void PropertyGridContainerWidget::BuildPropertiesGrid(UIControl* activeControl,
BaseMetadata* metaData,
HierarchyTreeNode::HIERARCHYTREENODEID activeNodeID)
{
METADATAPARAMSVECT params;
params.push_back(BaseMetadataParams(activeNodeID, activeControl));
BuildPropertiesGrid(metaData, params);
}
void PropertyGridContainerWidget::BuildCustomPropertiesGrid(HierarchyTreeScreenNode* screenNode)
{
if (!screenNode)
{
return;
}
BaseMetadata* customMetadata = MetadataFactory::Instance()->GetCustomMetadata(screenNode);
if (!customMetadata)
{
return;
}
METADATAPARAMSVECT params;
params.push_back(BaseMetadataParams(HierarchyTreeNode::HIERARCHYTREENODEID_EMPTY, NULL));
BuildPropertiesGrid(customMetadata, params);
}
void PropertyGridContainerWidget::BuildPropertiesGridList()
{
// Need to understand which Metadata we need. Since multiple controls of different
// type might be selected, we are looking for the most common Metadata.
const HierarchyTreeController::SELECTEDCONTROLNODES &activeNodes = PropertiesGridController::Instance()->GetActiveTreeNodesList();
BaseMetadata* metaData = GetActiveMetadata(activeNodes);
METADATAPARAMSVECT params;
for (HierarchyTreeController::SELECTEDCONTROLNODES::const_iterator iter = activeNodes.begin();
iter != activeNodes.end(); iter ++)
{
const HierarchyTreeControlNode* controlNode = *iter;
BaseMetadataParams controlNodeParam(controlNode->GetId(), controlNode->GetUIObject());
params.push_back(controlNodeParam);
}
BuildPropertiesGrid(metaData, params);
}
HierarchyTreeControlNode* LibraryController::CreateNewControl(HierarchyTreeNode* parentNode, const QString& strType, const QString& name, const Vector2& position)
{
String type = strType.toStdString();
HierarchyTreeControlNode* controlNode = NULL;
UIControl* control = NULL;
CONTROLS::iterator iter;
for (iter = controls.begin(); iter != controls.end(); ++iter)
{
HierarchyTreeNode* node = iter->first;
if (strType == node->GetName())
break;
}
if (iter == controls.end() ||
dynamic_cast<HierarchyTreeControlNode*>(iter->first))
{
//create standart control
BaseObject* object = ObjectFactory::Instance()->New(type);
control = dynamic_cast<UIControl*>(object);
if (!control)
{
SafeRelease(object);
return NULL;
}
controlNode = new HierarchyTreeControlNode(parentNode, control, name);
}
else
{
//create aggregator
HierarchyTreeAggregatorNode* aggregator = dynamic_cast<HierarchyTreeAggregatorNode*>(iter->first);
if (aggregator)
{
controlNode = aggregator->CreateChild(parentNode, name);
control = controlNode->GetUIObject();
}
}
parentNode->AddTreeNode(controlNode);
// In case the control has subcontrols - they should be added to the control node too.
if (control && !control->GetSubcontrols().empty())
{
List<UIControl*> subControls = control->GetSubcontrols();
for (List<UIControl*>::iterator iter = subControls.begin(); iter != subControls.end(); iter ++)
{
UIControl* subControl = (*iter);
if (!subControl)
{
continue;
}
HierarchyTreeControlNode* subControlNode =
new HierarchyTreeControlNode(controlNode, subControl,
QString::fromStdString(subControl->GetName()));
controlNode->AddTreeNode(subControlNode);
}
}
// Initialize a control through its metadata.
BaseMetadata* newControlMetadata = MetadataFactory::Instance()->GetMetadataForUIControl(control);
METADATAPARAMSVECT params;
params.push_back(BaseMetadataParams(controlNode->GetId(), control));
newControlMetadata->SetupParams(params);
// Ready to do initialization!
newControlMetadata->InitializeControl(name.toStdString(), position);
SAFE_DELETE(newControlMetadata);
SafeRelease(control);
return controlNode;
}
