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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.aio import recorded_by_proxy_async
from azure.core.exceptions import ResourceNotFoundError
from _router_test_case_async import AsyncRouterRecordedTestCase
from _decorators_async import RouterPreparersAsync
from _validators import ClassificationPolicyValidator
from azure.communication.jobrouter._shared.utils import parse_connection_str
from azure.communication.jobrouter.aio import JobRouterAdministrationClient
from azure.communication.jobrouter.models import (
RoundRobinMode,
ClassificationPolicy,
LabelOperator,
RouterQueueSelector,
StaticQueueSelectorAttachment,
ConditionalQueueSelectorAttachment,
RuleEngineQueueSelectorAttachment,
PassThroughQueueSelectorAttachment,
QueueWeightedAllocation,
WeightedAllocationQueueSelectorAttachment,
RouterWorkerSelector,
StaticWorkerSelectorAttachment,
ConditionalWorkerSelectorAttachment,
RuleEngineWorkerSelectorAttachment,
PassThroughWorkerSelectorAttachment,
WorkerWeightedAllocation,
WeightedAllocationWorkerSelectorAttachment,
StaticRouterRule,
ExpressionRouterRule,
FunctionRouterRule,
FunctionRouterRuleCredential,
DistributionPolicy,
RouterQueue,
)
queue_labels = {"key1": "QueueKey", "key2": 10, "key3": True, "key4": False, "key5": 10.1}
queue_selector_attachments = [
StaticQueueSelectorAttachment(
queue_selector=RouterQueueSelector(key="test_key", label_operator=LabelOperator.EQUAL, value="test_value")
),
ConditionalQueueSelectorAttachment(
condition=StaticRouterRule(value=True),
queue_selectors=[RouterQueueSelector(key="test_key", label_operator=LabelOperator.EQUAL, value="test_value")],
),
RuleEngineQueueSelectorAttachment(
rule=StaticRouterRule(
value=[RouterQueueSelector(key="test_key", label_operator=LabelOperator.EQUAL, value="test_value")]
)
),
PassThroughQueueSelectorAttachment(key="testKey", label_operator=LabelOperator.EQUAL),
WeightedAllocationQueueSelectorAttachment(
allocations=[
QueueWeightedAllocation(
weight=1.0,
queue_selectors=[
RouterQueueSelector(key="test_key", label_operator=LabelOperator.EQUAL, value="test_value")
],
)
]
),
]
prioritization_rules = [
StaticRouterRule(value=1),
ExpressionRouterRule(expression="1"),
FunctionRouterRule(
function_uri="https://fake.azurewebsites.net/fakeRule",
credential=FunctionRouterRuleCredential(function_key="fakeKey"),
),
]
worker_selector_attachments = [
StaticWorkerSelectorAttachment(
worker_selector=RouterWorkerSelector(
key="test_key",
label_operator=LabelOperator.EQUAL,
value="test_value",
expires_after_seconds=10.0,
expedite=False,
)
),
ConditionalWorkerSelectorAttachment(
condition=StaticRouterRule(value=True),
worker_selectors=[
RouterWorkerSelector(
key="test_key",
label_operator=LabelOperator.EQUAL,
value="test_value",
expires_after_seconds=10.0,
expedite=False,
)
],
),
RuleEngineWorkerSelectorAttachment(
rule=StaticRouterRule(
value=[
RouterWorkerSelector(
key="test_key",
label_operator=LabelOperator.EQUAL,
value="test_value",
expires_after_seconds=10.0,
expedite=False,
)
]
)
),
PassThroughWorkerSelectorAttachment(key="testKey", label_operator=LabelOperator.EQUAL),
WeightedAllocationWorkerSelectorAttachment(
allocations=[
WorkerWeightedAllocation(
weight=1.0,
worker_selectors=[
RouterWorkerSelector(
key="test_key",
label_operator=LabelOperator.EQUAL,
value="test_value",
expires_after_seconds=10.0,
expedite=False,
)
],
)
]
),
]
# The test class name needs to start with "Test" to get collected by pytest
class TestClassificationPolicyAsync(AsyncRouterRecordedTestCase):
async def clean_up(self):
# delete in live mode
if not self.is_playback():
router_client: JobRouterAdministrationClient = self.create_admin_client()
async with router_client:
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]):
await router_client.delete_classification_policy(policy_id)
if self._testMethodName in self.queue_ids and any(self.queue_ids[self._testMethodName]):
for policy_id in set(self.queue_ids[self._testMethodName]):
await router_client.delete_queue(policy_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]):
await router_client.delete_distribution_policy(policy_id)
def get_distribution_policy_id(self):
return self._testMethodName + "_tst_dp_async"
async def setup_distribution_policy(self):
client: JobRouterAdministrationClient = self.create_admin_client()
async with client:
distribution_policy_id = self.get_distribution_policy_id()
policy: DistributionPolicy = DistributionPolicy(
name=distribution_policy_id,
offer_expires_after_seconds=10.0,
mode=RoundRobinMode(min_concurrent_offers=1, max_concurrent_offers=1),
)
distribution_policy = await 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_async"
async def setup_job_queue(self):
client: JobRouterAdministrationClient = self.create_admin_client()
async with client:
job_queue_id = self.get_job_queue_id()
job_queue: RouterQueue = RouterQueue(
name=job_queue_id, labels=queue_labels, distribution_policy_id=self.get_distribution_policy_id()
)
job_queue = await 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]
@RouterPreparersAsync.router_test_decorator_async
@recorded_by_proxy_async
@RouterPreparersAsync.before_test_execute_async("setup_distribution_policy")
@RouterPreparersAsync.before_test_execute_async("setup_job_queue")
@RouterPreparersAsync.after_test_execute_async("clean_up")
async def test_create_classification_policy(self):
router_client: JobRouterAdministrationClient = self.create_admin_client()
cp_identifier = "tst_create_cp_async"
async with router_client:
for rule in prioritization_rules:
classification_policy: ClassificationPolicy = ClassificationPolicy(
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
classification_policy = await router_client.upsert_classification_policy(
cp_identifier, classification_policy
)
# add for cleanup
self.classification_policy_ids[self._testMethodName] = [cp_identifier]
assert classification_policy is not None
ClassificationPolicyValidator.validate_classification_policy(
classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
@RouterPreparersAsync.router_test_decorator_async
@recorded_by_proxy_async
@RouterPreparersAsync.before_test_execute_async("setup_distribution_policy")
@RouterPreparersAsync.before_test_execute_async("setup_job_queue")
@RouterPreparersAsync.after_test_execute_async("clean_up")
async def test_update_classification_policy(self):
router_client: JobRouterAdministrationClient = self.create_admin_client()
cp_identifier = "tst_update_cp_async"
async with router_client:
for rule in prioritization_rules:
classification_policy: ClassificationPolicy = ClassificationPolicy(
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
classification_policy = await router_client.upsert_classification_policy(
cp_identifier, classification_policy
)
# add for cleanup
self.classification_policy_ids[self._testMethodName] = [cp_identifier]
assert classification_policy is not None
ClassificationPolicyValidator.validate_classification_policy(
classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
updated_prioritization_rule = ExpressionRouterRule(expression="2")
classification_policy.prioritization_rule = updated_prioritization_rule
updated_classification_policy = await router_client.upsert_classification_policy(
cp_identifier, classification_policy
)
ClassificationPolicyValidator.validate_classification_policy(
updated_classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=updated_prioritization_rule,
worker_selector_attachments=worker_selector_attachments,
)
@RouterPreparersAsync.router_test_decorator_async
@recorded_by_proxy_async
@RouterPreparersAsync.before_test_execute_async("setup_distribution_policy")
@RouterPreparersAsync.before_test_execute_async("setup_job_queue")
@RouterPreparersAsync.after_test_execute_async("clean_up")
async def test_update_classification_policy_w_kwargs(self):
router_client: JobRouterAdministrationClient = self.create_admin_client()
cp_identifier = "tst_update_cp_w_args_async"
async with router_client:
for rule in prioritization_rules:
classification_policy: ClassificationPolicy = ClassificationPolicy(
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
classification_policy = await router_client.upsert_classification_policy(
cp_identifier, classification_policy
)
# add for cleanup
self.classification_policy_ids[self._testMethodName] = [cp_identifier]
assert classification_policy is not None
ClassificationPolicyValidator.validate_classification_policy(
classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
updated_prioritization_rule = ExpressionRouterRule(expression="2")
classification_policy.prioritization_rule = updated_prioritization_rule
updated_classification_policy = await router_client.upsert_classification_policy(
cp_identifier, prioritization_rule=updated_prioritization_rule
)
ClassificationPolicyValidator.validate_classification_policy(
updated_classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=updated_prioritization_rule,
worker_selector_attachments=worker_selector_attachments,
)
@RouterPreparersAsync.router_test_decorator_async
@recorded_by_proxy_async
@RouterPreparersAsync.before_test_execute_async("setup_distribution_policy")
@RouterPreparersAsync.before_test_execute_async("setup_job_queue")
@RouterPreparersAsync.after_test_execute_async("clean_up")
async def test_get_classification_policy(self):
router_client: JobRouterAdministrationClient = self.create_admin_client()
cp_identifier = "tst_get_cp_async"
async with router_client:
for rule in prioritization_rules:
classification_policy: ClassificationPolicy = ClassificationPolicy(
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
classification_policy = await router_client.upsert_classification_policy(
cp_identifier, classification_policy
)
# add for cleanup
self.classification_policy_ids[self._testMethodName] = [cp_identifier]
assert classification_policy is not None
ClassificationPolicyValidator.validate_classification_policy(
classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
queried_classification_policy = await router_client.get_classification_policy(cp_identifier)
ClassificationPolicyValidator.validate_classification_policy(
queried_classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
@RouterPreparersAsync.router_test_decorator_async
@recorded_by_proxy_async
@RouterPreparersAsync.before_test_execute_async("setup_distribution_policy")
@RouterPreparersAsync.before_test_execute_async("setup_job_queue")
@RouterPreparersAsync.after_test_execute_async("clean_up")
async def test_list_classification_policies(self):
router_client: JobRouterAdministrationClient = self.create_admin_client()
cp_identifiers = ["tst_list_cp_1_async", "tst_list_cp_2_async"]
created_cp_response = {}
policy_count = 0
self.classification_policy_ids[self._testMethodName] = []
async with router_client:
for rule in prioritization_rules:
for _identifier in cp_identifiers:
classification_policy: ClassificationPolicy = ClassificationPolicy(
name=_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
classification_policy = await router_client.upsert_classification_policy(
_identifier, classification_policy
)
policy_count += 1
# add for cleanup
self.classification_policy_ids[self._testMethodName].append(_identifier)
assert classification_policy is not None
ClassificationPolicyValidator.validate_classification_policy(
classification_policy,
name=_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
created_cp_response[classification_policy.id] = classification_policy
policies = router_client.list_classification_policies(results_per_page=1)
async for policy_page in policies.by_page():
if policy_count == 0:
# all created policies have been listed
break
list_of_policies = [i async for i in policy_page]
assert len(list_of_policies) <= 1
for policy_item in list_of_policies:
response_at_creation = created_cp_response.get(policy_item.id, None)
if not response_at_creation:
continue
ClassificationPolicyValidator.validate_classification_policy(
policy_item,
name=response_at_creation.name,
fallback_queue_id=response_at_creation.fallback_queue_id,
queue_selector_attachments=response_at_creation.queue_selector_attachments,
prioritization_rule=response_at_creation.prioritization_rule,
worker_selector_attachments=response_at_creation.worker_selector_attachments,
)
policy_count -= 1
@RouterPreparersAsync.router_test_decorator_async
@recorded_by_proxy_async
@RouterPreparersAsync.before_test_execute_async("setup_distribution_policy")
@RouterPreparersAsync.before_test_execute_async("setup_job_queue")
@RouterPreparersAsync.after_test_execute_async("clean_up")
async def test_delete_classification_policy(self):
router_client: JobRouterAdministrationClient = self.create_admin_client()
cp_identifier = "tst_delete_cp"
async with router_client:
for rule in prioritization_rules:
classification_policy: ClassificationPolicy = ClassificationPolicy(
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
classification_policy = await router_client.upsert_classification_policy(
cp_identifier,
classification_policy,
)
# add for cleanup
self.classification_policy_ids[self._testMethodName] = [cp_identifier]
assert classification_policy is not None
ClassificationPolicyValidator.validate_classification_policy(
classification_policy,
name=cp_identifier,
fallback_queue_id=self.get_job_queue_id(),
queue_selector_attachments=queue_selector_attachments,
prioritization_rule=rule,
worker_selector_attachments=worker_selector_attachments,
)
await router_client.delete_classification_policy(cp_identifier)
with pytest.raises(ResourceNotFoundError) as nfe:
await router_client.get_classification_policy(cp_identifier)
assert nfe.value.reason == "Not Found"
assert nfe.value.status_code == 404
|
