def index():
print("Start Task ...")
result = add.delay(2, 8)
print("result:", result) # 存到redis之后，返回的id
print("result_id:", result.id) # 存到redis之后，返回的id
print("result:", result.get()) # 方法返回值
print("End Task ...")
return "celery flask test ok!"
#!/usr/bin/env python
# -*- coding: utf-8 -*-
# @Author : weihuchao
import datetime
if __name__ == '__main__':
from task import add
print "start", datetime.datetime.now()
result = add.delay(2, 3)
print result
# print result.ready() # True
# print result.get() # 5
print "end", datetime.datetime.now()
import time
from task import add
if __name__ == '__main__':
# print(add.delay(4, 4))
result = add.delay(4, 4)
no_rt = True
while no_rt:
if result.ready():
print("result.ready True:" + result)
print("result.ready False:" + result)
time.sleep(1)
from task import add, cmd
# 不是運行add(5, 10) => 這樣只是在本地執行
# 而是要使用 方法名.delay() 這樣才是使用celery分配給worker遠程異步執行
# result = add.delay(5, 10) # 會返回一個對象
# print(result.get()) # t1.get()返回結果(15)
# 可以一次給多個任務給多個worker執行
# for i in range(3):
# result = add.delay(4, i)
# print('第%s個任務: %s+%s=%s' % (i+1, 4, i, result.get()))
result = add.delay(5, 10) # 會返回一個對象
while not result.ready(): # result.ready()判斷結果否返回了
print(result.ready())
print(result.get()) # t1.get()返回結果(15)
from task import add,minus
taskid = add.delay(4,14)
# taskid ='3e65d6b2-ddae-45ad-aaf4-8f1851171770'
print taskid
# task = add.AsyncResult(taskid)
# print task.state,task.get()
taskid2 = minus.delay(10,5)
print taskid2
# taskid ='99b0d2c5-7dae-4cf3-90ec-962b4db7c323'
# task = add.AsyncResult(taskid)
# print task.state
for i in range(1,100):
taskid = add.delay(4,14)
# taskid ='3e65d6b2-ddae-45ad-aaf4-8f1851171770'
print taskid
# task = add.AsyncResult(taskid)
# print task.state,task.get()
taskid2 = minus.delay(10,5)
print taskid2
#!/usr/bin/env python # -*- coding: utf-8 -*- from task import add add.delay(5, 7)
# -*- coding: utf-8 -*-
from celery import Celery
from task import add
import celeryconfig
app = Celery(__name__, include=["task"])
# 1.引入配置文件
app.config_from_object(celeryconfig)
# 2.直接加载配置
# app.conf.update(
# task_serializer='json',
# accept_content=['json'],
# result_serializer='json',
# timezone='Europe/Oslo',
# enable_utc=True,
# )
if __name__ == '__main__':
result = add.delay(30, 42)
def run():
ret = add.delay(5, 9)
print('ret: ', ret.get())
print('ready: ', ret.ready())
#!/usr/bin/env python from task import add print add.delay(4, 4)
from task import add, minus
taskid = add.delay(4, 14)
# taskid ='3e65d6b2-ddae-45ad-aaf4-8f1851171770'
print taskid
# task = add.AsyncResult(taskid)
# print task.state,task.get()
taskid2 = minus.delay(10, 5)
print taskid2
# taskid ='99b0d2c5-7dae-4cf3-90ec-962b4db7c323'
# task = add.AsyncResult(taskid)
# print task.state
for i in range(1, 100):
taskid = add.delay(4, 14)
# taskid ='3e65d6b2-ddae-45ad-aaf4-8f1851171770'
print taskid
# task = add.AsyncResult(taskid)
# print task.state,task.get()
taskid2 = minus.delay(10, 5)
print taskid2
import time
from celery.result import AsyncResult
from task import add
result = add.delay(1, 2)
while True:
promise = AsyncResult(result.task_id)
status = promise.status
print(status)
if 'SUCCESS' in status:
print(f'result after 5 seconds wait {result.get()}')
break
if 'FAILURE' in status:
print('Wrong happens', promise)
break
time.sleep(5)
from task import add
from ces.task import add2
if __name__ == '__main__':
print('Start task...')
resutl = add.delay(2, 3)
print(resutl.id) # 获取任务id
print(resutl.get()) # 获取任务执行结果
print('End task...')