def test_ensure_enqueued(redis: Redis, random_queue_name: str) -> None:
j1 = enqueue(redis, random_queue_name,
"minique_tests.jobs.sum_positive_values")
j2 = enqueue(redis, random_queue_name,
"minique_tests.jobs.sum_positive_values")
queue = j1.get_queue()
assert queue.length == 2
assert j1.ensure_enqueued() == (False, 0) # Did not need to re-enqueue
assert j2.ensure_enqueued() == (False, 1) # Did not need to re-enqueue
assert (redis.lpop(queue.redis_key) == j1.id.encode()
) # pop first item, must be the first job
assert queue.length == 1
assert j1.ensure_enqueued() == (True, 1) # Did re-enqueue in last position
assert j2.ensure_enqueued() == (False, 0) # Did not need to re-enqueue
TestWorker.for_queue_names(redis, queue.name).tick()
assert queue.length == 1
TestWorker.for_queue_names(redis, queue.name).tick()
assert queue.length == 0
for job in (j1, j2):
with pytest.raises(
Exception): # Refuses to be enqueued after completion
job.ensure_enqueued()
# -*- coding: utf-8 -*-
__author__ = 'fjs'
from connection import BlockingConnectionPool
from redis.client import Redis
client = Redis(connection_pool=BlockingConnectionPool(max_connections=2))
client.set("fjs", "fjs")
print client.get("fjs")
client.lpush("nn", 1)
print client.lpop("nn")
# -*- coding: utf-8 -*-
__author__ = 'fjs'
from connection import BlockingConnectionPool
from redis.client import Redis
client = Redis(connection_pool=BlockingConnectionPool(max_connections=2))
client.set("fjs", "fjs")
print client.get("fjs")
client.lpush("nn", 1)
print client.lpop("nn")
