代理池搭建及使用

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2023年11月13日17:24:46评论40 views字数 5555阅读18分31秒阅读模式

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0x00.前言

当我们在实战中对企业资产进行外网打点时，通常会使用一些批量化扫描工具，但是这些工具的流量是非常大的，企业的值守人员看到异常流量会对其进行封禁，这时我们就需要有一款代理池来不断地更改自己的IP来防止封禁。

文中展示工具在后台回复‘代理’即可获取

0x01.搭建代理池

配置Redis

在我们的公网VPS上安装redis服务

sudo apt install epel-releasesudo apt install redissudo systemctl start redis.service #启动redis服务sudo systemctl enable redis-server # Redis 在服务器启动时自动启动sudo systemctl status redis-server #查看redis服务状态

代理池搭建及使用

对redis的配置文件进行更改

vim /etc/redis/redis.conf
daemonize yes       # 守护进程开启protected-mode no   # 关闭保护模式# bind 127.0.0.1 ::1 # 注释掉只允许本地访问port 6379           # redis开放端口

配置proxy_pool

git clone https://github.com/jhao104/proxy_pool.gitcd proxy_poolpip install -r requirements.txtvim setting.py   #修改配置文件，如果是空密码，就设置为'redis://@127.0.0.1:6379/0',端口我设置为80，原本为5010

代理池搭建及使用

启动项目

python proxyPool.py schedule #启动项目python proxyPool.py server #启动api服务

代理池搭建及使用

开启之后，默认配置会开启vps80端口的api接口服务

Api	Method	Description	Params
/get	GET	随机获取一个代理	可选参数: ?type=https 过滤支持https的代理
/pop	GET	获取并删除一个代理	可选参数: ?type=https 过滤支持https的代理
/all	GET	获取所有代理	可选参数: ?type=https 过滤支持https的代理
/count	GET	查看代理数量	/
/delete	GET	删除代理	?proxy=host:ip

代理池搭建及使用

现在代理池已经搭建成功，提供两种使用方法

配合proxifier使用

在vps中创建此脚本，命名为pro.dl，自行配置redis端口和密码

# -*- coding:utf8 -*-import redisimport jsonfrom xml.etree import ElementTree
def RedisProxyGet():    ConnectString = []    pool = redis.ConnectionPool(host='127.0.0.1', port='6379', db=0, decode_responses=True)    use_proxy = redis.Redis(connection_pool=pool)    key = use_proxy.hkeys('use_proxy')    for temp in key:        try:            ConnectString.append(json.loads(use_proxy.hget('use_proxy',temp)))        except json.JSONDecodeError: # JSON解析异常处理            pass    return ConnectString
def xmlOutputs(data):    i = 101    ProxyIDList = []# ProxifierProfile根    ProxifierProfile = ElementTree.Element("ProxifierProfile")    ProxifierProfile.set("version", str(i))    ProxifierProfile.set("platform", "Windows")    ProxifierProfile.set("product_id", "0")    ProxifierProfile.set("product_minver", "310")
# Options 节点    Options = ElementTree.SubElement(ProxifierProfile, "Options")
    # Options.Resolve    Resolve = ElementTree.SubElement(Options, "Resolve")    # Options.Resolve.AutoModeDetection    AutoModeDetection = ElementTree.SubElement(Resolve, "AutoModeDetection")    AutoModeDetection.set("enabled", "false")
    # Options.Resolve.ViaProxy    ViaProxy = ElementTree.SubElement(Resolve, "ViaProxy")    ViaProxy.set("enabled", "false")
    # Options.Resolve.ViaProxy.TryLocalDnsFirst    TryLocalDnsFirst = ElementTree.SubElement(ViaProxy, "TryLocalDnsFirst")    TryLocalDnsFirst.set("enabled", "false")
    # Options.Resolve.ExclusionList    ExclusionList = ElementTree.SubElement(Resolve, "ExclusionList")    ExclusionList.text = "%ComputerName%; localhost; *.local"
    # Options.*    Encryption = ElementTree.SubElement(Options, "Encryption")    Encryption.set("mode", 'basic')    Encryption = ElementTree.SubElement(Options, "HttpProxiesSupport")    Encryption.set("enabled", 'true')    Encryption = ElementTree.SubElement(Options, "HandleDirectConnections")    Encryption.set("enabled", 'false')    Encryption = ElementTree.SubElement(Options, "ConnectionLoopDetection")    Encryption.set("enabled", 'true')    Encryption = ElementTree.SubElement(Options, "ProcessServices")    Encryption.set("enabled", 'false')    Encryption = ElementTree.SubElement(Options, "ProcessOtherUsers")    Encryption.set("enabled", 'false')
    # ProxyList    ProxyList = ElementTree.SubElement(ProxifierProfile, "ProxyList")    for temp in data:        i += 1  # 从101开始增加        # ProxyList.Proxy        Proxy = ElementTree.SubElement(ProxyList, "Proxy")        Proxy.set("id", str(i))
        if not temp['https']:            Proxy.set("type", "HTTP")        else:            Proxy.set("type", "HTTPS")            Proxy.text = str(i)            ProxyIDList.append(i)
        # ProxyList.Proxy.Address        Address = ElementTree.SubElement(Proxy, "Address")        Address.text = temp['proxy'].split(":", 1)[0]
        # ProxyList.Proxy.Port        Port = ElementTree.SubElement(Proxy, "Port")        Port.text = temp['proxy'].split(":", 1)[1]
        # ProxyList.Proxy.Options        Options = ElementTree.SubElement(Proxy, "Options")        Options.text = "48"
    # RuleList    ChainList = ElementTree.SubElement(ProxifierProfile, "ChainList")
    # RuleList.Chain    Chain = ElementTree.SubElement(ChainList, "Chain")    Chain.set("id", str(i))    Chain.set("type", "simple")
    # RuleList.Chain.Name    Name = ElementTree.SubElement(Chain, "Name")    Name.text="AgentPool"
    # RuleList.Chain.Proxy    for temp_id in ProxyIDList:        Proxy = ElementTree.SubElement(Chain, "Proxy")        Proxy.set("enabled", "true")        Proxy.text=str(temp_id)    # RuleList    RuleList = ElementTree.SubElement(ProxifierProfile, "RuleList")
    # Rule    Rule = ElementTree.SubElement(RuleList, "Rule")    Rule.set("enabled", "true")    Name = ElementTree.SubElement(Rule,"Name")    Applications = ElementTree.SubElement(Rule,"Applications")    Action = ElementTree.SubElement(Rule,"Action")
    Name.text="御剑后台扫描工具.exe [auto-created]"    Applications.text="御剑后台扫描工具.exe"    Action.set("type","Direct")
    # Rule    Rule = ElementTree.SubElement(RuleList, "Rule")    Rule.set("enabled", "true")    Name = ElementTree.SubElement(Rule,"Name")    Targets = ElementTree.SubElement(Rule,"Targets")    Action = ElementTree.SubElement(Rule,"Action")
    Name.text="Localhost"    Targets.text="localhost; 127.0.0.1; %ComputerName%"    Action.set("type", "Direct")
    # Rule    Rule = ElementTree.SubElement(RuleList, "Rule")    Rule.set("enabled", "true")    Name = ElementTree.SubElement(Rule, "Name")    Action = ElementTree.SubElement(Rule, "Action")    Name.text = "Default"    Action.text = "102"    Action.set("type", "Proxy")
    tree = ElementTree.ElementTree(ProxifierProfile)    tree.write("ProxifierConf.ppx", encoding="UTF-8", xml_declaration=True)if __name__ == '__main__':    proxy_data = RedisProxyGet()    xmlOutputs(proxy_data)    print("ProxifierConf.ppx配置文件创建完成....")