addr_2_db_suffixes.py

#!/usr/bin/env python
# coding: UTF-8
from pg_connexion import get_pgc
from pg_connexion import get_pgc_layers
from outils_de_gestion import batch_start_log
from outils_de_gestion import batch_end_log
import os,os.path
import sys
import time 
import xml.etree.ElementTree as ET

class Adresse:
	def __init__(self,node,num,voie,fantoir):
		self.node = node
		self.numero = num
		self.voie = voie
		self.fantoir = fantoir
class Adresses:
	def __init__(self):
		self.a = {}
	def register(self,voie):
		cle = normalize(voie)
		if not cle in self.a:
			self.a[cle] = {'numeros':{},'voies':{},'fantoirs':{},'point_par_rue':[]}
	def add_fantoir(self,cle,fantoir,source):
		self.register(cle)
		if len(fantoir) == 10:
			self.a[cle]['fantoirs'][source] = fantoir
		else:
			print(u'Code Fantoir non conforme : {:s}'.format(fantoir))
	def add_voie(self,voie_cle,source,voie=None):
		cle = normalize(voie_cle)
		if not voie:
			voie = voie_cle
		self.a[cle]['voies'][source] = voie
	def add_adresse(self,ad,source):
		""" une adresses est considérée dans la commune si sans Fantoir ou avec un Fantoir de la commune"""
		if (ad.fantoir == '' or (is_valid_fantoir(ad.fantoir) and ad.fantoir[0:5] == code_insee)) and is_valid_housenumber(ad.numero):
			cle = normalize(ad.voie)
			self.add_voie(ad.voie,source)
			self.a[cle]['numeros'][ad.numero] = ad
			if ad.fantoir != '':
				self.a[cle]['fantoirs']['OSM'] = ad.fantoir
		else:
			print(u'adresse rejetée : {:s} {:s}'.format(ad.numero,ad.fantoir))
	def get_cle_by_fantoir(self,fantoir):
		cle = ''
		for c in self.a:
			if 'fantoirs' in self.a[c]:
				if 'OSM' in self.a[c]['fantoirs']:
					if self.a[c]['fantoirs']['OSM'] == fantoir:
						cle = c
						break
				if 'FANTOIR' in self.a[c]['fantoirs']:
					if self.a[c]['fantoirs']['FANTOIR'] == fantoir:
						cle = c
						break
		return cle
	def has_already_fantoir(self,cle,source):
		has = False
		if source in self.a[cle]['fantoirs']:
			has = True
		return has
class Dicts:
	def __init__(self):
		self.lettre_a_lettre = {}
		self.fantoir = {}
		self.code_fantoir_vers_nom_fantoir = {}
		self.code_fantoir_vers_noms = {}
		self.osm_insee = {}
		self.abrev_type_voie = {}
		self.expand_noms = []
		self.expand_titres = []
		self.abrev_titres = []
		self.chiffres = []
		self.chiffres_romains = {}
		self.mot_a_blanc = []
		self.noms_voies = {}
		self.ways_osm = {}

	def load_lettre_a_lettre(self):
		self.lettre_a_lettre = {'A':[u'Â',u'À'],
						'C':[u'Ç'],
						'E':[u'È',u'Ê',u'É',u'Ë'],
						'I':[u'Ï',u'Î'],
						'O':[u'Ö',u'Ô'],
						'U':[u'Û',u'Ü'],
						'OE':[u'Œ']}
	def load_fantoir(self,insee):
		str_query = '''	SELECT 	code_insee||id_voie||cle_rivoli,
								nature_voie||' '||libelle_voie
						FROM	fantoir_voie
						WHERE	code_insee = \''''+insee+'''\' AND
								caractere_annul NOT IN ('O','Q');'''
		pgc = get_pgc()
		cur_fantoir = pgc.cursor()
		cur_fantoir.execute(str_query)
		for c in cur_fantoir:
			self.code_fantoir_vers_nom_fantoir[c[0]] = c[1]
			cle = ' '.join(c[1].replace('-',' ').split())
			cle = normalize(cle)
			self.fantoir[cle] = c[0]
	def load_addr_from_fantoir(self):
		for k in self.fantoir:
			adresses.add_fantoir(k,self.fantoir[k],'FANTOIR')
	def load_chiffres(self):
		self.chiffres = [	['0','ZERO'],
							['1','UN'],
							['2','DEUX'],
							['3','TROIS'],
							['4','QUATRE'],
							['5','CINQ'],
							['6','SIX'],
							['7','SEPT'],
							['8','HUIT'],
							['9','NEUF'],
							[' DIX ',' UNZERO '],
							[' ONZE ',' UNUN '],
							[' DOUZE ',' UNDEUX '],
							[' TREIZE ',' UNTROIS '],
							[' QUATORZE ',' UNQUATRE ']]
	def load_mot_a_blanc(self):
		self.mot_a_blanc = ['DE LA',
							'DU',
							'DES',
							'LE',
							'LA',
							'LES',
							'DE',
							'D']
	def load_expand_titres(self):
		fn = os.path.join(os.path.dirname(__file__),'dictionnaires','expand_titres.txt')
		f = open(fn)
		for l in f:
			if l[0:1] == '#':
				continue
			c = (l.splitlines()[0]).split('\t')
			self.expand_titres.append(c)
		f.close()
	def load_expand_noms(self):
		fn = os.path.join(os.path.dirname(__file__),'dictionnaires','expand_noms.txt')
		f = open(fn)
		for l in f:
			if l[0:1] == '#':
				continue
			c = (l.splitlines()[0]).split('\t')
			self.expand_noms.append(c)
		f.close()
	def load_abrev_titres(self):
		fn = os.path.join(os.path.dirname(__file__),'dictionnaires','abrev_titres.txt')
		f = open(fn)
		for l in f:
			if l[0:1] == '#':
				continue
			c = (l.splitlines()[0]).split('\t')
			self.abrev_titres.append(c)
		f.close()
	def load_chiffres_romains(self):
		fn = os.path.join(os.path.dirname(__file__),'dictionnaires','chiffres_romains.txt')
		f = open(fn)
		for l in f:
			if l[0:1] == '#':
				continue
			c = (l.splitlines()[0]).split('\t')
			self.chiffres_romains[c[0]] = c[1]
		f.close()
	def load_abrev_type_voie(self):
		fn = os.path.join(os.path.dirname(__file__),'dictionnaires','abrev_type_voie.txt')
		f = open(fn)
		for l in f:
			if l[0:1] == '#':
				continue
			c = (l.splitlines()[0]).split('\t')
			self.abrev_type_voie[c[0]] = c[1]
		f.close()
	def load_all(self,code_insee_commune):
		self.load_lettre_a_lettre()
		self.load_abrev_type_voie()
		self.load_expand_noms()
		self.load_expand_titres()
		self.load_abrev_titres()
		self.load_chiffres()
		self.load_chiffres_romains()
		self.load_mot_a_blanc()
		self.load_fantoir(code_insee_commune)
	def add_voie(self,origine,nom):
		cle = normalize(nom)
		if not cle in self.noms_voies:
			self.noms_voies[cle] = {}
		self.noms_voies[cle][origine] = nom
	def add_fantoir_name(self,fantoir,name,source):
		if not fantoir in self.code_fantoir_vers_noms:
			self.code_fantoir_vers_noms[fantoir] = {}
		if not source in self.code_fantoir_vers_noms[fantoir]:
			self.code_fantoir_vers_noms[fantoir][source] = name
	def get_fantoir_name(self,fantoir,source):
		res = ''
		if fantoir in self.code_fantoir_vers_noms:
			if source in self.code_fantoir_vers_noms[fantoir]:
				res = self.code_fantoir_vers_noms[fantoir][source]
		return res
class Node:
	def __init__(self,attribs,tags):
		self.attribs = attribs
		self.tags = tags
		self.sent = False
		self.modified = False
	def get_geom_as_text(self):
		strp = 'ST_PointFromText(\'POINT('+str(self.attribs['lon'])+' '+str(self.attribs['lat'])+')\',4326)'
		return strp
	def move_to(self,lon,lat):
		self.attribs['lon'] = lon
		self.attribs['lat'] = lat
	def get_as_osm_xml_node(self):
		s = "\t<node id="+XSS.quoteattr(self.attribs['id'])
		if self.modified:
			s = s+" action=\"modify\" "
		for a in self.attribs:
			if a != 'id':
				if a == 'user':
					v = XSS.quoteattr(self.attribs[a]).encode('utf8')
				else:
					v = XSS.quoteattr(str(self.attribs[a]).encode('utf8'))
				s = s+" "+a+"="+v
		if len(self.tags) == 0:
			s = s+"/>\n"
		else:
			s = s+">\n"
			for k in sorted(self.tags.viewkeys()):
				s = s+"\t\t<tag k="+XSS.quoteattr(k)+" v="+XSS.quoteattr(self.tags[k]).encode('utf8')+"/>\n"
			s = s+"\t</node>\n"
		return s
class Pg_hsnr:
	def __init__(self,d):
		self.x = d[0]
		self.y = d[1]
		self.provenance = d[2]
		self.osm_id = d[3]
		self.numero = d[4]
		self.voie = d[5]
		self.tags = tags_list_as_dict(d[6])
		self.fantoir = ''
		if self.provenance == '3' or self.provenance == '4':
			self.set_street_name()
		self.set_fantoir()
	def set_street_name(self):
		if 'type' in self.tags and self.tags['type'] == 'associatedStreet' and 'name' in self.tags:
			self.voie = self.tags['name']
	def set_fantoir(self):
		if 'ref:FR:FANTOIR' in self.tags and len(self.tags['ref:FR:FANTOIR']) == 10:
			self.fantoir = self.tags['ref:FR:FANTOIR']
def add_fantoir_to_hsnr():
	for v in adresses.a:
		if v in dicts.fantoir:
			adresses.a[v]['fantoirs']['FANTOIR'] = dicts.fantoir[v]
			adresses.a[v]['voies']['FANTOIR'] = dicts.code_fantoir_vers_nom_fantoir[dicts.fantoir[v]]
		else:
			if 'OSM' in adresses.a[v]['fantoirs']:
				if adresses.a[v]['fantoirs']['OSM'] in dicts.code_fantoir_vers_nom_fantoir:
					adresses.a[v]['voies']['FANTOIR'] = dicts.code_fantoir_vers_nom_fantoir[adresses.a[v]['fantoirs']['OSM']]
def append_suffixe(name,suffixe):
	res = name
	if suffixe:
		name_norm = normalize(name)
		suffixe_norm = normalize(suffixe)
		ln = len(name_norm)
		ls = len(suffixe)
		if ln > ls:
			if name[-ls:] != suffixe:
				res = name+' '+suffixe
		else:
			res = name+' '+suffixe
	return res
def get_best_fantoir(cle):
	res = ''
	if 'FANTOIR' in adresses.a[cle]['fantoirs']:
		res = adresses.a[cle]['fantoirs']['FANTOIR']
	if 'OSM' in adresses.a[cle]['fantoirs']:
		res = adresses.a[cle]['fantoirs']['OSM']
	return res
def get_cache_filename(data_type,insee_com,cadastre_com):
	cadastre_dep = get_cadastre_code_dept_from_insee(insee_com)
	cache_filename = os.path.join('/data/work/cadastre.openstreetmap.fr/bano_cache/',cadastre_dep,cadastre_com,'{:s}-{:s}.csv'.format(cadastre_com,data_type))
	return cache_filename
def get_cadastre_code_dept_from_insee(insee):
	code_dept = '0'+insee[0:2]
	if insee[0:2] == '97':
		code_dept = insee[0:3]
	return code_dept
def get_code_cadastre_from_insee(insee):
	str_query = 'SELECT cadastre_com FROM code_cadastre WHERE insee_com = \'{:s}\';'.format(insee)
	code_cadastre = []
	pgc = get_pgc()
	cur = pgc.cursor()
	cur.execute(str_query)
	for c in cur:
		code_cadastre = c[0]
	return code_cadastre
def get_data_from_pg(data_type,insee_com,cadastre_com,local=False,suffixe_data=None):
	# print(data_type,insee_com,cadastre_com,suffixe_data)
	cache_file = get_cache_filename(data_type,insee_com,cadastre_com)
	# print(cache_file)
	if not os.path.exists(cache_file) or (time.time() - os.path.getmtime(cache_file)) > 86400 :
		fq = open('sql/{:s}.sql'.format(data_type),'rb')
		str_query = fq.read().replace('__com__',insee_com)
		fq.close()
		if local:
			pgc = get_pgc()
		else:
			pgc = get_pgc_layers()
		if suffixe_data:
			str_query = str_query.replace('__suffixe_data__',suffixe_data)
		cur = pgc.cursor()
		cur.execute(str_query)
		f = open(cache_file,'w+')
		for lt in cur:
			l = list(lt)
			f.write(str(l)+'\n')
		cur.close()
		f.seek(0)
	else :
		f = open(cache_file,'r')
	res = []
	for l in f:
		res.append(eval(l))
	f.close()
	return res
def get_geom_suffixes(insee,code_cadastre):
	data = get_data_from_pg('geom_suffixes_insee',insee,code_cadastre,True)
	a_queries = []
	for l in data:
		a_queries.append('SELECT ST_PolygonFromText(\'{:s}\',900913) as geom,\'{:s}\'::text suffixe'.format(l[0],l[1].replace('\'','\'\'')))
	return ' UNION '.join(a_queries)
def get_nb_parts(s):
	return len(s.split())
def get_part_debut(s,nb_parts):
	resp = ''
	if get_nb_parts(s) > nb_parts:
		resp = ' '.join(s.split()[0:nb_parts])
	return resp
def get_tags(xmlo):
	dtags = {}
	for tg in xmlo.iter('tag'):
		dtags[tg.get('k')] = tg.get('v')
	return dtags
def has_addreses_with_suffix(insee):
	res = False
	str_query = 'SELECT count(*) FROM suffixe where insee_com = \'{:s}\';'.format(insee)
	cur = pgc.cursor()
	cur.execute(str_query)
	for c in cur:
		if c[0]> 0 :
			res = True
	return res
def is_valid_housenumber(hsnr):
	is_valid = True
	if len(hsnr.encode('utf8')) > 11:
		is_valid = False
	return is_valid
def is_valid_fantoir(f):
	res = True
	if len(f) != 10:
		res = False
	return res
def	load_hsnr_from_cad_file(fnadresses,source):
	xmladresses = ET.parse(fnadresses)
	dict_node_relations = {}
	for asso in xmladresses.iter('relation'):
		dtags = get_tags(asso)
		if not 'type' in dtags:
			continue
		if dtags['type'] != 'associatedStreet':
			continue
		if not 'name' in dtags:
			continue
		if len(dtags['name']) < 2:
			continue
		adresses.register(dtags['name'])
		adresses.add_voie(dtags['name'],'CADASTRE')
		for n in asso.iter('member'):
			if n.get('type') == 'node':
				if not n.get('ref') in dict_node_relations:
					dict_node_relations[n.get('ref')] = []
				dict_node_relations[n.get('ref')].append(normalize(dtags['name']))
	for n in xmladresses.iter('node'):
		dtags = get_tags(n)
		n_id = n.get('id')
		if 'addr:housenumber' in dtags and n_id in dict_node_relations:
			if is_valid_housenumber(dtags['addr:housenumber']):
				for v in dict_node_relations[n_id]:
					nd = Node({'id':n_id,'lon':n.get('lon'),'lat':n.get('lat')},{})
					adresses.add_adresse(Adresse(nd,dtags['addr:housenumber'],adresses.a[v]['voies']['CADASTRE'],''),source)
			else:
				print('Numero invalide : {:s}'.format(dtags['addr:housenumber'].encode('utf8')))
def load_hsnr_from_pg_osm(insee_com,cadastre_com):
	data = get_data_from_pg('hsnr_insee',insee_com,cadastre_com)
	for l in data:
		# oa = Pg_hsnr(list(l))
		oa = Pg_hsnr(l)
		n = Node({'id':oa.osm_id,'lon':oa.x,'lat':oa.y},{})
		if oa.voie == None:
			continue
		adresses.register(oa.voie.decode('utf8'))
		adresses.add_adresse(Adresse(n,oa.numero.decode('utf8'),oa.voie.decode('utf8'),oa.fantoir),source)
def load_highways_from_pg_osm(insee_com,cadastre_com):
	if commune_avec_suffixe:
		data = get_data_from_pg('highway_suffixe_insee',insee_com,cadastre_com,False,geom_suffixe)
	else:
		data = get_data_from_pg('highway_insee',insee_com,cadastre_com)
	for l in data:
		# l = list(lt)
		name = l[0].decode('utf8')
		suffixe = ''
		if l[4]:
			suffixe = l[4].decode('utf8')
			# print('*****',name,suffixe)
		if len(name) < 2:
			continue
		name_suffixe = append_suffixe(name,suffixe)
		adresses.register(name_suffixe)
		cle = normalize(name_suffixe)
		# print(cle)
		if adresses.has_already_fantoir(cle,'OSM'):
			continue
		fantoir = ''
		if len(l)>1:
			if l[1] != None and l[1][0:5] == insee_com:
				fantoir = l[1]
				adresses.add_fantoir(cle,l[1],'OSM')
		if len(l)>2 and fantoir == '':
			if l[2] != None and l[2][0:5] == insee_com:
				fantoir = l[2]
				adresses.add_fantoir(cle,l[2],'OSM')
		if len(l)>3 and fantoir == '':
			if l[3] != None and l[3][0:5] == insee_com:
				fantoir = l[3]
				adresses.add_fantoir(cle,l[3],'OSM')
		if fantoir != '':
			dicts.add_fantoir_name(fantoir,name,'OSM')
		adresses.add_voie(name_suffixe,'OSM',name)
def load_highways_relations_from_pg_osm(insee_com,cadastre_com):
	if commune_avec_suffixe:
		data = get_data_from_pg('highway_relation_suffixe_insee',insee_com,cadastre_com,False,geom_suffixe)
	else:
		data = get_data_from_pg('highway_relation_insee',insee_com,cadastre_com)
	for l in data:
		# l = list(lt)
		name = l[0].decode('utf8')
		if len(name) < 2:
			continue
		suffixe = ''
		if l[-2]:
			suffixe = l[-2].decode('utf8')
		name_suffixe = append_suffixe(name,suffixe)
		adresses.register(name_suffixe)
		cle = normalize(name_suffixe)
		if adresses.has_already_fantoir(cle,'OSM'):
			continue
		fantoir = ''
		tags = tags_list_as_dict(l[1])
		if 'ref:FR:FANTOIR' in tags:
			if tags['ref:FR:FANTOIR'][0:5] == code_insee and len(tags['ref:FR:FANTOIR']) == 10:
				fantoir = tags['ref:FR:FANTOIR']
		if fantoir != '':
			dicts.add_fantoir_name(fantoir,name,'OSM')
		adresses.add_voie(name_suffixe,'OSM',name)
def load_point_par_rue_from_pg_osm(insee_com,cadastre_com):
	data = get_data_from_pg('point_par_rue_insee',insee_com,cadastre_com)
	for l in data:
		name = l[2].decode('utf8')
		if len(name) < 2:
			continue
		adresses.register(name)
		cle = normalize(name)
		adresses.a[cle]['point_par_rue'] = l[0:2]
def	load_to_db(adresses,code_insee,source,code_cadastre,code_dept):
	for a in ['cumul_adresses','cumul_voies']:
		sload = 'DELETE FROM {:s} WHERE insee_com = \'{:s}\' AND source = \'{:s}\';\n'.format(a,code_insee,source)
		cur_insert = pgc.cursor()
		cur_insert.execute(sload)
	nb_rec = 0
	a_values_voie = []
	# print(adresses.a['CHE LAC'])
	# print(adresses.a['CHE LAC RUFFIGNY'])
	# os._exit(0)
	
	for v in adresses.a:
		sload = 'INSERT INTO cumul_adresses (geometrie,numero,voie_cadastre,voie_osm,voie_fantoir,fantoir,insee_com,cadastre_com,dept,code_postal,source) VALUES'
		sload_voie = 'INSERT INTO cumul_voies (geometrie,voie_cadastre,voie_osm,voie_fantoir,fantoir,insee_com,cadastre_com,dept,code_postal,source) VALUES'
		a_values = []
		# if not adresses.a[v]['numeros']:
			# continue
		street_name_cadastre = ''
		street_name_osm = ''
		street_name_fantoir = ''
		cle_fantoir = get_best_fantoir(v)
		if 'OSM' in adresses.a[v]['voies']:
			street_name_osm =  adresses.a[v]['voies']['OSM'].encode('utf8')
		else :
			street_name_osm = dicts.get_fantoir_name(cle_fantoir,'OSM').encode('utf8')
		if 'FANTOIR' in adresses.a[v]['voies']:
			street_name_fantoir =  adresses.a[v]['voies']['FANTOIR'].encode('utf8')
		if 'CADASTRE' in adresses.a[v]['voies']:
			street_name_cadastre =  adresses.a[v]['voies']['CADASTRE'].encode('utf8')
		# if street_name_osm == '' and street_name_cadastre == '':
			# print('****** voies muettes '+v)
			# print(adresses.a[v])
		# if not adresses.a[v]['numeros'] and len(adresses.a[v]['point_par_rue'])>1 and source == 'OSM':
		if len(adresses.a[v]['point_par_rue'])>1 and source == 'OSM':
			a_values_voie.append("(ST_PointFromText('POINT({:6f} {:6f})', 4326),'{:s}','{:s}','{:s}','{:s}','{:s}','{:s}','{:s}','{:s}','{:s}')".format(adresses.a[v]['point_par_rue'][0],adresses.a[v]['point_par_rue'][1],street_name_cadastre.replace("'","''"),street_name_osm.replace("'","''"),street_name_fantoir.replace("'","''"),cle_fantoir,code_insee,code_cadastre,code_dept,'',source))
			# nb_rec +=1
			# print(a_values_voie)
			# print(len(a_values_voie))
# nodes
		# else:
		for num in adresses.a[v]['numeros']:
			numadresse = adresses.a[v]['numeros'][num]
			a_values.append('(ST_PointFromText(\'POINT({:s} {:s})\', 4326),\'{:s}\',\'{:s}\',\'{:s}\',\'{:s}\',\'{:s}\',\'{:s}\',\'{:s}\',\'{:s}\',\'{:s}\',\'{:s}\')'.format(numadresse.node.attribs['lon'],numadresse.node.attribs['lat'],numadresse.numero.encode('utf8'),street_name_cadastre.replace("'","''"),street_name_osm.replace("'","''"),street_name_fantoir.replace("'","''"),cle_fantoir,code_insee,code_cadastre,code_dept,'',source))
			nb_rec +=1
		if len(a_values)>0:
			sload = sload+','.join(a_values)+';COMMIT;'
			cur_insert.execute(sload)
	if len(a_values_voie) > 0:
		sload_voie = sload_voie+','.join(a_values_voie)+';COMMIT;'
		# print(a_values_voie)
		cur_insert.execute(sload_voie)
	return(nb_rec)
def normalize(s):
	# if s[0:2] == 'BD' or s[0:4] == 'Boul':
		# print(s)
	s = s.upper()				# tout en majuscules
	s = s.split(' (')[0]		# parenthèses : on coupe avant
	s = s.replace('-',' ')		# separateur espace
	s = s.replace('\'',' ')		# separateur espace
	s = s.replace('’'.decode('utf8'),' ')		# separateur espace
	s = s.replace('/',' ')		# separateur espace
	s = s.replace(':',' ')		# separateur deux points
	s = ' '.join(s.split())		# separateur : 1 espace
	for l in iter(dicts.lettre_a_lettre):
		for ll in dicts.lettre_a_lettre[l]:
			s = s.replace(ll,l)
	s = s.encode('ascii','ignore')
	
# type de voie
	abrev_trouvee = False
	p = 5
	while (not abrev_trouvee) and p > -1:
		p-= 1
		if get_part_debut(s,p) in dicts.abrev_type_voie:
			s = replace_type_voie(s,p)
			abrev_trouvee = True
# ordinal
	s = s.replace(' EME ','EME ')
	s = s.replace(' 1ER ',' PREMIER ')

# chiffres
	for c in dicts.chiffres:
		s = s.replace(c[0],c[1])

# titres, etc.
	for r in dicts.expand_noms:
		s = s.replace(' '+r[0]+' ',' '+r[1]+' ')
		if s[-len(r[0]):] == r[0]:
			s = s.replace(' '+r[0],' '+r[1])
	for r in dicts.expand_titres:
		s = s.replace(' '+r[0]+' ',' '+r[1]+' ')
	for r in dicts.abrev_titres:
		s = s.replace(' '+r[0]+' ',' '+r[1]+' ')

# articles
	for c in dicts.mot_a_blanc:
		s = s.replace(' '+c+' ',' ')

# chiffres romains
	sp = s.split()

	if sp[-1] in dicts.chiffres_romains:
		sp[-1] = dicts.chiffres_romains[sp[-1]]
		s = ' '.join(sp)
	return s[0:30]
def replace_type_voie(s,nb):
	sp = s.split()
	spd = ' '.join(sp[0:nb])
	spf = ' '.join(sp[nb:len(sp)])
	s = dicts.abrev_type_voie[spd]+' '+spf
	return s
def tags_list_as_dict(ltags):
	res = {}
	for i in range(0,int(len(ltags)/2)):
		res[ltags[i*2]] = ltags[i*2+1]
	return res
def main(args):
	global source,batch_id
	global pgc,pgcl
	global code_insee,code_cadastre,code_dept
	global dicts
	global nodes,ways,adresses
	global commune_avec_suffixe
	global geom_suffixe

	debut_total = time.time()
	usage = 'USAGE : python addr_cad_2_db.py <code INSEE> <OSM|CADASTRE>'
	if len(args) != 3:
		print(usage)
		os._exit(0)
		
	source = args[2].upper()
	if source not in ['OSM','CADASTRE']:
		print(usage)
		os._exit(0)

	adresses = Adresses()
	
	pgc = get_pgc()
	pgcl = get_pgc_layers()
	
	code_insee = args[1]
	code_cadastre = get_code_cadastre_from_insee(code_insee)
	code_dept = get_cadastre_code_dept_from_insee(code_insee)
	
	batch_id = batch_start_log(source,'loadCumul',code_cadastre)
	
	dicts = Dicts()
	dicts.load_all(code_insee)

	commune_avec_suffixe = has_addreses_with_suffix(code_insee)
	geom_suffixe = None
	if commune_avec_suffixe:
		geom_suffixe = get_geom_suffixes(code_insee,code_cadastre)

	if source == 'CADASTRE':
		fnadresses = os.path.join('/data/work/cadastre.openstreetmap.fr/bano_cache',code_dept,code_cadastre,code_cadastre+'-adresses.osm')
		load_hsnr_from_cad_file(fnadresses,source)
	if source == 'OSM':
		load_hsnr_from_pg_osm(code_insee,code_cadastre)
	load_highways_from_pg_osm(code_insee,code_cadastre)
	load_highways_relations_from_pg_osm(code_insee,code_cadastre)
	add_fantoir_to_hsnr()
	load_point_par_rue_from_pg_osm(code_insee,code_cadastre)
	
	nb_rec = load_to_db(adresses,code_insee,source,code_cadastre,code_dept)
	
	batch_end_log(nb_rec,batch_id)
	fin_total = time.time()
	print('Execution en '+str(int(fin_total - debut_total))+' s.')
if __name__ == '__main__':
    main(sys.argv)