def create_structure_from_structure_node_schema(schema, parent_slot, author,
clone_candidates=None):
if not clone_candidates:
clone_candidates = []
clone_found = False
for candidate in clone_candidates:
if candidate.title == schema['title'] and \
candidate.text.text == schema['text'] and \
[child['short_title'] for child in schema['children']] == \
[child.title for child in candidate.children.all()]:
structure = candidate
clone_found = True
if not clone_found:
structure = create_structureNode(long_title=schema['title'],
text=schema['text'], authors=[author])
parent_slot.append_child(structure)
# auto-follows
create_vote(author, [structure])
for child in schema['children']:
if clone_found:
child_slot = structure.children.get(title=child['short_title'])
else:
child_slot = create_slot(child['short_title'])
structure.append_child(child_slot)
sub_clone_candidate_group = []
for candidate in clone_candidates:
for candidate_slot in candidate.children.filter(
title=child['short_title']).all():
sub_clone_candidate_group += candidate_slot.children.all()
create_structure_from_structure_node_schema(child, child_slot, author,
sub_clone_candidate_group)
return structure
def create_structure_from_structure_node_schema(schema, parent_slot, authors, origin_group=None, argument=None):
if not origin_group: origin_group = []
origin_found = False
if len(origin_group) > 0 and argument:
for origin in origin_group:
if origin.title == schema['title'] and origin.text.text == schema['text'] and\
[child['short_title'] for child in schema['children']] == [child.title for child in
origin.children.all()]:
structure = origin
origin_found = True
if not origin_found:
structure = create_structureNode(long_title=schema['title'], text=schema['text'], authors=authors)
parent_slot.append_child(structure)
for origin in origin_group:
origin.add_derivate(argument, structure)
for child in schema['children']:
if origin_found:
child_slot = structure.children.filter(title=child['short_title']).all()[0]
else:
child_slot = create_slot(child['short_title'])
structure.append_child(child_slot)
sub_origin_group = []
for origin in origin_group:
for origin_slot in origin.children.filter(title=child['short_title']).all():
sub_origin_group += origin_slot.children.all()
create_structure_from_structure_node_schema(child, child_slot, authors, sub_origin_group, argument)
def create_derivate_from_structure_node_schema(schema, parent_slot, author,
origin, score_tree,
arg_type=None,
arg_title="", arg_text=""):
new_path_couples = []
clone_found = False
if origin.title == schema['title'] and \
origin.text.text == schema['text'] and \
[child['short_title'] for child in schema['children']] == \
[child.title for child in origin.children.all()]:
structure = origin
clone_found = True
if not clone_found:
structure = create_structureNode(long_title=schema['title'],
text=schema['text'], authors=[author])
# auto-follow node
create_vote(author, [structure])
# append node
parent_slot.append_child(structure)
arg = origin.add_derivate(structure, arg_type=arg_type,
title=arg_title, text=arg_text,
authors=[author])
# auto-follow argument
#create_vote(author, [arg])
# data for microblogging message
new_path_couples.append(
(get_good_path_for_structure_node(origin, parent_slot),
get_good_path_for_structure_node(structure, parent_slot)))
for child in schema['children']:
if clone_found:
child_slot = structure.children.get(title=child['short_title'])
else:
if child['short_title'] in score_tree['slots']:
child_slot = origin.children.get(title=child['short_title'])
else:
child_slot = create_slot(child['short_title'])
structure.append_child(child_slot)
best = 0, None # score, id
if child['short_title'] in score_tree['slots']:
for candidate in score_tree['slots'][child['short_title']]:
if candidate['score'] >= best[0]:
best = candidate['score'], candidate
if best[0] > 0:
sub_origin = Node.objects.get(id=best[1]['id'])
_, sub_path_couples = create_derivate_from_structure_node_schema(
child, child_slot, author, sub_origin, best[1], arg_type,
arg_title, arg_text)
new_path_couples += sub_path_couples
else:
create_structure_from_structure_node_schema(child, child_slot,
author, [])
return structure, new_path_couples
