/*!
* Sets the \a connector used to manage connections to web browsers.
*
* This overload is provided for convenience and can construct the predefined
* connectors provided with Qxt.
*
* \sa connector()
*/
void QxtHttpSessionManager::setConnector(Connector connector)
{
if (connector == HttpServer)
setConnector(new QxtHttpServerConnector(this));
else if (connector == Scgi)
setConnector(new QxtScgiServerConnector(this));
/* commented out pending implementation
else if(connector == Fcgi)
setConnector(new QxtFcgiConnector(this));
*/
}
ConnectorBase * KSimIoJoinBoolIn::createConnector()
{
ConnectorBoolOut * conn = new ConnectorBoolOut(getComponent(), QString::null, QString::null);
Q_CHECK_PTR(conn);
conn->setErasable(true);
setConnector(conn);
return conn;
}
void CgidConn::cleanUp()
{
setConnector( NULL );
setState( CLOSING );
::shutdown( getfd(), SHUT_RDWR );
// close();
recycle();
}
int ProxyConn::addRequest(ExtRequest *pReq)
{
assert(pReq);
setConnector((HttpExtConnector *)pReq);
reset();
m_lReqBeginTime = time(NULL);
return 0;
}
int LsapiConn::addRequest( ExtRequest * pReq )
{
assert( pReq );
setConnector( (HttpExtConnector *)pReq );
reset();
m_lReqBeginTime = DateTime::s_curTime;
return 0;
}
int JConn::removeRequest( ExtRequest * pReq )
{
if ( getConnector() )
{
getConnector()->setProcessor( NULL );
setConnector( NULL );
}
return 0;
}
void LsapiConn::cleanUp()
{
setConnector( NULL );
reset();
if ( getState() == ABORT )
{
close();
}
recycle();
}
int CgiConnection::init( int fd, Multiplexer* pMultiplexer,
HttpExtConnector *pConn )
{
assert( fd != -1 );
assert( pMultiplexer );
assert( pConn != NULL );
setConnector( pConn );
EdStream::init( fd, pMultiplexer, POLLIN | POLLOUT | POLLHUP | POLLERR );
return 0;
}
FcgiRequest::FcgiRequest( HttpExtConnector * pConnector )
: m_iId( 1 )
, m_iProtocolStatus( -1 )
, m_iWantWrite( 1 )
, m_iCurStreamHeader( 0 )
, m_iTotalPending( 0 )
, m_pFcgiConn( NULL )
{
//memset( &m_beginReqRec, 0, sizeof( m_beginReqRec ) );
setConnector( pConnector );
}
int CgidConn::addRequest( ExtRequest * pReq )
{
assert( pReq );
setConnector( (HttpExtConnector *)pReq );
int ret;
if ( getConnector()->getHttpSession()->getReq()->getContextState( EXEC_EXT_CMD ) )
ret = buildSSIExecHeader();
else
ret = buildReqHeader();
if ( ret )
{
// if ( D_ENABLED( DL_LESS ) )
// LOG_D(( getLogger(),
// "[%s] Request header can't fit into 8K buffer, "
// "can't forward request to servlet engine",
// getLogId() ));
((HttpExtConnector *)pReq)->setProcessor( NULL );
setConnector( NULL );
}
return ret;
}
int JConn::addRequest( ExtRequest * pReq )
{
assert( pReq );
setConnector( (HttpExtConnector *)pReq );
reset();
m_pCurPos = m_respBuf;
m_iPacketState = PACKET_HEADER;
int ret = buildReqHeader();
if ( ret )
{
if ( D_ENABLED( DL_LESS ) )
LOG_D(( getLogger(),
"[%s] Request header can't fit into 8K buffer, "
"can't forward request to servlet engine",
getLogId() ));
((HttpExtConnector *)pReq)->setProcessor( NULL );
setConnector( NULL );
ret = SC_500;
}
return ret;
//return 0;
}
void JConn::cleanUp()
{
setConnector( NULL );
reset();
recycle();
}
EProxyConnector::EProxyConnector(ESocketConnector* connector,
EIoSessionConfig* config, EExecutorService* executor) :
EAbstractIoConnector(config, executor), sessionConfig(null) {
setConnector(connector);
}
EProxyConnector::EProxyConnector(ESocketConnector* connector) :
EAbstractIoConnector(sessionConfig = new EDefaultSocketSessionConfig(), null) {
setConnector(connector);
}
