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|
# 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
from devtools_testutils import recorded_by_proxy
from _router_test_case import RouterRecordedTestCase
from _validators import RouterWorkerValidator
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,
RouterWorker,
RouterChannel,
DistributionPolicy,
RouterQueue,
)
worker_labels = {"key1": "WorkerKey", "key2": 10, "key3": True}
worker_tags = {
"tag1": "WorkerGenericInfo",
}
worker_channel_configs = [
RouterChannel(channel_id="fakeChannel1", capacity_cost_per_job=10, max_number_of_jobs=10),
RouterChannel(channel_id="fakeChannel2", capacity_cost_per_job=90, max_number_of_jobs=1),
]
worker_capacity = 100
# The test class name needs to start with "Test" to get collected by pytest
class TestRouterWorker(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.worker_ids and any(self.worker_ids[self._testMethodName]):
for _id in set(self.worker_ids[self._testMethodName]):
router_client.delete_worker(worker_id=_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=_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(id=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=worker_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] = self.queue_ids[self._testMethodName].append(job_queue_id)
else:
self.queue_ids[self._testMethodName] = [job_queue_id]
@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_worker(self):
w_identifier = "tst_create_w"
router_client: JobRouterClient = self.create_client()
worker_queues = [self.get_job_queue_id()]
router_worker: RouterWorker = RouterWorker(
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
router_worker = router_client.upsert_worker(w_identifier, router_worker)
# add for cleanup
self.worker_ids[self._testMethodName] = [w_identifier]
assert router_worker is not None
RouterWorkerValidator.validate_worker(
router_worker,
identifier=w_identifier,
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
@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_worker(self):
w_identifier = "tst_update_w"
router_client: JobRouterClient = self.create_client()
worker_queues = [self.get_job_queue_id()]
router_worker: RouterWorker = RouterWorker(
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
router_worker = router_client.upsert_worker(w_identifier, router_worker)
# add for cleanup
self.worker_ids[self._testMethodName] = [w_identifier]
assert router_worker is not None
RouterWorkerValidator.validate_worker(
router_worker,
identifier=w_identifier,
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
# Act
router_worker.labels["FakeKey"] = "FakeWorkerValue"
updated_worker_labels = router_worker.labels
update_router_worker = router_client.upsert_worker(w_identifier, router_worker)
assert update_router_worker is not None
RouterWorkerValidator.validate_worker(
update_router_worker,
identifier=w_identifier,
capacity=worker_capacity,
labels=updated_worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
@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_worker_w_kwargs(self):
w_identifier = "tst_update_w_kwargs"
router_client: JobRouterClient = self.create_client()
worker_queues = [self.get_job_queue_id()]
router_worker: RouterWorker = RouterWorker(
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
router_worker = router_client.upsert_worker(w_identifier, router_worker)
# add for cleanup
self.worker_ids[self._testMethodName] = [w_identifier]
assert router_worker is not None
RouterWorkerValidator.validate_worker(
router_worker,
identifier=w_identifier,
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
# Act
router_worker.labels["FakeKey"] = "FakeWorkerValue"
updated_worker_labels = router_worker.labels
update_router_worker = router_client.upsert_worker(w_identifier, labels=updated_worker_labels)
assert update_router_worker is not None
RouterWorkerValidator.validate_worker(
update_router_worker,
identifier=w_identifier,
capacity=worker_capacity,
labels=updated_worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
@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_worker(self):
w_identifier = "tst_get_w"
router_client: JobRouterClient = self.create_client()
worker_queues = [self.get_job_queue_id()]
router_worker: RouterWorker = RouterWorker(
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
router_worker = router_client.upsert_worker(w_identifier, router_worker)
# add for cleanup
self.worker_ids[self._testMethodName] = [w_identifier]
assert router_worker is not None
RouterWorkerValidator.validate_worker(
router_worker,
identifier=w_identifier,
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
queried_router_worker = router_client.get_worker(worker_id=w_identifier)
RouterWorkerValidator.validate_worker(
queried_router_worker,
identifier=w_identifier,
capacity=router_worker.capacity,
labels=router_worker.labels,
tags=router_worker.tags,
queues=router_worker.queues,
channels=router_worker.channels,
available_for_offers=router_worker.available_for_offers,
)
@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_worker(self):
w_identifier = "tst_delete_w"
router_client: JobRouterClient = self.create_client()
worker_queues = [self.get_job_queue_id()]
router_worker: RouterWorker = RouterWorker(
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
router_worker = router_client.upsert_worker(w_identifier, router_worker)
assert router_worker is not None
RouterWorkerValidator.validate_worker(
router_worker,
identifier=w_identifier,
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
router_client.delete_worker(worker_id=w_identifier)
with pytest.raises(ResourceNotFoundError) as nfe:
router_client.get_worker(worker_id=w_identifier)
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_workers(self):
router_client: JobRouterClient = self.create_client()
w_identifiers = ["tst_list_w_1", "tst_list_w_2", "tst_list_w_3"]
worker_queues = [self.get_job_queue_id()]
created_w_response = {}
w_count = len(w_identifiers)
self.worker_ids[self._testMethodName] = []
for identifier in w_identifiers:
router_worker: RouterWorker = RouterWorker(
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
worker = router_client.upsert_worker(identifier, router_worker)
# add for cleanup
self.worker_ids[self._testMethodName].append(identifier)
assert worker is not None
RouterWorkerValidator.validate_worker(
worker,
identifier=identifier,
capacity=worker_capacity,
labels=worker_labels,
tags=worker_tags,
queues=worker_queues,
channels=worker_channel_configs,
available_for_offers=False,
)
created_w_response[worker.id] = worker
router_workers = router_client.list_workers(
results_per_page=2, state="inactive", queue_id=self.get_job_queue_id(), channel_id="fakeChannel1"
)
for worker_page in router_workers.by_page():
list_of_workers = list(worker_page)
assert len(list_of_workers) <= 2
for w_item in list_of_workers:
response_at_creation = created_w_response.get(w_item.id, None)
if not response_at_creation:
continue
RouterWorkerValidator.validate_worker(
w_item,
identifier=response_at_creation.id,
capacity=response_at_creation.capacity,
labels=response_at_creation.labels,
tags=response_at_creation.tags,
queues=response_at_creation.queues,
channels=response_at_creation.channels,
available_for_offers=response_at_creation.available_for_offers,
)
w_count -= 1
# all job_queues created were listed
assert w_count == 0
|
