void JsonStringifier::stringifyObject(std::stringstream & ss, Object & object, Class & clazz, bool allowMissingAttributes) {
std::vector<std::string> & attribNames = clazz.getAttributeNames();
ss << "{\n";
mIndentation++;
mIndentation++;
for (std::vector<std::string>::iterator attribName = attribNames.begin(); attribName != attribNames.end(); ++attribName) {
if (!allowMissingAttributes && !object.hasValue(*attribName))
throw std::runtime_error("object is missing value, name=" + *attribName);
if (object.hasValue(*attribName)) {
std::shared_ptr<Object> attribValue = object.get(*attribName);
Type & attribType = clazz.getAttributeType(*attribName);
mIndentation--;
indent(ss);
ss << "\"" << *attribName << "\"" << " :\n";
mIndentation++;
indent(ss);
if (attribType.isBuiltIn()) {
if (attribType.isSimpleArray())
stringifyArray(ss, *attribValue, attribType);
else if (attribType.isObjectArray())
stringifyObjectArray(ss, *attribValue, attribType, allowMissingAttributes);
else
stringifyPrimitive(ss, *attribValue, attribType);
}
else {
Class * attribClass = dynamic_cast<Class *>(&attribType);
if (attribClass)
stringifyObject(ss, *attribValue, *attribClass, allowMissingAttributes);
else
throw std::runtime_error("attempt to convert a non-class to a class, type=" + attribType.name);
}
if (attribName + 1 != attribNames.end())
ss << ",\n";
}
}
ss << "\n";
mIndentation--;
mIndentation--;
indent(ss);
ss << "}";
}
void PRMDisplay::RBNToGraph(const double attributeWeight, const double FKWeight) {
Class aClass;
VertexDescriptor vd;
std::map<std::string, VertexDescriptor> container;
positionMap = boost::get(&VertexProperties::point, graph);
vertexIdPropertyMap = boost::get(&VertexProperties::index, graph);
WeightPropertyMap weightPropertyMap = boost::get(&EdgeProperty::weight, graph);
RelationalSchema schema = rbn->getSchema();
std::vector<std::string> classnames = schema.getClassNames();
for(std::vector<std::string>::iterator it = classnames.begin(); it != classnames.end(); ++it)
{
std::string classname = *it;
aClass = schema.getClass(classname);
std::vector<std::string> attributesName = aClass.getAttributeNames();
//std::vector<std::string>::iterator it2 = attributesName.begin();
//pour chaque attribut, ajout d'un nouveau sommet aux coordonnée (1,1)
for(std::vector<std::string>::iterator it1 = attributesName.begin(); it1!=attributesName.end(); it1++)
{
std::stringstream ss;
ss << classname << "." << *it1;
vd = boost::add_vertex(graph);
vertexIdPropertyMap[vd] = ss.str();
container[ss.str()] = vd;
positionMap[vd][0]=1;
positionMap[vd][1]=1;
// si l'itérateur est différent de begin, alors on itere pour ajouter une arête jusqu'à l'itérateur it1 actuel
if(attributesName.begin() != it1)
{
//Ajout d'arête entre le nouveau sommet et ceux du graphe qui appartiennent à la même classe. Le poid est de 2
for(std::vector<std::string>::iterator it3 = attributesName.begin(); it3 != it1; it3++)
{
std::stringstream ss2;
ss2 << classname << "." << *it3;
boost::add_edge(container[ss.str()], container[ss2.str()], EdgeProperty(attributeWeight), graph);
}
}
}
}
/***** ajout d'arête pour chaque clé étrangère ****/
RefSlotsMultimap foreignKeys = schema.getRefSlots();
std::string attPK;
std::string classPK;
std::string classFK;
for(RefSlotsMultimap::iterator rb = foreignKeys.begin(); rb != foreignKeys.end(); ++rb){
classPK=rb->second.second->getName().c_str();
attPK= rbn->getSchema().getClass(classPK).getPK().front();
classPK.append(".");
classPK.append(attPK);
//std::cout << "\t primaryKey "<<classPK;
classFK=rb->first.c_str();;
classFK.append(".");
classFK.append(rb->second.first.getName());
//std::cout << "\t foriegnKey "<<classFK;
boost::add_edge(container[classFK], container[classPK], EdgeProperty(FKWeight), graph);
}
}
