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# -------------------------------------------------------------------------
# Copyright (c) Microsoft Corporation. All rights reserved.
# Licensed under the MIT License. See License.txt in the project root for
# license information.
# --------------------------------------------------------------------------
import logging
import sys
import os
import json
import pytest
import asyncio
import uuid
from msrest.serialization import UTC
import datetime as dt
from devtools_testutils import AzureRecordedTestCase
from azure.core.messaging import CloudEvent
from azure.eventgrid.aio import EventGridConsumerClient, EventGridPublisherClient
from eventgrid_preparer import (
EventGridPreparer,
)
class TestEventGridConsumerClientAsync(AzureRecordedTestCase):
def create_eg_publisher_client(self, endpoint, topic=None):
credential = self.get_credential(EventGridPublisherClient)
client = self.create_client_from_credential(
EventGridPublisherClient, credential=credential, endpoint=endpoint, namespace_topic=topic
)
return client
def create_eg_consumer_client(self, endpoint, topic, subscription):
credential = self.get_credential(EventGridConsumerClient)
client = self.create_client_from_credential(
EventGridConsumerClient,
credential=credential,
endpoint=endpoint,
namespace_topic=topic,
subscription=subscription,
)
return client
@pytest.mark.live_test_only
@EventGridPreparer()
@pytest.mark.asyncio
async def test_receive_data(self, **kwargs):
eventgrid_endpoint = kwargs["eventgrid_endpoint"]
eventgrid_key = kwargs["eventgrid_key"]
eventgrid_topic_name = kwargs["eventgrid_topic_name"]
eventgrid_event_subscription_name = kwargs["eventgrid_event_subscription_name"]
publisher = self.create_eg_publisher_client(eventgrid_endpoint, eventgrid_topic_name)
consumer = self.create_eg_consumer_client(
eventgrid_endpoint, eventgrid_topic_name, eventgrid_event_subscription_name
)
cloud_event = CloudEvent(
source="http://samplesource.dev",
data={"sample": "cloudevent"},
type="Sample.Cloud.Event",
)
await publisher.send(cloud_event)
received_event = await consumer.receive(max_events=1)
assert len(received_event) == 1
for event in received_event:
ack_result = await consumer.acknowledge(lock_tokens=[event.broker_properties.lock_token])
assert ack_result.succeeded_lock_tokens == [event.broker_properties.lock_token]
@pytest.mark.live_test_only
@EventGridPreparer()
@pytest.mark.asyncio
async def test_receive_renew_data(self, **kwargs):
eventgrid_endpoint = kwargs["eventgrid_endpoint"]
eventgrid_key = kwargs["eventgrid_key"]
eventgrid_topic_name = kwargs["eventgrid_topic_name"]
eventgrid_event_subscription_name = kwargs["eventgrid_event_subscription_name"]
publisher = self.create_eg_publisher_client(eventgrid_endpoint, eventgrid_topic_name)
consumer = self.create_eg_consumer_client(
eventgrid_endpoint, eventgrid_topic_name, eventgrid_event_subscription_name
)
cloud_event = CloudEvent(
source="http://samplesource.dev",
data={"sample": "cloudevent"},
type="Sample.Cloud.Event",
)
await publisher.send(cloud_event)
received_event = await consumer.receive(max_events=1)
assert len(received_event) == 1
for event in received_event:
renew_lock = await consumer.renew_locks(lock_tokens=[event.broker_properties.lock_token])
ack_result = await consumer.acknowledge(lock_tokens=[event.broker_properties.lock_token])
assert ack_result.succeeded_lock_tokens == [event.broker_properties.lock_token]
@pytest.mark.live_test_only
@EventGridPreparer()
@pytest.mark.asyncio
async def test_receive_release_data(self, **kwargs):
eventgrid_endpoint = kwargs["eventgrid_endpoint"]
eventgrid_key = kwargs["eventgrid_key"]
eventgrid_topic_name = kwargs["eventgrid_topic_name"]
eventgrid_event_subscription_name = kwargs["eventgrid_event_subscription_name"]
publisher = self.create_eg_publisher_client(eventgrid_endpoint, eventgrid_topic_name)
consumer = self.create_eg_consumer_client(
eventgrid_endpoint, eventgrid_topic_name, eventgrid_event_subscription_name
)
cloud_event = CloudEvent(
source="http://samplesource.dev",
data={"sample": "cloudevent"},
type="Sample.Cloud.Event",
)
await publisher.send(cloud_event)
received_event = await consumer.receive(max_events=1)
assert len(received_event) == 1
for event in received_event:
release = await consumer.release(lock_tokens=[event.broker_properties.lock_token])
assert release.succeeded_lock_tokens == [event.broker_properties.lock_token]
@pytest.mark.live_test_only
@EventGridPreparer()
@pytest.mark.asyncio
async def test_receive_reject_data(self, **kwargs):
eventgrid_endpoint = kwargs["eventgrid_endpoint"]
eventgrid_key = kwargs["eventgrid_key"]
eventgrid_topic_name = kwargs["eventgrid_topic_name"]
eventgrid_event_subscription_name = kwargs["eventgrid_event_subscription_name"]
publisher = self.create_eg_publisher_client(eventgrid_endpoint, eventgrid_topic_name)
consumer = self.create_eg_consumer_client(
eventgrid_endpoint, eventgrid_topic_name, eventgrid_event_subscription_name
)
cloud_event = CloudEvent(
source="http://samplesource.dev",
data={"sample": "cloudevent"},
type="Sample.Cloud.Event",
)
await publisher.send(cloud_event)
received_event = await consumer.receive(max_events=1)
assert len(received_event) == 1
for event in received_event:
reject = await consumer.reject(lock_tokens=[event.broker_properties.lock_token])
assert reject.succeeded_lock_tokens == [event.broker_properties.lock_token]
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