def test_inactive_method(self):
# If a method is inactive, then we still go and call cancel on
# the subscription, just in case solitude is out of sync.
self.method.active = False
self.method.save()
self.mocks['sub'].cancel.return_value = successful_subscription()
self.buyer.close()
self.mocks['sub'].cancel.assert_called_with(self.sub.provider_id)
def test_inactive_method(self):
# If a method is inactive, then we still go and call cancel on
# the subscription, just in case solitude is out of sync.
self.method.active = False
self.method.save()
self.mocks['sub'].cancel.return_value = successful_subscription()
self.buyer.close()
self.mocks['sub'].cancel.assert_called_with(self.sub.provider_id)
def test_close(self):
self.mocks['pay'].delete.return_value = successful_method()
self.mocks['sub'].cancel.return_value = successful_subscription()
self.buyer.close()
self.mocks['pay'].delete.assert_called_with(self.method.provider_id)
self.mocks['sub'].cancel.assert_called_with(self.sub.provider_id)
eq_(self.method.reget().active, False)
eq_(self.sub.reget().active, False)
def test_close(self):
self.mocks['pay'].delete.return_value = successful_method()
self.mocks['sub'].cancel.return_value = successful_subscription()
self.buyer.close()
self.mocks['pay'].delete.assert_called_with(self.method.provider_id)
self.mocks['sub'].cancel.assert_called_with(self.sub.provider_id)
eq_(self.method.reget().active, False)
eq_(self.sub.reget().active, False)
def test_listens_signal(self):
self.mocks['pay'].delete.return_value = successful_method()
self.mocks['sub'].cancel.return_value = successful_subscription()
self.buyer.close_signal.send(buyer=self.buyer,
sender=self.buyer.__class__)
def test_listens_signal(self):
self.mocks['pay'].delete.return_value = successful_method()
self.mocks['sub'].cancel.return_value = successful_subscription()
self.buyer.close_signal.send(
buyer=self.buyer, sender=self.buyer.__class__)
