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How to use main_entry_point method in Slash

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test_main.py

Source:test_main.py

...44        return self._new_err.getvalue()45class Test(unittest.TestCase):46    def test_no_args(self):47        with self.assertRaises(SystemExit) as cp:48            main_entry_point()49        self.assertEqual(cp.exception.code, 2)50    def test_help(self):51        with self.assertRaises(SystemExit) as cp:52            main_entry_point(["-h"])53        self.assertEqual(cp.exception.code, 0)54    def test_path(self):55        os.chdir(Path(__file__).parent)56        main_entry_point(["path"])57class TempCwd:58    """Context manager that creates temp directory and makes it the current59    working directory until exit."""60    def __init__(self):61        self.prev_cwd: Optional[str] = None62        self.temp_dir: Optional[str] = None63    def __enter__(self):64        self.prev_cwd = os.getcwd()65        self.temp_dir = tempfile.mkdtemp()66        os.chdir(self.temp_dir)67    def __exit__(self, exc_type, exc_val, exc_tb):68        os.chdir(self.prev_cwd)69        shutil.rmtree(self.temp_dir)70class TestsInsideTempProjectDir(unittest.TestCase):71    def setUp(self):72        self._old_cwd = Path.cwd()73        # âself._td = TemporaryDirectory()74        self._temp_dir = tempfile.mkdtemp()75        self.svetDir = Path(self._temp_dir) / "svetdir"76        self.projectDir = Path(self._temp_dir) / "project"77        self.projectDir.mkdir()78        self.svetDir.mkdir()79        # creating two empty packages: pkg and pkg.sub80        self.project_pkg = self.projectDir / "pkg"81        self.project_pkg_sub = self.project_pkg / "sub"82        self.project_pkg_sub.mkdir(parents=True)83        (self.project_pkg_sub / "__init__.py").touch()84        (self.project_pkg / "__init__.py").touch()85        self.json_report_file: Optional[Path] = None86        os.chdir(self.projectDir)87        self.expectedVenvDir = self.svetDir / "project_venv"88        self.expectedVenvBinPosix = self.expectedVenvDir / "bin" / "python"89        self.expectedVenvBinWindows = self.expectedVenvDir / "Scripts" / "python.exe"90        os.environ["VIENDIR"] = str(self.svetDir.absolute())91    def tearDown(self):92        # moving out of project dir to stop "using" the _temp_dir93        os.chdir(self._old_cwd)94        # VIENDIR was assigned in setUp95        del os.environ["VIENDIR"]96        try:97            shutil.rmtree(self._temp_dir)98        except PermissionError as e:99            # PermissionError: [WinError 32] The process cannot access100            # the file because it is being used by another process:101            # C:\\Users\\RUNNER~1\\AppData\\Local\\Temp\\tmpzl8g6j0u\\project102            assert "WinError" in str(e)103            # It seems the reason for this exception was the CWD in _temp_dir.104            # But anyway I'll try to ignore it if it's possible105    def assertInVenv(self, inner: Path):106        inner_str = str(inner.absolute())107        outer_str = str(self.expectedVenvDir.absolute())108        # macOS weirdness109        inner_str = inner_str.replace("/private/var", "/var")110        outer_str = outer_str.replace("/private/var", "/var")111        if (os.path.commonpath([outer_str]) != os.path.commonpath(112                [outer_str, inner_str])):113            # if not (len(inner_str) > len(outer_str)114            #       and inner_str.startswith(outer_str)):115            self.fail(f"{inner_str} is not in {outer_str}")116    def assertVenvBinExists(self):117        self.assertTrue(118            self.expectedVenvBinPosix.exists() or self.expectedVenvBinWindows.exists())119    def assertVenvBinNotExists(self):120        self.assertFalse(121            self.expectedVenvBinPosix.exists() or self.expectedVenvBinWindows.exists())122    def assertProjectDirIsNotCwd(self):123        basename = "marker"124        in_cwd = Path.cwd() / basename125        in_project = self.projectDir / basename126        self.assertFalse(in_cwd.exists())127        self.assertFalse(in_project.exists())128        in_cwd.touch()129        self.assertTrue(in_cwd.exists())130        self.assertFalse(in_project.exists())131    def assertVenvNotExists(self):132        self.assertFalse(self.expectedVenvDir.exists())133        self.assertVenvBinNotExists()134    def assertVenvExists(self):135        self.assertTrue(self.expectedVenvDir.exists())136        self.assertVenvBinExists()137    def assertIsErrorExit(self, exc: SystemExit):138        self.assertIsInstance(exc, SystemExit)139        self.assertTrue(exc.code is not None and exc.code != 0)140    def assertIsSuccessExit(self, exc: SystemExit):141        self.assertIsInstance(exc, SystemExit)142        self.assertTrue(exc.code is None or exc.code == 0)143    def write_reporting_program(self, py_file_path: Path) -> Path:144        self.json_report_file = py_file_path.parent / 'output.json'145        out_file_path_str = repr(str(self.json_report_file))146        code = "import pathlib, sys, json\n" \147               "d={'sys.path': sys.path, \n" \148               "   'sys.executable': sys.executable, \n" \149               "   'sys.argv': sys.argv\n" \150               "}\n" \151               "js=json.dumps(d)\n" \152               f"file=pathlib.Path({out_file_path_str})\n" \153               'file.write_text(js, encoding="utf-8")'154        py_file_path.write_text(code, encoding='utf-8')155        assert not self.json_report_file.exists()156        return self.json_report_file157    @property158    def report_exists(self) -> bool:159        return self.json_report_file is not None and \160               self.json_report_file.exists()161    @property162    def reported_syspath(self) -> List[str]:163        assert self.json_report_file is not None164        d = json.loads(self.json_report_file.read_text(encoding="utf-8"))165        return d["sys.path"]166    @property167    def reported_executable(self) -> Path:168        assert self.json_report_file is not None169        d = json.loads(self.json_report_file.read_text(encoding="utf-8"))170        return Path(d["sys.executable"])171    @property172    def reported_argv(self) -> List[str]:173        assert self.json_report_file is not None174        d = json.loads(self.json_report_file.read_text(encoding="utf-8"))175        return d["sys.argv"]176    ############################################################################177    def test_create_with_argument(self):178        # actually this is not a good test: we are not testing whether179        # argument is really used and not ignored180        self.assertVenvNotExists()181        main_entry_point(["create", sys.executable])182        self.assertVenvExists()183    def test_create_fails_with_unresolvable_argument(self):184        # actually this is not a good test: we are not testing whether185        # argument is really used and not ignored186        self.assertVenvNotExists()187        with self.assertRaises(CannotFindExecutableExit) as ce:188            main_entry_point(["create", "labuda-ladeda-hehe"])189        self.assertIsErrorExit(ce.exception)190        self.assertVenvNotExists()191    def test_create_without_argument(self):192        self.assertVenvNotExists()193        main_entry_point(["create"])194        self.assertVenvExists()195    def test_create_fails_if_twice(self):196        main_entry_point(["create"])197        with self.assertRaises(VenvExistsExit) as ce:198            main_entry_point(["create"])199        self.assertIsErrorExit(ce.exception)200    @unittest.skipUnless(is_posix, "not sure what to resolve in windows")201    def test_create_resolves_python3(self):202        self.assertVenvNotExists()203        main_entry_point(["create", "python3"])204        self.assertVenvExists()205    ############################################################################206    def test_create_then_delete(self):207        self.assertVenvNotExists()208        main_entry_point(["create"])209        self.assertVenvExists()210        main_entry_point(["delete"])211        self.assertVenvNotExists()212    def test_delete_fails_if_not_exists(self):213        self.assertVenvNotExists()214        with self.assertRaises(VenvDoesNotExistExit) as cm:215            main_entry_point(["delete"])216        self.assertIsErrorExit(cm.exception)217    ############################################################################218    def test_recreate_without_argument(self):219        self.assertVenvNotExists()220        main_entry_point(["recreate"])221        self.assertVenvExists()222    def test_recreate_with_argument(self):223        self.assertVenvNotExists()224        main_entry_point(["create", sys.executable])225        self.assertTrue(self.expectedVenvDir.exists())226        if self.expectedVenvBinWindows.exists():227            os.remove(self.expectedVenvBinWindows)228        elif self.expectedVenvBinPosix.exists():229            os.remove(self.expectedVenvBinPosix)230        else:231            raise AssertionError("executable not found")232        self.assertVenvBinNotExists()233        main_entry_point(["recreate", sys.executable])234        self.assertVenvBinExists()235        main_entry_point(["recreate", sys.executable])236        self.assertVenvBinExists()237    def test_recreate_fails_with_unresolvable_argument(self):238        # actually this is not a good test: we are not testing whether239        # argument is really used and not ignored240        self.assertVenvNotExists()241        with self.assertRaises(CannotFindExecutableExit) as ce:242            main_entry_point(["recreate", "labuda-ladeda-hehe"])243        self.assertIsErrorExit(ce.exception)244        self.assertVenvNotExists()245    @unittest.skipUnless(is_posix, "not sure what to resolve in windows")246    def test_recreate_resolves_python3(self):247        self.assertVenvNotExists()248        main_entry_point(["recreate", "python3"])249        self.assertVenvExists()250    ############################################################################251    @unittest.skipUnless(is_windows, "testing windows limitations")252    def test_run_missing_in_windows(self):253        with self.assertRaises(SystemExit) as cm:254            main_entry_point(["run", "python", "-c", "pass"])255        self.assertEqual(cm.exception.code, 2)256    @unittest.skipUnless(is_posix, "not POSIX")257    def test_run_needs_venv(self):258        with self.assertRaises(VenvDoesNotExistExit) as cm:259            main_entry_point(windows_too(["run", "python", "-c", "pass"]))260        self.assertIsErrorExit(cm.exception)261    @unittest.skipUnless(is_posix, "not POSIX")262    def test_run_exit_code_0(self):263        """Test that main_entry_point returns the same exit code,264        as the called command"""265        main_entry_point(["create"])  # need venv to run266        with self.assertRaises(ChildExit) as ce:267            main_entry_point(windows_too(["run", "python3", "-c", "exit(0)"]))268        self.assertEqual(ce.exception.code, 0)269    @unittest.skipUnless(is_posix, "not POSIX")270    def test_run_exit_code_1(self):271        """Test that main_entry_point returns the same exit code,272        as the called command"""273        main_entry_point(["create"])  # need venv to run274        with self.assertRaises(ChildExit) as ce:275            main_entry_point(windows_too(["run", "python3", "-c", "exit(1)"]))276        self.assertEqual(ce.exception.code, 1)277    @unittest.skipUnless(is_posix, "not POSIX")278    def test_run_exit_code_2(self):279        """Test that main_entry_point returns the same exit code,280        as the called command"""281        main_entry_point(["create"])  # need venv to run282        with self.assertRaises(ChildExit) as ce:283            main_entry_point(windows_too(["run", "python3", "-c", "exit(2)"]))284        self.assertEqual(ce.exception.code, 2)285    @unittest.skipUnless(is_posix, "not POSIX")286    def test_run_python_version(self):287        main_entry_point(["create"])288        with self.assertRaises(ChildExit):289            # just check the argparser handles --version properly290            # (was failing with nargs='*', ok with nargs=argparse.REMAINDER)291            main_entry_point(windows_too(["run", "python3", "--version"]))292    def _run_and_check(self, args: List[str], expected_exit_code=0):293        with self.assertRaises(ChildExit) as ce:294            main_entry_point(args)295        self.assertEqual(ce.exception.code, expected_exit_code)296    @unittest.skipUnless(is_posix, "not POSIX")297    def test_run_p(self):298        """Checking the -p changes both venv directory and the first item299        in PYTHONPATH"""300        main_entry_point(["create"])301        with TemporaryDirectory() as temp_cwd:302            # we will run it NOT from the project dir as CWD303            os.chdir(temp_cwd)304            # creating .py file to run305            code_py = Path(temp_cwd) / "code.py"306            self.write_reporting_program(code_py)307            # running the code that will create a json file308            self.assertProjectDirIsNotCwd()309            self._run_and_check(310                ["-p", str(self.projectDir.absolute()),311                 "run", "python3", str(code_py)])312            self.assertInVenv(self.reported_executable)313            self.assertIn(str(self.projectDir.absolute()),314                          self.reported_syspath)315    @unittest.skipUnless(is_posix, "not POSIX")316    def test_run_python_code(self):317        """Testing vien run python3 -c '...'"""318        main_entry_point(["create"])319        file_to_be_created = self.projectDir / "hello.txt"320        self.assertFalse(file_to_be_created.exists())321        # we'll ask the python residing inside the virtualenv to create a text322        # file and write the path to interpreter in it323        python_program = f"""324            import os, sys325            from pathlib import Path326            Path({repr(str(file_to_be_created))}).write_text(sys.executable)327        """328        lines = [line.strip() for line in python_program.splitlines()]329        python_program = "; ".join(line for line in lines if line)330        with self.assertRaises(SystemExit) as ce:331            main_entry_point(["run", "python3", "-c", python_program])332        self.assertIsSuccessExit(ce.exception)333        # check the file created (it means, the command was executed)334        self.assertTrue(file_to_be_created.exists())335        # the file should contain the path or the python interpreter that336        # executed it in virtualenv337        interpreter_path = Path(file_to_be_created.read_text())338        self.assertTrue("svetdir" in interpreter_path.parts)339        self.assertTrue("project_venv" in interpreter_path.parts)340    ## CALL ####################################################################341    def test_call_needs_venv(self):342        """File exists, but venv does not exist"""343        runme_py = self.projectDir / "runme.py"344        runme_py.touch()345        with self.assertRaises(VenvDoesNotExistExit) as ce:346            main_entry_point(["call", str(runme_py)])347        self.assertIsErrorExit(ce.exception)348    def test_call_nonexistent_file(self):349        main_entry_point(["create"])350        with self.assertRaises(PyFileNotFoundExit) as ce:351            main_entry_point(["call", "nonexistent.py"])352        self.assertIsErrorExit(ce.exception)353    def _call_for_exit_code(self, exit_code: int):354        (self.projectDir / "main.py").write_text(f"exit({exit_code})")355        main_entry_point(["create"])356        with self.assertRaises(SystemExit) as ce:357            main_entry_point(["call", "main.py"])358        self.assertEqual(ce.exception.code, exit_code)359    def test_call_42(self):360        """Calling a temporary .py script that must return 42.361        Testing whether it runs and whether we get correct exit code."""362        self._call_for_exit_code(42)363    def test_call_23(self):364        """Calling a temporary .py script that must return 23.365        Testing whether it runs and whether we get correct exit code."""366        self._call_for_exit_code(23)367    def test_call_file_as_module(self):368        main_entry_point(["create"])369        # creating pkg/sub/module.py370        file_py = self.project_pkg_sub / "module.py"371        self.write_reporting_program(file_py)372        self.assertFalse(self.report_exists)373        # running from random CWD374        with TempCwd():375            self.assertProjectDirIsNotCwd()376            self._run_and_check(377                ["-p", str(self.projectDir.absolute()),378                 "call", "-m", str(file_py.absolute())])379        self.assertTrue(self.report_exists)380        self.assertInVenv(self.reported_executable)381        self.assertIn(str(self.projectDir.absolute()),382                      self.reported_syspath)383    def test_call_file_as_file(self):384        main_entry_point(["create"])385        # creating pkg/sub/module.py386        file_py = self.project_pkg_sub / "module.py"387        self.write_reporting_program(file_py)388        self.assertFalse(self.report_exists)389        # running from random CWD390        with TempCwd():391            self.assertProjectDirIsNotCwd()392            self._run_and_check(393                ["-p", str(self.projectDir.absolute()),394                 "call", str(file_py.absolute())])  # no -m395        self.assertTrue(self.report_exists)396        self.assertInVenv(self.reported_executable)397        self.assertIn(str(self.projectDir.absolute()),398                      self.reported_syspath)399    def test_call_parameters(self):400        """Testing that call really passes parameters to child."""401        main_entry_point(["create"])402        self.write_reporting_program(self.projectDir/"file.py")403        self.assertFalse(self.report_exists)404        self._run_and_check(["call", "file.py", "hello", "program"])405        self.assertTrue(self.report_exists)406        self.assertEqual(self.reported_argv[-2], "hello")407        self.assertEqual(self.reported_argv[-1], "program")408        # main_entry_point(["create"])409        # (self.projectDir / "main.py").write_text(410        #     f"import sys; exit(len(sys.argv))")411        #412        # with self.assertRaises(ChildExit) as ce:413        #     main_entry_point(["call", "main.py"])414        # self.assertEqual(ce.exception.code, 1)  # received len(argv)415        #416        # with self.assertRaises(ChildExit) as ce:417        #     main_entry_point(["call", "main.py", "aaa", "bbb", "ccc"])418        # self.assertEqual(ce.exception.code, 4)  # received len(argv)419    def test_call_project_dir_venv(self):420        """Tests that the -p parameter actually changes the project directory,421        so the correct virtual environment is found."""422        main_entry_point(["create"])423        pkg_dir = self.projectDir / "subpkg"424        pkg_dir.mkdir()425        (pkg_dir / "__init__.py").touch()426        run_py = (pkg_dir / "run.py")427        run_py.write_text("exit(5)")428        run_py_str = str(run_py.absolute())429        with TemporaryDirectory() as td:430            try:431                os.chdir(td)432                # NORMAL format433                # this call specifies project dir relative to run.py.434                # It runs the file successfully435                with self.assertRaises(ChildExit) as ce:436                    main_entry_point(["-p", "..", "call", run_py_str])437                self.assertEqual(ce.exception.code, 5)438                # this call specifies project dir relative to run.py.439                # It runs the file successfully440                with self.assertRaises(ChildExit) as ce:441                    main_entry_point(442                        ["--project-dir", "..", "call", run_py_str])443                self.assertEqual(ce.exception.code, 5)444                # OUTDATED format445                # this call specifies project dir relative to run.py.446                # It runs the file successfully447                with self.assertRaises(ChildExit) as ce:448                    main_entry_point(["call", "-p", "..", run_py_str])449                self.assertEqual(ce.exception.code, 5)450                # this call specifies project dir relative to run.py.451                # It runs the file successfully452                with self.assertRaises(ChildExit) as ce:453                    main_entry_point(454                        ["call", "--project-dir", "..", run_py_str])455                self.assertEqual(ce.exception.code, 5)456                # ERRORS457                # without -p we assume that the current dir is the project dir,458                # but the current is temp. So we must get an exception459                with self.assertRaises(VenvDoesNotExistExit):460                    main_entry_point(["call", run_py_str])461                # this call specifies INCORRECT project dir relative to run.py462                with self.assertRaises(VenvDoesNotExistExit):463                    main_entry_point(464                        ["call", "--project-dir", "../..", run_py_str])465            finally:466                os.chdir(self._old_cwd)  # to safely delete the temp dir467    def test_call_project_dir_relative_imports(self):468        """ Tests that modules are importable from the project dir469        set by -p parameter"""470        main_entry_point(["create"])471        pkg_dir = self.projectDir / "subpkg"472        pkg_dir.mkdir()473        (pkg_dir / "__init__.py").touch()474        (pkg_dir / "constant.py").write_text("FIFTY_FIVE=55")475        run_py = (pkg_dir / "run.py")476        # thanks to modified PYTHONPATH, the following must work477        run_py.write_text("import subpkg.constant\n"478                          "exit(subpkg.constant.FIFTY_FIVE)")479        run_py_str = str(run_py.absolute())480        with TemporaryDirectory() as td:481            try:482                os.chdir(td)483                with self.assertRaises(ChildExit) as ce:484                    main_entry_point(["-p", "..", "call", run_py_str])485                self.assertEqual(ce.exception.code, 55)486            finally:487                os.chdir(self._old_cwd)  # to safely delete the temp dir488    ############################################################################489    @unittest.skipUnless(is_windows, "testing windows limitations")490    def test_shell_missing_in_windows(self):491        with self.assertRaises(SystemExit) as cm:492            main_entry_point(["run", "shell"])493        self.assertEqual(cm.exception.code, 2)494    @unittest.skipUnless(is_posix, "not POSIX")495    def test_shell_p(self):496        """Checking the -p changes both venv directory and the first item497        in PYTHONPATH"""498        main_entry_point(["create"])499        with TemporaryDirectory() as temp_cwd:500            # we will run it NOT from the project dir as CWD501            os.chdir(temp_cwd)502            # creating .py file to run503            code_py = Path(temp_cwd) / "code.py"504            output_file = self.write_reporting_program(code_py)505            # running the code that will create a json file506            self.assertProjectDirIsNotCwd()507            with self.assertRaises(ChildExit) as ce:508                main_entry_point(509                    ["-p", str(self.projectDir.absolute()),510                     "shell", "--input",511                     f'python3 "{code_py}"'])512            self.assertEqual(ce.exception.code, 0)513            # loading json and checking the values514            d = json.loads(output_file.read_text())515            self.assertIn(str(self.projectDir.absolute()), d["sys.path"])516            self.assertInVenv(Path(d["sys.executable"]))517    @unittest.skipUnless(is_posix, "not POSIX")518    def test_shell_fails_if_not_exist(self):519        self.assertVenvNotExists()520        with self.assertRaises(VenvDoesNotExistExit) as cm:521            main_entry_point(["shell"])522        self.assertIsErrorExit(cm.exception)523    @unittest.skipUnless(is_posix, "not POSIX")524    def test_shell_ok(self):525        main_entry_point(["create"])526        with TemporaryDirectory() as td:527            dir_to_create = Path(td) / "to_be_or_not_to_be"528            self.assertFalse(dir_to_create.exists())529            dir_to_create_quoted = repr(str(dir_to_create))530            bash_input = f'mkdir {dir_to_create_quoted}\n'531            # I did not find an easy way to run an interactive sub-shell during532            # testing and then to kill it. Solutions that were based on533            # signal.SIGALRM or the subprocess.run(timeout), were harming the534            # MacOS terminal that started the test535            #536            # So we provide input and delay arguments to the sub-shell. It537            # makes the sub-shell peacefully close itself.538            #539            # It is not a clean test for "shell" though. The "shell" meant to540            # be run without parameters.541            start = timer()542            with TimeLimited(10):  # safety net543                with self.assertRaises(ChildExit) as ce:544                    main_entry_point(545                        ["shell", "--input", bash_input, "--delay", "1"])546                self.assertFalse(ce.exception.code, 0)547            end = timer()548            self.assertGreater(end - start, 0.5)549            self.assertLess(end - start, 3)550            self.assertTrue(dir_to_create.exists())551    @unittest.skipUnless(is_posix, "not POSIX")552    def test_shell_exit_code_non_zero(self):553        main_entry_point(["create"])554        with TimeLimited(10):  # safety net555            with self.assertRaises(ChildExit) as ce:556                main_entry_point(["shell", "--input", "exit 42"])557            self.assertEqual(ce.exception.code, 42)558    @unittest.skipUnless(is_posix, "not POSIX")559    def test_shell_exit_code_zero(self):560        main_entry_point(["create"])561        with TimeLimited(10):  # safety net562            with self.assertRaises(ChildExit) as ce:563                main_entry_point(["shell", "--input", "exit"])564            self.assertFalse(ce.exception.code, 0)565    @unittest.skipUnless(is_posix, "not POSIX")566    def test_shell_but_no_venv(self):567        with TimeLimited(10):  # safety net568            with self.assertRaises(VenvDoesNotExistExit) as cm:569                main_entry_point(["shell"])570if __name__ == "__main__":571    suite = unittest.TestSuite()572    suite.addTest(TestsInsideTempProjectDir("test_shell_p"))...

deployed_code_package_info.py

Source:deployed_code_package_info.py

1# coding=utf-82# --------------------------------------------------------------------------3# Copyright (c) Microsoft Corporation. All rights reserved.4# Licensed under the MIT License. See License.txt in the project root for5# license information.6#7# Code generated by Microsoft (R) AutoRest Code Generator.8# Changes may cause incorrect behavior and will be lost if the code is9# regenerated.10# --------------------------------------------------------------------------11from msrest.serialization import Model12class DeployedCodePackageInfo(Model):13    """Information about code package deployed on a Service Fabric node.14    :param name: The name of the code package.15    :type name: str16    :param version: The version of the code package specified in service17     manifest.18    :type version: str19    :param service_manifest_name: The name of service manifest that specified20     this code package.21    :type service_manifest_name: str22    :param service_package_activation_id:23    :type service_package_activation_id: str24    :param host_type: Possible values include: 'Invalid', 'ExeHost',25     'ContainerHost'26    :type host_type: str27    :param host_isolation_mode: Possible values include: 'None', 'Process',28     'HyperV'29    :type host_isolation_mode: str30    :param status: Possible values include: 'Invalid', 'Downloading',31     'Activating', 'Active', 'Upgrading', 'Deactivating'32    :type status: str33    :param run_frequency_interval: The interval at which code package is run.34     This is used for periodic code package.35    :type run_frequency_interval: str36    :param setup_entry_point:37    :type setup_entry_point: :class:`CodePackageEntryPoint38     <azure.servicefabric.models.CodePackageEntryPoint>`39    :param main_entry_point:40    :type main_entry_point: :class:`CodePackageEntryPoint41     <azure.servicefabric.models.CodePackageEntryPoint>`42    """ 43    _attribute_map = {44        'name': {'key': 'Name', 'type': 'str'},45        'version': {'key': 'Version', 'type': 'str'},46        'service_manifest_name': {'key': 'ServiceManifestName', 'type': 'str'},47        'service_package_activation_id': {'key': 'ServicePackageActivationId', 'type': 'str'},48        'host_type': {'key': 'HostType', 'type': 'str'},49        'host_isolation_mode': {'key': 'HostIsolationMode', 'type': 'str'},50        'status': {'key': 'Status', 'type': 'str'},51        'run_frequency_interval': {'key': 'RunFrequencyInterval', 'type': 'str'},52        'setup_entry_point': {'key': 'SetupEntryPoint', 'type': 'CodePackageEntryPoint'},53        'main_entry_point': {'key': 'MainEntryPoint', 'type': 'CodePackageEntryPoint'},54    }55    def __init__(self, name=None, version=None, service_manifest_name=None, service_package_activation_id=None, host_type=None, host_isolation_mode=None, status=None, run_frequency_interval=None, setup_entry_point=None, main_entry_point=None):56        self.name = name57        self.version = version58        self.service_manifest_name = service_manifest_name59        self.service_package_activation_id = service_package_activation_id60        self.host_type = host_type61        self.host_isolation_mode = host_isolation_mode62        self.status = status63        self.run_frequency_interval = run_frequency_interval64        self.setup_entry_point = setup_entry_point...

init.py

Source:init.py

...39        stream=sys.stderr,40        level=level,41        format="%(asctime)s -- %(message)s"42        )43def main_entry_point():44    args = parser.parse_args()45    _configure_logging(args)46    sys.exit(main(args))47if __name__ == "__main__":...

run.py

Source:run.py

...25        level=logging.DEBUG,26        format="%(asctime)s -- %(message)s"27        )28#### For use with entry_points/console_scripts29def main_entry_point():30    args = parser.parse_args()31    if args.verbose:32        _configure_logging()33    sys.exit(main(args))34if __name__ == '__main__':...

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