def recap(self, origin, recipient, transfer):
error = CleanText(u'//div[@id="transfer_form:moveMoneyDetailsBody"]//span[@class="error"]', default=None)(self.doc) or \
CleanText(u'//p[contains(text(), "Nous sommes désolés. Le solde de votre compte ne doit pas être inférieur au montant de votre découvert autorisé. Veuillez saisir un montant inférieur.")]', default=None)(self.doc)
if error:
raise TransferInvalidAmount(message=error)
t = Transfer()
t.label = transfer.label
assert transfer.amount == CleanDecimal('//div[@id="transferSummary"]/div[@id="virementLabel"]\
//label[@class="digits positive"]', replace_dots=True)(self.doc)
t.amount = transfer.amount
t.currency = FrenchTransaction.Currency('//div[@id="transferSummary"]/div[@id="virementLabel"]\
//label[@class="digits positive"]')(self.doc)
assert origin.label == CleanText('//div[@id="transferSummary"]/div[has-class("debit")]//span[@class="title"]')(self.doc)
assert origin.balance == CleanDecimal('//div[@id="transferSummary"]/div[has-class("debit")]\
//label[@class="digits positive"]', replace_dots=True)(self.doc)
t.account_balance = origin.balance
t.account_label = origin.label
t.account_iban = origin.iban
t.account_id = origin.id
assert recipient.label == CleanText('//div[@id="transferSummary"]/div[has-class("credit")]//span[@class="title"]')(self.doc)
t.recipient_label = recipient.label
t.recipient_iban = recipient.iban
t.recipient_id = recipient.id
t.exec_date = parse_french_date(CleanText('//p[has-class("exec-date")]', children=False,
replace=[('le', ''), (u'exécuté', ''), ('demain', ''), ('(', ''), (')', ''),
("aujourd'hui", '')])(self.doc)).date()
return t
def recap(self, origin, recipient, transfer):
t = Transfer()
t.label = transfer.label
assert transfer.amount == CleanDecimal('//div[@id="transferSummary"]/div[@id="virementLabel"]\
//label[@class="digits positive"]', replace_dots=True)(self.doc)
t.amount = transfer.amount
t.currency = FrenchTransaction.Currency('//div[@id="transferSummary"]/div[@id="virementLabel"]\
//label[@class="digits positive"]')(self.doc)
assert origin.label == CleanText('//div[@id="transferSummary"]/div[has-class("debit")]//span[@class="title"]')(self.doc)
assert origin.balance == CleanDecimal('//div[@id="transferSummary"]/div[has-class("debit")]\
//label[@class="digits positive"]', replace_dots=True)(self.doc)
t.account_balance = origin.balance
t.account_label = origin.label
t.account_iban = origin.iban
t.account_id = origin.id
assert recipient.label == CleanText('//div[@id="transferSummary"]/div[has-class("credit")]//span[@class="title"]')(self.doc)
t.recipient_label = recipient.label
t.recipient_iban = recipient.iban
t.recipient_id = recipient.id
t.exec_date = parse_french_date(CleanText('//p[has-class("exec-date")]', children=False,
replace=[('le', ''), (u'exécuté', ''), ('demain', ''), ('(', ''), (')', '')])(self.doc)).date()
return t
def create_transfer(self, account, recipient, transfer):
transfer = Transfer()
transfer.currency = FrenchTransaction.Currency('.//tr[td[contains(text(), "Montant")]]/td[not(@class)] | \
.//tr[th[contains(text(), "Montant")]]/td[not(@class)]')(self.doc)
transfer.amount = CleanDecimal('.//tr[td[contains(text(), "Montant")]]/td[not(@class)] | \
.//tr[th[contains(text(), "Montant")]]/td[not(@class)]', replace_dots=True)(self.doc)
transfer.account_iban = account.iban
if recipient.category == u'Externe':
for word in Upper(CleanText(u'.//tr[th[contains(text(), "Compte à créditer")]]/td[not(@class)]'))(self.doc).split():
if is_iban_valid(word):
transfer.recipient_iban = word
break
else:
raise TransferError('Unable to find IBAN (original was %s)' % recipient.iban)
else:
transfer.recipient_iban = recipient.iban
transfer.account_id = unicode(account.id)
transfer.recipient_id = unicode(recipient.id)
transfer.exec_date = Date(CleanText('.//tr[th[contains(text(), "En date du")]]/td[not(@class)]'), dayfirst=True)(self.doc)
transfer.label = (CleanText(u'.//tr[td[contains(text(), "Motif de l\'opération")]]/td[not(@class)]')(self.doc) or
CleanText(u'.//tr[td[contains(text(), "Libellé")]]/td[not(@class)]')(self.doc) or
CleanText(u'.//tr[th[contains(text(), "Libellé")]]/td[not(@class)]')(self.doc))
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer._account = account
transfer._recipient = recipient
transfer.account_balance = account.balance
return transfer
def handle_response(self, account, recipient, amount, reason, exec_date):
transfer = Transfer()
transfer._account = account
transfer.account_id = self.get_id_from_response('account')
transfer.account_iban = account.iban
transfer.account_label = account.label
transfer.account_balance = account.balance
assert account._transfer_id in CleanText(
u'//div[div[@class="libelleChoix" and contains(text(), "Compte émetteur")]] \
//div[@class="infoCompte" and not(@title)]', replace=[(' ', '')]
)(self.doc)
transfer._recipient = recipient
transfer.recipient_id = self.get_id_from_response('recipient')
transfer.recipient_iban = recipient.iban
transfer.recipient_label = recipient.label
assert recipient._transfer_id in CleanText(
u'//div[div[@class="libelleChoix" and contains(text(), "Compte destinataire")]] \
//div[@class="infoCompte" and not(@title)]', replace=[(' ', '')]
)(self.doc)
transfer.currency = FrenchTransaction.Currency('//div[@class="topBox"]/div[@class="montant"]')(self.doc)
transfer.amount = CleanDecimal('//div[@class="topBox"]/div[@class="montant"]', replace_dots=True)(self.doc)
transfer.exec_date = Date(
Regexp(CleanText('//div[@class="topBox"]/div[@class="date"]'), r'(\d{2}\/\d{2}\/\d{4})'),
dayfirst=True
)(self.doc)
transfer.label = reason
assert reason in CleanText('//div[@class="motif"]')(self.doc)
return transfer
def handle_response(self, account, recipient, amount, reason):
tables_xpath = '//table[@id="table-confVrt" or @id="table-confDestinataire"]'
# Summary is divided into 2 tables, we have to concat them
# col_heads is a list of all header of the 2 tables (order is important)
self.col_heads = [CleanText('.')(head) for head in self.doc.xpath(tables_xpath + '//td[@class="libColumn"]')]
# col_contents is a list of all content of the 2 tables (order is important)
self.col_contents = [CleanText('.')(content) for content in self.doc.xpath(tables_xpath + '//td[@class="contentColumn"]')]
transfer = Transfer()
transfer.currency = Currency().filter(self.get_element_by_name('Montant'))
transfer.amount = CleanDecimal().filter(self.get_element_by_name('Montant'))
date = Regexp(pattern=r'(\d+/\d+/\d+)').filter(self.get_element_by_name('Date du virement'))
transfer.exec_date = Date(dayfirst=True).filter(date)
account_label_id = self.get_element_by_name(u'Compte à débiter')
transfer.account_id = (Regexp(pattern=r'(\d+)').filter(account_label_id))
transfer.account_label = Regexp(pattern=r'([\w \.]+)').filter(account_label_id)
# account iban is not in the summary page
transfer.account_iban = account.iban
transfer.recipient_id = recipient.id
transfer.recipient_iban = self.get_element_by_name('IBAN').replace(' ', '')
transfer.recipient_label = self.get_element_by_name(u'Nom du bénéficiaire')
transfer.label = CleanText('//table[@id="table-confLibelle"]//p')(self.doc)
return transfer
def handle_response(self, account, recipient, amount, reason):
account_txt = CleanText('//form//dl/dt[span[contains(text(), "biter")]]/following::dd[1]', replace=[(' ', '')])(self.doc)
recipient_txt = CleanText('//form//dl/dt[span[contains(text(), "diter")]]/following::dd[1]', replace=[(' ', '')])(self.doc)
try:
assert account.id in account_txt or ''.join(account.label.split()) == account_txt
assert recipient.id in recipient_txt or ''.join(recipient.label.split()) == recipient_txt
except AssertionError:
raise TransferError('Something went wrong')
r_amount = CleanDecimal('//form//dl/dt[span[contains(text(), "Montant")]]/following::dd[1]', replace_dots=True)(self.doc)
exec_date = Date(CleanText('//form//dl/dt[span[contains(text(), "Date")]]/following::dd[1]'), dayfirst=True)(self.doc)
currency = FrenchTransaction.Currency('//form//dl/dt[span[contains(text(), "Montant")]]/following::dd[1]')(self.doc)
transfer = Transfer()
transfer.currency = currency
transfer.amount = r_amount
transfer.account_iban = account.iban
transfer.recipient_iban = recipient.iban
transfer.account_id = account.id
transfer.recipient_id = recipient.id
transfer.exec_date = exec_date
transfer.label = reason
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer.account_balance = account.balance
return transfer
def handle_response(self, origin, recipient, amount, reason, exec_date):
account_data = Dict('donnees/detailOrdre/compteEmetteur')(self.doc)
recipient_data = Dict('donnees/listOperations/0/compteBeneficiaire')(
self.doc)
transfer_data = Dict('donnees/detailOrdre')(self.doc)
transfer = Transfer()
transfer._b64_id_transfer = Dict('idOrdre')(transfer_data)
transfer.account_id = origin.id
transfer.account_label = Dict('libelleCompte')(account_data)
transfer.account_iban = Dict('ibanCompte')(account_data)
transfer.account_balance = origin.balance
transfer.recipient_id = recipient.id
transfer.recipient_label = Dict('libelleCompte')(recipient_data)
transfer.recipient_iban = Dict('ibanCompte')(recipient_data)
transfer.currency = Dict('montantTotalOrdre/codeDevise')(transfer_data)
transfer.amount = CleanDecimal(
Eval(lambda x, y: x * (10**-y),
Dict('montantTotalOrdre/valeurMontant'),
Dict('montantTotalOrdre/codeDecimalisation')))(transfer_data)
transfer.exec_date = Date(Dict('dateExecution'),
dayfirst=True)(transfer_data)
transfer.label = Dict('libelleClientOrdre')(transfer_data)
return transfer
def handle_response(self, origin, recipient, amount, reason, exec_date):
account_data = Dict('donnees/detailOrdre/compteEmetteur')(self.doc)
recipient_data = Dict('donnees/listOperations/0/compteBeneficiaire')(self.doc)
transfer_data = Dict('donnees/detailOrdre')(self.doc)
transfer = Transfer()
transfer._b64_id_transfer = Dict('idOrdre')(transfer_data)
transfer.account_id = origin.id
transfer.account_label = Dict('libelleCompte')(account_data)
transfer.account_iban = Dict('ibanCompte')(account_data)
transfer.account_balance = origin.balance
transfer.recipient_id = recipient.id
transfer.recipient_label = Dict('libelleCompte')(recipient_data)
transfer.recipient_iban = Dict('ibanCompte')(recipient_data)
transfer.currency = Dict('montantTotalOrdre/codeDevise')(transfer_data)
transfer.amount = CleanDecimal(Eval(
lambda x, y: x * (10 ** -y),
Dict('montantTotalOrdre/valeurMontant'),
Dict('montantTotalOrdre/codeDecimalisation')
))(transfer_data)
transfer.exec_date = Date(Dict('dateExecution'), dayfirst=True)(transfer_data)
transfer.label = Dict('libelleClientOrdre')(transfer_data)
return transfer
def recap(self, origin, recipient, transfer):
error = CleanText(u'//div[@id="transfer_form:moveMoneyDetailsBody"]//span[@class="error"]', default=None)(self.doc) or \
CleanText(u'//p[contains(text(), "Nous sommes désolés. Le solde de votre compte ne doit pas être inférieur au montant de votre découvert autorisé. Veuillez saisir un montant inférieur.")]', default=None)(self.doc)
if error:
raise TransferInvalidAmount(error)
t = Transfer()
t.label = transfer.label
assert transfer.amount == CleanDecimal('//div[@id="transferSummary"]/div[@id="virementLabel"]\
//label[@class="digits positive"]', replace_dots=True)(self.doc)
t.amount = transfer.amount
t.currency = FrenchTransaction.Currency('//div[@id="transferSummary"]/div[@id="virementLabel"]\
//label[@class="digits positive"]')(self.doc)
assert origin.label == CleanText('//div[@id="transferSummary"]/div[has-class("debit")]//span[@class="title"]')(self.doc)
assert origin.balance == CleanDecimal('//div[@id="transferSummary"]/div[has-class("debit")]\
//label[@class="digits positive"]', replace_dots=True)(self.doc)
t.account_balance = origin.balance
t.account_label = origin.label
t.account_iban = origin.iban
t.account_id = origin.id
assert recipient.label == CleanText('//div[@id="transferSummary"]/div[has-class("credit")]//span[@class="title"]')(self.doc)
t.recipient_label = recipient.label
t.recipient_iban = recipient.iban
t.recipient_id = recipient.id
t.exec_date = parse_french_date(CleanText('//p[has-class("exec-date")]', children=False,
replace=[('le', ''), (u'exécuté', ''), ('demain', ''), ('(', ''), (')', '')])(self.doc)).date()
return t
def create_transfer(self, account, recipient, transfer):
transfer = Transfer()
transfer.currency = FrenchTransaction.Currency(
'.//tr[td[contains(text(), "Montant")]]/td[not(@class)] | \
.//tr[th[contains(text(), "Montant")]]/td[not(@class)]'
)(self.doc)
transfer.amount = CleanDecimal(
'.//tr[td[contains(text(), "Montant")]]/td[not(@class)] | \
.//tr[th[contains(text(), "Montant")]]/td[not(@class)]',
replace_dots=True)(self.doc)
transfer.account_iban = account.iban
transfer.recipient_iban = Upper(Regexp(CleanText(u'.//tr[th[contains(text(), "Compte à créditer")]]/td[not(@class)]'), '(\w+)$'))(self.doc) \
if recipient.category == u'Externe' else recipient.iban
transfer.account_id = unicode(account.id)
transfer.recipient_id = unicode(recipient.id)
transfer.exec_date = Date(CleanText(
'.//tr[th[contains(text(), "En date du")]]/td[not(@class)]'),
dayfirst=True)(self.doc)
transfer.label = CleanText(
u'.//tr[td[contains(text(), "Motif de l\'opération")]]/td[not(@class)] | \
.//tr[td[contains(text(), "Libellé")]]/td[not(@class)]'
)(self.doc)
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer._account = account
transfer._recipient = recipient
transfer.account_balance = account.balance
return transfer
def handle_response(self, account, recipient, amount, reason):
# handle error
error_msg = CleanText('//div[@id="blocErreur"]')(self.doc)
if error_msg:
raise TransferBankError(message=error_msg)
account_txt = CleanText('//form//h3[contains(text(), "débiter")]//following::span[1]', replace=[(' ', '')])(self.doc)
recipient_txt = CleanText('//form//h3[contains(text(), "créditer")]//following::span[1]', replace=[(' ', '')])(self.doc)
assert account.id in account_txt or ''.join(account.label.split()) == account_txt, 'Something went wrong'
assert recipient.id in recipient_txt or ''.join(recipient.label.split()) == recipient_txt, 'Something went wrong'
amount_element = self.doc.xpath('//h3[contains(text(), "Montant du virement")]//following::span[@class="price"]')[0]
r_amount = CleanDecimal.French('.')(amount_element)
exec_date = Date(CleanText('//h3[contains(text(), "virement")]//following::span[@class="date"]'), dayfirst=True)(self.doc)
currency = FrenchTransaction.Currency('.')(amount_element)
transfer = Transfer()
transfer.currency = currency
transfer.amount = r_amount
transfer.account_iban = account.iban
transfer.recipient_iban = recipient.iban
transfer.account_id = account.id
transfer.recipient_id = recipient.id
transfer.exec_date = exec_date
transfer.label = reason
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer.account_balance = account.balance
return transfer
def handle_response(self, recipient):
json_response = self.doc['donnees']
transfer = Transfer()
transfer.id = json_response['idVirement']
transfer.label = json_response['motif']
transfer.amount = CleanDecimal.French(
(CleanText(Dict('montantToDisplay'))))(json_response)
transfer.currency = json_response['devise']
transfer.exec_date = Date(Dict('dateExecution'),
dayfirst=True)(json_response)
transfer.account_id = Format('%s%s', Dict('codeGuichet'),
Dict('numeroCompte'))(
json_response['compteEmetteur'])
transfer.account_iban = json_response['compteEmetteur']['iban']
transfer.account_label = json_response['compteEmetteur'][
'libelleToDisplay']
assert recipient._json_id == json_response['compteBeneficiaire']['id']
transfer.recipient_id = recipient.id
transfer.recipient_iban = json_response['compteBeneficiaire']['iban']
transfer.recipient_label = json_response['compteBeneficiaire'][
'libelleToDisplay']
return transfer
def handle_response(self, transfer):
t = Transfer()
t._space = transfer._space
t._operation = transfer._operation
t._token = transfer._token
t._connection_id = transfer._connection_id
t.label = Dict('transferComplementaryInformations1')(self.doc)
t.exec_date = Date(Dict('dateVirement'), dayfirst=True)(self.doc)
t.amount = CleanDecimal(Dict('amount'))(self.doc)
t.currency = Dict('currencyCode')(self.doc)
t.account_id = Dict('currentDebitAccountNumber')(self.doc)
t.account_iban = Dict('currentDebitIbanCode')(self.doc)
t.account_label = Dict('typeCompte')(self.doc)
t.recipient_label = CleanText(Dict('currentCreditAccountName'))(
self.doc)
t.recipient_id = t.recipient_iban = Dict('currentCreditIbanCode')(
self.doc)
# Internal transfer
if not Dict('isExternalTransfer')(self.doc):
t.recipient_id = Dict('currentCreditAccountNumber')(self.doc)
return t
def handle_response(self, account, recipient, amount, reason):
self.check_errors()
transfer_data = self.doc['data']['validationVirement']
self.abort_if_unknown(transfer_data)
if 'idBeneficiaire' in transfer_data and transfer_data[
'idBeneficiaire'] is not None:
assert transfer_data['idBeneficiaire'] == recipient.id
elif 'ibanCompteCrediteur' in transfer_data and transfer_data[
'ibanCompteCrediteur'] is not None:
assert transfer_data['ibanCompteCrediteur'] == recipient.iban
exec_date = Date(transfer_data['dateExecution']).date()
today = datetime.today().date()
if transfer_data['typeOperation'] == '1':
assert exec_date == today
else:
assert exec_date > today
transfer = Transfer()
transfer.currency = transfer_data['devise']
transfer.amount = Decimal(transfer_data['montantEuros'])
transfer.account_iban = transfer_data['ibanCompteDebiteur']
transfer.account_id = account.id
try:
transfer.recipient_iban = transfer_data[
'ibanCompteCrediteur'] or recipient.iban
except KeyError:
# In last version, json contains a key 'idBeneficiaire' containing:
# "idBeneficiaire" : "00003##00001####FR7610278123456789028070101",
transfer.recipient_id = transfer_data['idBeneficiaire']
transfer.recipient_iban = transfer.recipient_id.split(
'#')[-1] or recipient.iban
else:
transfer.recipient_id = recipient.id
transfer.exec_date = exec_date
transfer.fees = Decimal(transfer_data['montantFrais'])
transfer.label = transfer_data['motifVirement']
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer.id = transfer_data['reference']
# This is true if a transfer with the same metadata has already been done recently
transfer._doublon = transfer_data['doublon']
transfer.account_balance = account.balance
return transfer
def create_transfer(self, account, recipient, transfer):
transfer = Transfer()
transfer.currency = FrenchTransaction.Currency('.//td[@headers="virement montant"]')(self.doc)
transfer.amount = CleanDecimal('.//td[@headers="virement montant"]', replace_dots=True)(self.doc)
transfer.account_iban = CleanText('//td[@headers="emetteur IBAN"]', replace=[(' ', '')])(self.doc)
transfer.recipient_iban = CleanText('//td[@headers="beneficiaire IBAN"]', replace=[(' ','')])(self.doc)
transfer.account_id = account.id
transfer.recipient_id = recipient.id
transfer.exec_date = Date(CleanText('.//td[@headers="virement date"]'), dayfirst=True)(self.doc)
transfer.label = CleanText('.//td[@headers="virement motif"]')(self.doc)
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer._account = account
transfer._recipient = recipient
transfer.account_balance = account.balance
return transfer
def create_transfer(self, account, recipient, amount, reason):
transfer = Transfer()
transfer.currency = FrenchTransaction.Currency('//div[@class="topBox"]/div[@class="montant"]')(self.doc)
transfer.amount = CleanDecimal('//div[@class="topBox"]/div[@class="montant"]', replace_dots=True)(self.doc)
transfer.account_iban = account.iban
transfer.recipient_iban = recipient.iban
transfer.account_id = account.id
transfer.recipient_id = recipient.id
transfer.exec_date = date.today()
transfer.label = reason
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer._account = account
transfer._recipient = recipient
transfer.account_balance = account.balance
return transfer
def handle_response(self, account, recipient, amount, label, exec_date):
summary_xpath = '//div[@id="as_verifVirement.do_"]//ul'
transfer = Transfer()
transfer_data = {
account.id:
CleanText(summary_xpath +
'/li[contains(text(), "Compte à débiter")]')(self.doc),
recipient.id:
CleanText(summary_xpath +
'/li[contains(text(), "Compte à créditer")]',
replace=[(' ', '')])(self.doc),
recipient._recipient_name:
CleanText(summary_xpath +
'/li[contains(text(), "Nom du bénéficiaire")]')(
self.doc),
label:
CleanText(summary_xpath + '/li[contains(text(), "Motif")]')(
self.doc),
}
self.check_transfer_data(transfer_data)
transfer.account_id = account.id
transfer.account_label = account.label
transfer.account_iban = account.iban
transfer.recipient_id = recipient.id
transfer.recipient_label = recipient.label
transfer.recipient_iban = recipient.iban
transfer.label = label
transfer.currency = Currency(summary_xpath +
'/li[contains(text(), "Montant")]')(
self.doc)
transfer.amount = CleanDecimal(
Regexp(
CleanText(summary_xpath + '/li[contains(text(), "Montant")]'),
r'((\d+)\.?(\d+)?)'))(self.doc)
transfer.exec_date = Date(Regexp(
CleanText(summary_xpath +
'/li[contains(text(), "Date de virement")]'),
r'(\d+/\d+/\d+)'),
dayfirst=True)(self.doc)
return transfer
def handle_response(self, account, recipient, amount, reason):
tables_xpath = '//table[@id="table-confVrt" or @id="table-confDestinataire"]'
# Summary is divided into 2 tables, we have to concat them
# col_heads is a list of all header of the 2 tables (order is important)
self.col_heads = [
CleanText('.')(head)
for head in self.doc.xpath(tables_xpath +
'//td[@class="libColumn"]')
]
# col_contents is a list of all content of the 2 tables (order is important)
self.col_contents = [
CleanText('.')(content)
for content in self.doc.xpath(tables_xpath +
'//td[@class="contentColumn"]')
]
transfer = Transfer()
transfer.currency = Currency().filter(
self.get_element_by_name('Montant'))
transfer.amount = CleanDecimal().filter(
self.get_element_by_name('Montant'))
date = Regexp(pattern=r'(\d+/\d+/\d+)').filter(
self.get_element_by_name('Date du virement'))
transfer.exec_date = Date(dayfirst=True).filter(date)
account_label_id = self.get_element_by_name('Compte à débiter')
transfer.account_id = (Regexp(
pattern=r'(\d+)').filter(account_label_id))
transfer.account_label = Regexp(
pattern=r'([\w \.]+)').filter(account_label_id)
# account iban is not in the summary page
transfer.account_iban = account.iban
transfer.recipient_id = recipient.id
transfer.recipient_iban = self.get_element_by_name('IBAN').replace(
' ', '')
transfer.recipient_label = self.get_element_by_name(
'Nom du bénéficiaire')
transfer.label = CleanText('//table[@id="table-confLibelle"]//p')(
self.doc)
return transfer
def handle_response(self, recipient):
json_response = self.doc['donnees']
transfer = Transfer()
transfer.id = json_response['idVirement']
transfer.label = json_response['motif']
transfer.amount = CleanDecimal.French((CleanText(Dict('montantToDisplay'))))(json_response)
transfer.currency = json_response['devise']
transfer.exec_date = Date(Dict('dateExecution'), dayfirst=True)(json_response)
transfer.account_id = Format('%s%s', Dict('codeGuichet'), Dict('numeroCompte'))(json_response['compteEmetteur'])
transfer.account_iban = json_response['compteEmetteur']['iban']
transfer.account_label = json_response['compteEmetteur']['libelleToDisplay']
assert recipient._json_id == json_response['compteBeneficiaire']['id']
transfer.recipient_id = recipient.id
transfer.recipient_iban = json_response['compteBeneficiaire']['iban']
transfer.recipient_label = json_response['compteBeneficiaire']['libelleToDisplay']
return transfer
def create_transfer(self, account, recipient, transfer):
transfer = Transfer()
transfer.currency = FrenchTransaction.Currency(
'.//tr[td[contains(text(), "Montant")]]/td[not(@class)] | \
.//tr[th[contains(text(), "Montant")]]/td[not(@class)]'
)(self.doc)
transfer.amount = CleanDecimal(
'.//tr[td[contains(text(), "Montant")]]/td[not(@class)] | \
.//tr[th[contains(text(), "Montant")]]/td[not(@class)]',
replace_dots=True)(self.doc)
transfer.account_iban = account.iban
if recipient.category == u'Externe':
for word in Upper(
CleanText(
u'.//tr[th[contains(text(), "Compte à créditer")]]/td[not(@class)]'
))(self.doc).split():
if is_iban_valid(word):
transfer.recipient_iban = word
break
else:
raise TransferError('Unable to find IBAN (original was %s)' %
recipient.iban)
else:
transfer.recipient_iban = recipient.iban
transfer.account_id = unicode(account.id)
transfer.recipient_id = unicode(recipient.id)
transfer.exec_date = Date(CleanText(
'.//tr[th[contains(text(), "En date du")]]/td[not(@class)]'),
dayfirst=True)(self.doc)
transfer.label = CleanText(
u'.//tr[td[contains(text(), "Motif de l\'opération")]]/td[not(@class)] | \
.//tr[td[contains(text(), "Libellé")]]/td[not(@class)]'
)(self.doc)
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer._account = account
transfer._recipient = recipient
transfer.account_balance = account.balance
return transfer
def create_transfer(self, account, recipient, transfer):
transfer = Transfer()
transfer.currency = FrenchTransaction.Currency(
'.//td[@headers="virement montant"]')(self.doc)
transfer.amount = CleanDecimal('.//td[@headers="virement montant"]',
replace_dots=True)(self.doc)
transfer.account_iban = CleanText('//td[@headers="emetteur IBAN"]',
replace=[(' ', '')])(self.doc)
transfer.recipient_iban = CleanText(
'//td[@headers="beneficiaire IBAN"]',
replace=[(' ', '')])(self.doc)
transfer.account_id = account.id
transfer.recipient_id = recipient.id
transfer.exec_date = Date(CleanText('.//td[@headers="virement date"]'),
dayfirst=True)(self.doc)
transfer.label = CleanText('.//td[@headers="virement motif"]')(
self.doc)
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer._account = account
transfer._recipient = recipient
transfer.account_balance = account.balance
return transfer
def handle_response(self, account, recipient, amount, label, exec_date):
summary_xpath = '//div[@id="as_verifVirement.do_"]//ul'
transfer = Transfer()
transfer_data = {
account.id: CleanText(
summary_xpath + '/li[contains(text(), "Compte à débiter")]'
)(self.doc),
recipient.id: CleanText(
summary_xpath + '/li[contains(text(), "Compte à créditer")]', replace=[(' ', '')]
)(self.doc),
recipient._recipient_name: CleanText(
summary_xpath + '/li[contains(text(), "Nom du bénéficiaire")]'
)(self.doc),
label: CleanText(summary_xpath + '/li[contains(text(), "Motif")]')(self.doc),
}
self.check_transfer_data(transfer_data)
transfer.account_id = account.id
transfer.account_label = account.label
transfer.account_iban = account.iban
transfer.recipient_id = recipient.id
transfer.recipient_label = recipient.label
transfer.recipient_iban = recipient.iban
transfer.label = label
transfer.currency = Currency(summary_xpath + '/li[contains(text(), "Montant")]')(self.doc)
transfer.amount = CleanDecimal(
Regexp(CleanText(summary_xpath + '/li[contains(text(), "Montant")]'), r'((\d+)\.?(\d+)?)')
)(self.doc)
transfer.exec_date = Date(Regexp(CleanText(
summary_xpath + '/li[contains(text(), "Date de virement")]'
), r'(\d+/\d+/\d+)'), dayfirst=True)(self.doc)
return transfer
def handle_response(self, account, recipient, amount, reason):
self.check_errors()
transfer_data = self.doc['data']['validationVirement']
self.abort_if_unknown(transfer_data)
if 'idBeneficiaire' in transfer_data and transfer_data['idBeneficiaire'] is not None:
assert transfer_data['idBeneficiaire'] == recipient._transfer_id
elif transfer_data.get('ibanCompteCrediteur'):
assert transfer_data['ibanCompteCrediteur'] == recipient.iban
transfer = Transfer()
transfer.currency = transfer_data['devise']
transfer.amount = Decimal(transfer_data['montantEuros'])
transfer.account_iban = transfer_data['ibanCompteDebiteur']
transfer.account_id = account.id
try:
transfer.recipient_iban = transfer_data['ibanCompteCrediteur'] or recipient.iban
except KeyError:
# In last version, json contains a key 'idBeneficiaire' containing:
# "idBeneficiaire" : "00003##00001####FR7610278123456789028070101",
transfer.recipient_id = transfer_data['idBeneficiaire']
transfer.recipient_iban = transfer.recipient_id.split('#')[-1] or recipient.iban
else:
transfer.recipient_id = recipient.id
transfer.exec_date = parse_french_date(transfer_data['dateExecution']).date()
transfer.fees = Decimal(transfer_data.get('montantFrais', '0'))
transfer.label = transfer_data['motifVirement']
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer.id = transfer_data['reference']
# This is true if a transfer with the same metadata has already been done recently
transfer._doublon = transfer_data['doublon']
transfer.account_balance = account.balance
return transfer
def handle_response(self, account, recipient, amount, reason):
account_txt = CleanText(
'//form//dl/dt[span[contains(text(), "biter")]]/following::dd[1]',
replace=[(' ', '')])(self.doc)
recipient_txt = CleanText(
'//form//dl/dt[span[contains(text(), "diter")]]/following::dd[1]',
replace=[(' ', '')])(self.doc)
try:
assert account.id in account_txt or ''.join(
account.label.split()) == account_txt
assert recipient.id in recipient_txt or ''.join(
recipient.label.split()) == recipient_txt
except AssertionError:
raise TransferError('Something went wrong')
r_amount = CleanDecimal(
'//form//dl/dt[span[contains(text(), "Montant")]]/following::dd[1]',
replace_dots=True)(self.doc)
exec_date = Date(CleanText(
'//form//dl/dt[span[contains(text(), "Date")]]/following::dd[1]'),
dayfirst=True)(self.doc)
currency = FrenchTransaction.Currency(
'//form//dl/dt[span[contains(text(), "Montant")]]/following::dd[1]'
)(self.doc)
transfer = Transfer()
transfer.currency = currency
transfer.amount = r_amount
transfer.account_iban = account.iban
transfer.recipient_iban = recipient.iban
transfer.account_id = account.id
transfer.recipient_id = recipient.id
transfer.exec_date = exec_date
transfer.label = reason
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer.account_balance = account.balance
return transfer
def handle_response(self, account, recipient, amount, reason):
self.check_errors()
transfer_data = self.doc['data']['validationVirement']
self.abort_if_unknown(transfer_data)
if transfer_data['idBeneficiaire'] is not None:
assert transfer_data['idBeneficiaire'] == recipient.id
exec_date = Date(transfer_data['dateExecution']).date()
today = datetime.today().date()
if transfer_data['typeOperation'] == '1':
assert exec_date == today
else:
assert exec_date > today
transfer = Transfer()
transfer.currency = transfer_data['devise']
transfer.amount = Decimal(transfer_data['montantEuros'])
transfer.account_iban = transfer_data['ibanCompteDebiteur']
transfer.recipient_iban = transfer_data[
'ibanCompteCrediteur'] or recipient.iban
transfer.account_id = account.id
transfer.recipient_id = recipient.id
transfer.exec_date = exec_date
transfer.fees = Decimal(transfer_data['montantFrais'])
transfer.label = transfer_data['motifVirement']
transfer.account_label = account.label
transfer.recipient_label = recipient.label
transfer.id = transfer_data['reference']
# This is true if a transfer with the same metadata has already been done recently
transfer._doublon = transfer_data['doublon']
transfer.account_balance = account.balance
return transfer
def handle_response(self, transfer):
t = Transfer()
t._space = transfer._space
t._operation = transfer._operation
t._token = transfer._token
t._connection_id = transfer._connection_id
t.label = Dict('transferComplementaryInformations1')(self.doc)
t.exec_date = Date(Dict('dateVirement'), dayfirst=True)(self.doc)
t.amount = CleanDecimal(Dict('amount'))(self.doc)
t.currency = Dict('currencyCode')(self.doc)
t.account_id = Dict('currentDebitAccountNumber')(self.doc)
t.account_iban = Dict('currentDebitIbanCode')(self.doc)
t.account_label = Dict('typeCompte')(self.doc)
t.recipient_label = CleanText(Dict('currentCreditAccountName'))(self.doc)
t.recipient_id = t.recipient_iban = Dict('currentCreditIbanCode')(self.doc)
# Internal transfer
if not Dict('isExternalTransfer')(self.doc):
t.recipient_id = Dict('currentCreditAccountNumber')(self.doc)
return t
def _build_transfer(self, line):
if self.interactive:
id_from, id_to, amount, reason, exec_date = self.parse_command_args(line, 5, 0)
else:
id_from, id_to, amount, reason, exec_date = self.parse_command_args(line, 5, 3)
missing = not bool(id_from and id_to and amount)
if id_from:
account = self.get_object(id_from, 'get_account', [])
id_from = account.id
if not account:
print('Error: account %s not found' % id_from, file=self.stderr)
return
else:
with self.use_cmd_formatter('list'):
self.do_ls('')
id_from = self.ask('Transfer money from account', default='')
if not id_from:
return
id_from, backend = self.parse_id(id_from)
account = find_object(self.objects, fullid='%s@%s' % (id_from, backend))
if not account:
return
id_from = account.id
if id_to:
id_to, backend_name_to = self.parse_id(id_to)
if account.backend != backend_name_to:
print("Transfer between different backends is not implemented", file=self.stderr)
return
rcpts = self.do('iter_transfer_recipients', id_from, backends=account.backend)
rcpt = find_object(rcpts, id=id_to)
else:
with self.use_cmd_formatter('recipients'):
self.do_recipients(account.fullid)
id_to = self.ask('Transfer money to recipient', default='')
if not id_to:
return
id_to, backend = self.parse_id(id_to)
rcpt = find_object(self.objects, fullid='%s@%s' % (id_to, backend))
if not rcpt:
return
if not amount:
amount = self.ask('Amount to transfer', default='', regexp=r'\d+(?:\.\d*)?')
try:
amount = Decimal(amount)
except (TypeError, ValueError, InvalidOperation):
print('Error: please give a decimal amount to transfer', file=self.stderr)
return
if amount <= 0:
print('Error: transfer amount must be strictly positive', file=self.stderr)
return
if missing:
reason = self.ask('Label of the transfer (seen by the recipient)', default='')
exec_date = self.ask('Execution date of the transfer (YYYY-MM-DD format, empty for today)', default='')
today = datetime.date.today()
if exec_date:
try:
exec_date = datetime.datetime.strptime(exec_date, '%Y-%m-%d').date()
except ValueError:
print('Error: execution date must be valid and in YYYY-MM-DD format', file=self.stderr)
return
if exec_date < today:
print('Error: execution date cannot be in the past', file=self.stderr)
return
else:
exec_date = today
transfer = Transfer()
transfer.backend = account.backend
transfer.account_id = account.id
transfer.account_label = account.label
transfer.account_iban = account.iban
transfer.recipient_id = id_to
if rcpt:
# Try to find the recipient label. It can be missing from
# recipients list, for example for banks which allow transfers to
# arbitrary recipients.
transfer.recipient_label = rcpt.label
transfer.recipient_iban = rcpt.iban
transfer.amount = amount
transfer.label = reason or u''
transfer.exec_date = exec_date
return transfer
def _build_transfer(self, line):
if self.interactive:
id_from, id_to, amount, reason = self.parse_command_args(
line, 4, 0)
else:
id_from, id_to, amount, reason = self.parse_command_args(
line, 4, 3)
missing = not bool(id_from and id_to and amount)
if id_from:
account = self.get_object(id_from, 'get_account', [])
id_from = account.id
if not account:
print('Error: account %s not found' % id_from,
file=self.stderr)
return
else:
with self.use_cmd_formatter('list'):
self.do_ls('')
id_from = self.ask('Transfer money from account', default='')
if not id_from:
return
id_from, backend = self.parse_id(id_from)
account = find_object(self.objects,
fullid='%s@%s' % (id_from, backend))
if not account:
return
id_from = account.id
if id_to:
id_to, backend_name_to = self.parse_id(id_to)
if account.backend != backend_name_to:
print("Transfer between different backends is not implemented",
file=self.stderr)
return
rcpts = self.do('iter_transfer_recipients',
id_from,
backends=account.backend)
rcpt = find_object(rcpts, id=id_to)
else:
with self.use_cmd_formatter('recipients'):
self.do_recipients(account.fullid)
id_to = self.ask('Transfer money to recipient', default='')
if not id_to:
return
id_to, backend = self.parse_id(id_to)
rcpt = find_object(self.objects, fullid='%s@%s' % (id_to, backend))
if not rcpt:
return
if not amount:
amount = self.ask('Amount to transfer',
default='',
regexp=r'\d+(?:\.\d*)?')
try:
amount = Decimal(amount)
except (TypeError, ValueError, InvalidOperation):
print('Error: please give a decimal amount to transfer',
file=self.stderr)
return
if amount <= 0:
print('Error: transfer amount must be strictly positive',
file=self.stderr)
return
if missing:
reason = self.ask('Label of the transfer (seen by the recipient)',
default='')
exec_date = datetime.date.today()
transfer = Transfer()
transfer.backend = account.backend
transfer.account_id = account.id
transfer.account_label = account.label
transfer.account_iban = account.iban
transfer.recipient_id = id_to
if rcpt:
# Try to find the recipient label. It can be missing from
# recipients list, for example for banks which allow transfers to
# arbitrary recipients.
transfer.recipient_label = rcpt.label
transfer.recipient_iban = rcpt.iban
transfer.amount = amount
transfer.label = reason or u''
transfer.exec_date = exec_date
return transfer
