def test_add_two_deposits(self):
deposit1 = Deposit(client=self.client1,
wallet=self.wallet1,
amount=Decimal(1000))
deposit1.save()
deposit2 = Deposit(client=self.client1,
wallet=self.wallet1,
amount=Decimal(500))
deposit2.save()
self.assertAlmostEqual(self.wallet1.balance,
Decimal(1500),
delta=DECIMAL_EPSILON)
wallet_motions = WalletMotion.objects.filter(
wallet=self.wallet1).order_by('journal_id')
self.assertEqual(wallet_motions.count(), 2)
self.assertAlmostEqual(wallet_motions[0].balance,
Decimal(1000),
delta=DECIMAL_EPSILON)
self.assertAlmostEqual(wallet_motions[0].balance_end,
Decimal(1000),
delta=DECIMAL_EPSILON)
self.assertAlmostEqual(wallet_motions[1].balance,
Decimal(500),
delta=DECIMAL_EPSILON)
self.assertAlmostEqual(wallet_motions[1].balance_end,
Decimal(1500),
delta=DECIMAL_EPSILON)
def create_deposits():
templates_ids = [t.id for t in DepositTemplate.objects.all()]
for client in User.objects.all():
if get_or_create_clients_group() in client.groups.all():
deposits_count = random.randint(2, 6)
for i in range(deposits_count):
template_id = random_element(templates_ids)
template = DepositTemplate.objects.get(pk=template_id)
currencies = template.currency.keys()
currency = random_element(currencies)
term_percent = random_element(
list(template.currency[currency]['percentage']))
accounts = list(Account.objects.filter(client=client))
if len(accounts) == 0:
continue
account = accounts[0]
account_max_amount = float(account.residue.amount) / \
FinanceSettings.get_instance().exchange_rates[currency]
amount = min(random.randint(300, 20000), account_max_amount)
deposit = Deposit.create(client, template, amount,
term_percent['term'],
term_percent['percentage'], currency,
account.id)
if not deposit is None and simple_event(70):
deposit.confirm()
def test_save_deposit_status_ready(self):
"""
Does ready deposit
"""
test_account = Account.objects.create(name='Test Account',
currency=CURRENCY_CUC)
test_balance = test_account.balance
test_date = timezone.now()
test_amount = 100
test_status = STATUS_READY
deposit = Deposit(date=test_date,
account=test_account,
amount=test_amount,
status=test_status)
deposit = FinanceService.save_deposit(user=self.test_user,
deposit=deposit)
# account balance incremented
self.assertAccount(test_account=test_account,
test_balance=test_balance + test_amount)
# document data auto filled
self.assertDocument(deposit, DOC_TYPE_DEPOSIT, test_account.currency)
# one finantial history created
finantials = deposit.finantialdocumenthistory_set
self.assertEqual(finantials.count(), 1)
# finantial history info
finantial = finantials.first()
self.assertFinantialHistory(test_finantial_history=finantial,
test_document=deposit,
test_user=self.test_user,
test_old_status=None,
test_new_status=test_status)
# one accounting history created
accountings = deposit.accountingdocumenthistory_set
self.assertEqual(accountings.count(), 1)
# accounting history info
accounting = accountings.first()
operation = Operation.objects.get(pk=accounting.operation_id)
# one movement created
movements = operation.operationmovement_set
self.assertEqual(movements.count(), 1)
# movement info
movement = movements.first()
self.assertMovement(test_movement=movement,
test_account=test_account,
test_movement_type=MOVEMENT_TYPE_INPUT,
test_amount=test_amount)
def test_add_deposit(self):
deposit = Deposit(client=self.client1,
wallet=self.wallet1,
amount=Decimal(1000))
deposit.save()
# properties
self.assertIsNotNone(deposit.pk)
self.assertEqual(deposit.amount, Decimal(1000))
self.assertIsNotNone(deposit.wallet)
self.assertIsNotNone(deposit.journal)
# wallet balance
self.assertEqual(deposit.amount, self.wallet1.balance)
# wallet motions
wallet_motion = WalletMotion.objects.get(journal=deposit.journal,
wallet=deposit.wallet)
self.assertEqual(deposit.amount, wallet_motion.balance)
self.assertEqual(deposit.amount, wallet_motion.balance_end)
def test_save_deposit_status_draft(self):
"""
Does draft deposit
"""
test_account = Account.objects.create(name='Test Account',
currency=CURRENCY_CUC)
test_balance = test_account.balance
test_date = timezone.now()
test_amount = 100
test_status = STATUS_DRAFT
deposit = Deposit(date=test_date,
account=test_account,
amount=test_amount,
status=test_status)
deposit = FinanceService.save_deposit(user=self.test_user,
deposit=deposit)
# account balance unchanged
self.assertAccount(test_account=test_account,
test_balance=test_balance)
# document data auto filled
self.assertDocument(deposit, DOC_TYPE_DEPOSIT, test_account.currency)
# one finantial history created
finantials = deposit.finantialdocumenthistory_set
self.assertEqual(finantials.count(), 1)
# finantial history info
finantial = finantials.first()
self.assertFinantialHistory(test_finantial_history=finantial,
test_document=deposit,
test_user=self.test_user,
test_old_status=None,
test_new_status=test_status)
# no accounting history created
accountings = deposit.accountingdocumenthistory_set
self.assertEqual(accountings.count(), 0)
def test_save_deposit_ready_then_amount_account(self):
"""
Does ready deposit and then change amount and account
"""
test_account1 = Account.objects.create(name='Test Account1',
currency=CURRENCY_CUC)
test_balance1 = test_account1.balance
test_date = timezone.now()
test_amount1 = 100
test_status = STATUS_READY
deposit = Deposit(date=test_date,
account=test_account1,
amount=test_amount1,
status=test_status)
deposit = FinanceService.save_deposit(user=self.test_user,
deposit=deposit)
# account balance incremented
self.assertAccount(test_account=test_account1,
test_balance=test_balance1 + test_amount1)
# document data auto filled
self.assertDocument(deposit, DOC_TYPE_DEPOSIT, test_account1.currency)
# one finantial history created
finantials = deposit.finantialdocumenthistory_set
self.assertEqual(finantials.count(), 1)
# finantial history info
finantial = finantials.first()
self.assertFinantialHistory(test_finantial_history=finantial,
test_document=deposit,
test_user=self.test_user,
test_old_status=None,
test_new_status=test_status)
# one accounting history created
accountings = deposit.accountingdocumenthistory_set
self.assertEqual(accountings.count(), 1)
# accounting history info
accounting = accountings.first()
operation = Operation.objects.get(pk=accounting.operation_id)
# one movement created
movements = operation.operationmovement_set
self.assertEqual(movements.count(), 1)
# movement info
movement = movements.first()
self.assertMovement(test_movement=movement,
test_account=test_account1,
test_movement_type=MOVEMENT_TYPE_INPUT,
test_amount=test_amount1)
test_account2 = Account.objects.create(name='Test Account2',
currency=CURRENCY_USD)
test_balance2 = test_account2.balance
test_amount2 = 50
deposit.account = test_account2
deposit.amount = test_amount2
deposit = FinanceService.save_deposit(user=self.test_user,
deposit=deposit)
# account balance updated
self.assertAccount(test_account=test_account1,
test_balance=test_balance1)
self.assertAccount(test_account=test_account2,
test_balance=test_balance2 + test_amount2)
# document data auto filled
self.assertDocument(deposit, DOC_TYPE_DEPOSIT, test_account2.currency)
# no aditional finantial history
finantials = deposit.finantialdocumenthistory_set
self.assertEqual(finantials.count(), 1)
# two accounting history created
accountings = deposit.accountingdocumenthistory_set
self.assertEqual(accountings.count(), 3)
elements = accountings.all()
# accounting history info
accounting = elements[1]
operation = Operation.objects.get(pk=accounting.operation_id)
# one movement created
movements = operation.operationmovement_set
self.assertEqual(movements.count(), 1)
# movement info
movement = movements.first()
self.assertMovement(test_movement=movement,
test_account=test_account2,
test_movement_type=MOVEMENT_TYPE_INPUT,
test_amount=test_amount2)
# accounting history info
accounting = elements[2]
operation = Operation.objects.get(pk=accounting.operation_id)
# one movement created
movements = operation.operationmovement_set
self.assertEqual(movements.count(), 1)
# movement info
movement = movements.first()
self.assertMovement(test_movement=movement,
test_account=test_account1,
test_movement_type=MOVEMENT_TYPE_OUTPUT,
test_amount=test_amount1)
