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test_processor.py
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233 lines (211 loc) · 11.7 KB
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import unittest
import test_helper
from samurai.processor import Processor
import samurai.config as config
from random import randint
class TestProcessor(unittest.TestCase):
def setUp(self):
self.pm = test_helper.default_payment_method()
self.rand = randint(100, 999)
def test_should_return_the_default_processor(self):
processor = Processor.the_processor
self.assertNotEqual(processor, None)
self.assertEqual(processor.processor_token, config.processor_token)
def test_should_return_a_processor(self):
processor = Processor('abc123')
self.assertNotEqual(processor, None)
self.assertEqual(processor.processor_token, 'abc123')
def test_purchase_should_be_successful(self):
options = {'description':'description',
'descriptor_name':'descriptor_name',
'descriptor_phone':'descriptor_phone',
'custom':'custom',
'billing_reference':'ABC123%s' % self.rand,
'customer_reference':'Customer (123)'}
token = self.pm.payment_method_token
purchase = Processor.purchase(token, 10.0, None, **options)
self.assertTrue(purchase.success)
self.assertEquals(purchase.error_messages, [])
self.assertEqual(purchase.description, 'description')
self.assertEqual(purchase.descriptor_name, 'descriptor_name')
self.assertEqual(purchase.descriptor_phone, 'descriptor_phone')
self.assertEqual(purchase.custom, 'custom')
self.assertEqual(purchase.billing_reference, 'ABC123%s' % self.rand)
self.assertEqual(purchase.customer_reference, 'Customer (123)')
def test_purchase_should_return_processor_transaction_declined(self):
token = self.pm.payment_method_token
purchase = Processor.purchase(token,
1.02,
billing_reference=self.rand)
self.assertFalse(purchase.success)
err = {'context': 'processor.transaction', 'key': 'declined', 'subclass': 'error'}
self.assertIn(err, purchase.error_messages)
self.assertIn('The card was declined.' , purchase.errors['processor.transaction'])
def test_purchase_should_return_input_amount_invalid(self):
token = self.pm.payment_method_token
purchase = Processor.purchase(token,
1.10,
billing_reference=self.rand)
self.assertFalse(purchase.success)
err = {'context': 'input.amount', 'key': 'invalid', 'subclass': 'error'}
self.assertIn(err, purchase.error_messages)
self.assertIn('The transaction amount was invalid.', purchase.errors['input.amount'])
def test_purchase_should_return_payment_method_errors_on_blank_pm(self):
data = {
'custom' : '',
'first_name' : '',
'last_name' : '',
'address_1' : '',
'address_2' : '',
'city' : '',
'state' : '',
'zip' : '',
'card_number' : '',
'cvv' : '',
'expiry_month' : '05',
'expiry_year' : '2014',
}
token = test_helper.default_payment_method(data).payment_method_token
purchase = Processor.purchase(token, 1.00)
self.assertFalse(purchase.success)
self.assertIn({'context': 'input.card_number', 'key': 'not_numeric', 'subclass': 'error'}, purchase.error_messages)
self.assertIn({'context': 'input.card_number', 'key': 'too_short', 'subclass': 'error'}, purchase.error_messages)
self.assertIn({'context': 'input.card_number', 'key': 'is_blank', 'subclass': 'error'}, purchase.error_messages)
def test_purchase_should_return_invalid_sandbox_card_error(self):
data = {
'custom' : '',
'first_name' : '',
'last_name' : '',
'address_1' : '',
'address_2' : '',
'city' : '',
'state' : '',
'zip' : '10101',
'card_number' : '5256486068715680',
'cvv' : '111',
'expiry_month' : '05',
'expiry_year' : '2014',
}
token = test_helper.default_payment_method(data).payment_method_token
purchase = Processor.purchase(token, 1.00)
self.assertIn({'context': 'system.general', 'key': 'default', 'subclass': 'error', 'text': 'Invalid Sandbox Card Number. For more information, see: https://samurai.feefighters.com/developers/sandbox'}, purchase.error_messages)
def test_cvv_should_return_processor_cvv_result_code_M(self):
token = test_helper.default_payment_method({'cvv':'111'}).payment_method_token
purchase = Processor.purchase(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['cvv_result_code'], 'M')
def test_cvv_should_return_processor_cvv_result_code_N(self):
token = test_helper.default_payment_method({'cvv':'222'}).payment_method_token
purchase = Processor.purchase(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['cvv_result_code'], 'N')
def test_avs_should_return_processor_avs_result_code_Y(self):
token = test_helper.default_payment_method({'address_1':'1000 1st Av',
'address_2':'',
'zip':'10101'}).payment_method_token
purchase = Processor.purchase(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['avs_result_code'],'Y')
# This test returns X in place of Z, confirm with Josh.
def test_avs_should_return_processor_avs_result_code_Z(self):
token = test_helper.default_payment_method({'address_1':'',
'address_2':'',
'zip':'10101'}).payment_method_token
purchase = Processor.purchase(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['avs_result_code'], 'Z')
def test_should_return_processor_avs_result_code_N(self):
token = test_helper.default_payment_method({'address_1':'123 Main St',
'address_2':'',
'zip':'60610'}).payment_method_token
purchase = Processor.purchase(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['avs_result_code'], 'N')
def test_authorize_should_be_successful(self):
options = {'description':'description',
'descriptor_name':'descriptor_name',
'descriptor_phone':'descriptor_phone',
'custom':'custom',
'billing_reference':'ABC123%s' % self.rand,
'customer_reference':'Customer (123)'}
token = self.pm.payment_method_token
purchase = Processor.authorize(token, 100.0, None, **options)
self.assertTrue(purchase.success)
self.assertEquals(purchase.error_messages, [])
self.assertEqual(purchase.description, 'description')
self.assertEqual(purchase.descriptor_name, 'descriptor_name')
self.assertEqual(purchase.descriptor_phone, 'descriptor_phone')
self.assertEqual(purchase.custom, 'custom')
self.assertEqual(purchase.billing_reference, 'ABC123%s' % self.rand)
self.assertEqual(purchase.customer_reference, 'Customer (123)')
def test_authorize_should_return_processor_transaction_declined(self):
token = self.pm.payment_method_token
purchase = Processor.authorize(token,
1.02,
billing_reference=self.rand)
self.assertFalse(purchase.success)
err = {'context': 'processor.transaction', 'key': 'declined', 'subclass': 'error'}
self.assertIn(err, purchase.error_messages)
self.assertIn('The card was declined.' , purchase.errors['processor.transaction'])
def test_authorize_should_return_input_amount_invalid(self):
token = self.pm.payment_method_token
purchase = Processor.authorize(token,
1.10,
billing_reference=self.rand)
self.assertFalse(purchase.success)
err = {'context': 'input.amount', 'key': 'invalid', 'subclass': 'error'}
self.assertIn(err, purchase.error_messages)
self.assertIn('The transaction amount was invalid.', purchase.errors['input.amount'])
def test_authorize_should_return_processor_cvv_result_code_M(self):
token = test_helper.default_payment_method({'cvv':'111'}).payment_method_token
purchase = Processor.authorize(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['cvv_result_code'], 'M')
def test_authorize_should_return_processor_cvv_result_code_N(self):
token = test_helper.default_payment_method({'cvv':'222'}).payment_method_token
purchase = Processor.authorize(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['cvv_result_code'], 'N')
def test_authorize_should_return_processor_avs_result_code_Y(self):
token = test_helper.default_payment_method({'address_1':'1000 1st Av',
'address_2':'',
'zip':'10101'}).payment_method_token
purchase = Processor.authorize(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['avs_result_code'], 'Y')
def test_authorize_should_return_processor_avs_result_code_Z(self):
token = test_helper.default_payment_method({'address_1':'',
'address_2':'',
'zip':'10101'}).payment_method_token
purchase = Processor.authorize(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['avs_result_code'], 'Z')
def test_authorize_should_return_processor_avs_result_code_N(self):
token = test_helper.default_payment_method({'address_1':'123 Main St',
'address_2':'',
'zip':'60610'}).payment_method_token
purchase = Processor.authorize(token,
1.00,
billing_reference=self.rand)
self.assertTrue(purchase.success)
self.assertEqual(purchase.processor_response['avs_result_code'], 'N')
if __name__ == '__main__':
unittest.main()