IEventSink * MSPKinectARTTransformation::getEventSink(const std::string & name) {
map<string, IEventSink *>::iterator iter = this->eventSinkMap.find(name);
if (iter != this->eventSinkMap.end()) {
return (*iter).second;
}
TFERROR("");
return 0;
}
void MSPKinectARTTransformation::registerEventSink(const std::string & name, IEventSink * eventSink) {
map<string, IEventSink *>::iterator iter = this->registeredEventSinkMap.find(name);
if (iter != this->registeredEventSinkMap.end()) {
(*iter).second = eventSink;
} else {
TFERROR("");
// TODO exception
}
}
AnalogToDigitalMSP::AnalogToDigitalMSP(const MSPConfig & config) :
config(config),
out(0) {
this->eventDelegate.setReceiver(this, &AnalogToDigitalMSP::handleEvent);
try {
this->threshold = static_cast<float>(config.getParameterGroup().getDouble("Convert|Threshold"));
TFDEBUG("Threshold = " << this->threshold);
}
catch(Exception & e) {
TFERROR(e.getFormattedString());
}
}
DigitalToAnalogMSP::DigitalToAnalogMSP(const MSPConfig & config) :
config(config),
out(0) {
this->eventDelegate.setReceiver(this, &DigitalToAnalogMSP::handleEvent);
try {
this->value0 = config.getParameterGroup().getDouble("Convert|Value_0");
this->value1 = config.getParameterGroup().getDouble("Convert|Value_1");
TFDEBUG("Value_0 = " << this->value0);
TFDEBUG("Value_1 = " << this->value1);
}
catch(Exception & e) {
TFERROR(e.getFormattedString());
}
}
void TUIServerApp::createEntityGraph(const map<string, TUIObjectInstance> & tuiObjectInstanceMap,
const vector<Connector> & connectorVector) {
try {
vector<Connector>::const_iterator i = connectorVector.begin();
vector<Connector>::const_iterator e = connectorVector.end();
while (i != e) {
TFINFO("Connector: " << "(from: " << (*i).getSrcAddress().getOwnerType() << " "
<< (*i).getSrcAddress().getName() << " "
<< (*i).getSrcAddress().getPortName() << ") "
<< "(to: " << (*i).getDstAddress().getOwnerType()
<< " " << (*i).getDstAddress().getName() << " "
<< (*i).getDstAddress().getPortName() << ") ");
IEventSink * sink;
switch ((*i).getDstAddress().getOwnerType()) {
case PortAddress::DEVICE: {
int dstDeviceID = this->deviceContainer.getEntityIDByName(
(*i).getDstAddress().getName());
int dstChannelNr = this->deviceContainer.getChannelIDByName(
dstDeviceID, (*i).getDstAddress().getPortName());
std::map<int, IEventSink *>::iterator iter =
this->eventSinkMap.find(dstDeviceID);
if (iter == this->eventSinkMap.end()) {
throw Exception(TFSTR(""), __FILE__, __LINE__);
// TODO Throw Exception
TFERROR("");
}
// int eID = -1, int chNr = -1, IEventSink * eventSink = 0
EPAddressTranslator * at = new EPAddressTranslator(
dstDeviceID, dstChannelNr, (*iter).second);
this->addressTranslatorVector.push_back(at);
sink = at;
break;
}
case PortAddress::MSP: {
sink = this->mspContainer.getEventSink(
(*i).getDstAddress().getName(),
(*i).getDstAddress().getPortName());
break;
}
case PortAddress::TUIOBJECT: {
std::map<std::string, TUIObjectInstance>::const_iterator iter =
tuiObjectInstanceMap.find((*i).getDstAddress().getName());
if (iter == tuiObjectInstanceMap.end()) {
// TODO throw Exception
TFERROR("");
}
int tuiObjectID = (*iter).second.getID();
//TFDEBUG("Searching port: " << (*i).getDstAddress().getPortName());
map<string, int>::const_iterator iter2 =
(*iter).second.getNameChannelNrMap().find(
(*i).getDstAddress().getPortName());
if (iter2 == (*iter).second.getNameChannelNrMap().end()) {
// TODO throw Exception
TFERROR("Size: " << (*iter).second.getNameChannelNrMap().size());
}
int tuiChannelNr = (*iter2).second;
IEventSink * es;
if (this->usingMulticast) {
es = &this->mcEventQueue;
} else {
es = &this->outEventQueue;
}
EPAddressTranslator * at = new EPAddressTranslator(
tuiObjectID, tuiChannelNr, es);
this->addressTranslatorVector.push_back(at);
sink = at;
break;
}
default: {
// TODO Throw Exception
TFERROR("");
break;
}
}
switch ((*i).getSrcAddress().getOwnerType()) {
case PortAddress::DEVICE: {
int srcDeviceID = this->deviceContainer.getEntityIDByName(
(*i).getSrcAddress().getName());
int srcChannelNr = this->deviceContainer.getChannelIDByName(
srcDeviceID,
(*i).getSrcAddress().getPortName());
std::map<int, EventMsgRouter<EPAddress, IEventSink, EPAddress::CompareByChannelNr> *>::iterator iter =
this->deviceChannelRouterMap.find(srcDeviceID);
if (iter == this->deviceChannelRouterMap.end()) {
// TODO Throw Exception
TFERROR("");
}
(*iter).second->addRoutingTableEntry(EPAddress(-1, srcChannelNr), sink);
break;
}
case PortAddress::MSP: {
this->mspContainer.registerEventSink((*i).getSrcAddress().getName(), (*i).getSrcAddress().getPortName(), sink);
break;
}
case PortAddress::TUIOBJECT: {
std::map<std::string, TUIObjectInstance>::const_iterator iter =
tuiObjectInstanceMap.find((*i).getSrcAddress().getName());
if (iter == tuiObjectInstanceMap.end()) {
// TODO throw Exception
TFERROR("");
}
int tuiObjectID = (*iter).second.getID();
map<string, int>::const_iterator iter2 =
(*iter).second.getNameChannelNrMap().find(
(*i).getSrcAddress().getPortName());
if (iter2 == (*iter).second.getNameChannelNrMap().end()) {
// TODO throw Exception
TFERROR("");
}
int tuiChannelNr = (*iter2).second;
std::map<int, EventMsgRouter<EPAddress, IEventSink, EPAddress::CompareByChannelNr> *>::iterator iter3 =
this->tuiChannelRouterMap.find(tuiObjectID);
if (iter3 == this->tuiChannelRouterMap.end()) {
// TODO Throw Exception
TFERROR("");
}
(*iter3).second->addRoutingTableEntry(EPAddress(-1, tuiChannelNr), sink);
break;
}
default: {
// TODO Throw Exception
TFERROR("");
break;
}
}
++i;
}
}
catch (Exception & e) {
TFERROR(e.getFormattedString());
//this->tuiServerExit();
}
}
