PortInspector::PortInspector(std::string portClassIdentifier,
std::string inspectorWorkspaceFileName)
: inspectorNetworkFileName_(inspectorWorkspaceFileName)
, portClassIdentifier_(portClassIdentifier) {
// Deserialize the network
auto app = InviwoApplication::getPtr();
Deserializer xmlDeserializer(app, inspectorNetworkFileName_);
inspectorNetwork_ = util::make_unique<ProcessorNetwork>(app);
inspectorNetwork_->deserialize(xmlDeserializer);
processors_ = inspectorNetwork_->getProcessors();
for (auto processor : processors_) {
// Set Identifiers
std::string newIdentifier = dotSeperatedToPascalCase(getPortClassName()) +
"PortInspector" + processor->getIdentifier();
processor->setIdentifier(newIdentifier);
// Find the and save inports.
for (auto& inport : processor->getInports()) {
if (!inport->isConnected()) inPorts_.push_back(inport);
}
auto meta =
processor->getMetaData<ProcessorMetaData>(ProcessorMetaData::CLASS_IDENTIFIER);
meta->setVisible(false);
meta->setSelected(false);
// Find and save the canvasProcessor
if (auto canvasProcessor = dynamic_cast<CanvasProcessor*>(processor)) {
canvasProcessor_ = canvasProcessor;
}
}
// Store the connections and and disconnect them.
auto connections = inspectorNetwork_->getConnections();
for (auto& connection : connections) {
connections_.emplace_back(connection.getOutport(), connection.getInport());
inspectorNetwork_->removeConnection(connection.getOutport(), connection.getInport());
}
// store the processor links.
propertyLinks_ = inspectorNetwork_->getLinks();
}
void PortInspector::initialize() {
if (active_ == false && needsUpdate_) {
if (inspectorNetwork_) {
inspectorNetwork_.reset();
processors_.clear();
inPorts_.clear();
connections_.clear();
propertyLinks_.clear();
canvasProcessor_ = nullptr;
}
stopFileObservation(inspectorNetworkFileName_);
needsUpdate_ = false;
}
if (inspectorNetwork_) {
return;
}
// Observe the filename;
startFileObservation(inspectorNetworkFileName_);
try {
// Deserialize the network
IvwDeserializer xmlDeserializer(inspectorNetworkFileName_);
inspectorNetwork_ = util::make_unique<ProcessorNetwork>();
inspectorNetwork_->deserialize(xmlDeserializer);
processors_ = inspectorNetwork_->getProcessors();
for (auto processor : processors_) {
// Set Identifiers
std::string newIdentifier =
getPortClassName() + "_Port_Inspector_" + processor->getIdentifier();
processor->setIdentifier(newIdentifier);
processor->initialize();
// Find the and save inports.
std::vector<Inport*> inports = processor->getInports();
for (auto& inport : inports) {
if (!inport->isConnected()) inPorts_.push_back(inport);
}
ProcessorMetaData* meta = processor->getMetaData<ProcessorMetaData>(ProcessorMetaData::CLASS_IDENTIFIER);
meta->setVisibile(false);
meta->setSelected(false);
// Find and save the canvasProcessor
CanvasProcessor* canvasProcessor = dynamic_cast<CanvasProcessor*>(processor);
if (canvasProcessor) {
canvasProcessor_ = canvasProcessor;
}
}
// Store the connections and and disconnect them.
connections_ = inspectorNetwork_->getConnections();
for (auto& elem : connections_) elem->getInport()->disconnectFrom(elem->getOutport());
// store the processor links.
propertyLinks_ = inspectorNetwork_->getLinks();
} catch (AbortException& e) {
// Error deserializing file
needsUpdate_ = true;
LogError(e.what());
}
}
