void HeaderChannel::setSupportedClients(std::bitset<CLIENT_TYPES_LEN>
const* clients) {
if (clients) {
supported_clients = *clients;
// Let's support insecure Header if SASL isn't explicitly supported.
// It's ok for both to be supported by the caller, too.
if (!supported_clients[THRIFT_HEADER_SASL_CLIENT_TYPE]) {
supported_clients[THRIFT_HEADER_CLIENT_TYPE] = true;
}
if (supported_clients[THRIFT_HEADER_SASL_CLIENT_TYPE]) {
setClientType(THRIFT_HEADER_SASL_CLIENT_TYPE);
header_->setClientTypeNoCheck(THRIFT_HEADER_SASL_CLIENT_TYPE);
} else {
setClientType(THRIFT_HEADER_CLIENT_TYPE);
header_->setClientTypeNoCheck(THRIFT_HEADER_CLIENT_TYPE);
}
} else {
setSecurityPolicy(THRIFT_SECURITY_DISABLED);
}
}
ClsFEGroupPlot::ClsFEGroupPlot(ClsFEDataManager *_clsFEDataManager, QMutex *_qmutexSysGUI, string _strDataClientID, ClsFEGroup* _clsFEGroup) :
ClsFEDataClient(_clsFEDataManager, _qmutexSysGUI, _strDataClientID) {
#ifdef DEBUG_CLSFEGROUPPLOT
cout << "ClsFEGroupPlot::ClsFEGroupPlot(...) [new]" << endl;
#endif
bSparseTopology = false;
setClientType(CLIENT_SPACEPLOT);
setAcceptDrops(TRUE);
this->setIcon(QPixmap(icon_groupplot));
/* set up the WSpacePlot */
wSpacePlot = new WSpacePlot(QSize(0,0),FALSE,this, this);
wSpacePlot->setColor(QColor(0,0,0));
wSpacePlot->showGrid(true);
wSpacePlot->setMinimumWidth(200);
(wSpacePlot->yAxis())->setDirection(-1);
QBoxLayout* boxlayoutPlot = new QHBoxLayout();
boxlayoutPlot->addWidget(wSpacePlot,1);
boxlayoutPlot->addWidget(wSpacePlot->getColorBar());
boxlayoutBase->addLayout(boxlayoutPlot, 0, 0);
connect( wSpacePlot, SIGNAL(mouseEvent(QEvent::Type, QPoint, int, int)), this,
SLOT(slotPlotMouseClick(QEvent::Type, QPoint, int, int)) );
connect( wSpacePlot, SIGNAL(wouldDrag()), this, SLOT(startDragging()) );
/* ----------------------- */
if(_clsFEGroup != NULL){
string strOutputStateName = _clsFEGroup->getNeuronOutput()->getName(); //NEW
list<string> lstSelectedStates; // NEW
lstSelectedStates.push_back(strOutputStateName); // NEW
addStateVariableDisplay(_clsFEGroup, lstSelectedStates, "");
}
QWidget::show();
};
ClsFETimePlot::ClsFETimePlot(ClsFEDataManager *_clsFEDataManager, QMutex *_qmutexSysGUI, string _strDataClientID) :
ClsFEDataClient(_clsFEDataManager, _qmutexSysGUI, _strDataClientID) {
#ifdef DEBUG_CLSFETIMEPLOT
cout << "ClsFETimePlot::ClsFETimePlot(...)" << endl;
#endif
strTitle = "Time Plot";
setCaption(strTitle.c_str());
setClientType(CLIENT_TIMEPLOT);
iTraceLength = 1000;
this->setIcon(QPixmap(icon_timeplot));
setAcceptDrops(TRUE);
wLinePlot = new WLinePlot(this,NULL);
boxlayoutBase->addWidget(wLinePlot, 0, 0);
wLinePlot->showGrid(true);
wLinePlot->setXLabel("x-axis");
wLinePlot->setYLabel("y-axis");
wLinePlot->setZoomEnabled(TRUE);
wLinePlot->setAutoDisableZoom(FALSE);
wLinePlot->setWrapAround (false);
wLinePlot->setTraceLength(iTraceLength);
wLinePlot->setXDataRange(WRange(0., iTraceLength/2));
wLinePlot->setXVisRange(WRange(iTraceLength/2 - iTraceLength/20, iTraceLength/2));
wLinePlot->setMinimumWidth(200);
qframeStateVariableDisplays = new QFrame(this);
boxlayoutStateFrames = new QHBoxLayout(qframeStateVariableDisplays,0,0);
boxlayoutBase->addWidget(qframeStateVariableDisplays, 0, 2);
QWidget::show();
};
/** A typed constructor
*
* \param t the new client type
*
*/
RainbruRPG::Network::npIdentification::npIdentification(tNetworkClientType t)
:NetPacketBase(NPI_GEN_IDENT){
data=new npIdentificationData();
setClientType(t);
}
