def determine_new_patch_filename(self):
patch_dir = FileUtils.join_path(self.patch_basedir, self.patch_branch)
FileUtils.ensure_dir_created(patch_dir)
found_patches = FileUtils.find_files(patch_dir,
regex=self.patch_branch +
PATCH_FILE_REGEX,
single_level=True)
new_patch_filename, new_patch_num = PatchUtils.get_next_filename(
patch_dir, found_patches)
# Double-check new filename vs. putting it altogether manually
new_patch_filename_sanity = FileUtils.join_path(
self.patch_basedir, self.patch_branch,
f"{self.patch_branch}.{str(new_patch_num)}{PATCH_EXTENSION}")
# If this is a new patch, use the appended name,
# Otherwise, use the generated filename
if new_patch_num == FIRST_PATCH_NUMBER:
new_patch_filename = new_patch_filename_sanity
if new_patch_filename != new_patch_filename_sanity:
raise ValueError(
"File paths do not match. "
f"Calculated: {new_patch_filename}, Concatenated: {new_patch_filename_sanity}"
)
self.new_patch_filename = new_patch_filename
def test_YARN_10496(self):
project_out_root = ProjectUtils.get_test_output_basedir(PROJECT_NAME, allow_python_commons_as_project=True)
result_basedir = FileUtils.join_path(project_out_root, "jira-data")
FileUtils.ensure_dir_created(result_basedir)
jira_id = "YARN-10496"
jira_html_file = FileUtils.join_path(result_basedir, "jira.html")
jira_list_file = FileUtils.join_path(result_basedir, "jira-list.txt")
jira_html = JiraUtils.download_jira_html(
"https://issues.apache.org/jira/browse/", jira_id, jira_html_file
)
jira_ids_and_titles = JiraUtils.parse_subjiras_and_jira_titles_from_umbrella_html(
jira_html, jira_list_file, filter_ids=[jira_id]
)
expected_jira_ids = ['YARN-10169', 'YARN-10504', 'YARN-10505', 'YARN-10506', 'YARN-10512', 'YARN-10513',
'YARN-10521', 'YARN-10522', 'YARN-10524', 'YARN-10525', 'YARN-10531', 'YARN-10532',
'YARN-10535', 'YARN-10564', 'YARN-10565', 'YARN-10571', 'YARN-10573', 'YARN-10574',
'YARN-10576', 'YARN-10577', 'YARN-10578', 'YARN-10579', 'YARN-10581', 'YARN-10582',
'YARN-10583', 'YARN-10584', 'YARN-10587', 'YARN-10590', 'YARN-10592', 'YARN-10596',
'YARN-10598', 'YARN-10599', 'YARN-10600', 'YARN-10604', 'YARN-10605', 'YARN-10609',
'YARN-10614', 'YARN-10615', 'YARN-10620', 'YARN-10622', 'YARN-10624']
all_list_items_found = all(id1 in jira_ids_and_titles.keys() for id1 in expected_jira_ids)
self.assertTrue(all_list_items_found)
expected_mappings = {'YARN-10624': 'Support max queues limit configuration in new auto created queue, consistent with old auto created.'}
self.assertEqual(expected_mappings['YARN-10624'], jira_ids_and_titles['YARN-10624'])
self.assertTrue(isinstance(jira_ids_and_titles['YARN-10624'], str))
def print_and_save_summary(self, rendered_summary):
LOG.info(rendered_summary.printable_summary_str)
filename = FileUtils.join_path(self.config.output_dir, SUMMARY_FILE_TXT)
LOG.info(f"Saving summary to text file: {filename}")
FileUtils.save_to_file(filename, rendered_summary.writable_summary_str)
filename = FileUtils.join_path(self.config.output_dir, SUMMARY_FILE_HTML)
LOG.info(f"Saving summary to html file: {filename}")
FileUtils.save_to_file(filename, rendered_summary.html_summary)
def test_with_not_existing_patch(self):
args = Object()
args.patch_file = FileUtils.join_path("tmp", "blablabla")
review_branch_creator = ReviewBranchCreator(args, self.repo_wrapper,
BASE_BRANCH,
REMOTE_BASE_BRANCH)
self.assertRaises(ValueError, review_branch_creator.run)
def get_output_basedir(cls,
basedir_name: str,
ensure_created=True,
allow_python_commons_as_project=False,
project_root_determination_strategy=None):
if not basedir_name:
raise ValueError("Basedir name should be specified!")
project_name = cls.verify_caller_filename_valid(
allow_python_commons_as_project=allow_python_commons_as_project,
project_root_determination_strategy=
project_root_determination_strategy)
proj_basedir = FileUtils.join_path(PROJECTS_BASEDIR, basedir_name)
if project_name in cls.PROJECT_BASEDIR_DICT:
old_basedir = cls.PROJECT_BASEDIR_DICT[project_name]
if old_basedir != proj_basedir:
raise ValueError(
"Project is already registered with a different output basedir. Details: \n"
f"Old basedir name: {old_basedir.split(os.sep)[-1]}\n"
f"Project basedir's old full path: {old_basedir}\n"
f"New basedir name would be: {basedir_name}\n"
f"Project basedir's new full path would be: {proj_basedir}\n"
)
cls.PROJECT_BASEDIR_DICT[project_name] = proj_basedir
if ensure_created:
FileUtils.ensure_dir_created(proj_basedir)
return proj_basedir
def test_run_in_a_non_git_repo_working_dir(self):
working_dir = FileUtils.join_path("/tmp", "dummydir")
FileUtils.ensure_dir_created(working_dir)
format_patch_saver = FormatPatchSaver(self.setup_args(), working_dir,
self.current_datetime)
self.assertRaises(ValueError, format_patch_saver.run)
def get_test_output_basedir(cls,
basedir_name: str,
allow_python_commons_as_project=False,
project_root_determination_strategy=None):
"""
:param basedir_name:
:param allow_python_commons_as_project: This is useful and a must for test executions of ProjectUtils (e.g. JiraUtilsTests)
as stackframes calling pythoncommons are only the methods of the unittest framework.
:return:
"""
cls.test_execution = True
project_name = cls.verify_caller_filename_valid(
allow_python_commons_as_project=allow_python_commons_as_project,
project_root_determination_strategy=
project_root_determination_strategy)
if project_name not in cls.PROJECT_BASEDIR_DICT:
# Creating project dir for the first time
proj_basedir = cls.get_output_basedir(
basedir_name,
allow_python_commons_as_project=allow_python_commons_as_project,
project_root_determination_strategy=
project_root_determination_strategy)
else:
proj_basedir = cls.PROJECT_BASEDIR_DICT[project_name]
return FileUtils.join_path(proj_basedir, TEST_OUTPUT_DIR_NAME)
def _get_session_dir_under_child_dir(cls,
child_dir_name,
test: bool = False):
child_dir_type: str = "child dir" if not test else "test child dir"
dir_dict = cls.CHILD_DIR_DICT if not test else cls.CHILD_DIR_TEST_DICT
if not child_dir_name:
raise ValueError(
f"Project {child_dir_type} name should be specified!")
project_name = cls._validate_project_for_child_dir_creation()
if project_name in dir_dict and child_dir_name in dir_dict[
project_name]:
stored_dir = dir_dict[project_name][child_dir_name]
LOG.debug(
f"Found already stored {child_dir_type} for project '{project_name}': {stored_dir}"
)
session_dir = FileUtils.join_path(
stored_dir,
f"session-{DateUtils.now_formatted('%Y%m%d_%H%M%S')}")
FileUtils.ensure_dir_created(session_dir)
return session_dir
else:
raise ValueError(
f"Cannot find stored {child_dir_type} for project. "
f"Project: {project_name}, "
f"Child dir: {child_dir_name}, "
f"All stored {child_dir_type}s: {dir_dict}")
def get_next_filename(patch_dir, list_of_prev_patches):
list_of_prev_patches = sorted(list_of_prev_patches, reverse=True)
LOG.info("Found patches: %s", list_of_prev_patches)
if len(list_of_prev_patches) == 0:
return FileUtils.join_path(patch_dir,
FIRST_PATCH_NUMBER), FIRST_PATCH_NUMBER
else:
latest_patch = list_of_prev_patches[0]
last_patch_num = PatchUtils.extract_patch_number_from_filename_as_str(
latest_patch)
next_patch_filename = PatchUtils.get_next_patch_filename(
latest_patch)
return (
FileUtils.join_path(patch_dir, next_patch_filename),
StringUtils.increase_numerical_str(last_patch_num),
)
def test_fetch_with_upstream_umbrella_cached_mode(self):
self.utils.checkout_trunk()
umbrella_fetcher = UpstreamJiraUmbrellaFetcher(
self.setup_args(force_mode=False),
self.repo_wrapper,
self.repo_wrapper,
self.utils.jira_umbrella_data_dir,
self.base_branch,
)
# Run first, to surely have results pickled for this umbrella
umbrella_fetcher.run()
# Run again, with using cache
umbrella_fetcher.run()
output_dir = FileUtils.join_path(self.utils.jira_umbrella_data_dir,
UPSTREAM_JIRA_ID)
original_mod_dates = FileUtils.get_mod_dates_of_files(
output_dir, *ALL_OUTPUT_FILES)
self._verify_files_and_mod_dates(output_dir)
# Since we are using non-force mode (cached mode), we expect the files untouched
new_mod_dates = FileUtils.get_mod_dates_of_files(
output_dir, *ALL_OUTPUT_FILES)
self.assertDictEqual(original_mod_dates, new_mod_dates)
def run(self):
LOG.info(
f"Starting sending latest command data in email.\n Config: {str(self.config)}"
)
zip_extract_dest = FileUtils.join_path(os.sep, "tmp", "extracted_zip")
ZipFileUtils.extract_zip_file(self.config.email.attachment_file,
zip_extract_dest)
# Pick file from zip that will be the email's body
email_body_file = FileUtils.join_path(os.sep, zip_extract_dest,
self.config.email_body_file)
FileUtils.ensure_file_exists(email_body_file)
email_body_contents: str = FileUtils.read_file(email_body_file)
body_mimetype: EmailMimeType = self._determine_body_mimetype_by_attachment(
email_body_file)
email_service = EmailService(self.config.email.email_conf)
try:
email_service.send_mail(
self.config.email.sender,
self.config.email.subject,
email_body_contents,
self.config.email.recipients,
self.config.email.attachment_file,
body_mimetype=body_mimetype,
override_attachment_filename=self.config.email.
attachment_filename,
)
except SMTPAuthenticationError as smtpe:
ignore_smpth_auth_env: str = OsUtils.get_env_value(
EnvVar.IGNORE_SMTP_AUTH_ERROR.value, "")
LOG.info(
f"Recognized env var '{EnvVar.IGNORE_SMTP_AUTH_ERROR.value}': {ignore_smpth_auth_env}"
)
if not ignore_smpth_auth_env:
raise smtpe
else:
# Swallow exeption
LOG.exception(
f"SMTP auth error occurred but env var "
f"'{EnvVar.IGNORE_SMTP_AUTH_ERROR.value}' was set",
exc_info=True,
)
LOG.info("Finished sending email to recipients")
def get_default_log_file(cls, project_name: str, postfix: str = None):
if postfix:
postfix += "-"
else:
postfix = ""
filename = f"{project_name}-{postfix}{DateUtils.get_current_datetime()}"
log_dir = cls.get_logs_dir()
return FileUtils.join_path(log_dir, filename)
def create_image_from_dir(cls,
dockerfile_dir_path,
tag=None,
build_args=None):
dockerfile_path = FileUtils.join_path(dockerfile_dir_path,
"Dockerfile")
cls._build_image_internal(dockerfile_dir_path,
dockerfile_path,
tag=tag,
build_args=build_args)
def setUp(self):
self.current_datetime = DateUtils.get_current_datetime()
self.patches_basedir = FileUtils.join_path(self.saved_patches_dir,
DEST_DIR_PREFIX,
self.current_datetime)
self.assertIsNotNone(self.patches_basedir)
self.assertNotEqual(self.patches_basedir, "~")
self.assertNotEqual(self.patches_basedir, "/")
self.assertTrue(self.saved_patches_dir in self.patches_basedir)
FileUtils.remove_files(self.patches_basedir, FORMAT_PATCH_FILE_PREFIX)
def _add_file_to_zip(zip, dirpath, filename, src_dir):
file_full_path = os.path.join(dirpath, filename)
dir_path_from_src_dir = dirpath.replace(src_dir, '')
if dir_path_from_src_dir.startswith(os.sep):
dir_path_from_src_dir = dir_path_from_src_dir[1:]
path_in_zip = FileUtils.join_path(dir_path_from_src_dir, filename)
LOG.debug(
f"Writing to zip: File full path: {file_full_path}, path in zip file: {path_in_zip}"
)
zip.write(file_full_path, path_in_zip)
def test_with_bad_patch_content(self):
patch_file = FileUtils.join_path(self.dummy_patches_dir,
PATCH_FILENAME)
FileUtils.save_to_file(patch_file, "dummycontents")
args = Object()
args.patch_file = patch_file
review_branch_creator = ReviewBranchCreator(args, self.repo_wrapper,
BASE_BRANCH,
REMOTE_BASE_BRANCH)
self.assertRaises(ValueError, review_branch_creator.run)
def test_with_oddly_named_patch(self):
patch_file = FileUtils.join_path(self.dummy_patches_dir,
"testpatch1.patch")
FileUtils.create_files(patch_file)
args = Object()
args.patch_file = patch_file
review_branch_creator = ReviewBranchCreator(args, self.repo_wrapper,
BASE_BRANCH,
REMOTE_BASE_BRANCH)
self.assertRaises(ValueError, review_branch_creator.run)
def _exec_script_only_on_master(compare_script, feature_br_name,
master_br_name, output_dir, working_dir):
args1 = f"{feature_br_name} {master_br_name}"
output_file1 = FileUtils.join_path(output_dir,
f"only-on-{master_br_name}")
cli_cmd, cli_output = CommandRunner.execute_script(
compare_script,
args=args1,
working_dir=working_dir,
output_file=output_file1,
use_tee=True)
return cli_cmd, cli_output
def save_to_test_file(cls, dir_name: str, filename: str,
file_contents: str):
if not dir_name:
raise ValueError("Dir name should be specified!")
if not filename:
raise ValueError("Filename should be specified!")
project_name = cls._validate_project_for_child_dir_creation()
cls.validate_test_child_dir(dir_name, project_name)
dir_path = cls.CHILD_DIR_TEST_DICT[project_name][dir_name]
FileUtils.save_to_file(FileUtils.join_path(dir_path, filename),
file_contents)
def get_test_output_child_dir(cls,
dir_name: str,
ensure_created=True,
special_parent_dir=None):
if not dir_name:
raise ValueError("Dir name should be specified!")
project_name = cls._validate_project_for_child_dir_creation()
if project_name in cls.CHILD_DIR_TEST_DICT and dir_name in cls.CHILD_DIR_TEST_DICT[
project_name]:
stored_dir = cls.CHILD_DIR_TEST_DICT[project_name][dir_name]
LOG.debug(
f"Found already stored child test dir for project '{project_name}': {stored_dir}"
)
FileUtils.ensure_dir_created(stored_dir)
return stored_dir
if special_parent_dir:
if not FileUtils.does_path_exist(special_parent_dir):
raise ValueError(
f"Specified parent dir does not exist: {special_parent_dir}"
)
LOG.debug(
f"Parent dir of new child directory will be: {special_parent_dir}"
)
parent_dir = special_parent_dir
new_child_dir = FileUtils.join_path(parent_dir, dir_name)
else:
# Default parent dir: Basedir of project
# New child dir: basedir/test/<new child dir name>
parent_dir = cls.PROJECT_BASEDIR_DICT[project_name]
new_child_dir = FileUtils.join_path(parent_dir,
TEST_OUTPUT_DIR_NAME, dir_name)
if project_name not in cls.CHILD_DIR_TEST_DICT:
cls.CHILD_DIR_TEST_DICT[project_name] = {}
cls.CHILD_DIR_TEST_DICT[project_name][dir_name] = new_child_dir
if ensure_created:
FileUtils.ensure_dir_created(new_child_dir)
return new_child_dir
def _generate_dummy_text_files_in_container_dir(self, dir_path: str,
number_of_files: int):
self.exec_cmd_in_container("mkdir -p " + dir_path)
for i in range(number_of_files):
path = os.path.normpath(dir_path)
path_segments = path.split(os.sep)
path_segments = list(filter(None, path_segments))
file_name = "_".join(path_segments) + "_" + str(i + 1)
file_path = FileUtils.join_path(dir_path, file_name)
cmd = f"echo dummy_{str(i + 1)} > {file_path}"
# Simple redirect did not work: self._exec_cmd_in_container(cmd)
# See: https://github.com/docker/docker-py/issues/1637
# Use this as a workaround
self.exec_cmd_in_container(['sh', '-c', cmd])
def add_some_file_changes(self, commit=False, commit_message_prefix=None):
FileUtils.save_to_file(
FileUtils.join_path(self.sandbox_repo_path, DUMMYFILE_1),
DUMMYFILE_1)
FileUtils.save_to_file(
FileUtils.join_path(self.sandbox_repo_path, DUMMYFILE_2),
DUMMYFILE_2)
yarn_config_java = FileUtils.join_path(self.sandbox_repo_path,
YARNCONFIGURATION_PATH)
FileUtils.append_to_file(yarn_config_java, "dummy_changes_to_conf_1\n")
FileUtils.append_to_file(yarn_config_java, "dummy_changes_to_conf_2\n")
if commit:
commit_msg = "test_commit"
if commit_message_prefix:
commit_msg = commit_message_prefix + commit_msg
self.repo_wrapper.commit(
commit_msg,
author=Actor("A test author", "*****@*****.**"),
committer=Actor("A test committer", "*****@*****.**"),
add_files_to_index=[
DUMMYFILE_1, DUMMYFILE_2, yarn_config_java
],
)
def add_file_changes_and_save_to_patch(self, patch_file):
self.add_some_file_changes()
yarn_config_java = FileUtils.join_path(self.sandbox_repo_path,
YARNCONFIGURATION_PATH)
self.repo_wrapper.add_to_index(
[DUMMYFILE_1, DUMMYFILE_2, yarn_config_java])
diff = self.repo_wrapper.diff(HEAD, cached=True)
PatchUtils.save_diff_to_patch_file(diff, patch_file)
self.reset_changes()
# Verify file
self.assert_file_contains(patch_file, "+dummyfile1")
self.assert_file_contains(patch_file, "+dummyfile2")
self.assert_file_contains(patch_file, "+dummy_changes_to_conf_1")
self.assert_file_contains(patch_file, "+dummy_changes_to_conf_2")
def test_with_normal_patch(self):
patch_file = FileUtils.join_path(self.dummy_patches_dir,
PATCH_FILENAME)
self.utils.add_file_changes_and_save_to_patch(patch_file)
args = Object()
args.patch_file = patch_file
review_branch_creator = ReviewBranchCreator(args, self.repo_wrapper,
BASE_BRANCH,
REMOTE_BASE_BRANCH)
review_branch_creator.run()
self.assertTrue(REVIEW_BRANCH in self.repo.heads,
f"Review branch does not exist: {REVIEW_BRANCH}")
self.utils.verify_commit_message_of_branch(
REVIEW_BRANCH, COMMIT_MSG_TEMPLATE.format(file=patch_file))
def _setup_dirs(cls):
found_dirs = FileUtils.find_files(
cls.repo_root_dir,
find_type=FindResultType.DIRS,
regex=TEST_DIR_NAME,
parent_dir=SOME_PARENT_DIR,
single_level=False,
full_path_result=True,
)
if len(found_dirs) != 1:
raise ValueError(
f"Expected to find 1 dir with name {TEST_DIR_NAME} "
f"and parent dir '{SOME_PARENT_DIR}'. "
f"Actual results: {found_dirs}"
)
cls.repo_root_dir = found_dirs[0]
cls.some_other_dir = FileUtils.join_path(cls.repo_root_dir, "some-other-dir")
def setUpClass(cls):
# Test expects that MAIL_ACC_PASSWORD is set with env var
if CdswEnvVar.MAIL_ACC_PASSWORD.value not in os.environ:
raise ValueError(f"Please set '{CdswEnvVar.MAIL_ACC_PASSWORD.value}' env var and re-run the test!")
cls._setup_logging()
cls.repo_root_dir = FileUtils.find_repo_root_dir(__file__, REPO_ROOT_DIRNAME)
found_cdsw_dirs = FileUtils.find_files(
cls.repo_root_dir,
find_type=FindResultType.DIRS,
regex=CDSW_DIRNAME,
parent_dir="yarndevtools",
single_level=False,
full_path_result=True,
)
if len(found_cdsw_dirs) != 1:
raise ValueError(
f"Expected to find 1 dir with name {CDSW_DIRNAME} "
f"and parent dir 'yarndevtools'. "
f"Actual results: {found_cdsw_dirs}"
)
cls.repo_cdsw_root_dir = found_cdsw_dirs[0]
cls.yarn_dev_tools_results_dir = FileUtils.join_path(cls.repo_cdsw_root_dir, "yarndevtools-results")
cls.branchdiff_cdsw_runner_script = YarnCdswBranchDiffTests.find_cdsw_runner_script(
os.path.join(cls.repo_cdsw_root_dir, BRANCH_DIFF_REPORTER_DIR_NAME)
)
cls.docker_test_setup = DockerTestSetup(
DOCKER_IMAGE, create_image=CREATE_IMAGE, dockerfile_location=cls.repo_cdsw_root_dir, logger=CMD_LOG
)
exec_mode_env: str = OsUtils.get_env_value(CdswEnvVar.TEST_EXECUTION_MODE.value, TestExecMode.CLOUDERA.value)
cls.exec_mode: TestExecMode = TestExecMode[exec_mode_env.upper()]
# !! WARNING: User-specific settings !!
if cls.exec_mode == TestExecMode.CLOUDERA:
# We need both upstream / downstream repos for Cloudera-mode
os.environ[CdswEnvVar.CLOUDERA_HADOOP_ROOT.value] = "/Users/snemeth/development/cloudera/hadoop/"
os.environ[CdswEnvVar.HADOOP_DEV_DIR.value] = "/Users/snemeth/development/apache/hadoop"
elif cls.exec_mode == TestExecMode.UPSTREAM:
os.environ[CdswEnvVar.HADOOP_DEV_DIR.value] = "/Users/snemeth/development/apache/hadoop"
os.environ[BranchComparatorEnvVar.REPO_TYPE.value] = RepoType.UPSTREAM.value
os.environ[BranchComparatorEnvVar.FEATURE_BRANCH.value] = "origin/branch-3.3"
os.environ[BranchComparatorEnvVar.MASTER_BRANCH.value] = "origin/trunk"
def _execute_compare_script(
config, branches,
working_dir) -> Dict[BranchType, Tuple[str, str]]:
compare_script = config.legacy_compare_script_path
master_br_name = branches.get_branch(BranchType.MASTER).shortname
feature_br_name = branches.get_branch(BranchType.FEATURE).shortname
output_dir = FileUtils.join_path(config.output_dir,
"git_compare_script_output")
FileUtils.ensure_dir_created(output_dir)
results: Dict[BranchType, Tuple[str, str]] = {
BranchType.MASTER:
LegacyScriptRunner._exec_script_only_on_master(
compare_script, feature_br_name, master_br_name, output_dir,
working_dir),
BranchType.FEATURE:
LegacyScriptRunner._exec_script_only_on_feature(
compare_script, feature_br_name, master_br_name, output_dir,
working_dir),
}
return results
def _check_input_files(self, input_files: List[str], project_basedir: str):
LOG.info(
f"Checking provided input files. Command: {self.cmd_type}, Files: {input_files}"
)
resolved_files = [
FileUtils.join_path(project_basedir, f) for f in input_files
]
not_found_files = []
# Sanity check
for f in resolved_files:
exists = FileUtils.does_file_exist(f)
if not exists:
not_found_files.append(f)
if len(not_found_files) > 0:
raise ValueError(
f"The following files could not be found: {not_found_files}")
LOG.info(
f"Listing resolved input files. Command: {self.cmd_type}, Files: {resolved_files}"
)
return resolved_files
def test_executing_script_from_uncommon_directory(self):
# Can't use /tmp as it's platform dependent.
# On MacOS, it's mounted as /private/tmp but some Linux systems don't have /private/tmp.
# Let's use python's built-in temp dir creation methods.
tmp_dir: tempfile.TemporaryDirectory = tempfile.TemporaryDirectory()
script_dir = FileUtils.ensure_dir_created(
FileUtils.join_path(tmp_dir.name, "python"))
sys.path.append(script_dir)
script_abs_path = script_dir + os.sep + "hello_world.py"
contents = "from pythoncommons.project_utils import ProjectUtils,ProjectRootDeterminationStrategy\n" \
"print(\"hello world\")\n" \
"basedir = ProjectUtils.get_output_basedir('test', project_root_determination_strategy=ProjectRootDeterminationStrategy.SYS_PATH)\n" \
"logfilename = ProjectUtils.get_default_log_file('test')\n"
FileUtils.save_to_file(script_abs_path, contents)
os.system(f'python3 {script_abs_path}')
proc = subprocess.run(["python3", script_abs_path],
capture_output=True)
# print(f"stdout: {proc.stdout}")
# print(f"stderr: {str(proc.stderr)}")
print(f"exit code: {proc.returncode}")
self.assertEqual(0, proc.returncode)
def test_with_normal_patch_from_yarn_dev_tools(self):
self.cleanup_and_checkout_branch()
self.utils.add_some_file_changes(commit=False)
self.utils.set_env_vars(self.utils.sandbox_repo_path,
self.utils.sandbox_repo_path)
yarn_dev_tools = YarnDevTools()
yarn_dev_tools.upstream_repo = self.repo_wrapper
args = Object()
patch_file = FileUtils.join_path(self.dummy_patches_dir,
PATCH_FILENAME)
self.utils.add_file_changes_and_save_to_patch(patch_file)
args.patch_file = patch_file
yarn_dev_tools.create_review_branch(args)
self.assertTrue(REVIEW_BRANCH in self.repo.heads,
f"Review branch does not exist: {REVIEW_BRANCH}")
self.utils.verify_commit_message_of_branch(
REVIEW_BRANCH, COMMIT_MSG_TEMPLATE.format(file=patch_file))