public boolean blockWritable(long millisecs) throws IOException { return _endp.blockWritable(millisecs); }
public boolean blockWritable(long millisecs) throws IOException { return _endp.blockWritable(millisecs); }
public boolean blockWritable(long millisecs) throws IOException { return _endp.blockWritable(millisecs); }
public boolean blockWritable(long millisecs) throws IOException { return _endp.blockWritable(millisecs); }
while (_buffer.length() > 0) boolean ready = _endp.blockWritable(end - now); if (!ready)
while (_buffer.length() > 0) boolean ready = _endp.blockWritable(end - now); if (!ready)
while (_buffer.length() > 0) boolean ready = _endp.blockWritable(end - now); if (!ready)
while (_buffer.length() > 0) boolean ready = _endp.blockWritable(end - now); if (!ready)
while (_buffer.length() > 0) boolean ready = _endp.blockWritable(end - now); if (!ready)
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; }
public void blockForOutput(long maxIdleTime) throws IOException { if (_endp.isBlocking()) { try { flushBuffer(); } catch(IOException e) { _endp.close(); throw e; } } else { if (!_endp.blockWritable(maxIdleTime)) { _endp.close(); throw new EofException("timeout"); } flushBuffer(); } }
public void blockForOutput(long maxIdleTime) throws IOException { if (_endp.isBlocking()) { try { flushBuffer(); } catch(IOException e) { _endp.close(); throw e; } } else { if (!_endp.blockWritable(maxIdleTime)) { _endp.close(); throw new EofException("timeout"); } flushBuffer(); } }
public void blockForOutput(long maxIdleTime) throws IOException { if (_endp.isBlocking()) { try { flushBuffer(); } catch(IOException e) { _endp.close(); throw e; } } else { if (!_endp.blockWritable(maxIdleTime)) { _endp.close(); throw new EofException("timeout"); } flushBuffer(); } }
public void blockForOutput(long maxIdleTime) throws IOException { if (_endp.isBlocking()) { try { flushBuffer(); } catch(IOException e) { _endp.close(); throw e; } } else { if (!_endp.blockWritable(maxIdleTime)) { _endp.close(); throw new EofException("timeout"); } flushBuffer(); } }
public void blockForOutput(long maxIdleTime) throws IOException { if (_endp.isBlocking()) { try { flushBuffer(); } catch(IOException e) { _endp.close(); throw e; } } else { if (!_endp.blockWritable(maxIdleTime)) { _endp.close(); throw new EofException("timeout"); } flushBuffer(); } }