def _populate_tree_item(self, mode, filename, itemid, group, text,
description):
if mode == 'child':
return core_api.append_item(filename, itemid, group, text=text,
description=description)
elif mode == 'sibling':
return core_api.insert_item_after(filename, itemid, group,
text=text, description=description)
def paste_items(filename, baseid, mode, group, description='Paste items'):
qmemory = core_api.get_memory_connection()
cursor = qmemory.cursor()
cursor.execute(queries.copy_select_parent_roots)
old_roots = cursor.fetchall()
core_api.give_memory_connection(qmemory)
old_to_new_ids = {}
def recurse(baseid, previd):
cursor.execute(queries.copy_select_parent, (baseid, previd))
child = cursor.fetchone()
if child:
id_ = child['C_id']
old_to_new_ids[id_] = core_api.append_item(
filename, old_to_new_ids[baseid], group=group,
text=child['C_text'], description=description)
item_paste_event.signal(filename=filename, id_=old_to_new_ids[id_],
oldid=id_, group=group,
description=description)
recurse(id_, 0)
recurse(baseid, id_)
if mode == 'siblings':
old_roots.reverse()
for root in old_roots:
if mode == 'children':
old_to_new_ids[root['C_id']] = core_api.append_item(
filename, baseid, group=group,
text=root['C_text'], description=description)
elif mode == 'siblings':
old_to_new_ids[root['C_id']] = core_api.insert_item_after(
filename, baseid, group=group,
text=root['C_text'], description=description)
item_paste_event.signal(filename=filename,
id_=old_to_new_ids[root['C_id']],
oldid=root['C_id'], group=group,
description=description)
recurse(root['C_id'], 0)
new_ids = old_to_new_ids.values()
new_roots = [old_to_new_ids[root['C_id']] for root in old_roots]
items_pasted_event.signal()
return (new_roots, new_ids)
def paste_items(filename, baseid, mode, group, description='Paste items'):
qmemory = core_api.get_memory_connection()
cursor = qmemory.cursor()
cursor.execute(queries.copy_select_parent_roots)
old_roots = cursor.fetchall()
core_api.give_memory_connection(qmemory)
old_to_new_ids = {}
def recurse(baseid, previd):
cursor.execute(queries.copy_select_parent, (baseid, previd))
child = cursor.fetchone()
if child:
id_ = child['C_id']
old_to_new_ids[id_] = core_api.append_item(
filename, old_to_new_ids[baseid], group=group,
text=child['C_text'], description=description)
item_paste_event.signal(filename=filename, id_=old_to_new_ids[id_],
oldid=id_, group=group,
description=description)
recurse(id_, 0)
recurse(baseid, id_)
if mode == 'siblings':
old_roots.reverse()
for root in old_roots:
if mode == 'children':
old_to_new_ids[root['C_id']] = core_api.append_item(
filename, baseid, group=group,
text=root['C_text'], description=description)
elif mode == 'siblings':
old_to_new_ids[root['C_id']] = core_api.insert_item_after(
filename, baseid, group=group,
text=root['C_text'], description=description)
item_paste_event.signal(filename=filename,
id_=old_to_new_ids[root['C_id']],
oldid=root['C_id'], group=group,
description=description)
recurse(root['C_id'], 0)
new_ids = old_to_new_ids.values()
new_roots = [old_to_new_ids[root['C_id']] for root in old_roots]
items_pasted_event.signal()
return (new_roots, new_ids)
def _populate_tree_item(self, mode, filename, itemid, group, text,
description):
if mode == 'child':
return core_api.append_item(filename,
itemid,
group,
text=text,
description=description)
elif mode == 'sibling':
return core_api.insert_item_after(filename,
itemid,
group,
text=text,
description=description)
