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fetch-mdiplo.py
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fetch-mdiplo.py
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#!/usr/bin/python3
import collections
import csv
import json
import re
import requests
import unicodedata
show_error_old_data = False
show_no_id_found = False
url_base = 'https://docs.google.com/spreadsheets/export?id=1po3WjKX15T766GYOYV8fHtve4RdlyLF6XEXBlUICib0&exportFormat=tsv&gid=0'
file_base = 'urls.tsv'
url_owners = 'https://docs.google.com/spreadsheets/export?id=1po3WjKX15T766GYOYV8fHtve4RdlyLF6XEXBlUICib0&exportFormat=tsv&gid=1970270275'
file_owners = 'owners.tsv'
url_relations_medias = 'https://raw.githubusercontent.com/mdiplo/Medias_francais/master/relations_medias_francais.tsv'
file_relations = 'relations.tsv'
url_liste_medias = 'https://raw.githubusercontent.com/mdiplo/Medias_francais/master/medias_francais.tsv'
file_liste_medias = 'liste_medias.tsv'
url_decodex = 'https://www.lemonde.fr/webservice/decodex/updates'
file_decodex = 'decodex.json'
# {{{ quelques definitions
class bcolors:
HEADER = '\033[95m'
OKBLUE = '\033[94m'
OKGREEN = '\033[92m'
WARNING = '\033[93m'
FAIL = '\033[91m'
ENDC = '\033[0m'
BOLD = '\033[1m'
UNDERLINE = '\033[4m'
def downloadData(url, filename):
response = requests.get(url)
response.encoding = 'UTF-8'
assert response.status_code == 200, 'failed to download '+url
text_file = open(filename, 'w', newline='\n', encoding="utf-8")
text_file.write(response.text)
text_file.close()
def strip_accents(s):
return ''.join(c for c in unicodedata.normalize('NFD', s)
if unicodedata.category(c) != 'Mn')
def slugify(value):
"""
Normalizes string, converts to lowercase, removes non-alpha characters,
and converts spaces to hyphens.
"""
return re.sub('[^a-zA-Z0-9.]+', '-', strip_accents(value).lower())
def idFromNom(db, nom):
# id = 0
for id in db:
row = db[id]
if row['nom'] == nom:
return int(id)
if re.search('^'+row['nom']+'$', nom, flags=re.IGNORECASE|re.UNICODE):
return int(id)
if slugify(row['nom']) == slugify(nom):
return int(id)
if show_no_id_found:
print("RIEN TROUVE pour ", nom)
return -2
# }}}
# {{{ recuperations des donnees
database = collections.OrderedDict()
#### base des relations medias / proprietaires ####
# {{{
# ce fichier contient les relations entre les entites :
# 0 - origine
# 1 - valeur ([origine] possede [cible] a [valeur] %)
# 2 - cible
# 3 - source
# 4 - datePublication
# 5 - dateConsultation
downloadData(url_relations_medias, file_relations)
# }}}
#### base des medias / proprietaires ####
# {{{
# ce fichier contient les informations sur les proprietaires
# 0 - nom
# 1 - typeLibelle
# 2 - typeCode
# 3 - rangChallenges
# 4 - mediaType
# 5 - mediaPeriodicite
# 6 - mediaEchelle
# 7 - commentaire
downloadData(url_liste_medias, file_liste_medias)
# }}}
#### base des urls des medias ####
# {{{
file_base = 'base.tsv'
# ce fichier contient les informations sur les proprietaires
# 1 - Média
# 2 - description
# 3 - Possedex
# 4 - dernière modif (automatique)
###### +
# 5 - Propriétaire 1
# 6 - Fortune 1
# 7 - Marque 1
# 8 - secteur1
# 9 - Propriétaire 2
# 10 - Fortune 2
# 11 - Marque 2
# 12 - secteur 2
# 13 - Propriétaire 3
# 14 - Fortune 3
# 15 - Marque 3
# 16 - secteur 3
# 17 - Subventions
# 18 - Pub
# 19 - Sources
# 20 - Adresse 1
# 21 - Adresse 2
# 22 - Adresse 3
# 23 - Adresse 4
# 24 - Adresse 5
downloadData(url_base, file_base)
# }}}
#### base des infos proprietaires ####
# {{{
# ce fichier contient les informations sur les proprietaires
# 1 - Nom
# 2 - Fortune
# 3 - Marque
# 4 - Secteur d'activite
# 5 - Description
downloadData(url_owners, file_owners)
# }}}
# }}} recuperations des donnees
database['objets'] = collections.OrderedDict()
database['sites'] = collections.OrderedDict()
database['urls'] = collections.OrderedDict()
# {{{ decodex official database (for decodex score and description)
decodex_db = collections.OrderedDict()
downloadData(url_decodex, file_decodex)
with open(file_decodex, 'r', encoding="utf-8") as jsonfile:
decodex_data = json.load(jsonfile)
for decodex_url in decodex_data['urls']:
decodex_id = decodex_data['urls'][decodex_url]
decodex_db[decodex_url] = collections.OrderedDict({
'note' : decodex_data['sites'][str(decodex_id)][0],
'desc' : decodex_data['sites'][str(decodex_id)][1],
})
# }}}
# {{{ objets
with open(file_liste_medias, 'r', encoding="utf-8") as tsvfile:
reader = csv.reader(tsvfile, delimiter="\t")
col_id = 0
col_nom = 1
col_typeLibelle = 2 # indication basique (personne morale/media/personne physique/etat)
col_type = 3 # typeCode, 1/2/3/4 ?
col_fortune = 4 # rang Challenge
col_challenges = 4 # rang Challenge
col_forbes = 5 # rang Forbes
# nouvelle colonnes
col_type_media = 6 # GPE, Television, Regional, Radio, ...
col_periodicite = 7 # Hebdomadaire, Bimestriel, Mensuel, ...
col_echelle = 8 # International, National
col_commentaire = 9 # Gratuit, Pure player, ...
id = 0
for row in reader:
if len(row) < 4:
continue
# id = row[col_id]
id = id + 1
if row[col_nom] == '':
continue
if row[col_id] == 'Patrick Drahi':
print("PATRIIIIICK")
show_all = True
#else:
# show_all = False
if row[col_id] == 'id':
continue
mdiplo_id = int(row[col_id])
entry = collections.OrderedDict({
'id' : int(row[col_id]),
'nom' : row[col_nom],
'slug' : slugify(row[col_nom]), # 2 - Nom normalise
#if row[col_type] == '1':
# entry['type' ] = "Personne physique"
#elif row[col_type] == '2':
# entry['type' ] = "Groupe (personne morale)"
#elif row[col_type] == '3':
# entry['type' ] = "Média"
#elif row[col_type] == '4':
# entry['type' ] = "État"
#else:
# entry['type' ] = "Autre type: "+row[col_type]
'type' : int(row[col_type]),
'typeLibelle' : row[col_typeLibelle],
#entry['description'] = row[col_description]
'fortune' : row[col_fortune],
'challenges' : row[col_challenges],
'forbes' : row[col_forbes],
# nouvelle colonnes
'type_media' : row[col_type_media],
'periodicite' : row[col_periodicite],
'echelle' : row[col_echelle],
'commentaire' : row[col_commentaire],
'possedex' : {},
'possessions' : [],
'urls' : [],
'est_possede' : [],
})
#if show_all:
# print(entry)
database['objets'][mdiplo_id] = entry
# }}} objets
print(bcolors.OKGREEN+"Nombre d'objets trouves : "+bcolors.ENDC+" ", id)
# {{{ ancienne base
# 1 - Utilisé pour les urls
# 2 - utilisé pour les conflits d'intérêts des propriétaires
with open(file_base, 'r', encoding="utf-8") as csvfile:
# {{{ colonnes
col_nom = 0
col_desc = 1
col_possedex = 2
col_updated = 3
col_proprietaire1 = 4
col_fortune1 = 5
col_marque1 = 6
col_influence1 = 7
col_proprietaire2 = 8
col_fortune2 = 9
col_marque2 =10
col_influence2 =11
col_proprietaire3 =12
col_fortune3 =13
col_marque3 =14
col_influence3 =15
col_subventions = 16
col_pub = 17
col_sources = 18
col_urls = 19 # colonne de la 1ere url
# }}} colonnes
url_count = 0;
reader = csv.reader(csvfile, delimiter="\t")
#reader = csv.reader(csvfile, delimiter="\t", quotechar='"')
num_row = 0
for row in reader:
try:
id = -1
if len(row) < 4:
continue
num_row = num_row + 1
if num_row == 1:
continue
if re.search('^exemple ', row[col_nom]) or re.search('^0$', row[col_nom]):
continue
if re.search('^$', row[col_nom]):
continue
id = idFromNom(database['objets'], row[col_nom])
#except ValueError:
#print(ValueError+"ERREUR FATALE idFromNom")
#continue
if id == -1:
if show_error_old_data :
print(bcolors.WARNING
+"(-1) <"+row[col_nom]+"> est introuvable dans la db[objets] sans exception"
+bcolors.ENDC, id)
elif id == -2:
if show_no_id_found :
print(bcolors.WARNING
+"(-2) <"+row[col_nom]+"> est introuvable dans la db[objets] sans exception"
+bcolors.ENDC, id)
continue
# {{{ anciennes donnees
entry = collections.OrderedDict()
entry['nom'] = row[col_nom] # 0 - Nom
entry['desc'] = row[col_desc] # 1 - Description
entry['classement'] = row[col_possedex] # 3 - Classement
entry['slug'] = slugify(row[col_nom]) # 2 - Nom normalise
entry['updated'] = row[col_updated] # 4 - updated
entry['pub'] = row[col_pub] # 5 - Pub ?
entry['subventions'] = row[col_subventions] # 6 - subventions
entry['sources'] = row[col_sources] # 7 - Sources
#except ValueError:
# if show_error_old_data:
# print(bcolors.FAIL
# +ValueError
# +"ERRREUR fatale dans le traitement des anciennes donnees"
# +bcolors.ENDC, id)
# données pas à jour pour les entités de type média (type = 3),
# + les types 1 et 2 sont les clefs
#entry['proprietaires'] = [
# row[col_proprietaire1],
# row[col_proprietaire2],
# row[col_proprietaire3]
# ]
if database['objets'][id]['type'] == 1 or database['objets'][id]['type'] == 2:
entry['fortunes'] = [
row[col_fortune1],
row[col_fortune2],
row[col_fortune3]
]
# @TODO : ajouter les marques dans toute la chaine proprietaire / groupe / media
if database['objets'][id]['type'] == 1 or database['objets'][id]['type'] == 2:
entry['marques'] = [
row[col_marque1],
row[col_marque2],
row[col_marque3]
]
# @TODO : ajouter les influences (intérets) dans toute la chaine proprietaire / groupe / media
if database['objets'][id]['type'] == 1 or database['objets'][id]['type'] == 2:
entry['influences'] = [
row[col_influence1],
row[col_influence2],
row[col_influence3]
]
print(bcolors.OKBLUE+"AJOUT DONNEES POSSEDEX"+bcolors.ENDC+" ", id)
database['objets'][id]['possedex'] = entry
#database['objets'][id]['possedex']['zzz'] = "GRRR"
#print bcolors.OKGREEN +"le nom <"+row[col_nom]+"> de googlesheet est bien dans la db[objets]" +bcolors.ENDC, id
# }}} anciennes donnees
except ValueError:
print(bcolors.FAIL
+ ValueError
+"Fail pour idFromNom<"+row[col_nom]+">, on saute"
+bcolors.ENDC, id)
continue
#continue
# {{{ on recupere les urls
# medias_urls[row[col_nom]] = []
for i in range(col_urls, len(row)-1):
url_count = url_count+1;
url = row[i]
url = url.rstrip('/')
url = url.rstrip('\n')
url = url.rstrip(' ')
#if url:
# if (i == col_urls):
# media = {'url' : url, 'nom' : row[col_nom]}
# if (row[col_proprietaire1]
# and database['proprietaires'][row[col_proprietaire1]]
# and media not in database['proprietaires'][row[col_proprietaire1]]['possessions']):
# database['proprietaires'][row[col_proprietaire1]]['possessions'].append(media)
# if (row[col_proprietaire2]
# and database['proprietaires'][row[col_proprietaire2]]
# and media not in database['proprietaires'][row[col_proprietaire2]]['possessions']):
# database['proprietaires'][row[col_proprietaire2]]['possessions'].append(media)
# if (row[col_proprietaire3]
# and database['proprietaires'][row[col_proprietaire3]]
# and media not in database['proprietaires'][row[col_proprietaire3]]['possessions']):
# database['proprietaires'][row[col_proprietaire3]]['possessions'].append(media)
url = re.sub(r'^https?:\/\/(www)?', '', url)
if url:
# medias_urls[url] = row[col_nom]
#database['urls'][url] = idFromNom(database['objets'], row[col_nom])
if id != -1 and id != -2:
database['urls'][url] = id
if url not in database['objets'][id]['urls']:
database['objets'][id]['urls'].append(url)
if url in decodex_db:
database['objets'][id]['possedex']['desc'] = decodex_db[url]['desc']
database['objets'][id]['possedex']['decodex'] = int(decodex_db[url]['note'])
else:
database['objets'][id]['possedex']['desc'] = ""
database['objets'][id]['possedex']['decodex'] = 0
# }}} on recupere les urls
# }}} ancienne base
print(bcolors.OKGREEN+"Nombre d'url trouvees : "+bcolors.ENDC+" ", url_count)
# {{{ ancienne base (propriétaires)
with open(file_owners, 'r', encoding="utf-8") as csvfile:
# 1 - Nom
# 2 - Fortune
# 3 - Marque
# 4 - Secteur d'activite
# 5 - Description
col_nom = 1
col_fortune = 2
col_marque = 3
col_activite = 4
col_desc = 5
reader = csv.reader(csvfile, delimiter="\t")
#reader = csv.reader(csvfile, delimiter="\t", quotechar='"')
for row in reader:
if len(row) == 0:
continue
id = idFromNom(database['objets'], row[col_nom])
if (id != -2):
database['objets'][id]['possedex']['desc'] = row[col_desc]
database['objets'][id]['possedex']['activite'] = row[col_activite]
database['objets'][id]['possedex']['marque'] = row[col_marque]
database['objets'][id]['possedex']['fortune'] = row[col_fortune]
# }}} ancienne base (propriétaires)
# {{{ relations
with open(file_relations, 'r', encoding="utf-8") as tsvfile:
id = 0
col_id = 0
col_origine = 1
col_valeur = 2
col_cible = 3
col_source = 4 # source de l'information
col_date_publication = 5
col_date_consultation = 6
relations_count = 0;
reader = csv.reader(tsvfile, delimiter="\t")
num_row = 0
for row in reader:
num_row = num_row + 1
if num_row == 0:
continue
if len(row) == 0:
continue
#if row[col_origine] == 'Patrick Drahi':
# show_all = True
# print(bcolors.OKBLUE+"Patrick Drahi origine"+bcolors.ENDC+" ", num_row)
# print(row)
# print("==== IL EST LA en origine ====")
#elif row[col_cible] == 'Patrick Drahi':
# show_all = True
# print(bcolors.OKBLUE+"Patrick Drahi cible"+bcolors.ENDC+" ", num_row)
# print(row)
# print("==== IL EST LA en cible ====")
#else:
# show_all = False
est_possede_par = {
'nom' : row[col_origine],
'valeur' : row[col_valeur],
'source' : []
}
possession = {
'nom' : row[col_cible],
'valeur' : row[col_valeur],
'source' : []
}
sources = row[col_source]
#if show_all:
# print(sources)
if sources:
result = re.split(',', sources)
for source in result:
#print "Pour <"+urls+">, traitement de ", source
relations_count = relations_count+1
source = source.strip(' ')
est_possede_par['source'].append(source)
possession['source'].append(source)
#if show_all:
# print(row[col_origine] + " dans est_possede_par")
# print(est_possede_par)
# print("possessions")
# print(possession)
try:
# OUPS ici
#print ("recherche <"+row[col_origine]+">")
idOrig = idFromNom(database['objets'], row[col_origine])
if idOrig != -2 and idOrig != -1:
#print ("idOrig=", idOrig)
if row[col_cible] and database['objets'][idOrig]:
#if not hasattr(database['objets'][idOrig], 'possessions'):
# database['objets'][idOrig]['possessions'] = []
if possession not in database['objets'][idOrig]['possessions']:
database['objets'][idOrig]['possessions'].append(possession)
idCible = idFromNom(database['objets'], row[col_cible])
if idCible == 120:
print("idCible = 120 !!!!!!!!!!!!!!!!!!!!!!!!!")
print(est_possede_par)
if idCible != -2 and idCible != -1:
#print ("idCible=", idCible)
if row[col_origine] and database['objets'][idCible]:
#if not hasattr(database['objets'][idCible], 'est_possede'):
# database['objets'][idCible]['est_possede'] = []
if est_possede_par not in database['objets'][idCible]['est_possede']:
database['objets'][idCible]['est_possede'].append(est_possede_par)
except:
print ("[[[[EXCEPTION]]]]" )
print ("row col_cible = "+row[col_cible] )
print ("row col_origine = "+row[col_origine])
print (row )
raise
# }}} relations
print(bcolors.OKGREEN+"Nombre de relations : "+bcolors.ENDC+" ", relations_count)
print(bcolors.OKBLUE+"Going to write into db.json"+bcolors.ENDC+" ")
# final write
with open('docs/db.json', 'w', newline='\n', encoding="utf-8") as outfile:
json.dump(database, outfile, indent=4, sort_keys = True, ensure_ascii=False)
# final write
print(bcolors.OKGREEN+"Data written to docs/db.json"+bcolors.ENDC+" ")