def test_async_task():
def async_process():
num = 0
for i in range(100):
num += i
return num
# 1. 初始化一个线程池
test_pool = pool.ThreadPool()
test_pool.start()
# 2. 生成一系列的任务
for i in range(10):
async_task = task.AsyncTask(func=async_process)
test_pool.put(async_task)
result = async_task.get_result()
print('Get result: %d' % result)
def test_async_task():
def async_process():
num = 0
for i in range(100):
num += i
return num
# initalize a thread pool
test_pool = pool.ThreadPool()
test_pool.start()
# generate tasks
for i in range(10):
async_task = task.AsyncTask(func=async_process)
test_pool.put(async_task)
result = async_task.get_result()
print('Get result: %d' % result)
def test_async_task2():
def async_process():
num = 0
for i in range(100):
num += i
time.sleep(5)
return num
# 1. 初始化一个线程池
test_pool = pool.ThreadPool()
test_pool.start()
# 2. 生成一系列的任务
for i in range(1):
async_task = task.AsyncTask(func=async_process)
test_pool.put(async_task)
print('get result in timestamp: %d' % time.time())
result = async_task.get_result()
print('Get result in timestamp: %d: %d' % (time.time(), result))
def test_async_task2():
def async_process():
num = 0
for i in range(100):
num += i
time.sleep(2)
return num
# initalize a thread pool
test_pool = pool.ThreadPool()
test_pool.start()
# generate tasks
for i in range(1):
async_task = task.AsyncTask(func=async_process)
test_pool.put(async_task)
print('Get result in timestamp: %d' % time.time())
result = async_task.get_result()
print('Get result in timestamp: %d: %d' % (time.time(), result))