class fill_balances(ItemElement):
# coming is what should be refunded at a future deadline
obj_coming = CleanDecimal.US(Dict('0/total_debits_balance_amount'),
sign=lambda x: -1)
# balance is what is currently due
obj_balance = CleanDecimal.US(
Dict('0/remaining_statement_balance_amount'), sign=lambda x: -1)
class fill_investment(ItemElement):
obj_unitprice = CleanDecimal.US(
'//span[contains(@data-module-target, "BuyValue")]')
obj_description = CleanText(
'//td[contains(text(), "Nature")]/following-sibling::td')
obj_diff_ratio = Eval(
lambda x: x / 100 if x else NotAvailable,
CleanDecimal.US(
'//span[contains(@data-module-target, "trhrthrth")]',
default=NotAvailable))
def get_revolving_attributes(self, account):
loan = Loan()
loan.id = account.id
loan.label = '%s - %s' %(account.label, account.id)
loan.currency = account.currency
loan.url = account.url
loan.used_amount = CleanDecimal.US('//tr[td[contains(text(), "Montant Utilisé") or contains(text(), "Montant utilisé")]]/td[2]')(self.doc)
loan.available_amount = CleanDecimal.US(Regexp(CleanText('//tr[td[contains(text(), "Montant Disponible") or contains(text(), "Montant disponible")]]/td[2]'), r'(.*) au'))(self.doc)
loan.balance = -loan.used_amount
loan._has_cards = False
loan.type = Account.TYPE_REVOLVING_CREDIT
return loan
def obj_balance(self):
# The page can be randomly in french or english and
# the valuations can be "€12,345.67" or "12 345,67 €"
try:
return CleanDecimal.French('./td[6]')(self)
except NumberFormatError:
return CleanDecimal.US('./td[6]')(self)
def obj_balance(self):
# This wonderful website randomly displays separators as '.' or ','
# For example, numbers can look like "€12,345.67" or "12 345,67 €"
try:
return CleanDecimal.French('./td[6]')(self)
except NumberFormatError:
return CleanDecimal.US('./td[6]')(self)
class get_loan(ItemElement):
klass = Account
obj_type = Account.TYPE_LOAN
obj__site = 'other'
obj_label = CleanText('//div[@class="conteneur"]/h1')
obj_number = obj_id = CleanText('//td[contains(text(), "Mon numéro de compte")]/following-sibling::td', replace=[(' ', '')])
obj_coming = CleanDecimal.US('//td[strong[contains(text(), "Montant de la")]]/following-sibling::td/strong')
def obj_performance_history(self):
# Fetching the performance history (1 year, 3 years & 5 years)
perfs = {}
for item in Dict('sharePerf')(self):
if item['name'] in ('1Y', '3Y', '5Y'):
duration = int(item['name'][0])
value = item['value']
perfs[duration] = Eval(lambda x: x / 100, CleanDecimal.US(value))(self)
return perfs
def parse(self, obj):
# This wonderful website randomly displays separators as '.' or ','
# For example, numbers can look like "€12,345.67" or "12 345,67 €"
if '.' in CleanText('./td[4]')(self):
# American format
self.env['quantity'] = CleanDecimal.US(
'./td[2]', default=NotAvailable)(self)
self.env['unitvalue'] = CleanDecimal.US(
'./td[3]', default=NotAvailable)(self)
self.env['valuation'] = CleanDecimal.US('./td[4]')(self)
else:
# French format
self.env['quantity'] = CleanDecimal.French(
'./td[2]', default=NotAvailable)(self)
self.env['unitvalue'] = CleanDecimal.French(
'./td[3]', default=NotAvailable)(self)
self.env['valuation'] = CleanDecimal.French('./td[4]')(
self)
def obj_amount(self):
# This wonderful website randomly displays separators as '.' or ','
# For example, numbers can look like "€12,345.67" or "12 345,67 €"
try:
return CleanDecimal.French(
'./div[contains(@class, "accordion_header")]/div[position()=last()]'
)(self)
except NumberFormatError:
return CleanDecimal.US(
'./div[contains(@class, "accordion_header")]/div[position()=last()]'
)(self)
def get_loan_balance(self):
return CleanDecimal.US('//*[@id="table-detail"]/tbody/tr/td[@class="capital"]', default=NotAvailable)(self.doc)
class fill_balances(ItemElement):
obj_coming = CleanDecimal.US(Dict('0/total/debits_total_amount'),
sign=lambda x: -1)
obj_balance = CleanDecimal.US(
Dict('0/total/payments_credits_total_amount'), sign=lambda x: -1)
def obj_amount(self):
assert not (Dict('Débit')(self) and Dict('Credit')(self)), "cannot have both debit and credit"
if Dict('Credit')(self):
return CleanDecimal.US(Dict('Credit'))(self)
return -CleanDecimal.US(Dict('Débit'))(self)
