def load_logcats(log_dir):
json_files = list()
for file in FileUtils.list_files_in_dir(log_dir):
if file.endswith(".json"):
json_dict = FileUtils.load_json(log_dir + file)
json_files.append(json_dict)
return json_files
def prepare_session_devices(self, avd_set, avd_schemas):
avd_ports = PortManager.get_open_ports(avd_set)
for avd in avd_set.avd_list:
instances_of_schema = avd.instances
for i in range(instances_of_schema):
avd_schema = copy.deepcopy(avd_schemas[avd.avd_name])
avd_schema.avd_name = avd_schema.avd_name + "-" + str(i)
port = avd_ports.pop(0)
log_file = FileUtils.clean_path(
GlobalConfig.OUTPUT_AVD_LOG_DIR + avd_schema.avd_name +
".txt")
FileUtils.create_file(GlobalConfig.OUTPUT_AVD_LOG_DIR,
avd_schema.avd_name, "txt")
Printer.system_message(
self.TAG, "Created file " + Color.GREEN + log_file +
Color.BLUE + ".")
session_device = SessionVirtualDevice(
avd_schema, port, log_file, self.avdmanager_controller,
self.emulator_controller, self.adb_controller,
self.adb_package_manager_controller,
self.adb_settings_controller)
self.session_devices.append(session_device)
Printer.system_message(
self.TAG,
"Android Virtual Device model was created according to schema "
+ Color.GREEN + avd_schema.avd_name + Color.BLUE +
". Instance number: " + str(i) + ". Assigned to port: " +
str(port) + ".")
def dump_saved_files_history():
nothing_to_display = True
if FileUtils.dir_exists(GlobalConfig.OUTPUT_AVD_LOG_DIR):
nothing_to_display = False
saved_avd_logs = FileUtils.list_files_in_dir(
GlobalConfig.OUTPUT_AVD_LOG_DIR)
Printer.system_message(
TAG,
"Directory " + Color.GREEN + str(GlobalConfig.OUTPUT_AVD_LOG_DIR) +
Color.BLUE + " (" + Color.GREEN + str(len(saved_avd_logs)) +
" files" + Color.BLUE + ")")
for saved_file in FileUtils.list_files_in_dir(
GlobalConfig.OUTPUT_AVD_LOG_DIR):
Printer.system_message(TAG, " * " + saved_file + ".")
if FileUtils.dir_exists(GlobalConfig.OUTPUT_TEST_LOG_DIR):
nothing_to_display = False
saved_test_summaries = FileUtils.list_files_in_dir(
GlobalConfig.OUTPUT_TEST_LOG_DIR)
Printer.system_message(
TAG, "Directory " + Color.GREEN +
str(GlobalConfig.OUTPUT_TEST_LOG_DIR) + Color.BLUE + " (" +
Color.GREEN + str(len(saved_test_summaries)) + " files" +
Color.BLUE + ")")
for saved_file in FileUtils.list_files_in_dir(
GlobalConfig.OUTPUT_TEST_LOG_DIR):
Printer.system_message(TAG, " * " + saved_file + ".")
if FileUtils.dir_exists(GlobalConfig.OUTPUT_TEST_LOGCAT_DIR):
nothing_to_display = False
saved_logcats_summaries = FileUtils.list_files_in_dir(
GlobalConfig.OUTPUT_TEST_LOGCAT_DIR)
Printer.system_message(
TAG, "Directory " + Color.GREEN +
str(GlobalConfig.OUTPUT_TEST_LOGCAT_DIR) + Color.BLUE + " (" +
Color.GREEN + str(len(saved_logcats_summaries)) + " files" +
Color.BLUE + ")")
for saved_file in saved_logcats_summaries:
Printer.system_message(TAG, " * " + saved_file + ".")
if GlobalConfig.SHOULD_RECORD_TESTS:
if FileUtils.dir_exists(GlobalConfig.OUTPUT_TEST_RECORDINGS_DIR):
nothing_to_display = False
saved_recordings_summaries = FileUtils.list_files_in_dir(
GlobalConfig.OUTPUT_TEST_RECORDINGS_DIR)
Printer.system_message(
TAG, "Directory " + Color.GREEN +
str(GlobalConfig.OUTPUT_TEST_RECORDINGS_DIR) + Color.BLUE +
" (" + Color.GREEN + str(len(saved_recordings_summaries)) +
" files" + Color.BLUE + ")")
for saved_file in saved_recordings_summaries:
Printer.system_message(TAG, " * " + saved_file + ".")
if nothing_to_display:
Printer.system_message(TAG, "No files were saved during session.")
def _create_apk_dir_if_not_exists(self):
if FileUtils.dir_exists(GlobalConfig.APK_DIR):
Printer.system_message(
self.TAG, "Directory " + Color.GREEN + GlobalConfig.APK_DIR +
Color.BLUE + " was found.")
else:
Printer.system_message(
self.TAG, "Directory " + Color.GREEN + GlobalConfig.APK_DIR +
Color.BLUE + " not found. Creating...")
FileUtils.create_dir(GlobalConfig.APK_DIR)
def load_summary(log_dir):
files_in_summary_dir = FileUtils.list_files_in_dir(log_dir)
if len(files_in_summary_dir) != 1:
message = (
"Something went wrong! There should be one file with name 'session_summary.json' in '" + log_dir
+ "' directory but " + str(len(files_in_summary_dir)) + " were found.")
raise Exception(message)
json_dict = FileUtils.load_json(log_dir + files_in_summary_dir[0])
return json_dict
def save_session_summary():
if GlobalConfig.OUTPUT_SUMMARY_LOG_DIR is not None and os.path.exists(GlobalConfig.OUTPUT_SUMMARY_LOG_DIR):
session_log_json_dict = copy.deepcopy(session_log)
session_log_json_dict.time_summary = vars(session_log.time_summary)
session_log_json_dict.apk_summary = vars(session_log.apk_summary)
session_log_json_dict.test_summary = vars(session_log.test_summary)
session_log_json_dict.device_summaries = list()
for device_name, device_summary in session_log.device_summaries.items():
session_log_json_dict.device_summaries.append(vars(device_summary))
session_log_json_dict = vars(session_log_json_dict)
FileUtils.save_json_dict_to_json(GlobalConfig.OUTPUT_SUMMARY_LOG_DIR, session_log_json_dict, "session_summary")
def _create_logcats():
logcat_html_path = GlobalConfig.OUTPUT_LOGCAT_HTML_DIR
if not os.path.isdir(logcat_html_path):
FileUtils.create_dir(logcat_html_path)
logcats = load_logcats(GlobalConfig.OUTPUT_TEST_LOGCAT_DIR)
for logcat_dict in logcats:
file_dir = logcat_html_path
file_name = logcat_dict["test_name"]
file_extension = "html"
file = "{}{}.{}".format(file_dir, file_name, file_extension)
with open(file, "w", encoding="utf-8") as html_file:
html_content = _generate_logcat_html(logcat_dict)
html_file.write(html_content)
def _create_summary_file():
file_dir = GlobalConfig.OUTPUT_DIR
file_path = GlobalConfig.OUTPUT_INDEX_HTML_DIR
filepath_parts = file_path.split("/")
filename_with_extension = filepath_parts[len(filepath_parts) - 1]
filename_parts = filename_with_extension.split(".")
file_name = filename_parts[0]
file_extension = filename_parts[1]
FileUtils.create_file(file_dir, file_name, file_extension)
with open(GlobalConfig.OUTPUT_INDEX_HTML_DIR, "w", encoding="utf-8") as html_file:
html_content = _generate_summary_html()
html_file.write(html_content)
def run(self):
self.created_files = list()
for test_summary in self.test_summary_list:
test_summary_json_dict = vars(test_summary)
created_file_path = FileUtils.save_json_dict_to_json(
GlobalConfig.OUTPUT_TEST_LOG_DIR, test_summary_json_dict,
test_summary_json_dict["test_name"] + "_" +
self.device.adb_name + "_" + self.TEST_SUMMARY_APPENDIX)
self.created_files.append(created_file_path)
def __init__(self, manifest_dir):
self.avd_manifest_source = FileUtils.load_json(manifest_dir)
self.avd_schema_dict = dict()
self.avd_set_dict = dict()
for avd_schema in self.avd_manifest_source["avd_schema_list"]:
self.avd_schema_dict.update(
{avd_schema["avd_name"]: AvdSchema(avd_schema)})
for avd_set in self.avd_manifest_source["avd_set_list"]:
self.avd_set_dict.update({avd_set["set_name"]: AvdSet(avd_set)})
def _find_candidates(self, test_set):
name_part = test_set.apk_name_part.replace(".apk", "")
Printer.system_message(
self.TAG,
"Checking " + Color.GREEN + GlobalConfig.APK_DIR + Color.BLUE +
" directory for .*apk" + " list with names containing " +
Color.GREEN + name_part + Color.BLUE + ":")
app_apk_list = self.get_list_with_application_apk(
name_part, GlobalConfig.APK_DIR)
test_apk_list = self.get_list_with_test_apk(name_part,
GlobalConfig.APK_DIR)
path = 0
name = 1
if app_apk_list:
for apk in app_apk_list:
apk_filename = apk[name]
apk_filepath = FileUtils.clean_folder_only_dir(
FileUtils.add_ending_slash(apk[path])) + apk[name]
apk_test_filename = ""
apk_test_filepath = ""
for test_apk in test_apk_list:
if apk_filename.replace(
".apk", ""
) in test_apk[name] and "-androidTest" in test_apk[name]:
apk_test_filename = test_apk[name]
apk_test_filepath = FileUtils.clean_folder_only_dir(
FileUtils.add_ending_slash(
test_apk[path])) + test_apk[name]
dump = self.aapt_controller.dump_badging(apk_filepath)
version_code = re.findall("versionCode='(.+?)'", dump)
version_code = int(version_code[0])
self.apk_candidates.append(
ApkCandidate(apk_filename, apk_filepath, apk_test_filename,
apk_test_filepath, version_code))
else:
Printer.system_message(self.TAG, " * No .apk* files found.")
def prepare_output_directories(self):
if FileUtils.dir_exists(GlobalConfig.OUTPUT_DIR):
Printer.system_message(
self.TAG, "Directory " + Color.GREEN +
GlobalConfig.OUTPUT_DIR + Color.BLUE +
" found!. Only session related directories and files will be cleaned."
)
else:
Printer.system_message(
self.TAG,
"Directory " + Color.GREEN + GlobalConfig.OUTPUT_DIR +
Color.BLUE + " not found. Creating...")
for directory in [
GlobalConfig.OUTPUT_SUMMARY_LOG_DIR,
GlobalConfig.OUTPUT_AVD_LOG_DIR,
GlobalConfig.OUTPUT_TEST_LOG_DIR,
GlobalConfig.OUTPUT_TEST_LOGCAT_DIR,
GlobalConfig.OUTPUT_STYLES_FOLDER_DIR,
GlobalConfig.OUTPUT_LOGCAT_HTML_DIR,
GlobalConfig.OUTPUT_TEST_RECORDINGS_DIR
]:
if FileUtils.dir_exists(directory):
files_num = 0 if FileUtils.list_files_in_dir(
directory) is None else len(
FileUtils.list_files_in_dir(directory))
Printer.system_message(
self.TAG, "Directory " + Color.GREEN + directory +
Color.BLUE + " was found. Removing (" + Color.GREEN +
str(files_num) + " files" + Color.BLUE + ").")
FileUtils.clear_dir(directory)
else:
Printer.system_message(
self.TAG, "Directory " + Color.GREEN + directory +
Color.BLUE + " not found. Creating...")
FileUtils.create_dir(directory)
if FileUtils.file_exists(GlobalConfig.OUTPUT_INDEX_HTML_DIR):
Printer.system_message(
self.TAG, "Removing " + Color.GREEN +
GlobalConfig.OUTPUT_INDEX_HTML_DIR + Color.BLUE +
" file from previous session.")
def __init__(self, manifest_dir):
self.path_manifest_source = FileUtils.load_json(manifest_dir)
self.test_package_list = dict()
self.test_set_list = dict()
for test_package_dict in self.path_manifest_source["test_list"]:
self.test_package_list.update({
test_package_dict["test_package_name"]:
TestPackage(test_package_dict)
})
for test_set_dict in self.path_manifest_source["test_set_list"]:
self.test_set_list.update(
{test_set_dict["set_name"]: TestSet(test_set_dict)})
def add_rerun_number_to_filename_in_dir(path, filename):
rerun_count = 0
for filename_in_dir in FileUtils.list_files_in_dir(path):
if filename in filename_in_dir:
rerun_count += 1
if rerun_count > 0:
if "." in filename:
filename_parts = filename.split(".")
filename = filename_parts[0] + "_rerun_no_{}".format(rerun_count) + filename_parts[1]
else:
filename += "_rerun_no_{}".format(rerun_count)
return filename
def run(self):
self.created_files = list()
for logcat in self.test_logcat_list:
logcat_lines_json_dict = list()
for logcat_line in logcat.lines:
logcat_lines_json_dict.append(vars(logcat_line))
logcat.lines = logcat_lines_json_dict
logcat_json_dict = vars(logcat)
created_file_path = FileUtils.save_json_dict_to_json(
GlobalConfig.OUTPUT_TEST_LOGCAT_DIR, logcat_json_dict,
logcat_json_dict["test_name"] + "_" + self.device.adb_name +
"_" + self.TEST_LOGCAT_APPENDIX)
self.created_files.append(created_file_path)
def run(self):
self.created_files = list()
for test_summary in self.test_summary_list:
test_summary_json_dict = vars(test_summary)
filename = test_summary_json_dict["test_name"] + "_" + self.device.adb_name + "_" \
+ self.TEST_SUMMARY_APPENDIX
if test_summary.rerun_count > 0:
filename = filename.replace(".json", "_rerun_no_{}.json".format(test_summary.rerun_count))
created_file_path = FileUtils.save_json_dict_to_json(
GlobalConfig.OUTPUT_TEST_LOG_DIR, test_summary_json_dict, filename)
self.created_files.append(created_file_path)
def run(self):
self.created_files = list()
for logcat in self.test_logcat_list:
logcat_lines_json_dict = list()
for logcat_line in logcat.lines:
logcat_lines_json_dict.append(vars(logcat_line))
logcat.lines = logcat_lines_json_dict
logcat_json_dict = vars(logcat)
filename = logcat_json_dict["test_name"] + "_" + self.device.adb_name + "_" + self.TEST_LOGCAT_APPENDIX
if logcat.rerun_count > 0:
filename = filename.replace(".json", "_rerun_no_{}.json".format(logcat.rerun_count))
created_file_path = FileUtils.save_json_dict_to_json(
GlobalConfig.OUTPUT_TEST_LOGCAT_DIR, logcat_json_dict, filename)
self.created_files.append(created_file_path)
def __init__(self, manifest_dir):
self.path_manifest_source = FileUtils.load_json(manifest_dir)
self.path_set_list = dict()
for path_set in self.path_manifest_source["path_set_list"]:
self.path_set_list.update(
{path_set["set_name"]: PathSet(path_set)})
def _run_tests(self, devices, test_cmd_templates, is_rerunning=False):
device_commands_dict = self._prepare_device_control_cmds(devices)
threads_finished = False
logcat_threads_num = len(devices)
recording_threads_num = len(
devices) if GlobalConfig.SHOULD_RECORD_TESTS else 0
test_threads_num = len(test_cmd_templates)
logcat_threads = list()
test_threads = list()
test_log_saving_threads = list()
logcat_saving_threads = list()
test_recording_saving_threads = list()
try:
while not threads_finished:
if len(logcat_threads) != logcat_threads_num:
for device in devices:
logcat_thread = TestLogCatMonitorThread(
device, device_commands_dict.get(device),
GlobalConfig.SHOULD_RECORD_TESTS)
logcat_threads.append(logcat_thread)
logcat_thread.start()
if len(test_recording_saving_threads) != recording_threads_num:
for device in devices:
test_recording_saving_thread = TestRecordingSavingThread(
device)
test_recording_saving_threads.append(
test_recording_saving_thread)
test_recording_saving_thread.start()
if len(test_threads) != test_threads_num and all(
t.logcat_process is not None for t in logcat_threads):
for device in devices:
if not any(t.device.adb_name == device.adb_name and t.is_alive() for t in test_threads) \
and len(test_cmd_templates) > 0:
launch_cmd_template = test_cmd_templates.pop(0)
launch_cmd = launch_cmd_template.replace(
self.DEVICE_NAME_PLACEHOLDER, device.adb_name)
instance = "packages" if not is_rerunning else "tests"
Printer.system_message(
self.TAG,
str(len(test_cmd_templates)) +
" {} to run left...".format(instance))
self.adb_package_manager_controller.clear_package_cache(
device.adb_name, GlobalConfig.APP_PACKAGE)
test_thread = TestThread(launch_cmd, device)
test_threads.append(test_thread)
test_thread.start()
for test_thread in test_threads:
if len(test_thread.logs) > 0:
current_test_logs = copy.deepcopy(test_thread.logs)
self.test_store.store_test_status(current_test_logs)
for test_log in current_test_logs:
contain_count = self.test_store.test_contain_count(
test_log.test_name)
if contain_count > 1:
test_log.rerun_count += contain_count - 1
if is_rerunning:
session_logger.update_flaky_candidate(test_log)
else:
if test_log.test_status == "success":
session_logger.increment_passed_tests()
if test_log.test_status == "failure":
session_logger.increment_failed_tests()
test_log_saving_thread = TestSummarySavingThread(
test_thread.device, current_test_logs)
test_log_saving_threads.append(test_log_saving_thread)
test_log_saving_thread.start()
test_thread.logs.clear()
for logcat_thread in logcat_threads:
if len(logcat_thread.logs) > 0:
current_logcats = copy.deepcopy(logcat_thread.logs)
self.test_store.store_test_logcat(current_logcats)
for test_logcat in current_logcats:
contain_count = self.test_store.test_logcat_contain_count(
test_logcat.test_name)
if contain_count > 1:
test_logcat.rerun_count += contain_count - 1
logcat_saving_thread = TestLogcatSavingThread(
logcat_thread.device, current_logcats)
logcat_saving_threads.append(logcat_saving_thread)
logcat_saving_thread.start()
logcat_thread.logs.clear()
if len(logcat_thread.recordings) > 0:
device = logcat_thread.device
current_recordings = copy.deepcopy(
logcat_thread.recordings)
for recording_saving_thread in test_recording_saving_threads:
if recording_saving_thread.device.adb_name == device.adb_name:
pull_cmd_list = list()
clear_cmd_list = list()
for recording_name in current_recordings:
recording_dir = FileUtils.add_ending_slash(
FileUtils.clean_path(
GlobalConfig.
DEVICE_VIDEO_STORAGE_DIR)
) + recording_name
pull_cmd_list.append(
self._prepare_pull_recording_cmd(
device, recording_dir))
clear_cmd_list.append(
self._prepare_remove_recording_cmd(
device, recording_dir))
recording_saving_thread.add_recordings(
current_recordings)
recording_saving_thread.add_pull_recording_cmds(
pull_cmd_list)
recording_saving_thread.add_clear_recordings_cmd(
clear_cmd_list)
logcat_thread.recordings.clear()
if len(test_threads) == test_threads_num \
and all(not t.is_alive() for t in test_threads) \
and all(t.is_finished() for t in test_log_saving_threads) \
and all(t.is_finished() for t in logcat_saving_threads):
for test_thread in test_threads:
test_thread.kill_processes()
test_thread.join()
for logcat_thread in logcat_threads:
logcat_thread.kill_processes()
logcat_thread.join()
for test_log_saving_thread in test_log_saving_threads:
test_log_saving_thread.join()
for logcat_saving_thread in logcat_saving_threads:
logcat_saving_thread.join()
test_threads.clear()
logcat_threads.clear()
test_log_saving_threads.clear()
logcat_saving_threads.clear()
if len(test_recording_saving_threads) > 0 and len(
logcat_threads) == 0:
if all(
len(t.recordings) == 0
for t in test_recording_saving_threads):
for recording_thread in test_recording_saving_threads:
recording_thread.kill_processes()
recording_thread.join()
test_recording_saving_threads.clear()
threads_finished = len(logcat_threads) == 0 and len(
test_threads) == 0 and len(
test_log_saving_threads) == 0 and len(
logcat_saving_threads) == 0 and len(
test_recording_saving_threads) == 0 and len(
test_cmd_templates) == 0
except Exception as e:
message = "Error has occurred during test session: \n" + str(e)
raise LauncherFlowInterruptedException(self.TAG, message)
finally:
if len(test_threads) > 0:
for test_thread in test_threads:
test_thread.kill_processes()
test_thread.join()
if len(logcat_threads) > 0:
for logcat_thread in logcat_threads:
logcat_thread.kill_processes()
logcat_thread.join()
if len(test_log_saving_threads) > 0:
for test_log_saving_thread in test_log_saving_threads:
test_log_saving_thread.join()
if len(logcat_saving_threads) > 0:
for logcat_saving_thread in logcat_saving_threads:
logcat_saving_thread.join()
if len(test_recording_saving_threads) > 0:
for recording_thread in test_recording_saving_threads:
recording_thread.kill_processes()
recording_thread.join()
test_threads.clear()
logcat_threads.clear()
test_log_saving_threads.clear()
logcat_saving_threads.clear()
test_recording_saving_threads.clear()
def run_tests(self, test_set, test_list):
devices = self.device_store.get_devices()
test_packages = self.test_store.get_packages(test_set, test_list)
launch_variant_string = "TESTS SPLIT INTO SHARDS" if test_set.shard else "EACH TEST ON EACH DEVICE"
Printer.system_message(
self.TAG,
"According to test set settings, tests will be run with following variant: "
+ Color.GREEN + launch_variant_string + Color.BLUE + ".")
device_commands_dict = self._prepare_device_control_cmds(devices)
test_cmd_templates = self._prepare_launch_test_cmds_for_run(
test_packages, devices, test_set.shard)
threads_finished = False
logcat_threads_num = len(devices)
recording_threads_num = len(
devices) if GlobalConfig.SHOULD_RECORD_TESTS else 0
test_threads_num = len(test_cmd_templates)
logcat_threads = list()
test_threads = list()
test_log_saving_threads = list()
logcat_saving_threads = list()
test_recording_saving_threads = list()
try:
while not threads_finished:
if len(logcat_threads) != logcat_threads_num:
for device in devices:
logcat_thread = TestLogCatMonitorThread(
device, device_commands_dict.get(device),
GlobalConfig.SHOULD_RECORD_TESTS)
logcat_threads.append(logcat_thread)
logcat_thread.start()
if len(test_recording_saving_threads) != recording_threads_num:
for device in devices:
test_recording_saving_thread = TestRecordingSavingThread(
device)
test_recording_saving_threads.append(
test_recording_saving_thread)
test_recording_saving_thread.start()
if len(test_threads) != test_threads_num and all(
t.logcat_process is not None for t in logcat_threads):
for device in devices:
if not any(t.device.adb_name == device.adb_name and t.is_alive() for t in test_threads) \
and len(test_cmd_templates) > 0:
launch_cmd_template = test_cmd_templates.pop(0)
launch_cmd = launch_cmd_template.replace(
self.DEVICE_NAME_PLACEHOLDER, device.adb_name)
Printer.system_message(
self.TAG,
str(len(test_cmd_templates)) +
" packages to run left...")
self.adb_package_manager_controller.clear_package_cache(
device.adb_name, GlobalConfig.APP_PACKAGE)
test_thread = TestThread(launch_cmd, device)
test_threads.append(test_thread)
test_thread.start()
for test_thread in test_threads:
if len(test_thread.logs) > 0:
current_test_logs = copy.deepcopy(test_thread.logs)
for log in current_test_logs:
if log.test_status == "success":
session_logger.increment_passed_tests()
if log.test_status == "failure":
session_logger.increment_failed_tests()
test_log_saving_thread = TestSummarySavingThread(
test_thread.device, current_test_logs)
test_log_saving_threads.append(test_log_saving_thread)
test_log_saving_thread.start()
test_thread.logs.clear()
for logcat_thread in logcat_threads:
if len(logcat_thread.logs) > 0:
current_logcats = copy.deepcopy(logcat_thread.logs)
logcat_saving_thread = TestLogcatSavingThread(
logcat_thread.device, current_logcats)
logcat_saving_threads.append(logcat_saving_thread)
logcat_saving_thread.start()
logcat_thread.logs.clear()
if len(logcat_thread.recordings) > 0:
device = logcat_thread.device
current_recordings = copy.deepcopy(
logcat_thread.recordings)
for recording_saving_thread in test_recording_saving_threads:
if recording_saving_thread.device.adb_name == device.adb_name:
pull_cmd_list = list()
clear_cmd_list = list()
for recording_name in current_recordings:
recording_dir = FileUtils.add_ending_slash(
FileUtils.clean_path(
GlobalConfig.
DEVICE_VIDEO_STORAGE_DIR)
) + recording_name
pull_cmd_list.append(
self._prepare_pull_recording_cmd(
device, recording_dir))
clear_cmd_list.append(
self._prepare_remove_recording_cmd(
device, recording_dir))
recording_saving_thread.add_recordings(
current_recordings)
recording_saving_thread.add_pull_recording_cmds(
pull_cmd_list)
recording_saving_thread.add_clear_recordings_cmd(
clear_cmd_list)
logcat_thread.recordings.clear()
if len(test_threads) == test_threads_num \
and all(not t.is_alive() for t in test_threads) \
and all(t.is_finished() for t in test_log_saving_threads) \
and all(t.is_finished() for t in logcat_saving_threads):
for test_thread in test_threads:
test_thread.kill_processes()
test_thread.join()
for logcat_thread in logcat_threads:
logcat_thread.kill_processes()
logcat_thread.join()
for test_log_saving_thread in test_log_saving_threads:
test_log_saving_thread.join()
for logcat_saving_thread in logcat_saving_threads:
logcat_saving_thread.join()
test_threads.clear()
logcat_threads.clear()
test_log_saving_threads.clear()
logcat_saving_threads.clear()
if len(test_recording_saving_threads) > 0 and len(
logcat_threads) == 0:
if all(
len(t.recordings) == 0
for t in test_recording_saving_threads):
for recording_thread in test_recording_saving_threads:
recording_thread.kill_processes()
recording_thread.join()
test_recording_saving_threads.clear()
threads_finished = len(logcat_threads) == 0 and len(
test_threads) == 0 and len(
test_log_saving_threads) == 0 and len(
logcat_saving_threads) == 0 and len(
test_recording_saving_threads) == 0 and len(
test_cmd_templates) == 0
except Exception as e:
message = "Error has occurred during test session: \n" + str(e)
raise LauncherFlowInterruptedException(self.TAG, message)
finally:
if len(test_threads) > 0:
for test_thread in test_threads:
test_thread.kill_processes()
test_thread.join()
if len(logcat_threads) > 0:
for logcat_thread in logcat_threads:
logcat_thread.kill_processes()
logcat_thread.join()
if len(test_log_saving_threads) > 0:
for test_log_saving_thread in test_log_saving_threads:
test_log_saving_thread.join()
if len(logcat_saving_threads) > 0:
for logcat_saving_thread in logcat_saving_threads:
logcat_saving_thread.join()
if len(test_recording_saving_threads) > 0:
for recording_thread in test_recording_saving_threads:
recording_thread.kill_processes()
recording_thread.join()
test_threads.clear()
logcat_threads.clear()
test_log_saving_threads.clear()
logcat_saving_threads.clear()
test_recording_saving_threads.clear()
def _copy_styles():
generator_styles_dir = FileUtils.clean_folder_only_dir(
GlobalConfig.LOG_GENERATOR_DIR + GENERATOR_STYLES_DIR)
FileUtils.copy(generator_styles_dir, GlobalConfig.OUTPUT_STYLES_FOLDER_DIR)
def __init__(self, manifest_dir):
self.launch_manifest_source = FileUtils.load_json(manifest_dir)
self.launch_plan_dict = dict()
for launch_plan in self.launch_manifest_source["launch_plan_list"]:
self.launch_plan_dict.update({launch_plan["plan_name"]: LaunchPlan(launch_plan)})
