def run_service(
number_of_request: int,
url_protocol: str,
service_port: str,
service_url: str,
check_time: str,
):
setup_logging()
end = endpoint.Endpoint(protocol=url_protocol,
url=service_url,
port=service_port)
milliseconds = get_milliseconds_value_for_input(check_time)
rul = rule.AvailabilityRule(request_to_perform=number_of_request,
interval_in_milliseconds=milliseconds)
asyncio.run(run(endpoint=end, rule=rul))
def test_convertion_from_hours_unit_measure(unit_measure):
value = 90
input_string = f'{value} {unit_measure}'
result = get_milliseconds_value_for_input(input_string)
assert result == value * 1000 * 60 * 60
def test_measure_unit_string_not_valid_error():
with pytest.raises(ConvertUnitNotRecognizedException):
get_milliseconds_value_for_input('90 not_valid')
def test_input_string_not_valid_error():
with pytest.raises(InputNotInValidFormatException):
get_milliseconds_value_for_input('randomstring')
def test_convert_value_without_unit_measure_succeeded():
result = get_milliseconds_value_for_input('90')
assert result == 90.0
def test_value_is_not_a_valid_float_exception(patched_float):
patched_float.side_effect = InputNotInValidFormatException
with pytest.raises(InputNotInValidFormatException):
get_milliseconds_value_for_input('90')
