor) throws IOException { if (_buffer==null) return 0; int result = flushBuffer(); _buffer.compact(); if (!_endp.isBlocking()) { while (_buffer.space()==0) { boolean ready = _endp.blockWritable(blockFor); if (!ready) throw new IOException("Write timeout"); result += flushBuffer(); _buffer.compact(); } } return result; }
private synchronized int expelBuffer(long blockFor) throws IOException { if (_buffer==null) return 0; int result = flushBuffer(); _buffer.compact(); if (!_endp.isBlocking()) { while (_buffer.space()==0) { boolean ready = _endp.blockWritable(blockFor); if (!ready) throw new IOException("Write timeout"); result += flushBuffer(); _buffer.compact(); } } return result; }
private synchronized int expelBuffer(long blockFor) throws IOException { if (_buffer==null) return 0; int result = flushBuffer(); _buffer.compact(); if (!_endp.isBlocking()) { while (_buffer.space()==0) { boolean ready = _endp.blockWritable(blockFor); if (!ready) throw new IOException("Write timeout"); result += flushBuffer(); _buffer.compact(); } } return result; }
private synchronized int expelBuffer(long blockFor) throws IOException { if (_buffer==null) return 0; int result = flushBuffer(); _buffer.compact(); if (!_endp.isBlocking()) { while (_buffer.space()==0) { boolean ready = _endp.blockWritable(blockFor); if (!ready) throw new IOException("Write timeout"); result += flushBuffer(); _buffer.compact(); } } return result; }