public void asyncDispatch() { _aEndp.asyncDispatch(); }
public void asyncDispatch() { _endp.asyncDispatch(); }
public void dispatch() { _endp.asyncDispatch(); }
public void asyncDispatch() { _aEndp.asyncDispatch(); }
public void asyncDispatch() { _aEndp.asyncDispatch(); }
public void asyncDispatch() { _aEndp.asyncDispatch(); }
@Override public boolean send(HttpExchange ex) throws IOException { boolean sent=super.send(ex); if (sent) _asyncEndp.asyncDispatch(); return sent; } }
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(); } }
private void complete() throws IOException { generator.complete(); // We need to call asyncDispatch() as if the HTTP request // has been suspended and now we complete the response getEndPoint().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(); } }