def test():
# 创建协程，多协程公用一个proxy_client
conf = config.Config()
conf.set("client", "service", "python_test$EchoService")
conf.set("client", "zk_connect_str", "172.18.1.22:2181")
manager = client.Client(TutorialService.Client, conf)
proxy_client = manager.create_proxy()
def test_echo(msg):
global error
for i in xrange(req_num):
try:
proxy_client.echo(msg)
except Exception, e:
error += 1
def process(process_num):
conf = config.Config()
conf.set("client", "service", "python_test$EchoService")
conf.set("client", "zk_connect_str", "172.18.1.22:2181")
# 每个进程创建一个 client，多个线程公用一个client
manager = client.Client(TutorialService.Client, conf)
proxy_client = manager.create_proxy()
jobs = []
def test(num):
for i in range(0,req_num):
try:
proxy_client.echo(data)
except Exception as e:
print "request error: %s" %e
thread_jobs = []
for j in range(0, threads):
ttd = threading.Thread(target=test, args=(j,))
ttd.start()
thread_jobs.append(ttd)
for thread_job in thread_jobs:
thread_job.join()
#encoding=utf-8
import json
from gen.phrase.PhraseService import Client
from bfd.harpc.common import config
from bfd.harpc import client
import sys
import time
if __name__ == '__main__':
branch=sys.argv[1]
conf_path='etc/client.conf.'+branch
conf = config.Config(conf_path)
manager = client.Client(Client,conf)
client_ = manager.create_proxy()
text = """
新房二手房共卖42万套 去年津城楼市创六年新高 受购房需求持续释放影响，去年楼市始终保持高位运行。记者从安居客、赶集网、我爱我家等平台了解到，2016年本市新建商品住宅和二手私产住宅分别成交234264套和188751套，分别比2015年增长75%和51%，成交量均创下六年来新高。后悔去年年初没买房谈及去年的房地产市场，市民李先生表示，特别后悔去年年初时没有买套房。李先生所言正好反映出去年楼市的运行情况。去年年初，在宽松的信贷政策条件下，刚需、改善型购房需求集中入市，尤其是“买一卖一”和“卖一买一”的改善型客户需求较高。从58同城搜索发现，中心城区90至140平方米的二室、三室房源供不应求，刺激卖方非理性上调价格，次中心区域的二手房价格同比涨幅甚至不低于70%。在这种情况下，投资客群也看好市中心区域，坚定出手，强势追涨。幸亏第四季度，随着限购限贷政策的落地执行，新房二手房市场活跃度有所下降。预计今年房价将回调元旦3天假期，本市新房二手房市场热度继续下滑，咨询量、带看量与上月同期相比下降10%以上，在梅江、奥城以及老城厢等高端片区内，跌幅甚至超过20%。今年楼市将会呈现怎样的走势呢？中国指数研究院天津分院分析师认为，今年房地产市场将呈现“销售量价回调，新开工小幅下降，投资低速增长”的特点。在需求方面，今年商品房销售面积受到政策、货币因素的影响，将出现回调，预计全年降幅将达到12.8%至14.8%。供应方面，鉴于销售回落，新开工意愿也不足，预计全年降幅在3%以内。在价格方面，需求回调将导致价格有所下跌，预计全年跌幅在1.9%到3.9%。
"""
N = 1
t1 = time.time()
for i in range(N):
result = client_.phrase_detect(text, 7)
t2 = time.time()
print result
print "\nAverage time consuming: ", (t2-t1)/float(N)
print "\nTotal time consuming: ", (t2-t1)
# -*- coding: utf-8 -*-
import time
import logging
from tutorial import TutorialService # 导入thrift生成的service
from bfd.harpc import client # 导入harpc 的client
from bfd.harpc.common import config # 导入harpc 配置库
logging.basicConfig(level=logging.DEBUG,
format='%(asctime)s %(name)-12s %(levelname)-8s %(message)s',
filename='./logs/clientdemo.log',
filemode='w')
if __name__ == '__main__':
# read config file
conf = config.Config("./etc/demo_client.conf") #读取配置文件
# setting config use zk
# conf = config.Config() # 初始化配置文件
# conf.set("client", "service", "python_test$EchoService") # 设置服务名，此处和server的相同
# conf.set("client", "zk_connect_str", "172.18.1.22:2181") # zk 连接地址
# setting config direct connect， 不通过zk 进行直连的方式连接server
# conf = config.Config()
# conf.set("client", "use_zk", "False")
# conf.set("client", "direct_address", "127.0.0.1:9095") # ip：port 对应server的ip 和 端口
manager = client.Client(TutorialService.Client, conf) #TutorialService.Client thrift生成的Client
proxy_client = manager.create_proxy()
for i in range(0, 40):
print proxy_client.echo("hello world!")
time.sleep(0.1)
manager.close()
try:
proxy_client.echo(test_msg)
except Exception as e:
error = error + 1
print "request error %s" % e
print("process_num:%s end" % process_num)
if __name__ == '__main__':
# read config file
#conf = config.Config("./etc/demo_client.conf")
# setting config use zk
conf = config.Config()
conf.set("client", "service", "python_test$EchoService")
conf.set("client", "zk_connect_str", "172.18.1.22:2181")
manager = client.Client(TutorialService.Client, conf)
proxy_client = manager.create_proxy()
jobs = []
# 创建多线程，多线程公用一个proxy_client
start = time.time()
for i in range(0, threads):
td = threading.Thread(target=process, args=(proxy_client, i))
td.start()
jobs.append(td)
for job in jobs:
job.join()
end = time.time()
req_time = end - start
total = req_num * threads
print "total : %s" % total
print "total time: %s" % req_time