def test_works(): bytearr = sys_to_bytes(0, 8) test = get_ntp_float(bytearr) assert test == 0.0 bytearr = sys_to_bytes(5, 4) + sys_to_bytes(3, 4) test = get_ntp_float(bytearr) assert test == (5 + 3 * ntp_res)
def test_parse_gets_NTP(): id_byte = sys_to_bytes(INT_VAL_S, 1) test = parse_response(valid_ntp) assert test == correct_ntp test = parse_response(id_byte + valid_ntp) assert test == correct_ntp
def test_cmd_ntp_raises_for_invalid_NTP(): with pytest.raises(ECINTPInvalid): test = build_command('NTPClockSync', sys_to_bytes(2, 5))
def test_raises_for_invalid_NTP(): with pytest.raises(NTPInvalidByte): test = get_ntp_float(sys_to_bytes(2, 5))
def test_parse_gets_version(): test = parse_response(b'I' + sys_to_bytes(2, 1)) assert test == 2 assert isinstance(test, int)
def test_parse_invalid_size(): with pytest.raises(InvalidECIResponse) as e: test = parse_response(sys_to_bytes(0, 5))
#!/usr/bin/env python3 # -*- coding: utf-8 -*- import pytest from eci.exceptions import * from eci.eci import parse_response, INT_VAL_S from eci.util import sys_to_bytes, get_ntp_byte invalid_id = sys_to_bytes(0, 1) valid_number = sys_to_bytes(56, 1) correct_ntp = 1 + 2**-32 valid_ntp = get_ntp_byte(correct_ntp) # Exception Testing def test_parse_failure(): with pytest.raises(ECIFailure): test = parse_response(b'F') def test_parse_no_recording(): with pytest.raises(ECINoRecordingDeviceFailure): test = parse_response(b'R') def test_parse_singleton(): with pytest.raises(InvalidECIResponse): test = parse_response(b'D') def test_parse_invalid_type(): with pytest.raises(InvalidECIResponse) as e: