void PropertyOwner::deserialize(Deserializer& d) {
// This is for finding renamed composites, and moving old properties to new composites.
NodeVersionConverter tvc(this, &PropertyOwner::findPropsForComposites);
d.convertVersion(&tvc);
std::vector<std::string> ownedIdentifiers;
d.deserialize("OwnedPropertyIdentifiers", ownedIdentifiers, "PropertyIdentifier");
auto des = util::IdentifiedDeserializer<std::string, Property*>("Properties", "Property")
.setGetId([](Property* const& p) { return p->getIdentifier(); })
.setMakeNew([]() { return nullptr; })
.setNewFilter([&](const std::string& id, size_t ind) {
return util::contains(ownedIdentifiers, id);
})
.onNew([&](Property*& p) { addProperty(p, true); })
.onRemove([&](const std::string& id) {
if (util::contains_if(ownedProperties_, [&](std::unique_ptr<Property>& op) {
return op->getIdentifier() == id;
})) {
delete removeProperty(id);
}
});
des(d, properties_);
}
void LightingRaycaster::deserialize(Deserializer& d) {
NodeVersionConverter tvc([](TxElement* node) {
TxElement* p = util::xmlGetElement(
node, "Properties/Property&type=OptionPropertyString&identifier=shadingMode");
if (p) p->SetAttribute("type", "OptionPropertyInt");
return true;
});
d.convertVersion(&tvc);
Processor::deserialize(d);
}
void util::renameProperty(Deserializer& d, std::initializer_list<std::pair<const Property*, std::string>> rules) {
NodeVersionConverter vc([&rules](TxElement* node) {
for (auto rule : rules) {
TxElement* p = util::xmlGetElement(node, "Properties/Property&type=" +
rule.first->getClassIdentifier() +
"&identifier=" + rule.second);
if (p) p->SetAttribute("identifier", rule.first->getIdentifier());
}
return true;
});
d.convertVersion(&vc);
}
void util::renamePort(Deserializer& d, std::initializer_list<std::pair<const Port*, std::string>> rules) {
NodeVersionConverter vc([&rules](TxElement* node) {
for (auto rule : rules) {
TxElement* elem = nullptr;
if (auto p = dynamic_cast<const Outport*>(rule.first)) {
elem = util::xmlGetElement(node, "OutPorts/OutPort&type=" + p->getClassIdentifier() +
"&identifier=" + rule.second);
} else if (auto p = dynamic_cast<const Inport*>(rule.first)) {
elem = util::xmlGetElement(node, "InPorts/InPort&type=" + p->getClassIdentifier() +
"&identifier=" + rule.second);
}
if (elem) elem->SetAttribute("identifier", rule.first->getIdentifier());
}
return true;
});
d.convertVersion(&vc);
}
void MultichannelRaycaster::deserialize(Deserializer& d) {
util::renamePort(d, {{&entryPort_, "entry-points"}, {&exitPort_, "exit-points"}});
NodeVersionConverter vc([](TxElement* node) {
if (TxElement* p1 = xml::getElement(
node, "InPorts/InPort&type=org.inviwo.ImageMultiInport&identifier=exit-points")) {
p1->SetAttribute("identifier", "exit");
}
if (TxElement* p2 = xml::getElement(
node, "InPorts/InPort&type=org.inviwo.ImageMultiInport&identifier=entry-points")) {
p2->SetAttribute("identifier", "entry");
}
return true;
});
d.convertVersion(&vc);
Processor::deserialize(d);
}
