void ConfiguredThreadedRT::start()
{
assert(isConfigurated() && "The configurated threaded runtime should be configured before starting.");
if (isConfigurated())
{
for (int i = 0; i < poolManager->getNumberOfConfigurations(); i++)
{
poolManager->getPool(i)->setWorkersCounter(&worker);
poolManager->getPool(i)->setStopReqest(&stop_request_cond);
poolManager->getPool(i)->startPool(poolManager->calculateNOfThreads(i, numberOfObjects[i]));
}
}
}
void V4LCamera::configure() {
CaptureDevice configuration = _configEngine->getConfiguration();
_deviceName = configuration.deviceName;
struct v4l2_format config = configuration.configuration;
if (config.fmt.pix.width != _fmt.fmt.pix.width || config.fmt.pix.height != _fmt.fmt.pix.height) {
settingsDialogRequest = false;
_fmt = config;
frameSizeList.clear();
}
if (!isConfigurated()) {
#ifdef _DEBUG_CAPTURE_THREADS
qDebug() << "[CAMERA_THREAD::V4L_CAMERA] - configure() - No Configuration, Config Dialog Invoked! - Current Configuration: (" << \
_deviceName << ", " << _fmt.fmt.pix.width << "x" << _fmt.fmt.pix.height << ")";
#endif //_DEBUG_CAPTURE_THREADS
// qDebug() << "Status:" << _configEngine->getDialogStatus() << _configEngine->getDialogStatus();
settingsDialogRequest = false;
_configEngine->resetConfiguration();
}
else {
_startAction->setEnabled(true);
if (frameSizeList.isEmpty()) {
frameSizeList.clear();
frameSizeList = _configEngine->getSupportedFrameSizes();
QString selectedSize = QString("%1x%2").arg(_configEngine->getConfiguration().configuration.fmt.pix.width).arg(_configEngine->getConfiguration().configuration.fmt.pix.height);
frameSizeList.swap(frameSizeList.indexOf(selectedSize), 0);
} else {
_fmt = _configEngine->getConfiguration().configuration;
}
emit configurated();
}
settingsDialogRequest = true;
}
void ThreadPoolManager::recalculateThreads(int id,int n)
{
if (!isConfigurated()) {
abort();
}
configuration->getThreadPool(id)->modifiedThreads(calculateNOfThreads(id,n));
}
StateMachineThreadPool* ThreadPoolManager::getPool(int id)
{
if (!isConfigurated()) {
abort();
}
return configuration->getThreadPool(id);
}
int ThreadPoolManager::getNumberOfConfigurations()
{
if (!isConfigurated()) {
abort();
}
return ((int)configuration->getNumberOfConfigurations());
}
void ThreadPoolManager::enqueObject(IStateMachine* sm)
{
if (!isConfigurated()) {
abort();
}
int objectId = sm->getPoolId();
configuration->getThreadPool(objectId)->enqueObject(sm);
}
int ThreadPoolManager::calculateNOfThreads(int id, int n)
{
if (!isConfigurated()) {
abort();
}
LinearFunction function = *(configuration->getFunction(id));
int max = configuration->getMax(id);
return std::min(function(n),max);
}
ThreadPoolManager::~ThreadPoolManager()
{
if(isConfigurated())
delete configuration;
}
