def __init__(self, availableItems):
""" Initializes the model with the given items. """
QStandardItemModel.__init__(self)
self.activeIndex = QModelIndex()
# Determine all nested items
self._parentChildMap = dict()
self._allItems = dict()
root = None
for item in availableItems:
self._parentChildMap[item.path] = list()
currentItem = item
while not currentItem is None:
self._parentChildMap[item.path].append(currentItem)
if currentItem.parent is None:
root = currentItem
self._parentChildMap[item.path].reverse()
currentItem = currentItem.parent
self._parentChildMap[root.path] = [root]
# Initializing the model
sRoot = self.invisibleRootItem()
sRoot.item = root
root.sItem = sRoot
self._allItems[root.path] = root
for items in self._parentChildMap.values():
parent = sRoot
for item in items:
if root != item:
sItem = QStandardItem(item.name)
sItem.item = item
item.sItem = sItem
self._allItems[item.path] = item
parent.appendRow(sItem)
parent = sItem
def __init__(self, availableItems):
""" Initializes the model with the given items. """
QStandardItemModel.__init__(self)
self.activeIndex = QModelIndex()
# Determine all nested items
self._parentChildMap = dict()
self._allItems = dict()
root = None
for item in availableItems:
self._parentChildMap[item.path] = list()
currentItem = item
while not currentItem is None:
self._parentChildMap[item.path].append(currentItem)
if currentItem.parent is None:
root = currentItem
self._parentChildMap[item.path].reverse()
currentItem = currentItem.parent
self._parentChildMap[root.path] = [root]
# Initializing the model
sRoot = self.invisibleRootItem()
sRoot.item = root
root.sItem = sRoot
self._allItems[root.path] = root
for items in self._parentChildMap.values():
parent = sRoot
for item in items:
if root != item:
sItem = QStandardItem(item.name)
sItem.item = item
item.sItem = sItem
self._allItems[item.path] = item
parent.appendRow(sItem)
parent = sItem
