void Pillow::HttpClient::messageComplete()
{
delete _contentDecoder;
_contentDecoder = 0;
if (statusCode() == 100)
{
// Completely hide and ignore the 100 response we just received.
clear();
}
else
{
Pillow::HttpResponseParser::messageComplete();
_responsePending = false;
if (_keepAliveTimeout == 0)
_device->close();
else
{
if (!shouldKeepAlive())
_device->close();
_keepAliveTimeoutTimer.start();
}
emit finished();
}
}
/** Resumes processing the <b>next</b> HTTP request message within this connection.
*
* This method may only be invoked when the current/old request has been fully processed,
* and is though only be invoked from within the finish handler of \p HttpRequest.
*
* \see HttpRequest::finish()
*/
void HttpConnection::resume()
{
TRACE("resume() shouldKeepAlive:%d (insideSocketCB:%d)", shouldKeepAlive(), isInsideSocketCallback());
TRACE("-- (status:%s, inputOffset:%ld, inputSize:%ld)", status_str(), inputOffset_, input_.size());
status_ = KeepAliveRead;
request_->clear();
if (socket()->tcpCork())
socket()->setTcpCork(false);
}
/** Resumes processing the <b>next</b> HTTP request message within this connection.
*
* This method may only be invoked when the current/old request has been fully processed,
* and is though only be invoked from within the finish handler of \p HttpRequest.
*
* \see HttpRequest::finish()
*/
void HttpConnection::resume()
{
TRACE(1, "resume() shouldKeepAlive:%d)", shouldKeepAlive());
TRACE(1, "-- (status:%s, inputOffset:%lu, inputSize:%lu)", status_str(), inputOffset_, input_.size());
setStatus(KeepAliveRead);
request_->clear();
if (socket()->tcpCork())
socket()->setTcpCork(false);
}
