def get(self, data):
"""
Pass string and return filtered result
"""
result = Validator(data).run()
if result['message'] == 'Error':
return result, 400
return result, 200
def test_validate_init_recurrent(self):
data = {
'rs': '1223',
'original_init_id': 2,
'merchant_transaction_id': 1,
'amount': '1000',
'description': 'Recurrent money'}
validator = Validator('init_recurrent', data)
self.assertEquals(validator.execute(), data)
def main():
# parser our command line arguments
args = parser.parse_args()
# initialize a validator object with the command line arguments
v = Validator(workbooks=args.workbook,
api_url=args.api_url,
api_token=args.api_token)
validated_rows = v.validate_workbook_rows()
v.export_validated_rows(validated_rows)
def test_validate_data_init_no_state(self):
data = {
'rs': '1111',
'merchant_transaction_id': '12390',
'user_ip': '127.0.0.1',
'description': 'My description',
'amount': '1000',
'currency': 'USD',
'name_on_card': 'Vasyly Pupkin',
'street': 'Main street 1',
'zip': 'LV-0000',
'city': 'Riga',
'country': 'LV',
'email': '*****@*****.**',
'phone': '111',
'card_bin': '511111',
'bin_name': 'BANK',
'bin_phone': '+371 11111111',
'merchant_site_url': 'https://example.com'}
validator = Validator('init', data)
expected = dict(data.items() + {'state': 'NA'}.items())
self.assertEquals(validator.execute(), expected)
def test_validate_data_init_dms(self):
data = {
'rs': '888',
'merchant_transaction_id': '121212121212',
'user_ip': '127.0.0.1',
'description': 'DMS transaction',
'amount': '1000',
'currency': 'USD',
'name_on_card': 'Vasyly Pupkin',
'street': 'Main street 1',
'zip': '41212213',
'city': 'Riga',
'state': 'MyState',
'country': 'LV',
'email': '*****@*****.**',
'phone': '+371 11111111',
'card_bin': '511111',
'bin_name': 'BANK',
'bin_phone': '+371 11111111',
'merchant_site_url': 'https://test.com'}
validator = Validator('init_dms', data)
self.assertEquals(validator.execute(), data)
db_path = os.path.join(backup_dir,
datetime.now().strftime('%y-%m-%d_%H-%M-%S.db'))
MakeDB(db_path, f.data)
if latest_backup_symlink:
os.remove(latest_backup_symlink) if os.path.exists(
latest_backup_symlink) else None
try:
os.symlink(db_path, latest_backup_symlink)
except OSError:
print('[WARNING] Failed to create a latest_backup_symlink!')
if report_path:
print('Validating...')
report_md = "%s\n===\n\n" % os.path.basename(db_path)
report_md += Validator().validate(db_path)
try:
import markdown
except ImportError:
print(
'[WARNING] Execute `pip install markdown` to generate true HTML !!!'
)
report_html = '<pre>%s</pre>' % report_md
else:
print('Converting report to HTML...')
report_html = markdown.markdown(report_md)
report_html = '<!DOCTYPE html><html><head><meta charset="utf-8"></head>' \
'<body>%s</body></html>' % report_html
print('Saving report...')
with open(report_path, 'w', encoding='utf-8') as f:
f.write(report_html)
def add(self, key, value):
v = Validator()
if not v.is_valid(key, value):
raise ValueError("Formatting for key {} is not valid.".format(key))
self.filters[key] = value
return self.filters
def status(self, data):
validator = Validator('status', data)
request_data = self.__build_data(validator.execute())
req = Request(self.access_data['apiUrl'],
self.access_data['verifySSL'])
return req.executeRequest('status_request', request_data)
def charge_hold(self, data):
validator = Validator('charge_hold', data)
request_data = self.__build_data(validator.execute())
req = Request(self.access_data['apiUrl'],
self.access_data['verifySSL'])
return req.executeRequest('charge_hold', request_data)
def init_recurrent(self, data):
validator = Validator('init_recurrent', data)
request_data = self.__build_data(validator.execute())
req = Request(self.access_data['apiUrl'],
self.access_data['verifySSL'])
return req.executeRequest('init_recurrent', request_data)
def test_validate_charge_raise_mandatory_error(self):
data = {'init_transaction_id': 1, 'cc': '1234123412341234', 'expire': '12/13'}
validator = Validator('charge', data)
self.assertRaises(MissingFieldException, validator.execute)
def test_validate_data_charge_recurrent(self):
data = {
'init_transaction_id': '2250fcc6fd097e7b9df02aa9b95bf46baa7f8fea'}
validator = Validator('charge_recurrent', data)
self.assertEquals(validator.execute(), data)
def test_validate_data_refund(self):
data = {'init_transaction_id': '1212321323213213', 'amount_to_refund': '40'}
validator = Validator('refund', data)
self.assertEquals(validator.execute(), data)
def test_validate_charge_success(self):
data = {'init_transaction_id': 1, 'cc': '1234123412341234', 'cvv': '987', 'expire': '12/15'}
validator = Validator('charge', data)
expected = dict(data.items())
self.assertEquals(validator.execute(), expected)
def test_validate_charge_option_arg_supplied(self):
data = {'init_transaction_id': 1, 'cc': '1234123412341234', 'cvv': '666', 'expire': '12/13', 'f_extended': 3}
validator = Validator('charge', data)
self.assertEquals(validator.execute(), data)
def test_validate_status(self):
data = {'init_transaction_id': '1212321323213213'}
validator = Validator('status', data)
data['request_type'] = 'transaction_status'
data['f_extended'] = '5'
self.assertEquals(validator.execute(), data)
class Runner(object):
def __init__(self, configuration, tmp_dir):
super().__init__()
self._conf = configuration
self._tmp_dir = tmp_dir
self._ks_file = None
self._shell = ShellLauncher(configuration, tmp_dir)
self._result_formatter = ResultFormatter(self._conf.ks_test_name,
host_id=self.host_id)
# test prepare function can change place of the kickstart test
# so the validator will be set later
self._validator = None
@property
def host_id(self):
"""Return a show string identifying the host where the test is running.
This is currently simply the hostname.
:return: a test runner describing string
:rtype: str
"""
return socket.gethostname()
def _prepare_test(self):
log.debug("Preparing test")
self._copy_image_to_tmp()
try:
self._ks_file = self._shell.prepare()
except subprocess.CalledProcessError:
self._result_formatter.report_result(result=False,
msg="Test prep failed")
self._shell.cleanup()
return False
self._validator = KickstartValidator(self._conf.ks_test_name,
self._ks_file)
self._validator.check_ks_substitution()
if not self._validator.result:
self._validator.report_result()
self._shell.cleanup()
return False
return True
def _copy_image_to_tmp(self):
log.debug("Copying image to temp directory {}".format(self._tmp_dir))
shutil.copy2(self._conf.boot_image_path, self._tmp_dir)
def run_test(self):
log_path = os.path.join(self._tmp_dir, "kstest.log")
setup_logger(log_path)
try:
if not self._prepare_test():
return 99
v_conf = self._create_virtual_conf(log_path)
virt_manager = VirtualManager(v_conf)
try:
virt_manager.run()
except InstallError as e:
self._result_formatter.report_result(False, str(e))
return 1
ret = self._validate_all(v_conf)
self._cleanup()
return ret.return_code
finally:
close_logger()
@disable_on_dry_run
def _cleanup(self):
self._shell.cleanup()
def _create_virtual_conf(self, log_path) -> VirtualConfiguration:
img_path = self._shell.prepare_updates()
self._conf.updates_img_path = img_path
kernel_args = self._shell.kernel_args()
if self._conf.updates_img_path:
kernel_args += " inst.updates={}".format(
self._conf.updates_img_path)
if self._conf.hung_task_timeout_secs:
kernel_args += " inst.kernel.hung_task_timeout_secs={}".format(
self._conf.hung_task_timeout_secs)
disk_args = self._shell.prepare_disks()
nics_args = self._shell.prepare_network()
boot_args = self._shell.boot_args()
target_boot_iso = os.path.join(self._tmp_dir,
self._conf.boot_image_name)
ks = []
if self._shell.inject_ks_to_initrd():
ks.append(self._ks_file)
v_conf = VirtualConfiguration(target_boot_iso, ks)
v_conf.kernel_args = kernel_args
v_conf.test_name = self._conf.ks_test_name
v_conf.temp_dir = self._tmp_dir
v_conf.log_path = log_path
v_conf.vnc = "vnc,listen=0.0.0.0"
v_conf.boot_image = boot_args
v_conf.timeout = 60
v_conf.disk_paths = disk_args
v_conf.networks = nics_args
v_conf.runner_args = self._shell.additional_runner_args()
return v_conf
@disable_on_dry_run(returns=Validator("dry-run validator"))
def _validate_all(self, v_conf):
validator = self._validate_logs(v_conf)
if validator and not validator.result:
validator.report_result()
return validator
ret = self._validate_result()
if ret.check_ret_code():
self._result_formatter.report_result(True, "test done")
return ret
def _validate_logs(self, virt_configuration):
validator = LogValidator(self._conf.ks_test_name)
validator.check_virt_errors(virt_configuration.log_path)
return validator
def _validate_result(self):
output = self._shell.validate()
if not output.check_ret_code():
msg = "Validation failed with return code {}".format(
output.return_code)
self._result_formatter.report_result(False, msg)
return output
def test_validate_charge_hold(self):
data = {'init_transaction_id': 1}
validator = Validator('charge_hold', data)
self.assertEquals(validator.execute(), data)