| INFINITE = 99999 |
|
|
| def create_dic_levels(c,dict_of_levels : dict = {}): |
| if c.level == 0: |
| dict_of_levels[c.level] = [0] |
| for child in c.children: |
| if child.level not in dict_of_levels: |
| dict_of_levels[child.level] = [1 for _ in range(child.level)] |
| create_dic_levels(child, dict_of_levels) |
| if INFINITE in dict_of_levels.keys(): |
| dict_of_levels[INFINITE] = [1] |
| return dict_of_levels |
|
|
|
|
| def create_good_indexes(c, dict_of_levels : dict): |
| actual_level = c.level |
| c.index = dict_of_levels[actual_level].copy() |
| actual_len = len(dict_of_levels[actual_level]) |
| temp_update = dict_of_levels[actual_level][-1] |
| dict_of_levels[actual_level][-1] += 1 |
| for i in dict_of_levels.values(): |
| if len(i) > actual_len: |
| i[actual_len - 1] = temp_update |
| for child in c.children: |
| c_lvl = child.level |
| for i in dict_of_levels.values(): |
| if len(i) > c_lvl: |
| i[c_lvl:] = [1 for _ in range(len(i[c_lvl:]))] |
| create_good_indexes(child, dict_of_levels) |
|
|
|
|
| def create_good_indexes_not_ordered_titles(c, dict_of_levels : dict): |
| actual_level = c.level |
| c.index = dict_of_levels[actual_level].copy() |
| actual_len = len(dict_of_levels[actual_level]) |
| temp_update = dict_of_levels[actual_level][-1] |
| dict_of_levels[actual_level][-1] += 1 |
| for i in dict_of_levels.values(): |
| if len(i) > actual_len: |
| i[actual_len - 1] = temp_update |
| for child in c.children: |
| c_lvl = child.level |
| for i in dict_of_levels.values(): |
| if len(i) > c_lvl: |
| i[c_lvl:] = [1 for _ in range(len(i[c_lvl:]))] |
| create_good_indexes(child, dict_of_levels) |
|
|
|
|
| def set_good_block_indexes(c): |
| for i in c.containers: |
| for b in i.blocks: |
| for j in range(len(i.index)): |
| if i.index[j] == 0: |
| i.index[j] = 1 |
| b.index = i.index |
|
|
|
|
| def set_indexes(c, path : str): |
| if "temp/generated_files" in path or "data/templates" in path: |
| return |
| dict_levels = create_dic_levels(c, dict_of_levels={}) |
| myKeys = list(dict_levels.keys()) |
| myKeys.sort() |
| dict_levels = {key: dict_levels[key] for key in myKeys} |
| if c.children and c.children[0] and (c.children[0].level > min(list(dict_levels.keys())[1:])): |
| c.children[0].level = min(list(dict_levels.keys())[1:]) |
| create_good_indexes_not_ordered_titles(c, dict_levels) |
| else: |
| create_good_indexes(c, dict_levels) |
| set_good_block_indexes(c) |
|
|
