How to use _save_result method in Testify

Best Python code snippet using Testify_python

tests.py

Source:tests.py

...111                                        test_name=test_name,112                                        data=results)113        logging.debug(output)114        return output115    def _save_result(result, result_dir):116        """docstring for _save_result"""117        with open(os.path.join(result_dir,118                               'testresult_process_is_running.xml'), 'w') as f:119            f.write(result)120    _save_result(_run(), os.path.abspath(result_dir))121def verify_dmesg(dut, plan, result_dir):122    """123    Read kernel logs and check whether error log exists or not.124    This testcase runs \'dmesg\' and \'grep\' commands on device.125    :param device dut: device instance126    :param dict plan: test plan127    :param str result_dir: directory to save test result xml128    Example:129        >>> from litmus.helper.tests import verify_dmesg130        >>> verify_dmesg(dut,131                         [{\'name\': \'panel_is_alive\',132                           \'param\': \'panel\',133                           \'pattern\': \'.*panel is dead.*\'},134                          ],135                         \'result\')136    """137    test_name = 'verify_dmesg'138    template_report = """<report categ='SmokeTest' failures='{failure_cnt}' name='{test_name}'>139{data}</report>"""140    template_test = """    <test executed='yes' name='{tc_name}'>141        <result>142            <success passed='{tc_result}' state='{tc_state}' />143        </result>144    </test>145"""146    def _verify(item):147        """docstring for _verify"""148        cmd = ['dmesg', '|', 'grep', item['param']]149        res = dut.run_cmd(cmd)150        p = re.compile(item['pattern'])151        if not p.search(res):152            return True153        else:154            return False155    def _run():156        results = ''157        failure_cnt = 0158        for item in plan:159            tc_result = 'yes' if _verify(item) else 'no'160            failure_cnt = failure_cnt+1 if tc_result != 'yes' else failure_cnt161            dict_for_output = {'tc_name': item['name'],162                               'tc_result': tc_result,163                               'tc_state': 100 if tc_result == 'yes' else 0}164            results += template_test.format(**dict_for_output)165        output = template_report.format(failure_cnt=failure_cnt,166                                        test_name=test_name,167                                        data=results)168        logging.debug(output)169        return output170    def _save_result(result, result_dir):171        """docstring for _save_result"""172        with open(os.path.join(result_dir, 'testresult_dmesg.xml'), 'w') as f:173            f.write(result)174    _save_result(_run(), os.path.abspath(result_dir))175def verify_wifi_is_working(dut, wifi_apname, wifi_password, result_dir):176    """177    Try to connect wifi ap and publish the test result as a xml file.178    This testcase runs 'wifi_test' command on device.179    :param device dut: device instance180    :param str wifi_apname: wifi ap name181    :param str wifi_password: wifi ap password182    :param str result_dir: directory to save test result xml183    Example:184        >>> from litmus.helper.tests import verify_wifi_is_working185        >>> verify_wifi_is_working(dut, 'setup', '', 'result')186    """187    test_name = 'wifi_is_working'188    template_report = """<report categ='SmokeTest' failures='{failure_cnt}' name='{test_name}'>189{data}</report>"""190    template_test = """    <test executed='yes' name='{tc_name}'>191        <result>192            <success passed='{tc_result}' state='{tc_state}' />193        </result>194    </test>195"""196    def _enqueue_output(out, queue):197        for line in iter(out.readline, b''):198            queue.put(line.strip().decode())199        out.close()200    def _write_cmd(cmd, status_pass, status_fail, timeout=10):201        """docstring for _write_cmd"""202        status_pass = convert_single_item_to_list(status_pass)203        status_fail = convert_single_item_to_list(status_fail)204        logging.debug('===== cmd : {} ====='.format(cmd))205        cmd = cmd + '\r'206        start_time = time.perf_counter()207        sdbshell.stdin.write(cmd.encode())208        sdbshell.stdin.flush()209        time.sleep(0.5)210        logging.debug('response:')211        while True:212            try:213                line = q.get(timeout=0.1)214                logging.debug(line)215            except queue.Empty:216                wait_time = time.perf_counter() - start_time217                if wait_time > timeout:218                    raise Exception('timeout')219                elif wait_time > (timeout / 2):220                    sdbshell.stdin.write('\r'.encode())221                    sdbshell.stdin.flush()222                    time.sleep(1)223            else:224                if line in status_pass:225                    break226                elif line in status_fail:227                    raise Exception('wifi test return fail : {}'.format(line))228    def _run():229        """docstring for _run"""230        try:231            _write_cmd('wifi_test; exit', 'Test Thread created...', None)232            _write_cmd('1', 'Operation succeeded!', 'Operation failed!')233            _write_cmd('3',234                       ['Success to activate Wi-Fi device',235                        'Wi-Fi Activation Succeeded',236                        'Fail to activate Wi-Fi device [ALREADY_EXISTS]'],237                       None)238            time.sleep(7)239            _write_cmd('9', 'Operation succeeded!', 'Operation failed!')240            time.sleep(3)241            for loop in range(3):242                _write_cmd('b', 'Get AP list finished', None)243                time.sleep(3)244            _write_cmd('c',245                       'Input a part of AP name to connect :',246                       ['Wi-Fi Activation Failed! error : OPERATION_FAILED',247                        'Device state changed callback, state : Deactivated',248                        'Operation failed!'])249            _write_cmd(wifi_apname,250                       ['Passphrase required : TRUE',251                        'Passphrase required : FALSE'],252                       ['Wi-Fi Activation Failed! error : OPERATION_FAILED',253                        'Device state changed callback, state : Deactivated',254                        'Operation failed!'])255            if wifi_password and wifi_password != '':256                _write_cmd(wifi_password,257                           'Connection step finished',258                           ['Wi-Fi Activation Failed! error : '259                            'OPERATION_FAILED',260                            'Device state changed callback, state : '261                            'Deactivated',262                            'Operation failed!'])263            _write_cmd('6',264                       ['Success to get connection state : Connected',265                        'Wi-Fi Connection Succeeded'],266                       ['Wi-Fi Activation Failed! error : OPERATION_FAILED',267                        'Wi-Fi Connection Failed! error : INVALID_KEY',268                        'Device state changed callback, state : Deactivated',269                        'Operation failed!',270                        'Success to get connection state : Disconnected',271                        'Connection state changed callback, state : '272                        'Disconnected, AP name : {}'.format(wifi_apname)])273            _write_cmd('0', 'exit', None)274            dict_for_output = {'tc_name': test_name,275                               'tc_result': 'yes',276                               'tc_state': 100}277            results = template_test.format(**dict_for_output)278            output = template_report.format(failure_cnt=0,279                                            test_name=test_name,280                                            data=results)281        except Exception:282            dict_for_output = {'tc_name': test_name,283                               'tc_result': 'no',284                               'tc_state': 0}285            results = template_test.format(**dict_for_output)286            output = template_report.format(failure_cnt=1,287                                            test_name=test_name,288                                            data=results)289        finally:290            sdbshell.terminate()291            return output292    def _save_result(result, result_dir):293        """docstring for _save_result"""294        logging.debug(result)295        with open(os.path.join(result_dir, 'testresult_wifi.xml'), 'w') as f:296            f.write(result)297    sdbshell = subprocess.Popen(['sdb', '-s', dut.get_id(), 'shell'],298                                stdin=subprocess.PIPE,299                                stdout=subprocess.PIPE,300                                stderr=subprocess.PIPE)301    q = queue.Queue()302    t = Thread(target=_enqueue_output, args=(sdbshell.stdout, q))303    t.daemon = True304    t.start()...

cost_analysis.py

Source:cost_analysis.py

...40        self._compute_coverage_rate()41        self._compute_globally_sold_production()42        self._compute_self_consumption()43        self._compute_costs()44        self._save_result(self.delta_costs, 'delta_costs', self._output_path)45        self._save_result(self.ssr_user_no_production, 'ssr_user_no_production', self._output_path)46        self._save_result(self.cost_users_no_deviation, 'costs_users_no_deviations', self._output_path)47        self._save_result(self.cost_users, 'costs_users', self._output_path)48        self._save_result(self.costs_users_no_rec, 'costs_users', self._output_path)49    def _compute_costs_comparison(self):50        """51        Compares the costs with and without REC for each user.52        """53        self.delta_costs = (54            (1 - self.local_discount) * self._ssr_user55        )56    def _compute_coverage_rate(self):57        """58        Computes the coverage rate of the users.59        """60        self.ssr_user_no_production = (61            self._verified_allocated_production.sum(axis=0) / self._initial_consumption.sum(axis=0)62        ).fillna(0.0)  # Self-sufficiency rate without taking into account the production63    def _compute_globally_sold_production(self):64        """65        Computes the global sales of the producers.66        """67        self.global_sales = (68            self._net_production - self._locally_sold_production69        )70    def _compute_self_consumption(self):71        """72        Computes the self-consumption of prosumers.73        """74        self.self_consumption = (75            self._initial_consumption - self._net_consumption76        )77    def _compute_costs(self):78        """79        Computes the costs of each consumer or prosumer independently.80        """81        self.cost_users_no_deviation = (82                pd.Series(self._price_retailer_in) * (self._net_consumption - self._verified_allocated_production).sum(axis=0) +83                pd.Series(self._price_local_in) * self._verified_allocated_production.sum(axis=0) -84                pd.Series(self._price_retailer_out) * (self._net_production - self._locally_sold_production).sum(axis=0) -85                pd.Series(self._price_local_out) * self._locally_sold_production.sum(axis=0)86        )87        costs_deviations = (self._costs_rec - self.cost_users_no_deviation.sum()) / len(self._users)88        self.cost_users = self.cost_users_no_deviation + costs_deviations.values89        self.costs_users_no_rec = (90                pd.Series(self._price_retailer_in) * self._net_consumption.sum(axis=0) -91                pd.Series(self._price_retailer_out) * self._net_production.sum(axis=0)92        )93    @staticmethod94    def _save_result(which_data: pd.DataFrame, name: str, output_path: str):95        """96        Saves the cost-comparison result.97        """98        df_to_save = pd.DataFrame(data=which_data)...

save_result.py

Source:save_result.py

...18        os.makedirs(author_links_dir)19    return author_links_dir, scholar_links_dir, authors_dir, scholars_dir20def save_authors(gf, result):21    global authors_dir22    _save_result(gf, result, authors_dir)23def save_scholars(gf, result):24    global scholars_dir25    _save_result(gf, result, scholars_dir)26def save_author_links(gf, result):27    global author_links_dir28    _save_result(gf, result, author_links_dir)29def save_scholar_links(gf, result):30    global scholar_links_dir31    _save_result(gf, result, scholar_links_dir)32def _save_result(gf, result, path):33    start = gf.start34    35    end = start + len(result) - 136    37    df = pd.DataFrame(result)38    df.to_csv(f'{path}/{start}_{end}.csv', index=False)39    print(f'save {path}/{start}_{end}.csv')...

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