def do(request):
# 执行异步任务
print('start do request')
# CourseTask.delay()
CourseTask.apply_async(args=('hello', ), queue='work_queue') # 指定queue
print('end do request')
return JsonResponse({'result': 'ok'})
def do(request):
print("start do request")
# 此处不需要再实例化 通过元类创建 <class 'celery.app.task.TaskType'>
# CourseTask.delay()
CourseTask.apply_async(args=("hello", ), queue="beat_tasks")
print("end do request")
return JsonResponse(dict(result="OK"))
def do(request):
print("Start do request...")
# CourseTask.delay() # delay执行队列，没有填写指定队列的话，会默认执行配置文件设置默认的队列
CourseTask.apply_async(args=('hello', ),
queue='work_queue') # 传入参数，并指定work_queue队列
print("End do request...")
result = {'result': 'waiting...'}
return JsonResponse(result)
def do(request):
# 执行异步任务
print('start do request')
# CourseTask.delay()
# 另一种调用方法
CourseTask.apply_async(args=('hello',), queue='work_queue')
print('end do request')
return JsonResponse({"status_code": 200, "result": "success"})
def course_task(request):
print("start course_task")
# both delay and apply_async are async
# if some more args need to be passed, it is better to use apply_async
# CourseTask.delay(1, 2)
CourseTask.apply_async(args=("hello", "world"), queue="ordinary_tasks")
print("end course_task")
return JsonResponse({"res": "ok"})
def do(request):
# 执行异步任务
print('start do request')
for i in range(100):
result = CourseTask.delay()
print(result)
# CourseTask.apply_async(args=('hello',), queue='work_queue')
print('end do request')
return JsonResponse({'result': 'ok'})
def index(request):
print('start index')
CourseTask.delay()
print('end index')
return HttpResponse('hello celery')
def do(request):
print('start do request')
CourseTask.delay()
print('end do request')
return JsonResponse({'result': 'ok'})
def do(request):
print('into do...')
CourseTask().delay()
print('goto do...')
return JsonResponse({'result': "ok"})