void ObjectGroup::UnserializeFrom(std::vector < gd::ObjectGroup > & list, const SerializerElement & element)
{
element.ConsiderAsArrayOf("group", "Groupe");
for (unsigned int i = 0; i < element.GetChildrenCount(); ++i)
{
SerializerElement & groupElement = element.GetChild(i);
gd::ObjectGroup objectGroup;
objectGroup.SetName(groupElement.GetStringAttribute("name", "", "nom"));
//Compatibility with GD <= 3.3
if ( groupElement.HasChild("Objet") )
{
for (unsigned int j = 0; j < groupElement.GetChildrenCount("Objet"); ++j)
objectGroup.AddObject(groupElement.GetChild("Objet", j).GetStringAttribute("nom"));
}
//End of compatibility code
else
{
SerializerElement & objectsElement = groupElement.GetChild("objects");
objectsElement.ConsiderAsArrayOf("object");
for (unsigned int j = 0; j < objectsElement.GetChildrenCount(); ++j)
objectGroup.AddObject(objectsElement.GetChild(j).GetStringAttribute("name"));
}
list.push_back( objectGroup );
}
}
void ClassWithObjects::SerializeObjectsTo(SerializerElement & element) const
{
element.ConsiderAsArrayOf("object");
for ( std::size_t j = 0;j < initialObjects.size();j++ )
{
initialObjects[j]->SerializeTo(element.AddChild("object"));
}
}
void EventsListSerialization::SerializeEventsTo(const EventsList & list, SerializerElement & events)
{
events.ConsiderAsArrayOf("event");
for ( unsigned int j = 0;j < list.size();j++ )
{
const gd::BaseEvent & event = list.GetEvent(j);
SerializerElement & eventElem = events.AddChild("event");
eventElem.SetAttribute( "disabled", event.IsDisabled());
eventElem.SetAttribute( "folded", event.folded);
eventElem.AddChild("type").SetValue(event.GetType());
event.SerializeTo(eventElem);
}
}
void ObjectGroup::SerializeTo(const std::vector < gd::ObjectGroup > & list, SerializerElement & element)
{
element.ConsiderAsArrayOf("group");
for ( unsigned int j = 0;j < list.size();j++ )
{
SerializerElement & groupElement = element.AddChild("group");
groupElement.SetAttribute("name", list[j].GetName());
SerializerElement & objectsElement = groupElement.AddChild("objects");
objectsElement.ConsiderAsArrayOf("object");
vector < string > allObjects = list[j].GetAllObjectsNames();
for ( unsigned int k = 0;k < allObjects.size();k++ )
objectsElement.AddChild("object").SetAttribute( "name", allObjects[k] );
}
}
void gd::EventsListSerialization::OpenConditions(gd::Project & project, gd::InstructionsList & conditions, const SerializerElement & elem)
{
elem.ConsiderAsArrayOf("condition", "Condition");
for(std::size_t i = 0; i<elem.GetChildrenCount(); ++i)
{
gd::Instruction instruction;
const SerializerElement & conditionElem = elem.GetChild(i);
instruction.SetType(conditionElem.GetChild("type", 0, "Type").GetStringAttribute("value")
.FindAndReplace("Automatism", "Behavior")); //Compatibility with GD <= 4
instruction.SetInverted(conditionElem.GetChild("type", 0, "Type").GetBoolAttribute("inverted", false, "Contraire"));
//Read parameters
vector < gd::Expression > parameters;
//Compatibility with GD <= 3.3
if (conditionElem.HasChild("Parametre")) {
for (std::size_t j = 0;j<conditionElem.GetChildrenCount("Parametre");++j)
parameters.push_back(gd::Expression(conditionElem.GetChild("Parametre", j).GetValue().GetString()));
}
//end of compatibility code
else
{
const SerializerElement & parametersElem = conditionElem.GetChild("parameters");
parametersElem.ConsiderAsArrayOf("parameter");
for (std::size_t j = 0;j<parametersElem.GetChildrenCount();++j)
parameters.push_back(gd::Expression(parametersElem.GetChild(j).GetValue().GetString()));
}
instruction.SetParameters( parameters );
//Read sub conditions
if ( conditionElem.HasChild("subConditions", "SubConditions") )
OpenConditions(project, instruction.GetSubInstructions(), conditionElem.GetChild("subConditions", 0, "SubConditions" ));
conditions.Insert( instruction );
}
if ( project.GetLastSaveGDMajorVersion() < 3 ||
(project.GetLastSaveGDMajorVersion() == 3 && project.GetLastSaveGDMinorVersion() <= 1 ) )
UpdateInstructionsFromGD31x(project, conditions, false);
if ( project.GetLastSaveGDMajorVersion() < 3 )
UpdateInstructionsFromGD2x(project, conditions, false);
}
void gd::EventsListSerialization::OpenActions(gd::Project & project, vector < gd::Instruction > & actions, const SerializerElement & elem)
{
elem.ConsiderAsArrayOf("action", "Action");
for(unsigned int i = 0; i<elem.GetChildrenCount(); ++i)
{
gd::Instruction instruction;
const SerializerElement & actionElem = elem.GetChild(i);
instruction.SetType( actionElem.GetChild("type", 0, "Type").GetStringAttribute("value") );
//Read parameters
vector < gd::Expression > parameters;
//Compatibility with GD <= 3.3
if (actionElem.HasChild("Parametre")) {
for (unsigned int j = 0;j<actionElem.GetChildrenCount("Parametre");++j)
parameters.push_back(gd::Expression(actionElem.GetChild("Parametre", j).GetValue().GetString()));
}
//end of compatibility code
else
{
const SerializerElement & parametersElem = actionElem.GetChild("parameters");
parametersElem.ConsiderAsArrayOf("parameter");
for (unsigned int j = 0;j<parametersElem.GetChildrenCount();++j)
parameters.push_back(gd::Expression(parametersElem.GetChild(j).GetValue().GetString()));
}
instruction.SetParameters( parameters );
//Read sub actions
if ( actionElem.HasChild("subActions", "SubActions") )
OpenActions(project, instruction.GetSubInstructions(), actionElem.GetChild("subActions", 0, "SubActions" ));
actions.push_back( instruction );
}
if ( project.GetLastSaveGDMajorVersion() < 3 ||
(project.GetLastSaveGDMajorVersion() == 3 && project.GetLastSaveGDMinorVersion() <= 1 ) )
UpdateInstructionsFromGD31x(project, actions, true);
if ( project.GetLastSaveGDMajorVersion() < 3 )
UpdateInstructionsFromGD2x(project, actions, true);
}
void gd::EventsListSerialization::SaveConditions(const vector < gd::Instruction > & list, SerializerElement & conditions)
{
conditions.ConsiderAsArrayOf("condition");
for ( unsigned int k = 0;k < list.size();k++ )
{
SerializerElement & condition = conditions.AddChild("condition");
condition.AddChild("type")
.SetAttribute("value", list[k].GetType())
.SetAttribute("inverted", list[k].IsInverted());
//Parameters
SerializerElement & parameters = condition.AddChild("parameters");
parameters.ConsiderAsArrayOf("parameter");
for ( unsigned int l = 0;l < list[k].GetParameters().size();l++ )
parameters.AddChild("parameter").SetValue(list[k].GetParameter(l).GetPlainString());
//Sub instructions
SerializerElement & subConditions = condition.AddChild("subConditions");
SaveConditions(list[k].GetSubInstructions(), subConditions);
}
}
void ClassWithObjects::UnserializeObjectsFrom(gd::Project & project, const SerializerElement & element)
{
initialObjects.clear();
element.ConsiderAsArrayOf("object", "Objet");
for (std::size_t i = 0; i < element.GetChildrenCount(); ++i)
{
const SerializerElement & objectElement = element.GetChild(i);
gd::String type = objectElement.GetStringAttribute("type");
std::shared_ptr<gd::Object> newObject =
project.CreateObject(type, objectElement.GetStringAttribute("name", "", "nom"));
if ( newObject != std::shared_ptr<gd::Object>() )
{
newObject->UnserializeFrom(project, objectElement);
initialObjects.push_back( newObject );
}
else
std::cout << "WARNING: Unknown object type \"" << type << "\"" << std::endl;
}
}
void gd::EventsListSerialization::SaveActions(const gd::InstructionsList & list, SerializerElement & actions)
{
actions.ConsiderAsArrayOf("action");
for ( std::size_t k = 0;k < list.size();k++ )
{
SerializerElement & action = actions.AddChild("action");
action.AddChild("type")
.SetAttribute("value", list[k].GetType())
.SetAttribute("inverted", list[k].IsInverted());
//Parameters
SerializerElement & parameters = action.AddChild("parameters");
parameters.ConsiderAsArrayOf("parameter");
for ( std::size_t l = 0;l < list[k].GetParameters().size();l++ )
parameters.AddChild("parameter").SetValue(list[k].GetParameter(l).GetPlainString());
//Sub instructions
SerializerElement & subActions = action.AddChild("subActions");
SaveActions(list[k].GetSubInstructions(), subActions);
}
}
void EventsListSerialization::UnserializeEventsFrom(gd::Project & project, EventsList & list, const SerializerElement & events)
{
events.ConsiderAsArrayOf("event", "Event");
for(unsigned int i = 0; i<events.GetChildrenCount(); ++i)
{
SerializerElement & eventElem = events.GetChild(i);
std::string type = eventElem.GetChild("type", 0, "Type").GetValue().GetString();
gd::BaseEventSPtr event = project.CreateEvent(type);
if ( event != std::shared_ptr<gd::BaseEvent>())
event->UnserializeFrom(project, eventElem);
else
{
std::cout << "WARNING: Unknown event of type " << type << std::endl;
event = std::shared_ptr<gd::BaseEvent>(new EmptyEvent);
}
event->SetDisabled(eventElem.GetBoolAttribute("disabled"));
event->folded = eventElem.GetBoolAttribute("folded");
list.InsertEvent(event, list.GetEventsCount());
}
}
