class DeploymentProcesses: def __init__(self, config, logger=None): self.logger = logger if logger else logging.getLogger( self.__class__.__name__) self.config = config self.common = Common(config=config) def get_all_deployment_processes(self): return self.common.get_one_type_save( item_type=item_type_deployment_processes) def get_deployment_process(self, project_literal_name): return self.common.get_child_item_save( parent_name=project_literal_name, parent_type=item_type_projects, child_id_key=deployment_process_id_key, child_type=item_type_deployment_processes) def update_deployment_process(self, project_literal_name): self.common.update_child_item_from_local_save( parent_name=project_literal_name, parent_type=item_type_projects, child_id_key=deployment_process_id_key, child_type=item_type_deployment_processes) # clone deployment process from a base project to a project def clone_deployment_process(self, project_literal_name, base_project_name): self.common.clone_child_item_from_another_parent_save( parent_name=project_literal_name, base_parent_name=base_project_name, parent_type=item_type_projects, child_id_key=deployment_process_id_key, child_type=item_type_deployment_processes, sub_item_key=steps_key) def clone_process_step(self, project_literal_name, step_name, base_step_name, prev_step_name=None): if not project_literal_name or not step_name or not base_step_name: raise ValueError( 'Project literal name or step or base step names must not be empty' ) self.common.log_info_print( local_logger=self.logger, msg= f"clone project {project_literal_name} step from base step {base_step_name} to new step " f"{step_name} and place it after step {prev_step_name}") process = self.common.get_child_item( parent_name=project_literal_name, parent_type=item_type_projects, child_id_key=deployment_process_id_key, child_type=item_type_deployment_processes) steps = process[steps_key] step = copy.deepcopy( find_item(lst=steps, key=name_key, value=base_step_name)) step[name_key] = step_name step[id_key] = "" for action in step[actions_key]: action[name_key] = step_name action[id_key] = "" if prev_step_name: prev_step_name_index = find_index(lst=steps, key=name_key, value=prev_step_name) if prev_step_name_index < 0: log_raise_value_error( local_logger=self.logger, err=f"previous step {prev_step_name} does not exist") steps.insert(prev_step_name_index + 1, step) else: steps.append(step) child_item = self.common.put_child_item_save( parent_name=project_literal_name, child_type=item_type_deployment_processes, payload=process) return child_item def delete_process_step(self, project_literal_name, step_name): if not project_literal_name or not step_name: raise ValueError( 'Project literal name or step name must not be empty') self.common.log_info_print( local_logger=self.logger, msg= f"deleting step {step_name} of project {project_literal_name} in space {self.config.space_id}" ) process = self.common.get_child_item( parent_name=project_literal_name, parent_type=item_type_projects, child_id_key=deployment_process_id_key, child_type=item_type_deployment_processes) steps = process[steps_key] step_index = find_index(lst=steps, key=name_key, value=step_name) if step_index < 0: log_raise_value_error(local_logger=self.logger, err=f"step {step_name} does not exit") steps.pop(step_index) child_item = self.common.put_child_item_save( parent_name=project_literal_name, child_type=item_type_deployment_processes, payload=process) return child_item
class OctopusClient: def __init__(self): self._target_config = Config() self._target_common = Common(config=self._target_config) self._source_config = Config(is_source_server=True) self._source_common = Common(config=self._source_config) @staticmethod def _parse_args(): parser = argparse.ArgumentParser() parser.add_argument("-v", "--version", help="if present, print the version information", action="store_true") parser.add_argument("-o", "--endpoint", help="octopus endpoint") parser.add_argument("-s", "--space_id_name", help="octopus space id or name") parser.add_argument( "-m", "--pem", help="octopus endpoint root pem file path; -m=false to disable pem" ) parser.add_argument( "-sps", "--spaces", help= 'list of octopus space id or name, like "my space,Spaces-1,Spaces-2"' ) parser.add_argument( "-d", "--data_path", help= "the local path for the Octopus server data, 'current' = the current work path" ) parser.add_argument( "-k", "--api_key", help= "api key for octopus; either api_key or user_name and password are required" ) parser.add_argument( "-user", "--user_name", help= "user_name for octopus; either api_key or user_name and password are required" ) parser.add_argument( "-pass", "--password", help= "password for octopus; either api_key or user_name and password are required" ) parser.add_argument("-sre", "--source_endpoint", help="source octopus endpoint for clone") parser.add_argument( "-srd", "--source_data_path", help= "the local path for the source Octopus server data, 'current' = the current work path" ) parser.add_argument( "-srk", "--source_api_key", help= "api key for octopus; either api_key or user_name and password are required" ) parser.add_argument( "-sru", "--source_user_name", help= "user_name for octopus; either api_key or user_name and password are required" ) parser.add_argument( "-srp", "--source_password", help= "password for octopus; either api_key or user_name and password are required" ) parser.add_argument( "-srs", "--source_space_id_name", help="source octopus space id or name for clone/migration") parser.add_argument( "-srm", "--source_pem", help= "source octopus endpoint root pem file path; -srm=false to disable pem" ) parser.add_argument( "-ld", "--local_data", help="if present, local_data = True; the source server/space " "data are stored as YAML files locally", action="store_true") parser.add_argument("-a", "--action", help=str(Actions.__dict__.values())) parser.add_argument("-ow", "--overwrite", help="if present, overwrite = True", action="store_true") parser.add_argument( "-ns", "--no_stdout", help="if present, no_stdout = True, means no stdout", action="store_true") parser.add_argument( "-ts", "--item_types", help= "if not item_types and not octopus_space_id, get all item types " "regardless whether they are above Spaces; if (not item_types) and octopus_space_id, " "get all item types below octopus_space_id; " 'list like "accounts,actiontemplates,artifacts" is also accepted; ' "item types above Spaces: " + ", ".join(outer_space_download_types) + "; \nitem types above and under Spaces: " + ", ".join(inside_space_download_types)) parser.add_argument("-tp", "--item_type", help="one of item types above Spaces: " + ", ".join(outer_space_download_types) + "; \nitem types above and under Spaces: " + ", ".join(inside_space_download_types)) parser.add_argument("-nm", "--item_name", help="item name: e.g. project_name") parser.add_argument("-id", "--item_id", help="item id: e.g. Lifecycles-1") parser.add_argument( "-bn", "--base_item_name", help="base item name, either local or on Octopus server") parser.add_argument("-pn", "--parent_name", help="parent item name: e.g. project_name") parser.add_argument("-pt", "--parent_type", help="parent item type: e.g. projects") parser.add_argument( "-ct", "--child_type", help=f"child item type: e.g. {item_type_deployment_processes}") parser.add_argument( "-ck", "--child_id_key", help=f"child id key: e.g. {deployment_process_id_key}") parser.add_argument( "-sk", "--sub_item_key", help= f"sub-item key: this sub-item is for copy/clone e.g. {steps_key}") parser.add_argument( "-bp", "--base_parent_name", help="base parent item name: e.g. a base project_name") parser.add_argument("-sn", "--step_name", help="step name as in octopus process") parser.add_argument( "-bs", "--base_step_name", help="base step name as in octopus process for cloning a step") parser.add_argument( "-ps", "--prev_step_name", help= "previous step name in octopus process for the step insertion location" ) parser.add_argument("-tl", "--time_limit_second", help="time limit in second") parser.add_argument("-rv", "--release_version", help="release version for creating a new release") parser.add_argument( "-as", "--add_suffix", help="if present, add suffix to variable sets name") parser.add_argument( "-rs", "--remove_suffix", help="if present, remove suffix from variable sets name") parser.add_argument("-pj", "--project_name", help="project name") parser.add_argument("-cn", "--channel_name", help="channel name") parser.add_argument("-nt", "--notes", help="notes") parser.add_argument("-ri", "--release_id", help="release id for deployment") parser.add_argument("-en", "--environment_name", help="environment name, like Integration") parser.add_argument("-tn", "--tenant_name", help="tenant name, like cd-near") parser.add_argument("-cm", "--comments", help="comments") parser.add_argument("-eps", "--excluded_projects", help="comma delimited project names") parser.add_argument("-pgs", "--project_groups", help="comma delimited project group names") parser.add_argument("-pkg", "--package_history", help="if present, package_history = True", action="store_true") args, unknown = parser.parse_known_args() return args def _process_args_to_configs(self): args = self._parse_args() if args.action: self._target_config.action = args.action elif args.version: print(SystemConfig.TITLE) sys.exit() else: MainGUI().set_gui() sys.exit() if args.endpoint: self._target_config.endpoint = args.endpoint assert self._target_config.endpoint.endswith("/api/"), \ f"octopus endpoint must end with /api/; {self._target_config.endpoint} is invalid" if args.data_path == Config.USE_CURRENT_DATA_PATH: self._target_config.data_path = os.getcwd() elif args.data_path: self._target_config.data_path = args.data_path if args.api_key and args.api_key.startswith("API-"): self._target_config.api_key = args.api_key elif args.api_key or args.api_key == "": self._target_common.log_info_print( msg= f"The octopus API-KEY does not start with 'API-'; so use user/password instead" ) self._target_config.api_key = "" if args.user_name: self._target_config.user_name = args.user_name if args.password: self._target_config.password = args.password assert self._target_config.api_key or (self._target_config.user_name and self._target_config.password), \ f"either api_key or user_name and password are required" if args.pem and args.pem.lower() == "false": self._target_config.pem = False elif args.pem: self._target_config.pem = args.pem self._target_config.overwrite = args.overwrite logger.info( f"self._target_config.overwrite: {self._target_config.overwrite}") self._target_config.no_stdout = args.no_stdout logger.info( f"self._target_config.no_stdout: {self._target_config.no_stdout}") self._target_config.package_history = args.package_history logger.info( f"self._target_config.package_history: {self._target_config.package_history}" ) if args.space_id_name: self._target_config.space_id = self._target_common.verify_space( space_id_name=args.space_id_name) if self._target_config.space_id: logger.info( f"the target space_id is: {self._target_config.space_id}") else: raise ValueError( f"the space id/name {args.space_id_name} you specified does not exist or " f"you do not have permission to access it on server {self._target_config.endpoint}" ) if args.action != Actions.ACTION_GET_SPACES and not self._target_config.space_id \ and input(f"Are you sure you want to run a command against {None} space [Y/n]? ") != "Y": return if args.action in MIGRATION_LIST: self._target_common.log_info_print( msg= f"===== Action: {args.action}; processing the source config =====" ) self._source_config.local_data = args.local_data logger.info( f"self._source_config.local_data: {self._source_config.local_data}" ) if args.source_endpoint: self._source_config.endpoint = args.source_endpoint assert self._source_config.local_data or self._source_config.endpoint.endswith("/api/"), \ f"octopus endpoint must end with /api/; {self._source_config.endpoint} is invalid" if args.source_data_path == Config.USE_CURRENT_DATA_PATH: self._source_config.data_path = os.getcwd() elif args.source_data_path: self._source_config.data_path = args.source_data_path if args.local_data and self._target_config.endpoint != self._source_config.endpoint \ and self._target_config.data_path == self._source_config.data_path: raise ValueError( f"the source Octopus server {self._source_config.endpoint} and the target " f"Octopus server {self._target_config.endpoint} cannot use the same local " f"path {self._target_config.data_path} if cloning source is the local data" ) if args.source_api_key and args.source_api_key.startswith("API-"): self._source_config.api_key = args.source_api_key elif args.source_api_key or args.source_api_key == "": self._target_common.log_info_print( msg= f"The source octopus API-KEY does not start with 'API-'; so use user/password instead" ) self._source_config.api_key = "" if args.source_user_name: self._source_config.user_name = args.source_user_name if args.source_password: self._source_config.password = args.source_password assert self._source_config.api_key or (self._source_config.user_name and self._source_config.password), \ f"either api_key or user_name and password are required" if args.source_pem and args.source_pem.lower() == "false": self._source_config.pem = False elif args.source_pem: self._source_config.pem = args.source_pem if args.source_space_id_name: self._source_config.space_id = self._source_common.verify_space( space_id_name=args.source_space_id_name) if self._source_config.space_id: self._target_common.log_info_print( msg=f"The source octopus space_id is: " f"{self._source_config.space_id}") elif self._source_config.local_data: self._target_common.log_info_print( msg= f"{args.action} from local source data {args.source_space_id_name}" ) self._source_config.space_id = args.source_space_id_name if not self._source_config.space_id and not self._source_config.local_data: raise ValueError( f"On Octopus server {self._source_config.endpoint}, the space id/name " f"{args.source_space_id_name} does not exist or you do not have permission to " f"access it.") if self._source_config.endpoint == self._target_config.endpoint: if args.action == Actions.ACTION_CLONE_SERVER: raise ValueError( f"Cannot {args.action} from an endpoint to the same one: " f"{self._source_config.endpoint}") elif self._source_config.space_id == self._target_config.space_id: raise ValueError( f"Cannot {args.action} from a space to the same space " f"{self._source_config.space_id} on the same Octopus server " f"{self._source_config.endpoint}") if args.action == Actions.ACTION_CLONE_SERVER: self._target_common.log_info_print( msg=f"{args.action} from {self._source_config.endpoint} to " f"{self._target_config.endpoint}; space ids are cleared") self._source_config.space_id = None self._target_config.space_id = None elif not self._source_config.space_id or not self._target_config.space_id: raise ValueError( f"Cannot {args.action} from space {self._source_config.space_id} of the source " f"Octopus server {self._source_config.endpoint} to space " f"{self._target_config.space_id} of the target Octopus server " f"{self._target_config.endpoint}") self._source_config.save_config() self._target_config.save_config() return args def run(self): args = self._process_args_to_configs() if self._target_config.action == Actions.ACTION_GET_SPACES: self._target_common.get_spaces_save( item_types_comma_delimited=args.item_types, space_id_or_name_comma_delimited=args.spaces) elif self._target_config.action == Actions.ACTION_GET_TYPES: self._target_common.get_types_save( item_types_comma_delimited=args.item_types) elif self._target_config.action == Actions.ACTION_GET_TYPE: self._target_common.get_one_type_save(item_type=args.item_type) elif self._target_config.action == Actions.ACTION_DELETE_TYPE: self._target_common.delete_one_type(item_type=args.item_type) elif self._target_config.action == Actions.ACTION_DELETE_TYPES: self._target_common.delete_types( item_types_comma_delimited=args.item_types) elif self._target_config.action == Actions.ACTION_GET: self._target_common.get_single_item_by_name_or_id_save( item_type=args.item_type, item_name=args.item_name, item_id=args.item_id) elif self._target_config.action == Actions.ACTION_UPDATE: self._target_common.update_single_item_save( item_type=args.item_type, item_name=args.item_name, item_id=args.item_id) elif self._target_config.action == Actions.ACTION_UPDATE_MERGE: self._target_common.merge_single_item_save( item_type=args.item_type, item_name=args.item_name, item_id=args.item_id, child_id_key=args.child_id_key) elif self._target_config.action == Actions.ACTION_CREATE: self._target_common.create_single_item_from_local_file( item_type=args.item_type, item_name=args.item_name, local_item_name=args.base_item_name) elif self._target_config.action == Actions.ACTION_CLONE: self._target_common.clone_single_item_from_remote_item( item_type=args.item_type, item_name=args.item_name, base_item_name=args.base_item_name) elif self._target_config.action == Actions.ACTION_DELETE: self._target_common.delete_single_item_by_name_or_id( item_type=args.item_type, item_name=args.item_name, item_id=args.item_id) elif self._target_config.action == Actions.ACTION_GET_CHILD: self._target_common.get_child_item_save( parent_name=args.parent_name, parent_type=args.parent_type, child_id_key=args.child_id_key, child_type=args.child_type) elif self._target_config.action == Actions.ACTION_UPDATE_CHILD: self._target_common.update_child_item_from_local_save( parent_name=args.parent_name, parent_type=args.parent_type, child_id_key=args.child_id_key, child_type=args.child_type) elif self._target_config.action == Actions.ACTION_CLONE_CHILD: self._target_common.clone_child_item_from_another_parent_save( parent_name=args.parent_name, base_parent_name=args.base_parent_name, parent_type=args.parent_type, child_id_key=args.child_id_key, child_type=args.child_type, sub_item_key=args.sub_item_key) elif self._target_config.action == Actions.ACTION_CLONE_PROCESS_STEP: DeploymentProcesses(config=self._target_config).clone_process_step( project_literal_name=args.project_name, step_name=args.step_name, base_step_name=args.base_step_name, prev_step_name=args.prev_step_name) elif self._target_config.action == Actions.ACTION_DELETE_PROCESS_STEP: DeploymentProcesses( config=self._target_config).delete_process_step( project_literal_name=args.project_name, step_name=args.step_name) elif self._target_config.action == Actions.ACTION_CLONE_PROJECT: Projects(config=self._target_config).clone_project( project_literal_name=args.project_name, base_project_name=args.base_item_name) elif self._target_config.action == Actions.ACTION_DELETE_PROJECT: Projects(config=self._target_config).delete_project( project_literal_name=args.project_name) elif self._target_config.action == Actions.ACTION_DELETE_PROJECTS: Projects(config=self._target_config).delete_projects( project_groups_comma_delimited=args.project_groups, excluded_projects_comma_delimited=args.excluded_projects) elif self._target_config.action == Actions.ACTION_GET_PROJECT: Projects(config=self._target_config).get_project( project_literal_name=args.project_name) elif self._target_config.action == Actions.ACTION_PROJECT_UPDATE_VARIABLE_SETS: Projects(config=self._target_config).project_update_variable_sets( project_literal_name=args.project_name, remove_suffix=args.remove_suffix, add_suffix=args.add_suffix) elif self._target_config.action == Actions.ACTION_CLONE_SERVER: Migration(src_config=self._source_config, dst_config=self._target_config).clone_server( space_id_or_name_comma_delimited=args.spaces, item_types_comma_delimited=args.item_types) elif self._target_config.action == Actions.ACTION_CLONE_SPACE: Migration(src_config=self._source_config, dst_config=self._target_config).clone_space( item_types_comma_delimited=args.item_types) elif self._target_config.action == Actions.ACTION_CLONE_SPACE_ITEM: Migration(src_config=self._source_config, dst_config=self._target_config).clone_space_item( item_type=args.item_type, item_name=args.item_name, item_id=args.item_id) elif self._target_config.action == Actions.ACTION_TASK_STATUS: self._target_common.get_task_status(task_id=args.item_id) elif self._target_config.action == Actions.ACTION_WAIT_TASK: self._target_common.wait_task( task_id=args.item_id, time_limit_second=args.time_limit_second) elif self._target_config.action == Actions.ACTION_CREATE_RELEASE: ReleaseDeployment.create_release_direct( config=self._target_config, release_version=args.release_version, project_name=args.project_name, channel_name=args.channel_name, notes=args.notes) elif self._target_config.action == Actions.ACTION_CREATE_DEPLOYMENT: ReleaseDeployment.create_deployment_direct( config=self._target_config, release_id=args.release_id, environment_name=args.environment_name, tenant_name=args.tenant_name, comments=args.comments, project_name=args.project_name) elif self._target_config.action == Actions.ACTION_CREATE_RELEASE_DEPLOYMENT: ReleaseDeployment.create_release_deployment( config=self._target_config, release_version=args.release_version, project_name=args.project_name, channel_name=args.channel_name, notes=args.notes, environment_name=args.environment_name, tenant_name=args.tenant_name, comments=args.comments) elif self._target_config.action == Actions.ACTION_GUI: MainGUI().set_gui() else: log_raise_value_error(local_logger=logger, err="We only support actions: " + str(Actions.__dict__.values()))
class Projects: def __init__(self, config, logger=None): self.logger = logger if logger else logging.getLogger(self.__class__.__name__) self.config = config self.common = Common(config=config) self.deployment_processes = DeploymentProcesses(config=config) def get_all_projects(self): return self.common.get_one_type_save(item_type=item_type_projects) def get_project(self, project_literal_name): self.common.log_info_print(local_logger=self.logger, msg=f"get project {project_literal_name} in space {self.config.space_id}...") project = self.common.get_single_item_by_name_or_id_save(item_type=item_type_projects, item_name=project_literal_name) return project def update_project(self, project_literal_name): self.common.update_single_item_save(item_type=item_type_projects, item_name=project_literal_name) def create_project_from_local_file(self, project_literal_name=None, local_project_name=None): return self.common.create_single_item_from_local_file( item_type=item_type_projects, item_name=project_literal_name, local_item_name=local_project_name) def clone_project(self, project_literal_name, base_project_name): self.common.log_info_print( local_logger=self.logger, msg=f"clone project from {base_project_name} to {project_literal_name} inside space {self.config.space_id}") new_project_dict = self.common.clone_single_item_from_remote_item( item_type=item_type_projects, item_name=project_literal_name, base_item_name=base_project_name) self.deployment_processes.clone_deployment_process( project_literal_name=project_literal_name, base_project_name=base_project_name) return new_project_dict def delete_projects(self, project_groups_comma_delimited, excluded_projects_comma_delimited=None): assert project_groups_comma_delimited, f"project groups delimited by comma must not be empty" list_project_group_ids = [] list_project_group_names = project_groups_comma_delimited.split(comma_sign) for project_group_name in list_project_group_names: project_group_id = self.common.get_single_item_by_name(item_type=item_type_project_groups, item_name=project_group_name).get(id_key) if not project_group_id: raise ValueError(f"{project_group_name} does not match any project group in {self.config.space_id}") list_project_group_ids.append(project_group_id) list_excluded_project_names = [] if excluded_projects_comma_delimited: list_excluded_project_names = excluded_projects_comma_delimited.split(comma_sign) for excluded_project_name in list_excluded_project_names: excluded_project = self.common.get_single_item_by_name(item_type=item_type_projects, item_name=excluded_project_name) if not excluded_project: raise ValueError(f"Excluded project {excluded_project_name} does not match any project in " f"{self.config.space_id}") if not self.config.overwrite and input( f"Are you sure to delete all projects inside project groups {list_project_group_names} in " f"{self.config.space_id}) excluding projects {list_excluded_project_names}? [Y/n]: ") != 'Y': return self.config.overwrite = True for project_group_id in list_project_group_ids: address = slash_sign.join([item_type_project_groups, project_group_id, item_type_projects]) group_projects = self.common.request_octopus_item(address=address) list_group_projects = self.common.get_list_items_from_all_items(group_projects) for project in list_group_projects: if project.get(name_key) not in list_excluded_project_names: self.common.log_info_print(local_logger=self.logger, msg=f"deleting {project.get(name_key)}...") self.common.get_or_delete_single_item_by_id( item_type=item_type_projects, item_id=project.get(id_key), action=operation_delete) def delete_project(self, project_literal_name): self.common.log_info_print(local_logger=self.logger, msg=f"delete project {project_literal_name} in space {self.config.space_id}") self.common.delete_single_item_by_name_or_id(item_type=item_type_projects, item_name=project_literal_name) @staticmethod def process_suffix(name, remove_suffix, add_suffix): if remove_suffix and name.endswith(remove_suffix): name = name[:-len(remove_suffix)] if add_suffix: name += add_suffix return name def project_update_variable_sets(self, project_literal_name, remove_suffix, add_suffix): if not project_literal_name: raise ValueError("project name must not be empty") if not add_suffix and not remove_suffix: raise ValueError("add_suffix and remove_suffix can not be both empty") self.common.log_info_print( local_logger=self.logger, msg=f"===== updating {self.config.space_id}'s project {project_literal_name}'s variable sets by the " f"following operation(s)") if remove_suffix: self.common.log_info_print(local_logger=self.logger, msg=f"removing a suffix {remove_suffix}") if add_suffix: self.common.log_info_print(local_logger=self.logger, msg=f"adding a suffix {add_suffix}") all_variable_sets = self.common.get_one_type_ignore_error(item_type=item_type_library_variable_sets) library_variable_sets = self.common.get_list_items_from_all_items(all_items=all_variable_sets) project = self.get_project(project_literal_name) project_variable_sets_ids = project.get(included_library_variable_set_ids_key, []) self.logger.info("original variable sets id:") self.logger.info(project_variable_sets_ids) mapped_ids = copy.deepcopy(project_variable_sets_ids) for index, variable_sets_id in enumerate(project_variable_sets_ids): variable_set = find_item(lst=library_variable_sets, key=id_key, value=variable_sets_id) variable_set_name = variable_set.get(name_key) variable_set_name_updated = self.process_suffix( name=variable_set_name, remove_suffix=remove_suffix, add_suffix=add_suffix) new_variable_set_in_library_variable_sets = \ find_item(lst=library_variable_sets, key=name_key, value=variable_set_name_updated) if new_variable_set_in_library_variable_sets: self.logger.info(f"{new_variable_set_in_library_variable_sets.get(id_key)} found in variable sets") mapped_ids[index] = new_variable_set_in_library_variable_sets.get(id_key) self.logger.info("mapped variable sets id:") self.logger.info(mapped_ids) no_change = compare_lists(project_variable_sets_ids, mapped_ids) if no_change: self.logger.info(f"The variable sets have no change") return project project[included_library_variable_set_ids_key] = mapped_ids return self.common.put_single_item_save(item_type=item_type_projects, payload=project)