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xml-obj-atu.py
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import lxml
from bs4 import BeautifulSoup
import re
import sys
class dtdict:
def __init__(self, descripteur):
self.extract = None
self.extract_branch = None
self.emprise = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "emprise" ]]
self.descripteur = descripteur
self.soup = BeautifulSoup(self.descripteur,"lxml")
self.partie = None
self.resul = None
self.dt_origine = None
self.dict_origine = None
self.atu_origine = None
def extraction1(self):
self.resul = self.soup.find(self.partie).find(self.extract).text
if self.partie == [ i+j if i == '' else i + ':' +j for i in namespace for j in valeur_namespace_dt ] and self.extract == [i+j if i == '' else i + ':' +j for i in namespace for j in ["noconsultationduteleservice", "noconsultationduteleserviceseize"]] and self.resul != None:
origine = re.search("([0-9]+)([A-Z])(.*)",str(self.resul))
self.dt_origine = origine.group(2)
#print(origine.group(2))
#print(origine.groups())
if self.partie == [ i+j if i == '' else i + ':' +j for i in namespace for j in valeur_namespace_dict ] and self.extract == [ i+j if i == '' else i + ':' +j for i in namespace for j in ["noconsultationduteleservice", "noconsultationduteleserviceseize"]] and self.resul != None:
origine = re.search("([0-9]+)([A-Z])(.*)",str(self.resul))
self.dict_origine = origine.group(2)
#print(origine.group(2))
#print(origine.groups())
if self.partie == [ i+j if i == '' else i + ':' +j for i in namespace for j in valeur_namespace_atu ] and self.extract == [ i+j if i == '' else i + ':' +j for i in namespace for j in ["noconsultationduteleservice", "noconsultationduteleserviceseize"]] and self.resul != None:
origine = re.search("([0-9]+)([A-Z])(.*)",str(self.resul))
self.atu_origine = origine.group(2)
def extraction2(self):
self.resul = self.soup.find(self.partie).find(self.extract).findChild(self.extract_branch).text
def extraction3(self):
#nb_poly = self.soup.find("emprise").findAll("ns2:poslist").__len__()
#nb_poly = self.soup.find(self.partie).find(self.extract).findAll(self.extract_branch).__len__()
nb_poly = self.soup.find(self.partie).find(self.emprise).findAll(self.extract_branch).__len__()
#print(nb_poly)
if nb_poly == 1:
self.resul = self.soup.find(self.partie).find(self.extract).findChild(self.extract_branch).text
reponse = re.search('[7][.][0-9]+ [4][8][.][0-9]+',self.resul)
if reponse:
traite_liste = re.finditer('[7][.][0-9]+ [4][8][.][0-9]+',self.resul)
g = [ tt.group(0) for tt in traite_liste ]
self.resul = [ k.replace(' ',',') for k in g ]
else:
traite_liste = re.finditer('[7][.][0-9]+,[4][8][.][0-9]+',self.resul)
self.resul = [ tt.group(0) for tt in traite_liste ]
else:
print("cas multi polygone")
#self.resul = self.soup.find(self.partie).find(self.extract).findAll(self.extract_branch)
self.resul = self.soup.find(self.partie).find(self.emprise).findChildren(self.extract_branch)
traite_liste=re.sub("ns2[:]","",str(self.resul))
self.resul=traite_liste
traite_liste=re.sub("ns1[:]","",str(self.resul))
self.resul=traite_liste
traite_liste = re.sub("<poslist srsdimension=.2.>","",self.resul)
self.resul=traite_liste
traite_liste=re.sub("</poslist>","",self.resul)
self.resul=traite_liste
traite_liste=re.sub("<gml:coordinates>","",self.resul)
self.resul=traite_liste
traite_liste=re.sub("<coordinates>","",self.resul)
self.resul=traite_liste
traite_liste=re.sub("</gml:coordinates>","",self.resul)
self.resul=traite_liste
traite_liste=re.sub("</coordinates>","",self.resul)
self.resul=traite_liste
#self.resul=traite_liste
self.resul=traite_liste + 'MULTIPOLYGON'
print("Debug liste poly: " + str(self.resul))
def extraction4(self):
ma_liste = self.soup.find(self.partie).find(self.extract).findChildren(self.extract_branch)
#print(ma_liste)
if len(ma_liste) > 1:
for k in [ i+j if i == '' else i + ':' +j for i in namespace for j in ["naturedestravaux"]]:
ma_sortie = re.sub("<" + k + ">","",str(ma_liste))
if str(ma_liste) != ma_sortie:
ma_liste = ma_sortie
ma_sortie = re.sub("</" + k + ">","",ma_liste)
ma_liste = ma_sortie
ma_sortie = re.sub("\[","",ma_liste)
ma_liste = ma_sortie
ma_sortie = re.sub("\]","",ma_liste)
ma_liste = ma_sortie
ma_sortie = re.sub(",","",ma_liste)
#print("masortie vaut" + ma_sortie)
self.resul=ma_sortie
else:
self.resul = self.soup.find(self.partie).find(self.extract).findChild(self.extract_branch).text
def extraction5(self):
ma_liste = self.soup.find(self.partie).find(self.extract).findChildren(self.extract_branch)
#print(ma_liste)
if len(ma_liste) > 1:
for k in [ i+j if i == '' else i + ':' +j for i in namespace for j in ["techniquesutilisees"]]:
ma_sortie = re.sub("<" + k + ">","",str(ma_liste))
if str(ma_liste) != ma_sortie:
ma_liste = ma_sortie
ma_sortie = re.sub("</" + k + ">","",ma_liste)
ma_liste = ma_sortie
ma_sortie = re.sub("\[","",ma_liste)
ma_liste = ma_sortie
ma_sortie = re.sub("\]","",ma_liste)
ma_liste = ma_sortie
ma_sortie = re.sub(",","",ma_liste)
#print("masortie vaut" + ma_sortie)
self.resul=ma_sortie
else:
self.resul = self.soup.find(self.partie).find(self.extract).findChild(self.extract_branch).text
class const_dtdict:
def __init__(self):
self._PARTIEDT = [ i+j if i == '' else i + ':' +j for i in namespace for j in valeur_namespace_dt ]
self._PARTIEDICT = [ i+j if i == '' else i + ':' +j for i in namespace for j in valeur_namespace_dict ]
self._PARTIEATU = [ i+j if i == '' else i + ':' +j for i in namespace for j in valeur_namespace_atu ]
self._NUM_DICT = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["noconsultationduteleservice", "noconsultationduteleserviceseize"]]
self._NUM_DT = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["noconsultationduteleservice", "noconsultationduteleserviceseize"]]
self._NUM_ATU = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["noconsultationduteleservice", "noconsultationduteleserviceseize"]]
self._SOUSPARTIEATUREPONSE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "chantiertermineouchantieravenir" ]]
self._ATU_REPONSE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "reponseattenduechantieravenir" ]]
self._NUM_AFFAIRE_DT = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["noaffaireduresponsableduprojet" ]]
self._NUM_AFFAIRE_DICT = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["noaffairedelexecutantdestravaux" ]]
self._SOUSPARTIEOEUVRE = ([ i+j if i == '' else i + ':' +j for i in namespace for j in [ "representantduresponsabledeprojet" ]])
self._SOUSPARTIEATU = ([ i+j if i == '' else i + ':' +j for i in namespace for j in [ "personneordonnantlestravauxurgents" ]])
self._DATEDECLARATION = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["datedeladeclaration", "date" ]]
self._DATETRAVAUX = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["dateprevuepourlecommencementdestravaux", "datedebutdestravaux" ]]
self._PROJETCAL = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["projetetsoncalendrier", "travauxetleurcalendrier" ]]
self._CHAMPMELCONTACT = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "courriel" ]]
self._CHAMPENTREPOEUVRE = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["denomination", "nom" ]]
self._CHAMPNUMVOIEOEUVRE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "numero" ]]
self._CHAMPVOIEOEUVRE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "voie" ]]
self._CHAMPCPOEUVRE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "codepostal" ]]
self._CHAMPCOMMUNEOEUVRE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "commune" ]]
self._CHAMPTELOEUVRE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "tel" ]]
self._CHAMPFAXOEUVRE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "fax" ]]
self._CHAMPCONTACT = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["personneacontacter", "nomdelapersonneacontacter" ]]
self._CONJOINTE = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["declarationconjointedtdict" ]]
self._SOUSPARTIEEXECUTANT = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["executantdestravaux"]]
self._CHAMPEMPRISE = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "emplacementduprojet", "emplacementdestravaux", "travauxemplacementdureedescription" ]]
self._CHAMPADDRTRA = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "adresse" ]]
self._CHAMPCPTRA = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "cp" ]]
self._CHAMPCOMMUNETRA = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["communeprincipale", "commune" ]]
self._AVANTEMPRISE = [ i+j if i == '' else i + ':' +j for i in namespace_geo for j in ["linearring"]]
self._EMPRISE = [ i+j if i == '' else i + ':' +j for i in namespace_geo for j in ["coordinates","poslist"]]
self._NATURE_TRA = [ i+j if i == '' else i + ':' +j for i in namespace for j in ["naturedestravaux", "travauxetmoyensmisenoeuvre" ]]
self._DESCRI_PROJ = [ i+j if i == '' else i + ':' +j for i in namespace for j in [ "decrivezleprojet", "decrivezlestravaux" ]]
self._MOYENS_UTIL = [i+j if i == '' else i + ':' +j for i in namespace for j in [ "techniquesutilisees" ]]
class descrit_toi_DT:
def __init__(self):
self.liste_dt = ({"_NUM_DT":"extraction1",
"_NUM_AFFAIRE_DT":"extraction1",
"_CHAMPENTREPOEUVRE":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPNUMVOIEOEUVRE":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPVOIEOEUVRE":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPCPOEUVRE":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPCOMMUNEOEUVRE":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPCONTACT":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPMELCONTACT":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPTELOEUVRE":["extraction2","_SOUSPARTIEOEUVRE"],
"_CHAMPADDRTRA":["extraction2","_CHAMPEMPRISE"],
"_CHAMPCOMMUNETRA":["extraction2","_CHAMPEMPRISE"],
"_DATEDECLARATION":"extraction1",
"_DATETRAVAUX":["extraction2","_PROJETCAL"],
"_EMPRISE":["extraction3","_AVANTEMPRISE"],
"_NATURE_TRA":["extraction4","_PROJETCAL"],
"_MOYENS_UTIL":["extraction5","_PROJETCAL"],
"_DESCRI_PROJ":["extraction2","_PROJETCAL"]})
class descrit_toi_DICT:
def __init__(self):
self.liste_dict = ({"_NUM_DICT":"extraction1",
"_NUM_AFFAIRE_DICT":"extraction1",
"_CHAMPENTREPOEUVRE":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPNUMVOIEOEUVRE":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPVOIEOEUVRE":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPCPOEUVRE":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPCOMMUNEOEUVRE":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPCONTACT":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPMELCONTACT":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPTELOEUVRE":["extraction2","_SOUSPARTIEEXECUTANT"],
"_CHAMPADDRTRA":["extraction2","_CHAMPEMPRISE"],
"_CHAMPCOMMUNETRA":["extraction2","_CHAMPEMPRISE"],
"_DATEDECLARATION":"extraction1",
"_DATETRAVAUX":["extraction2","_PROJETCAL"],
"_EMPRISE":["extraction3","_AVANTEMPRISE"],
"_NATURE_TRA":["extraction4","_PROJETCAL"],
"_MOYENS_UTIL":["extraction5","_PROJETCAL"],
"_DESCRI_PROJ":["extraction2","_PROJETCAL"]})
class descrit_toi_ATU:
def __init__(self):
self.liste_atu = ({"_NUM_ATU":"extraction1",
"_ATU_REPONSE":["extraction2","_SOUSPARTIEATUREPONSE"],
"_CHAMPENTREPOEUVRE":["extraction2","_SOUSPARTIEATU"],
"_CHAMPNUMVOIEOEUVRE":["extraction2","_SOUSPARTIEATU"],
"_CHAMPVOIEOEUVRE":["extraction2","_SOUSPARTIEATU"],
"_CHAMPCPOEUVRE":["extraction2","_SOUSPARTIEATU"],
"_CHAMPCOMMUNEOEUVRE":["extraction2","_SOUSPARTIEATU"],
"_CHAMPCONTACT":["extraction2","_SOUSPARTIEATU"],
"_CHAMPMELCONTACT":["extraction2","_SOUSPARTIEATU"],
"_CHAMPTELOEUVRE":["extraction2","_SOUSPARTIEATU"],
"_CHAMPADDRTRA":["extraction2","_CHAMPEMPRISE"],
"_CHAMPCOMMUNETRA":["extraction2","_CHAMPEMPRISE"],
"_DATEDECLARATION":"extraction1",
"_DATETRAVAUX":["extraction2","_CHAMPEMPRISE"],
"_EMPRISE":["extraction3","_AVANTEMPRISE"],
"_NATURE_TRA":["extraction2","_CHAMPEMPRISE"]})
if __name__ == '__main__':
#print('toto' ,len(sys.argv))
#print(sys.argv[-1:])
#for arg in sys.argv:
#nouvelle technique pour construire les listes
#de balises j'utilise une liste namespace
#qui contient tout les namespaces
#ensuite a l'aide de liste comprehention
#je construie cette liste dynamiquement
#evitant ainsi les erreurs! car ces listes
#commence a etre tres tres longue
namespace=['t', '', 'gu22', 'gu3','ns3']
namespace_geo=['gml','ns2','ns1','ns3']
#valeur_namespace_dt=['dt', 'partiedt', 'dtliee']
valeur_namespace_dt=['dt', 'partiedt']
valeur_namespace_dict=['dict', 'partiedict']
valeur_namespace_atu=['atu', 'partieatu']
value = sys.argv[-1:][0]
descripteur = open(value)
newfile=value + ".txt"
sortie = open(newfile,"w")
#INSTANCE DE CLASSE
jst = dtdict(descripteur)
jstconst = const_dtdict()
jstdecritdt = descrit_toi_DT()
jstdecritdict = descrit_toi_DICT()
jstdecritatu = descrit_toi_ATU()
#print('partie DT')
sortie.write("PARTIE:DT#")
for g in jstdecritdt.liste_dt:
jst.partie = jstconst._PARTIEDT
if isinstance(jstdecritdt.liste_dt[g],list):
jst.extract = getattr(jstconst,jstdecritdt.liste_dt[g][1])
jst.extract_branch = getattr(jstconst,g)
tmp = jstdecritdt.liste_dt[g][0]
#print("DEBUG: jst.extract:" + str(jst.extract) + " jst.extract_branch : " + str(jst.extract_branch) + " tmp vaut: " + tmp)
else:
jst.extract = getattr(jstconst,g)
tmp = jstdecritdt.liste_dt[g]
#print("DEBUG: jst.extract:" + str(jst.extract) + " tmp vaut: " + tmp)
try:
getattr(jst,tmp)()
#print("resultat: " + str(jst.resul))
if jst.resul:
#sortie.write(g + ":" + str(jst.resul) + "#")
sortie.write(g + ":" + str(jst.resul) + "#")
else:
sortie.write(g + ":#")
except AttributeError:
#print("le champ " + g + " n existe pas")
sortie.write(g + ":#")
sortie.write("ORIGINE:")
if jst.dt_origine != None:
sortie.write(jst.dt_origine + "#")
else:
sortie.write("#")
#print('\npartie DICT')
sortie.write("\nPARTIE:DICT#")
for g in jstdecritdict.liste_dict:
jst.partie = jstconst._PARTIEDICT
if isinstance(jstdecritdict.liste_dict[g],list):
jst.extract = getattr(jstconst,jstdecritdict.liste_dict[g][1])
jst.extract_branch = getattr(jstconst,g)
tmp = jstdecritdict.liste_dict[g][0]
#print("DEBUG: jst.extract:" + str(jst.extract) + " jst.extract_branch : " + str(jst.extract_branch) + " tmp vaut: " + tmp)
else:
jst.extract = getattr(jstconst,g)
tmp = jstdecritdict.liste_dict[g]
#print("DEBUG: jst.extract:" + str(jst.extract) + " tmp vaut: " + tmp)
try:
getattr(jst,tmp)()
#print("resultat: " + str(jst.resul))
if jst.resul:
sortie.write(g + ":" + str(jst.resul) + "#")
else:
sortie.write(g + ":#")
except AttributeError:
#print("le champ " + g + " n existe pas")
sortie.write(g + ":#")
sortie.write("ORIGINE:")
if jst.dict_origine != None:
sortie.write(jst.dict_origine + "#")
else:
sortie.write("#")
sortie.write("\nPARTIE:ATU#")
for g in jstdecritatu.liste_atu:
jst.partie = jstconst._PARTIEATU
if isinstance(jstdecritatu.liste_atu[g],list):
jst.extract = getattr(jstconst,jstdecritatu.liste_atu[g][1])
jst.extract_branch = getattr(jstconst,g)
tmp = jstdecritatu.liste_atu[g][0]
#print("DEBUG: jst.extract:" + str(jst.extract) + " jst.extract_branch : " + str(jst.extract_branch) + " tmp vaut: " + tmp)
else:
jst.extract = getattr(jstconst,g)
tmp = jstdecritatu.liste_atu[g]
#print("DEBUG: jst.extract:" + str(jst.extract) + " tmp vaut: " + tmp)
try:
getattr(jst,tmp)()
#print("resultat: " + str(jst.resul))
if jst.resul:
sortie.write(g + ":" + str(jst.resul) + "#")
else:
sortie.write(g + ":#")
except AttributeError:
#print("le champ " + g + " n existe pas")
sortie.write(g + ":#")
sortie.write("ORIGINE:")
if jst.atu_origine != None:
sortie.write(jst.atu_origine + "#")
else:
sortie.write("#")
sortie.close()
descripteur.close()