Matrix_Check/testcase/test_case.py

# -*- coding: UTF-8 -*-
"""
@Project ：pytest_src 
@File    ：test_case.py
@Author  ：haojiang
@Date    ：2022/9/23 10:09 
"""
import logging

import allure
import pytest

from Base.MatrixParser import MatrixParser
from Base.SignalInitTableCheck import MatrixSignalInitValueCheck, SignalValueCheck, SignalInitValueTableCheck, \
    SignalAttrType
from Base.Utils import get_arxml_path

# MATRIX_PATH = r'E:\Project\EP39EREV\EP39_erev v1.1a\GW'
MATRIX_PATH = r'E:\Project\EC32\V1.1b\20220513-zw5_EC32_EP_V02_GW'

arxml_path = get_arxml_path(MATRIX_PATH)
print(arxml_path)
mp = MatrixParser(arxml_path)
    # r'E:\Project\EP39\EP39_GW04_V1.1a_20220628_Integation\InputFiles\MA_20220607_qy1_EP39EV_simu_GWC-arxmal-V01.1.arxml')

mc = MatrixSignalInitValueCheck()

all_data = mc.get_signal_attr_data_by_dataframe(mp.all_dataframe['ISignal'])



def test_01_csv_check():
    '''
    CSV 初值表 信号有效性检查，包括初值缺失、格式及值是否超出范围。
    :return:
    '''

    sc = SignalInitValueTableCheck(MATRIX_PATH)


    data = sc.get_signal_init_value_table()
    ret = True
    for row in data:
        # sc.check_row(row)
        scb = SignalValueCheck(row)
        ret_status, ret_code = scb.check_attribute()
        if not ret_status:
            ret = False
    assert True == ret

# @pytest.mark.parametrize("signal_attr", all_data)
# def test_02_matrix_signal_check(signal_attr: dict):
#     white_list = ['_NM_', 'NKI', 'NWI']
#     sc = SignalValueCheck(signal_attr)
#     ret, ret_code = sc.check_attribute()
#
#     if ret_code == 1:
#         for word in white_list:
#             if word in signal_attr[SignalAttrType.SIGNAL_NAME.name]:
#                 ret = True
#
#     assert  True == ret

def test_02_matrix_signal_check():
    '''
    通信矩阵 系统信号有效性检查，包括初值缺失、格式及值是否超出范围。
    当初值缺失时，需进一步信号名是否在白名单内。当前NM-PDU中包含的信号，处于白名单。
    :return:
    '''

    ret = True
    white_list = ['_NM_', 'NKI', 'NWI']
    for row in all_data:
        # sc.check_row(row)
        scb = SignalValueCheck(row)
        ret_status, ret_code = scb.check_attribute()

        if ret_code == 1:
            for word in white_list:
                if word in row[SignalAttrType.SIGNAL_NAME.name]:
                    ret_status = True

        if not ret_status:
            ret = False
    assert True == ret


def test_03_matrix_dcm_pdu_name_check():
    dcm_pdu_df = mp.all_dataframe['Dcm_IPdu']
    criterion = dcm_pdu_df['PDU Name'].str.contains('Phys') | dcm_pdu_df['PDU Name'].str.contains('Fun')

    ret = criterion.all()
    if not ret:
        logging.error('DCM PDU Name should include Phys!')
        logging.error(dcm_pdu_df['PDU Name'])

    assert True == ret

def test_04_matrix_dcm_pdu_length_check():
    dcm_pdu_df = mp.all_dataframe['Dcm_IPdu']
    criterion = dcm_pdu_df['PDU Length'].isin(['7', '4095'])
    # print(criterion)
    ret = criterion.all()
    if not ret:
        logging.error('DCM PDU Length must is 7 or 4095!')
        logging.error(dcm_pdu_df[['PDU Name', 'PDU Length']])

    assert True == ret

def test_05_matrix_contained_pdu_header_id_check():
    ipdu_df = mp.all_dataframe['IPdu']
    criterion = ipdu_df['Contained PDU ID'] == '0'
    ret = ~(criterion.all())

    if not ret:
        logging.error('Contained Pdu id must not be 0!')
        logging.error(ipdu_df[['PDU Name', 'Contained PDU ID']])

    assert True == ret