void CascadingDescriptor::cascade(GenericDescriptor *descriptor) {
GenericDescriptor* preferredDescriptor;
preferredDescriptor = (GenericDescriptor*)
(descriptor->getDataEntity());
if ((preferredDescriptor == NULL) ||
preferredDescriptor->instanceOf("CascadingDescriptor"))
return;
if (isLastDescriptor(preferredDescriptor))
return;
descriptors->push_back(preferredDescriptor);
if (id == "")
id = preferredDescriptor->getId();
else
id = id + "+" + preferredDescriptor->getId();
if (preferredDescriptor->instanceOf("Descriptor") &&
unsolvedDescriptors->empty()) {
cascadeDescriptor((Descriptor*)preferredDescriptor);
} else {
unsolvedDescriptors->push_back(preferredDescriptor);
}
}
string DescriptorBaseGenerator::generateCode() {
string ret = "<descriptorBase";
if (id!="") {
ret += " id= \"" + id + "\"";
}
ret += ">\n";
//generico para todas as bases
vector<Base*>* bases = this->getBases();
vector<Base*>::iterator itBases;
itBases = bases->begin();
while (itBases != bases->end()) {
Base* base = *itBases;
ret += "<importBase alias=\"" + this->getBaseAlias(base) + "\" documentURI=\"" + this->getBaseLocation(base) + "\"/>\n";
itBases++;
}
//generico para todas as bases
vector<GenericDescriptor*>* descriptors = this->getDescriptors();
vector<GenericDescriptor*>::iterator it;
it = descriptors->begin();
while (it != descriptors->end()) {
GenericDescriptor* genericDescriptor = *it;
string str;
if (genericDescriptor->instanceOf("Descriptor")) {
str = (static_cast<DescriptorGenerator*>(genericDescriptor))->generateCode() + "\n";
} else if (genericDescriptor->instanceOf("DescriptorSwitch")) {
str = (static_cast<DescriptorSwitchGenerator*>(genericDescriptor))->generateCode() + "\n";
}
ret += str;
it++;
}
ret+= "</descriptorBase>\n";
return ret;
}