def map(self, line, **kwargs):
section = self.getData('Parcelle1section', line).upper()
if len(section) > 0:
section = section[0]
remaining_reference = '%s %s' % (self.getData(
'Parcelle1numero', line), self.getData('Parcelle1numerosuite',
line))
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
division = '25111' if self.getData(
'AdresseTravauxVille', line) == 'Wauthier-Braine' else '25015'
if not remaining_reference or not section or not abbreviations:
return []
base_reference = parse_cadastral_reference(division + section +
abbreviations[0])
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference,
abbreviation)
parcels.append(new_parcel)
section2 = self.getData('Parcelle2section', line).upper()
if section2:
section2 = section2[0]
remaining_reference2 = '%s %s' % (self.getData(
'Parcelle2numero',
line), self.getData('Parcelle2numerosuite', line))
if not remaining_reference2:
return []
abbreviations2 = identify_parcel_abbreviations(
remaining_reference2)
if not remaining_reference2 or not section2:
return []
base_reference2 = parse_cadastral_reference(division + section2 +
abbreviations2[0])
base_reference2 = CadastralReference(*base_reference2)
for abbreviation2 in abbreviations2[1:]:
new_parcel2 = guess_cadastral_reference(
base_reference2, abbreviation2)
parcels.append(new_parcel2)
return parcels
def map(self, line, **kwargs):
division = None
section = self.getData('CADSEC', line).upper()
remaining_reference = self.getData('CADNUM', line)
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
if self.getData('CADDIV', line):
division_map = self.getValueMapping('division_map')
division = division_map.get(self.getData('CADDIV', line))
if not remaining_reference or not section or not division:
return []
base_reference = parse_cadastral_reference(division + section +
abbreviations[0])
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference,
abbreviation)
parcels.append(new_parcel)
return parcels
def map(self, line, **kwargs):
section = self.getSection(line)
division = self.getDivision(line)
remaining_reference = self.getData('Cadastre', line)
remaining_reference_2 = self.getData('Cadastre_2', line)
if remaining_reference_2:
remaining_reference = remaining_reference + ',' + remaining_reference_2
chars_to_remove = ['.', ',', '?', ';', ':', '#']
for char in chars_to_remove:
remaining_reference = remaining_reference.replace(char, '')
if not remaining_reference:
return []
if not division:
division = ''
if not section:
section = ''
abbreviations = identify_parcel_abbreviations(remaining_reference)
base_reference = parse_cadastral_reference(division + section + abbreviations[0])
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
return parcels
def get_parcels_from_filename(file_name, container):
file_name = file_name.replace(" ", "")
if file_name:
split_name = list(split_text(file_name))
division = split_name[0]
division_map = valuesmapping.VALUES_MAPS.get('division_map')
if '0' == division[0] and len(division) > 1:
division = division[1]
division_code = division_map.get(division)
if not division_code:
section = ''
num = ''
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name + ", division(%s) section(%s) num(%s)" %
(division, section, num) + "\n")
return []
if len(split_name) > 1:
section = split_name[1].upper()
num = ''
if len(split_name) >= 2:
for x in split_name[2:]:
num += x
print(division_code, section, num)
if not division_code or not section or not division or not num:
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name +
", division(%s) section(%s) num(%s)" %
(division, section, num) + "\n")
return []
abbreviations = identify_parcel_abbreviations(num)
if not abbreviations:
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name +
", division(%s) section(%s) num(%s)" %
(division, section, num) + "\n")
base_reference = parse_cadastral_reference(division_code +
section +
abbreviations[0])
base_reference = CadastralReference(*base_reference)
if not base_reference:
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name +
", division(%s) section(%s) num(%s)" %
(division, section, num) + "\n")
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference,
abbreviation)
parcels.append(new_parcel)
for parcel in parcels:
create_parcel_in_notary_letter(parcel, container)
else:
return []
def map(self, line, **kwargs):
raw_reference = self.getData('PRCL_PRC')
reference = parse_cadastral_reference(raw_reference)
cadastral_ref = CadastralReference(*reference)
division_map = self.getValueMapping('division_map')
if cadastral_ref.division:
cadastral_ref.division = division_map[cadastral_ref.division]
else:
cadastral_ref = None
return cadastral_ref
def get_parcels_from_filename(file_name, container):
file_name = file_name.replace(" ", "")
if file_name:
split_name = list(split_text(file_name))
division = split_name[0]
division_map = valuesmapping.VALUES_MAPS.get('division_map')
if '0' == division[0] and len(division) > 1:
division = division[1]
division_code = division_map.get(division)
if not division_code:
section = ''
num = ''
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name + ", division(%s) section(%s) num(%s)" %(division, section, num) + "\n")
return []
if len(split_name) > 1:
section = split_name[1].upper()
num = ''
if len(split_name) >= 2:
for x in split_name[2:]:
num += x
print(division_code, section, num)
if not division_code or not section or not division or not num:
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name + ", division(%s) section(%s) num(%s)" %(division, section, num) + "\n")
return []
abbreviations = identify_parcel_abbreviations(num)
if not abbreviations:
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name + ", division(%s) section(%s) num(%s)" %(division, section, num) + "\n")
base_reference = parse_cadastral_reference(division_code + section + abbreviations[0])
base_reference = CadastralReference(*base_reference)
if not base_reference:
with open("notaryLettersMatchParcelsError.csv", "a") as file:
file.write(file_name + ", division(%s) section(%s) num(%s)" %(division, section, num) + "\n")
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
for parcel in parcels:
create_parcel_in_notary_letter(parcel, container)
else:
return []
def map(self, line, **kwargs):
section = self.getData('Sect', line).upper()
division_map = self.getValueMapping('division_map')
division = division_map.get((self.getData('Div', line)).strip())
division_code_map = self.getValueMapping('division_code_map')
division_code = division_code_map.get(division)
remaining_reference = self.getData('num parcelle', line)
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
if not division_code or not section or division_code == 'NA' or section == 'NA':
return []
base_reference = parse_cadastral_reference(division_code + section + abbreviations[0])
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
return parcels
def map(self, line, **kwargs):
section = self.getSection(line)
division = self.getDivision(line)
remaining_reference = self.getData('Cadastre', line)
remaining_reference_2 = self.getData('Cadastre_2', line)
if remaining_reference_2:
remaining_reference = remaining_reference + ',' + remaining_reference_2
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
base_reference = parse_cadastral_reference(division + section + abbreviations[0])
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
return parcels
def map(self, line, **kwargs):
division = None
section = self.getData('CADSEC', line).upper()
remaining_reference = self.getData('CADNUM', line)
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
if self.getData('CADDIV', line):
division_map = self.getValueMapping('division_map')
division = division_map.get(self.getData('CADDIV', line))
if not remaining_reference or not section or not division:
return []
base_reference = parse_cadastral_reference(division + section + abbreviations[0])
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
return parcels
def map(self, line, **kwargs):
section = self.getData('Section', line).upper()
division_map = self.getValueMapping('division_map')
division = division_map.get((self.getData('Division', line)).strip())
if division:
division_code_map = self.getValueMapping('division_code_map')
division_code = division_code_map.get(division)
remaining_reference = self.getData('Num parcelles', line)
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
if not division or not section:
return []
base_reference = parse_cadastral_reference(division_code + section + abbreviations[0])
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
return parcels
def create_parcel(parcelling, section1, num1, num1suite, division):
division_label = division
if len(section1) > 0:
section1 = section1[0].upper()
remaining_reference = '%s %s' % (num1, num1suite)
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
division = '25111' if division == 'Wauthier-Braine' else '25015'
if not remaining_reference or not section1:
return []
abbrev = '' if len(abbreviations) == 0 else abbreviations[0]
base_reference = parse_cadastral_reference(division + section1 + abbrev)
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
# section2 = self.getData('Parcelle2section', line).upper()
# if section2:
# section2 = section2[0]
# remaining_reference2 = '%s %s' % (
# self.getData('Parcelle2numero', line), self.getData('Parcelle2numerosuite', line))
# if not remaining_reference2:
# return []
#
# abbreviations2 = identify_parcel_abbreviations(remaining_reference2)
# if not remaining_reference2 or not section2:
# return []
# base_reference2 = parse_cadastral_reference(division + section2 + abbreviations2[0])
#
# base_reference2 = CadastralReference(*base_reference2)
#
# for abbreviation2 in abbreviations2[1:]:
# new_parcel2 = guess_cadastral_reference(base_reference2, abbreviation2)
# parcels.append(new_parcel2)
for parcel in parcels:
searchview = api.portal.get().restrictedTraverse('searchparcels')
#need to trick the search browser view about the args in its request
parcel_args = parcel.to_dict()
parcel_args.pop('partie')
for k, v in parcel_args.iteritems():
searchview.context.REQUEST[k] = v
#check if we can find a parcel in the db cadastre with these infos
found = searchview.search_parcels_custom(**parcel_args)
if not found:
found = searchview.search_parcels_custom(old=True, **parcel_args)
if len(found) == 1 and parcel.has_same_attribute_values(found[0]):
parcel_args['divisionCode'] = parcel_args['division']
parcel_args['isOfficialParcel'] = True
else:
# api.portal.get().logError(api.portal.get(), None, 'Too much parcels found or not enough parcels found', {'args': parcel_args, 'search result': len(found)})
parcel_args['isOfficialParcel'] = False
parcel_args['id'] = parcel.id
parcel_args['partie'] = parcel.partie
container = api.content.get(path='/urban/parcellings/' + parcelling)
object_id = container.invokeFactory(
'PortionOut',
title=parcel_args['id'],
id=parcel_args['id'],
isOfficialParcel=parcel_args['isOfficialParcel'],
division=division_label,
section=parcel_args['section'],
puissance=parcel_args['puissance'],
exposant=parcel_args['exposant'],
radical=parcel_args['radical'],
bis=parcel_args['bis'],
divisionCode=parcel_args['division'])
return object_id
def create_parcel(parcelling, section1, num1, num1suite, division):
division_label = division
if len(section1) > 0:
section1 = section1[0].upper()
remaining_reference = '%s %s' % (num1, num1suite)
if not remaining_reference:
return []
abbreviations = identify_parcel_abbreviations(remaining_reference)
division = '2' if division == u'Wauthier-Braine' else '1'
if not remaining_reference or not section1:
return []
abbrev = '' if len(abbreviations) == 0 else abbreviations[0]
base_reference = parse_cadastral_reference(division + section1 + abbrev)
base_reference = CadastralReference(*base_reference)
parcels = [base_reference]
for abbreviation in abbreviations[1:]:
new_parcel = guess_cadastral_reference(base_reference, abbreviation)
parcels.append(new_parcel)
# section2 = self.getData('Parcelle2section', line).upper()
# if section2:
# section2 = section2[0]
# remaining_reference2 = '%s %s' % (
# self.getData('Parcelle2numero', line), self.getData('Parcelle2numerosuite', line))
# if not remaining_reference2:
# return []
#
# abbreviations2 = identify_parcel_abbreviations(remaining_reference2)
# if not remaining_reference2 or not section2:
# return []
# base_reference2 = parse_cadastral_reference(division + section2 + abbreviations2[0])
#
# base_reference2 = CadastralReference(*base_reference2)
#
# for abbreviation2 in abbreviations2[1:]:
# new_parcel2 = guess_cadastral_reference(base_reference2, abbreviation2)
# parcels.append(new_parcel2)
for parcel in parcels:
searchview = api.portal.get().restrictedTraverse('searchparcels')
#need to trick the search browser view about the args in its request
parcel_args = parcel.to_dict()
parcel_args.pop('partie')
for k, v in parcel_args.iteritems():
searchview.context.REQUEST[k] = v
#check if we can find a parcel in the db cadastre with these infos
found = searchview.findParcel(**parcel_args)
if not found:
found = searchview.findParcel(browseoldparcels=True, **parcel_args)
if len(found) == 1 and parcel.has_same_attribute_values(found[0]):
parcel_args['divisionCode'] = parcel_args['division']
parcel_args['isOfficialParcel'] = True
else:
# api.portal.get().logError(api.portal.get(), None, 'Too much parcels found or not enough parcels found', {'args': parcel_args, 'search result': len(found)})
parcel_args['isOfficialParcel'] = False
parcel_args['id'] = parcel.id
parcel_args['partie'] = parcel.partie
container = api.content.get(path='/urban/parcellings/' + parcelling)
object_id = container.invokeFactory('PortionOut',
title=parcel_args['id'],
id=parcel_args['id'],
isOfficialParcel=parcel_args['isOfficialParcel'],
division=division_label,
section=parcel_args['section'],
puissance=parcel_args['puissance'],
exposant=parcel_args['exposant'],
radical=parcel_args['radical'],
bis=parcel_args['bis'],
divisionCode=parcel_args['division'])
return object_id
