python3 MD5加密
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#!/usr/bin/env python3
# -*-coding: utf-8 -*-
"""
@author: kyle
@time: 2019/7/5 13:09
"""
import time
import hashlib
# ZHTTest_f9768ce9e3acd3a743724c8128692d5d_1561529340474_{"searchText":"吴凯"}
# cd63c0e512a99aeabc73d1e6b9f26cbe
# m = hashlib.md5('ZHTTest_f9768ce9e3acd3a743724c8128692d5d_1561529340474_{"searchText":"吴凯"}'.
# encode(encoding='utf-8')).hexdigest()
# 生成13位时间戳
timestamp = int(time.time()*1000)
strs= 'ZHTTest_f9768ce9e3acd3a743724c8128692d5d_'
md5str = strs + str(timestamp) + '_{"searchText":"吴凯"}'
# print(md5str)
# 加密
m = hashlib.md5(md5str.encode(encoding='utf-8')).hexdigest()
print("md5sss:" + m +"<>")
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在windows下放在英文文件路径下，再创建一个.bat脚本：python xxx.python
配合Jmeter的OS Process Sampler完成jmeter调用python实现MD5加密，之前写过HmacSHA256加密的
Jmeter调用python完成HmacSHA256加密处理
附上loadrunner MD5实现（C语言真一窍不通）
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Action()
{
char* va1;
char* va2;
char* va3;
char sign[500];
web_save_timestamp_param("tStamp", LAST);
va1="ZHTTest_f9768ce9e3acd3a743724c8128692d5d_";
va2="{tStamp}";
// va2="1561529340474";
va3="_{"searchText":"鍚村嚡"}";
strcat(sign,va1);
strcat(sign,va2);
strcat(sign,va3);
lr_output_message("%s",CMd5(sign));
return 0;
}
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