/// <summary>
/// Creates a parent group for a field, creating the path if neccessary
/// </summary>
/// <param name="baseNode">"root" the path is applied to</param>
/// <param name="path">node path</param>
/// <param name="forProperty">field property the parent node is for</param>
/// <returns></returns>
DTGroupNode createGroup(DTGroupNode baseNode, string path, SerializedProperty forProperty)
{
var node = baseNode.EnsurePath(path, false, forProperty);
return(node);
}
/// <summary>
/// builds node tree and process parsing attributes
/// </summary>
public void ReadNodes()
{
DTGroupNode._serializedObject = serializedObject;
SerializedProperty iterator = serializedObject.GetIterator();
mRootNode.Clear();
mEnterChildren = true;
DTGroupNode baseNode = mRootNode;
DTGroupNode parentNode = baseNode;
Stack <string> propertyPathStack = new Stack <string>();
Stack <DTGroupNode> baseNodeStack = new Stack <DTGroupNode>();
bool resetParent = false;
while (iterator.NextVisible(mEnterChildren))
{
mEnterChildren = false;
if (iterator.name != "m_Script" && iterator.name != "InspectorFoldout")
{
// handle baseNode resetting (AsGroup etc...)
while (propertyPathStack.Count > 0 && !iterator.propertyPath.StartsWith(propertyPathStack.Peek()))
{
propertyPathStack.Pop();
baseNode = baseNodeStack.Pop();
parentNode = baseNode;
}
var fieldNode = new DTFieldNode(iterator);
// get group parsing attributes
var groupParseAttribs = iterator.GetAttributes(typeof(IDTGroupParsingAttribute));
groupParseAttribs.Sort();
// get field parsing attributes
var parsingAttributes = iterator.GetAttributes(typeof(IDTFieldParsingAttribute));
foreach (IDTGroupParsingAttribute ga in groupParseAttribs)
{
if (ga is TabAttribute)
{
var tabA = (TabAttribute)ga;
parentNode = baseNode.EnsurePath(tabA.Path, false);
if (!string.IsNullOrEmpty(tabA.TabBarName) && !string.IsNullOrEmpty(tabA.TabName))
{
if (!parentNode[tabA.TabBarName])
{
parentNode = (DTGroupNode)parentNode.Add(new DTGroupNode(tabA.TabBarName, null, DTInspectorNode.RenderAsEnum.TabBar));
}
else
{
parentNode = (DTGroupNode)parentNode[tabA.TabBarName];
}
if (!parentNode[tabA.TabName])
{
parentNode = (DTGroupNode)parentNode.Add(new DTGroupNode(tabA.TabName, iterator, DTInspectorNode.RenderAsEnum.Tab));
}
else
{
parentNode = (DTGroupNode)parentNode[tabA.TabName];
}
if (tabA.Sort != 100)
{
parentNode.SortOrder = tabA.Sort;
}
}
else
{
DTLog.LogWarningFormat("[DevTools] Skipping [Tab] on '{0}' because Path is missing TabBar or Tab!", iterator.propertyPath);
}
}
else if (ga is SectionAttribute)
{
var sectionA = (SectionAttribute)ga;
parentNode = createGroup(baseNode, sectionA.Path, iterator);
if (sectionA.Sort != 100)
{
parentNode.SortOrder = sectionA.Sort;
}
}
else if (ga is AsGroupAttribute)
{
var asGroupA = (AsGroupAttribute)ga;
propertyPathStack.Push(fieldNode.SerializedPropertyPath);
baseNodeStack.Push(baseNode);
parentNode = createGroup((asGroupA.PathIsAbsolute) ? baseNode : parentNode, (asGroupA.Path == null) ? fieldNode.Name : asGroupA.Path + "/" + fieldNode.Name, iterator);
baseNode = parentNode;
}
else if (ga is GroupAttribute)
{
var groupA = (GroupAttribute)ga;
parentNode = createGroup(baseNode, groupA.Path, iterator);
if (groupA.Sort != 100)
{
parentNode.SortOrder = groupA.Sort;
}
resetParent = true;
}
}
foreach (IDTFieldParsingAttribute pa in parsingAttributes)
{
if (pa is Hide)
{
fieldNode.Visible = false;
fieldNode.ContentVisible = false;
mEnterChildren = false;
}
else if (pa is AsGroupAttribute || pa is Inline)
{
fieldNode.Visible = false;
fieldNode.ContentVisible = false;
mEnterChildren = true;
}
else if (pa is ArrayExAttribute)
{
var arrayA = (ArrayExAttribute)pa;
fieldNode.ArrayEx = new ReorderableList(serializedObject, iterator, arrayA.Draggable, arrayA.ShowHeader, arrayA.ShowAdd, arrayA.ShowDelete);
SetupArrayEx(fieldNode, arrayA);
}
else if (pa is SortOrderAttribute)
{
fieldNode.SortOrder = ((SortOrderAttribute)pa).Sort;
}
}
parentNode.Add(fieldNode);
if (resetParent)
{
parentNode = parentNode.Parent as DTGroupNode;
resetParent = false;
}
}
}
OnReadNodes();
Node.Sort();
}