def pay(self, paid_date=None, paid_value=None, account=None):
"""Pay the current payment set its status as :obj:`.STATUS_PAID`"""
if self.status != Payment.STATUS_PENDING:
raise ValueError(_(u"This payment is already paid."))
self._check_status(self.STATUS_PENDING, u'pay')
paid_value = paid_value or (self.value - self.discount +
self.interest)
self.paid_value = paid_value
self.paid_date = paid_date or TransactionTimestamp()
self.status = self.STATUS_PAID
if (self.is_separate_payment() or
self.method.operation.create_transaction()):
AccountTransaction.create_from_payment(self, account)
sale = self.group and self.group.sale
if sale:
transaction = IPaymentTransaction(sale)
transaction.create_commission(self)
if self.value == self.paid_value:
msg = _(u"{method} payment with value {value:.2f} was paid").format(
method=self.method.method_name,
value=self.value)
else:
msg = _(u"{method} payment with value original value "
u"{original_value:.2f} was paid with value "
u"{value:.2f}").format(
method=self.method.method_name,
original_value=self.value,
value=self.paid_value)
Event.log(Event.TYPE_PAYMENT, msg.capitalize())
def test_get_inverted_operation(self):
# IN -> OUT
operation_type = AccountTransaction.TYPE_IN
inverted_type = AccountTransaction.get_inverted_operation_type(operation_type)
self.assertEqual(inverted_type, AccountTransaction.TYPE_OUT)
# OUT -> IN
operation_type = AccountTransaction.TYPE_OUT
inverted_type = AccountTransaction.get_inverted_operation_type(operation_type)
self.assertEqual(inverted_type, AccountTransaction.TYPE_IN)
def test_get_inverted_operation(self):
# IN -> OUT
operation_type = AccountTransaction.TYPE_IN
inverted_type = AccountTransaction.get_inverted_operation_type(operation_type)
self.assertEqual(inverted_type, AccountTransaction.TYPE_OUT)
# OUT -> IN
operation_type = AccountTransaction.TYPE_OUT
inverted_type = AccountTransaction.get_inverted_operation_type(operation_type)
self.assertEqual(inverted_type, AccountTransaction.TYPE_IN)
def pay(self,
paid_date=None,
paid_value=None,
source_account=None,
destination_account=None,
account_transaction_number=None):
"""Pay the current payment set its status as :obj:`.STATUS_PAID`
If this payment belongs to a sale, and all other payments from the sale
are paid then the sale will be set as paid.
"""
if self.status != Payment.STATUS_PENDING:
raise ValueError(_(u"This payment is already paid."))
self._check_status(self.STATUS_PENDING, u'pay')
paid_value = paid_value or (self.value - self.discount + self.interest)
self.paid_value = paid_value
self.paid_date = paid_date or TransactionTimestamp()
self.status = self.STATUS_PAID
if (self.is_separate_payment()
or self.method.operation.create_transaction()):
AccountTransaction.create_from_payment(
self,
code=account_transaction_number,
source_account=source_account,
destination_account=destination_account)
sale = self.group and self.group.sale
if sale:
sale.create_commission(self)
# When paying payments of a sale, check if the other payments are
# paid. If they are, this means you can change the sale status to
# paid as well.
if sale.can_set_paid():
sale.set_paid()
if self.value == self.paid_value:
msg = _(
u"{method} payment with value {value:.2f} was paid").format(
method=self.method.method_name, value=self.value)
else:
msg = _(u"{method} payment with value original value "
u"{original_value:.2f} was paid with value "
u"{value:.2f}").format(method=self.method.method_name,
original_value=self.value,
value=self.paid_value)
Event.log(self.store, Event.TYPE_PAYMENT, msg.capitalize())
def _import_transaction(self, store, node):
date_text = self._get_text(node, '%s/%s' % (_trnns('date-posted'),
_tsns('date')))
date = self._parse_date(date_text)
splits = node.findall('%s/%s' % (_trnns('splits'),
_trnns('split')))
dest_node = splits[0]
source_node = splits[1]
source = self._get_text(source_node, _splitns('account'))
source_account = self._accounts[source]
assert source_account, ElementTree.tostring(source_node)
dest = self._get_text(dest_node, _splitns('account'))
dest_account = self._accounts[dest]
assert dest_account, ElementTree.tostring(dest_node)
text_value = self._get_text(dest_node, _splitns('value'))
values = text_value.split('/', 2)
value = decimal.Decimal(values[0]) / decimal.Decimal(values[1])
if len(splits) != 2:
# If we have a split to the same account, just merge them until
# we support split transactions
accounts = []
diff = False
for split_node in splits[2:]:
split = self._get_text(split_node, _splitns('account'))
if split != source:
diff = True
accounts.append(self._accounts[split])
if diff:
log.info("Can't do splits to different accounts: %s->%s" % (
dest_account.description, ', '.join(repr(a.description)
for a in accounts)))
return
at = AccountTransaction(
account=dest_account,
source_account=source_account,
description=self._get_text(node, _trnns('description')),
code=self._get_text(node, _trnns('num')),
date=date,
value=value,
store=store)
at.sync()
def process_item(self, store, i):
t = self.tp.transactions[i]
date = self._parse_date(t['dtposted'])
# Do not import transactions with broken dates
if date is None:
self.skipped += 1
return False
value = self._parse_number(t['trnamt'])
if value == 0:
self.skipped += 1
# We can't import transactions with a value = 0, skip it.
return False
source_account = store.get(Account, self.source_account_id)
account = store.get(Account, self.account_id)
code = self._parse_string(t['checknum'])
if not store.find(
AccountTransaction, date=date, code=code,
value=value).is_empty():
# Skip already present transactions
self.skipped += 1
return False
t = AccountTransaction(source_account=source_account,
account=account,
description=self._parse_string(t['memo']),
code=code,
value=value,
date=date,
store=store)
store.flush()
return True
def _create_transaction(store, till_entry):
# Dont create till entries for sangrias/suprimentos as those are really tied to the
# old ECF behaivour (where *all* the sales values are added to the till). If we
# create transactions for those operations, the value would be duplicated when the
# payment is finally payed.
if not till_entry.payment:
return
if till_entry.value > 0:
operation_type = AccountTransaction.TYPE_IN
source_account = sysparam.get_object_id('IMBALANCE_ACCOUNT')
dest_account = sysparam.get_object_id('TILLS_ACCOUNT')
else:
operation_type = AccountTransaction.TYPE_OUT
source_account = sysparam.get_object_id('TILLS_ACCOUNT')
dest_account = sysparam.get_object_id('IMBALANCE_ACCOUNT')
AccountTransaction(description=till_entry.description,
source_account_id=source_account,
account_id=dest_account,
value=abs(till_entry.value),
code=str(till_entry.identifier),
date=TransactionTimestamp(),
store=store,
payment=till_entry.payment,
operation_type=operation_type)
def pay(self, paid_date=None, paid_value=None,
source_account=None, destination_account=None,
account_transaction_number=None):
"""Pay the current payment set its status as :obj:`.STATUS_PAID`
If this payment belongs to a sale, and all other payments from the sale
are paid then the sale will be set as paid.
"""
if self.status != Payment.STATUS_PENDING:
raise ValueError(_(u"This payment is already paid."))
self._check_status(self.STATUS_PENDING, u'pay')
paid_value = paid_value or (self.value - self.discount +
self.interest)
self.paid_value = paid_value
self.paid_date = paid_date or TransactionTimestamp()
self.status = self.STATUS_PAID
if (self.is_separate_payment() or
self.method.operation.create_transaction()):
AccountTransaction.create_from_payment(
self,
code=account_transaction_number,
source_account=source_account,
destination_account=destination_account)
sale = self.group and self.group.sale
if sale:
sale.create_commission(self)
# When paying payments of a sale, check if the other payments are
# paid. If they are, this means you can change the sale status to
# paid as well.
if sale.can_set_paid():
sale.set_paid()
if self.value == self.paid_value:
msg = _(u"{method} payment with value {value:.2f} was paid").format(
method=self.method.method_name,
value=self.value)
else:
msg = _(u"{method} payment with value original value "
u"{original_value:.2f} was paid with value "
u"{value:.2f}").format(method=self.method.method_name,
original_value=self.value,
value=self.paid_value)
Event.log(self.store, Event.TYPE_PAYMENT, msg.capitalize())
def _import_transaction(self, store, node):
date_text = self._get_text(
node, '%s/%s' % (_trnns('date-posted'), _tsns('date')))
date = self._parse_date(date_text)
splits = node.findall('%s/%s' % (_trnns('splits'), _trnns('split')))
dest_node = splits[0]
source_node = splits[1]
source = self._get_text(source_node, _splitns('account'))
source_account = self._accounts[source]
assert source_account, ElementTree.tostring(source_node)
dest = self._get_text(dest_node, _splitns('account'))
dest_account = self._accounts[dest]
assert dest_account, ElementTree.tostring(dest_node)
text_value = self._get_text(dest_node, _splitns('value'))
values = text_value.split('/', 2)
value = decimal.Decimal(values[0]) / decimal.Decimal(values[1])
if len(splits) != 2:
# If we have a split to the same account, just merge them until
# we support split transactions
accounts = []
diff = False
for split_node in splits[2:]:
split = self._get_text(split_node, _splitns('account'))
if split != source:
diff = True
accounts.append(self._accounts[split])
if diff:
log.info("Can't do splits to different accounts: %s->%s" %
(dest_account.description, ', '.join(
repr(a.description) for a in accounts)))
return
at = AccountTransaction(account=dest_account,
source_account=source_account,
description=self._get_text(
node, _trnns('description')),
code=self._get_text(node, _trnns('num')),
date=date,
value=value,
store=store)
at.sync()
def _create_transaction(store, till_entry):
AccountTransaction(description=till_entry.description,
source_account=sysparam(store).IMBALANCE_ACCOUNT,
account=sysparam(store).TILLS_ACCOUNT,
value=till_entry.value,
code=unicode(till_entry.id),
date=TransactionTimestamp(),
store=store,
payment=till_entry.payment)
def create_model(self, store):
return AccountTransaction(code=u"",
description=u"",
value=currency(0),
payment=None,
date=datetime.datetime.today(),
account=sysparam.get_object(store, 'IMBALANCE_ACCOUNT'),
source_account=self.parent_account,
operation_type=AccountTransaction.TYPE_OUT,
store=store)
def process_one(self, data, fields, store):
source = self._get_account(store, data.parent_source, data.source)
dest = self._get_account(store, data.parent_dest, data.dest)
AccountTransaction(account=dest,
source_account=source,
description=data.description,
value=decimal.Decimal(data.value),
date=self.parse_date(data.date),
code=data.code,
store=store)
def create_account_transaction(self, account=None, value=1):
from stoqlib.domain.account import AccountTransaction
if account is None:
account = self.create_account()
return AccountTransaction(description=u"Test Account Transaction",
code=u"Code",
date=localnow(),
value=value,
account=account,
source_account=sysparam(
self.store).IMBALANCE_ACCOUNT,
store=self.store)
def test_create_from_payment(self):
sale = self.create_sale()
self.add_product(sale)
payment = self.add_payments(sale, method_type=u'check')[0]
sale.order()
sale.confirm()
account = self.create_account()
payment.method.destination_account = account
self.assertRaises(PaymentError, AccountTransaction.create_from_payment,
payment)
payment.pay()
transaction = AccountTransaction.create_from_payment(payment)
imbalance_account = sysparam(self.store).IMBALANCE_ACCOUNT
self.assertEquals(transaction.source_account, imbalance_account)
self.assertEquals(transaction.account, account)
self.assertEquals(transaction.payment, payment)
def test_create_from_payment(self):
sale = self.create_sale()
self.add_product(sale)
payment = self.add_payments(sale, method_type=u'check')[0]
sale.order()
sale.confirm()
account = self.create_account()
payment.method.destination_account = account
self.assertRaises(PaymentError,
AccountTransaction.create_from_payment, payment)
payment.pay()
transaction = AccountTransaction.create_from_payment(payment)
imbalance_account = sysparam.get_object(self.store, 'IMBALANCE_ACCOUNT')
self.assertEquals(transaction.source_account, imbalance_account)
self.assertEquals(transaction.account, account)
self.assertEquals(transaction.payment, payment)
def to_domain(self):
if not self.is_incoming:
self.value *= currency(-1)
fields = dict(code=self.code,
description=self.description,
date=self.date,
value=self.value,
account=self.account,
payment=self.payment,
source_account=self.source_account)
if self.transaction:
t = self.transaction
for k, v in fields.items():
setattr(t, k, v)
else:
t = AccountTransaction(store=self.store, **fields)
return t
def _create_transaction(store, till_entry):
if till_entry.value > 0:
operation_type = AccountTransaction.TYPE_IN
source_account = sysparam.get_object_id('IMBALANCE_ACCOUNT')
dest_account = sysparam.get_object_id('TILLS_ACCOUNT')
else:
operation_type = AccountTransaction.TYPE_OUT
source_account = sysparam.get_object_id('TILLS_ACCOUNT')
dest_account = sysparam.get_object_id('IMBALANCE_ACCOUNT')
AccountTransaction(description=till_entry.description,
source_account_id=source_account,
account_id=dest_account,
value=abs(till_entry.value),
code=str(till_entry.identifier),
date=TransactionTimestamp(),
store=store,
payment=till_entry.payment,
operation_type=operation_type)
def process_item(self, store, i):
t = self.tp.transactions[i]
date = self._parse_date(t['dtposted'])
# Do not import transactions with broken dates
if date is None:
self.skipped += 1
return False
value = self._parse_number(t['trnamt'])
if value == 0:
self.skipped += 1
# We can't import transactions without a value = 0, skip it.
return False
elif value > 0:
operation_type = AccountTransaction.TYPE_IN
source_account = store.get(Account, self.source_account_id)
account = store.get(Account, self.account_id)
elif value < 0:
# Only register absolute values - Indicating positive/negative values,
# using the operation type.
value = abs(value)
operation_type = AccountTransaction.TYPE_OUT
source_account = store.get(Account, self.account_id)
account = store.get(Account, self.source_account_id)
code = self._parse_string(t['checknum'])
if not store.find(
AccountTransaction, date=date, code=code,
value=value).is_empty():
# Skip already present transactions
self.skipped += 1
return False
t = AccountTransaction(source_account=source_account,
account=account,
description=self._parse_string(t['memo']),
code=code,
value=value,
date=date,
operation_type=operation_type,
store=store)
store.flush()
return True
def test_create_from_payment(self):
sale = self.create_sale()
self.add_product(sale)
payment = self.add_payments(sale, method_type=u'check')[0]
sale.order()
sale.confirm()
account = self.create_account()
payment.method.destination_account = account
with self.assertRaisesRegex(PaymentError, "Payment needs to be paid"):
AccountTransaction.create_from_payment(payment)
payment.pay()
transaction = AccountTransaction.create_from_payment(payment)
imbalance_account = sysparam.get_object(self.store,
'IMBALANCE_ACCOUNT')
self.assertEqual(transaction.source_account, imbalance_account)
self.assertEqual(transaction.account, account)
self.assertEqual(transaction.payment, payment)
self.assertEqual(transaction.operation_type,
AccountTransaction.TYPE_IN)
# Payment from purchase.
purchase = self.create_purchase_order()
purchase.status = PurchaseOrder.ORDER_PENDING
purchase.add_item(self.create_sellable(), 1)
payment = self.add_payments(purchase, method_type=u'money')[0]
purchase.confirm()
account = self.create_account()
payment.method.destination_account = account
with self.assertRaisesRegex(PaymentError, "Payment needs to be paid"):
AccountTransaction.create_from_payment(payment)
payment.pay()
transaction = AccountTransaction.create_from_payment(payment)
imbalance_account = sysparam.get_object(self.store,
'IMBALANCE_ACCOUNT')
self.assertEqual(transaction.source_account, account)
self.assertEqual(transaction.account, imbalance_account)
self.assertEqual(transaction.payment, payment)
self.assertEqual(transaction.operation_type,
AccountTransaction.TYPE_OUT)
def test_create_from_payment(self):
sale = self.create_sale()
self.add_product(sale)
payment = self.add_payments(sale, method_type=u'check')[0]
sale.order()
sale.confirm()
account = self.create_account()
payment.method.destination_account = account
with self.assertRaisesRegex(PaymentError, "Payment needs to be paid"):
AccountTransaction.create_from_payment(payment)
payment.pay()
transaction = AccountTransaction.create_from_payment(payment)
imbalance_account = sysparam.get_object(self.store, 'IMBALANCE_ACCOUNT')
self.assertEqual(transaction.source_account, imbalance_account)
self.assertEqual(transaction.account, account)
self.assertEqual(transaction.payment, payment)
self.assertEqual(transaction.operation_type, AccountTransaction.TYPE_IN)
# Payment from purchase.
purchase = self.create_purchase_order()
purchase.status = PurchaseOrder.ORDER_PENDING
purchase.add_item(self.create_sellable(), 1)
payment = self.add_payments(purchase, method_type=u'money')[0]
purchase.confirm()
account = self.create_account()
payment.method.destination_account = account
with self.assertRaisesRegex(PaymentError, "Payment needs to be paid"):
AccountTransaction.create_from_payment(payment)
payment.pay()
transaction = AccountTransaction.create_from_payment(payment)
imbalance_account = sysparam.get_object(self.store, 'IMBALANCE_ACCOUNT')
self.assertEqual(transaction.source_account, account)
self.assertEqual(transaction.account, imbalance_account)
self.assertEqual(transaction.payment, payment)
self.assertEqual(transaction.operation_type, AccountTransaction.TYPE_OUT)
def process_item(self, store, i):
t = self.tp.transactions[i]
date = self._parse_date(t['dtposted'])
# Do not import transactions with broken dates
if date is None:
self.skipped += 1
return False
value = self._parse_number(t['trnamt'])
description = self._parse_string(t['memo'])
if value == 0:
self.skipped += 1
# We can't import transactions without a value = 0, skip it.
return False
elif value > 0:
operation_type = AccountTransaction.TYPE_IN
source_account = store.get(Account, self.source_account_id)
account = store.get(Account, self.account_id)
elif value < 0:
# Only register absolute values - Indicating positive/negative values,
# using the operation type.
value = abs(value)
operation_type = AccountTransaction.TYPE_OUT
source_account = store.get(Account, self.account_id)
account = store.get(Account, self.source_account_id)
code = self._parse_string(t['checknum'])
if not store.find(
AccountTransaction, date=date, code=code,
value=value).is_empty():
# Skip already present transactions
self.skipped += 1
return False
# TODO: Check if value and code are enough to consider a match.
existing = list(
store.find(
AccountTransaction,
And(
AccountTransaction.value == value,
Trim(u'LEADING', u'0',
AccountTransaction.code) == code.lstrip('0'))))
if len(existing) == 1:
t = existing[0]
t.description = description
t.date = date
# Categorize the transaction if it was still on imbalance
if sysparam.compare_object('IMBALANCE_ACCOUNT', t.source_account):
t.source_account = source_account
if sysparam.compare_object('IMBALANCE_ACCOUNT', t.account):
t.account = account
else:
t = AccountTransaction(store=store,
source_account=source_account,
account=account,
description=description,
code=code,
value=value,
date=date,
operation_type=operation_type)
store.flush()
return True
