def get_loan_account(self, account):
assert account._prestation_id in Dict('donnees/tabIdAllPrestations')(self.doc), \
'Loan with prestation id %s should be on this page ...' % account._prestation_id
for acc in Dict('donnees/tabPrestations')(self.doc):
if CleanText(Dict('idPrestation'))(acc) == account._prestation_id:
loan = Loan()
loan.id = loan.number = account.id
loan.label = account.label
loan.type = account.type
loan.ownership = account.ownership
loan.currency = Currency(Dict('capitalRestantDu/devise'))(acc)
loan.balance = Eval(lambda x: x / 100, CleanDecimal(Dict('capitalRestantDu/valeur')))(acc)
loan.coming = account.coming
loan.total_amount = Eval(lambda x: x / 100, CleanDecimal(Dict('montantPret/valeur')))(acc)
loan.next_payment_amount = Eval(lambda x: x / 100, CleanDecimal(Dict('montantEcheance/valeur')))(acc)
loan.duration = Dict('dureeNbMois')(acc)
loan.maturity_date = datetime.datetime.strptime(Dict('dateFin')(acc), '%Y%m%d')
# We only know the next payment day (without the month or the year). But since we know that's
# a monthly repayment, we can guess it.
if CleanText(Dict('periodicite'))(acc) == 'MENSUELLE':
repayment_day = CleanDecimal(Dict('jourEcheanceMensuelle'))(acc)
if not repayment_day:
loan.next_payment_date = NotAvailable
else:
now = datetime.datetime.now().date()
next_payment_date = now.replace(day=repayment_day)
if repayment_day < now.day:
next_payment_date += relativedelta(months=1)
loan.next_payment_date = next_payment_date
else:
self.logger.warning('Not handled periodicity: %s', CleanText(Dict('periodicite'))(acc))
self.set_parent_account_id(loan, acc)
loan._internal_id = account._internal_id
loan._prestation_id = account._prestation_id
loan._loan_type = account._loan_type
return loan
def get_loan_account(self, account):
assert account._prestation_id in Dict('donnees/tabIdAllPrestations')(self.doc), \
'Loan with prestation id %s should be on this page ...' % account._prestation_id
for acc in Dict('donnees/tabPrestations')(self.doc):
if CleanText(Dict('idPrestation'))(acc) == account._prestation_id:
loan = Loan()
loan.id = loan.number = account.id
loan.label = account.label
loan.type = account.type
loan.ownership = account.ownership
loan.currency = Currency(Dict('capitalRestantDu/devise'))(acc)
loan.balance = Eval(
lambda x: x / 100,
CleanDecimal(Dict('capitalRestantDu/valeur')))(acc)
loan.coming = account.coming
loan.total_amount = Eval(
lambda x: x / 100,
CleanDecimal(Dict('montantPret/valeur')))(acc)
loan.next_payment_amount = Eval(
lambda x: x / 100,
CleanDecimal(Dict('montantEcheance/valeur')))(acc)
loan.next_payment_date = self.guess_loan_monthly_repayment(acc)
loan.duration = Dict('dureeNbMois')(acc)
loan.maturity_date = datetime.datetime.strptime(
Dict('dateFin')(acc), '%Y%m%d')
self.set_parent_account_id(loan, acc)
loan._internal_id = account._internal_id
loan._prestation_id = account._prestation_id
loan._loan_type = account._loan_type
return loan
def get_revolving_account(self, account):
loan = Loan()
loan.id = loan.number = account.id
loan.label = account.label
loan.type = account.type
loan.ownership = account.ownership
loan.currency = account.currency
loan.balance = account.balance
loan.coming = account.coming
loan._internal_id = account._internal_id
loan._prestation_id = account._prestation_id
loan._loan_type = account._loan_type
loan._is_json_histo = account._is_json_histo
loan._parent_id = None
if Dict('donnees/tabIdAllPrestations')(self.doc):
for acc in Dict('donnees/tabPrestations')(self.doc):
if CleanText(Dict('idPrestation'))(acc) == account._prestation_id:
# coming
if Dict('encoursFinMois', default=NotAvailable)(acc):
loan.coming = eval_decimal_amount('encoursFinMois/valeur', 'encoursFinMois/posDecimale')(acc)
# total amount
if Dict('reserveAutorisee', default=NotAvailable)(acc):
loan.total_amount = eval_decimal_amount('reserveAutorisee/valeur', 'reserveAutorisee/posDecimale')(acc)
elif Dict('montantAutorise', default=NotAvailable)(acc):
loan.total_amount = eval_decimal_amount('montantAutorise/valeur', 'montantAutorise/posDecimale')(acc)
else:
loan.total_amount = eval_decimal_amount('reserveMaximum/valeur', 'reserveMaximum/posDecimale')(acc)
# available amount
if Dict('montantDisponible', default=NotAvailable)(acc):
loan.available_amount = eval_decimal_amount('montantDisponible/valeur', 'montantDisponible/posDecimale')(acc)
else:
loan.available_amount = eval_decimal_amount('reserveDispo/valeur', 'reserveDispo/posDecimale')(acc)
# used amount
if Dict('reserveUtilisee', default=NotAvailable)(acc):
loan.used_amount = eval_decimal_amount('reserveUtilisee/valeur', 'reserveUtilisee/posDecimale')(acc)
elif Dict('montantUtilise', default=NotAvailable)(acc):
loan.available_amount = eval_decimal_amount('montantUtilise/valeur', 'montantUtilise/posDecimale')(acc)
# next payment amount
if Dict('prochaineEcheance', default=NotAvailable)(acc):
loan.next_payment_amount = eval_decimal_amount('prochaineEcheance/valeur', 'prochaineEcheance/posDecimale')(acc)
elif Dict('montantMensualite', default=NotAvailable)(acc):
loan.next_payment_amount = eval_decimal_amount('montantMensualite/valeur', 'montantMensualite/posDecimale')(acc)
loan.last_payment_amount = loan.next_payment_amount
loan.duration = Dict('dureeNbMois')(acc)
if Dict('dateMensualite', default=NotAvailable)(acc):
loan.next_payment_date = datetime.datetime.strptime(Dict('dateMensualite')(acc), '%Y%m%d')
self.set_parent_account_id(loan, acc)
return loan
return loan