# Path: tlfp/tools/common.py
# def log_print(file=None, only_log=False):
#         def __init__(self, file):
#         def write(self, message):
#         def __getattr__(self, attr):
# def open_csv(dirpath, filename, delimiter=";"):
# def open_json(dirpath, filename=None):
# def download_daily(url_or_collecter, filename, output_directory):
# def print_json(dico, filename=None):
# def debug_file(data, filename):
# def format_date(d):
# def format_display_date(d):
# def real_lower(text):
# def clean_accents(text):
# def clean_text_for_diff(text):
# def compute_approx_similarity(text1, text2):
# def compute_similarity(text1, text2):
# def compute_similarity_by_articles(text1, text2):
# def identify_room(url_or_institution, legislature):
# def national_assembly_text_legislature(url_text):
# def personalize_link(link, obj, urlapi):
# def slug_groupe(g):
#     def __init__(self, sourcedir, load_parls=False):
#     def get_procedure(self):
#     def get_parlementaires(self):
#     def get_parlementaire(self, urlapi, slug):
#     def get_groupes(self):
#     def get_historique_groupes_senat(self):
#     def get_senateur_groupe(self, slug, object_date, urlapi):
#     def add_groupe(self, groupes, gpe, urlapi):
# def get_text_id(texte_url):
#     class Logger:
# class Context(object):
# 
# Path: tlfp/tools/sort_articles.py
# def split_article(a):
# def quantify_bis(b):
# def type_detail(d):
# def compare_details(a, b):
# def compare_articles(a, b):
# def article_is_lower(a, b):


import copy
import re
import sys
from bs4 import BeautifulSoup
from lawfactory_utils.urls import download
from .common import get_text_id, upcase_accents, real_lower
from .sort_articles import bister


class TextParsingFailedException(Exception):
    pass

# inspired by duralex/alinea_parser.py
def word_to_number(word):
    words = {
        'premiere': 1,
        'deuxieme': 2,
        'seconde': 2,
        'troisieme': 3,
        'quatrieme': 4,
        'cinquieme': 5,
        'sixieme': 6,
        'septieme': 7,
        'huitieme': 8,
        'neuvieme': 9,
        'dixieme': 10,
        'onzieme': 11,
        'douzieme': 12,
        'treizieme': 13,
        'quatorzieme': 14,
        'quinzieme': 15,
        'seizieme': 16,
    }

    for i, let in enumerate('abcdefh'):
        words[let] = i + 1


# Path: tlfp/tools/common.py
# def log_print(file=None, only_log=False):
#         def __init__(self, file):
#         def write(self, message):
#         def __getattr__(self, attr):
# def open_csv(dirpath, filename, delimiter=";"):
# def open_json(dirpath, filename=None):
# def download_daily(url_or_collecter, filename, output_directory):
# def print_json(dico, filename=None):
# def debug_file(data, filename):
# def format_date(d):
# def format_display_date(d):
# def real_lower(text):
# def clean_accents(text):
# def clean_text_for_diff(text):
# def compute_approx_similarity(text1, text2):
# def compute_similarity(text1, text2):
# def compute_similarity_by_articles(text1, text2):
# def identify_room(url_or_institution, legislature):
# def national_assembly_text_legislature(url_text):
# def personalize_link(link, obj, urlapi):
# def slug_groupe(g):
#     def __init__(self, sourcedir, load_parls=False):
#     def get_procedure(self):
#     def get_parlementaires(self):
#     def get_parlementaire(self, urlapi, slug):
#     def get_groupes(self):
#     def get_historique_groupes_senat(self):
#     def get_senateur_groupe(self, slug, object_date, urlapi):
#     def add_groupe(self, groupes, gpe, urlapi):
# def get_text_id(texte_url):
#     class Logger:
# class Context(object):
# 
# Path: tlfp/tools/sort_articles.py
# def split_article(a):
# def quantify_bis(b):
# def type_detail(d):
# def compare_details(a, b):
# def compare_articles(a, b):
# def article_is_lower(a, b):


# Path: tlfp/tools/parse_texte.py
import copy
import re
import sys
from bs4 import BeautifulSoup
from lawfactory_utils.urls import download
from .common import get_text_id, upcase_accents, real_lower
from .sort_articles import bister



class TextParsingFailedException(Exception):
    pass

# inspired by duralex/alinea_parser.py
def word_to_number(word):
    words = {
        'premiere': 1,
        'deuxieme': 2,
        'seconde': 2,
        'troisieme': 3,
        'quatrieme': 4,
        'cinquieme': 5,
        'sixieme': 6,
        'septieme': 7,
        'huitieme': 8,
        'neuvieme': 9,
        'dixieme': 10,
        'onzieme': 11,
        'douzieme': 12,
        'treizieme': 13,
        'quatorzieme': 14,
        'quinzieme': 15,
        'seizieme': 16,
    }

    for i, let in enumerate('abcdefh'):
        words[let] = i + 1


    word = real_lower(word).replace('è', 'e')