async def test_queue():
queue = get_queue()
item = 100500
await queue.put(item)
assert await queue.size() == 1
assert await queue.pop() == item
assert await queue.size() == 0
async def test_create_task():
cache = get_cache()
queue = get_queue()
assert await queue.size() == 0
task_uuid = await handler(f"create_task reversed_string abcd")
task = Task.from_json(await cache.get(task_uuid))
assert task.command == "reversed_string abcd"
assert task.status == Status.QUEUE.value
assert task.uuid == task_uuid
assert await queue.size() == 1
await queue.pop()
import asyncio
from server.queue import get_queue
from server.command import command_items
from server.task import Task
from server.status import Status
from server.cache import get_cache
cache = get_cache()
queue = get_queue()
def worker():
return asyncio.run(_worker())
async def _worker():
while True:
if await queue.size() == 0:
continue
item = await queue.pop()
task = Task.from_json(item)
task.status = Status.IN_PROGRESS.value
await cache.add(task.uuid, task.as_json())
command, *args = task.command.split()
func = command_items[command]
got = await func(*args)
task.status = Status.COMPLETED.value
async def test_singelton():
queue = get_queue()
assert queue is get_queue()