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README.md
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README.md
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# ProxySU
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V2ray, Xray,Trojan, NaiveProxy, Trojan-Go, ShadowsocksR(SSR),Shadowsocks-libev and Plugins,MTProto+TLS,BBR install tools for windows。
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V2ray,Xray,Trojan,NaiveProxy, Trojan-Go, ShadowsocksR(SSR),Shadowsocks-libev及相关插件,MTProto+TLS 一键安装工具。支持纯ipv6主机一键安装代理。
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V2ray, Xray,Trojan, NaiveProxy, Trojan-Go,BBR install tools for windows。
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V2ray,Xray,Trojan,NaiveProxy, Trojan-Go, 及相关插件。支持纯ipv6主机一键安装代理。
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BBR一键开启(仅支持CentOS8/Debian9/10/Ubuntu18.04及以上),支持语言:English、简体中文、正体(繁体)中文。
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编译环境Visual Studio 2017 使用WPF界面。可一键安装V2ray、Xray,Trojan、NaiveProxy,Trojan-Go,ShadowsocksR(SSR),Shadowsocks-libev and Plugins、MTProto+TLS 后续还会再添加其他。
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@ -31,15 +31,8 @@ BBR一键开启(仅支持CentOS8/Debian9/10/Ubuntu18.04及以上),支持语
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* WebSocket+TLS(自签证书)
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* mKCP及各种伪装
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##### Trojan 可一键安装:
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* Trojan + TLS + Web
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##### Trojan-Go 可一键安装:
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* Trojan-Go + TLS + Web
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* Trojan-Go + WebSocket + TLS + Web
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##### NaiveProxy一键安装:
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* NaiveProxy + TLS +Web
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##### 上传自有证书 #####
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需要将crt和key文件打包成zip,在安装界面选择“上传自有证书”
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##### 支持的VPS系统为:
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* CentOS 7/8
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@ -142,13 +135,6 @@ Let's Encrypt证书申请频率的限制
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* [Qv2ray (windows)](https://github.com/Qv2ray/Qv2ray)客户端导入二维码和URL
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注:这里多说几句NaiveProxy,现在墙越来越高,翻墙软件需要隐藏访问目标网址和加密数据的同时,还要隐藏自己的流量特征,不被识别出是代理流量。V2ray,Trojan都有其自己的实现。而NaiveProxy是配合Caddy的一个http.forwardproxy插件,插件有防嗅探,转发流量的功能。代理http流量很完美,但是在代理https流量时,会出现长度特征,NaiverProxy则弥补了这一点,消除了代理https时的流量特征,另外还应用 [Chrome's network stack](https://www.chromium.org/developers/design-documents/network-stack).更好的消除TLS的指纹特征。详细介绍请看项目官方介绍:[NaiveProxy官方文档](https://github.com/klzgrad/naiveproxy)。有兴趣的不妨一试。
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###### SS (Shadowsocks-libev) 目前已支持生成用于
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* [Shadowsocks (windows)](https://github.com/shadowsocks/shadowsocks-windows/releases)客户端导入二维码和URL
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* [shadowsocks(Android)](https://github.com/shadowsocks/shadowsocks-android/releases)导入二维码和URL
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* [Shadowrocket (ios)](https://apps.apple.com/us/app/shadowrocket/id932747118)导入二维码和URL
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## 程序工作流程:
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1. 使用[SSH.NET](https://github.com/sshnet/SSH.NET)登录远程主机
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2. 根据选择的代理来调用相应的脚本:
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@ -158,8 +144,6 @@ Let's Encrypt证书申请频率的限制
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* 选择Trojan-Go,则调用本项目内的trojan-go.sh安装, `curl -o /tmp/trojan-go.sh https://raw.githubusercontent.com/proxysu/shellscript/master/trojan-go.sh` `yes | bash /tmp/trojan-go.sh -f` 安装Trojan-GO。
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* 选择NaiveProxy,先安装Caddy2,方法源自[Caddy官方文档](https://caddyserver.com/docs/download)。再用自编译的Caddy2(带forward_proxy插件)替换原来的Caddy运行文件。自编译Caddy2文件方法源自[NaiveProxy官方文档](https://github.com/klzgrad/naiveproxy#setup)。
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* 选择SSR+TLS+Caddy模式,则调用本项目内的ssr.sh安装, `curl -o /tmp/ssr.sh https://raw.githubusercontent.com/proxysu/shellscript/master/ssr/ssr.sh` `yes | bash /tmp/ssr.sh -f` 安装SSR。
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* 选择Shadowsocks-libev与插件模式,则调用本项目内的ss-install.sh安装,`curl -o /tmp/install.sh https://raw.githubusercontent.com/proxysu/shellscript/master/ss/ss-install.sh` `yes | bash /tmp/install.sh`
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* 先择MTProto+TLS模式,则调用本项目内的mtg_install.sh安装,`curl -o /tmp/mtg_install.sh https://raw.githubusercontent.com/proxysu/shellscript/master/MTProto/mtg_install.sh` `yes | bash /tmp/mtg_install.sh`
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3. 根据选择读取相应配置模板,调用[Newtonsoft.Json](https://github.com/JamesNK/Newtonsoft.Json)生成相应配置文件,并上传到服务器。所有模板及配置文件 [在这里](https://github.com/proxysu/windows/tree/master/TemplateConfg)
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4. 如果使用WebSocket+TLS+Web/http2+TLS+Web/Trojan+TLS+Web/Trojan-go+TLS+Web/SSR+TLS+Caddy/SS+WebSocket+TLS+Caddy/SS+obfs+http+Web/SS+obfs+TLS+Web 模式,则安装Caddy2,方法源自[Caddy官方文档](https://caddyserver.com/docs/download)。
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5. 如果使用Http2/tcp+TLS/WebSocket+TLS/Trojan+TLS+Web/Trojan-go+TLS+Web/SS+QUIC模式,则调用 `curl https://raw.githubusercontent.com/acmesh-official/acme.sh/master/acme.sh | INSTALLONLINE=1 sh` 安装acme.sh,使用acme.sh申请证书.
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