# coding: utf-8 # ------------------------------------------------------------------------- # Copyright (c) Microsoft Corporation. All rights reserved. # Licensed under the MIT License. See License.txt in the project root for # license information. # -------------------------------------------------------------------------- import pytest import datetime from devtools_testutils import recorded_by_proxy from azure.core.serialization import _datetime_as_isostr # pylint:disable=protected-access from _router_test_case import RouterRecordedTestCase from _validators import RouterJobValidator from azure.communication.jobrouter._model_base import _deserialize_datetime as _convert_str_to_datetime from _decorators import RouterPreparers from azure.communication.jobrouter._shared.utils import parse_connection_str from azure.core.exceptions import ResourceNotFoundError from azure.communication.jobrouter import ( JobRouterClient, JobRouterAdministrationClient, ) from azure.communication.jobrouter.models import ( RoundRobinMode, RouterWorkerSelector, LabelOperator, RouterQueueSelector, StaticQueueSelectorAttachment, StaticRouterRule, StaticWorkerSelectorAttachment, RouterJobStatus, DistributionPolicy, RouterQueue, ClassificationPolicy, RouterJob, ScheduleAndSuspendMode, RouterJobNote, ) job_labels = {"key1": "JobKey", "key2": 10, "key3": True} job_tags = { "tag1": "WorkerGenericInfo", } job_channel_references = ["fakeChannelRef1", "fakeChannelRef2"] job_channel_ids = ["fakeChannelId1", "fakeChannelId2"] job_priority = 10 job_disposition_code = "JobCancelledByUser" job_requested_worker_selectors = [ RouterWorkerSelector(key="FakeKey1", label_operator=LabelOperator.EQUAL, value=True), RouterWorkerSelector(key="FakeKey2", label_operator=LabelOperator.NOT_EQUAL, value=False), RouterWorkerSelector(key="FakeKey3", label_operator=LabelOperator.LESS_THAN, value=10), RouterWorkerSelector(key="FakeKey4", label_operator=LabelOperator.LESS_THAN_OR_EQUAL, value=10.01), RouterWorkerSelector(key="FakeKey5", label_operator=LabelOperator.GREATER_THAN, value=10), RouterWorkerSelector(key="FakeKey6", label_operator=LabelOperator.GREATER_THAN_OR_EQUAL, value=10), ] prioritization_rules = [ StaticRouterRule(value=10), ] cp_worker_selectors = [ StaticWorkerSelectorAttachment( worker_selector=RouterWorkerSelector( key="FakeKeyFromCp", label_operator=LabelOperator.EQUAL, value="FakeValue", ) ), ] expected_attached_worker_selectors = [ RouterWorkerSelector( key="FakeKeyFromCp", label_operator=LabelOperator.EQUAL, value="FakeValue", ), ] test_timestamp = _convert_str_to_datetime("2022-05-13T23:59:04.5311999+07:00") job_notes = [RouterJobNote(added_at=test_timestamp, message="Fake notes attached to job")] # The test class name needs to start with "Test" to get collected by pytest class TestRouterJob(RouterRecordedTestCase): def clean_up(self): # delete in live mode if not self.is_playback(): router_client: JobRouterClient = self.create_client() router_admin_client: JobRouterAdministrationClient = self.create_admin_client() if self._testMethodName in self.job_ids and any(self.job_ids[self._testMethodName]): for _id in set(self.job_ids[self._testMethodName]): self.clean_up_job(job_id=_id) if self._testMethodName in self.classification_policy_ids and any( self.classification_policy_ids[self._testMethodName] ): for policy_id in set(self.classification_policy_ids[self._testMethodName]): router_admin_client.delete_classification_policy(policy_id) if self._testMethodName in self.queue_ids and any(self.queue_ids[self._testMethodName]): for _id in set(self.queue_ids[self._testMethodName]): router_admin_client.delete_queue(_id) if self._testMethodName in self.distribution_policy_ids and any( self.distribution_policy_ids[self._testMethodName] ): for policy_id in set(self.distribution_policy_ids[self._testMethodName]): router_admin_client.delete_distribution_policy(policy_id) def get_distribution_policy_id(self): return "_" + self._testMethodName + "_tst_dp" def setup_distribution_policy(self): client: JobRouterAdministrationClient = self.create_admin_client() distribution_policy_id = self.get_distribution_policy_id() policy: DistributionPolicy = DistributionPolicy( offer_expires_after_seconds=10.0, mode=RoundRobinMode(min_concurrent_offers=1, max_concurrent_offers=1), name=distribution_policy_id, ) distribution_policy = client.upsert_distribution_policy(distribution_policy_id, policy) # add for cleanup later if self._testMethodName in self.distribution_policy_ids: self.distribution_policy_ids[self._testMethodName] = self.distribution_policy_ids[ self._testMethodName ].append(distribution_policy_id) else: self.distribution_policy_ids[self._testMethodName] = [distribution_policy_id] def get_job_queue_id(self): return "_" + self._testMethodName + "_tst_q" def setup_job_queue(self): client: JobRouterAdministrationClient = self.create_admin_client() job_queue_id = self.get_job_queue_id() job_queue: RouterQueue = RouterQueue( distribution_policy_id=self.get_distribution_policy_id(), name=job_queue_id, labels=job_labels, ) job_queue = client.upsert_queue(job_queue_id, job_queue) # add for cleanup later if self._testMethodName in self.queue_ids: self.queue_ids[self._testMethodName].append(job_queue_id) else: self.queue_ids[self._testMethodName] = [job_queue_id] def get_fallback_queue_id(self): return "_" + self._testMethodName + "_tst_flbk_q" # cspell:disable-line def setup_fallback_queue(self): client: JobRouterAdministrationClient = self.create_admin_client() job_queue_id = self.get_fallback_queue_id() job_queue: RouterQueue = RouterQueue( distribution_policy_id=self.get_distribution_policy_id(), name=job_queue_id, labels=job_labels, ) job_queue = client.upsert_queue(job_queue_id, job_queue) # add for cleanup later if self._testMethodName in self.queue_ids: self.queue_ids[self._testMethodName].append(job_queue_id) else: self.queue_ids[self._testMethodName] = [job_queue_id] def get_classification_policy_id(self): return "_" + self._testMethodName + "_tst_cp" def setup_classification_policy(self): client: JobRouterAdministrationClient = self.create_admin_client() cp_queue_selectors = [ StaticQueueSelectorAttachment( queue_selector=RouterQueueSelector( key="Id", label_operator=LabelOperator.EQUAL, value=self.get_job_queue_id() ) ), ] cp_id = self.get_classification_policy_id() classification_policy: ClassificationPolicy = ClassificationPolicy( name=cp_id, fallback_queue_id=self.get_fallback_queue_id(), queue_selector_attachments=cp_queue_selectors, prioritization_rule=prioritization_rules[0], worker_selector_attachments=cp_worker_selectors, ) job_queue = client.upsert_classification_policy(cp_id, classification_policy) # add for cleanup later if self._testMethodName in self.classification_policy_ids: self.classification_policy_ids[self._testMethodName].append(cp_id) else: self.classification_policy_ids[self._testMethodName] = [cp_id] def validate_job_is_queued(self, identifier, **kwargs): router_client: JobRouterClient = self.create_client() router_job = router_client.get_job(identifier) assert router_job.status == RouterJobStatus.QUEUED def validate_job_is_scheduled(self, identifier, **kwargs): router_client: JobRouterClient = self.create_client() router_job = router_client.get_job(identifier) assert router_job.status == RouterJobStatus.SCHEDULED def validate_job_is_cancelled(self, identifier, **kwargs): router_client: JobRouterClient = self.create_client() router_job = router_client.get_job(identifier) assert router_job.status == RouterJobStatus.CANCELLED @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_create_job_direct_q(self): job_identifier = "tst_create_job_man" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert router_job.status == RouterJobStatus.CREATED self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_create_scheduled_job(self, **kwargs): recorded_variables = kwargs.pop("variables", {}) scheduled_time = datetime.datetime.utcnow() + datetime.timedelta(0, 30) scheduled_time_utc = recorded_variables.setdefault("scheduled_time_utc", _datetime_as_isostr(scheduled_time)) matching_mode = ScheduleAndSuspendMode(schedule_at=recorded_variables["scheduled_time_utc"]) job_identifier = "_tst_create_sch_job" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, matching_mode=matching_mode, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, matching_mode=matching_mode, ) assert router_job.status == RouterJobStatus.PENDING_SCHEDULE self._poll_until_no_exception(self.validate_job_is_scheduled, Exception, job_identifier) return recorded_variables @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_update_job_direct_q(self): job_identifier = "tst_update_job_man" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) # Act router_job.labels["FakeKey"] = "FakeWorkerValue" updated_job_labels = router_job.labels update_router_job = router_client.upsert_job(job_identifier, router_job) assert update_router_job is not None RouterJobValidator.validate_job( update_router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=updated_job_labels, tags=job_tags, notes=job_notes, ) # updating labels does not change job status assert update_router_job.status == RouterJobStatus.QUEUED @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_update_job_direct_q_w_kwargs(self): job_identifier = "tst_update_job_man_w_kwargs" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) # Act updated_job_labels = {k: v for k, v in router_job.labels.items()} updated_job_labels["FakeKey"] = "FakeWorkerValue" update_router_job = router_client.upsert_job(job_identifier, labels=updated_job_labels) assert update_router_job is not None RouterJobValidator.validate_job( update_router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=updated_job_labels, tags=job_tags, notes=job_notes, ) # updating labels does not change job status assert update_router_job.status == RouterJobStatus.QUEUED @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_get_job_direct_q(self): job_identifier = "tst_get_job_man" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert router_job.status == RouterJobStatus.CREATED self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) queried_router_job = router_client.get_job(job_id=job_identifier) RouterJobValidator.validate_job( queried_router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.before_test_execute("setup_fallback_queue") @RouterPreparers.before_test_execute("setup_classification_policy") @RouterPreparers.after_test_execute("clean_up") def test_create_job_w_cp(self): job_identifier = "tst_create_job_cp" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert router_job.status == RouterJobStatus.PENDING_CLASSIFICATION self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.before_test_execute("setup_fallback_queue") @RouterPreparers.before_test_execute("setup_classification_policy") @RouterPreparers.after_test_execute("clean_up") def test_update_job_w_cp(self): job_identifier = "tst_update_job_cp" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert router_job.status == RouterJobStatus.PENDING_CLASSIFICATION self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) # Act updated_job_labels = {k: v for k, v in router_job.labels.items()} updated_job_labels["FakeKey"] = "FakeWorkerValue" router_job.labels = updated_job_labels update_router_job = router_client.upsert_job(job_identifier, router_job) assert update_router_job is not None RouterJobValidator.validate_job( update_router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=updated_job_labels, tags=job_tags, notes=job_notes, ) # updating labels reverts job status to pending classification assert update_router_job.status == RouterJobStatus.PENDING_CLASSIFICATION self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.before_test_execute("setup_fallback_queue") @RouterPreparers.before_test_execute("setup_classification_policy") @RouterPreparers.after_test_execute("clean_up") def test_update_job_w_cp_w_kwargs(self): job_identifier = "tst_update_job_cp_w_kwargs" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert router_job.status == RouterJobStatus.PENDING_CLASSIFICATION self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) # Act updated_job_labels = {k: v for k, v in router_job.labels.items()} updated_job_labels["FakeKey"] = "FakeWorkerValue" update_router_job = router_client.upsert_job(job_identifier, labels=updated_job_labels) assert update_router_job is not None RouterJobValidator.validate_job( update_router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=updated_job_labels, tags=job_tags, notes=job_notes, ) # updating labels reverts job status to pending classification assert update_router_job.status == RouterJobStatus.PENDING_CLASSIFICATION self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.before_test_execute("setup_fallback_queue") @RouterPreparers.before_test_execute("setup_classification_policy") @RouterPreparers.after_test_execute("clean_up") def test_get_job_w_cp(self): job_identifier = "tst_get_job_cp" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], classification_policy_id=self.get_classification_policy_id(), requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert router_job.status == RouterJobStatus.PENDING_CLASSIFICATION self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) queried_router_job = router_client.get_job(job_id=job_identifier) RouterJobValidator.validate_job( queried_router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, attached_worker_selectors=expected_attached_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert queried_router_job.status == RouterJobStatus.QUEUED @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_delete_job(self): job_identifier = "tst_del_job_man" router_client: JobRouterClient = self.create_client() router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(job_identifier, router_job) # add for cleanup self.job_ids[self._testMethodName] = [job_identifier] assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=job_identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) assert router_job.status == RouterJobStatus.CREATED self._poll_until_no_exception(self.validate_job_is_queued, Exception, job_identifier) # job needs to be in a termination state before it can be deleted router_client.cancel_job(job_identifier) router_client.delete_job(job_identifier) with pytest.raises(ResourceNotFoundError) as nfe: router_client.get_job(job_identifier) self.job_ids.pop(self._testMethodName, None) assert nfe.value.reason == "Not Found" assert nfe.value.status_code == 404 @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_list_jobs(self): router_client: JobRouterClient = self.create_client() job_identifiers = ["tst_list_job_1", "tst_list_job_2", "tst_list_job_3"] created_job_response = {} job_count = len(job_identifiers) self.job_ids[self._testMethodName] = [] for identifier in job_identifiers: router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) router_job = router_client.upsert_job(identifier, router_job) # add for cleanup self.job_ids[self._testMethodName].append(identifier) assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, ) self._poll_until_no_exception(self.validate_job_is_queued, Exception, identifier) created_job_response[router_job.id] = router_job router_jobs = router_client.list_jobs( results_per_page=2, status=RouterJobStatus.QUEUED, queue_id=self.get_job_queue_id(), channel_id=job_channel_ids[0], ) for router_job_page in router_jobs.by_page(): list_of_jobs = list(router_job_page) assert len(list_of_jobs) <= 2 for j_item in list_of_jobs: response_at_creation = created_job_response.get(j_item.id, None) if not response_at_creation: continue RouterJobValidator.validate_job( j_item, identifier=response_at_creation.id, channel_reference=response_at_creation.channel_reference, channel_id=response_at_creation.channel_id, queue_id=response_at_creation.queue_id, priority=response_at_creation.priority, requested_worker_selectors=response_at_creation.requested_worker_selectors, labels=response_at_creation.labels, tags=response_at_creation.tags, notes=response_at_creation.notes, ) job_count -= 1 # all job_queues created were listed assert job_count == 0 @RouterPreparers.router_test_decorator @recorded_by_proxy @RouterPreparers.before_test_execute("setup_distribution_policy") @RouterPreparers.before_test_execute("setup_job_queue") @RouterPreparers.after_test_execute("clean_up") def test_list_sch_jobs(self, **kwargs): recorded_variables = kwargs.pop("variables", {}) scheduled_time = datetime.datetime.utcnow() + datetime.timedelta(0, 30) scheduled_time_utc = recorded_variables.setdefault("scheduled_time_utc", _datetime_as_isostr(scheduled_time)) matching_mode = ScheduleAndSuspendMode(schedule_at=recorded_variables["scheduled_time_utc"]) router_client: JobRouterClient = self.create_client() job_identifiers = ["_tst_list_sch_job_1", "_tst_list_sch_job_2"] created_job_response = {} job_count = len(job_identifiers) self.job_ids[self._testMethodName] = [] for identifier in job_identifiers: router_job: RouterJob = RouterJob( channel_id=job_channel_ids[0], channel_reference=job_channel_references[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, matching_mode=matching_mode, ) router_job = router_client.upsert_job(identifier, router_job) # add for cleanup self.job_ids[self._testMethodName].append(identifier) assert router_job is not None RouterJobValidator.validate_job( router_job, identifier=identifier, channel_reference=job_channel_references[0], channel_id=job_channel_ids[0], queue_id=self.get_job_queue_id(), priority=job_priority, requested_worker_selectors=job_requested_worker_selectors, labels=job_labels, tags=job_tags, notes=job_notes, matching_mode=matching_mode, ) self._poll_until_no_exception(self.validate_job_is_scheduled, Exception, identifier) created_job_response[router_job.id] = router_job router_jobs = router_client.list_jobs( results_per_page=2, status=RouterJobStatus.SCHEDULED, queue_id=self.get_job_queue_id(), channel_id=job_channel_ids[0], scheduled_before=recorded_variables["scheduled_time_utc"], ) for router_job_page in router_jobs.by_page(): list_of_jobs = list(router_job_page) assert len(list_of_jobs) <= 2 for j_item in list_of_jobs: response_at_creation = created_job_response.get(j_item.id, None) if not response_at_creation: continue RouterJobValidator.validate_job( j_item, identifier=response_at_creation.id, channel_reference=response_at_creation.channel_reference, channel_id=response_at_creation.channel_id, queue_id=response_at_creation.queue_id, priority=response_at_creation.priority, requested_worker_selectors=response_at_creation.requested_worker_selectors, labels=response_at_creation.labels, tags=response_at_creation.tags, notes=response_at_creation.notes, matching_mode=response_at_creation.matching_mode, ) job_count -= 1 # all job_queues created were listed assert job_count == 0 return recorded_variables