def test_delete(self):
self.clean_domain([CreditCardData])
device = self.create_card_device()
# Create an operaton cost and a card payment for this device
self.create_operation_cost(device, card_type=CreditCardData.TYPE_CREDIT)
self.create_card_payment(device=device)
# As we created above, there should be one cost and one credit card data
self.assertEqual(device.get_all_costs().count(), 1)
card_data = self.store.find(CreditCardData)
self.assertEqual(card_data.count(), 1)
# and the card_data should reference the device
self.assertEqual(card_data[0].device, device)
# Now delete the device
CardPaymentDevice.delete(device.id, self.store)
# The operation cost should be removed...
self.assertEqual(self.store.find(CardOperationCost).count(), 0)
# ... and the CreditCardData should still exist
card_data = self.store.find(CreditCardData)
self.assertEqual(card_data.count(), 1)
# ... but does not contain a reference to the device anymore
self.assertEqual(card_data[0].device, None)
def test_delete(self):
self.clean_domain([CreditCardData])
device = self.create_card_device()
# Create an operaton cost and a card payment for this device
self.create_operation_cost(device,
card_type=CreditCardData.TYPE_CREDIT)
self.create_card_payment(device=device)
# As we created above, there should be one cost and one credit card data
self.assertEquals(device.get_all_costs().count(), 1)
card_data = self.store.find(CreditCardData)
self.assertEquals(card_data.count(), 1)
# and the card_data should reference the device
self.assertEquals(card_data[0].device, device)
# Now delete the device
CardPaymentDevice.delete(device.id, self.store)
# The operation cost should be removed...
self.assertEquals(self.store.find(CardOperationCost).count(), 0)
# ... and the CreditCardData should still exist
card_data = self.store.find(CreditCardData)
self.assertEquals(card_data.count(), 1)
# ... but does not contain a reference to the device anymore
self.assertEquals(card_data[0].device, None)
def test_get_devices(self):
self.clean_domain([CardPaymentDevice])
self.assertEquals(CardPaymentDevice.get_devices(self.store).count(), 0)
device = self.create_card_device(u'Cielo')
devices = list(CardPaymentDevice.get_devices(self.store))
self.assertEquals(len(devices), 1)
self.assertEquals(devices[0], device)
def test_get_devices(self):
self.clean_domain([CardPaymentDevice])
self.assertEqual(CardPaymentDevice.get_devices(self.store).count(), 0)
device = self.create_card_device(u'Cielo')
devices = list(CardPaymentDevice.get_devices(self.store))
self.assertEqual(len(devices), 1)
self.assertEqual(devices[0], device)
def _ensure_card_providers():
""" Creates a list of default card providers """
log.info("Creating Card Providers")
from stoqlib.domain.payment.card import CreditProvider, CardPaymentDevice
providers = {
u'VISA': u'VISA',
u'MASTER': u'MASTERCARD',
u'AMEX': u'AMERICAN EXPRESS'
}
store = new_store()
for short_name, provider_id in providers.items():
provider = CreditProvider.get_provider_by_provider_id(
provider_id, store)
if not provider.is_empty():
continue
CreditProvider(short_name=short_name,
provider_id=providers[short_name],
open_contract_date=TransactionTimestamp(),
store=store)
devices = store.find(CardPaymentDevice)
if devices.is_empty():
CardPaymentDevice(store=store, description=_(u'Default'))
store.commit(close=True)
def _get_device_values(self):
devices = CardPaymentDevice.get_devices(self.store).order_by(
CardPaymentDevice.description)
# This is used in a int filter, so we must use the id
values = [(d.description, d.id) for d in devices]
values.insert(0, (_("Any"), None))
return values
def _get_device_values(self):
devices = CardPaymentDevice.get_devices(self.store).order_by(
CardPaymentDevice.description)
# This is used in a int filter, so we must use the id
values = [(d.description, d.id) for d in devices]
values.insert(0, (_("Any"), None))
return values
def _setup_widgets(self):
"""Populate device widgets and set some properties"""
# Let the user edit provider_id when creating a new one
self.provider_id.set_property('sensitive', not self.edit_mode)
self.provider_id.set_property('editable', not self.edit_mode)
devices = CardPaymentDevice.get_devices(self.store)
self.default_device.prefill(
api.for_combo(devices, empty=_(u"No device")))
def _setup_widgets(self):
"""Populate device widgets and set some properties"""
# Let the user edit provider_id when creating a new one
self.provider_id.set_property('sensitive', not self.edit_mode)
self.provider_id.set_property('editable', not self.edit_mode)
devices = CardPaymentDevice.get_devices(self.store)
self.default_device.prefill(api.for_combo(devices,
empty=_(u"No device")))
def _setup_widgets(self):
devices = CardPaymentDevice.get_devices(self.method.store)
self.card_device.prefill(api.for_combo(devices))
providers = CreditProvider.get_card_providers(
self.method.store)
self.credit_provider.prefill(api.for_combo(providers))
self._radio_group = None
for ptype, name in CreditCardData.types.items():
self._add_card_type(name, ptype)
def fields(self):
device_values = api.for_combo(
CardPaymentDevice.get_devices(self.store))
provider_values = api.for_combo(
CreditProvider.get_card_providers(self.store))
return collections.OrderedDict(
device=ChoiceField(_('Device'), proxy=True, mandatory=True,
values=device_values),
provider=ChoiceField(_('Provider'), proxy=True, mandatory=True,
values=provider_values),
auth=TextField(_('Authorization'), proxy=True, mandatory=True)
)
def fields(self):
device_values = api.for_combo(
CardPaymentDevice.get_devices(self.store))
provider_values = api.for_combo(
CreditProvider.get_card_providers(self.store))
return collections.OrderedDict(
device=ChoiceField(_('Device'), proxy=True, mandatory=True,
values=device_values),
provider=ChoiceField(_('Provider'), proxy=True, mandatory=True,
values=provider_values),
auth=IntegerField(_('Authorization'), proxy=True, mandatory=True)
)
def _ensure_card_providers():
""" Creates a list of default card providers """
log.info("Creating Card Providers")
from stoqlib.domain.payment.card import CreditProvider, CardPaymentDevice
providers = [u'VISANET', u'REDECARD', u'AMEX', u'HIPERCARD',
u'BANRISUL', u'PAGGO', u'CREDISHOP', u'CERTIF']
store = new_store()
for name in providers:
provider = CreditProvider.get_provider_by_provider_id(name, store)
if not provider.is_empty():
continue
CreditProvider(short_name=name,
provider_id=name,
open_contract_date=TransactionTimestamp(),
store=store)
devices = store.find(CardPaymentDevice)
if devices.is_empty():
CardPaymentDevice(store=store, description=_(u'Default'))
store.commit(close=True)
def populate(self):
devices = CardPaymentDevice.get_devices(self.store)
return devices.order_by(CardPaymentDevice.description)
def create_model(self, store):
return CardPaymentDevice(store=store)
def __init__(self, store, model, visual_mode=None):
self.fields['device'].values = api.for_combo(
CardPaymentDevice.get_devices(store))
self.fields['provider'].values = api.for_combo(
CreditProvider.get_card_providers(store))
BaseEditor.__init__(self, store, model)
def populate(self):
devices = CardPaymentDevice.get_devices(self.store)
return devices.order_by(CardPaymentDevice.description)
def create_card_device(self, description=u'Cielo'):
from stoqlib.domain.payment.card import CardPaymentDevice
return CardPaymentDevice(store=self.store, description=description)
def _setup_widgets(self):
""" Populate device widgets
"""
devices = CardPaymentDevice.get_devices(self.store)
self.default_device.prefill(
api.for_combo(devices, empty=_(u"No device")))
def _get_card_device(self, store, name):
device = store.find(CardPaymentDevice, description=name).any()
if not device:
device = CardPaymentDevice(store=store, description=name)
return device
def _setup_widgets(self):
""" Populate device widgets
"""
devices = CardPaymentDevice.get_devices(self.store)
self.default_device.prefill(api.for_combo(devices,
empty=_(u"No device")))
def __init__(self, store, model, visual_mode=None):
self.fields['device'].values = api.for_combo(
CardPaymentDevice.get_devices(store))
self.fields['provider'].values = api.for_combo(
CreditProvider.get_card_providers(store))
BaseEditor.__init__(self, store, model)
