def check_results_and_exit(results, update_version, exit_on_success):
if not _results_ok(results, _get_response_code(update_version)):
raise ResourceCreationError("Failed to create the normatives types !!",
1)
else:
if exit_on_success:
print_and_exit(0, "All normatives types created successfully!!")
def _check_and_retry(attempt, code, message):
if attempt == properties.retry_attempts + 1:
print_and_exit(code, message)
print(colors.FAIL + '[WARRING]: ' + datetime.now().strftime('%Y/%m/%d %H:%M:%S')
+ ' ' + message + ", try again: #" + str(attempt) + colors.END_C)
time.sleep(properties.retry_time)
def print_and_check_result(result, exit_on_success):
if result is not None:
print_name_and_return_code(result[0], result[1])
if result[1] is None or result[1] not in [200, 201, 409]:
raise ResourceCreationError("Failed to create the normatives elements!!", 1)
else:
if exit_on_success is True:
print_and_exit(0, "All normatives elements created successfully!!")
else:
raise ResourceCreationError("Results is None!", 1)
def main(sdc_be_proxy, update_version):
# use to run script form this dir (not like the command)
# base_file_location = os.getcwd() + "/../../../import/tosca/"
base_file_location = os.getcwd() + os.path.sep
logger.debug("working directory =" + base_file_location)
process_element_list(
get_normative_element_candidate_list(base_file_location), sdc_be_proxy)
process_type_list(get_normative_type_candidate_list(base_file_location),
sdc_be_proxy, update_version)
process_element_list(
get_normative_element_with_metadata_list(base_file_location),
sdc_be_proxy)
logger.log("Script end ->", "All normatives imported successfully!")
logger.print_and_exit(0, None)
def run():
sdc_be_proxy, update_version = parse_and_create_proxy()
response = sdc_be_proxy.get_normatives()
resources = []
if response == 200:
resources = json.loads(
sdc_be_proxy.get_response_from_buffer())["resources"]
else:
print_and_exit(response, "Can't get normatives!")
if len(resources) < properties.resource_len:
import_main(sdc_be_proxy, update_version)
else:
upgrade_main(sdc_be_proxy)
def main(sdc_be_proxy):
update_version = True
update_onap_version = False
update_nfv_version = True
# use to run script form this dir (not like the command)
# base_file_location = os.getcwd() + "/../../../../import/tosca/"
base_file_location = os.getcwd() + "/"
logger.debug("working directory =" + base_file_location)
model_import_manager = ModelImportManager(
Path(base_file_location) / 'models', ModelClient(sdc_be_proxy),
NodeTypeClient(sdc_be_proxy))
try:
model_import_manager.deploy_models()
except Exception as ex:
logger.log("An error has occurred while uploading the models: ",
str(ex))
raise ex
process_element_list(
get_normative_element_candidate_list(base_file_location), sdc_be_proxy)
all_types = get_all_types()
heat_and_normative_list = get_heat_and_normative_to_update_list(
all_types, base_file_location)
process_type_list(heat_and_normative_list, sdc_be_proxy, update_version)
onap_sol_list = get_onap_sol_to_update_list(all_types, base_file_location)
process_type_list(onap_sol_list, sdc_be_proxy, update_onap_version)
nfv_list = get_nfv_to_update_list(all_types, base_file_location)
process_type_list(nfv_list, sdc_be_proxy, update_nfv_version)
process_element_list(
get_normative_element_with_metadata_list(base_file_location),
sdc_be_proxy)
logger.log("Updating end ->", "All normatives updated successfully!")
print_and_exit(0, None)
def main(sdc_be_proxy):
update_version = True
update_onap_version = False
# use to run script form this dir (not like the command)
# base_file_location = os.getcwd() + "/../../../../import/tosca/"
base_file_location = os.getcwd() + "/"
logger.debug("working directory =" + base_file_location)
process_element_list(get_normative_element_candidate_list(base_file_location), sdc_be_proxy)
process_element_list(get_normative_element_with_metadata_list(base_file_location), sdc_be_proxy)
all_types = get_all_types()
heat_and_normative_list = get_heat_and_normative_to_update_list(all_types, base_file_location)
process_type_list(heat_and_normative_list, sdc_be_proxy, update_version)
nfv_onap_sol_list = get_nfv_onap_sol_to_update_list(all_types, base_file_location)
process_type_list(nfv_onap_sol_list, sdc_be_proxy, update_onap_version)
logger.log("Updating end ->", "All normatives updated successfully!")
print_and_exit(0, None)
def main(sdc_be_proxy, update_version):
# use to run script form this dir (not like the command)
# base_file_location = os.getcwd() + "/../../../import/tosca/"
base_file_location = os.getcwd() + os.path.sep
logger.debug("working directory =" + base_file_location)
if sdc_be_proxy.disable_locking("true") != 200:
raise RuntimeError("Failed to disable locking")
try:
process_element_list(normativeElementsList.get_normative_element_candidate_list(base_file_location), sdc_be_proxy)
process_type_list(normativeTypesList.get_normative_type_candidate_list(base_file_location), sdc_be_proxy, update_version)
process_element_list(normativeElementsList.get_normative_element_with_metadata_list(base_file_location), sdc_be_proxy)
# Add model based normatives
model_import_manager = ModelImportManager(Path(base_file_location) / 'models', ModelClient(sdc_be_proxy),
NodeTypeClient(sdc_be_proxy))
model_import_manager.deploy_models()
except Exception as ex:
logger.log("An error has occurred while uploading elements and types: ", str(ex))
raise ex
finally:
if sdc_be_proxy.disable_locking("false") != 200:
raise RuntimeError("Failed to enable locking")
logger.log("Script end ->", "All normatives imported successfully!")
logger.print_and_exit(0, None)