How to use test_execution_path method in autotest

Best Python code snippet using autotest_python

run_test.py

Source:run_test.py

1#!/usr/bin/env python32#      This file is part of quicky_tools3#      Copyright (C) 2020  Julien Thevenon ( julien_thevenon at yahoo.fr )4#5#      This program is free software: you can redistribute it and/or modify6#      it under the terms of the GNU General Public License as published by7#      the Free Software Foundation, either version 3 of the License, or8#      (at your option) any later version.9#10#      This program is distributed in the hope that it will be useful,11#      but WITHOUT ANY WARRANTY; without even the implied warranty of12#      MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the13#      GNU General Public License for more details.14#15#      You should have received a copy of the GNU General Public License16#      along with this program.  If not, see <http://www.gnu.org/licenses/>17import shlex18import shutil19import subprocess20import sys21import os22import glob23from os import path24class TestInfo:25    def __init__(self):26        self._args = ""27        self._exe = ""28        self._expected_status = 029        self._timeout = 530        self._reference_files = []31        self._expected_stdout_strings = []32    def set_arg(self, arg):33        self._args = arg34    def get_arg(self):35        return self._args36    def set_exe(self, exe):37        self._exe = exe38    def get_exe(self):39        return self._exe40    def set_expected_status(self, status):41        self._expected_status = int(status)42    def get_expected_status(self):43        return self._expected_status44    def set_timeout(self, timeout):45        self._timeout = int(timeout)46    def get_timeout(self):47        return self._timeout48    def add_reference_file(self, file):49        self._reference_files.append(file)50    def get_reference_files(self):51        return self._reference_files52    def add_expected_stdout_string(self, string):53        self._expected_stdout_strings.append(string)54    def get_expected_stdout_strings(self):55        return self._expected_stdout_strings56def extract_test_info(test_path):57    info_file_name = path.join(test_path, "test.info")58    if not path.exists(info_file_name):59        print("ERROR : Missing test.info for test in " + test_path)60        return [-1, 0]61    print("--> Parse file " + info_file_name)62    test_info = TestInfo()63    with open(info_file_name, "r") as info_file:64        line_number = 165        for line in info_file:66            line = line.rstrip()67            # Ignore comments68            if line.startswith("#"):69                continue70            # Extract key values71            if -1 != line.find(":"):72                (key, value) = line.split(":", maxsplit=1)73                if "exe_file" == key:74                    test_info.set_exe(value)75                elif "args" == key:76                    while -1 != value.find("<test_location>"):77                        value = value.replace("<test_location>", test_path)78                    test_info.set_arg(value)79                elif "expected_stdout_string" == key:80                    test_info.add_expected_stdout_string(value)81                elif "expected_status" == key:82                    test_info.set_expected_status(value)83                elif "timeout" == key:84                    test_info.set_timeout(value)85                else:86                    print("ERROR: Unknown key " + key + ' in line "' + line + '" ', end='')87                    print("at " + path.basename(info_file_name) + ":" + str(line_number))88                    return [-1, 0]89            else:90                print('ERROR: No key/value syntax in line "' + line, end='')91                print('" at ' + path.basename(info_file_name) + ":" + str(line_number))92                return [-1, 0]93            line_number += 194    if "" == test_info.get_exe():95        print('ERROR: Exe file not defined')96        return [-1, 0]97    return [0, test_info]98def perform_test(name, test_path, compilation_path):99    print('-> Prepare test "' + name + '"')100    (status, test_info) = extract_test_info(test_path)101    # Check if extraction of test information was OK102    if 0 != status:103        return status104    # Find executable file ( different naming between quicky tools and CMake105    binary_candidates = (path.join(compilation_path, test_info.get_exe()),106                         path.join(compilation_path, "bin", test_info.get_exe() + ".exe"))107    exe_name = ""108    for binary_candidate in binary_candidates:109        if path.exists(binary_candidate):110            exe_name = binary_candidate111    if "" == exe_name:112        print("ERROR : Unable to find exe " + test_info.get_exe() + " in " + compilation_path)113        return -1114    # Build the command115    test_cmd = [exe_name]116    test_cmd += shlex.split(test_info.get_arg())117    # Log the command118    with open("cmd.log", "w") as cmd_file:119        cmd_file.write(' '.join(test_cmd))120    # Launch process121    print('-> Run test "' + name + '"')122    process = subprocess.Popen(test_cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE)123    try:124        stdouts, stderrs = process.communicate(timeout=test_info.get_timeout())125    except subprocess.TimeoutExpired:126        process.kill()127        stdouts, stderrs = process.communicate()128    # Compare expected status vs status129    if process.returncode != test_info.get_expected_status():130        print("ERROR: return status(" + str(process.returncode) + ") different from expected one(", end='')131        print(str(test_info.get_expected_status()) + ")")132        status = -1133    # Dump logs for stdout, stderr, return status134    with open("stdout.log", "w") as stdout_log:135        stdout_log.write(str(stdouts, 'utf-8'))136    with open("stderr.log", "w") as stderr_log:137        stderr_log.write(str(stderrs, 'utf-8'))138    with open("status.log", "w") as status_log:139        status_log.write(str(process.returncode))140    # Check reference files141    root_reference = path.join(test_path, "references")142    for abs_reference_file in glob.iglob(path.join(root_reference, "**"), recursive=True):143        if path.isdir(abs_reference_file) or not path.exists(abs_reference_file):144            continue145        relative_file = path.basename(abs_reference_file)146        reference_file = path.dirname(abs_reference_file)147        while reference_file != root_reference:148            relative_file = path.join(path.basename(reference_file), relative_file)149            reference_file = path.dirname(reference_file)150        if path.exists(relative_file):151            print("--> Compare " + relative_file + " with reference")152            with subprocess.Popen(["diff", relative_file, abs_reference_file],153                                  stderr=subprocess.PIPE, stdout=subprocess.PIPE) as diff_process:154                diff_process.wait()155                if 0 != diff_process.returncode:156                    print("ERROR: " + ' '.join(diff_process.args))157                    status = diff_process.returncode158        else:159            print('ERROR: file "' + relative_file + '" expected but not created')160            status = -1161    # Search for expected strings162    stdout_content = str(stdouts, 'utf-8').split('\n')163    expected_strings = test_info.get_expected_stdout_strings()164    for line in stdout_content:165        if len(expected_strings):166            if line == expected_strings[0]:167                expected_strings.pop(0)168        else:169            break170    for expected_stdout_string in expected_strings:171        print('ERROR: expected string "' + expected_stdout_string + '" is missing in stdout ', end='')172        print('or was not at the expected place')173        status = -1174    return status175def main(argv):176    if 1 != len(argv):177        print("ERROR : need to have 1 argument")178        sys.exit(-1)179    assert ("PWD" in os.environ)180    compilation_path = os.environ["PWD"]181    print("Compilation path : " + compilation_path)182    # Get test root location183    test_root = argv[0]184    print("Run tests located in " + test_root)185    if not path.isabs(test_root):186        test_root = path.join(compilation_path, test_root)187    # Check test location existence188    if not path.exists(test_root):189        print("ERROR : directory " + test_root + " do not exists")190        sys.exit(-1)191    if not path.isdir(test_root):192        print("ERROR : " + test_root + " is not a directory")193        sys.exit(-1)194    # Create file tree for test execution195    execution_path = path.join(compilation_path, "test_results")196    print("Execution path : " + execution_path)197    if not path.exists(execution_path):198        os.mkdir(execution_path)199    test_status = 0200    # Iterate over tests201    for item in os.scandir(test_root):202        if item.is_dir():203            test_location = path.join(test_root, item.name)204            test_execution_path = path.join(execution_path, item.name)205            # Remove test execution directory if it already exist206            if path.exists(test_execution_path):207                shutil.rmtree(test_execution_path)208            # Create test execution directory209            os.mkdir(test_execution_path)210            # Go in specific test execution directory211            os.chdir(test_execution_path)212            test_status += perform_test(item.name, test_location, compilation_path)213            # Come back to execution directory after the test214            os.chdir(execution_path)215    if 0 == test_status:216        print("TESTS SUCCESSFUL")217    else:218        print("TESTS FAILED")219    sys.exit(test_status)220if __name__ == "__main__":221    # execute only if run as a script222    main(sys.argv[1:])...

models_test.py

Source:models_test.py

...12        self._frontend_common_teardown()13    def _create_task(self):14        return models.SpecialTask.objects.create(15                host=self.hosts[0], task=models.SpecialTask.Task.VERIFY)16    def test_execution_path(self):17        task = self._create_task()18        self.assertEquals(task.execution_path(), 'hosts/host1/1-verify')19    def test_status(self):20        task = self._create_task()21        self.assertEquals(task.status, 'Queued')22        task.update_object(is_active=True)23        self.assertEquals(task.status, 'Running')24        task.update_object(is_active=False, is_complete=True)25        self.assertEquals(task.status, 'Completed')26    def test_activate(self):27        task = self._create_task()28        task.activate()29        self.assertTrue(task.is_active)30        self.assertFalse(task.is_complete)...

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