import features from flask import request from app import all_queues, userfiles, namespace_gc_queue from auth.permissions import ReadRepositoryPermission, ModifyRepositoryPermission, AdministerRepositoryPermission from data import model, database from endpoints.api.build import get_job_config, _get_build_status from endpoints.api.superuser_models_interface import BuildTrigger from endpoints.api.superuser_models_interface import SuperuserDataInterface, LogEntryPage, LogEntry, Organization, User, \ ServiceKey, Approval, RepositoryBuild, AggregatedLogEntry def _create_log(log, log_kind): account_organization = None account_username = None account_email = None account_robot = None try: account_organization = log.account.organization account_username = log.account.username account_email = log.account.email account_robot = log.account.robot except AttributeError: pass performer_robot = None performer_username = None performer_email = None try: performer_robot = log.performer.robot performer_username = log.performer.username performer_email = log.performer.email except AttributeError: pass return LogEntry(log.metadata_json, log.ip, log.datetime, performer_email, performer_username, performer_robot, account_organization, account_username, account_email, account_robot, log_kind[log.kind_id]) def _create_user(user): if user is None: return None return User(user.username, user.email, user.verified, user.enabled, user.robot) def _create_key(key): approval = None if key.approval is not None: approval = Approval(_create_user(key.approval.approver), key.approval.approval_type, key.approval.approved_date, key.approval.notes) return ServiceKey(key.name, key.kid, key.service, key.jwk, key.metadata, key.created_date, key.expiration_date, key.rotation_duration, approval) class ServiceKeyDoesNotExist(Exception): pass class ServiceKeyAlreadyApproved(Exception): pass class InvalidRepositoryBuildException(Exception): pass class PreOCIModel(SuperuserDataInterface): """ PreOCIModel implements the data model for the SuperUser using a database schema before it was changed to support the OCI specification. """ def get_repository_build(self, uuid): try: build = model.build.get_repository_build(uuid) except model.InvalidRepositoryBuildException as e: raise InvalidRepositoryBuildException(e.message) repo_namespace = build.repository_namespace_user_username repo_name = build.repository_name can_read = ReadRepositoryPermission(repo_namespace, repo_name).can() can_write = ModifyRepositoryPermission(repo_namespace, repo_name).can() can_admin = AdministerRepositoryPermission(repo_namespace, repo_name).can() job_config = get_job_config(build.job_config) phase, status, error = _get_build_status(build) url = userfiles.get_file_url(self.resource_key, request.remote_addr, requires_cors=True) return RepositoryBuild(build.uuid, build.logs_archived, repo_namespace, repo_name, can_write, can_read, _create_user(build.pull_robot), build.resource_key, BuildTrigger(build.trigger.uuid, build.trigger.service.name, _create_user(build.trigger.pull_robot), can_read, can_admin, True), build.display_name, build.display_name, build.started, job_config, phase, status, error, url) def delete_service_key(self, kid): try: key = model.service_keys.delete_service_key(kid) except model.ServiceKeyDoesNotExist: raise ServiceKeyDoesNotExist return _create_key(key) def update_service_key(self, kid, name=None, metadata=None): model.service_keys.update_service_key(kid, name, metadata) def set_key_expiration(self, kid, expiration_date): model.service_keys.set_key_expiration(kid, expiration_date) def get_service_key(self, kid, service=None, alive_only=True, approved_only=True): try: key = model.service_keys.get_service_key(kid, approved_only=approved_only, alive_only=alive_only) return _create_key(key) except model.ServiceKeyDoesNotExist: raise ServiceKeyDoesNotExist def approve_service_key(self, kid, approver, approval_type, notes=''): try: key = model.service_keys.approve_service_key(kid, approver, approval_type, notes=notes) return _create_key(key) except model.ServiceKeyDoesNotExist: raise ServiceKeyDoesNotExist except model.ServiceKeyAlreadyApproved: raise ServiceKeyAlreadyApproved def generate_service_key(self, service, expiration_date, kid=None, name='', metadata=None, rotation_duration=None): (private_key, key) = model.service_keys.generate_service_key(service, expiration_date, metadata=metadata, name=name) return private_key, key.kid def list_all_service_keys(self): keys = model.service_keys.list_all_keys() return [_create_key(key) for key in keys] def change_organization_name(self, old_org_name, new_org_name): org = model.organization.get_organization(old_org_name) if new_org_name is not None: org = model.user.change_username(org.id, new_org_name) return Organization(org.username, org.email) def mark_organization_for_deletion(self, name): org = model.organization.get_organization(name) model.user.mark_namespace_for_deletion(org, all_queues, namespace_gc_queue, force=True) def take_ownership(self, namespace, authed_user): entity = model.user.get_user_or_org(namespace) if entity is None: return None, False was_user = not entity.organization if entity.organization: # Add the superuser as an admin to the owners team of the org. model.organization.add_user_as_admin(authed_user, entity) else: # If the entity is a user, convert it to an organization and add the current superuser # as the admin. model.organization.convert_user_to_organization(entity, authed_user) return entity.id, was_user def update_enabled(self, username, enabled): user = model.user.get_nonrobot_user(username) model.user.update_enabled(user, bool(enabled)) def update_email(self, username, email, auto_verify): user = model.user.get_nonrobot_user(username) model.user.update_email(user, email, auto_verify) def change_password(self, username, password): user = model.user.get_nonrobot_user(username) model.user.change_password(user, password) def mark_user_for_deletion(self, username): user = model.user.get_nonrobot_user(username) model.user.mark_namespace_for_deletion(user, all_queues, namespace_gc_queue, force=True) def create_reset_password_email_code(self, email): code = model.user.create_reset_password_email_code(email) return code.code def get_nonrobot_user(self, username): user = model.user.get_nonrobot_user(username) if user is None: return None return _create_user(user) def create_install_user(self, username, password, email): prompts = model.user.get_default_user_prompts(features) user = model.user.create_user(username, password, email, auto_verify=not features.MAILING, email_required=features.MAILING, prompts=prompts) return_user = _create_user(user) # If mailing is turned on, send the user a verification email. if features.MAILING: confirmation = model.user.create_confirm_email_code(user) return return_user, confirmation.code return return_user, '' def get_active_users(self, disabled=True): users = model.user.get_active_users(disabled=disabled) return [_create_user(user) for user in users] def get_organizations(self): return [Organization(org.username, org.email) for org in model.organization.get_organizations()] def get_aggregated_logs(self, start_time, end_time): aggregated_logs = model.log.get_aggregated_logs(start_time, end_time) return [AggregatedLogEntry(log.count, log.kind_id, log.day, start_time) for log in aggregated_logs] def get_logs_query(self, start_time, end_time, page_token=None): logs_query = model.log.get_logs_query(start_time, end_time) logs, next_page_token = model.modelutil.paginate(logs_query, database.LogEntry, descending=True, page_token=page_token, limit=20) kinds = model.log.get_log_entry_kinds() return LogEntryPage([_create_log(log, kinds) for log in logs], next_page_token) pre_oci_model = PreOCIModel()