import pyssdbimport randomimport timec = pyssdb.Client('192.168.1.250',8888)chars = 'AaBbCcDdEeFfGgHhIiJjKkLlMmNnOoPpQqRrSsTtUuVvWwXxYyZz'digits = '0123456789'def random_generate_string(length):    return ''.join(random.sample(chars, length))def random_generate_number(length):    if length > len(digits):        digit_list = random.sample(digits, len(digits))        digit_list.append(random.choice(digits))        return ''.join(digit_list)    return ''.join(random.sample(digits, length))def random_generate_data(num):    c = [num]    phone_num_seed = 13100000000    def _random_generate_data():        c[0] += 1        return (            c[0],            "last_name_" + str(random.randrange(100000)),            "first_name_" + str(random.randrange(100000)),            random.choice('MF'),            random.randint(1, 120),            phone_num_seed + c[0],            random_generate_string(20),            random_generate_string(10),            time.strftime("%Y-%m-%d %H:%M:%S")        )    return _random_generate_data#MULTI_HSETbatch_count = 0batch_size = 100begin_time = time.time()loop_count=1000all_count=0for x in range(loop_count):        batch_count =  x * batch_size        all_count=all_count+batch_size        gen_fun = random_generate_data(batch_count)        batch_data = [gen_fun() for x in range(batch_size)]        for a in batch_data :            #成功写入数据量：100000个！            #总共耗时(s): 63.21674847602844            c.multi_hset('person_' + str(a[0]), 'last_name', a[1],'first_name',a[2],'Sex',a[3],'Age',a[4],'Tel',a[5],'Memo',a[6],'Date',a[7])            #print(c.hgetall('person_'+ str(a[0])))        print('成功写入数据量：'+str(all_count)+"个！")end_time = time.time()total_sec = end_time - begin_timeprint("总共耗时(s): " + str(total_sec))c.disconnect()print('已成功断开链接！')

写在最后：

1、不要过份追求连接池，因为我们的PYTHON一般当脚本使用，不涉及到高并发，多线程，不需要连接池，只有一个连接，连续操作而以，以前的想法是误区，需要高并发使用LUA去！

2、感觉速度还是可以接受的，使用PYTHON就是因为它方便，能快速实现想法，这就够了！