/*!
A report that a new connection to the LabTool Hardware has been made.
The \a newComm instance is sent to the \ref LabToolCaptureDevice
and \ref LabToolGeneratorDevice after updating all signal connections.
*/
void LabToolDevice::handleNewConnection(LabToolDeviceComm *newComm)
{
if (mDeviceComm != NULL) {
mDeviceComm->disconnect();
delete mDeviceComm;
}
mDeviceComm = newComm;
/* Handle signals related to connection status */
QObject::connect(mDeviceComm, SIGNAL(connectionStatus(bool)),
this, SLOT(handleConnectedStatus(bool)));
/* Handle signals related to capture */
QObject::connect(mDeviceComm, SIGNAL(captureStopped()),
mCaptureDevice, SLOT(handleStopped()));
QObject::connect(mDeviceComm, SIGNAL(captureReceivedSamples(LabToolDeviceTransfer*, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int)),
mCaptureDevice, SLOT(handleReceivedSamples(LabToolDeviceTransfer*, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int)));
QObject::connect(mDeviceComm, SIGNAL(captureConfigurationDone()),
mCaptureDevice, SLOT(handleConfigurationDone()));
QObject::connect(mDeviceComm, SIGNAL(captureFailed(const char*)),
mCaptureDevice, SLOT(handleFailedCapture(const char*)));
QObject::connect(mDeviceComm, SIGNAL(captureConfigurationFailed(const char*)),
mCaptureDevice, SLOT(handleConfigurationFailure(const char*)));
/* Handle signals related to generator */
QObject::connect(mDeviceComm, SIGNAL(generatorStopped()),
mGeneratorDevice, SLOT(handleStopped()));
QObject::connect(mDeviceComm, SIGNAL(generatorConfigurationDone()),
mGeneratorDevice, SLOT(handleConfigurationDone()));
QObject::connect(mDeviceComm, SIGNAL(generatorConfigurationFailed(const char*)),
mGeneratorDevice, SLOT(handleConfigurationFailure(const char*)));
QObject::connect(mDeviceComm, SIGNAL(generatorRunFailed(const char*)),
mGeneratorDevice, SLOT(handleRunningFailure(const char*)));
QObject::connect(mDeviceComm, SIGNAL(generatorRunning()),
mGeneratorDevice, SLOT(handleRunning()));
mCaptureDevice->setDeviceComm(newComm);
mGeneratorDevice->setDeviceComm(newComm);
handleConnectedStatus(true);
}
void GdbDebugger::handleAsyncClass(const QByteArray &asyncClass, const GdbMiValue &result)
{
m_asyncItem->removeRows(0,m_asyncItem->rowCount());
m_asyncItem->setText(asyncClass);
//QStandardItem *item = new QStandardItem(QString(asyncClass));
GdbMiValueToItem(m_asyncItem,result);
//m_asyncModel->clear();
//m_asyncModel->appendRow(item);
if (asyncClass == "stopped") {
handleStopped(result);
} else if (asyncClass == "library-loaded") {
handleLibrary(result);
}
emit setExpand(LiteApi::ASYNC_MODEL,m_asyncModel->indexFromItem(m_asyncItem),true);
}