Repository: mack-a/v2ray-agent Branch: master Commit: 773b1b7e3230 Files: 21 Total size: 706.1 KB Directory structure: gitextract_d_vpqp8t/ ├── .github/ │ ├── ISSUE_TEMPLATE/ │ │ ├── ----.md │ │ ├── bug--.md │ │ └── bug_report.md │ └── workflows/ │ └── create_release.yml ├── .gitignore ├── LICENSE ├── README.md ├── documents/ │ ├── donation.md │ ├── donation_aff.md │ ├── en/ │ │ └── README_EN.md │ ├── install_tools.md │ ├── nginx_proxy.md │ ├── optimize_V2Ray.md │ └── sing-box.json ├── fodder/ │ └── blog/ │ └── check ├── install.sh └── shell/ ├── empty_login_history.sh ├── init_tls.sh ├── install_en.sh ├── send_email.sh └── ufw_remove.sh ================================================ FILE CONTENTS ================================================ ================================================ FILE: .github/ISSUE_TEMPLATE/----.md ================================================ --- name: 提交建议 about: 对这个项目提出一个建议 title: '' labels: '' assignees: '' --- **详细描述建议的内容** ================================================ FILE: .github/ISSUE_TEMPLATE/bug--.md ================================================ --- name: bug反馈 about: bug反馈 title: 'bug反馈' labels: '' assignees: '' --- > 请仔细填写每一项，并回复自己详细的错误信息 - 不符合的issue会被直接关闭 **1.描述出现的问题** ``` # ``` **2.是否直接安装失败** - 否 **3.是否重新build系统后尝试** - 否 **4.直接安装失败的错误内容或者截图** - **5.系统版本【例：Centos8】** > 最新版本脚本不支持Centos6 > 是否更换Debian系统后再次安装 - 否 **6.脚本版本** - **7.安装类型** - 个性化安装/全部安装 **8.安装的核心版本** - Xray-core【version】 **9.出现问题的协议类型** - **10.尝试重装后是否100%复现** - 否 **11.是否仔细检查客户端与服务端的配置是否相同** - 否 ================================================ FILE: .github/ISSUE_TEMPLATE/bug_report.md ================================================ --- name: bug反馈 about: 请按照模版提交 assignees: '' --- 不按照模版提交，一律关闭，反馈之前请仔细阅读[脚本异常处理](https://www.v2ray-agent.com/archives/1684115970026)，[客户端使用教程](https://www.v2ray-agent.com/archives/1695534611317)、[八合一脚本从入门到精通](https://www.v2ray-agent.com/archives/1710141233)。 如果低版本升级高版本出现问题，建议使用**20.卸载脚本**卸载后重新安装 ## 1.问题描述 - 尽可能的将复现步骤描述清楚 ``` 参考示例：vasma->2->2->0,7,9,10，选择后一路回车，安装完毕后选择7->1 查看账号 **VLESS gRPC TLS [仅CDN推荐]**不展示等。 ``` ## 2.安装失败的log或者截图 ``` 请在这里填写 ``` ## 3.系统版本 ``` 请在这里填写 ``` ## 4.脚本版本 ``` 请在这里填写 ``` ## 5.服务端安装的内核、协议、安装方式 - 核心（1.xray-core、2.sing-box） ``` 请在这里填写 ``` - 安装方式（1.全部安装、2.任意组合安装） ``` 请填写 ``` - 协议(0.VLESS+TLS_Vision+TCP) ``` 可以用数字代替，比如0.VLESS+TLS_Vision+TCP-->0 ``` ## 6.客户端版本 ``` # 比如v2rayNG 1.18 请在这里填写 ``` ================================================ FILE: .github/workflows/create_release.yml ================================================ name: Release Check on: workflow_dispatch: push: branches: - master permissions: contents: write jobs: check-release: runs-on: ubuntu-latest steps: - name: Checkout repo uses: actions/checkout@v4 - name: Read version from install.sh id: version run: | FILE_VERSION=$(grep -oP '当前版本：v[0-9]+\.[0-9]+\.[0-9]+' install.sh | sed 's/当前版本：//') echo "file_version=$FILE_VERSION" >> $GITHUB_OUTPUT echo $FILE_VERSION - name: Get latest release id: latest uses: actions/github-script@v7 with: script: | const {data:latest} = await github.rest.repos.getLatestRelease({ owner: context.repo.owner, repo: context.repo.repo }).catch(() => ({ data: null })); return latest ? latest.tag_name: ""; result-encoding: string - name: Create release and cleanup old ones if: ${{ steps.version.outputs.file_version != steps.latest.outputs.tag }} uses: actions/github-script@v7 with: script: | const tag = "${{ steps.version.outputs.file_version }}"; const commits = await github.rest.repos.listCommits({ owner: context.repo.owner, repo: context.repo.repo, per_page: 1 }); const lastMessage = commits.data[0].commit.message; const release = await github.rest.repos.createRelease({ owner: context.repo.owner, repo: context.repo.repo, tag_name: tag, body: lastMessage }).catch(err => console.log(`Skip release ${err.message}`)); const { data: releases } = await github.rest.repos.listReleases({ owner: context.repo.owner, repo: context.repo.repo, per_page: 100 }); console.log(`releases:${releases}`) const oldReleases = releases.slice(3); for (const rel of oldReleases) { console.log(`🗑 Deleting old release ${rel.tag_name} (id=${rel.id})`); await github.rest.repos.deleteRelease({ owner: context.repo.owner, repo: context.repo.repo, release_id: rel.id }).catch(err => console.log(`Skip release ${rel.id}: ${err.message}`)); await github.rest.git.deleteRef({ owner: context.repo.owner, repo: context.repo.repo, ref: `tags/${rel.tag_name}` }).catch(err => console.log(`Skip tag ${rel.tag_name}: ${err.message}`)); } ================================================ FILE: .gitignore ================================================ # Created by .ignore support plugin (hsz.mobi) .idea fodder/.DS_Store .github/FUNDING.yml .DS_Store GEMINI.md GEMINI.zh-CN.md ================================================ FILE: LICENSE ================================================ GNU AFFERO GENERAL PUBLIC LICENSE Version 3, 19 November 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively state the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see . Also add information on how to contact you by electronic and paper mail. If your software can interact with users remotely through a computer network, you should also make sure that it provides a way for users to get its source. For example, if your program is a web application, its interface could display a "Source" link that leads users to an archive of the code. There are many ways you could offer source, and different solutions will be better for different programs; see section 13 for the specific requirements. You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU AGPL, see . ================================================ FILE: README.md ================================================ # v2ray-agent - [感谢 JetBrains 提供的非商业开源软件开发授权](https://www.jetbrains.com/?from=v2ray-agent) [![License: AGPL v3](https://img.shields.io/badge/License-AGPL%20v3-blue.svg)](https://www.gnu.org/licenses/agpl-3.0) [![Telegram Channel](https://img.shields.io/badge/Telegram-Channel-blue)](https://t.me/v2rayAgentChannel) [![Telegram Group](https://img.shields.io/badge/Telegram-Group-blue)](https://t.me/technologyshare) [![Official Website](https://img.shields.io/badge/Website-v2ray--agent.com-blue)](https://www.v2ray-agent.com/) [![English Version](https://img.shields.io/badge/English-Version-blue)](documents/en/README_EN.md) Xray-core/sing-box 一键脚本快速安装 ## 功能 * **多核心支持:** 支持 Xray-core 和 sing-box. * **多协议支持:** 支持 VLESS, VMess, Trojan, Hysteria2, Tuic, NaiveProxy 等多种协议. * **自动TLS:** 自动申请和续订 SSL 证书. * **易于管理:** 提供简单的菜单来管理用户、端口和配置. * **订阅支持:** 生成和管理订阅链接. * **分流管理:** 提供wireguard、IPv6、Socks5、DNS、VMess(ws)、SNI反向代理，可用于解锁流媒体、规避IP验证等作用. * **目标域名管理:** 提供域名黑名单管理，可用于禁止访问指定网站. * **BT下载管理:** 可用于禁止下载P2P相关内容. * **更多内容请访问[官方网站](https://www.v2ray-agent.com/categories/jiao-cheng)、[备用](https://www.592083.com/categories/jiao-cheng)、[X](https://x.com/v2rayagent)** ## 快速开始 ### 安装 ``` wget -P /root -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh" && chmod 700 /root/install.sh && /root/install.sh ``` ### 使用 安装后，运行以下命令可再次打开管理菜单: ``` vasma ``` ## 文档和指南 * [八合一脚本从入门到精通](https://www.v2ray-agent.com/archives/1710141233) * [脚本快速搭建教程](https://www.v2ray-agent.com/archives/1682491479771) * [脚本使用注意事项](https://www.v2ray-agent.com/archives/1679931532764) * [脚本异常处理](https://www.v2ray-agent.com/archives/1684115970026) * [VPS选购攻略](https://www.v2ray-agent.com/archives/1679975663984) * [垃圾VPS大救星，hysteria2最新协议一键搭建](https://www.v2ray-agent.com/archives/1697162969693) * [RackNerd低价 联通AS4837套餐，年付10美起](https://www.v2ray-agent.com/archives/racknerdtao-can-zheng-li-nian-fu-10mei-yuan) * [搬瓦工优质套餐推荐](https://www.v2ray-agent.com/archives/2023nian-ban-wa-gong-ji-fang-tui-jian) * [DMIT优质套餐推荐](https://www.v2ray-agent.com/archives/1679159868033) ## 社区与支持 * **Telegram:** [频道](https://t.me/v2rayAgentChannel) | [群组](https://t.me/technologyshare) * **网站:** [官网](https://www.v2ray-agent.com/) | [备用](https://www.592083.xyz/) * **反馈:** [提交 issue](https://github.com/mack-a/v2ray-agent/issues) * **X:** [链接](https://x.com/v2rayagent) ## 捐赠 感谢您对开源项目的关注和支持。如果您觉得这个项目对您有帮助，欢迎通过以下方式进行捐赠。 * [购买VPS捐赠](https://www.v2ray-agent.com/categories/vps) * [通过虚拟币向我捐赠](https://www.v2ray-agent.com/1679123834836) ## 许可证 本项根据 [AGPL-3.0 许可证](LICENSE) 授权. ================================================ FILE: documents/donation.md ================================================ # 您可以通过虚拟向我捐赠 ## Ethereum Mainnet/HECO/BSC - USDT/ETH/BNB/HT ``` 0xB08b731653515b083deE362fefFc45d5eb96c35d ``` ================================================ FILE: documents/donation_aff.md ================================================ - [TG群](https://t.me/technologyshare)、[TG频道-更新通知](https://t.me/joinchat/VuYxsKnlIQp3VRw-) > [更加详细的推荐可以点击查看](https://www.v2ray-agent.com/categories/vps) # 网络差异比较大，买之前建议执行以下两个步骤 - 测试一下testIP的丢包，traceroute一下testIP的路由，是否商家宣传的一样 - 以下商家仅作为推荐，实际效果需自测 - 便宜机器都可能会出现Google人机验证问题（因为滥用），可以套warp解决（脚本中有此功能） - 谨记一分钱一分货 # 1.CN2 GIA ## 1.推荐理由 - 可用作主力机 - 电信国际精品网络，CN2线路中的顶级产品，回程基本全部走59.43高速节点 - 线路一般比较稳定，延迟一般180ms以下，晚高峰基本上不丢包 ## 2.推荐商家 ### 1.[搬瓦工](https://bandwagonhost.com/cart.php?aff=64917) - 老牌商家在vps圈声望比较高，非常稳定，补货后基本很快会被抢空 - 6.81%折扣码：BWHNCXNVXV - 12%优惠码：BWHNY2022 套餐名称|内存|CPU|硬盘|流量|带宽|价格|购买链接 ---|---|---|---|---|---|---|--- CN2 GIA 限量版|1G|1核|20G|500G|1Gbps|89.99 USD/年|[购买链接](https://bandwagonhost.com/aff.php?aff=64917&pid=105) CN2 GIA|1G|2核|20G|1T|2.5Gbps|169.99 USD/年|[购买链接](https://bandwagonhost.com/aff.php?aff=64917&pid=87) HONG KONG CN2 GIA|2G|2核|40G|500G|1Gbps|$899.99 USD/年|[购买链接](https://bandwagonhost.com/aff.php?aff=64917&pid=95) ### 2.Gigsgigscloud - 老牌商家，成立较早，工单回复慢 - 退款需要符合条件，需耐心等待，处理比较慢 套餐名称|内存|CPU|硬盘|流量|带宽|价格|折扣码|购买链接 ---|---|---|---|---|---|---|---|--- LAX:SimpleCloud V01 电信gia 联通9929|500M|1核|20G|1T|1Gbps|12 USD/月|5% 折扣码 GYP1WPSCQV0T|[购买链接](https://clientarea.gigsgigscloud.com/?affid=3361) CLOUD V JP:Japan Tokyo Premium 三网 CN2 GIA|1G|1核|20G|250G|100Mbps|48 USD/月|5% 折扣码 03K5VKLPPALX|[购买链接](https://clientarea.gigsgigscloud.com/?affid=3361) ### 3.Dmit - 去程路由：电信联通走CN2 GIA，移动CMI - 回程路由：三网CN2 GIA 套餐名称|内存|CPU|硬盘|流量|带宽|价格|购买链接 ---|---|---|---|---|---|---|--- LosAngles PVM.LAX.Pro.TINY|1G|1核|10G|650G|500Mbps|28.88 USD/季|[购买链接](https://www.dmit.io/aff.php?aff=3084&a=add&pid=100) # 2.联通 AS9929（A网） ## 1.推荐理由 - 价格略贵，可用作主力机，一般网络都很稳定 - 相对于联通AS4837（民用），延迟更低、更稳定 - 适合联通用户，同样也贵一些 - 有些厂商三网回程都走AS9929，这样的商家同样比较适合移动和电信 ## 2.推荐商家 ### 1.olink - 三网回程强制都走AS9929 - 优惠一：终身九折折扣码 OLINK - 优惠二： ``` 预计周期优惠：（可与优惠一叠加） 半年付：仅需支付5个月（买半年只需要支付5个月） 半年付28刀 月均4.5刀 年付：仅需支付9个月（买一年只需要支付9个月） 年付50刀 月均4刀多一点 ``` - 在线测速：http://speedtest.olink.cloud - 测试 IP（美国圣何塞）：104.165.62.200 - 测试 IP（德国法兰克福）：31.22.111.254 套餐名称|内存|CPU|硬盘|流量|带宽|价格|购买链接 ---|---|---|---|---|---|---|--- San Jose Premium VPS|1G|1核|10G|500G|1Gbps|7 USD/月|[购买链接](https://www.olink.cloud/clients/aff.php?aff=281) ### 2.Gigsgigscloud - 老牌商家，成立较早，工单回复慢 - 退款需要符合条件，需耐心等待，处理比较慢 - 下面这个套餐只有联通是AS9929，电信是gia 套餐名称|内存|CPU|硬盘|流量|带宽|价格|折扣码|购买链接 ---|---|---|---|---|---|---|---|--- LAX:SimpleCloud V01 电信gia 联通AS9929|500M|1核|20G|1T|1Gbps|12 USD/月|5% 折扣码 GYP1WPSCQV0T|[购买链接](https://clientarea.gigsgigscloud.com/?affid=3361) # 3.联通 AS4837（普通民用网） ## 1.推荐理由 - 价格便宜，当备用机很香，晚高峰视本地网络环境不同，可能略炸 - 比如适合联通，电信尚可，一般都可以YouTube流畅1080p - 相对其他线路比较便宜，适合对网络要求不是特别高，预算有限的用户 ## 2.推荐商家 ### 1.racknerd - 流量双向计费，比如3T实际可用1.5T - 洛杉矶动态路由，有时候会很拉垮 - sanjose大概率会跳Google人机验证，可通过warp或者任意门解锁解决此问题 套餐名称|内存|CPU| 硬盘(SSD) |流量|带宽|价格|购买链接 ---|-------|---|---|---|---|---|--- 768 MB KVM VPS Special|768MB|1核| 10 GB NVMe SSD Storage |2T|1Gbps|$11.88 USD|[购买链接](https://my.racknerd.com/aff.php?aff=2705&pid=679) 1 GB KVM VPS (New Year 2022)|1G|1核| 20 GB Pure SSD |2T|1Gbps|$13.98 USD|[购买链接](https://my.racknerd.com/aff.php?aff=2705&pid=621) 1 GB KVM VPS Special |1G|1核| 20 GB SSD Cached RAID-10 Storage |3T|1Gbps|$14.98 USD|[购买链接](https://my.racknerd.com/aff.php?aff=2705&pid=680) 2 GB KVM VPS Special |2G|2核| 25 GB Pure SSD |4T|1Gbps|$29.98 USD|[购买链接](https://my.racknerd.com/aff.php?aff=2705&pid=681) 3 GB KVM VPS (New Year 2022)|3G|1核| 50 GB Pure SSD |6T|1Gbps|$31.98 USD|[购买链接](https://my.racknerd.com/aff.php?aff=2705&pid=623) ### 2.dmit - 位置：sanjose - 流量双向计费 - 联通4837，10Gbps超大带宽 - 数据中心目前处于OpenBeta，不保证SLA - 新购享受年付7折优惠、半年付8折优惠 - 年付七折优惠码：Lite-Annually-Recur-30OFF - 半年付八折优惠码：Lite-Semi-Annually-Recur-20OFF #### 非使用优惠介绍 - 如果再不使用优惠码的情况下订购年付产品可享受【买一赠一】 - 赠品第一年免费（仅限首年，这意味着赠品也要求为年付） - 赠品可以拆分为多个订单（要求不高于原订单价格） - 赠品可以请求创建在其他账户（工单内备注） - 通过工单请求赠品，每个订单只允许请求一次，10月26日 23：59（UTC）之前提交工单，不支持TINY系列 套餐名称| 内存 |CPU|硬盘(SSD)|流量|带宽|价格|购买链接 ---|-------|---|---|---|---|---|--- PVM.SJC.TINY| 768MB |1vCPU|10G|2T|10Gbps|$6.9 USD/月|[点击购买](https://www.dmit.io/aff.php?aff=3084&a=add&pid=145) PVM.SJC.STARTER| 1.5G |1vCPU|20G|4T|10Gbps|$12.9 USD/月|[点击购买](https://www.dmit.io/aff.php?aff=3084&a=add&pid=146) PVM.SJC.MINI| 2G |2vCPU|40G|6T|10Gbps|$21.9 USD/月|[点击购买](https://www.dmit.io/aff.php?aff=3084&a=add&pid=147) PVM.SJC.MICRO| 4G |2vCPU|80G|8T|10Gbps|$32.9 USD/月|[点击购买](https://www.dmit.io/aff.php?aff=3084&a=add&pid=148) PVM.SJC.MEDIUM| 4G |4vCPU|120G|12T|10Gbps|$49.9 USD/月|[点击购买](https://www.dmit.io/aff.php?aff=3084&a=add&pid=149) PVM.SJC.LARGE| 8G |4vCPU|200G|22T|10Gbps|$99.9 USD/月|[点击购买](https://www.dmit.io/aff.php?aff=3084&a=add&pid=150) PVM.SJC.GIANT| 16G |8vCPU|400G|44T|10Gbps|$199.9 USD/月|[点击购买](https://www.dmit.io/aff.php?aff=3084&a=add&pid=151) # 4.联通 日本软银 ## 1.推荐理由 - 可用作主力机 - 线路一般比较稳定，延迟一般80ms以下，晚高峰基本上不丢包 ## 2.推荐商家 ### 1.[搬瓦工](https://bandwagonhost.com/cart.php?aff=64917) - 老牌商家在vps圈声望比较高，非常稳定，补货后基本很快会被抢空 - 不接受退款 - 6.81%折扣码：BWHNCXNVXV - location是【JP-Equinix Osaka Softbank】 套餐名称|内存|CPU|硬盘|流量|带宽|价格|购买链接 ---|---|---|--|---|---|---|--- 软银/CN2 GIA 限量版|1G|1核|20G|500G|1Gbps|89.99 USD/年|[购买链接](https://bandwagonhost.com/aff.php?aff=64917&pid=105) 软银/CN2 GIA|1G|2核|20G|1T|2.5Gbps|169.99 USD/年|[购买链接](https://bandwagonhost.com/aff.php?aff=64917&pid=87) 软银/CN2 GIA|1G|3核|40G|2T|2.5Gbps|299.99 USD/年|[购买链接](https://bandwagonhost.com/aff.php?aff=64917&pid=88) ### 2.Gigsgigscloud - 老牌商家，成立较早，工单回复慢 - 退款需要符合条件，需耐心等待，处理比较慢 套餐名称|内存|CPU|硬盘|流量|带宽|价格|折扣码|购买链接 ---|---|---|---|---|---|---|---|--- CLOUD K JP: JAPAN TOKYO SOFTBANK IP TRANSIT|512M|1核|10G|500G|100Mbps|8.2 USD/月|5% 折扣码 0P559NYMKTTW|[购买链接](https://clientarea.gigsgigscloud.com/?affid=3361) # 5.CMI ## 1.推荐理由 - 回程三网CMI - 可用作主力机 - 移动国际精品网络 - 线路大多数情况下比较稳定，偶尔会被打 ### 1.DMIT HongKong Lite - [TOS](https://t.me/DMIT_INC_CN/544) - 流量双向计费 - 去程有可能更换 - 线路实测为主 - [speedtest](http://dmit-hkg-lite.gubo.org/speedtest/) - 不建议非移动用户购买 - lite路由可能会随时更改，买之前请多次测试回程和去程路由 - 测试ip：103.135.248.22 #### 去程 - 联通、电信 绕日NTT（4837->日本NTT->HK PCCW【2022-5-9】 - 移动CMI #### 回程 - 移动CMI #### 折扣码【仅适用于 STARTER 及以上规格的 Lite 产品，TINY 不包含在内】 - 年付七折：Lite-Annually-Recur-30OFF - 半年付八折：Lite-Semi-Annually-Recur-20OFF 套餐名称| 内存 |CPU|硬盘(SSD)|流量|带宽|价格|购买链接 ---|---|---|---|---|---|---|--- PVM.HKG.Lite.TINY| 0.75G |1 vCPU|10 GB SSD|2T|1Gbps|$6.9 USD/月|[购买链接](https://www.dmit.io/aff.php?aff=3084&a=add&pid=109) PVM.HKG.Lite.STARTER| 1.5G |1 vCPU|20 GB SSD|4T|1Gbps|$12.9 USD/月|[购买链接](https://www.dmit.io/aff.php?aff=3084&a=add&pid=110) PVM.HKG.Lite.MINI| 2G |2 vCPU|40 GB SSD|6T|2Gbps|$21.9 USD/月|[购买链接](https://www.dmit.io/aff.php?aff=3084&a=add&pid=111) PVM.HKG.Lite.MICRO| 4G |2 vCPU|60 GB SSD|8T|2Gbps|$32.9 USD/月|[购买链接](https://www.dmit.io/aff.php?aff=3084&a=add&pid=111) PVM.HKG.Lite.MINI| 4G |4 vCPU|80 GB SSD|6T|2Gbps|$49.9 USD/月|[购买链接](https://www.dmit.io/aff.php?aff=3084&a=add&pid=111) ### 2.RFCHOST Hong Kong 3 Premium #### 去程【截止发文日期2022-4-19】 - 电信CN2-PCCW - 联通去程4837-4134-CN2-PCCW - 移动CMI #### 回程 - 三网CMI #### 折扣码（九折） - hkg3openup #### TestIP - 199.15.77.1 套餐名称| 内存 |CPU|硬盘(SSD)|流量|带宽|价格|购买链接 ---|---|---|---|---|---|---|--- HKG3-Premium-Micro| 512MB |1 CPU|8 GB SSD|500G（只计算出方向流量）|500Mbps|$9.9 USD/月|[购买链接](https://my.rfchost.com/aff.php?aff=899) HKG3-Premium-Mini| 1.5G |1 CPU|10 GB SSD|1T|1Gbps|$12.99 USD/月|[购买链接](https://my.rfchost.com/aff.php?aff=899) HKG3-Premium-Medium| 2G |2 CPU|20 GB SSD|2T|1Gbps|$21.9 USD/月|[购买链接](https://my.rfchost.com/aff.php?aff=899) ================================================ FILE: documents/en/README_EN.md ================================================ # v2ray-agent - [Thanks to JetBrains for providing non-commercial open source software development authorization](https://www.jetbrains.com/?from=v2ray-agent) [![License: AGPL v3](https://img.shields.io/badge/License-AGPL%20v3-blue.svg)](https://www.gnu.org/licenses/agpl-3.0) [![Telegram Channel](https://img.shields.io/badge/Telegram-Channel-blue)](https://t.me/v2rayAgentChannel) [![Telegram Group](https://img.shields.io/badge/Telegram-Group-blue)](https://t.me/technologyshare) [![Official Website](https://img.shields.io/badge/Website-v2ray--agent.com-blue)](https://www.v2ray-agent.com/) [![English Version](https://img.shields.io/badge/English-Version-blue)](documents/en/README_EN.md) Xray-core/sing-box One-click Quick Install Script ## Features * **Multi-core Support:** Supports Xray-core and sing-box. * **Multi-protocol Support:** Supports various protocols like VLESS, VMess, Trojan, Hysteria2, Tuic, NaiveProxy. * **Automatic TLS:** Automatically applies for and renews SSL certificates. * **Easy Management:** Provides a simple menu to manage users, ports, and configurations. * **Subscription Support:** Generates and manages subscription links. * **Traffic Splitting Management:** Provides wireguard, IPv6, Socks5, DNS, VMess(ws), SNI reverse proxy, which can be used to unlock streaming media, evade IP verification, etc. * **Target Domain Management:** Provides domain name blacklist management, which can be used to prohibit access to specified websites. * **BT Download Management:** Can be used to prohibit the download of P2P-related content. * **For more content, please visit the [Official Website](https://www.v2ray-agent.com/categories/jiao-cheng), [Backup](https://www.592083.com/categories/jiao-cheng)** ## Quick Start ### Installation ``` bash wget -P /root -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh" && chmod 700 /root/install.sh && /root/install.sh ``` ### Usage After installation, run the following command to open the management menu again: ``` vasma ``` ## Documentation and Guides * [From Beginner to Master with the 8-in-1 Script](https://www.v2ray-agent.com/archives/1710141233) * [Quick Script Setup Tutorial](https://www.v2ray-agent.com/archives/1682491479771) * [Script Usage Precautions](https://www.v2ray-agent.com/archives/1679931532764) * [Script Exception Handling](https://www.v2ray-agent.com/archives/1684115970026) * [VPS Purchasing Guide](https://www.v2ray-agent.com/archives/1679975663984) * [Junk VPS Savior, one-click setup of the latest hysteria2 protocol](https://www.v2ray-agent.com/archives/1697162969693) * [RackNerd Low-cost Unicom AS4837 Package, starting from $10/year](https://www.v2ray-agent.com/archives/racknerdtao-can-zheng-li-nian-fu-10mei-yuan) * [Recommended High-Quality Bandwagon Host Packages](https://www.v2ray-agent.com/archives/2023nian-ban-wa-gong-ji-fang-tui-jian) * [Recommended High-Quality DMIT Packages](https://www.v2ray-agent.com/archives/1679159868033) ## Community & Support * **Telegram:** [Channel](https://t.me/v2rayAgentChannel) | [Group](https://t.me/technologyshare) * **Website:** [Official](https://www.v2ray-agent.com/) | [Backup](https://www.592083.xyz/) * **Feedback:** [Submit an issue](https://github.com/mack-a/v2ray-agent/issues) ## Donation Thank you for your attention and support for this open source project. If you find this project helpful, you are welcome to donate in the following ways. * [Donate by purchasing a VPS](https://www.v2ray-agent.com/categories/vps) * [Donate to me via cryptocurrency](https://www.v2ray-agent.com/1679123834836) ## License This project is licensed under the [AGPL-3.0 License](LICENSE). ================================================ FILE: documents/install_tools.md ================================================ # 安装wget、curl - Centos ``` yum update && yum install -y wget curl ``` - Debian ``` apt update && apt install wget curl -y ``` - Ubuntu ``` apt-get update && apt-get install wget -y ``` ================================================ FILE: documents/nginx_proxy.md ================================================ # 1.打开Nginx配置文件 ``` vim /etc/nginx/conf.d/alone.conf ``` # 2.添加配置 - 如需配置HTTP1.1，找到31300端口所在的server【文件最后，非return 403那条】 - 如需配置HTTP2.0，找到31302端口所在的server > 下方使用配置HTTP1.1反向代理作为示例 ``` # 如果要添加到根路由，则添加到localtion /下面 location / { add_header Strict-Transport-Security "max-age=15552000; preload" always; proxy_pass http://127.0.0.1:3003/; } # 如果只需要添加额外的路径，则额外写一个location，路径可自定义 location /test { proxy_pass http://127.0.0.1:3003/; } # 完整配置，HTTP2.0则同理，写入到31302端口所在的server即可 server { listen 127.0.0.1:31300; server_name xx; root /usr/share/nginx/html; location /s/ { add_header Content-Type text/plain; alias /etc/v2ray-agent/subscribe/; } location / { add_header Strict-Transport-Security "max-age=15552000; preload" always; proxy_pass http://127.0.0.1:3003/; } location /test { proxy_pass http://127.0.0.1:3003/; } } ``` ================================================ FILE: documents/optimize_V2Ray.md ================================================ 内容转移至此[教程](https://www.v2ray-agent.com/archives/cloudflarezi-xuan-ip) ================================================ FILE: documents/sing-box.json ================================================ { "log": { "disabled": false, "level": "info", "timestamp": true }, "experimental": { "clash_api": { "external_controller": "127.0.0.1:9090", "external_ui": "metacubexd", "external_ui_download_url": "https://gh-proxy.com/https://github.com/MetaCubeX/metacubexd/archive/refs/heads/gh-pages.zip", "external_ui_download_detour": "direct", "default_mode": "rule" }, "cache_file": { "enabled": true } }, "dns": { "servers": [ { "tag": "dns_proxy", "type": "https", "server": "1.1.1.1", "server_port": 443, "detour": "自动选择", "path": "/dns-query", "domain_resolver": "dns_resolver" }, { "tag": "dns_direct", "type": "h3", "server": "dns.alidns.com", "server_port": 443, "path": "/dns-query", "domain_resolver": "dns_resolver" }, { "tag": "google", "type": "tls", "server": "8.8.4.4", "domain_resolver": "dns_resolver" }, { "tag": "dns_resolver", "type": "udp", "server": "114.114.114.114" }, { "type": "local", "tag": "local" } ], "rules": [ { "action": "route", "clash_mode": "direct", "server": "dns_direct" }, { "action": "route", "clash_mode": "global", "server": "dns_proxy" }, { "action": "route", "rule_set": "geosite-cn", "server": "dns_direct" }, { "action": "route", "rule_set": "geosite-geolocation-!cn", "server": "dns_proxy" } ], "independent_cache": true, "strategy": "prefer_ipv4", "final": "dns_direct" }, "inbounds": [ { "type": "tun", "tag": "tun-in", "stack": "system", "address": [ "172.18.0.1/30", "fdfe:dcba:9876::1/126" ], "route_address": [ "0.0.0.0/1", "128.0.0.0/1", "::/1", "8000::/1" ], "route_exclude_address": [ "192.168.0.0/16", "10.0.0.0/8", "172.16.0.0/12", "fc00::/7" ], "mtu": 9000, "auto_route": true, "strict_route": true, "sniff": true }, { "type": "mixed", "listen": "127.0.0.1", "listen_port": 1082, "sniff": true, "users": [] } ], "outbounds": [ { "type": "urltest", "tag": "自动选择", "outbounds": [ ], "url": "https://www.gstatic.com/generate_204", "interval": "3m", "tolerance": 50, "interrupt_exist_connections": false }, { "type": "selector", "tag": "手动切换", "outbounds": [ ] }, { "type": "selector", "tag": "Telegram", "outbounds": [ "手动切换", "自动选择" ] }, { "type": "selector", "tag": "YouTube", "outbounds": [ "手动切换", "自动选择" ] }, { "type": "selector", "tag": "netflix", "outbounds": [ "手动切换", "自动选择" ] }, { "type": "selector", "tag": "OpenAI", "outbounds": [ "手动切换", "自动选择" ] }, { "type": "selector", "tag": "Apple", "outbounds": [ "手动切换", "自动选择", "direct" ] }, { "type": "selector", "tag": "Google", "outbounds": [ "手动切换", "自动选择" ] }, { "type": "selector", "tag": "Microsoft", "outbounds": [ "手动切换", "自动选择", "direct" ] }, { "type": "selector", "tag": "Github", "outbounds": [ "手动切换", "自动选择", "direct" ] }, { "type": "selector", "tag": "本地直连", "outbounds": [ "direct", "手动切换", "自动选择" ], "default": "direct" }, { "tag": "direct", "type": "direct" } ], "route": { "default_domain_resolver": { "server": "dns_resolver", "strategy": "prefer_ipv4" }, "rule_set": [ { "tag": "geosite-category-ads-all", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/category-ads-all.srs", "update_interval": "1d" }, { "tag": "geosite-telegram", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/telegram.srs", "update_interval": "1d" }, { "tag": "geoip-telegram", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geoip/telegram.srs", "update_interval": "1d" }, { "tag": "geosite-youtube", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/youtube.srs", "update_interval": "1d" }, { "tag": "geosite-netflix", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/netflix.srs", "update_interval": "1d" }, { "tag": "geoip-netflix", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geoip/netflix.srs", "update_interval": "1d" }, { "tag": "geosite-openai@ads", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/openai@ads.srs", "update_interval": "1d" }, { "tag": "geosite-openai", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/openai.srs", "update_interval": "1d" }, { "tag": "geosite-apple", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/apple.srs", "update_interval": "1d" }, { "tag": "geosite-google", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/google.srs", "update_interval": "1d" }, { "tag": "geoip-google", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geoip/google.srs", "update_interval": "1d" }, { "tag": "geosite-microsoft", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/microsoft.srs", "update_interval": "1d" }, { "tag": "geosite-geolocation-!cn", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/geolocation-!cn.srs", "update_interval": "1d" }, { "tag": "geosite-github", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/github.srs", "update_interval": "1d" }, { "tag": "geosite-private", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/private.srs", "update_interval": "1d" }, { "tag": "geosite-cn", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geosite/cn.srs", "update_interval": "1d" }, { "tag": "geoip-private", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geoip/private.srs", "update_interval": "1d" }, { "tag": "geoip-cn", "type": "remote", "format": "binary", "url": "https://gh-proxy.com/https://raw.githubusercontent.com/MetaCubeX/meta-rules-dat/sing/geo/geoip/cn.srs", "update_interval": "1d" } ], "rules": [ { "action": "sniff" }, { "protocol": "dns", "action": "hijack-dns" }, { "ip_is_private": true, "outbound": "direct" }, { "clash_mode": "global", "outbound": "手动切换" }, { "clash_mode": "direct", "outbound": "本地直连" }, { "type": "logical", "mode": "or", "rules": [ { "rule_set": "geosite-category-ads-all" }, { "domain_regex": "^stun\\..+" }, { "domain_keyword": [ "stun", "httpdns" ] }, { "protocol": "stun" } ], "action": "reject", "method": "default", "no_drop": false }, { "rule_set": [ "geosite-telegram", "geoip-telegram" ], "outbound": "Telegram" }, { "rule_set": "geosite-youtube", "outbound": "YouTube" }, { "rule_set": [ "geosite-netflix", "geoip-netflix" ], "outbound": "netflix" }, { "rule_set": "geosite-openai@ads", "action": "reject", "method": "default", "no_drop": false }, { "rule_set": "geosite-openai", "outbound": "OpenAI" }, { "rule_set": "geosite-apple", "outbound": "Apple" }, { "rule_set": [ "geosite-google", "geoip-google" ], "outbound": "Google" }, { "rule_set": "geosite-microsoft", "outbound": "Microsoft" }, { "rule_set": "geosite-github", "outbound": "Github" }, { "rule_set": "geosite-geolocation-!cn", "outbound": "手动切换" }, { "rule_set": [ "geosite-private", "geosite-cn", "geoip-private", "geoip-cn" ], "outbound": "本地直连" } ], "final": "本地直连", "auto_detect_interface": true } } ================================================ FILE: fodder/blog/check ================================================ ================================================ FILE: install.sh ================================================ #!/usr/bin/env bash # 检测区 # ------------------------------------------------------------- # 检查系统 export LANG=en_US.UTF-8 echoContent() { case $1 in # 红色 "red") # shellcheck disable=SC2154 ${echoType} "\033[31m${printN}$2 \033[0m" ;; # 天蓝色 "skyBlue") ${echoType} "\033[1;36m${printN}$2 \033[0m" ;; # 绿色 "green") ${echoType} "\033[32m${printN}$2 \033[0m" ;; # 白色 "white") ${echoType} "\033[37m${printN}$2 \033[0m" ;; "magenta") ${echoType} "\033[31m${printN}$2 \033[0m" ;; # 黄色 "yellow") ${echoType} "\033[33m${printN}$2 \033[0m" ;; esac } # 检查SELinux状态 checkCentosSELinux() { if command -v getenforce >/dev/null 2>&1 && [ "$(getenforce)" == "Enforcing" ]; then echoContent yellow "# 注意事项" echoContent yellow "检测到SELinux已开启，请手动关闭，教程如下" echoContent yellow "https://www.v2ray-agent.com/archives/1684115970026#centos-%E5%85%B3%E9%97%ADselinux" exit 0 fi } checkSystem() { if [[ -n $(find /etc -name "redhat-release") ]] || grep " exit 1 ;; esac fi else echoContent red " 无法识别此CPU架构，默认amd64、x86_64--->" xrayCoreCPUVendor="Xray-linux-64" # v2rayCoreCPUVendor="v2ray-linux-64" fi } # 初始化全局变量 initVar() { installType='yum -y install' removeType='yum -y remove' upgrade="yum -y update" echoType='echo -e' # sudoCMD="" # 核心支持的cpu版本 xrayCoreCPUVendor="" warpRegCoreCPUVendor="" cpuVendor="" # 域名 domain= # 安装总进度 totalProgress=1 # 1.xray-core安装 # 2.v2ray-core 安装 # 3.v2ray-core[xtls] 安装 coreInstallType= # 核心安装path # coreInstallPath= # v2ctl Path ctlPath= # 1.全部安装 # 2.个性化安装 # v2rayAgentInstallType= # 当前的个性化安装方式 01234 currentInstallProtocolType= # 当前alpn的顺序 currentAlpn= # 前置类型 frontingType= # 选择的个性化安装方式 selectCustomInstallType= # v2ray-core、xray-core配置文件的路径 configPath= # xray-core reality状态 realityStatus= # sing-box配置文件路径 singBoxConfigPath= # sing-box端口 singBoxVLESSVisionPort= singBoxVLESSRealityVisionPort= singBoxVLESSRealityGRPCPort= singBoxHysteria2Port= singBoxTrojanPort= singBoxTuicPort= singBoxNaivePort= singBoxVMessWSPort= singBoxVLESSWSPort= singBoxVMessHTTPUpgradePort= # nginx订阅端口 subscribePort= subscribeType= # sing-box reality serverName publicKey singBoxVLESSRealityGRPCServerName= singBoxVLESSRealityVisionServerName= singBoxVLESSRealityPublicKey= # xray-core reality serverName publicKey xrayVLESSRealityServerName= xrayVLESSRealityPort= xrayVLESSRealityXHTTPServerName= xrayVLESSRealityXHTTPort= # xrayVLESSRealityPublicKey= # interfaceName= # 端口跳跃 portHoppingStart= portHoppingEnd= portHopping= hysteria2PortHoppingStart= hysteria2PortHoppingEnd= hysteria2PortHopping= # tuicPortHoppingStart= # tuicPortHoppingEnd= # tuicPortHopping= # tuic配置文件路径 # tuicConfigPath= tuicAlgorithm= tuicPort= # 配置文件的path currentPath= # 配置文件的host currentHost= # 安装时选择的core类型 selectCoreType= # 默认core版本 # v2rayCoreVersion= # 随机路径 customPath= # centos version centosVersion= # UUID currentUUID= # clients currentClients= # previousClients # previousClients= localIP= # 定时任务执行任务名称 RenewTLS-更新证书 UpdateGeo-更新geo文件 cronName=$1 # tls安装失败后尝试的次数 installTLSCount= # BTPanel状态 # BTPanelStatus= # 宝塔域名 btDomain= # nginx配置文件路径 nginxConfigPath=/etc/nginx/conf.d/ nginxStaticPath=/usr/share/nginx/html/ # 是否为预览版 prereleaseStatus=false # ssl类型 sslType= # SSL CF API Token cfAPIToken= # ssl邮箱 sslEmail= # 检查天数 sslRenewalDays=90 # dns ssl状态 # dnsSSLStatus= # dns tls domain dnsTLSDomain= ipType= # 该域名是否通过dns安装通配符证书 # installDNSACMEStatus= # 自定义端口 customPort= # hysteria端口 hysteriaPort= # hysteria协议 # hysteriaProtocol= # hysteria延迟 # hysteriaLag= # hysteria下行速度 hysteria2ClientDownloadSpeed= # hysteria上行速度 hysteria2ClientUploadSpeed= # Reality realityPrivateKey= realityServerName= realityDestDomain= # 端口状态 # isPortOpen= # 通配符域名状态 # wildcardDomainStatus= # 通过nginx检查的端口 # nginxIPort= # wget show progress wgetShowProgressStatus= # warp reservedWarpReg= publicKeyWarpReg= addressWarpReg= secretKeyWarpReg= # 上次安装配置状态 lastInstallationConfig= } # 读取tls证书详情 readAcmeTLS() { local readAcmeDomain= if [[ -n "${currentHost}" ]]; then readAcmeDomain="${currentHost}" fi if [[ -n "${domain}" ]]; then readAcmeDomain="${domain}" fi dnsTLSDomain=$(echo "${readAcmeDomain}" | awk -F "." '{$1="";print $0}' | sed 's/^[[:space:]]*//' | sed 's/ /./g') if [[ -d "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc" && -f "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}.key" && -f "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}.cer" ]]; then installedDNSAPIStatus=true fi } # 读取默认自定义端口 readCustomPort() { if [[ -n "${configPath}" && -z "${realityStatus}" && "${coreInstallType}" == "1" ]]; then local port= port=$(jq -r .inbounds[0].port "${configPath}${frontingType}.json") if [[ "${port}" != "443" ]]; then customPort=${port} fi fi } # 读取nginx订阅端口 readNginxSubscribe() { subscribeType="https" if [[ -f "${nginxConfigPath}subscribe.conf" ]]; then if grep -q "sing-box" "${nginxConfigPath}subscribe.conf"; then subscribePort=$(grep "listen" "${nginxConfigPath}subscribe.conf" | awk '{print $2}') subscribeDomain=$(grep "server_name" "${nginxConfigPath}subscribe.conf" | awk '{print $2}') subscribeDomain=${subscribeDomain//;/} if [[ -n "${currentHost}" && "${subscribeDomain}" != "${currentHost}" ]]; then subscribePort= subscribeType= else if ! grep "listen" "${nginxConfigPath}subscribe.conf" | grep -q "ssl"; then subscribeType="http" fi fi fi fi } # 检测安装方式 readInstallType() { coreInstallType= configPath= singBoxConfigPath= # 1.检测安装目录 if [[ -d "/etc/v2ray-agent" ]]; then if [[ -f "/etc/v2ray-agent/xray/xray" ]]; then # 检测xray-core if [[ -d "/etc/v2ray-agent/xray/conf" ]] && [[ -f "/etc/v2ray-agent/xray/conf/02_VLESS_TCP_inbounds.json" || -f "/etc/v2ray-agent/xray/conf/02_trojan_TCP_inbounds.json" || -f "/etc/v2ray-agent/xray/conf/07_VLESS_vision_reality_inbounds.json" ]]; then # xray-core configPath=/etc/v2ray-agent/xray/conf/ ctlPath=/etc/v2ray-agent/xray/xray coreInstallType=1 if [[ -f "${configPath}07_VLESS_vision_reality_inbounds.json" ]]; then realityStatus=1 fi if [[ -f "/etc/v2ray-agent/sing-box/sing-box" ]] && [[ -f "/etc/v2ray-agent/sing-box/conf/config/06_hysteria2_inbounds.json" || -f "/etc/v2ray-agent/sing-box/conf/config/09_tuic_inbounds.json" || -f "/etc/v2ray-agent/sing-box/conf/config/20_socks5_inbounds.json" ]]; then singBoxConfigPath=/etc/v2ray-agent/sing-box/conf/config/ fi fi elif [[ -f "/etc/v2ray-agent/sing-box/sing-box" && -f "/etc/v2ray-agent/sing-box/conf/config.json" ]]; then # 检测sing-box ctlPath=/etc/v2ray-agent/sing-box/sing-box coreInstallType=2 configPath=/etc/v2ray-agent/sing-box/conf/config/ singBoxConfigPath=/etc/v2ray-agent/sing-box/conf/config/ fi fi } # 读取协议类型 readInstallProtocolType() { currentInstallProtocolType= frontingType= xrayVLESSRealityPort= xrayVLESSRealityServerName= xrayVLESSRealityXHTTPort= xrayVLESSRealityXHTTPServerName= # currentRealityXHTTPPrivateKey= currentRealityXHTTPPublicKey= currentRealityPrivateKey= currentRealityPublicKey= currentRealityMldsa65Seed= currentRealityMldsa65Verify= singBoxVLESSVisionPort= singBoxHysteria2Port= singBoxTrojanPort= frontingTypeReality= singBoxVLESSRealityVisionPort= singBoxVLESSRealityVisionServerName= singBoxVLESSRealityGRPCPort= singBoxVLESSRealityGRPCServerName= singBoxAnyTLSPort= singBoxTuicPort= singBoxNaivePort= singBoxVMessWSPort= singBoxSocks5Port= while read -r row; do if echo "${row}" | grep -q VLESS_TCP_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}0," frontingType=02_VLESS_TCP_inbounds if [[ "${coreInstallType}" == "2" ]]; then singBoxVLESSVisionPort=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q VLESS_WS_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}1," if [[ "${coreInstallType}" == "2" ]]; then frontingType=03_VLESS_WS_inbounds singBoxVLESSWSPort=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q VLESS_XHTTP_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}12," xrayVLESSRealityXHTTPort=$(jq -r .inbounds[0].port "${row}.json") xrayVLESSRealityXHTTPServerName=$(jq -r .inbounds[0].streamSettings.realitySettings.serverNames[0] "${row}.json") currentRealityXHTTPPublicKey=$(jq -r .inbounds[0].streamSettings.realitySettings.publicKey "${row}.json") # currentRealityXHTTPPrivateKey=$(jq -r .inbounds[0].streamSettings.realitySettings.privateKey "${row}.json") # if [[ "${coreInstallType}" == "2" ]]; then # frontingType=03_VLESS_WS_inbounds # singBoxVLESSWSPort=$(jq .inbounds[0].listen_port "${row}.json") # fi fi if echo "${row}" | grep -q trojan_gRPC_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}2," fi if echo "${row}" | grep -q VMess_WS_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}3," if [[ "${coreInstallType}" == "2" ]]; then frontingType=05_VMess_WS_inbounds singBoxVMessWSPort=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q trojan_TCP_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}4," if [[ "${coreInstallType}" == "2" ]]; then frontingType=04_trojan_TCP_inbounds singBoxTrojanPort=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q VLESS_gRPC_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}5," fi if echo "${row}" | grep -q hysteria2_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}6," if [[ "${coreInstallType}" == "2" ]]; then frontingType=06_hysteria2_inbounds singBoxHysteria2Port=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q VLESS_vision_reality_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}7," if [[ "${coreInstallType}" == "1" ]]; then xrayVLESSRealityServerName=$(jq -r .inbounds[1].streamSettings.realitySettings.serverNames[0] "${row}.json") realityServerName=${xrayVLESSRealityServerName} xrayVLESSRealityPort=$(jq -r .inbounds[0].port "${row}.json") realityDomainPort=$(jq -r .inbounds[1].streamSettings.realitySettings.target "${row}.json" | awk -F '[:]' '{print $2}') currentRealityPublicKey=$(jq -r .inbounds[1].streamSettings.realitySettings.publicKey "${row}.json") currentRealityPrivateKey=$(jq -r .inbounds[1].streamSettings.realitySettings.privateKey "${row}.json") currentRealityMldsa65Seed=$(jq -r .inbounds[1].streamSettings.realitySettings.mldsa65Seed "${row}.json") currentRealityMldsa65Verify=$(jq -r .inbounds[1].streamSettings.realitySettings.mldsa65Verify "${row}.json") frontingTypeReality=07_VLESS_vision_reality_inbounds elif [[ "${coreInstallType}" == "2" ]]; then frontingTypeReality=07_VLESS_vision_reality_inbounds singBoxVLESSRealityVisionPort=$(jq -r .inbounds[0].listen_port "${row}.json") singBoxVLESSRealityVisionServerName=$(jq -r .inbounds[0].tls.server_name "${row}.json") realityDomainPort=$(jq -r .inbounds[0].tls.reality.handshake.server_port "${row}.json") realityServerName=${singBoxVLESSRealityVisionServerName} if [[ -f "${configPath}reality_key" ]]; then singBoxVLESSRealityPublicKey=$(grep "publicKey" <"${configPath}reality_key" | awk -F "[:]" '{print $2}') currentRealityPrivateKey=$(jq -r .inbounds[0].tls.reality.private_key "${row}.json") currentRealityPublicKey=$(grep "publicKey" <"${configPath}reality_key" | awk -F "[:]" '{print $2}') fi fi fi if echo "${row}" | grep -q VLESS_vision_gRPC_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}8," if [[ "${coreInstallType}" == "2" ]]; then frontingTypeReality=08_VLESS_vision_gRPC_inbounds singBoxVLESSRealityGRPCPort=$(jq -r .inbounds[0].listen_port "${row}.json") singBoxVLESSRealityGRPCServerName=$(jq -r .inbounds[0].tls.server_name "${row}.json") if [[ -f "${configPath}reality_key" ]]; then singBoxVLESSRealityPublicKey=$(grep "publicKey" <"${configPath}reality_key" | awk -F "[:]" '{print $2}') fi fi fi if echo "${row}" | grep -q tuic_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}9," if [[ "${coreInstallType}" == "2" ]]; then frontingType=09_tuic_inbounds singBoxTuicPort=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q naive_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}10," if [[ "${coreInstallType}" == "2" ]]; then frontingType=10_naive_inbounds singBoxNaivePort=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q anytls_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}13," if [[ "${coreInstallType}" == "2" ]]; then frontingType=13_anytls_inbounds singBoxAnyTLSPort=$(jq .inbounds[0].listen_port "${row}.json") fi fi if echo "${row}" | grep -q VMess_HTTPUpgrade_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}11," if [[ "${coreInstallType}" == "2" ]]; then frontingType=11_VMess_HTTPUpgrade_inbounds singBoxVMessHTTPUpgradePort=$(grep 'listen' <${nginxConfigPath}sing_box_VMess_HTTPUpgrade.conf | awk '{print $2}') fi fi if echo "${row}" | grep -q socks5_inbounds; then currentInstallProtocolType="${currentInstallProtocolType}20," singBoxSocks5Port=$(jq .inbounds[0].listen_port "${row}.json") fi done < <(find ${configPath} -name "*inbounds.json" | sort | awk -F "[.]" '{print $1}') if [[ "${coreInstallType}" == "1" && -n "${singBoxConfigPath}" ]]; then if [[ -f "${singBoxConfigPath}06_hysteria2_inbounds.json" ]]; then currentInstallProtocolType="${currentInstallProtocolType}6," singBoxHysteria2Port=$(jq .inbounds[0].listen_port "${singBoxConfigPath}06_hysteria2_inbounds.json") fi if [[ -f "${singBoxConfigPath}09_tuic_inbounds.json" ]]; then currentInstallProtocolType="${currentInstallProtocolType}9," singBoxTuicPort=$(jq .inbounds[0].listen_port "${singBoxConfigPath}09_tuic_inbounds.json") fi fi if [[ "${currentInstallProtocolType:0:1}" != "," ]]; then currentInstallProtocolType=",${currentInstallProtocolType}" fi } # 检查是否安装宝塔 checkBTPanel() { if [[ -n $(pgrep -f "BT-Panel") ]]; then # 读取域名 if [[ -d '/www/server/panel/vhost/cert/' && -n $(find /www/server/panel/vhost/cert/*/fullchain.pem) ]]; then if [[ -z "${currentHost}" ]]; then echoContent skyBlue "\n读取宝塔配置\n" find /www/server/panel/vhost/cert/*/fullchain.pem | awk -F "[/]" '{print $7}' | awk '{print NR""":"$0}' read -r -p "请输入编号选择:" selectBTDomain else selectBTDomain=$(find /www/server/panel/vhost/cert/*/fullchain.pem | awk -F "[/]" '{print $7}' | awk '{print NR""":"$0}' | grep "${currentHost}" | cut -d ":" -f 1) fi if [[ -n "${selectBTDomain}" ]]; then btDomain=$(find /www/server/panel/vhost/cert/*/fullchain.pem | awk -F "[/]" '{print $7}' | awk '{print NR""":"$0}' | grep -e "^${selectBTDomain}:" | cut -d ":" -f 2) if [[ -z "${btDomain}" ]]; then echoContent red " ---> 选择错误，请重新选择" checkBTPanel else domain=${btDomain} if [[ ! -f "/etc/v2ray-agent/tls/${btDomain}.crt" && ! -f "/etc/v2ray-agent/tls/${btDomain}.key" ]]; then ln -s "/www/server/panel/vhost/cert/${btDomain}/fullchain.pem" "/etc/v2ray-agent/tls/${btDomain}.crt" ln -s "/www/server/panel/vhost/cert/${btDomain}/privkey.pem" "/etc/v2ray-agent/tls/${btDomain}.key" fi nginxStaticPath="/www/wwwroot/${btDomain}/html/" mkdir -p "/www/wwwroot/${btDomain}/html/" if [[ -f "/www/wwwroot/${btDomain}/.user.ini" ]]; then chattr -i "/www/wwwroot/${btDomain}/.user.ini" fi nginxConfigPath="/www/server/panel/vhost/nginx/" fi else echoContent red " ---> 选择错误，请重新选择" checkBTPanel fi fi fi } check1Panel() { if [[ -n $(pgrep -f "1panel") ]]; then # 读取域名 if [[ -d '/opt/1panel/apps/openresty/openresty/www/sites/' && -n $(find /opt/1panel/apps/openresty/openresty/www/sites/*/ssl/fullchain.pem) ]]; then if [[ -z "${currentHost}" ]]; then echoContent skyBlue "\n读取1Panel配置\n" find /opt/1panel/apps/openresty/openresty/www/sites/*/ssl/fullchain.pem | awk -F "[/]" '{print $9}' | awk '{print NR""":"$0}' read -r -p "请输入编号选择:" selectBTDomain else selectBTDomain=$(find /opt/1panel/apps/openresty/openresty/www/sites/*/ssl/fullchain.pem | awk -F "[/]" '{print $9}' | awk '{print NR""":"$0}' | grep "${currentHost}" | cut -d ":" -f 1) fi if [[ -n "${selectBTDomain}" ]]; then btDomain=$(find /opt/1panel/apps/openresty/openresty/www/sites/*/ssl/fullchain.pem | awk -F "[/]" '{print $9}' | awk '{print NR""":"$0}' | grep "${selectBTDomain}:" | cut -d ":" -f 2) if [[ -z "${btDomain}" ]]; then echoContent red " ---> 选择错误，请重新选择" check1Panel else domain=${btDomain} if [[ ! -f "/etc/v2ray-agent/tls/${btDomain}.crt" && ! -f "/etc/v2ray-agent/tls/${btDomain}.key" ]]; then ln -s "/opt/1panel/apps/openresty/openresty/www/sites/${btDomain}/ssl/fullchain.pem" "/etc/v2ray-agent/tls/${btDomain}.crt" ln -s "/opt/1panel/apps/openresty/openresty/www/sites/${btDomain}/ssl/privkey.pem" "/etc/v2ray-agent/tls/${btDomain}.key" fi nginxStaticPath="/opt/1panel/apps/openresty/openresty/www/sites/${btDomain}/index/" fi else echoContent red " ---> 选择错误，请重新选择" check1Panel fi fi fi } # 读取当前alpn的顺序 readInstallAlpn() { if [[ -n "${currentInstallProtocolType}" && -z "${realityStatus}" ]]; then local alpn alpn=$(jq -r .inbounds[0].streamSettings.tlsSettings.alpn[0] ${configPath}${frontingType}.json) if [[ -n ${alpn} ]]; then currentAlpn=${alpn} fi fi } # 检查防火墙 allowPort() { local type=$2 if [[ -z "${type}" ]]; then type=tcp fi # 如果防火墙启动状态则添加相应的开放端口 if command -v dpkg >/dev/null 2>&1 && dpkg -l | grep -q "^[[:space:]]*ii[[:space:]]\+ufw"; then if ufw status | grep -q "Status: active"; then if ! ufw status | grep -q "$1/${type}"; then sudo ufw allow "$1/${type}" checkUFWAllowPort "$1" fi fi elif systemctl status firewalld 2>/dev/null | grep -q "active (running)"; then local updateFirewalldStatus= if ! firewall-cmd --list-ports --permanent | grep -qw "$1/${type}"; then updateFirewalldStatus=true local firewallPort=$1 if echo "${firewallPort}" | grep -q ":"; then firewallPort=$(echo "${firewallPort}" | awk -F ":" '{print $1"-"$2}') fi firewall-cmd --zone=public --add-port="${firewallPort}/${type}" --permanent checkFirewalldAllowPort "${firewallPort}" fi if echo "${updateFirewalldStatus}" | grep -q "true"; then firewall-cmd --reload fi elif rc-update show 2>/dev/null | grep -q ufw; then if ufw status | grep -q "Status: active"; then if ! ufw status | grep -q "$1/${type}"; then sudo ufw allow "$1/${type}" checkUFWAllowPort "$1" fi fi elif dpkg -l | grep -q "^[[:space:]]*ii[[:space:]]\+netfilter-persistent" && systemctl status netfilter-persistent 2>/dev/null | grep -q "active (exited)"; then local updateFirewalldStatus= if ! iptables -L | grep -q "$1/${type}(mack-a)"; then updateFirewalldStatus=true iptables -I INPUT -p "${type}" --dport "$1" -m comment --comment "allow $1/${type}(mack-a)" -j ACCEPT fi if echo "${updateFirewalldStatus}" | grep -q "true"; then netfilter-persistent save fi fi } # 获取公网IP getPublicIP() { local type=4 if [[ -n "$1" ]]; then type=$1 fi if [[ -n "${currentHost}" && -z "$1" ]] && [[ "${singBoxVLESSRealityVisionServerName}" == "${currentHost}" || "${singBoxVLESSRealityGRPCServerName}" == "${currentHost}" || "${xrayVLESSRealityServerName}" == "${currentHost}" ]]; then echo "${currentHost}" else local currentIP= currentIP=$(curl -s "-${type}" http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | awk -F "[=]" '{print $2}') if [[ -z "${currentIP}" && -z "$1" ]]; then currentIP=$(curl -s "-6" http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | awk -F "[=]" '{print $2}') fi echo "${currentIP}" fi } # 输出ufw端口开放状态 checkUFWAllowPort() { if ufw status | grep -q "$1"; then echoContent green " ---> $1端口开放成功" else echoContent red " ---> $1端口开放失败" exit 0 fi } # 输出firewall-cmd端口开放状态 checkFirewalldAllowPort() { if firewall-cmd --list-ports --permanent | grep -q "$1"; then echoContent green " ---> $1端口开放成功" else echoContent red " ---> $1端口开放失败" exit 0 fi } # 读取Tuic配置 readSingBoxConfig() { tuicPort= hysteriaPort= if [[ -n "${singBoxConfigPath}" ]]; then if [[ -f "${singBoxConfigPath}09_tuic_inbounds.json" ]]; then tuicPort=$(jq -r '.inbounds[0].listen_port' "${singBoxConfigPath}09_tuic_inbounds.json") tuicAlgorithm=$(jq -r '.inbounds[0].congestion_control' "${singBoxConfigPath}09_tuic_inbounds.json") fi if [[ -f "${singBoxConfigPath}06_hysteria2_inbounds.json" ]]; then hysteriaPort=$(jq -r '.inbounds[0].listen_port' "${singBoxConfigPath}06_hysteria2_inbounds.json") hysteria2ClientUploadSpeed=$(jq -r '.inbounds[0].down_mbps' "${singBoxConfigPath}06_hysteria2_inbounds.json") hysteria2ClientDownloadSpeed=$(jq -r '.inbounds[0].up_mbps' "${singBoxConfigPath}06_hysteria2_inbounds.json") fi fi } # 读取上次安装的配置 readLastInstallationConfig() { if [[ -n "${configPath}" ]]; then read -r -p "读取到上次安装的配置，是否使用 ？[y/n]:" lastInstallationConfigStatus if [[ "${lastInstallationConfigStatus}" == "y" ]]; then lastInstallationConfig=true fi fi } # 卸载 sing-box unInstallSingBox() { local type=$1 if [[ -n "${singBoxConfigPath}" ]]; then if grep -q 'tuic' 删除sing-box tuic配置成功" fi if grep -q 'hysteria2' 删除sing-box hysteria2配置成功" fi rm "${singBoxConfigPath}config.json" fi readInstallType if [[ -n "${singBoxConfigPath}" ]]; then echoContent yellow " ---> 检测到有其他配置，保留sing-box核心" handleSingBox stop handleSingBox start else handleSingBox stop rm /etc/systemd/system/sing-box.service rm -rf /etc/v2ray-agent/sing-box/* echoContent green " ---> sing-box 卸载完成" fi } # 检查文件目录以及path路径 readConfigHostPathUUID() { currentPath= currentDefaultPort= currentUUID= currentClients= currentHost= currentPort= currentCDNAddress= singBoxVMessWSPath= singBoxVLESSWSPath= singBoxVMessHTTPUpgradePath= if [[ "${coreInstallType}" == "1" ]]; then # 安装 if [[ -n "${frontingType}" ]]; then currentHost=$(jq -r .inbounds[0].streamSettings.tlsSettings.certificates[0].certificateFile ${configPath}${frontingType}.json | awk -F '[t][l][s][/]' '{print $2}' | awk -F '[.][c][r][t]' '{print $1}') currentPort=$(jq .inbounds[0].port ${configPath}${frontingType}.json) local defaultPortFile= defaultPortFile=$(find ${configPath}* | grep "default") if [[ -n "${defaultPortFile}" ]]; then currentDefaultPort=$(echo "${defaultPortFile}" | awk -F [_] '{print $4}') else currentDefaultPort=$(jq -r .inbounds[0].port ${configPath}${frontingType}.json) fi currentUUID=$(jq -r .inbounds[0].settings.clients[0].id ${configPath}${frontingType}.json) currentClients=$(jq -r .inbounds[0].settings.clients ${configPath}${frontingType}.json) fi # reality if echo ${currentInstallProtocolType} | grep -q ",7,"; then currentClients=$(jq -r .inbounds[1].settings.clients ${configPath}07_VLESS_vision_reality_inbounds.json) currentUUID=$(jq -r .inbounds[1].settings.clients[0].id ${configPath}07_VLESS_vision_reality_inbounds.json) xrayVLESSRealityVisionPort=$(jq -r .inbounds[0].port ${configPath}07_VLESS_vision_reality_inbounds.json) if [[ "${currentPort}" == "${xrayVLESSRealityVisionPort}" ]]; then xrayVLESSRealityVisionPort="${currentDefaultPort}" fi fi elif [[ "${coreInstallType}" == "2" ]]; then if [[ -n "${frontingType}" ]]; then currentHost=$(jq -r .inbounds[0].tls.server_name ${configPath}${frontingType}.json) if echo ${currentInstallProtocolType} | grep -q ",11," && [[ "${currentHost}" == "null" ]]; then currentHost=$(grep 'server_name' <${nginxConfigPath}sing_box_VMess_HTTPUpgrade.conf | awk '{print $2}') currentHost=${currentHost//;/} fi currentUUID=$(jq -r .inbounds[0].users[0].uuid ${configPath}${frontingType}.json) currentClients=$(jq -r .inbounds[0].users ${configPath}${frontingType}.json) else currentUUID=$(jq -r .inbounds[0].users[0].uuid ${configPath}${frontingTypeReality}.json) currentClients=$(jq -r .inbounds[0].users ${configPath}${frontingTypeReality}.json) fi fi # 读取path if [[ -n "${configPath}" && -n "${frontingType}" ]]; then if [[ "${coreInstallType}" == "1" ]]; then local fallback fallback=$(jq -r -c '.inbounds[0].settings.fallbacks[]|select(.path)' ${configPath}${frontingType}.json | head -1) local path path=$(echo "${fallback}" | jq -r .path | awk -F "[/]" '{print $2}') if [[ $(echo "${fallback}" | jq -r .dest) == 31297 ]]; then currentPath=$(echo "${path}" | awk -F "[w][s]" '{print $1}') elif [[ $(echo "${fallback}" | jq -r .dest) == 31299 ]]; then currentPath=$(echo "${path}" | awk -F "[v][w][s]" '{print $1}') fi # 尝试读取alpn h2 Path if [[ -z "${currentPath}" ]]; then dest=$(jq -r -c '.inbounds[0].settings.fallbacks[]|select(.alpn)|.dest' ${configPath}${frontingType}.json | head -1) if [[ "${dest}" == "31302" || "${dest}" == "31304" ]]; then checkBTPanel check1Panel if grep -q "trojangrpc {" <${nginxConfigPath}alone.conf; then currentPath=$(grep "trojangrpc {" <${nginxConfigPath}alone.conf | awk -F "[/]" '{print $2}' | awk -F "[t][r][o][j][a][n]" '{print $1}') elif grep -q "grpc {" <${nginxConfigPath}alone.conf; then currentPath=$(grep "grpc {" <${nginxConfigPath}alone.conf | head -1 | awk -F "[/]" '{print $2}' | awk -F "[g][r][p][c]" '{print $1}') fi fi fi if [[ -z "${currentPath}" && -f "${configPath}12_VLESS_XHTTP_inbounds.json" ]]; then currentPath=$(jq -r .inbounds[0].streamSettings.xhttpSettings.path "${configPath}12_VLESS_XHTTP_inbounds.json" | awk -F "[x][H][T][T][P]" '{print $1}' | awk -F "[/]" '{print $2}') fi elif [[ "${coreInstallType}" == "2" && -f "${singBoxConfigPath}05_VMess_WS_inbounds.json" ]]; then singBoxVMessWSPath=$(jq -r .inbounds[0].transport.path "${singBoxConfigPath}05_VMess_WS_inbounds.json") currentPath=$(jq -r .inbounds[0].transport.path "${singBoxConfigPath}05_VMess_WS_inbounds.json" | awk -F "[/]" '{print $2}') fi if [[ "${coreInstallType}" == "2" && -f "${singBoxConfigPath}03_VLESS_WS_inbounds.json" ]]; then singBoxVLESSWSPath=$(jq -r .inbounds[0].transport.path "${singBoxConfigPath}03_VLESS_WS_inbounds.json") currentPath=$(jq -r .inbounds[0].transport.path "${singBoxConfigPath}03_VLESS_WS_inbounds.json" | awk -F "[/]" '{print $2}') currentPath=${currentPath::-2} fi if [[ "${coreInstallType}" == "2" && -f "${singBoxConfigPath}11_VMess_HTTPUpgrade_inbounds.json" ]]; then singBoxVMessHTTPUpgradePath=$(jq -r .inbounds[0].transport.path "${singBoxConfigPath}11_VMess_HTTPUpgrade_inbounds.json") currentPath=$(jq -r .inbounds[0].transport.path "${singBoxConfigPath}11_VMess_HTTPUpgrade_inbounds.json" | awk -F "[/]" '{print $2}') # currentPath=${currentPath::-2} fi fi if [[ -f "/etc/v2ray-agent/cdn" ]] && [[ -n "$(head -1 /etc/v2ray-agent/cdn)" ]]; then currentCDNAddress=$(head -1 /etc/v2ray-agent/cdn) else currentCDNAddress="${currentHost}" fi } # 状态展示 showInstallStatus() { if [[ -n "${coreInstallType}" ]]; then if [[ "${coreInstallType}" == 1 ]]; then if [[ -n $(pgrep -f "xray/xray") ]]; then echoContent yellow "\n核心: Xray-core[运行中]" else echoContent yellow "\n核心: Xray-core[未运行]" fi elif [[ "${coreInstallType}" == 2 ]]; then if [[ -n $(pgrep -f "sing-box/sing-box") ]]; then echoContent yellow "\n核心: sing-box[运行中]" else echoContent yellow "\n核心: sing-box[未运行]" fi fi # 读取协议类型 readInstallProtocolType if [[ -n ${currentInstallProtocolType} ]]; then echoContent yellow "已安装协议: \c" fi if echo ${currentInstallProtocolType} | grep -q ",0,"; then echoContent yellow "VLESS+TCP[TLS_Vision] \c" fi if echo ${currentInstallProtocolType} | grep -q ",1,"; then echoContent yellow "VLESS+WS[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q ",2,"; then echoContent yellow "Trojan+gRPC[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q ",3,"; then echoContent yellow "VMess+WS[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q ",4,"; then echoContent yellow "Trojan+TCP[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q ",5,"; then echoContent yellow "VLESS+gRPC[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q ",6,"; then echoContent yellow "Hysteria2 \c" fi if echo ${currentInstallProtocolType} | grep -q ",7,"; then echoContent yellow "VLESS+Reality+Vision \c" fi if echo ${currentInstallProtocolType} | grep -q ",8,"; then echoContent yellow "VLESS+Reality+gRPC \c" fi if echo ${currentInstallProtocolType} | grep -q ",9,"; then echoContent yellow "Tuic \c" fi if echo ${currentInstallProtocolType} | grep -q ",10,"; then echoContent yellow "Naive \c" fi if echo ${currentInstallProtocolType} | grep -q ",11,"; then echoContent yellow "VMess+TLS+HTTPUpgrade \c" fi if echo ${currentInstallProtocolType} | grep -q ",12,"; then echoContent yellow "VLESS+Reality+XHTTP \c" fi if echo ${currentInstallProtocolType} | grep -q ",13,"; then echoContent yellow "AnyTLS \c" fi fi } # 清理旧残留 cleanUp() { if [[ "$1" == "xrayDel" ]]; then handleXray stop rm -rf /etc/v2ray-agent/xray/* elif [[ "$1" == "singBoxDel" ]]; then handleSingBox stop rm -rf /etc/v2ray-agent/sing-box/conf/config.json >/dev/null 2>&1 rm -rf /etc/v2ray-agent/sing-box/conf/config/* >/dev/null 2>&1 fi } initVar "$1" checkSystem checkCPUVendor readInstallType readInstallProtocolType readConfigHostPathUUID readCustomPort readSingBoxConfig # ------------------------------------------------------------- # 初始化安装目录 mkdirTools() { mkdir -p /etc/v2ray-agent/tls mkdir -p /etc/v2ray-agent/subscribe_local/default mkdir -p /etc/v2ray-agent/subscribe_local/clashMeta mkdir -p /etc/v2ray-agent/subscribe_remote/default mkdir -p /etc/v2ray-agent/subscribe_remote/clashMeta mkdir -p /etc/v2ray-agent/subscribe/default mkdir -p /etc/v2ray-agent/subscribe/clashMetaProfiles mkdir -p /etc/v2ray-agent/subscribe/clashMeta mkdir -p /etc/v2ray-agent/subscribe/sing-box mkdir -p /etc/v2ray-agent/subscribe/sing-box_profiles mkdir -p /etc/v2ray-agent/subscribe_local/sing-box mkdir -p /etc/v2ray-agent/xray/conf mkdir -p /etc/v2ray-agent/xray/reality_scan mkdir -p /etc/v2ray-agent/xray/tmp mkdir -p /etc/systemd/system/ mkdir -p /tmp/v2ray-agent-tls/ mkdir -p /etc/v2ray-agent/warp mkdir -p /etc/v2ray-agent/sing-box/conf/config mkdir -p /usr/share/nginx/html/ } # 检测root checkRoot() { if [ "$(id -u)" -ne 0 ]; then # sudoCMD="sudo" echo "检测到非 Root 用户，将使用 sudo 执行命令..." fi } # 安装工具包 installTools() { echoContent skyBlue "\n进度 $1/${totalProgress} : 安装工具" # 修复ubuntu个别系统问题 if [[ "${release}" == "ubuntu" ]]; then dpkg --configure -a fi if [[ -n $(pgrep -f "apt") ]]; then pgrep -f apt | xargs kill -9 fi echoContent green " ---> 检查、安装更新【新机器会很慢，如长时间无反应，请手动停止后重新执行】" if [[ "${release}" != "centos" ]]; then ${upgrade} >/etc/v2ray-agent/install.log 2>&1 fi if grep <"/etc/v2ray-agent/install.log" -q "changed"; then ${updateReleaseInfoChange} >/dev/null 2>&1 fi if [[ "${release}" == "centos" ]]; then rm -rf /var/run/yum.pid ${installType} epel-release >/dev/null 2>&1 fi if ! sudo --version >/dev/null 2>&1; then echoContent green " ---> 安装sudo" ${installType} sudo >/dev/null 2>&1 fi if ! wget --help >/dev/null 2>&1; then echoContent green " ---> 安装wget" ${installType} wget >/dev/null 2>&1 fi if ! command -v netfilter-persistent >/dev/null 2>&1; then if [[ "${release}" != "centos" ]]; then echoContent green " ---> 安装iptables" echo "iptables-persistent iptables-persistent/autosave_v4 boolean true" | sudo debconf-set-selections echo "iptables-persistent iptables-persistent/autosave_v6 boolean true" | sudo debconf-set-selections ${installType} iptables-persistent >/dev/null 2>&1 fi fi if ! curl --help >/dev/null 2>&1; then echoContent green " ---> 安装curl" ${installType} curl >/dev/null 2>&1 fi if ! unzip >/dev/null 2>&1; then echoContent green " ---> 安装unzip" ${installType} unzip >/dev/null 2>&1 fi if ! socat -h >/dev/null 2>&1; then echoContent green " ---> 安装socat" ${installType} socat >/dev/null 2>&1 fi if ! tar --help >/dev/null 2>&1; then echoContent green " ---> 安装tar" ${installType} tar >/dev/null 2>&1 fi if ! crontab -l >/dev/null 2>&1; then echoContent green " ---> 安装crontabs" if [[ "${release}" == "ubuntu" || "${release}" == "debian" ]]; then ${installType} cron >/dev/null 2>&1 else ${installType} crontabs >/dev/null 2>&1 fi fi if ! jq --help >/dev/null 2>&1; then echoContent green " ---> 安装jq" ${installType} jq >/dev/null 2>&1 fi if ! command -v ld >/dev/null 2>&1; then echoContent green " ---> 安装binutils" ${installType} binutils >/dev/null 2>&1 fi if ! openssl help >/dev/null 2>&1; then echoContent green " ---> 安装openssl" ${installType} openssl >/dev/null 2>&1 fi if ! ping6 --help >/dev/null 2>&1; then echoContent green " ---> 安装ping6" ${installType} inetutils-ping >/dev/null 2>&1 fi if ! qrencode --help >/dev/null 2>&1; then echoContent green " ---> 安装qrencode" ${installType} qrencode >/dev/null 2>&1 fi if ! command -v lsb_release >/dev/null 2>&1; then if [[ "${release}" == "ubuntu" || "${release}" == "debian" ]]; then ${installType} lsb-release >/dev/null 2>&1 elif [[ "${release}" == "centos" ]]; then ${installType} redhat-lsb-core >/dev/null 2>&1 else ${installType} lsb-release >/dev/null 2>&1 fi fi if ! lsof -h >/dev/null 2>&1; then echoContent green " ---> 安装lsof" ${installType} lsof >/dev/null 2>&1 fi if ! dig -h >/dev/null 2>&1; then echoContent green " ---> 安装dig" if echo "${installType}" | grep -qw "apt"; then ${installType} dnsutils >/dev/null 2>&1 elif echo "${installType}" | grep -qw "yum"; then ${installType} bind-utils >/dev/null 2>&1 elif echo "${installType}" | grep -qw "apk"; then ${installType} bind-tools >/dev/null 2>&1 fi fi # 检测nginx版本，并提供是否卸载的选项 if echo "${selectCustomInstallType}" | grep -qwE ",7,|,8,|,7,8,"; then echoContent green " ---> 检测到无需依赖Nginx的服务，跳过安装" else if ! nginx >/dev/null 2>&1; then echoContent green " ---> 安装nginx" installNginxTools else nginxVersion=$(nginx -v 2>&1) nginxVersion=$(echo "${nginxVersion}" | awk -F "[n][g][i][n][x][/]" '{print $2}' | awk -F "[.]" '{print $2}') if [[ ${nginxVersion} -lt 14 ]]; then read -r -p "读取到当前的Nginx版本不支持gRPC，会导致安装失败，是否卸载Nginx后重新安装 ？[y/n]:" unInstallNginxStatus if [[ "${unInstallNginxStatus}" == "y" ]]; then ${removeType} nginx >/dev/null 2>&1 echoContent yellow " ---> nginx卸载完成" echoContent green " ---> 安装nginx" installNginxTools >/dev/null 2>&1 else exit 0 fi fi fi fi # if ! command -v semanage >/dev/null 2>&1 && [[ "${release}" == "centos" ]]; then # if command -v getenforce >/dev/null 2>&1 && [ "$(getenforce)" == "Enforcing" ]; then # if [[ "${centosVersion}" == "7" ]]; then # policyCoreUtils="policycoreutils-python" # elif [[ "${centosVersion}" == "8" || "${centosVersion}" == "9" || "${centosVersion}" == "10" ]]; then # policyCoreUtils="policycoreutils-python-utils" # fi # echoContent green " ---> 安装semanage" # # if [[ -n "${policyCoreUtils}" ]]; then # ${installType} bash-completion >/dev/null 2>&1 # ${installType} ${policyCoreUtils} >/dev/null 2>&1 # fi # if [[ -n $(which semanage) ]]; then # semanage port -a -t http_port_t -p tcp 31300 # fi # fi # fi if [[ "${selectCustomInstallType}" == "7" ]]; then echoContent green " ---> 检测到无需依赖证书的服务，跳过安装" else if [[ ! -d "$HOME/.acme.sh" ]] || [[ -d "$HOME/.acme.sh" && -z $(find "$HOME/.acme.sh/acme.sh") ]]; then echoContent green " ---> 安装acme.sh" curl -s https://get.acme.sh | sh >/etc/v2ray-agent/tls/acme.log 2>&1 if [[ ! -d "$HOME/.acme.sh" ]] || [[ -z $(find "$HOME/.acme.sh/acme.sh") ]]; then echoContent red " acme安装失败--->" tail -n 100 /etc/v2ray-agent/tls/acme.log echoContent yellow "错误排查:" echoContent red " 1.获取Github文件失败，请等待Github恢复后尝试，恢复进度可查看 [https://www.githubstatus.com/]" echoContent red " 2.acme.sh脚本出现bug，可查看[https://github.com/acmesh-official/acme.sh] issues" echoContent red " 3.如纯IPv6机器，请设置NAT64,可执行下方命令，如果添加下方命令还是不可用，请尝试更换其他NAT64" echoContent skyBlue " sed -i \"1i\\\nameserver 2a00:1098:2b::1\\\nnameserver 2a00:1098:2c::1\\\nnameserver 2a01:4f8:c2c:123f::1\\\nnameserver 2a01:4f9:c010:3f02::1\" /etc/resolv.conf" exit 0 fi fi fi } # 开机启动 bootStartup() { local serviceName=$1 if [[ "${release}" == "alpine" ]]; then rc-update add "${serviceName}" default else systemctl daemon-reload systemctl enable "${serviceName}" fi } # 安装Nginx installNginxTools() { if [[ "${release}" == "debian" ]]; then sudo apt install gnupg2 ca-certificates lsb-release -y >/dev/null 2>&1 echo "deb http://nginx.org/packages/mainline/debian $(lsb_release -cs) nginx" | sudo tee /etc/apt/sources.list.d/nginx.list >/dev/null 2>&1 echo -e "Package: *\nPin: origin nginx.org\nPin: release o=nginx\nPin-Priority: 900\n" | sudo tee /etc/apt/preferences.d/99nginx >/dev/null 2>&1 curl -o /tmp/nginx_signing.key https://nginx.org/keys/nginx_signing.key >/dev/null 2>&1 # gpg --dry-run --quiet --import --import-options import-show /tmp/nginx_signing.key sudo mv /tmp/nginx_signing.key /etc/apt/trusted.gpg.d/nginx_signing.asc sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "ubuntu" ]]; then sudo apt install gnupg2 ca-certificates lsb-release -y >/dev/null 2>&1 echo "deb http://nginx.org/packages/mainline/ubuntu $(lsb_release -cs) nginx" | sudo tee /etc/apt/sources.list.d/nginx.list >/dev/null 2>&1 echo -e "Package: *\nPin: origin nginx.org\nPin: release o=nginx\nPin-Priority: 900\n" | sudo tee /etc/apt/preferences.d/99nginx >/dev/null 2>&1 curl -o /tmp/nginx_signing.key https://nginx.org/keys/nginx_signing.key >/dev/null 2>&1 # gpg --dry-run --quiet --import --import-options import-show /tmp/nginx_signing.key sudo mv /tmp/nginx_signing.key /etc/apt/trusted.gpg.d/nginx_signing.asc sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "centos" ]]; then ${installType} yum-utils >/dev/null 2>&1 cat </etc/yum.repos.d/nginx.repo [nginx-stable] name=nginx stable repo baseurl=http://nginx.org/packages/centos/\$releasever/\$basearch/ gpgcheck=1 enabled=1 gpgkey=https://nginx.org/keys/nginx_signing.key module_hotfixes=true [nginx-mainline] name=nginx mainline repo baseurl=http://nginx.org/packages/mainline/centos/\$releasever/\$basearch/ gpgcheck=1 enabled=0 gpgkey=https://nginx.org/keys/nginx_signing.key module_hotfixes=true EOF sudo yum-config-manager --enable nginx-mainline >/dev/null 2>&1 elif [[ "${release}" == "alpine" ]]; then rm "${nginxConfigPath}default.conf" fi ${installType} nginx >/dev/null 2>&1 bootStartup nginx } # 安装warp installWarp() { if [[ "${cpuVendor}" == "arm" ]]; then echoContent red " ---> 官方WARP客户端不支持ARM架构" exit 0 fi ${installType} gnupg2 -y >/dev/null 2>&1 if [[ "${release}" == "debian" ]]; then curl -s https://pkg.cloudflareclient.com/pubkey.gpg | sudo apt-key add - >/dev/null 2>&1 echo "deb http://pkg.cloudflareclient.com/ $(lsb_release -cs) main" | sudo tee /etc/apt/sources.list.d/cloudflare-client.list >/dev/null 2>&1 sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "ubuntu" ]]; then curl -s https://pkg.cloudflareclient.com/pubkey.gpg | sudo apt-key add - >/dev/null 2>&1 echo "deb http://pkg.cloudflareclient.com/ focal main" | sudo tee /etc/apt/sources.list.d/cloudflare-client.list >/dev/null 2>&1 sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "centos" ]]; then ${installType} yum-utils >/dev/null 2>&1 sudo rpm -ivh "http://pkg.cloudflareclient.com/cloudflare-release-el${centosVersion}.rpm" >/dev/null 2>&1 fi echoContent green " ---> 安装WARP" ${installType} cloudflare-warp >/dev/null 2>&1 if [[ -z $(which warp-cli) ]]; then echoContent red " ---> 安装WARP失败" exit 0 fi systemctl enable warp-svc warp-cli --accept-tos register warp-cli --accept-tos set-mode proxy warp-cli --accept-tos set-proxy-port 31303 warp-cli --accept-tos connect warp-cli --accept-tos enable-always-on local warpStatus= warpStatus=$(curl -s --socks5 127.0.0.1:31303 https://www.cloudflare.com/cdn-cgi/trace | grep "warp" | cut -d "=" -f 2) if [[ "${warpStatus}" == "on" ]]; then echoContent green " ---> WARP启动成功" fi } # 通过dns检查域名的IP checkDNSIP() { local domain=$1 local dnsIP= ipType=4 dnsIP=$(dig @1.1.1.1 +time=2 +short "${domain}" | grep -E "^(([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])\.){3}([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])$") if [[ -z "${dnsIP}" ]]; then dnsIP=$(dig @8.8.8.8 +time=2 +short "${domain}" | grep -E "^(([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])\.){3}([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])$") fi if echo "${dnsIP}" | grep -q "timed out" || [[ -z "${dnsIP}" ]]; then echo echoContent red " ---> 无法通过DNS获取域名 IPv4 地址" echoContent green " ---> 尝试检查域名 IPv6 地址" dnsIP=$(dig @2606:4700:4700::1111 +time=2 aaaa +short "${domain}") ipType=6 if echo "${dnsIP}" | grep -q "network unreachable" || [[ -z "${dnsIP}" ]]; then echoContent red " ---> 无法通过DNS获取域名IPv6地址，退出安装" exit 0 fi fi local publicIP= publicIP=$(getPublicIP "${ipType}") if [[ "${publicIP}" != "${dnsIP}" ]]; then echoContent red " ---> 域名解析IP与当前服务器IP不一致\n" echoContent yellow " ---> 请检查域名解析是否生效以及正确" echoContent green " ---> 当前VPS IP：${publicIP}" echoContent green " ---> DNS解析 IP：${dnsIP}" exit 0 else echoContent green " ---> 域名IP校验通过" fi } # 检查端口实际开放状态 checkPortOpen() { handleSingBox stop >/dev/null 2>&1 handleXray stop >/dev/null 2>&1 local port=$1 local domain=$2 local checkPortOpenResult= allowPort "${port}" if [[ -z "${btDomain}" ]]; then handleNginx stop # 初始化nginx配置 touch ${nginxConfigPath}checkPortOpen.conf local listenIPv6PortConfig= if [[ -n $(curl -s -6 -m 4 http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | cut -d "=" -f 2) ]]; then listenIPv6PortConfig="listen [::]:${port};" fi cat <${nginxConfigPath}checkPortOpen.conf server { listen ${port}; ${listenIPv6PortConfig} server_name ${domain}; location /checkPort { return 200 'fjkvymb6len'; } location /ip { proxy_set_header Host \$host; proxy_set_header X-Real-IP \$remote_addr; proxy_set_header REMOTE-HOST \$remote_addr; proxy_set_header X-Forwarded-For \$proxy_add_x_forwarded_for; default_type text/plain; return 200 \$proxy_add_x_forwarded_for; } } EOF handleNginx start # 检查域名+端口的开放 checkPortOpenResult=$(curl -s -m 10 "http://${domain}:${port}/checkPort") localIP=$(curl -s -m 10 "http://${domain}:${port}/ip") rm "${nginxConfigPath}checkPortOpen.conf" handleNginx stop if [[ "${checkPortOpenResult}" == "fjkvymb6len" ]]; then echoContent green " ---> 检测到${port}端口已开放" else echoContent green " ---> 未检测到${port}端口开放，退出安装" if echo "${checkPortOpenResult}" | grep -q "cloudflare"; then echoContent yellow " ---> 请关闭云朵后等待三分钟重新尝试" else if [[ -z "${checkPortOpenResult}" ]]; then echoContent red " ---> 请检查是否有网页防火墙，比如Oracle等云服务商" echoContent red " ---> 检查是否自己安装过nginx并且有配置冲突，可以尝试DD纯净系统后重新尝试" else echoContent red " ---> 错误日志：${checkPortOpenResult}，请将此错误日志通过issues提交反馈" fi fi exit 0 fi checkIP "${localIP}" fi } # 初始化Nginx申请证书配置 initTLSNginxConfig() { handleNginx stop echoContent skyBlue "\n进度 $1/${totalProgress} : 初始化Nginx申请证书配置" if [[ -n "${currentHost}" && -z "${lastInstallationConfig}" ]]; then echo read -r -p "读取到上次安装记录，是否使用上次安装时的域名 ？[y/n]:" historyDomainStatus if [[ "${historyDomainStatus}" == "y" ]]; then domain=${currentHost} echoContent yellow "\n ---> 域名: ${domain}" else echo echoContent yellow "请输入要配置的域名 例: www.v2ray-agent.com --->" read -r -p "域名:" domain fi elif [[ -n "${currentHost}" && -n "${lastInstallationConfig}" ]]; then domain=${currentHost} else echo echoContent yellow "请输入要配置的域名 例: www.v2ray-agent.com --->" read -r -p "域名:" domain fi if [[ -z ${domain} ]]; then echoContent red " 域名不可为空--->" initTLSNginxConfig 3 else dnsTLSDomain=$(echo "${domain}" | awk -F "." '{$1="";print $0}' | sed 's/^[[:space:]]*//' | sed 's/ /./g') if [[ "${selectCoreType}" == "1" ]]; then customPortFunction fi # 修改配置 handleNginx stop fi } # 删除nginx默认的配置 removeNginxDefaultConf() { if [[ -f ${nginxConfigPath}default.conf ]]; then if [[ "$(grep -c "server_name" <${nginxConfigPath}default.conf)" == "1" ]] && [[ "$(grep -c "server_name localhost;" <${nginxConfigPath}default.conf)" == "1" ]]; then echoContent green " ---> 删除Nginx默认配置" rm -rf ${nginxConfigPath}default.conf >/dev/null 2>&1 fi fi } # 修改nginx重定向配置 updateRedirectNginxConf() { local redirectDomain= redirectDomain=${domain}:${port} local nginxH2Conf= nginxH2Conf="listen 127.0.0.1:31302 http2 so_keepalive=on proxy_protocol;" nginxVersion=$(nginx -v 2>&1) if echo "${nginxVersion}" | grep -q "1.25" && [[ $(echo "${nginxVersion}" | awk -F "[.]" '{print $3}') -gt 0 ]] || [[ $(echo "${nginxVersion}" | awk -F "[.]" '{print $2}') -gt 25 ]]; then nginxH2Conf="listen 127.0.0.1:31302 so_keepalive=on proxy_protocol;http2 on;" fi cat <${nginxConfigPath}alone.conf server { listen 127.0.0.1:31300; server_name _; return 403; } EOF if echo "${selectCustomInstallType}" | grep -qE ",2,|,5," || [[ -z "${selectCustomInstallType}" ]]; then cat <>${nginxConfigPath}alone.conf server { ${nginxH2Conf} server_name ${domain}; root ${nginxStaticPath}; set_real_ip_from 127.0.0.1; real_ip_header proxy_protocol; client_header_timeout 1071906480m; keepalive_timeout 1071906480m; location /${currentPath}grpc { if (\$content_type !~ "application/grpc") { return 404; } client_max_body_size 0; grpc_set_header X-Real-IP \$proxy_add_x_forwarded_for; client_body_timeout 1071906480m; grpc_read_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31301; } location /${currentPath}trojangrpc { if (\$content_type !~ "application/grpc") { return 404; } client_max_body_size 0; grpc_set_header X-Real-IP \$proxy_add_x_forwarded_for; client_body_timeout 1071906480m; grpc_read_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31304; } location / { } } EOF elif echo "${selectCustomInstallType}" | grep -q ",5," || [[ -z "${selectCustomInstallType}" ]]; then cat <>${nginxConfigPath}alone.conf server { ${nginxH2Conf} set_real_ip_from 127.0.0.1; real_ip_header proxy_protocol; server_name ${domain}; root ${nginxStaticPath}; location /${currentPath}grpc { client_max_body_size 0; keepalive_requests 4294967296; client_body_timeout 1071906480m; send_timeout 1071906480m; lingering_close always; grpc_read_timeout 1071906480m; grpc_send_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31301; } location / { } } EOF elif echo "${selectCustomInstallType}" | grep -q ",2," || [[ -z "${selectCustomInstallType}" ]]; then cat <>${nginxConfigPath}alone.conf server { ${nginxH2Conf} set_real_ip_from 127.0.0.1; real_ip_header proxy_protocol; server_name ${domain}; root ${nginxStaticPath}; location /${currentPath}trojangrpc { client_max_body_size 0; # keepalive_time 1071906480m; keepalive_requests 4294967296; client_body_timeout 1071906480m; send_timeout 1071906480m; lingering_close always; grpc_read_timeout 1071906480m; grpc_send_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31301; } location / { } } EOF else cat <>${nginxConfigPath}alone.conf server { ${nginxH2Conf} set_real_ip_from 127.0.0.1; real_ip_header proxy_protocol; server_name ${domain}; root ${nginxStaticPath}; location / { } } EOF fi cat <>${nginxConfigPath}alone.conf server { listen 127.0.0.1:31300 proxy_protocol; server_name ${domain}; set_real_ip_from 127.0.0.1; real_ip_header proxy_protocol; root ${nginxStaticPath}; location / { } } EOF handleNginx stop } # singbox Nginx config singBoxNginxConfig() { local type=$1 local port=$2 local nginxH2Conf= nginxH2Conf="listen ${port} http2 so_keepalive=on ssl;" nginxVersion=$(nginx -v 2>&1) local singBoxNginxSSL= singBoxNginxSSL="ssl_certificate /etc/v2ray-agent/tls/${domain}.crt;ssl_certificate_key /etc/v2ray-agent/tls/${domain}.key;" if echo "${nginxVersion}" | grep -q "1.25" && [[ $(echo "${nginxVersion}" | awk -F "[.]" '{print $3}') -gt 0 ]] || [[ $(echo "${nginxVersion}" | awk -F "[.]" '{print $2}') -gt 25 ]]; then nginxH2Conf="listen ${port} so_keepalive=on ssl;http2 on;" fi if echo "${selectCustomInstallType}" | grep -q ",11," || [[ "$1" == "all" ]]; then cat <>${nginxConfigPath}sing_box_VMess_HTTPUpgrade.conf server { ${nginxH2Conf} server_name ${domain}; root ${nginxStaticPath}; ${singBoxNginxSSL} ssl_protocols TLSv1.2 TLSv1.3; ssl_ciphers TLS13_AES_128_GCM_SHA256:TLS13_AES_256_GCM_SHA384:TLS13_CHACHA20_POLY1305_SHA256:ECDHE-ECDSA-AES128-GCM-SHA256:ECDHE-ECDSA-AES256-GCM-SHA384:ECDHE-ECDSA-CHACHA20-POLY1305; ssl_prefer_server_ciphers on; resolver 1.1.1.1 valid=60s; resolver_timeout 2s; client_max_body_size 100m; location /${currentPath} { if (\$http_upgrade != "websocket") { return 444; } proxy_pass http://127.0.0.1:31306; proxy_http_version 1.1; proxy_set_header Upgrade \$http_upgrade; proxy_set_header Connection "upgrade"; proxy_set_header X-Real-IP \$remote_addr; proxy_set_header X-Forwarded-For \$proxy_add_x_forwarded_for; proxy_set_header Host \$host; proxy_redirect off; } } EOF fi } # 检查ip checkIP() { echoContent skyBlue "\n ---> 检查域名ip中" local localIP=$1 if [[ -z ${localIP} ]] || ! echo "${localIP}" | sed '1{s/[^(]*(//;s/).*//;q}' | grep -q '\.' && ! echo "${localIP}" | sed '1{s/[^(]*(//;s/).*//;q}' | grep -q ':'; then echoContent red "\n ---> 未检测到当前域名的ip" echoContent skyBlue " ---> 请依次进行下列检查" echoContent yellow " ---> 1.检查域名是否书写正确" echoContent yellow " ---> 2.检查域名dns解析是否正确" echoContent yellow " ---> 3.如解析正确，请等待dns生效，预计三分钟内生效" echoContent yellow " ---> 4.如报Nginx启动问题，请手动启动nginx查看错误，如自己无法处理请提issues" echo echoContent skyBlue " ---> 如以上设置都正确，请重新安装纯净系统后再次尝试" if [[ -n ${localIP} ]]; then echoContent yellow " ---> 检测返回值异常，建议手动卸载nginx后重新执行脚本" echoContent red " ---> 异常结果：${localIP}" fi exit 0 else if echo "${localIP}" | awk -F "[,]" '{print $2}' | grep -q "." || echo "${localIP}" | awk -F "[,]" '{print $2}' | grep -q ":"; then echoContent red "\n ---> 检测到多个ip，请确认是否关闭cloudflare的云朵" echoContent yellow " ---> 关闭云朵后等待三分钟后重试" echoContent yellow " ---> 检测到的ip如下:[${localIP}]" exit 0 fi echoContent green " ---> 检查当前域名IP正确" fi } # 自定义email customSSLEmail() { if echo "$1" | grep -q "validate email"; then read -r -p "是否重新输入邮箱地址[y/n]:" sslEmailStatus if [[ "${sslEmailStatus}" == "y" ]]; then sed '/ACCOUNT_EMAIL/d' /root/.acme.sh/account.conf >/root/.acme.sh/account.conf_tmp && mv /root/.acme.sh/account.conf_tmp /root/.acme.sh/account.conf else exit 0 fi fi if [[ -d "/root/.acme.sh" && -f "/root/.acme.sh/account.conf" ]]; then if ! grep -q "ACCOUNT_EMAIL" <"/root/.acme.sh/account.conf" && ! echo "${sslType}" | grep -q "letsencrypt"; then read -r -p "请输入邮箱地址:" sslEmail if echo "${sslEmail}" | grep -q "@"; then echo "ACCOUNT_EMAIL='${sslEmail}'" >>/root/.acme.sh/account.conf echoContent green " ---> 添加完毕" else echoContent yellow "请重新输入正确的邮箱格式[例: username@example.com]" customSSLEmail fi fi fi } # DNS API申请证书 switchDNSAPI() { read -r -p "是否使用DNS API申请证书[支持NAT]？[y/n]:" dnsAPIStatus if [[ "${dnsAPIStatus}" == "y" ]]; then echoContent red "\n==============================================================" echoContent yellow "1.cloudflare[默认]" echoContent yellow "2.aliyun" echoContent red "==============================================================" read -r -p "请选择[回车]使用默认:" selectDNSAPIType case ${selectDNSAPIType} in 1) dnsAPIType="cloudflare" ;; 2) dnsAPIType="aliyun" ;; *) dnsAPIType="cloudflare" ;; esac initDNSAPIConfig "${dnsAPIType}" fi } # 初始化dns配置 initDNSAPIConfig() { if [[ "$1" == "cloudflare" ]]; then echoContent yellow "\n CF_Token参考配置教程：https://www.v2ray-agent.com/archives/1701160377972\n" read -r -p "请输入API Token:" cfAPIToken if [[ -z "${cfAPIToken}" ]]; then echoContent red " ---> 输入为空，请重新输入" initDNSAPIConfig "$1" else echo if ! echo "${dnsTLSDomain}" | grep -q "\." || [[ -z $(echo "${dnsTLSDomain}" | awk -F "[.]" '{print $1}') ]]; then echoContent green " ---> 不支持此域名申请通配符证书，建议使用此格式[xx.xx.xx]" exit 0 fi read -r -p "是否使用*.${dnsTLSDomain}进行API申请通配符证书？[y/n]:" dnsAPIStatus fi elif [[ "$1" == "aliyun" ]]; then read -r -p "请输入Ali Key:" aliKey read -r -p "请输入Ali Secret:" aliSecret if [[ -z "${aliKey}" || -z "${aliSecret}" ]]; then echoContent red " ---> 输入为空，请重新输入" initDNSAPIConfig "$1" else echo if ! echo "${dnsTLSDomain}" | grep -q "\." || [[ -z $(echo "${dnsTLSDomain}" | awk -F "[.]" '{print $1}') ]]; then echoContent green " ---> 不支持此域名申请通配符证书，建议使用此格式[xx.xx.xx]" exit 0 fi read -r -p "是否使用*.${dnsTLSDomain}进行API申请通配符证书？[y/n]:" dnsAPIStatus fi fi } # 选择ssl安装类型 switchSSLType() { if [[ -z "${sslType}" ]]; then echoContent red "\n==============================================================" echoContent yellow "1.letsencrypt[默认]" echoContent yellow "2.zerossl" echoContent yellow "3.buypass[不支持DNS申请]" echoContent red "==============================================================" read -r -p "请选择[回车]使用默认:" selectSSLType case ${selectSSLType} in 1) sslType="letsencrypt" ;; 2) sslType="zerossl" ;; 3) sslType="buypass" ;; *) sslType="letsencrypt" ;; esac if [[ -n "${dnsAPIType}" && "${sslType}" == "buypass" ]]; then echoContent red " ---> buypass不支持API申请证书" exit 0 fi echo "${sslType}" >/etc/v2ray-agent/tls/ssl_type fi } # 选择acme安装证书方式 selectAcmeInstallSSL() { # local sslIPv6= # local currentIPType= if [[ "${ipType}" == "6" ]]; then sslIPv6="--listen-v6" fi # currentIPType=$(curl -s "-${ipType}" http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | cut -d "=" -f 2) # if [[ -z "${currentIPType}" ]]; then # currentIPType=$(curl -s -6 http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | cut -d "=" -f 2) # if [[ -n "${currentIPType}" ]]; then # sslIPv6="--listen-v6" # fi # fi acmeInstallSSL readAcmeTLS } # 安装SSL证书 acmeInstallSSL() { local dnsAPIDomain="${tlsDomain}" if [[ "${dnsAPIStatus}" == "y" ]]; then dnsAPIDomain="*.${dnsTLSDomain}" fi if [[ "${dnsAPIType}" == "cloudflare" ]]; then echoContent green " ---> DNS API 生成证书中" sudo CF_Token="${cfAPIToken}" "$HOME/.acme.sh/acme.sh" --issue -d "${dnsAPIDomain}" -d "${dnsTLSDomain}" --dns dns_cf -k ec-256 --server "${sslType}" ${sslIPv6} 2>&1 | tee -a /etc/v2ray-agent/tls/acme.log >/dev/null elif [[ "${dnsAPIType}" == "aliyun" ]]; then echoContent green " ---> DNS API 生成证书中" sudo Ali_Key="${aliKey}" Ali_Secret="${aliSecret}" "$HOME/.acme.sh/acme.sh" --issue -d "${dnsAPIDomain}" -d "${dnsTLSDomain}" --dns dns_ali -k ec-256 --server "${sslType}" ${sslIPv6} 2>&1 | tee -a /etc/v2ray-agent/tls/acme.log >/dev/null else echoContent green " ---> 生成证书中" sudo "$HOME/.acme.sh/acme.sh" --issue -d "${tlsDomain}" --standalone -k ec-256 --server "${sslType}" ${sslIPv6} 2>&1 | tee -a /etc/v2ray-agent/tls/acme.log >/dev/null fi } # 自定义端口 customPortFunction() { local historyCustomPortStatus= if [[ -n "${customPort}" || -n "${currentPort}" ]]; then echo if [[ -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次安装时的端口，是否使用上次安装时的端口？[y/n]:" historyCustomPortStatus if [[ "${historyCustomPortStatus}" == "y" ]]; then port=${currentPort} echoContent yellow "\n ---> 端口: ${port}" fi elif [[ -n "${lastInstallationConfig}" ]]; then port=${currentPort} fi fi if [[ -z "${currentPort}" ]] || [[ "${historyCustomPortStatus}" == "n" ]]; then echo if [[ -n "${btDomain}" ]]; then echoContent yellow "请输入端口[不可与BT Panel/1Panel端口相同，回车随机]" read -r -p "端口:" port if [[ -z "${port}" ]]; then port=$((RANDOM % 20001 + 10000)) fi else echo echoContent yellow "请输入端口[默认: 443]，可自定义端口[回车使用默认]" read -r -p "端口:" port if [[ -z "${port}" ]]; then port=443 fi if [[ "${port}" == "${xrayVLESSRealityPort}" ]]; then handleXray stop fi fi if [[ -n "${port}" ]]; then if ((port >= 1 && port <= 65535)); then allowPort "${port}" echoContent yellow "\n ---> 端口: ${port}" if [[ -z "${btDomain}" ]]; then checkDNSIP "${domain}" removeNginxDefaultConf checkPortOpen "${port}" "${domain}" fi else echoContent red " ---> 端口输入错误" exit 0 fi else echoContent red " ---> 端口不可为空" exit 0 fi fi } # 检测端口是否占用 checkPort() { if [[ -n "$1" ]] && lsof -i "tcp:$1" | grep -q LISTEN; then echoContent red "\n ---> $1端口被占用，请手动关闭后安装\n" lsof -i "tcp:$1" | grep LISTEN exit 0 fi } # 安装TLS installTLS() { echoContent skyBlue "\n进度 $1/${totalProgress} : 申请TLS证书\n" readAcmeTLS local tlsDomain=${domain} # 安装tls if [[ -f "/etc/v2ray-agent/tls/${tlsDomain}.crt" && -f "/etc/v2ray-agent/tls/${tlsDomain}.key" && -n $(cat "/etc/v2ray-agent/tls/${tlsDomain}.crt") ]] || [[ -d "$HOME/.acme.sh/${tlsDomain}_ecc" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.key" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.cer" ]] || [[ "${installedDNSAPIStatus}" == "true" ]]; then echoContent green " ---> 检测到证书" renewalTLS if [[ -z $(find /etc/v2ray-agent/tls/ -name "${tlsDomain}.crt") ]] || [[ -z $(find /etc/v2ray-agent/tls/ -name "${tlsDomain}.key") ]] || [[ -z $(cat "/etc/v2ray-agent/tls/${tlsDomain}.crt") ]]; then if [[ "${installedDNSAPIStatus}" == "true" ]]; then sudo "$HOME/.acme.sh/acme.sh" --installcert -d "*.${dnsTLSDomain}" --fullchainpath "/etc/v2ray-agent/tls/${tlsDomain}.crt" --keypath "/etc/v2ray-agent/tls/${tlsDomain}.key" --ecc >/dev/null else sudo "$HOME/.acme.sh/acme.sh" --installcert -d "${tlsDomain}" --fullchainpath "/etc/v2ray-agent/tls/${tlsDomain}.crt" --keypath "/etc/v2ray-agent/tls/${tlsDomain}.key" --ecc >/dev/null fi else if [[ -d "$HOME/.acme.sh/${tlsDomain}_ecc" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.key" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.cer" ]] || [[ "${installedDNSAPIStatus}" == "true" ]]; then if [[ -z "${lastInstallationConfig}" ]]; then echoContent yellow " ---> 如未过期或者自定义证书请选择[n]\n" read -r -p "是否重新安装？[y/n]:" reInstallStatus if [[ "${reInstallStatus}" == "y" ]]; then rm -rf /etc/v2ray-agent/tls/* installTLS "$1" fi fi fi fi elif [[ -d "$HOME/.acme.sh" ]] && [[ ! -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.cer" || ! -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.key" ]]; then switchDNSAPI if [[ -z "${dnsAPIType}" ]]; then echoContent yellow "\n ---> 不采用API申请证书" echoContent green " ---> 安装TLS证书，需要依赖80端口" allowPort 80 fi switchSSLType customSSLEmail selectAcmeInstallSSL if [[ "${installedDNSAPIStatus}" == "true" ]]; then sudo "$HOME/.acme.sh/acme.sh" --installcert -d "*.${dnsTLSDomain}" --fullchainpath "/etc/v2ray-agent/tls/${tlsDomain}.crt" --keypath "/etc/v2ray-agent/tls/${tlsDomain}.key" --ecc >/dev/null else sudo "$HOME/.acme.sh/acme.sh" --installcert -d "${tlsDomain}" --fullchainpath "/etc/v2ray-agent/tls/${tlsDomain}.crt" --keypath "/etc/v2ray-agent/tls/${tlsDomain}.key" --ecc >/dev/null fi if [[ ! -f "/etc/v2ray-agent/tls/${tlsDomain}.crt" || ! -f "/etc/v2ray-agent/tls/${tlsDomain}.key" ]] || [[ -z $(cat "/etc/v2ray-agent/tls/${tlsDomain}.key") || -z $(cat "/etc/v2ray-agent/tls/${tlsDomain}.crt") ]]; then tail -n 10 /etc/v2ray-agent/tls/acme.log if [[ ${installTLSCount} == "1" ]]; then echoContent red " ---> TLS安装失败，请检查acme日志" exit 0 fi installTLSCount=1 echo if tail -n 10 /etc/v2ray-agent/tls/acme.log | grep -q "Could not validate email address as valid"; then echoContent red " ---> 邮箱无法通过SSL厂商验证，请重新输入" echo customSSLEmail "validate email" installTLS "$1" else installTLS "$1" fi fi echoContent green " ---> TLS生成成功" else echoContent yellow " ---> 未安装acme.sh" exit 0 fi } # 初始化随机字符串 initRandomPath() { local chars="abcdefghijklmnopqrtuxyz" local initCustomPath= for i in {1..4}; do echo "${i}" >/dev/null initCustomPath+="${chars:RANDOM%${#chars}:1}" done customPath=${initCustomPath} } # 自定义/随机路径 randomPathFunction() { if [[ -n $1 ]]; then echoContent skyBlue "\n进度 $1/${totalProgress} : 生成随机路径" else echoContent skyBlue "生成随机路径" fi if [[ -n "${currentPath}" && -z "${lastInstallationConfig}" ]]; then echo read -r -p "读取到上次安装记录，是否使用上次安装时的path路径 ？[y/n]:" historyPathStatus echo elif [[ -n "${currentPath}" && -n "${lastInstallationConfig}" ]]; then historyPathStatus="y" fi if [[ "${historyPathStatus}" == "y" ]]; then customPath=${currentPath} echoContent green " ---> 使用成功\n" else echoContent yellow "请输入自定义路径[例: alone]，不需要斜杠，[回车]随机路径" read -r -p '路径:' customPath if [[ -z "${customPath}" ]]; then initRandomPath currentPath=${customPath} else if [[ "${customPath: -2}" == "ws" ]]; then echo echoContent red " ---> 自定义path结尾不可用ws结尾，否则无法区分分流路径" randomPathFunction "$1" else currentPath=${customPath} fi fi fi echoContent yellow "\n path:${currentPath}" echoContent skyBlue "\n----------------------------" } # 随机数 randomNum() { if [[ "${release}" == "alpine" ]]; then local ranNum= ranNum="$(shuf -i "$1"-"$2" -n 1)" echo "${ranNum}" else echo $((RANDOM % $2 + $1)) fi } # Nginx伪装博客 nginxBlog() { if [[ -n "$1" ]]; then echoContent skyBlue "\n进度 $1/${totalProgress} : 添加伪装站点" else echoContent yellow "\n开始添加伪装站点" fi if [[ -d "${nginxStaticPath}" && -f "${nginxStaticPath}/check" ]]; then echo if [[ -z "${lastInstallationConfig}" ]]; then read -r -p "检测到安装伪装站点，是否需要重新安装[y/n]:" nginxBlogInstallStatus else nginxBlogInstallStatus="n" fi if [[ "${nginxBlogInstallStatus}" == "y" ]]; then rm -rf "${nginxStaticPath}*" # randomNum=$((RANDOM % 6 + 1)) randomNum=$(randomNum 1 9) if [[ "${release}" == "alpine" ]]; then wget -q -P "${nginxStaticPath}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${randomNum}.zip" else wget -q "${wgetShowProgressStatus}" -P "${nginxStaticPath}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${randomNum}.zip" fi unzip -o "${nginxStaticPath}html${randomNum}.zip" -d "${nginxStaticPath}" >/dev/null rm -f "${nginxStaticPath}html${randomNum}.zip*" echoContent green " ---> 添加伪装站点成功" fi else randomNum=$(randomNum 1 9) # randomNum=$((RANDOM % 6 + 1)) rm -rf "${nginxStaticPath}*" if [[ "${release}" == "alpine" ]]; then wget -q -P "${nginxStaticPath}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${randomNum}.zip" else wget -q "${wgetShowProgressStatus}" -P "${nginxStaticPath}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${randomNum}.zip" fi unzip -o "${nginxStaticPath}html${randomNum}.zip" -d "${nginxStaticPath}" >/dev/null rm -f "${nginxStaticPath}html${randomNum}.zip*" echoContent green " ---> 添加伪装站点成功" fi } # 修改http_port_t端口 updateSELinuxHTTPPortT() { $(find /usr/bin /usr/sbin | grep -w journalctl) -xe >/etc/v2ray-agent/nginx_error.log 2>&1 if find /usr/bin /usr/sbin | grep -q -w semanage && find /usr/bin /usr/sbin | grep -q -w getenforce && grep -E "31300|31302" 检查SELinux端口是否开放" if ! $(find /usr/bin /usr/sbin | grep -w semanage) port -l | grep http_port | grep -q 31300; then $(find /usr/bin /usr/sbin | grep -w semanage) port -a -t http_port_t -p tcp 31300 echoContent green " ---> http_port_t 31300 端口开放成功" fi if ! $(find /usr/bin /usr/sbin | grep -w semanage) port -l | grep http_port | grep -q 31302; then $(find /usr/bin /usr/sbin | grep -w semanage) port -a -t http_port_t -p tcp 31302 echoContent green " ---> http_port_t 31302 端口开放成功" fi handleNginx start else exit 0 fi } # 操作Nginx handleNginx() { if ! echo "${selectCustomInstallType}" | grep -qwE ",7,|,8,|,7,8," && [[ -z $(pgrep -f "nginx") ]] && [[ "$1" == "start" ]]; then if [[ "${release}" == "alpine" ]]; then rc-service nginx start 2>/etc/v2ray-agent/nginx_error.log else systemctl start nginx 2>/etc/v2ray-agent/nginx_error.log fi sleep 0.5 if [[ -z $(pgrep -f "nginx") ]]; then echoContent red " ---> Nginx启动失败" echoContent red " ---> 请将下方日志反馈给开发者" nginx if grep -q "journalctl -xe" Nginx启动成功" fi elif [[ -n $(pgrep -f "nginx") ]] && [[ "$1" == "stop" ]]; then if [[ "${release}" == "alpine" ]]; then rc-service nginx stop else systemctl stop nginx fi sleep 0.5 if [[ -z ${btDomain} && -n $(pgrep -f "nginx") ]]; then pgrep -f "nginx" | xargs kill -9 fi echoContent green " ---> Nginx关闭成功" fi } # 定时任务更新tls证书 installCronTLS() { if [[ -z "${btDomain}" ]]; then echoContent skyBlue "\n进度 $1/${totalProgress} : 添加定时维护证书" crontab -l >/etc/v2ray-agent/backup_crontab.cron local historyCrontab historyCrontab=$(sed '/v2ray-agent/d;/acme.sh/d' /etc/v2ray-agent/backup_crontab.cron) echo "${historyCrontab}" >/etc/v2ray-agent/backup_crontab.cron echo "30 1 * * * /bin/bash /etc/v2ray-agent/install.sh RenewTLS >> /etc/v2ray-agent/crontab_tls.log 2>&1" >>/etc/v2ray-agent/backup_crontab.cron crontab /etc/v2ray-agent/backup_crontab.cron echoContent green "\n ---> 添加定时维护证书成功" fi } # 定时任务更新geo文件 installCronUpdateGeo() { if [[ "${coreInstallType}" == "1" ]]; then if crontab -l | grep -q "UpdateGeo"; then echoContent red "\n ---> 已添加自动更新定时任务，请不要重复添加" exit 0 fi echoContent skyBlue "\n进度 1/1 : 添加定时更新geo文件" crontab -l >/etc/v2ray-agent/backup_crontab.cron echo "35 1 * * * /bin/bash /etc/v2ray-agent/install.sh UpdateGeo >> /etc/v2ray-agent/crontab_tls.log 2>&1" >>/etc/v2ray-agent/backup_crontab.cron crontab /etc/v2ray-agent/backup_crontab.cron echoContent green "\n ---> 添加定时更新geo文件成功" fi } # 更新证书 renewalTLS() { if [[ -n $1 ]]; then echoContent skyBlue "\n进度 $1/1 : 更新证书" fi readAcmeTLS local domain=${currentHost} if [[ -z "${currentHost}" && -n "${tlsDomain}" ]]; then domain=${tlsDomain} fi if [[ -f "/etc/v2ray-agent/tls/ssl_type" ]]; then if grep -q "buypass" <"/etc/v2ray-agent/tls/ssl_type"; then sslRenewalDays=180 fi fi if [[ -d "$HOME/.acme.sh/${domain}_ecc" && -f "$HOME/.acme.sh/${domain}_ecc/${domain}.key" && -f "$HOME/.acme.sh/${domain}_ecc/${domain}.cer" ]] || [[ "${installedDNSAPIStatus}" == "true" ]]; then modifyTime= if [[ "${installedDNSAPIStatus}" == "true" ]]; then modifyTime=$(stat --format=%z "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}.cer") else modifyTime=$(stat --format=%z "$HOME/.acme.sh/${domain}_ecc/${domain}.cer") fi modifyTime=$(date +%s -d "${modifyTime}") currentTime=$(date +%s) ((stampDiff = currentTime - modifyTime)) ((days = stampDiff / 86400)) ((remainingDays = sslRenewalDays - days)) tlsStatus=${remainingDays} if [[ ${remainingDays} -le 0 ]]; then tlsStatus="已过期" fi echoContent skyBlue " ---> 证书检查日期:$(date "+%F %H:%M:%S")" echoContent skyBlue " ---> 证书生成日期:$(date -d @"${modifyTime}" +"%F %H:%M:%S")" echoContent skyBlue " ---> 证书生成天数:${days}" echoContent skyBlue " ---> 证书剩余天数:"${tlsStatus} echoContent skyBlue " ---> 证书过期前最后一天自动更新，如更新失败请手动更新" if [[ ${remainingDays} -le 1 ]]; then echoContent yellow " ---> 重新生成证书" handleNginx stop if [[ "${coreInstallType}" == "1" ]]; then handleXray stop elif [[ "${coreInstallType}" == "2" ]]; then handleSingBox stop fi sudo "$HOME/.acme.sh/acme.sh" --cron --home "$HOME/.acme.sh" sudo "$HOME/.acme.sh/acme.sh" --installcert -d "${domain}" --fullchainpath /etc/v2ray-agent/tls/"${domain}.crt" --keypath /etc/v2ray-agent/tls/"${domain}.key" --ecc reloadCore handleNginx start else echoContent green " ---> 证书有效" fi elif [[ -f "/etc/v2ray-agent/tls/${tlsDomain}.crt" && -f "/etc/v2ray-agent/tls/${tlsDomain}.key" && -n $(cat "/etc/v2ray-agent/tls/${tlsDomain}.crt") ]]; then echoContent yellow " ---> 检测到使用自定义证书，无法执行renew操作。" else echoContent red " ---> 未安装" fi } # 安装 sing-box installSingBox() { readInstallType echoContent skyBlue "\n进度 $1/${totalProgress} : 安装sing-box" if [[ ! -f "/etc/v2ray-agent/sing-box/sing-box" ]]; then version=$(curl -s "https://api.github.com/repos/SagerNet/sing-box/releases?per_page=20" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name" | head -1) echoContent green " ---> 最新版本:${version}" if [[ "${release}" == "alpine" ]]; then wget -c -q -P /etc/v2ray-agent/sing-box/ "https://github.com/SagerNet/sing-box/releases/download/${version}/sing-box-${version/v/}${singBoxCoreCPUVendor}.tar.gz" else wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/sing-box/ "https://github.com/SagerNet/sing-box/releases/download/${version}/sing-box-${version/v/}${singBoxCoreCPUVendor}.tar.gz" fi if [[ ! -f "/etc/v2ray-agent/sing-box/sing-box-${version/v/}${singBoxCoreCPUVendor}.tar.gz" ]]; then read -r -p "核心下载失败，请重新尝试安装，是否重新尝试？[y/n]" downloadStatus if [[ "${downloadStatus}" == "y" ]]; then installSingBox "$1" fi else tar zxvf "/etc/v2ray-agent/sing-box/sing-box-${version/v/}${singBoxCoreCPUVendor}.tar.gz" -C "/etc/v2ray-agent/sing-box/" >/dev/null 2>&1 mv "/etc/v2ray-agent/sing-box/sing-box-${version/v/}${singBoxCoreCPUVendor}/sing-box" /etc/v2ray-agent/sing-box/sing-box rm -rf /etc/v2ray-agent/sing-box/sing-box-* chmod 655 /etc/v2ray-agent/sing-box/sing-box fi else echoContent green " ---> 当前版本:v$(/etc/v2ray-agent/sing-box/sing-box version | grep "sing-box version" | awk '{print $3}')" version=$(curl -s "https://api.github.com/repos/SagerNet/sing-box/releases?per_page=20" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name" | head -1) echoContent green " ---> 最新版本:${version}" if [[ -z "${lastInstallationConfig}" ]]; then read -r -p "是否更新、升级？[y/n]:" reInstallSingBoxStatus if [[ "${reInstallSingBoxStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/sing-box/sing-box installSingBox "$1" fi fi fi } # 检查wget showProgress checkWgetShowProgress() { if [[ "${release}" != "alpine" ]]; then if find /usr/bin /usr/sbin | grep -q "/wget" && wget --help | grep -q show-progress; then wgetShowProgressStatus="--show-progress" fi fi } # 安装xray installXray() { readInstallType local prereleaseStatus=false if [[ "$2" == "true" ]]; then prereleaseStatus=true fi echoContent skyBlue "\n进度 $1/${totalProgress} : 安装Xray" if [[ ! -f "/etc/v2ray-agent/xray/xray" ]]; then version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=5" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name" | head -1) echoContent green " ---> Xray-core版本:${version}" if [[ "${release}" == "alpine" ]]; then wget -c -q -P /etc/v2ray-agent/xray/ "https://github.com/XTLS/Xray-core/releases/download/${version}/${xrayCoreCPUVendor}.zip" else wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/XTLS/Xray-core/releases/download/${version}/${xrayCoreCPUVendor}.zip" fi if [[ ! -f "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" ]]; then read -r -p "核心下载失败，请重新尝试安装，是否重新尝试？[y/n]" downloadStatus if [[ "${downloadStatus}" == "y" ]]; then installXray "$1" fi else unzip -o "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" -d /etc/v2ray-agent/xray >/dev/null rm -rf "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" version=$(curl -s https://api.github.com/repos/Loyalsoldier/v2ray-rules-dat/releases?per_page=1 | jq -r '.[]|.tag_name') echoContent skyBlue "------------------------Version-------------------------------" echo "version:${version}" rm /etc/v2ray-agent/xray/geo* >/dev/null 2>&1 if [[ "${release}" == "alpine" ]]; then wget -c -q -P /etc/v2ray-agent/xray/ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geosite.dat" wget -c -q -P /etc/v2ray-agent/xray/ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geoip.dat" else wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geosite.dat" wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geoip.dat" fi chmod 655 /etc/v2ray-agent/xray/xray fi else if [[ -z "${lastInstallationConfig}" ]]; then echoContent green " ---> Xray-core版本:$(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" read -r -p "是否更新、升级？[y/n]:" reInstallXrayStatus if [[ "${reInstallXrayStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/xray/xray installXray "$1" "$2" fi fi fi } # xray版本管理 xrayVersionManageMenu() { echoContent skyBlue "\n进度 $1/${totalProgress} : Xray版本管理" if [[ "${coreInstallType}" != "1" ]]; then echoContent red " ---> 没有检测到安装目录，请执行脚本安装内容" exit 0 fi echoContent red "\n==============================================================" echoContent yellow "1.升级Xray-core" echoContent yellow "2.升级Xray-core 预览版" echoContent yellow "3.回退Xray-core" echoContent yellow "4.关闭Xray-core" echoContent yellow "5.打开Xray-core" echoContent yellow "6.重启Xray-core" echoContent yellow "7.更新geosite、geoip" echoContent yellow "8.设置自动更新geo文件[每天凌晨更新]" echoContent yellow "9.查看日志" echoContent red "==============================================================" read -r -p "请选择:" selectXrayType if [[ "${selectXrayType}" == "1" ]]; then prereleaseStatus=false updateXray elif [[ "${selectXrayType}" == "2" ]]; then prereleaseStatus=true updateXray elif [[ "${selectXrayType}" == "3" ]]; then echoContent yellow "\n1.只可以回退最近的五个版本" echoContent yellow "2.不保证回退后一定可以正常使用" echoContent yellow "3.如果回退的版本不支持当前的config，则会无法连接，谨慎操作" echoContent skyBlue "------------------------Version-------------------------------" curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=5" | jq -r ".[]|select (.prerelease==false)|.tag_name" | awk '{print ""NR""":"$0}' echoContent skyBlue "--------------------------------------------------------------" read -r -p "请输入要回退的版本:" selectXrayVersionType version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=5" | jq -r ".[]|select (.prerelease==false)|.tag_name" | awk '{print ""NR""":"$0}' | grep "${selectXrayVersionType}:" | awk -F "[:]" '{print $2}') if [[ -n "${version}" ]]; then updateXray "${version}" else echoContent red "\n ---> 输入有误，请重新输入" xrayVersionManageMenu 1 fi elif [[ "${selectXrayType}" == "4" ]]; then handleXray stop elif [[ "${selectXrayType}" == "5" ]]; then handleXray start elif [[ "${selectXrayType}" == "6" ]]; then reloadCore elif [[ "${selectXrayType}" == "7" ]]; then updateGeoSite elif [[ "${selectXrayType}" == "8" ]]; then installCronUpdateGeo elif [[ "${selectXrayType}" == "9" ]]; then checkLog 1 fi } # 更新 geosite updateGeoSite() { echoContent yellow "\n来源 https://github.com/Loyalsoldier/v2ray-rules-dat" version=$(curl -s https://api.github.com/repos/Loyalsoldier/v2ray-rules-dat/releases?per_page=1 | jq -r '.[]|.tag_name') echoContent skyBlue "------------------------Version-------------------------------" echo "version:${version}" rm ${configPath}../geo* >/dev/null if [[ "${release}" == "alpine" ]]; then wget -c -q -P ${configPath}../ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geosite.dat" wget -c -q -P ${configPath}../ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geoip.dat" else wget -c -q "${wgetShowProgressStatus}" -P ${configPath}../ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geosite.dat" wget -c -q "${wgetShowProgressStatus}" -P ${configPath}../ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geoip.dat" fi reloadCore echoContent green " ---> 更新完毕" } # 更新Xray updateXray() { readInstallType if [[ -z "${coreInstallType}" || "${coreInstallType}" != "1" ]]; then if [[ -n "$1" ]]; then version=$1 else version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=5" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name" | head -1) fi echoContent green " ---> Xray-core版本:${version}" if [[ "${release}" == "alpine" ]]; then wget -c -q -P /etc/v2ray-agent/xray/ "https://github.com/XTLS/Xray-core/releases/download/${version}/${xrayCoreCPUVendor}.zip" else wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/XTLS/Xray-core/releases/download/${version}/${xrayCoreCPUVendor}.zip" fi unzip -o "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" -d /etc/v2ray-agent/xray >/dev/null rm -rf "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" chmod 655 /etc/v2ray-agent/xray/xray handleXray stop handleXray start else echoContent green " ---> 当前版本:v$(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" remoteVersion=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=5" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name" | head -1) echoContent green " ---> 最新版本:${remoteVersion}" if [[ -n "$1" ]]; then version=$1 else version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=10" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name" | head -1) fi if [[ -n "$1" ]]; then read -r -p "回退版本为${version}，是否继续？[y/n]:" rollbackXrayStatus if [[ "${rollbackXrayStatus}" == "y" ]]; then echoContent green " ---> 当前Xray-core版本:$(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" handleXray stop rm -f /etc/v2ray-agent/xray/xray updateXray "${version}" else echoContent green " ---> 放弃回退版本" fi elif [[ "${version}" == "v$(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" ]]; then read -r -p "当前版本与最新版相同，是否重新安装？[y/n]:" reInstallXrayStatus if [[ "${reInstallXrayStatus}" == "y" ]]; then handleXray stop rm -f /etc/v2ray-agent/xray/xray updateXray else echoContent green " ---> 放弃重新安装" fi else read -r -p "最新版本为:${version}，是否更新？[y/n]:" installXrayStatus if [[ "${installXrayStatus}" == "y" ]]; then rm /etc/v2ray-agent/xray/xray updateXray else echoContent green " ---> 放弃更新" fi fi fi } # 验证整个服务是否可用 checkGFWStatue() { readInstallType echoContent skyBlue "\n进度 $1/${totalProgress} : 验证服务启动状态" if [[ "${coreInstallType}" == "1" ]] && [[ -n $(pgrep -f "xray/xray") ]]; then echoContent green " ---> 服务启动成功" elif [[ "${coreInstallType}" == "2" ]] && [[ -n $(pgrep -f "sing-box/sing-box") ]]; then echoContent green " ---> 服务启动成功" else echoContent red " ---> 服务启动失败，请检查终端是否有日志打印" exit 0 fi } # 安装alpine开机启动 installAlpineStartup() { local serviceName=$1 if [[ "${serviceName}" == "sing-box" ]]; then cat <"/etc/init.d/${serviceName}" #!/sbin/openrc-run description="sing-box service" command="/etc/v2ray-agent/sing-box/sing-box" command_args="run -c /etc/v2ray-agent/sing-box/conf/config.json" command_background=true pidfile="/var/run/sing-box.pid" EOF elif [[ "${serviceName}" == "xray" ]]; then cat <"/etc/init.d/${serviceName}" #!/sbin/openrc-run description="xray service" command="/etc/v2ray-agent/xray/xray" command_args="run -confdir /etc/v2ray-agent/xray/conf" command_background=true pidfile="/var/run/xray.pid" EOF fi chmod +x "/etc/init.d/${serviceName}" } # sing-box开机自启 installSingBoxService() { echoContent skyBlue "\n进度 $1/${totalProgress} : 配置sing-box开机自启" execStart='/etc/v2ray-agent/sing-box/sing-box run -c /etc/v2ray-agent/sing-box/conf/config.json' if [[ -n $(find /bin /usr/bin -name "systemctl") && "${release}" != "alpine" ]]; then rm -rf /etc/systemd/system/sing-box.service touch /etc/systemd/system/sing-box.service cat </etc/systemd/system/sing-box.service [Unit] Description=Sing-Box Service Documentation=https://sing-box.sagernet.org After=network.target nss-lookup.target [Service] User=root WorkingDirectory=/root CapabilityBoundingSet=CAP_NET_ADMIN CAP_NET_BIND_SERVICE CAP_SYS_PTRACE CAP_DAC_READ_SEARCH AmbientCapabilities=CAP_NET_ADMIN CAP_NET_BIND_SERVICE CAP_SYS_PTRACE CAP_DAC_READ_SEARCH ExecStart=${execStart} ExecReload=/bin/kill -HUP $MAINPID Restart=on-failure RestartSec=10 LimitNPROC=infinity LimitNOFILE=infinity [Install] WantedBy=multi-user.target EOF bootStartup "sing-box.service" elif [[ "${release}" == "alpine" ]]; then installAlpineStartup "sing-box" bootStartup "sing-box" fi echoContent green " ---> 配置sing-box开机启动完毕" } # Xray开机自启 installXrayService() { echoContent skyBlue "\n进度 $1/${totalProgress} : 配置Xray开机自启" execStart='/etc/v2ray-agent/xray/xray run -confdir /etc/v2ray-agent/xray/conf' if [[ -n $(find /bin /usr/bin -name "systemctl") ]]; then rm -rf /etc/systemd/system/xray.service touch /etc/systemd/system/xray.service cat </etc/systemd/system/xray.service [Unit] Description=Xray Service Documentation=https://github.com/xtls After=network.target nss-lookup.target [Service] User=root ExecStart=${execStart} Restart=on-failure RestartPreventExitStatus=23 LimitNPROC=infinity LimitNOFILE=infinity [Install] WantedBy=multi-user.target EOF bootStartup "xray.service" echoContent green " ---> 配置Xray开机自启成功" elif [[ "${release}" == "alpine" ]]; then installAlpineStartup "xray" bootStartup "xray" fi } # 操作Hysteria handleHysteria() { # shellcheck disable=SC2010 if find /bin /usr/bin | grep -q systemctl && ls /etc/systemd/system/ | grep -q hysteria.service; then if [[ -z $(pgrep -f "hysteria/hysteria") ]] && [[ "$1" == "start" ]]; then systemctl start hysteria.service elif [[ -n $(pgrep -f "hysteria/hysteria") ]] && [[ "$1" == "stop" ]]; then systemctl stop hysteria.service fi fi sleep 0.8 if [[ "$1" == "start" ]]; then if [[ -n $(pgrep -f "hysteria/hysteria") ]]; then echoContent green " ---> Hysteria启动成功" else echoContent red "Hysteria启动失败" echoContent red "请手动执行【/etc/v2ray-agent/hysteria/hysteria --log-level debug -c /etc/v2ray-agent/hysteria/conf/config.json server】，查看错误日志" exit 0 fi elif [[ "$1" == "stop" ]]; then if [[ -z $(pgrep -f "hysteria/hysteria") ]]; then echoContent green " ---> Hysteria关闭成功" else echoContent red "Hysteria关闭失败" echoContent red "请手动执行【ps -ef|grep -v grep|grep hysteria|awk '{print \$2}'|xargs kill -9】" exit 0 fi fi } # 操作sing-box handleSingBox() { if [[ -f "/etc/systemd/system/sing-box.service" ]]; then if [[ -z $(pgrep -f "sing-box") ]] && [[ "$1" == "start" ]]; then singBoxMergeConfig systemctl start sing-box.service elif [[ -n $(pgrep -f "sing-box") ]] && [[ "$1" == "stop" ]]; then systemctl stop sing-box.service fi elif [[ -f "/etc/init.d/sing-box" ]]; then if [[ -z $(pgrep -f "sing-box") ]] && [[ "$1" == "start" ]]; then singBoxMergeConfig rc-service sing-box start elif [[ -n $(pgrep -f "sing-box") ]] && [[ "$1" == "stop" ]]; then rc-service sing-box stop fi fi sleep 1 if [[ "$1" == "start" ]]; then if [[ -n $(pgrep -f "sing-box") ]]; then echoContent green " ---> sing-box启动成功" else echoContent red "sing-box启动失败" echoContent yellow "请手动执行【 /etc/v2ray-agent/sing-box/sing-box merge config.json -C /etc/v2ray-agent/sing-box/conf/config/ -D /etc/v2ray-agent/sing-box/conf/ 】，查看错误日志" echo echoContent yellow "如上面命令没有错误，请手动执行【 /etc/v2ray-agent/sing-box/sing-box run -c /etc/v2ray-agent/sing-box/conf/config.json 】，查看错误日志" exit 0 fi elif [[ "$1" == "stop" ]]; then if [[ -z $(pgrep -f "sing-box") ]]; then echoContent green " ---> sing-box关闭成功" else echoContent red " ---> sing-box关闭失败" echoContent red "请手动执行【ps -ef|grep -v grep|grep sing-box|awk '{print \$2}'|xargs kill -9】" exit 0 fi fi } # 操作xray handleXray() { if [[ -n $(find /bin /usr/bin -name "systemctl") ]] && [[ -n $(find /etc/systemd/system/ -name "xray.service") ]]; then if [[ -z $(pgrep -f "xray/xray") ]] && [[ "$1" == "start" ]]; then systemctl start xray.service elif [[ -n $(pgrep -f "xray/xray") ]] && [[ "$1" == "stop" ]]; then systemctl stop xray.service fi elif [[ -f "/etc/init.d/xray" ]]; then if [[ -z $(pgrep -f "xray/xray") ]] && [[ "$1" == "start" ]]; then rc-service xray start elif [[ -n $(pgrep -f "xray/xray") ]] && [[ "$1" == "stop" ]]; then rc-service xray stop fi fi sleep 0.8 if [[ "$1" == "start" ]]; then if [[ -n $(pgrep -f "xray/xray") ]]; then echoContent green " ---> Xray启动成功" else echoContent red "Xray启动失败" echoContent red "请手动执行以下的命令后【/etc/v2ray-agent/xray/xray -confdir /etc/v2ray-agent/xray/conf】将错误日志进行反馈" exit 0 fi elif [[ "$1" == "stop" ]]; then if [[ -z $(pgrep -f "xray/xray") ]]; then echoContent green " ---> Xray关闭成功" else echoContent red "xray关闭失败" echoContent red "请手动执行【ps -ef|grep -v grep|grep xray|awk '{print \$2}'|xargs kill -9】" exit 0 fi fi } # 读取Xray用户数据并初始化 initXrayClients() { local type=",$1," local newUUID=$2 local newEmail=$3 if [[ -n "${newUUID}" ]]; then local newUser= newUser="{\"id\":\"${uuid}\",\"flow\":\"xtls-rprx-vision\",\"email\":\"${newEmail}-VLESS_TCP/TLS_Vision\"}" currentClients=$(echo "${currentClients}" | jq -r ". +=[${newUser}]") fi local users= users=[] while read -r user; do uuid=$(echo "${user}" | jq -r .id//.uuid) email=$(echo "${user}" | jq -r .email//.name | awk -F "[-]" '{print $1}') currentUser= if echo "${type}" | grep -q "0"; then currentUser="{\"id\":\"${uuid}\",\"flow\":\"xtls-rprx-vision\",\"email\":\"${email}-VLESS_TCP/TLS_Vision\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VLESS WS if echo "${type}" | grep -q ",1,"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-VLESS_WS\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VLESS XHTTP if echo "${type}" | grep -q ",12,"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-VLESS_Reality_XHTTP\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # trojan grpc if echo "${type}" | grep -q ",2,"; then currentUser="{\"password\":\"${uuid}\",\"email\":\"${email}-Trojan_gRPC\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VMess WS if echo "${type}" | grep -q ",3,"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-VMess_WS\",\"alterId\": 0}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # trojan tcp if echo "${type}" | grep -q ",4,"; then currentUser="{\"password\":\"${uuid}\",\"email\":\"${email}-trojan_tcp\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # vless grpc if echo "${type}" | grep -q ",5,"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-vless_grpc\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # hysteria if echo "${type}" | grep -q ",6,"; then currentUser="{\"password\":\"${uuid}\",\"name\":\"${email}-singbox_hysteria2\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # vless reality vision if echo "${type}" | grep -q ",7,"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-vless_reality_vision\",\"flow\":\"xtls-rprx-vision\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # vless reality grpc if echo "${type}" | grep -q ",8,"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-vless_reality_grpc\",\"flow\":\"\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # tuic if echo "${type}" | grep -q ",9,"; then currentUser="{\"uuid\":\"${uuid}\",\"password\":\"${uuid}\",\"name\":\"${email}-singbox_tuic\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi done < <(echo "${currentClients}" | jq -c '.[]') echo "${users}" } # 读取singbox用户数据并初始化 initSingBoxClients() { local type=",$1," local newUUID=$2 local newName=$3 if [[ -n "${newUUID}" ]]; then local newUser= newUser="{\"uuid\":\"${newUUID}\",\"flow\":\"xtls-rprx-vision\",\"name\":\"${newName}-VLESS_TCP/TLS_Vision\"}" currentClients=$(echo "${currentClients}" | jq -r ". +=[${newUser}]") fi local users= users=[] while read -r user; do uuid=$(echo "${user}" | jq -r .uuid//.id//.password) name=$(echo "${user}" | jq -r .name//.email//.username | awk -F "[-]" '{print $1}') currentUser= # VLESS Vision if echo "${type}" | grep -q ",0,"; then currentUser="{\"uuid\":\"${uuid}\",\"flow\":\"xtls-rprx-vision\",\"name\":\"${name}-VLESS_TCP/TLS_Vision\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VLESS WS if echo "${type}" | grep -q ",1,"; then currentUser="{\"uuid\":\"${uuid}\",\"name\":\"${name}-VLESS_WS\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VMess ws if echo "${type}" | grep -q ",3,"; then currentUser="{\"uuid\":\"${uuid}\",\"name\":\"${name}-VMess_WS\",\"alterId\": 0}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # trojan if echo "${type}" | grep -q ",4,"; then currentUser="{\"password\":\"${uuid}\",\"name\":\"${name}-Trojan_TCP\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VLESS Reality Vision if echo "${type}" | grep -q ",7,"; then currentUser="{\"uuid\":\"${uuid}\",\"flow\":\"xtls-rprx-vision\",\"name\":\"${name}-VLESS_Reality_Vision\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VLESS Reality gRPC if echo "${type}" | grep -q ",8,"; then currentUser="{\"uuid\":\"${uuid}\",\"name\":\"${name}-VLESS_Reality_gPRC\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # hysteria2 if echo "${type}" | grep -q ",6,"; then currentUser="{\"password\":\"${uuid}\",\"name\":\"${name}-singbox_hysteria2\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # tuic if echo "${type}" | grep -q ",9,"; then currentUser="{\"uuid\":\"${uuid}\",\"password\":\"${uuid}\",\"name\":\"${name}-singbox_tuic\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # naive if echo "${type}" | grep -q ",10,"; then currentUser="{\"password\":\"${uuid}\",\"username\":\"${name}-singbox_naive\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # VMess HTTPUpgrade if echo "${type}" | grep -q ",11,"; then currentUser="{\"uuid\":\"${uuid}\",\"name\":\"${name}-VMess_HTTPUpgrade\",\"alterId\": 0}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # anytls if echo "${type}" | grep -q ",13,"; then currentUser="{\"password\":\"${uuid}\",\"name\":\"${name}-anytls\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi if echo "${type}" | grep -q ",20,"; then currentUser="{\"username\":\"${uuid}\",\"password\":\"${uuid}\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi done < <(echo "${currentClients}" | jq -c '.[]') echo "${users}" } # 初始化hysteria端口 initHysteriaPort() { readSingBoxConfig if [[ -n "${hysteriaPort}" ]]; then read -r -p "读取到上次安装时的端口，是否使用上次安装时的端口？[y/n]:" historyHysteriaPortStatus if [[ "${historyHysteriaPortStatus}" == "y" ]]; then echoContent yellow "\n ---> 端口: ${hysteriaPort}" else hysteriaPort= fi fi if [[ -z "${hysteriaPort}" ]]; then echoContent yellow "请输入Hysteria端口[回车随机10000-30000]，不可与其他服务重复" read -r -p "端口:" hysteriaPort if [[ -z "${hysteriaPort}" ]]; then hysteriaPort=$((RANDOM % 20001 + 10000)) fi fi if [[ -z ${hysteriaPort} ]]; then echoContent red " ---> 端口不可为空" initHysteriaPort "$2" elif ((hysteriaPort < 1 || hysteriaPort > 65535)); then echoContent red " ---> 端口不合法" initHysteriaPort "$2" fi allowPort "${hysteriaPort}" allowPort "${hysteriaPort}" "udp" } # 初始化hysteria网络信息 initHysteria2Network() { echoContent yellow "请输入本地带宽峰值的下行速度（默认：100，单位：Mbps）" read -r -p "下行速度:" hysteria2ClientDownloadSpeed if [[ -z "${hysteria2ClientDownloadSpeed}" ]]; then hysteria2ClientDownloadSpeed=100 echoContent green "\n ---> 下行速度: ${hysteria2ClientDownloadSpeed}\n" fi echoContent yellow "请输入本地带宽峰值的上行速度（默认：50，单位：Mbps）" read -r -p "上行速度:" hysteria2ClientUploadSpeed if [[ -z "${hysteria2ClientUploadSpeed}" ]]; then hysteria2ClientUploadSpeed=50 echoContent green "\n ---> 上行速度: ${hysteria2ClientUploadSpeed}\n" fi } # firewalld设置端口跳跃 addFirewalldPortHopping() { local start=$1 local end=$2 local targetPort=$3 for port in $(seq "$start" "$end"); do sudo firewall-cmd --permanent --add-forward-port=port="${port}":proto=udp:toport="${targetPort}" done sudo firewall-cmd --reload } # 端口跳跃 addPortHopping() { local type=$1 local targetPort=$2 if [[ -n "${portHoppingStart}" || -n "${portHoppingEnd}" ]]; then echoContent red " ---> 已添加不可重复添加，可删除后重新添加" exit 0 fi if [[ "${release}" == "centos" ]]; then if ! systemctl status firewalld 2>/dev/null | grep -q "active (running)"; then echoContent red " ---> 未启动firewalld防火墙，无法设置端口跳跃。" exit 0 fi fi echoContent skyBlue "\n进度 1/1 : 端口跳跃" echoContent red "\n==============================================================" echoContent yellow "# 注意事项\n" echoContent yellow "仅支持Hysteria2、Tuic" echoContent yellow "端口跳跃的起始位置为30000" echoContent yellow "端口跳跃的结束位置为40000" echoContent yellow "可以在30000-40000范围中选一段" echoContent yellow "建议1000个左右" echoContent yellow "注意不要和其他的端口跳跃设置范围一样，设置相同会覆盖。" echoContent yellow "请输入端口跳跃的范围，例如[30000-31000]" read -r -p "范围:" portHoppingRange if [[ -z "${portHoppingRange}" ]]; then echoContent red " ---> 范围不可为空" addPortHopping "${type}" "${targetPort}" elif echo "${portHoppingRange}" | grep -q "-"; then local portStart= local portEnd= portStart=$(echo "${portHoppingRange}" | awk -F '-' '{print $1}') portEnd=$(echo "${portHoppingRange}" | awk -F '-' '{print $2}') if [[ -z "${portStart}" || -z "${portEnd}" ]]; then echoContent red " ---> 范围不合法" addPortHopping "${type}" "${targetPort}" elif ((portStart < 30000 || portStart > 40000 || portEnd < 30000 || portEnd > 40000 || portEnd < portStart)); then echoContent red " ---> 范围不合法" addPortHopping "${type}" "${targetPort}" else echoContent green "\n端口范围: ${portHoppingRange}\n" if [[ "${release}" == "centos" ]]; then sudo firewall-cmd --permanent --add-masquerade sudo firewall-cmd --reload addFirewalldPortHopping "${portStart}" "${portEnd}" "${targetPort}" if ! sudo firewall-cmd --list-forward-ports | grep -q "toport=${targetPort}"; then echoContent red " ---> 端口跳跃添加失败" exit 0 fi else iptables -t nat -A PREROUTING -p udp --dport "${portStart}:${portEnd}" -m comment --comment "mack-a_${type}_portHopping" -j DNAT --to-destination ":${targetPort}" sudo netfilter-persistent save if ! iptables-save | grep -q "mack-a_${type}_portHopping"; then echoContent red " ---> 端口跳跃添加失败" exit 0 fi fi allowPort "${portStart}:${portEnd}" udp echoContent green " ---> 端口跳跃添加成功" fi fi } # 读取端口跳跃的配置 readPortHopping() { local type=$1 local targetPort=$2 local portHoppingStart= local portHoppingEnd= if [[ "${release}" == "centos" ]]; then portHoppingStart=$(sudo firewall-cmd --list-forward-ports | grep "toport=${targetPort}" | head -1 | cut -d ":" -f 1 | cut -d "=" -f 2) portHoppingEnd=$(sudo firewall-cmd --list-forward-ports | grep "toport=${targetPort}" | tail -n 1 | cut -d ":" -f 1 | cut -d "=" -f 2) else if iptables-save | grep -q "mack-a_${type}_portHopping"; then local portHopping= portHopping=$(iptables-save | grep "mack-a_${type}_portHopping" | cut -d " " -f 8) portHoppingStart=$(echo "${portHopping}" | cut -d ":" -f 1) portHoppingEnd=$(echo "${portHopping}" | cut -d ":" -f 2) fi fi if [[ "${type}" == "hysteria2" ]]; then hysteria2PortHoppingStart="${portHoppingStart}" hysteria2PortHoppingEnd=${portHoppingEnd} hysteria2PortHopping="${portHoppingStart}-${portHoppingEnd}" elif [[ "${type}" == "tuic" ]]; then tuicPortHoppingStart="${portHoppingStart}" tuicPortHoppingEnd="${portHoppingEnd}" # tuicPortHopping="${portHoppingStart}-${portHoppingEnd}" fi } # 删除端口跳跃iptables规则 deletePortHoppingRules() { local type=$1 local start=$2 local end=$3 local targetPort=$4 if [[ "${release}" == "centos" ]]; then for port in $(seq "${start}" "${end}"); do sudo firewall-cmd --permanent --remove-forward-port=port="${port}":proto=udp:toport="${targetPort}" done sudo firewall-cmd --reload else iptables -t nat -L PREROUTING --line-numbers | grep "mack-a_${type}_portHopping" | awk '{print $1}' | while read -r line; do iptables -t nat -D PREROUTING 1 sudo netfilter-persistent save done fi } # 端口跳跃菜单 portHoppingMenu() { local type=$1 # 判断iptables是否存在 if ! find /usr/bin /usr/sbin | grep -q -w iptables; then echoContent red " ---> 无法识别iptables工具，无法使用端口跳跃，退出安装" exit 0 fi local targetPort= local portHoppingStart= local portHoppingEnd= if [[ "${type}" == "hysteria2" ]]; then readPortHopping "${type}" "${singBoxHysteria2Port}" targetPort=${singBoxHysteria2Port} portHoppingStart=${hysteria2PortHoppingStart} portHoppingEnd=${hysteria2PortHoppingEnd} elif [[ "${type}" == "tuic" ]]; then readPortHopping "${type}" "${singBoxTuicPort}" targetPort=${singBoxTuicPort} portHoppingStart=${tuicPortHoppingStart} portHoppingEnd=${tuicPortHoppingEnd} fi echoContent skyBlue "\n进度 1/1 : 端口跳跃" echoContent red "\n==============================================================" echoContent yellow "1.添加端口跳跃" echoContent yellow "2.删除端口跳跃" echoContent yellow "3.查看端口跳跃" read -r -p "请选择:" selectPortHoppingStatus if [[ "${selectPortHoppingStatus}" == "1" ]]; then addPortHopping "${type}" "${targetPort}" elif [[ "${selectPortHoppingStatus}" == "2" ]]; then deletePortHoppingRules "${type}" "${portHoppingStart}" "${portHoppingEnd}" "${targetPort}" echoContent green " ---> 删除成功" elif [[ "${selectPortHoppingStatus}" == "3" ]]; then if [[ -n "${portHoppingStart}" && -n "${portHoppingEnd}" ]]; then echoContent green " ---> 当前端口跳跃范围为: ${portHoppingStart}-${portHoppingEnd}" else echoContent yellow " ---> 未设置端口跳跃" fi else portHoppingMenu fi } # 初始化tuic端口 initTuicPort() { readSingBoxConfig if [[ -n "${tuicPort}" ]]; then read -r -p "读取到上次安装时的端口，是否使用上次安装时的端口？[y/n]:" historyTuicPortStatus if [[ "${historyTuicPortStatus}" == "y" ]]; then echoContent yellow "\n ---> 端口: ${tuicPort}" else tuicPort= fi fi if [[ -z "${tuicPort}" ]]; then echoContent yellow "请输入Tuic端口[回车随机10000-30000]，不可与其他服务重复" read -r -p "端口:" tuicPort if [[ -z "${tuicPort}" ]]; then tuicPort=$((RANDOM % 20001 + 10000)) fi fi if [[ -z ${tuicPort} ]]; then echoContent red " ---> 端口不可为空" initTuicPort "$2" elif ((tuicPort < 1 || tuicPort > 65535)); then echoContent red " ---> 端口不合法" initTuicPort "$2" fi echoContent green "\n ---> 端口: ${tuicPort}" allowPort "${tuicPort}" allowPort "${tuicPort}" "udp" } # 初始化tuic的协议 initTuicProtocol() { if [[ -n "${tuicAlgorithm}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次使用的算法，是否使用 ？[y/n]:" historyTuicAlgorithm if [[ "${historyTuicAlgorithm}" != "y" ]]; then tuicAlgorithm= else echoContent yellow "\n ---> 算法: ${tuicAlgorithm}\n" fi elif [[ -n "${tuicAlgorithm}" && -n "${lastInstallationConfig}" ]]; then echoContent yellow "\n ---> 算法: ${tuicAlgorithm}\n" fi if [[ -z "${tuicAlgorithm}" ]]; then echoContent skyBlue "\n请选择算法类型" echoContent red "==============================================================" echoContent yellow "1.bbr(默认)" echoContent yellow "2.cubic" echoContent yellow "3.new_reno" echoContent red "==============================================================" read -r -p "请选择:" selectTuicAlgorithm case ${selectTuicAlgorithm} in 1) tuicAlgorithm="bbr" ;; 2) tuicAlgorithm="cubic" ;; 3) tuicAlgorithm="new_reno" ;; *) tuicAlgorithm="bbr" ;; esac echoContent yellow "\n ---> 算法: ${tuicAlgorithm}\n" fi } # 初始化tuic配置 #initTuicConfig() { # echoContent skyBlue "\n进度 $1/${totalProgress} : 初始化Tuic配置" # # initTuicPort # initTuicProtocol # cat </etc/v2ray-agent/tuic/conf/config.json #{ # "server": "[::]:${tuicPort}", # "users": $(initXrayClients 9), # "certificate": "/etc/v2ray-agent/tls/${currentHost}.crt", # "private_key": "/etc/v2ray-agent/tls/${currentHost}.key", # "congestion_control":"${tuicAlgorithm}", # "alpn": ["h3"], # "log_level": "warn" #} #EOF #} # 初始化singbox route配置 initSingBoxRouteConfig() { downloadSingBoxGeositeDB local outboundTag=$1 if [[ ! -f "${singBoxConfigPath}${outboundTag}_route.json" ]]; then cat <"${singBoxConfigPath}${outboundTag}_route.json" { "route": { "geosite": { "path": "${singBoxConfigPath}geosite.db" }, "rules": [ { "domain": [ ], "geosite": [ ], "outbound": "${outboundTag}" } ] } } EOF fi } # 下载sing-box geosite db downloadSingBoxGeositeDB() { if [[ ! -f "${singBoxConfigPath}geosite.db" ]]; then if [[ "${release}" == "alpine" ]]; then wget -q -P "${singBoxConfigPath}" https://github.com/Johnshall/sing-geosite/releases/latest/download/geosite.db else wget -q "${wgetShowProgressStatus}" -P "${singBoxConfigPath}" https://github.com/Johnshall/sing-geosite/releases/latest/download/geosite.db fi fi } # 添加sing-box路由规则 addSingBoxRouteRule() { local outboundTag=$1 # 域名列表 local domainList=$2 # 路由文件名称 local routingName=$3 # 读取上次安装内容 if [[ -f "${singBoxConfigPath}${routingName}.json" ]]; then read -r -p "读取到上次的配置，是否保留 ？[y/n]:" historyRouteStatus if [[ "${historyRouteStatus}" == "y" ]]; then domainList="${domainList},$(jq -rc .route.rules[0].rule_set[] "${singBoxConfigPath}${routingName}.json" | awk -F "[_]" '{print $1}' | paste -sd ',')" domainList="${domainList},$(jq -rc .route.rules[0].domain_regex[] "${singBoxConfigPath}${routingName}.json" | awk -F "[*]" '{print $2}' | paste -sd ',' | sed 's/\\//g')" fi fi local rules= rules=$(initSingBoxRules "${domainList}" "${routingName}") # domain精确匹配规则 local domainRules= domainRules=$(echo "${rules}" | jq .domainRules) # ruleSet规则集 local ruleSet= ruleSet=$(echo "${rules}" | jq .ruleSet) # ruleSet规则tag local ruleSetTag=[] if [[ "$(echo "${ruleSet}" | jq '.|length')" != "0" ]]; then ruleSetTag=$(echo "${ruleSet}" | jq '.|map(.tag)') fi if [[ -n "${singBoxConfigPath}" ]]; then cat <"${singBoxConfigPath}${routingName}.json" { "route": { "rules": [ { "rule_set":${ruleSetTag}, "domain_regex":${domainRules}, "outbound": "${outboundTag}" } ], "rule_set":${ruleSet} } } EOF jq 'if .route.rule_set == [] then del(.route.rule_set) else . end' "${singBoxConfigPath}${routingName}.json" >"${singBoxConfigPath}${routingName}_tmp.json" && mv "${singBoxConfigPath}${routingName}_tmp.json" "${singBoxConfigPath}${routingName}.json" fi } # 移除sing-box route rule removeSingBoxRouteRule() { local outboundTag=$1 local delRules if [[ -f "${singBoxConfigPath}${outboundTag}_route.json" ]]; then delRules=$(jq -r 'del(.route.rules[]|select(.outbound=="'"${outboundTag}"'"))' "${singBoxConfigPath}${outboundTag}_route.json") echo "${delRules}" >"${singBoxConfigPath}${outboundTag}_route.json" fi } # 添加sing-box出站 addSingBoxOutbound() { local tag=$1 local type="ipv4" local detour=$2 if echo "${tag}" | grep -q "IPv6"; then type=ipv6 fi if [[ -n "${detour}" ]]; then cat <"${singBoxConfigPath}${tag}.json" { "outbounds": [ { "type": "direct", "tag": "${tag}", "detour": "${detour}", "domain_strategy": "${type}_only" } ] } EOF elif echo "${tag}" | grep -q "direct"; then cat <"${singBoxConfigPath}${tag}.json" { "outbounds": [ { "type": "direct", "tag": "${tag}" } ] } EOF elif echo "${tag}" | grep -q "block"; then cat <"${singBoxConfigPath}${tag}.json" { "outbounds": [ { "type": "block", "tag": "${tag}" } ] } EOF else cat <"${singBoxConfigPath}${tag}.json" { "outbounds": [ { "type": "direct", "tag": "${tag}", "domain_strategy": "${type}_only" } ] } EOF fi } # 添加Xray-core 出站 addXrayOutbound() { local tag=$1 local domainStrategy= if echo "${tag}" | grep -q "IPv4"; then domainStrategy="ForceIPv4" elif echo "${tag}" | grep -q "IPv6"; then domainStrategy="ForceIPv6" fi if [[ -n "${domainStrategy}" ]]; then cat <"/etc/v2ray-agent/xray/conf/${tag}.json" { "outbounds":[ { "protocol":"freedom", "settings":{ "domainStrategy":"${domainStrategy}" }, "tag":"${tag}" } ] } EOF fi # direct if echo "${tag}" | grep -q "direct"; then cat <"/etc/v2ray-agent/xray/conf/${tag}.json" { "outbounds":[ { "protocol":"freedom", "settings": { "domainStrategy":"UseIP" }, "tag":"${tag}" } ] } EOF fi # blackhole if echo "${tag}" | grep -q "blackhole"; then cat <"/etc/v2ray-agent/xray/conf/${tag}.json" { "outbounds":[ { "protocol":"blackhole", "tag":"${tag}" } ] } EOF fi # socks5 outbound if echo "${tag}" | grep -q "socks5"; then cat <"/etc/v2ray-agent/xray/conf/${tag}.json" { "outbounds": [ { "protocol": "socks", "tag": "${tag}", "settings": { "servers": [ { "address": "${socks5RoutingOutboundIP}", "port": ${socks5RoutingOutboundPort}, "users": [ { "user": "${socks5RoutingOutboundUserName}", "pass": "${socks5RoutingOutboundPassword}" } ] } ] } } ] } EOF fi if echo "${tag}" | grep -q "wireguard_out_IPv4"; then cat <"/etc/v2ray-agent/xray/conf/${tag}.json" { "outbounds": [ { "protocol": "wireguard", "settings": { "secretKey": "${secretKeyWarpReg}", "address": [ "${address}" ], "peers": [ { "publicKey": "${publicKeyWarpReg}", "allowedIPs": [ "0.0.0.0/0", "::/0" ], "endpoint": "162.159.192.1:2408" } ], "reserved": ${reservedWarpReg}, "mtu": 1280 }, "tag": "${tag}" } ] } EOF fi if echo "${tag}" | grep -q "wireguard_out_IPv6"; then cat <"/etc/v2ray-agent/xray/conf/${tag}.json" { "outbounds": [ { "protocol": "wireguard", "settings": { "secretKey": "${secretKeyWarpReg}", "address": [ "${address}" ], "peers": [ { "publicKey": "${publicKeyWarpReg}", "allowedIPs": [ "0.0.0.0/0", "::/0" ], "endpoint": "162.159.192.1:2408" } ], "reserved": ${reservedWarpReg}, "mtu": 1280 }, "tag": "${tag}" } ] } EOF fi if echo "${tag}" | grep -q "vmess-out"; then cat <"/etc/v2ray-agent/xray/conf/${tag}.json" { "outbounds": [ { "tag": "${tag}", "protocol": "vmess", "streamSettings": { "network": "ws", "security": "tls", "tlsSettings": {}, "wsSettings": { "path": "${setVMessWSTLSPath}" } }, "mux": { "enabled": true, "concurrency": 8 }, "settings": { "vnext": [ { "address": "${setVMessWSTLSAddress}", "port": "${setVMessWSTLSPort}", "users": [ { "id": "${setVMessWSTLSUUID}", "security": "auto", "alterId": 0 } ] } ] } } ] } EOF fi } # 删除 Xray-core出站 removeXrayOutbound() { local tag=$1 if [[ -f "/etc/v2ray-agent/xray/conf/${tag}.json" ]]; then rm "/etc/v2ray-agent/xray/conf/${tag}.json" >/dev/null 2>&1 fi } # 移除sing-box配置 removeSingBoxConfig() { local tag=$1 if [[ -f "${singBoxConfigPath}${tag}.json" ]]; then rm "${singBoxConfigPath}${tag}.json" fi } # 初始化wireguard出站信息 addSingBoxWireGuardEndpoints() { local type=$1 readConfigWarpReg cat <"${singBoxConfigPath}wireguard_endpoints_${type}.json" { "endpoints": [ { "type": "wireguard", "tag": "wireguard_endpoints_${type}", "address": [ "${address}" ], "private_key": "${secretKeyWarpReg}", "peers": [ { "address": "162.159.192.1", "port": 2408, "public_key": "${publicKeyWarpReg}", "reserved":${reservedWarpReg}, "allowed_ips": ["0.0.0.0/0","::/0"] } ] } ] } EOF } # 初始化 sing-box Hysteria2 配置 initSingBoxHysteria2Config() { echoContent skyBlue "\n进度 $1/${totalProgress} : 初始化Hysteria2配置" initHysteriaPort initHysteria2Network cat </etc/v2ray-agent/sing-box/conf/config/hysteria2.json { "inbounds": [ { "type": "hysteria2", "listen": "::", "listen_port": ${hysteriaPort}, "users": $(initXrayClients 6), "up_mbps":${hysteria2ClientDownloadSpeed}, "down_mbps":${hysteria2ClientUploadSpeed}, "tls": { "enabled": true, "server_name":"${currentHost}", "alpn": [ "h3" ], "certificate_path": "/etc/v2ray-agent/tls/${currentHost}.crt", "key_path": "/etc/v2ray-agent/tls/${currentHost}.key" } } ] } EOF } # sing-box Tuic安装 singBoxTuicInstall() { if ! echo "${currentInstallProtocolType}" | grep -qE ",0,|,1,|,2,|,3,|,4,|,5,|,6,|,9,|,10,"; then echoContent red "\n ---> 由于需要依赖证书，如安装Tuic，请先安装带有TLS标识协议" exit 0 fi totalProgress=5 installSingBox 1 selectCustomInstallType=",9," initSingBoxConfig custom 2 true installSingBoxService 3 reloadCore showAccounts 4 } # sing-box hy2安装 singBoxHysteria2Install() { if ! echo "${currentInstallProtocolType}" | grep -qE ",0,|,1,|,2,|,3,|,4,|,5,|,6,|,9,|,10,"; then echoContent red "\n ---> 由于需要依赖证书，如安装Hysteria2，请先安装带有TLS标识协议" exit 0 fi totalProgress=5 installSingBox 1 selectCustomInstallType=",6," initSingBoxConfig custom 2 true installSingBoxService 3 reloadCore showAccounts 4 } # 合并config singBoxMergeConfig() { rm /etc/v2ray-agent/sing-box/conf/config.json >/dev/null 2>&1 /etc/v2ray-agent/sing-box/sing-box merge config.json -C /etc/v2ray-agent/sing-box/conf/config/ -D /etc/v2ray-agent/sing-box/conf/ >/dev/null 2>&1 } # 初始化Xray Trojan XTLS 配置文件 #initXrayFrontingConfig() { # echoContent red " ---> Trojan暂不支持 xtls-rprx-vision" # if [[ -z "${configPath}" ]]; then # echoContent red " ---> 未安装，请使用脚本安装" # menu # exit 0 # fi # if [[ "${coreInstallType}" != "1" ]]; then # echoContent red " ---> 未安装可用类型" # fi # local xtlsType= # if echo ${currentInstallProtocolType} | grep -q trojan; then # xtlsType=VLESS # else # xtlsType=Trojan # fi # # echoContent skyBlue "\n功能 1/${totalProgress} : 前置切换为${xtlsType}" # echoContent red "\n==============================================================" # echoContent yellow "# 注意事项\n" # echoContent yellow "会将前置替换为${xtlsType}" # echoContent yellow "如果前置是Trojan，查看账号时则会出现两个Trojan协议的节点，有一个不可用xtls" # echoContent yellow "再次执行可切换至上一次的前置\n" # # echoContent yellow "1.切换至${xtlsType}" # echoContent red "==============================================================" # read -r -p "请选择:" selectType # if [[ "${selectType}" == "1" ]]; then # # if [[ "${xtlsType}" == "Trojan" ]]; then # # local VLESSConfig # VLESSConfig=$(cat ${configPath}${frontingType}.json) # VLESSConfig=${VLESSConfig//"id"/"password"} # VLESSConfig=${VLESSConfig//VLESSTCP/TrojanTCPXTLS} # VLESSConfig=${VLESSConfig//VLESS/Trojan} # VLESSConfig=${VLESSConfig//"vless"/"trojan"} # VLESSConfig=${VLESSConfig//"id"/"password"} # # echo "${VLESSConfig}" | jq . >${configPath}02_trojan_TCP_inbounds.json # rm ${configPath}${frontingType}.json # elif [[ "${xtlsType}" == "VLESS" ]]; then # # local VLESSConfig # VLESSConfig=$(cat ${configPath}02_trojan_TCP_inbounds.json) # VLESSConfig=${VLESSConfig//"password"/"id"} # VLESSConfig=${VLESSConfig//TrojanTCPXTLS/VLESSTCP} # VLESSConfig=${VLESSConfig//Trojan/VLESS} # VLESSConfig=${VLESSConfig//"trojan"/"vless"} # VLESSConfig=${VLESSConfig//"password"/"id"} # # echo "${VLESSConfig}" | jq . >${configPath}02_VLESS_TCP_inbounds.json # rm ${configPath}02_trojan_TCP_inbounds.json # fi # reloadCore # fi # # exit 0 #} # 初始化sing-box端口 initSingBoxPort() { local port=$1 if [[ -n "${port}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次使用的端口，是否使用 ？[y/n]:" historyPort if [[ "${historyPort}" != "y" ]]; then port= else echo "${port}" fi elif [[ -n "${port}" && -n "${lastInstallationConfig}" ]]; then echo "${port}" fi if [[ -z "${port}" ]]; then read -r -p '请输入自定义端口[需合法]，端口不可重复，[回车]随机端口:' port if [[ -z "${port}" ]]; then port=$((RANDOM % 50001 + 10000)) fi if ((port >= 1 && port <= 65535)); then allowPort "${port}" allowPort "${port}" "udp" echo "${port}" else echoContent red " ---> 端口输入错误" exit 0 fi fi } # 初始化Xray 配置文件 initXrayConfig() { echoContent skyBlue "\n进度 $2/${totalProgress} : 初始化Xray配置" echo local uuid= local addClientsStatus= if [[ -n "${currentUUID}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次用户配置，是否使用上次安装的配置 ？[y/n]:" historyUUIDStatus if [[ "${historyUUIDStatus}" == "y" ]]; then addClientsStatus=true echoContent green "\n ---> 使用成功" fi elif [[ -n "${currentUUID}" && -n "${lastInstallationConfig}" ]]; then addClientsStatus=true fi if [[ -z "${addClientsStatus}" ]]; then echoContent yellow "请输入自定义UUID[需合法]，[回车]随机UUID" read -r -p 'UUID:' customUUID if [[ -n ${customUUID} ]]; then uuid=${customUUID} else uuid=$(/etc/v2ray-agent/xray/xray uuid) fi echoContent yellow "\n请输入自定义用户名[需合法]，[回车]随机用户名" read -r -p '用户名:' customEmail if [[ -z ${customEmail} ]]; then customEmail="$(echo "${uuid}" | cut -d "-" -f 1)-VLESS_TCP/TLS_Vision" fi fi if [[ -z "${addClientsStatus}" && -z "${uuid}" ]]; then addClientsStatus= echoContent red "\n ---> uuid读取错误，随机生成" uuid=$(/etc/v2ray-agent/xray/xray uuid) fi if [[ -n "${uuid}" ]]; then currentClients='[{"id":"'${uuid}'","add":"'${add}'","flow":"xtls-rprx-vision","email":"'${customEmail}'"}]' echoContent green "\n ${customEmail}:${uuid}" echo fi # log if [[ ! -f "/etc/v2ray-agent/xray/conf/00_log.json" ]]; then cat </etc/v2ray-agent/xray/conf/00_log.json { "log": { "error": "/etc/v2ray-agent/xray/error.log", "loglevel": "warning", "dnsLog": false } } EOF fi if [[ ! -f "/etc/v2ray-agent/xray/conf/12_policy.json" ]]; then cat </etc/v2ray-agent/xray/conf/12_policy.json { "policy": { "levels": { "0": { "handshake": $((1 + RANDOM % 4)), "connIdle": $((250 + RANDOM % 51)) } } } } EOF fi addXrayOutbound "z_direct_outbound" # dns if [[ ! -f "/etc/v2ray-agent/xray/conf/11_dns.json" ]]; then cat </etc/v2ray-agent/xray/conf/11_dns.json { "dns": { "servers": [ "localhost" ] } } EOF fi # routing cat </etc/v2ray-agent/xray/conf/09_routing.json { "routing": { "rules": [ { "type": "field", "domain": [ "domain:gstatic.com", "domain:googleapis.com", "domain:googleapis.cn" ], "outboundTag": "z_direct_outbound" } ] } } EOF # VLESS_TCP_TLS_Vision # 回落nginx local fallbacksList='{"dest":31300,"xver":1},{"alpn":"h2","dest":31302,"xver":1}' # trojan if echo "${selectCustomInstallType}" | grep -q ",4," || [[ "$1" == "all" ]]; then fallbacksList='{"dest":31296,"xver":1},{"alpn":"h2","dest":31302,"xver":1}' cat </etc/v2ray-agent/xray/conf/04_trojan_TCP_inbounds.json { "inbounds":[ { "port": 31296, "listen": "127.0.0.1", "protocol": "trojan", "tag":"trojanTCP", "settings": { "clients": $(initXrayClients 4), "fallbacks":[ { "dest":"31300", "xver":1 } ] }, "streamSettings": { "network": "tcp", "security": "none", "tcpSettings": { "acceptProxyProtocol": true } } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/xray/conf/04_trojan_TCP_inbounds.json >/dev/null 2>&1 fi # VLESS_WS_TLS if echo "${selectCustomInstallType}" | grep -q ",1," || [[ "$1" == "all" ]]; then fallbacksList=${fallbacksList}',{"path":"/'${customPath}'ws","dest":31297,"xver":1}' cat </etc/v2ray-agent/xray/conf/03_VLESS_WS_inbounds.json { "inbounds":[ { "port": 31297, "listen": "127.0.0.1", "protocol": "vless", "tag":"VLESSWS", "settings": { "clients": $(initXrayClients 1), "decryption": "none" }, "streamSettings": { "network": "ws", "security": "none", "wsSettings": { "acceptProxyProtocol": true, "path": "/${customPath}ws" } } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/xray/conf/03_VLESS_WS_inbounds.json >/dev/null 2>&1 fi # VLESS_Reality_XHTTP_TLS if echo "${selectCustomInstallType}" | grep -q ",12," || [[ "$1" == "all" ]]; then initXrayXHTTPort initRealityClientServersName initRealityKey initRealityMldsa65 cat </etc/v2ray-agent/xray/conf/12_VLESS_XHTTP_inbounds.json { "inbounds":[ { "port": ${xHTTPort}, "listen": "0.0.0.0", "protocol": "vless", "tag":"VLESSRealityXHTTP", "settings": { "clients": $(initXrayClients 12), "decryption": "none" }, "streamSettings": { "network": "xhttp", "security": "reality", "realitySettings": { "show": false, "target": "${realityServerName}:${realityDomainPort}", "xver": 0, "serverNames": [ "${realityServerName}" ], "privateKey": "${realityPrivateKey}", "publicKey": "${realityPublicKey}", "maxTimeDiff": 70000, "shortIds": [ "", "6ba85179e30d4fc2" ] }, "xhttpSettings": { "host": "${realityServerName}", "path": "/${customPath}xHTTP", "mode": "auto" } } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/xray/conf/12_VLESS_XHTTP_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",3," || [[ "$1" == "all" ]]; then fallbacksList=${fallbacksList}',{"path":"/'${customPath}'vws","dest":31299,"xver":1}' cat </etc/v2ray-agent/xray/conf/05_VMess_WS_inbounds.json { "inbounds":[ { "listen": "127.0.0.1", "port": 31299, "protocol": "vmess", "tag":"VMessWS", "settings": { "clients": $(initXrayClients 3) }, "streamSettings": { "network": "ws", "security": "none", "wsSettings": { "acceptProxyProtocol": true, "path": "/${customPath}vws" } } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/xray/conf/05_VMess_WS_inbounds.json >/dev/null 2>&1 fi # VLESS_gRPC # if echo "${selectCustomInstallType}" | grep -q ",5," || [[ "$1" == "all" ]]; then # cat </etc/v2ray-agent/xray/conf/06_VLESS_gRPC_inbounds.json #{ # "inbounds":[ # { # "port": 31301, # "listen": "127.0.0.1", # "protocol": "vless", # "tag":"VLESSGRPC", # "settings": { # "clients": $(initXrayClients 5), # "decryption": "none" # }, # "streamSettings": { # "network": "grpc", # "grpcSettings": { # "serviceName": "${customPath}grpc" # } # } # } # ] #} #EOF # elif [[ -z "$3" ]]; then # rm /etc/v2ray-agent/xray/conf/06_VLESS_gRPC_inbounds.json >/dev/null 2>&1 # fi # VLESS Vision if echo "${selectCustomInstallType}" | grep -q ",0," || [[ "$1" == "all" ]]; then cat </etc/v2ray-agent/xray/conf/02_VLESS_TCP_inbounds.json { "inbounds":[ { "port": ${port}, "protocol": "vless", "tag":"VLESSTCP", "settings": { "clients":$(initXrayClients 0), "decryption": "none", "fallbacks": [ ${fallbacksList} ] }, "add": "${add}", "streamSettings": { "network": "tcp", "security": "tls", "tlsSettings": { "rejectUnknownSni": true, "minVersion": "1.2", "certificates": [ { "certificateFile": "/etc/v2ray-agent/tls/${domain}.crt", "keyFile": "/etc/v2ray-agent/tls/${domain}.key", "ocspStapling": 3600 } ] } } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/xray/conf/02_VLESS_TCP_inbounds.json >/dev/null 2>&1 fi # VLESS_TCP/reality if echo "${selectCustomInstallType}" | grep -q ",7," || [[ "$1" == "all" ]]; then echoContent skyBlue "\n===================== 配置VLESS+Reality =====================\n" initXrayRealityPort initRealityClientServersName initRealityKey initRealityMldsa65 cat </etc/v2ray-agent/xray/conf/07_VLESS_vision_reality_inbounds.json { "inbounds": [ { "tag": "dokodemo-in-VLESSReality", "port": ${realityPort}, "protocol": "dokodemo-door", "settings": { "address": "127.0.0.1", "port": 45987, "network": "tcp" }, "sniffing": { "enabled": true, "destOverride": [ "tls" ], "routeOnly": true } }, { "listen": "127.0.0.1", "port": 45987, "protocol": "vless", "settings": { "clients": $(initXrayClients 7), "decryption": "none", "fallbacks":[ ] }, "streamSettings": { "network": "tcp", "security": "reality", "realitySettings": { "show": false, "target": "${realityServerName}:${realityDomainPort}", "xver": 0, "serverNames": [ "${realityServerName}" ], "privateKey": "${realityPrivateKey}", "publicKey": "${realityPublicKey}", "mldsa65Seed": "${realityMldsa65Seed}", "mldsa65Verify": "${realityMldsa65Verify}", "maxTimeDiff": 70000, "shortIds": [ "", "6ba85179e30d4fc2" ] } }, "sniffing": { "enabled": true, "destOverride": [ "http", "tls", "quic" ], "routeOnly": true } } ], "routing": { "rules": [ { "inboundTag": [ "dokodemo-in" ], "domain": [ "${realityServerName}" ], "outboundTag": "z_direct_outbound" }, { "inboundTag": [ "dokodemo-in" ], "outboundTag": "blackhole_out" } ] } } EOF # cat </etc/v2ray-agent/xray/conf/08_VLESS_vision_gRPC_inbounds.json #{ # "inbounds": [ # { # "port": 31305, # "listen": "127.0.0.1", # "protocol": "vless", # "tag": "VLESSRealityGRPC", # "settings": { # "clients": $(initXrayClients 8), # "decryption": "none" # }, # "streamSettings": { # "network": "grpc", # "grpcSettings": { # "serviceName": "grpc", # "multiMode": true # }, # "sockopt": { # "acceptProxyProtocol": true # } # } # } # ] #} #EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/xray/conf/07_VLESS_vision_reality_inbounds.json >/dev/null 2>&1 rm /etc/v2ray-agent/xray/conf/08_VLESS_vision_gRPC_inbounds.json >/dev/null 2>&1 fi installSniffing if [[ -z "$3" ]]; then removeXrayOutbound wireguard_out_IPv4_route removeXrayOutbound wireguard_out_IPv6_route removeXrayOutbound wireguard_outbound removeXrayOutbound IPv4_out removeXrayOutbound IPv6_out removeXrayOutbound socks5_outbound removeXrayOutbound blackhole_out removeXrayOutbound wireguard_out_IPv6 removeXrayOutbound wireguard_out_IPv4 addXrayOutbound z_direct_outbound addXrayOutbound blackhole_out fi } # 初始化TCP Brutal initTCPBrutal() { echoContent skyBlue "\n进度 $2/${totalProgress} : 初始化TCP_Brutal配置" read -r -p "是否使用TCP_Brutal？[y/n]:" tcpBrutalStatus if [[ "${tcpBrutalStatus}" == "y" ]]; then read -r -p "请输入本地带宽峰值的下行速度（默认：100，单位：Mbps）:" tcpBrutalClientDownloadSpeed if [[ -z "${tcpBrutalClientDownloadSpeed}" ]]; then tcpBrutalClientDownloadSpeed=100 fi read -r -p "请输入本地带宽峰值的上行速度（默认：50，单位：Mbps）:" tcpBrutalClientUploadSpeed if [[ -z "${tcpBrutalClientUploadSpeed}" ]]; then tcpBrutalClientUploadSpeed=50 fi fi } # 初始化sing-box配置文件 initSingBoxConfig() { echoContent skyBlue "\n进度 $2/${totalProgress} : 初始化sing-box配置" echo local uuid= local addClientsStatus= local sslDomain= if [[ -n "${domain}" ]]; then sslDomain="${domain}" elif [[ -n "${currentHost}" ]]; then sslDomain="${currentHost}" fi if [[ -n "${currentUUID}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次用户配置，是否使用上次安装的配置 ？[y/n]:" historyUUIDStatus if [[ "${historyUUIDStatus}" == "y" ]]; then addClientsStatus=true echoContent green "\n ---> 使用成功" fi elif [[ -n "${currentUUID}" && -n "${lastInstallationConfig}" ]]; then addClientsStatus=true fi if [[ -z "${addClientsStatus}" ]]; then echoContent yellow "请输入自定义UUID[需合法]，[回车]随机UUID" read -r -p 'UUID:' customUUID if [[ -n ${customUUID} ]]; then uuid=${customUUID} else uuid=$(/etc/v2ray-agent/sing-box/sing-box generate uuid) fi echoContent yellow "\n请输入自定义用户名[需合法]，[回车]随机用户名" read -r -p '用户名:' customEmail if [[ -z ${customEmail} ]]; then customEmail="$(echo "${uuid}" | cut -d "-" -f 1)-VLESS_TCP/TLS_Vision" fi fi if [[ -z "${addClientsStatus}" && -z "${uuid}" ]]; then addClientsStatus= echoContent red "\n ---> uuid读取错误，随机生成" uuid=$(/etc/v2ray-agent/sing-box/sing-box generate uuid) fi if [[ -n "${uuid}" ]]; then currentClients='[{"uuid":"'${uuid}'","flow":"xtls-rprx-vision","name":"'${customEmail}'"}]' echoContent yellow "\n ${customEmail}:${uuid}" fi # VLESS Vision if echo "${selectCustomInstallType}" | grep -q ",0," || [[ "$1" == "all" ]]; then echoContent yellow "\n===================== 配置VLESS+Vision =====================\n" echoContent skyBlue "\n开始配置VLESS+Vision协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxVLESSVisionPort}") echoContent green "\n ---> VLESS_Vision端口：${result[-1]}" checkDNSIP "${domain}" removeNginxDefaultConf handleSingBox stop checkPortOpen "${result[-1]}" "${domain}" cat </etc/v2ray-agent/sing-box/conf/config/02_VLESS_TCP_inbounds.json { "inbounds":[ { "type": "vless", "listen":"::", "listen_port":${result[-1]}, "tag":"VLESSTCP", "users":$(initSingBoxClients 0), "tls":{ "server_name": "${sslDomain}", "enabled": true, "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/02_VLESS_TCP_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",1," || [[ "$1" == "all" ]]; then echoContent yellow "\n===================== 配置VLESS+WS =====================\n" echoContent skyBlue "\n开始配置VLESS+WS协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxVLESSWSPort}") echoContent green "\n ---> VLESS_WS端口：${result[-1]}" checkDNSIP "${domain}" removeNginxDefaultConf handleSingBox stop randomPathFunction checkPortOpen "${result[-1]}" "${domain}" cat </etc/v2ray-agent/sing-box/conf/config/03_VLESS_WS_inbounds.json { "inbounds":[ { "type": "vless", "listen":"::", "listen_port":${result[-1]}, "tag":"VLESSWS", "users":$(initSingBoxClients 1), "tls":{ "server_name": "${sslDomain}", "enabled": true, "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" }, "transport": { "type": "ws", "path": "/${currentPath}ws", "max_early_data": 2048, "early_data_header_name": "Sec-WebSocket-Protocol" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/03_VLESS_WS_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",3," || [[ "$1" == "all" ]]; then echoContent yellow "\n===================== 配置VMess+ws =====================\n" echoContent skyBlue "\n开始配置VMess+ws协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxVMessWSPort}") echoContent green "\n ---> VMess_ws端口：${result[-1]}" checkDNSIP "${domain}" removeNginxDefaultConf handleSingBox stop randomPathFunction checkPortOpen "${result[-1]}" "${domain}" cat </etc/v2ray-agent/sing-box/conf/config/05_VMess_WS_inbounds.json { "inbounds":[ { "type": "vmess", "listen":"::", "listen_port":${result[-1]}, "tag":"VMessWS", "users":$(initSingBoxClients 3), "tls":{ "server_name": "${sslDomain}", "enabled": true, "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" }, "transport": { "type": "ws", "path": "/${currentPath}", "max_early_data": 2048, "early_data_header_name": "Sec-WebSocket-Protocol" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/05_VMess_WS_inbounds.json >/dev/null 2>&1 fi # VLESS_Reality_Vision if echo "${selectCustomInstallType}" | grep -q ",7," || [[ "$1" == "all" ]]; then echoContent yellow "\n================= 配置VLESS+Reality+Vision =================\n" initRealityClientServersName initRealityKey echoContent skyBlue "\n开始配置VLESS+Reality+Vision协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxVLESSRealityVisionPort}") echoContent green "\n ---> VLESS_Reality_Vision端口：${result[-1]}" cat </etc/v2ray-agent/sing-box/conf/config/07_VLESS_vision_reality_inbounds.json { "inbounds": [ { "type": "vless", "listen":"::", "listen_port":${result[-1]}, "tag": "VLESSReality", "users":$(initSingBoxClients 7), "tls": { "enabled": true, "server_name": "${realityServerName}", "reality": { "enabled": true, "handshake":{ "server": "${realityServerName}", "server_port":${realityDomainPort} }, "private_key": "${realityPrivateKey}", "short_id": [ "", "6ba85179e30d4fc2" ] } } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/07_VLESS_vision_reality_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",8," || [[ "$1" == "all" ]]; then echoContent yellow "\n================== 配置VLESS+Reality+gRPC ==================\n" initRealityClientServersName initRealityKey echoContent skyBlue "\n开始配置VLESS+Reality+gRPC协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxVLESSRealityGRPCPort}") echoContent green "\n ---> VLESS_Reality_gPRC端口：${result[-1]}" cat </etc/v2ray-agent/sing-box/conf/config/08_VLESS_vision_gRPC_inbounds.json { "inbounds": [ { "type": "vless", "listen":"::", "listen_port":${result[-1]}, "users":$(initSingBoxClients 8), "tag": "VLESSRealityGRPC", "tls": { "enabled": true, "server_name": "${realityServerName}", "reality": { "enabled": true, "handshake":{ "server":"${realityServerName}", "server_port":${realityDomainPort} }, "private_key": "${realityPrivateKey}", "short_id": [ "", "6ba85179e30d4fc2" ] } }, "transport": { "type": "grpc", "service_name": "grpc" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/08_VLESS_vision_gRPC_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",6," || [[ "$1" == "all" ]]; then echoContent yellow "\n================== 配置 Hysteria2 ==================\n" echoContent skyBlue "\n开始配置Hysteria2协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxHysteria2Port}") echoContent green "\n ---> Hysteria2端口：${result[-1]}" initHysteria2Network cat </etc/v2ray-agent/sing-box/conf/config/06_hysteria2_inbounds.json { "inbounds": [ { "type": "hysteria2", "listen": "::", "listen_port": ${result[-1]}, "users": $(initSingBoxClients 6), "up_mbps":${hysteria2ClientDownloadSpeed}, "down_mbps":${hysteria2ClientUploadSpeed}, "tls": { "enabled": true, "server_name":"${sslDomain}", "alpn": [ "h3" ], "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/06_hysteria2_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",4," || [[ "$1" == "all" ]]; then echoContent yellow "\n================== 配置 Trojan ==================\n" echoContent skyBlue "\n开始配置Trojan协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxTrojanPort}") echoContent green "\n ---> Trojan端口：${result[-1]}" cat </etc/v2ray-agent/sing-box/conf/config/04_trojan_TCP_inbounds.json { "inbounds": [ { "type": "trojan", "listen": "::", "listen_port": ${result[-1]}, "users": $(initSingBoxClients 4), "tls": { "enabled": true, "server_name":"${sslDomain}", "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/04_trojan_TCP_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",9," || [[ "$1" == "all" ]]; then echoContent yellow "\n==================== 配置 Tuic =====================\n" echoContent skyBlue "\n开始配置Tuic协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxTuicPort}") echoContent green "\n ---> Tuic端口：${result[-1]}" initTuicProtocol cat </etc/v2ray-agent/sing-box/conf/config/09_tuic_inbounds.json { "inbounds": [ { "type": "tuic", "listen": "::", "tag": "singbox-tuic-in", "listen_port": ${result[-1]}, "users": $(initSingBoxClients 9), "congestion_control": "${tuicAlgorithm}", "tls": { "enabled": true, "server_name":"${sslDomain}", "alpn": [ "h3" ], "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/09_tuic_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",10," || [[ "$1" == "all" ]]; then echoContent yellow "\n==================== 配置 Naive =====================\n" echoContent skyBlue "\n开始配置Naive协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxNaivePort}") echoContent green "\n ---> Naive端口：${result[-1]}" cat </etc/v2ray-agent/sing-box/conf/config/10_naive_inbounds.json { "inbounds": [ { "type": "naive", "listen": "::", "tag": "singbox-naive-in", "listen_port": ${result[-1]}, "users": $(initSingBoxClients 10), "tls": { "enabled": true, "server_name":"${sslDomain}", "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/10_naive_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",11," || [[ "$1" == "all" ]]; then echoContent yellow "\n===================== 配置VMess+HTTPUpgrade =====================\n" echoContent skyBlue "\n开始配置VMess+HTTPUpgrade协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxVMessHTTPUpgradePort}") echoContent green "\n ---> VMess_HTTPUpgrade端口：${result[-1]}" checkDNSIP "${domain}" removeNginxDefaultConf handleSingBox stop randomPathFunction rm -rf "${nginxConfigPath}sing_box_VMess_HTTPUpgrade.conf" >/dev/null 2>&1 checkPortOpen "${result[-1]}" "${domain}" singBoxNginxConfig "$1" "${result[-1]}" bootStartup nginx cat </etc/v2ray-agent/sing-box/conf/config/11_VMess_HTTPUpgrade_inbounds.json { "inbounds":[ { "type": "vmess", "listen":"127.0.0.1", "listen_port":31306, "tag":"VMessHTTPUpgrade", "users":$(initSingBoxClients 11), "transport": { "type": "httpupgrade", "path": "/${currentPath}" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/11_VMess_HTTPUpgrade_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q ",13," || [[ "$1" == "all" ]]; then echoContent yellow "\n================== 配置 AnyTLS ==================\n" echoContent skyBlue "\n开始配置AnyTLS协议端口" echo mapfile -t result < <(initSingBoxPort "${singBoxAnyTLSPort}") echoContent green "\n ---> AnyTLS端口：${result[-1]}" cat </etc/v2ray-agent/sing-box/conf/config/13_anytls_inbounds.json { "inbounds": [ { "type": "anytls", "listen": "::", "tag":"anytls", "listen_port": ${result[-1]}, "users": $(initSingBoxClients 13), "tls": { "enabled": true, "server_name":"${sslDomain}", "certificate_path": "/etc/v2ray-agent/tls/${sslDomain}.crt", "key_path": "/etc/v2ray-agent/tls/${sslDomain}.key" } } ] } EOF elif [[ -z "$3" ]]; then rm /etc/v2ray-agent/sing-box/conf/config/13_anytls_inbounds.json >/dev/null 2>&1 fi if [[ -z "$3" ]]; then removeSingBoxConfig wireguard_endpoints_IPv4_route removeSingBoxConfig wireguard_endpoints_IPv6_route removeSingBoxConfig wireguard_endpoints_IPv4 removeSingBoxConfig wireguard_endpoints_IPv6 removeSingBoxConfig IPv4_out removeSingBoxConfig IPv6_out removeSingBoxConfig IPv6_route removeSingBoxConfig block removeSingBoxConfig cn_block_outbound removeSingBoxConfig cn_block_route removeSingBoxConfig 01_direct_outbound removeSingBoxConfig socks5_outbound.json removeSingBoxConfig block_domain_outbound removeSingBoxConfig dns fi } # 初始化 sing-box订阅配置 initSubscribeLocalConfig() { rm -rf /etc/v2ray-agent/subscribe_local/sing-box/* } # 通用 defaultBase64Code() { local type=$1 local port=$2 local email=$3 local id=$4 local add=$5 local path=$6 local user= user=$(echo "${email}" | awk -F "[-]" '{print $1}') if [[ ! -f "/etc/v2ray-agent/subscribe_local/sing-box/${user}" ]]; then echo [] >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" fi local singBoxSubscribeLocalConfig= if [[ "${type}" == "vlesstcp" ]]; then echoContent yellow " ---> 通用格式(VLESS+TCP+TLS_Vision)" echoContent green " vless://${id}@${currentHost}:${port}?encryption=none&security=tls&fp=chrome&type=tcp&host=${currentHost}&headerType=none&sni=${currentHost}&flow=xtls-rprx-vision#${email}\n" echoContent yellow " ---> 格式化明文(VLESS+TCP+TLS_Vision)" echoContent green "协议类型:VLESS，地址:${currentHost}，端口:${port}，用户ID:${id}，安全:tls，client-fingerprint: chrome，传输方式:tcp，flow:xtls-rprx-vision，账户名:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${currentHost}:${port}?encryption=none&security=tls&type=tcp&host=${currentHost}&fp=chrome&headerType=none&sni=${currentHost}&flow=xtls-rprx-vision#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: ${currentHost} port: ${port} uuid: ${id} network: tcp tls: true udp: true flow: xtls-rprx-vision client-fingerprint: chrome EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"vless\",\"server\":\"${currentHost}\",\"server_port\":${port},\"uuid\":\"${id}\",\"flow\":\"xtls-rprx-vision\",\"tls\":{\"enabled\":true,\"server_name\":\"${currentHost}\",\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"}},\"packet_encoding\":\"xudp\"}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 VLESS(VLESS+TCP+TLS_Vision)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40${currentHost}%3A${port}%3Fencryption%3Dnone%26fp%3Dchrome%26security%3Dtls%26type%3Dtcp%26${currentHost}%3D${currentHost}%26headerType%3Dnone%26sni%3D${currentHost}%26flow%3Dxtls-rprx-vision%23${email}\n" elif [[ "${type}" == "vmessws" ]]; then qrCodeBase64Default=$(echo -n "{\"port\":${port},\"ps\":\"${email}\",\"tls\":\"tls\",\"id\":\"${id}\",\"aid\":0,\"v\":2,\"host\":\"${currentHost}\",\"type\":\"none\",\"path\":\"${path}\",\"net\":\"ws\",\"add\":\"${add}\",\"method\":\"none\",\"peer\":\"${currentHost}\",\"sni\":\"${currentHost}\"}" | base64 -w 0) qrCodeBase64Default="${qrCodeBase64Default// /}" echoContent yellow " ---> 通用json(VMess+WS+TLS)" echoContent green " {\"port\":${port},\"ps\":\"${email}\",\"tls\":\"tls\",\"id\":\"${id}\",\"aid\":0,\"v\":2,\"host\":\"${currentHost}\",\"type\":\"none\",\"path\":\"${path}\",\"net\":\"ws\",\"add\":\"${add}\",\"method\":\"none\",\"peer\":\"${currentHost}\",\"sni\":\"${currentHost}\"}\n" echoContent yellow " ---> 通用vmess(VMess+WS+TLS)链接" echoContent green " vmess://${qrCodeBase64Default}\n" echoContent yellow " ---> 二维码 vmess(VMess+WS+TLS)" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vmess://${qrCodeBase64Default} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vmess server: ${add} port: ${port} uuid: ${id} alterId: 0 cipher: none udp: true tls: true client-fingerprint: chrome servername: ${currentHost} network: ws ws-opts: path: ${path} headers: Host: ${currentHost} EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"vmess\",\"server\":\"${add}\",\"server_port\":${port},\"uuid\":\"${id}\",\"alter_id\":0,\"tls\":{\"enabled\":true,\"server_name\":\"${currentHost}\",\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"}},\"packet_encoding\":\"packetaddr\",\"transport\":{\"type\":\"ws\",\"path\":\"${path}\",\"max_early_data\":2048,\"early_data_header_name\":\"Sec-WebSocket-Protocol\"}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vmess://${qrCodeBase64Default}\n" elif [[ "${type}" == "vlessws" ]]; then echoContent yellow " ---> 通用格式(VLESS+WS+TLS)" echoContent green " vless://${id}@${add}:${port}?encryption=none&security=tls&type=ws&host=${currentHost}&sni=${currentHost}&fp=chrome&path=${path}#${email}\n" echoContent yellow " ---> 格式化明文(VLESS+WS+TLS)" echoContent green " 协议类型:VLESS，地址:${add}，伪装域名/SNI:${currentHost}，端口:${port}，client-fingerprint: chrome,用户ID:${id}，安全:tls，传输方式:ws，路径:${path}，账户名:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${add}:${port}?encryption=none&security=tls&type=ws&host=${currentHost}&sni=${currentHost}&fp=chrome&path=${path}#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: ${add} port: ${port} uuid: ${id} udp: true tls: true network: ws client-fingerprint: chrome servername: ${currentHost} ws-opts: path: ${path} headers: Host: ${currentHost} EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"vless\",\"server\":\"${add}\",\"server_port\":${port},\"uuid\":\"${id}\",\"tls\":{\"enabled\":true,\"server_name\":\"${currentHost}\",\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"}},\"multiplex\":{\"enabled\":false,\"protocol\":\"smux\",\"max_streams\":32},\"packet_encoding\":\"xudp\",\"transport\":{\"type\":\"ws\",\"path\":\"${path}\",\"headers\":{\"Host\":\"${currentHost}\"}}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 VLESS(VLESS+WS+TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40${add}%3A${port}%3Fencryption%3Dnone%26security%3Dtls%26type%3Dws%26host%3D${currentHost}%26fp%3Dchrome%26sni%3D${currentHost}%26path%3D${path}%23${email}" elif [[ "${type}" == "vlessXHTTP" ]]; then echoContent yellow " ---> 通用格式(VLESS+reality+XHTTP)" echoContent green " vless://${id}@${add}:${port}?encryption=none&security=reality&type=xhttp&sni=${xrayVLESSRealityXHTTPServerName}&host=${xrayVLESSRealityXHTTPServerName}&fp=chrome&path=${path}&pbk=${currentRealityXHTTPPublicKey}&sid=6ba85179e30d4fc2#${email}\n" echoContent yellow " ---> 格式化明文(VLESS+reality+XHTTP)" echoContent green "协议类型:VLESS reality，地址:${add}，publicKey:${currentRealityXHTTPPublicKey}，shortId: 6ba85179e30d4fc2,serverNames：${xrayVLESSRealityXHTTPServerName}，端口:${port}，路径：${path}，SNI:${xrayVLESSRealityXHTTPServerName}，伪装域名:${xrayVLESSRealityXHTTPServerName}，用户ID:${id}，传输方式:xhttp，账户名:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${add}:${port}?encryption=none&security=reality&type=xhttp&sni=${xrayVLESSRealityXHTTPServerName}&fp=chrome&path=${path}&pbk=${currentRealityXHTTPPublicKey}&sid=6ba85179e30d4fc2#${email} EOF echoContent yellow " ---> 二维码 VLESS(VLESS+reality+XHTTP)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40${add}%3A${port}%3Fencryption%3Dnone%26security%3Dreality%26type%3Dxhttp%26sni%3D${xrayVLESSRealityXHTTPServerName}%26fp%3Dchrome%26path%3D${path}%26host%3D${xrayVLESSRealityXHTTPServerName}%26pbk%3D${currentRealityXHTTPPublicKey}%26sid%3D6ba85179e30d4fc2%23${email}\n" elif [[ "${type}" == "vlessgrpc" ]] then echoContent yellow " ---> 通用格式(VLESS+gRPC+TLS)" echoContent green " vless://${id}@${add}:${port}?encryption=none&security=tls&type=grpc&host=${currentHost}&path=${currentPath}grpc&fp=chrome&serviceName=${currentPath}grpc&alpn=h2&sni=${currentHost}#${email}\n" echoContent yellow " ---> 格式化明文(VLESS+gRPC+TLS)" echoContent green " 协议类型:VLESS，地址:${add}，伪装域名/SNI:${currentHost}，端口:${port}，用户ID:${id}，安全:tls，传输方式:gRPC，alpn:h2，client-fingerprint: chrome,serviceName:${currentPath}grpc，账户名:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${add}:${port}?encryption=none&security=tls&type=grpc&host=${currentHost}&path=${currentPath}grpc&serviceName=${currentPath}grpc&fp=chrome&alpn=h2&sni=${currentHost}#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: ${add} port: ${port} uuid: ${id} udp: true tls: true network: grpc client-fingerprint: chrome servername: ${currentHost} grpc-opts: grpc-service-name: ${currentPath}grpc EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\": \"vless\",\"server\": \"${add}\",\"server_port\": ${port},\"uuid\": \"${id}\",\"tls\": { \"enabled\": true, \"server_name\": \"${currentHost}\", \"utls\": { \"enabled\": true, \"fingerprint\": \"chrome\" }},\"packet_encoding\": \"xudp\",\"transport\": { \"type\": \"grpc\", \"service_name\": \"${currentPath}grpc\"}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 VLESS(VLESS+gRPC+TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40${add}%3A${port}%3Fencryption%3Dnone%26security%3Dtls%26type%3Dgrpc%26host%3D${currentHost}%26serviceName%3D${currentPath}grpc%26fp%3Dchrome%26path%3D${currentPath}grpc%26sni%3D${currentHost}%26alpn%3Dh2%23${email}" elif [[ "${type}" == "trojan" ]]; then # URLEncode echoContent yellow " ---> Trojan(TLS)" echoContent green " trojan://${id}@${currentHost}:${port}?peer=${currentHost}&fp=chrome&sni=${currentHost}&alpn=http/1.1#${currentHost}_Trojan\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" trojan://${id}@${currentHost}:${port}?peer=${currentHost}&fp=chrome&sni=${currentHost}&alpn=http/1.1#${email}_Trojan EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: trojan server: ${currentHost} port: ${port} password: ${id} client-fingerprint: chrome udp: true sni: ${currentHost} EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"trojan\",\"server\":\"${currentHost}\",\"server_port\":${port},\"password\":\"${id}\",\"tls\":{\"alpn\":[\"http/1.1\"],\"enabled\":true,\"server_name\":\"${currentHost}\",\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"}}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 Trojan(TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=trojan%3a%2f%2f${id}%40${currentHost}%3a${port}%3fpeer%3d${currentHost}%26fp%3Dchrome%26sni%3d${currentHost}%26alpn%3Dhttp/1.1%23${email}\n" elif [[ "${type}" == "trojangrpc" ]]; then # URLEncode echoContent yellow " ---> Trojan gRPC(TLS)" echoContent green " trojan://${id}@${add}:${port}?encryption=none&peer=${currentHost}&fp=chrome&security=tls&type=grpc&sni=${currentHost}&alpn=h2&path=${currentPath}trojangrpc&serviceName=${currentPath}trojangrpc#${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" trojan://${id}@${add}:${port}?encryption=none&peer=${currentHost}&security=tls&type=grpc&fp=chrome&sni=${currentHost}&alpn=h2&path=${currentPath}trojangrpc&serviceName=${currentPath}trojangrpc#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" server: ${add} port: ${port} type: trojan password: ${id} network: grpc sni: ${currentHost} udp: true grpc-opts: grpc-service-name: ${currentPath}trojangrpc EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"trojan\",\"server\":\"${add}\",\"server_port\":${port},\"password\":\"${id}\",\"tls\":{\"enabled\":true,\"server_name\":\"${currentHost}\",\"insecure\":true,\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"}},\"transport\":{\"type\":\"grpc\",\"service_name\":\"${currentPath}trojangrpc\",\"idle_timeout\":\"15s\",\"ping_timeout\":\"15s\",\"permit_without_stream\":false},\"multiplex\":{\"enabled\":false,\"protocol\":\"smux\",\"max_streams\":32}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 Trojan gRPC(TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=trojan%3a%2f%2f${id}%40${add}%3a${port}%3Fencryption%3Dnone%26fp%3Dchrome%26security%3Dtls%26peer%3d${currentHost}%26type%3Dgrpc%26sni%3d${currentHost}%26path%3D${currentPath}trojangrpc%26alpn%3Dh2%26serviceName%3D${currentPath}trojangrpc%23${email}\n" elif [[ "${type}" == "hysteria" ]]; then echoContent yellow " ---> Hysteria(TLS)" local clashMetaPortContent="port: ${port}" local multiPort= local multiPortEncode if echo "${port}" | grep -q "-"; then clashMetaPortContent="ports: ${port}" multiPort="mport=${port}&" multiPortEncode="mport%3D${port}%26" fi echoContent green " hysteria2://${id}@${currentHost}:${singBoxHysteria2Port}?${multiPort}peer=${currentHost}&insecure=0&sni=${currentHost}&alpn=h3#${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" hysteria2://${id}@${currentHost}:${singBoxHysteria2Port}?${multiPort}peer=${currentHost}&insecure=0&sni=${currentHost}&alpn=h3#${email} EOF echoContent yellow " ---> v2rayN(hysteria+TLS)" echo "{\"server\": \"${currentHost}:${port}\",\"socks5\": { \"listen\": \"127.0.0.1:7798\", \"timeout\": 300},\"auth\":\"${id}\",\"tls\":{\"sni\":\"${currentHost}\"}}" | jq cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: hysteria2 server: ${currentHost} ${clashMetaPortContent} password: ${id} alpn: - h3 sni: ${currentHost} up: "${hysteria2ClientUploadSpeed} Mbps" down: "${hysteria2ClientDownloadSpeed} Mbps" EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"hysteria2\",\"server\":\"${currentHost}\",\"server_port\":${singBoxHysteria2Port},\"up_mbps\":${hysteria2ClientUploadSpeed},\"down_mbps\":${hysteria2ClientDownloadSpeed},\"password\":\"${id}\",\"tls\":{\"enabled\":true,\"server_name\":\"${currentHost}\",\"alpn\":[\"h3\"]}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 Hysteria2(TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=hysteria2%3A%2F%2F${id}%40${currentHost}%3A${singBoxHysteria2Port}%3F${multiPortEncode}peer%3D${currentHost}%26insecure%3D0%26sni%3D${currentHost}%26alpn%3Dh3%23${email}\n" elif [[ "${type}" == "vlessReality" ]]; then local realityServerName=${xrayVLESSRealityServerName} local publicKey=${currentRealityPublicKey} local realityMldsa65Verify=${currentRealityMldsa65Verify} if [[ "${coreInstallType}" == "2" ]]; then realityServerName=${singBoxVLESSRealityVisionServerName} publicKey=${singBoxVLESSRealityPublicKey} fi echoContent yellow " ---> 通用格式(VLESS+reality+uTLS+Vision)" echoContent green " vless://${id}@$(getPublicIP):${port}?encryption=none&security=reality&pqv=${realityMldsa65Verify}&type=tcp&sni=${realityServerName}&fp=chrome&pbk=${publicKey}&sid=6ba85179e30d4fc2&flow=xtls-rprx-vision#${email}\n" echoContent yellow " ---> 格式化明文(VLESS+reality+uTLS+Vision)" echoContent green "协议类型:VLESS reality，地址:$(getPublicIP)，publicKey:${publicKey}，shortId: 6ba85179e30d4fc2，pqv=${realityMldsa65Verify}，serverNames：${realityServerName}，端口:${port}，用户ID:${id}，传输方式:tcp，账户名:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@$(getPublicIP):${port}?encryption=none&security=reality&pqv=${realityMldsa65Verify}&type=tcp&sni=${realityServerName}&fp=chrome&pbk=${publicKey}&sid=6ba85179e30d4fc2&flow=xtls-rprx-vision#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: $(getPublicIP) port: ${port} uuid: ${id} network: tcp tls: true udp: true flow: xtls-rprx-vision servername: ${realityServerName} reality-opts: public-key: ${publicKey} short-id: 6ba85179e30d4fc2 client-fingerprint: chrome EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"vless\",\"server\":\"$(getPublicIP)\",\"server_port\":${port},\"uuid\":\"${id}\",\"flow\":\"xtls-rprx-vision\",\"tls\":{\"enabled\":true,\"server_name\":\"${realityServerName}\",\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"},\"reality\":{\"enabled\":true,\"public_key\":\"${publicKey}\",\"short_id\":\"6ba85179e30d4fc2\"}},\"packet_encoding\":\"xudp\"}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 VLESS(VLESS+reality+uTLS+Vision)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40$(getPublicIP)%3A${port}%3Fencryption%3Dnone%26security%3Dreality%26type%3Dtcp%26sni%3D${realityServerName}%26fp%3Dchrome%26pbk%3D${publicKey}%26sid%3D6ba85179e30d4fc2%26flow%3Dxtls-rprx-vision%23${email}\n" elif [[ "${type}" == "vlessRealityGRPC" ]]; then local realityServerName=${xrayVLESSRealityServerName} local publicKey=${currentRealityPublicKey} local realityMldsa65Verify=${currentRealityMldsa65Verify} if [[ "${coreInstallType}" == "2" ]]; then realityServerName=${singBoxVLESSRealityGRPCServerName} publicKey=${singBoxVLESSRealityPublicKey} fi echoContent yellow " ---> 通用格式(VLESS+reality+uTLS+gRPC)" # pqv=${realityMldsa65Verify}& echoContent green " vless://${id}@$(getPublicIP):${port}?encryption=none&security=reality&type=grpc&sni=${realityServerName}&fp=chrome&pbk=${publicKey}&sid=6ba85179e30d4fc2&path=grpc&serviceName=grpc#${email}\n" echoContent yellow " ---> 格式化明文(VLESS+reality+uTLS+gRPC)" # pqv=${realityMldsa65Verify}， echoContent green "协议类型:VLESS reality，serviceName:grpc，地址:$(getPublicIP)，publicKey:${publicKey}，shortId: 6ba85179e30d4fc2，serverNames：${realityServerName}，端口:${port}，用户ID:${id}，传输方式:gRPC，client-fingerprint：chrome，账户名:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@$(getPublicIP):${port}?encryption=none&security=reality&pqv=${realityMldsa65Verify}&type=grpc&sni=${realityServerName}&fp=chrome&pbk=${publicKey}&sid=6ba85179e30d4fc2&path=grpc&serviceName=grpc#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: $(getPublicIP) port: ${port} uuid: ${id} network: grpc tls: true udp: true servername: ${realityServerName} reality-opts: public-key: ${publicKey} short-id: 6ba85179e30d4fc2 grpc-opts: grpc-service-name: "grpc" client-fingerprint: chrome EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"vless\",\"server\":\"$(getPublicIP)\",\"server_port\":${port},\"uuid\":\"${id}\",\"tls\":{\"enabled\":true,\"server_name\":\"${realityServerName}\",\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"},\"reality\":{\"enabled\":true,\"public_key\":\"${publicKey}\",\"short_id\":\"6ba85179e30d4fc2\"}},\"packet_encoding\":\"xudp\",\"transport\":{\"type\":\"grpc\",\"service_name\":\"grpc\"}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 VLESS(VLESS+reality+uTLS+gRPC)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40$(getPublicIP)%3A${port}%3Fencryption%3Dnone%26security%3Dreality%26type%3Dgrpc%26sni%3D${realityServerName}%26fp%3Dchrome%26pbk%3D${publicKey}%26sid%3D6ba85179e30d4fc2%26path%3Dgrpc%26serviceName%3Dgrpc%23${email}\n" elif [[ "${type}" == "tuic" ]]; then local tuicUUID= tuicUUID=$(echo "${id}" | awk -F "[_]" '{print $1}') local tuicPassword= tuicPassword=$(echo "${id}" | awk -F "[_]" '{print $2}') if [[ -z "${email}" ]]; then echoContent red " ---> 读取配置失败，请重新安装" exit 0 fi echoContent yellow " ---> 格式化明文(Tuic+TLS)" echoContent green " 协议类型:Tuic，地址:${currentHost}，端口：${port}，uuid：${tuicUUID}，password：${tuicPassword}，congestion-controller:${tuicAlgorithm}，alpn: h3，账户名:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" tuic://${tuicUUID}:${tuicPassword}@${currentHost}:${port}?congestion_control=${tuicAlgorithm}&alpn=h3&sni=${currentHost}&udp_relay_mode=quic&allow_insecure=0#${email} EOF echoContent yellow " ---> v2rayN(Tuic+TLS)" echo "{\"relay\": {\"server\": \"${currentHost}:${port}\",\"uuid\": \"${tuicUUID}\",\"password\": \"${tuicPassword}\",\"ip\": \"${currentHost}\",\"congestion_control\": \"${tuicAlgorithm}\",\"alpn\": [\"h3\"]},\"local\": {\"server\": \"127.0.0.1:7798\"},\"log_level\": \"warn\"}" | jq cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" server: ${currentHost} type: tuic port: ${port} uuid: ${tuicUUID} password: ${tuicPassword} alpn: - h3 congestion-controller: ${tuicAlgorithm} disable-sni: true reduce-rtt: true sni: ${email} EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\": \"tuic\",\"server\": \"${currentHost}\",\"server_port\": ${port},\"uuid\": \"${tuicUUID}\",\"password\": \"${tuicPassword}\",\"congestion_control\": \"${tuicAlgorithm}\",\"tls\": {\"enabled\": true,\"server_name\": \"${currentHost}\",\"alpn\": [\"h3\"]}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow "\n ---> 二维码 Tuic" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=tuic%3A%2F%2F${tuicUUID}%3A${tuicPassword}%40${currentHost}%3A${tuicPort}%3Fcongestion_control%3D${tuicAlgorithm}%26alpn%3Dh3%26sni%3D${currentHost}%26udp_relay_mode%3Dquic%26allow_insecure%3D0%23${email}\n" elif [[ "${type}" == "naive" ]]; then echoContent yellow " ---> Naive(TLS)" echoContent green " naive+https://${email}:${id}@${currentHost}:${port}?padding=true#${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" naive+https://${email}:${id}@${currentHost}:${port}?padding=true#${email} EOF echoContent yellow " ---> 二维码 Naive(TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=naive%2Bhttps%3A%2F%2F${email}%3A${id}%40${currentHost}%3A${port}%3Fpadding%3Dtrue%23${email}\n" elif [[ "${type}" == "vmessHTTPUpgrade" ]]; then qrCodeBase64Default=$(echo -n "{\"port\":${port},\"ps\":\"${email}\",\"tls\":\"tls\",\"id\":\"${id}\",\"aid\":0,\"v\":2,\"host\":\"${currentHost}\",\"type\":\"none\",\"path\":\"${path}\",\"net\":\"httpupgrade\",\"add\":\"${add}\",\"method\":\"none\",\"peer\":\"${currentHost}\",\"sni\":\"${currentHost}\"}" | base64 -w 0) qrCodeBase64Default="${qrCodeBase64Default// /}" echoContent yellow " ---> 通用json(VMess+HTTPUpgrade+TLS)" echoContent green " {\"port\":${port},\"ps\":\"${email}\",\"tls\":\"tls\",\"id\":\"${id}\",\"aid\":0,\"v\":2,\"host\":\"${currentHost}\",\"type\":\"none\",\"path\":\"${path}\",\"net\":\"httpupgrade\",\"add\":\"${add}\",\"method\":\"none\",\"peer\":\"${currentHost}\",\"sni\":\"${currentHost}\"}\n" echoContent yellow " ---> 通用vmess(VMess+HTTPUpgrade+TLS)链接" echoContent green " vmess://${qrCodeBase64Default}\n" echoContent yellow " ---> 二维码 vmess(VMess+HTTPUpgrade+TLS)" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vmess://${qrCodeBase64Default} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vmess server: ${add} port: ${port} uuid: ${id} alterId: 0 cipher: auto udp: true tls: true client-fingerprint: chrome servername: ${currentHost} network: ws ws-opts: path: ${path} headers: Host: ${currentHost} v2ray-http-upgrade: true EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"vmess\",\"server\":\"${add}\",\"server_port\":${port},\"uuid\":\"${id}\",\"security\":\"auto\",\"alter_id\":0,\"tls\":{\"enabled\":true,\"server_name\":\"${currentHost}\",\"utls\":{\"enabled\":true,\"fingerprint\":\"chrome\"}},\"packet_encoding\":\"packetaddr\",\"transport\":{\"type\":\"httpupgrade\",\"path\":\"${path}\"}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vmess://${qrCodeBase64Default}\n" elif [[ "${type}" == "anytls" ]]; then echoContent yellow " ---> AnyTLS" echoContent yellow " ---> 格式化明文(AnyTLS)" echoContent green "协议类型:anytls，地址:${currentHost}，端口:${singBoxAnyTLSPort}，用户ID:${id}，传输方式:tcp，账户名:${email}\n" echoContent green " anytls://${id}@${currentHost}:${singBoxAnyTLSPort}?peer=${currentHost}&insecure=0&sni=${currentHost}#${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" anytls://${id}@${currentHost}:${singBoxAnyTLSPort}?peer=${currentHost}&insecure=0&sni=${currentHost}#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: anytls port: ${singBoxAnyTLSPort} server: ${currentHost} password: ${id} client-fingerprint: chrome udp: true sni: ${currentHost} alpn: - h2 - http/1.1 EOF singBoxSubscribeLocalConfig=$(jq -r ". += [{\"tag\":\"${email}\",\"type\":\"anytls\",\"server\":\"${currentHost}\",\"server_port\":${singBoxAnyTLSPort},\"password\":\"${id}\",\"tls\":{\"enabled\":true,\"server_name\":\"${currentHost}\"}}]" "/etc/v2ray-agent/subscribe_local/sing-box/${user}") echo "${singBoxSubscribeLocalConfig}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${user}" echoContent yellow " ---> 二维码 AnyTLS" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=anytls%3A%2F%2F${id}%40${currentHost}%3A${singBoxAnyTLSPort}%3Fpeer%3D${currentHost}%26insecure%3D0%26sni%3D${currentHost}%23${email}\n" fi } # 账号 showAccounts() { readInstallType readInstallProtocolType readConfigHostPathUUID readSingBoxConfig echo echoContent skyBlue "\n进度 $1/${totalProgress} : 账号" initSubscribeLocalConfig # VLESS TCP if echo ${currentInstallProtocolType} | grep -q ",0,"; then echoContent skyBlue "============================= VLESS TCP TLS_Vision [推荐] ==============================\n" jq .inbounds[0].settings.clients//.inbounds[0].users ${configPath}02_VLESS_TCP_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) echoContent skyBlue "\n ---> 账号:${email}" echo defaultBase64Code vlesstcp "${currentDefaultPort}${singBoxVLESSVisionPort}" "${email}" "$(echo "${user}" | jq -r .id//.uuid)" done fi # VLESS WS if echo ${currentInstallProtocolType} | grep -q ",1,"; then echoContent skyBlue "\n================================ VLESS WS TLS [仅CDN推荐] ================================\n" jq .inbounds[0].settings.clients//.inbounds[0].users ${configPath}03_VLESS_WS_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) local vlessWSPort=${currentDefaultPort} if [[ "${coreInstallType}" == "2" ]]; then vlessWSPort="${singBoxVLESSWSPort}" fi echo local path="${currentPath}ws" if [[ ${coreInstallType} == "1" ]]; then path="/${currentPath}ws" elif [[ "${coreInstallType}" == "2" ]]; then path="${singBoxVLESSWSPath}" fi local count= while read -r line; do echoContent skyBlue "\n ---> 账号:${email}${count}" if [[ -n "${line}" ]]; then defaultBase64Code vlessws "${vlessWSPort}" "${email}${count}" "$(echo "${user}" | jq -r .id//.uuid)" "${line}" "${path}" count=$((count + 1)) echo fi done < <(echo "${currentCDNAddress}" | tr ',' '\n') done fi # trojan grpc if echo ${currentInstallProtocolType} | grep -q ",2,"; then echoContent skyBlue "\n================================ Trojan gRPC TLS [仅CDN推荐] ================================\n" jq .inbounds[0].settings.clients ${configPath}04_trojan_gRPC_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) local count= while read -r line; do echoContent skyBlue "\n ---> 账号:${email}${count}" echo if [[ -n "${line}" ]]; then defaultBase64Code trojangrpc "${currentDefaultPort}" "${email}${count}" "$(echo "${user}" | jq -r .password)" "${line}" count=$((count + 1)) fi done < <(echo "${currentCDNAddress}" | tr ',' '\n') done fi # VMess WS if echo ${currentInstallProtocolType} | grep -q ",3,"; then echoContent skyBlue "\n================================ VMess WS TLS [仅CDN推荐] ================================\n" local path="${currentPath}vws" if [[ ${coreInstallType} == "1" ]]; then path="/${currentPath}vws" elif [[ "${coreInstallType}" == "2" ]]; then path="${singBoxVMessWSPath}" fi jq .inbounds[0].settings.clients//.inbounds[0].users ${configPath}05_VMess_WS_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) local vmessPort=${currentDefaultPort} if [[ "${coreInstallType}" == "2" ]]; then vmessPort="${singBoxVMessWSPort}" fi local count= while read -r line; do echoContent skyBlue "\n ---> 账号:${email}${count}" echo if [[ -n "${line}" ]]; then defaultBase64Code vmessws "${vmessPort}" "${email}${count}" "$(echo "${user}" | jq -r .id//.uuid)" "${line}" "${path}" count=$((count + 1)) fi done < <(echo "${currentCDNAddress}" | tr ',' '\n') done fi # trojan tcp if echo ${currentInstallProtocolType} | grep -q ",4,"; then echoContent skyBlue "\n================================== Trojan TLS [不推荐] ==================================\n" jq .inbounds[0].settings.clients//.inbounds[0].users ${configPath}04_trojan_TCP_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) echoContent skyBlue "\n ---> 账号:${email}" defaultBase64Code trojan "${currentDefaultPort}${singBoxTrojanPort}" "${email}" "$(echo "${user}" | jq -r .password)" done fi # VLESS grpc if echo ${currentInstallProtocolType} | grep -q ",5,"; then echoContent skyBlue "\n=============================== VLESS gRPC TLS [仅CDN推荐] ===============================\n" jq .inbounds[0].settings.clients ${configPath}06_VLESS_gRPC_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) local count= while read -r line; do echoContent skyBlue "\n ---> 账号:${email}${count}" echo if [[ -n "${line}" ]]; then defaultBase64Code vlessgrpc "${currentDefaultPort}" "${email}${count}" "$(echo "${user}" | jq -r .id)" "${line}" count=$((count + 1)) fi done < <(echo "${currentCDNAddress}" | tr ',' '\n') done fi # hysteria2 if echo ${currentInstallProtocolType} | grep -q ",6," || [[ -n "${hysteriaPort}" ]]; then readPortHopping "hysteria2" "${singBoxHysteria2Port}" echoContent skyBlue "\n================================ Hysteria2 TLS [推荐] ================================\n" local path="${configPath}" if [[ "${coreInstallType}" == "1" ]]; then path="${singBoxConfigPath}" fi local hysteria2DefaultPort= if [[ -n "${hysteria2PortHoppingStart}" && -n "${hysteria2PortHoppingEnd}" ]]; then hysteria2DefaultPort="${hysteria2PortHopping}" else hysteria2DefaultPort=${singBoxHysteria2Port} fi jq -r -c '.inbounds[]|.users[]' "${path}06_hysteria2_inbounds.json" | while read -r user; do echoContent skyBlue "\n ---> 账号:$(echo "${user}" | jq -r .name)" echo defaultBase64Code hysteria "${hysteria2DefaultPort}" "$(echo "${user}" | jq -r .name)" "$(echo "${user}" | jq -r .password)" done fi # VLESS reality vision if echo ${currentInstallProtocolType} | grep -q ",7,"; then echoContent skyBlue "============================= VLESS reality_vision [推荐] ==============================\n" jq .inbounds[1].settings.clients//.inbounds[0].users ${configPath}07_VLESS_vision_reality_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) echoContent skyBlue "\n ---> 账号:${email}" echo defaultBase64Code vlessReality "${xrayVLESSRealityVisionPort}${singBoxVLESSRealityVisionPort}" "${email}" "$(echo "${user}" | jq -r .id//.uuid)" done fi # VLESS reality gRPC if echo ${currentInstallProtocolType} | grep -q ",8,"; then echoContent skyBlue "============================== VLESS reality_gRPC [推荐] ===============================\n" jq .inbounds[0].settings.clients//.inbounds[0].users ${configPath}08_VLESS_vision_gRPC_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) echoContent skyBlue "\n ---> 账号:${email}" echo defaultBase64Code vlessRealityGRPC "${xrayVLESSRealityVisionPort}${singBoxVLESSRealityGRPCPort}" "${email}" "$(echo "${user}" | jq -r .id//.uuid)" done fi # tuic if echo ${currentInstallProtocolType} | grep -q ",9," || [[ -n "${tuicPort}" ]]; then echoContent skyBlue "\n================================ Tuic TLS [推荐] ================================\n" local path="${configPath}" if [[ "${coreInstallType}" == "1" ]]; then path="${singBoxConfigPath}" fi jq -r -c '.inbounds[].users[]' "${path}09_tuic_inbounds.json" | while read -r user; do echoContent skyBlue "\n ---> 账号:$(echo "${user}" | jq -r .name)" echo defaultBase64Code tuic "${singBoxTuicPort}" "$(echo "${user}" | jq -r .name)" "$(echo "${user}" | jq -r .uuid)_$(echo "${user}" | jq -r .password)" done fi # naive if echo ${currentInstallProtocolType} | grep -q ",10," || [[ -n "${singBoxNaivePort}" ]]; then echoContent skyBlue "\n================================ naive TLS [推荐，不支持ClashMeta] ================================\n" jq -r -c '.inbounds[]|.users[]' "${configPath}10_naive_inbounds.json" | while read -r user; do echoContent skyBlue "\n ---> 账号:$(echo "${user}" | jq -r .username)" echo defaultBase64Code naive "${singBoxNaivePort}" "$(echo "${user}" | jq -r .username)" "$(echo "${user}" | jq -r .password)" done fi # VMess HTTPUpgrade if echo ${currentInstallProtocolType} | grep -q ",11,"; then echoContent skyBlue "\n================================ VMess HTTPUpgrade TLS [仅CDN推荐] ================================\n" local path="${currentPath}vws" if [[ ${coreInstallType} == "1" ]]; then path="/${currentPath}vws" elif [[ "${coreInstallType}" == "2" ]]; then path="${singBoxVMessHTTPUpgradePath}" fi jq .inbounds[0].settings.clients//.inbounds[0].users ${configPath}11_VMess_HTTPUpgrade_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) local vmessHTTPUpgradePort=${currentDefaultPort} if [[ "${coreInstallType}" == "2" ]]; then vmessHTTPUpgradePort="${singBoxVMessHTTPUpgradePort}" fi local count= while read -r line; do echoContent skyBlue "\n ---> 账号:${email}${count}" echo if [[ -n "${line}" ]]; then defaultBase64Code vmessHTTPUpgrade "${vmessHTTPUpgradePort}" "${email}${count}" "$(echo "${user}" | jq -r .id//.uuid)" "${line}" "${path}" count=$((count + 1)) fi done < <(echo "${currentCDNAddress}" | tr ',' '\n') done fi # VLESS Reality XHTTP if echo ${currentInstallProtocolType} | grep -q ",12,"; then echoContent skyBlue "\n================================ VLESS Reality XHTTP TLS [仅CDN推荐] ================================\n" jq .inbounds[0].settings.clients//.inbounds[0].users ${configPath}12_VLESS_XHTTP_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email//.name) echo local path="${currentPath}xHTTP" local count= while read -r line; do echoContent skyBlue "\n ---> 账号:${email}${count}" if [[ -n "${line}" ]]; then defaultBase64Code vlessXHTTP "${xrayVLESSRealityXHTTPort}" "${email}${count}" "$(echo "${user}" | jq -r .id//.uuid)" "${line}" "${path}" count=$((count + 1)) echo fi done < <(echo "${currentCDNAddress}" | tr ',' '\n') done fi # AnyTLS if echo ${currentInstallProtocolType} | grep -q ",13,"; then echoContent skyBlue "\n================================ AnyTLS ================================\n" jq -r -c '.inbounds[]|.users[]' "${configPath}13_anytls_inbounds.json" | while read -r user; do echoContent skyBlue "\n ---> 账号:$(echo "${user}" | jq -r .name)" echo defaultBase64Code anytls "${singBoxAnyTLSPort}" "$(echo "${user}" | jq -r .name)" "$(echo "${user}" | jq -r .password)" done fi } # 移除nginx302配置 removeNginx302() { local count= grep -n "return 302" <"${nginxConfigPath}alone.conf" | while read -r line; do if ! echo "${line}" | grep -q "request_uri"; then local removeIndex= removeIndex=$(echo "${line}" | awk -F "[:]" '{print $1}') removeIndex=$((removeIndex + count)) sed -i "${removeIndex}d" ${nginxConfigPath}alone.conf count=$((count - 1)) fi done } # 检查302是否成功 checkNginx302() { local domain302Status= domain302Status=$(curl -s "https://${currentHost}:${currentPort}") if echo "${domain302Status}" | grep -q "302"; then # local domain302Result= # domain302Result=$(curl -L -s "https://${currentHost}:${currentPort}") # if [[ -n "${domain302Result}" ]]; then echoContent green " ---> 302重定向设置完毕" exit 0 # fi fi echoContent red " ---> 302重定向设置失败，请仔细检查是否和示例相同" backupNginxConfig restoreBackup } # 备份恢复nginx文件 backupNginxConfig() { if [[ "$1" == "backup" ]]; then cp ${nginxConfigPath}alone.conf /etc/v2ray-agent/alone_backup.conf echoContent green " ---> nginx配置文件备份成功" fi if [[ "$1" == "restoreBackup" ]] && [[ -f "/etc/v2ray-agent/alone_backup.conf" ]]; then cp /etc/v2ray-agent/alone_backup.conf ${nginxConfigPath}alone.conf echoContent green " ---> nginx配置文件恢复备份成功" rm /etc/v2ray-agent/alone_backup.conf fi } # 添加302配置 addNginx302() { local count=1 grep -n "location / {" <"${nginxConfigPath}alone.conf" | while read -r line; do if [[ -n "${line}" ]]; then local insertIndex= insertIndex="$(echo "${line}" | awk -F "[:]" '{print $1}')" insertIndex=$((insertIndex + count)) sed "${insertIndex}i return 302 '$1';" ${nginxConfigPath}alone.conf >${nginxConfigPath}tmpfile && mv ${nginxConfigPath}tmpfile ${nginxConfigPath}alone.conf count=$((count + 1)) else echoContent red " ---> 302添加失败" backupNginxConfig restoreBackup fi done } # 更新伪装站 updateNginxBlog() { if [[ "${coreInstallType}" == "2" ]]; then echoContent red "\n ---> 此功能仅支持Xray-core内核" exit 0 fi echoContent skyBlue "\n进度 $1/${totalProgress} : 更换伪装站点" if ! echo "${currentInstallProtocolType}" | grep -q ",0," || [[ -z "${coreInstallType}" ]]; then echoContent red "\n ---> 由于环境依赖，请先安装Xray-core的VLESS_TCP_TLS_Vision" exit 0 fi echoContent red "==============================================================" echoContent yellow "# 如需自定义，请手动复制模版文件到 ${nginxStaticPath} \n" echoContent yellow "1.新手引导" echoContent yellow "2.游戏网站" echoContent yellow "3.个人博客01" echoContent yellow "4.企业站" echoContent yellow "5.解锁加密的音乐文件模版[https://github.com/ix64/unlock-music]" echoContent yellow "6.mikutap[https://github.com/HFIProgramming/mikutap]" echoContent yellow "7.企业站02" echoContent yellow "8.个人博客02" echoContent yellow "9.404自动跳转baidu" echoContent yellow "10.302重定向网站" echoContent red "==============================================================" read -r -p "请选择:" selectInstallNginxBlogType if [[ "${selectInstallNginxBlogType}" == "10" ]]; then if [[ "${coreInstallType}" == "2" ]]; then echoContent red "\n ---> 此功能仅支持Xray-core内核，请等待后续更新" exit 0 fi echoContent red "\n==============================================================" echoContent yellow "重定向的优先级更高，配置302之后如果更改伪装站点，根路由下伪装站点将不起作用" echoContent yellow "如想要伪装站点实现作用需删除302重定向配置\n" echoContent yellow "1.添加" echoContent yellow "2.删除" echoContent red "==============================================================" read -r -p "请选择:" redirectStatus if [[ "${redirectStatus}" == "1" ]]; then backupNginxConfig backup read -r -p "请输入要重定向的域名,例如 https://www.baidu.com:" redirectDomain removeNginx302 addNginx302 "${redirectDomain}" handleNginx stop handleNginx start if [[ -z $(pgrep -f "nginx") ]]; then backupNginxConfig restoreBackup handleNginx start exit 0 fi checkNginx302 exit 0 fi if [[ "${redirectStatus}" == "2" ]]; then removeNginx302 echoContent green " ---> 移除302重定向成功" exit 0 fi fi if [[ "${selectInstallNginxBlogType}" =~ ^[1-9]$ ]]; then rm -rf "${nginxStaticPath}*" if [[ "${release}" == "alpine" ]]; then wget -q -P "${nginxStaticPath}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${selectInstallNginxBlogType}.zip" else wget -q "${wgetShowProgressStatus}" -P "${nginxStaticPath}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${selectInstallNginxBlogType}.zip" fi unzip -o "${nginxStaticPath}html${selectInstallNginxBlogType}.zip" -d "${nginxStaticPath}" >/dev/null rm -f "${nginxStaticPath}html${selectInstallNginxBlogType}.zip*" echoContent green " ---> 更换伪站成功" else echoContent red " ---> 选择错误，请重新选择" updateNginxBlog fi } # 添加新端口 addCorePort() { if [[ "${coreInstallType}" == "2" ]]; then echoContent red "\n ---> 此功能仅支持Xray-core内核" exit 0 fi echoContent skyBlue "\n功能 1/${totalProgress} : 添加新端口" echoContent red "\n==============================================================" echoContent yellow "# 注意事项\n" echoContent yellow "支持批量添加" echoContent yellow "不影响默认端口的使用" echoContent yellow "查看账号时，只会展示默认端口的账号" echoContent yellow "不允许有特殊字符，注意逗号的格式" echoContent yellow "如已安装hysteria，会同时安装hysteria新端口" echoContent yellow "录入示例:2053,2083,2087\n" echoContent yellow "1.查看已添加端口" echoContent yellow "2.添加端口" echoContent yellow "3.删除端口" echoContent red "==============================================================" read -r -p "请选择:" selectNewPortType if [[ "${selectNewPortType}" == "1" ]]; then find ${configPath} -name "*dokodemodoor*" | grep -v "hysteria" | awk -F "[c][o][n][f][/]" '{print $2}' | awk -F "[_]" '{print $4}' | awk -F "[.]" '{print ""NR""":"$1}' exit 0 elif [[ "${selectNewPortType}" == "2" ]]; then read -r -p "请输入端口号:" newPort read -r -p "请输入默认的端口号，同时会更改订阅端口以及节点端口，[回车]默认443:" defaultPort if [[ -n "${defaultPort}" ]]; then rm -rf "$(find ${configPath}* | grep "default")" fi if [[ -n "${newPort}" ]]; then while read -r port; do rm -rf "$(find ${configPath}* | grep "${port}")" local fileName= local hysteriaFileName= if [[ -n "${defaultPort}" && "${port}" == "${defaultPort}" ]]; then fileName="${configPath}02_dokodemodoor_inbounds_${port}_default.json" else fileName="${configPath}02_dokodemodoor_inbounds_${port}.json" fi if [[ -n ${hysteriaPort} ]]; then hysteriaFileName="${configPath}02_dokodemodoor_inbounds_hysteria_${port}.json" fi # 开放端口 allowPort "${port}" allowPort "${port}" "udp" local settingsPort=443 if [[ -n "${customPort}" ]]; then settingsPort=${customPort} fi if [[ -n ${hysteriaFileName} ]]; then cat <"${hysteriaFileName}" { "inbounds": [ { "listen": "0.0.0.0", "port": ${port}, "protocol": "dokodemo-door", "settings": { "address": "127.0.0.1", "port": ${hysteriaPort}, "network": "udp", "followRedirect": false }, "tag": "dokodemo-door-newPort-hysteria-${port}" } ] } EOF fi cat <"${fileName}" { "inbounds": [ { "listen": "0.0.0.0", "port": ${port}, "protocol": "dokodemo-door", "settings": { "address": "127.0.0.1", "port": ${settingsPort}, "network": "tcp", "followRedirect": false }, "tag": "dokodemo-door-newPort-${port}" } ] } EOF done < <(echo "${newPort}" | tr ',' '\n') echoContent green " ---> 添加完毕" reloadCore addCorePort fi elif [[ "${selectNewPortType}" == "3" ]]; then find ${configPath} -name "*dokodemodoor*" | grep -v "hysteria" | awk -F "[c][o][n][f][/]" '{print $2}' | awk -F "[_]" '{print $4}' | awk -F "[.]" '{print ""NR""":"$1}' read -r -p "请输入要删除的端口编号:" portIndex local dokoConfig dokoConfig=$(find ${configPath} -name "*dokodemodoor*" | grep -v "hysteria" | awk -F "[c][o][n][f][/]" '{print $2}' | awk -F "[_]" '{print $4}' | awk -F "[.]" '{print ""NR""":"$1}' | grep "${portIndex}:") if [[ -n "${dokoConfig}" ]]; then rm "${configPath}02_dokodemodoor_inbounds_$(echo "${dokoConfig}" | awk -F "[:]" '{print $2}').json" local hysteriaDokodemodoorFilePath= hysteriaDokodemodoorFilePath="${configPath}02_dokodemodoor_inbounds_hysteria_$(echo "${dokoConfig}" | awk -F "[:]" '{print $2}').json" if [[ -f "${hysteriaDokodemodoorFilePath}" ]]; then rm "${hysteriaDokodemodoorFilePath}" fi reloadCore addCorePort else echoContent yellow "\n ---> 编号输入错误，请重新选择" addCorePort fi fi } # 卸载脚本 unInstall() { read -r -p "是否确认卸载安装内容？[y/n]:" unInstallStatus if [[ "${unInstallStatus}" != "y" ]]; then echoContent green " ---> 放弃卸载" menu exit 0 fi checkBTPanel echoContent yellow " ---> 脚本不会删除acme相关配置，删除请手动执行 [rm -rf /root/.acme.sh]" handleNginx stop if [[ -z $(pgrep -f "nginx") ]]; then echoContent green " ---> 停止Nginx成功" fi if [[ "${release}" == "alpine" ]]; then if [[ "${coreInstallType}" == "1" ]]; then handleXray stop rc-update del xray default rm -rf /etc/init.d/xray echoContent green " ---> 删除Xray开机自启完成" fi if [[ "${coreInstallType}" == "2" || -n "${singBoxConfigPath}" ]]; then handleSingBox stop rc-update del sing-box default rm -rf /etc/init.d/sing-box echoContent green " ---> 删除sing-box开机自启完成" fi else if [[ "${coreInstallType}" == "1" ]]; then handleXray stop rm -rf /etc/systemd/system/xray.service echoContent green " ---> 删除Xray开机自启完成" fi if [[ "${coreInstallType}" == "2" || -n "${singBoxConfigPath}" ]]; then handleSingBox stop rm -rf /etc/systemd/system/sing-box.service echoContent green " ---> 删除sing-box开机自启完成" fi fi rm -rf /etc/v2ray-agent rm -rf ${nginxConfigPath}alone.conf rm -rf ${nginxConfigPath}checkPortOpen.conf >/dev/null 2>&1 rm -rf "${nginxConfigPath}sing_box_VMess_HTTPUpgrade.conf" >/dev/null 2>&1 rm -rf ${nginxConfigPath}checkPortOpen.conf >/dev/null 2>&1 unInstallSubscribe if [[ -d "${nginxStaticPath}" && -f "${nginxStaticPath}/check" ]]; then rm -rf "${nginxStaticPath}" echoContent green " ---> 删除伪装网站完成" fi rm -rf /usr/bin/vasma rm -rf /usr/sbin/vasma echoContent green " ---> 卸载快捷方式完成" echoContent green " ---> 卸载v2ray-agent脚本完成" } # CDN节点管理 manageCDN() { echoContent skyBlue "\n进度 $1/1 : CDN节点管理" local setCDNDomain= if echo "${currentInstallProtocolType}" | grep -qE ",1,|,2,|,3,|,5,|,11,"; then echoContent red "==============================================================" echoContent yellow "# 注意事项" echoContent yellow "\n教程地址:" echoContent skyBlue "https://www.v2ray-agent.com/archives/cloudflarezi-xuan-ip" echoContent red "\n如对Cloudflare优化不了解，请不要使用" echoContent yellow "1.CNAME www.digitalocean.com" echoContent yellow "2.CNAME who.int" echoContent yellow "3.CNAME blog.hostmonit.com" echoContent yellow "4.CNAME www.visa.com.hk" echoContent yellow "5.手动输入[可输入多个，比如: 1.1.1.1,1.1.2.2,cloudflare.com 逗号分隔]" echoContent yellow "6.移除CDN节点" echoContent red "==============================================================" read -r -p "请选择:" selectCDNType case ${selectCDNType} in 1) setCDNDomain="www.digitalocean.com" ;; 2) setCDNDomain="who.int" ;; 3) setCDNDomain="blog.hostmonit.com" ;; 4) setCDNDomain="www.visa.com.hk" ;; 5) read -r -p "请输入想要自定义CDN IP或者域名:" setCDNDomain ;; 6) echo >/etc/v2ray-agent/cdn echoContent green " ---> 移除成功" exit 0 ;; esac if [[ -n "${setCDNDomain}" ]]; then echo >/etc/v2ray-agent/cdn echo "${setCDNDomain}" >"/etc/v2ray-agent/cdn" echoContent green " ---> 修改CDN成功" subscribe false false else echoContent red " ---> 不可以为空，请重新输入" manageCDN 1 fi else echoContent yellow "\n教程地址:" echoContent skyBlue "https://www.v2ray-agent.com/archives/cloudflarezi-xuan-ip\n" echoContent red " ---> 未检测到可以使用的协议，仅支持ws、grpc、HTTPUpgrade相关的协议" fi } # 自定义uuid customUUID() { read -r -p "请输入合法的UUID，[回车]随机UUID:" currentCustomUUID echo if [[ -z "${currentCustomUUID}" ]]; then if [[ "${selectInstallType}" == "1" || "${coreInstallType}" == "1" ]]; then currentCustomUUID=$(${ctlPath} uuid) elif [[ "${selectInstallType}" == "2" || "${coreInstallType}" == "2" ]]; then currentCustomUUID=$(${ctlPath} generate uuid) fi echoContent yellow "uuid：${currentCustomUUID}\n" else local checkUUID= if [[ "${coreInstallType}" == "1" ]]; then checkUUID=$(jq -r --arg currentUUID "$currentCustomUUID" "(.inbounds[0].settings.clients // .inbounds[1].settings.clients)[]? | select(.id == \$currentUUID) | .email" ${configPath}${frontingType:-$frontingTypeReality}.json) elif [[ "${coreInstallType}" == "2" ]]; then checkUUID=$(jq -r --arg currentUUID "$currentCustomUUID" ".inbounds[0].users[] | select(.uuid == \$currentUUID) | .name//.username" ${configPath}${frontingType}.json) fi if [[ -n "${checkUUID}" ]]; then echoContent red " ---> UUID不可重复" exit 0 fi fi } # 自定义email customUserEmail() { read -r -p "请输入合法的email，[回车]随机email:" currentCustomEmail echo if [[ -z "${currentCustomEmail}" ]]; then currentCustomEmail="${currentCustomUUID}" echoContent yellow "email: ${currentCustomEmail}\n" else local checkEmail= if [[ "${coreInstallType}" == "1" ]]; then local frontingTypeConfig="${frontingType}" if [[ "${currentInstallProtocolType}" == ",7,8," ]]; then frontingTypeConfig="07_VLESS_vision_reality_inbounds" fi checkEmail=$(jq -r --arg currentEmail "$currentCustomEmail" "(.inbounds[0].settings.clients // .inbounds[1].settings.clients)[]? | select(.email == \$currentEmail) | .email" ${configPath}${frontingTypeConfig:-$frontingTypeReality}.json) elif [[ "${coreInstallType}" == "2" ]] then checkEmail=$(jq -r --arg currentEmail "$currentCustomEmail" ".inbounds[0].users[] | select(.name == \$currentEmail) | .name" ${configPath}${frontingType}.json) fi if [[ -n "${checkEmail}" ]]; then echoContent red " ---> email不可重复" exit 0 fi fi } # 添加用户 addUser() { read -r -p "请输入要添加的用户数量:" userNum echo if [[ -z ${userNum} || ${userNum} -le 0 ]]; then echoContent red " ---> 输入有误，请重新输入" exit 0 fi local userConfig= if [[ "${coreInstallType}" == "1" ]]; then userConfig=".inbounds[0].settings.clients" elif [[ "${coreInstallType}" == "2" ]]; then userConfig=".inbounds[0].users" fi while [[ ${userNum} -gt 0 ]]; do readConfigHostPathUUID local users= ((userNum--)) || true customUUID customUserEmail uuid=${currentCustomUUID} email=${currentCustomEmail} # VLESS TCP if echo "${currentInstallProtocolType}" | grep -q ",0,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 0 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 0 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}02_VLESS_TCP_inbounds.json) echo "${clients}" | jq . >${configPath}02_VLESS_TCP_inbounds.json fi # VLESS WS if echo "${currentInstallProtocolType}" | grep -q ",1,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 1 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 1 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}03_VLESS_WS_inbounds.json) echo "${clients}" | jq . >${configPath}03_VLESS_WS_inbounds.json fi # trojan grpc if echo "${currentInstallProtocolType}" | grep -q ",2,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 2 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 2 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}04_trojan_gRPC_inbounds.json) echo "${clients}" | jq . >${configPath}04_trojan_gRPC_inbounds.json fi # VMess WS if echo "${currentInstallProtocolType}" | grep -q ",3,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 3 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 3 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}05_VMess_WS_inbounds.json) echo "${clients}" | jq . >${configPath}05_VMess_WS_inbounds.json fi # trojan tcp if echo "${currentInstallProtocolType}" | grep -q ",4,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 4 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 4 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}04_trojan_TCP_inbounds.json) echo "${clients}" | jq . >${configPath}04_trojan_TCP_inbounds.json fi # vless grpc if echo "${currentInstallProtocolType}" | grep -q ",5,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 5 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 5 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}06_VLESS_gRPC_inbounds.json) echo "${clients}" | jq . >${configPath}06_VLESS_gRPC_inbounds.json fi # vless reality vision if echo "${currentInstallProtocolType}" | grep -q ",7,"; then local clients= local realityUserConfig= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 7 "${uuid}" "${email}") realityUserConfig=".inbounds[1].settings.clients" elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 7 "${uuid}" "${email}") realityUserConfig=".inbounds[0].users" fi clients=$(jq -r "${realityUserConfig} = ${clients}" ${configPath}07_VLESS_vision_reality_inbounds.json) echo "${clients}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json fi # vless reality grpc if echo "${currentInstallProtocolType}" | grep -q ",8,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 8 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 8 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}08_VLESS_vision_gRPC_inbounds.json) echo "${clients}" | jq . >${configPath}08_VLESS_vision_gRPC_inbounds.json fi # hysteria2 if echo ${currentInstallProtocolType} | grep -q ",6,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 6 "${uuid}" "${email}") elif [[ -n "${singBoxConfigPath}" ]]; then clients=$(initSingBoxClients 6 "${uuid}" "${email}") fi clients=$(jq -r ".inbounds[0].users = ${clients}" "${singBoxConfigPath}06_hysteria2_inbounds.json") echo "${clients}" | jq . >"${singBoxConfigPath}06_hysteria2_inbounds.json" fi # tuic if echo ${currentInstallProtocolType} | grep -q ",9,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 9 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 9 "${uuid}" "${email}") fi clients=$(jq -r ".inbounds[0].users = ${clients}" "${singBoxConfigPath}09_tuic_inbounds.json") echo "${clients}" | jq . >"${singBoxConfigPath}09_tuic_inbounds.json" fi # naive if echo ${currentInstallProtocolType} | grep -q ",10,"; then local clients= clients=$(initSingBoxClients 10 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].users = ${clients}" "${singBoxConfigPath}10_naive_inbounds.json") echo "${clients}" | jq . >"${singBoxConfigPath}10_naive_inbounds.json" fi # VMess WS if echo "${currentInstallProtocolType}" | grep -q ",11,"; then local clients= if [[ "${coreInstallType}" == "1" ]]; then clients=$(initXrayClients 11 "${uuid}" "${email}") elif [[ "${coreInstallType}" == "2" ]]; then clients=$(initSingBoxClients 11 "${uuid}" "${email}") fi clients=$(jq -r "${userConfig} = ${clients}" ${configPath}11_VMess_HTTPUpgrade_inbounds.json) echo "${clients}" | jq . >${configPath}11_VMess_HTTPUpgrade_inbounds.json fi # anytls if echo "${currentInstallProtocolType}" | grep -q ",13,"; then local clients= clients=$(initSingBoxClients 13 "${uuid}" "${email}") clients=$(jq -r "${userConfig} = ${clients}" ${configPath}13_anytls_inbounds.json) echo "${clients}" | jq . >${configPath}13_anytls_inbounds.json fi done reloadCore echoContent green " ---> 添加完成" readNginxSubscribe if [[ -n "${subscribePort}" ]]; then subscribe false fi manageAccount 1 } # 移除用户 removeUser() { local uuid= if [[ "${coreInstallType}" == "1" ]]; then jq -r -c '(.inbounds[0].settings.clients // .inbounds[1].settings.clients)[]?|.email' ${configPath}${frontingType:-$frontingTypeReality}.json | awk '{print NR""":"$0}' read -r -p "请选择要删除的用户编号[仅支持单个删除]:" delUserIndex if [[ $(jq -r '(.inbounds[0].settings.clients // .inbounds[1].settings.clients)?|length' ${configPath}${frontingType:-$frontingTypeReality}.json) -lt ${delUserIndex} ]]; then echoContent red " ---> 选择错误" else delUserIndex=$((delUserIndex - 1)) fi elif [[ "${coreInstallType}" == "2" ]]; then jq -r -c .inbounds[0].users[].name//.inbounds[0].users[].username ${configPath}${frontingType:-$frontingTypeReality}.json | awk '{print NR""":"$0}' read -r -p "请选择要删除的用户编号[仅支持单个删除]:" delUserIndex if [[ $(jq -r '.inbounds[0].users|length' ${configPath}${frontingType:-$frontingTypeReality}.json) -lt ${delUserIndex} ]]; then echoContent red " ---> 选择错误" else delUserIndex=$((delUserIndex - 1)) fi fi if [[ -n "${delUserIndex}" ]]; then if echo ${currentInstallProtocolType} | grep -q ",0,"; then local vlessVision vlessVision=$(jq -r 'del(.inbounds[0].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"'])' ${configPath}02_VLESS_TCP_inbounds.json) echo "${vlessVision}" | jq . >${configPath}02_VLESS_TCP_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",1,"; then local vlessWSResult vlessWSResult=$(jq -r 'del(.inbounds[0].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"'])' ${configPath}03_VLESS_WS_inbounds.json) echo "${vlessWSResult}" | jq . >${configPath}03_VLESS_WS_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",2,"; then local trojangRPCUsers trojangRPCUsers=$(jq -r 'del(.inbounds[0].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"')' ${configPath}04_trojan_gRPC_inbounds.json) echo "${trojangRPCUsers}" | jq . >${configPath}04_trojan_gRPC_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",3,"; then local vmessWSResult vmessWSResult=$(jq -r 'del(.inbounds[0].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"'])' ${configPath}05_VMess_WS_inbounds.json) echo "${vmessWSResult}" | jq . >${configPath}05_VMess_WS_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",5,"; then local vlessGRPCResult vlessGRPCResult=$(jq -r 'del(.inbounds[0].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"'])' ${configPath}06_VLESS_gRPC_inbounds.json) echo "${vlessGRPCResult}" | jq . >${configPath}06_VLESS_gRPC_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",4,"; then local trojanTCPResult trojanTCPResult=$(jq -r 'del(.inbounds[0].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"'])' ${configPath}04_trojan_TCP_inbounds.json) echo "${trojanTCPResult}" | jq . >${configPath}04_trojan_TCP_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",6,"; then local hysteriaResult hysteriaResult=$(jq -r 'del(.inbounds[0].users['"${delUserIndex}"'])' "${singBoxConfigPath}06_hysteria2_inbounds.json") echo "${hysteriaResult}" | jq . >"${singBoxConfigPath}06_hysteria2_inbounds.json" fi if echo ${currentInstallProtocolType} | grep -q ",7,"; then local vlessRealityResult vlessRealityResult=$(jq -r 'del(.inbounds[1].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"'])' ${configPath}07_VLESS_vision_reality_inbounds.json) echo "${vlessRealityResult}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",8,"; then local vlessRealityGRPCResult vlessRealityGRPCResult=$(jq -r 'del(.inbounds[0].settings.clients['"${delUserIndex}"']//.inbounds[0].users['"${delUserIndex}"'])' ${configPath}08_VLESS_vision_gRPC_inbounds.json) echo "${vlessRealityGRPCResult}" | jq . >${configPath}08_VLESS_vision_gRPC_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q ",9,"; then local tuicResult tuicResult=$(jq -r 'del(.inbounds[0].users['"${delUserIndex}"'])' "${singBoxConfigPath}09_tuic_inbounds.json") echo "${tuicResult}" | jq . >"${singBoxConfigPath}09_tuic_inbounds.json" fi if echo ${currentInstallProtocolType} | grep -q ",10,"; then local naiveResult naiveResult=$(jq -r 'del(.inbounds[0].users['"${delUserIndex}"'])' "${singBoxConfigPath}10_naive_inbounds.json") echo "${naiveResult}" | jq . >"${singBoxConfigPath}10_naive_inbounds.json" fi # VMess HTTPUpgrade if echo ${currentInstallProtocolType} | grep -q ",11,"; then local vmessHTTPUpgradeResult vmessHTTPUpgradeResult=$(jq -r 'del(.inbounds[0].users['"${delUserIndex}"'])' "${singBoxConfigPath}11_VMess_HTTPUpgrade_inbounds.json") echo "${vmessHTTPUpgradeResult}" | jq . >"${singBoxConfigPath}11_VMess_HTTPUpgrade_inbounds.json" echo "${vmessHTTPUpgradeResult}" | jq . >${configPath}11_VMess_HTTPUpgrade_inbounds.json fi # AnyTLS if echo ${currentInstallProtocolType} | grep -q ",13,"; then local anyTLSResult anyTLSResult=$(jq -r 'del(.inbounds[0].users['"${delUserIndex}"'])' "${singBoxConfigPath}13_anytls_inbounds.json") echo "${anyTLSResult}" | jq . >"${singBoxConfigPath}13_anytls_inbounds.json" fi reloadCore readNginxSubscribe if [[ -n "${subscribePort}" ]]; then subscribe false fi fi manageAccount 1 } # 更新脚本 updateV2RayAgent() { echoContent skyBlue "\n进度 $1/${totalProgress} : 更新v2ray-agent脚本" rm -rf /etc/v2ray-agent/install.sh if [[ "${release}" == "alpine" ]]; then wget -c -q -P /etc/v2ray-agent/ -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh" else wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/ -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh" fi sudo chmod 700 /etc/v2ray-agent/install.sh local version version=$(grep '当前版本：v' "/etc/v2ray-agent/install.sh" | awk -F "[v]" '{print $2}' | tail -n +2 | head -n 1 | awk -F "[\"]" '{print $1}') echoContent green "\n ---> 更新完毕" echoContent yellow " ---> 请手动执行[vasma]打开脚本" echoContent green " ---> 当前版本：${version}\n" echoContent yellow "如更新不成功，请手动执行下面命令\n" echoContent skyBlue "wget -P /root -N --no-check-certificate https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh && chmod 700 /root/install.sh && /root/install.sh" echo exit 0 } # 防火墙 handleFirewall() { if systemctl status ufw 2>/dev/null | grep -q "active (exited)" && [[ "$1" == "stop" ]]; then systemctl stop ufw >/dev/null 2>&1 systemctl disable ufw >/dev/null 2>&1 echoContent green " ---> ufw关闭成功" fi if systemctl status firewalld 2>/dev/null | grep -q "active (running)" && [[ "$1" == "stop" ]]; then systemctl stop firewalld >/dev/null 2>&1 systemctl disable firewalld >/dev/null 2>&1 echoContent green " ---> firewalld关闭成功" fi } # 安装BBR bbrInstall() { echoContent red "\n==============================================================" echoContent green "BBR、DD脚本用的[ylx2016]的成熟作品，地址[https://github.com/ylx2016/Linux-NetSpeed]，请熟知" echoContent yellow "1.安装脚本【推荐原版BBR+FQ】" echoContent yellow "2.回退主目录" echoContent red "==============================================================" read -r -p "请选择:" installBBRStatus if [[ "${installBBRStatus}" == "1" ]]; then wget -O tcpx.sh "https://github.com/ylx2016/Linux-NetSpeed/raw/master/tcpx.sh" && chmod +x tcpx.sh && ./tcpx.sh else menu fi } # 查看、检查日志 checkLog() { if [[ "${coreInstallType}" == "2" ]]; then echoContent red "\n ---> 此功能仅支持Xray-core内核" exit 0 fi if [[ -z "${configPath}" && -z "${realityStatus}" ]]; then echoContent red " ---> 没有检测到安装目录，请执行脚本安装内容" exit 0 fi local realityLogShow= local logStatus=false if grep -q "access" ${configPath}00_log.json; then logStatus=true fi echoContent skyBlue "\n功能 $1/${totalProgress} : 查看日志" echoContent red "\n==============================================================" echoContent yellow "# 建议仅调试时打开access日志\n" if [[ "${logStatus}" == "false" ]]; then echoContent yellow "1.打开access日志" else echoContent yellow "1.关闭access日志" fi echoContent yellow "2.监听access日志" echoContent yellow "3.监听error日志" echoContent yellow "4.查看证书定时任务日志" echoContent yellow "5.查看证书安装日志" echoContent yellow "6.清空日志" echoContent red "==============================================================" read -r -p "请选择:" selectAccessLogType local configPathLog=${configPath//conf\//} case ${selectAccessLogType} in 1) if [[ "${logStatus}" == "false" ]]; then realityLogShow=true cat <${configPath}00_log.json { "log": { "access":"${configPathLog}access.log", "error": "${configPathLog}error.log", "loglevel": "debug" } } EOF elif [[ "${logStatus}" == "true" ]]; then realityLogShow=false cat <${configPath}00_log.json { "log": { "error": "${configPathLog}error.log", "loglevel": "warning" } } EOF fi if [[ -n ${realityStatus} ]]; then local vlessVisionRealityInbounds vlessVisionRealityInbounds=$(jq -r ".inbounds[0].streamSettings.realitySettings.show=${realityLogShow}" ${configPath}07_VLESS_vision_reality_inbounds.json) echo "${vlessVisionRealityInbounds}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json fi reloadCore checkLog 1 ;; 2) tail -f "${configPathLog}access.log" ;; 3) tail -f "${configPathLog}error.log" ;; 4) if [[ ! -f "/etc/v2ray-agent/crontab_tls.log" ]]; then touch /etc/v2ray-agent/crontab_tls.log fi tail -n 100 /etc/v2ray-agent/crontab_tls.log ;; 5) tail -n 100 /etc/v2ray-agent/tls/acme.log ;; 6) echo >"${configPathLog}access.log" echo >"${configPathLog}error.log" ;; esac } # 脚本快捷方式 aliasInstall() { if [[ -f "$HOME/install.sh" ]] && [[ -d "/etc/v2ray-agent" ]] && grep <"$HOME/install.sh" -q "作者:mack-a"; then mv "$HOME/install.sh" /etc/v2ray-agent/install.sh local vasmaType= if [[ -d "/usr/bin/" ]]; then if [[ ! -f "/usr/bin/vasma" ]]; then ln -s /etc/v2ray-agent/install.sh /usr/bin/vasma chmod 700 /usr/bin/vasma vasmaType=true fi rm -rf "$HOME/install.sh" elif [[ -d "/usr/sbin" ]]; then if [[ ! -f "/usr/sbin/vasma" ]]; then ln -s /etc/v2ray-agent/install.sh /usr/sbin/vasma chmod 700 /usr/sbin/vasma vasmaType=true fi rm -rf "$HOME/install.sh" fi if [[ "${vasmaType}" == "true" ]]; then echoContent green "快捷方式创建成功，可执行[vasma]重新打开脚本" fi fi } # 检查ipv6、ipv4 checkIPv6() { currentIPv6IP=$(curl -s -6 -m 4 http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | cut -d "=" -f 2) if [[ -z "${currentIPv6IP}" ]]; then echoContent red " ---> 不支持ipv6" exit 0 fi } # ipv6 分流 ipv6Routing() { if [[ -z "${configPath}" ]]; then echoContent red " ---> 未安装，请使用脚本安装" menu exit 0 fi checkIPv6 echoContent skyBlue "\n功能 1/${totalProgress} : IPv6分流" echoContent red "\n==============================================================" echoContent yellow "1.查看已分流域名" echoContent yellow "2.添加域名" echoContent yellow "3.设置IPv6全局" echoContent yellow "4.卸载IPv6分流" echoContent red "==============================================================" read -r -p "请选择:" ipv6Status if [[ "${ipv6Status}" == "1" ]]; then showIPv6Routing exit 0 elif [[ "${ipv6Status}" == "2" ]]; then echoContent red "==============================================================" echoContent yellow "# 注意事项\n" echoContent yellow "# 注意事项" echoContent yellow "# 使用教程：https://www.v2ray-agent.com/archives/1683226921000 \n" read -r -p "请按照上面示例录入域名:" domainList if [[ "${coreInstallType}" == "1" ]]; then addXrayRouting IPv6_out outboundTag "${domainList}" addXrayOutbound IPv6_out fi if [[ -n "${singBoxConfigPath}" ]]; then addSingBoxRouteRule "IPv6_out" "${domainList}" "IPv6_route" addSingBoxOutbound 01_direct_outbound addSingBoxOutbound IPv6_out addSingBoxOutbound IPv4_out fi echoContent green " ---> 添加完毕" elif [[ "${ipv6Status}" == "3" ]]; then echoContent red "==============================================================" echoContent yellow "# 注意事项\n" echoContent yellow "1.会删除所有设置的分流规则" echoContent yellow "2.会删除IPv6之外的所有出站规则\n" read -r -p "是否确认设置？[y/n]:" IPv6OutStatus if [[ "${IPv6OutStatus}" == "y" ]]; then if [[ "${coreInstallType}" == "1" ]]; then addXrayOutbound IPv6_out removeXrayOutbound IPv4_out removeXrayOutbound z_direct_outbound removeXrayOutbound blackhole_out removeXrayOutbound wireguard_out_IPv4 removeXrayOutbound wireguard_out_IPv6 removeXrayOutbound socks5_outbound rm ${configPath}09_routing.json >/dev/null 2>&1 fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig IPv4_out removeSingBoxConfig wireguard_endpoints_IPv4_route removeSingBoxConfig wireguard_endpoints_IPv6_route removeSingBoxConfig wireguard_endpoints_IPv4 removeSingBoxConfig wireguard_endpoints_IPv6 removeSingBoxConfig socks5_02_inbound_route removeSingBoxConfig IPv6_route removeSingBoxConfig 01_direct_outbound addSingBoxOutbound IPv6_out fi echoContent green " ---> IPv6全局出站设置完毕" else echoContent green " ---> 放弃设置" exit 0 fi elif [[ "${ipv6Status}" == "4" ]]; then if [[ "${coreInstallType}" == "1" ]]; then unInstallRouting IPv6_out outboundTag removeXrayOutbound IPv6_out addXrayOutbound "z_direct_outbound" fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig IPv6_out removeSingBoxConfig "IPv6_route" addSingBoxOutbound "01_direct_outbound" fi echoContent green " ---> IPv6分流卸载成功" else echoContent red " ---> 选择错误" exit 0 fi reloadCore } # ipv6分流规则展示 showIPv6Routing() { if [[ "${coreInstallType}" == "1" ]]; then if [[ -f "${configPath}09_routing.json" ]]; then echoContent yellow "Xray-core：" jq -r -c '.routing.rules[]|select (.outboundTag=="IPv6_out")|.domain' ${configPath}09_routing.json | jq -r elif [[ ! -f "${configPath}09_routing.json" && -f "${configPath}IPv6_out.json" ]]; then echoContent yellow "Xray-core" echoContent green " ---> 已设置IPv6全局分流" else echoContent yellow " ---> 未安装IPv6分流" fi fi if [[ -n "${singBoxConfigPath}" ]]; then if [[ -f "${singBoxConfigPath}IPv6_route.json" ]]; then echoContent yellow "sing-box" jq -r -c '.route.rules[]|select (.outbound=="IPv6_out")' "${singBoxConfigPath}IPv6_route.json" | jq -r elif [[ ! -f "${singBoxConfigPath}IPv6_route.json" && -f "${singBoxConfigPath}IPv6_out.json" ]]; then echoContent yellow "sing-box" echoContent green " ---> 已设置IPv6全局分流" else echoContent yellow " ---> 未安装IPv6分流" fi fi } # bt下载管理 btTools() { if [[ "${coreInstallType}" == "2" ]]; then echoContent red "\n ---> 此功能仅支持Xray-core内核，请等待后续更新" exit 0 fi if [[ -z "${configPath}" ]]; then echoContent red " ---> 未安装，请使用脚本安装" menu exit 0 fi echoContent skyBlue "\n功能 1/${totalProgress} : bt下载管理" echoContent red "\n==============================================================" if [[ -f ${configPath}09_routing.json ]] && grep -q bittorrent <${configPath}09_routing.json; then echoContent yellow "当前状态:已禁止下载BT" else echoContent yellow "当前状态:允许下载BT" fi echoContent yellow "1.禁止下载BT" echoContent yellow "2.允许下载BT" echoContent red "==============================================================" read -r -p "请选择:" btStatus if [[ "${btStatus}" == "1" ]]; then if [[ -f "${configPath}09_routing.json" ]]; then unInstallRouting blackhole_out outboundTag bittorrent routing=$(jq -r '.routing.rules += [{"type":"field","outboundTag":"blackhole_out","protocol":["bittorrent"]}]' ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json else cat <${configPath}09_routing.json { "routing":{ "domainStrategy": "IPOnDemand", "rules": [ { "type": "field", "outboundTag": "blackhole_out", "protocol": [ "bittorrent" ] } ] } } EOF fi installSniffing removeXrayOutbound blackhole_out addXrayOutbound blackhole_out echoContent green " ---> 禁止BT下载" elif [[ "${btStatus}" == "2" ]]; then unInstallSniffing unInstallRouting blackhole_out outboundTag bittorrent echoContent green " ---> 允许BT下载" else echoContent red " ---> 选择错误" exit 0 fi reloadCore } # 域名黑名单 blacklist() { if [[ -z "${configPath}" ]]; then echoContent red " ---> 未安装，请使用脚本安装" menu exit 0 fi echoContent skyBlue "\n进度 $1/${totalProgress} : 域名黑名单" echoContent red "\n==============================================================" echoContent yellow "1.查看已屏蔽域名" echoContent yellow "2.添加域名" echoContent yellow "3.屏蔽大陆域名" echoContent yellow "4.卸载黑名单" echoContent red "==============================================================" read -r -p "请选择:" blacklistStatus if [[ "${blacklistStatus}" == "1" ]]; then jq -r -c '.routing.rules[]|select (.outboundTag=="blackhole_out")|.domain' ${configPath}09_routing.json | jq -r exit 0 elif [[ "${blacklistStatus}" == "2" ]]; then echoContent red "==============================================================" echoContent yellow "# 注意事项\n" echoContent yellow "1.规则支持预定义域名列表[https://github.com/v2fly/domain-list-community]" echoContent yellow "2.规则支持自定义域名" echoContent yellow "3.录入示例:speedtest,facebook,cn,example.com" echoContent yellow "4.如果域名在预定义域名列表中存在则使用 geosite:xx，如果不存在则默认使用输入的域名" echoContent yellow "5.添加规则为增量配置，不会删除之前设置的内容\n" read -r -p "请按照上面示例录入域名:" domainList if [[ "${coreInstallType}" == "1" ]]; then addXrayRouting blackhole_out outboundTag "${domainList}" addXrayOutbound blackhole_out fi if [[ -n "${singBoxConfigPath}" ]]; then addSingBoxRouteRule "block_domain_outbound" "${domainList}" "block_domain_route" addSingBoxOutbound "block_domain_outbound" addSingBoxOutbound "01_direct_outbound" fi echoContent green " ---> 添加完毕" elif [[ "${blacklistStatus}" == "3" ]]; then if [[ "${coreInstallType}" == "1" ]]; then unInstallRouting blackhole_out outboundTag addXrayRouting blackhole_out outboundTag "cn" addXrayOutbound blackhole_out fi if [[ -n "${singBoxConfigPath}" ]]; then addSingBoxRouteRule "cn_block_outbound" "cn" "cn_block_route" addSingBoxRouteRule "01_direct_outbound" "googleapis.com,googleapis.cn,xn--ngstr-lra8j.com,gstatic.com" "cn_01_google_play_route" addSingBoxOutbound "cn_block_outbound" addSingBoxOutbound "01_direct_outbound" fi echoContent green " ---> 屏蔽大陆域名完毕" elif [[ "${blacklistStatus}" == "4" ]]; then if [[ "${coreInstallType}" == "1" ]]; then unInstallRouting blackhole_out outboundTag fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig "cn_block_route" removeSingBoxConfig "cn_block_outbound" removeSingBoxConfig "cn_01_google_play_route" removeSingBoxConfig "block_domain_route" removeSingBoxConfig "block_domain_outbound" fi echoContent green " ---> 域名黑名单删除完毕" else echoContent red " ---> 选择错误" exit 0 fi reloadCore } # 添加routing配置 addXrayRouting() { local tag=$1 # warp-socks local type=$2 # outboundTag/inboundTag local domain=$3 # 域名 if [[ -z "${tag}" || -z "${type}" || -z "${domain}" ]]; then echoContent red " ---> 参数错误" exit 0 fi local routingRule= if [[ ! -f "${configPath}09_routing.json" ]]; then cat <${configPath}09_routing.json { "routing":{ "type": "field", "rules": [ { "type": "field", "domain": [ ], "outboundTag": "${tag}" } ] } } EOF fi local routingRule= routingRule=$(jq -r ".routing.rules[]|select(.outboundTag==\"${tag}\" and (.protocol == null))" ${configPath}09_routing.json) if [[ -z "${routingRule}" ]]; then routingRule="{\"type\": \"field\",\"domain\": [],\"outboundTag\": \"${tag}\"}" fi while read -r line; do if echo "${routingRule}" | grep -q "${line}"; then echoContent yellow " ---> ${line}已存在，跳过" else local geositeStatus geositeStatus=$(curl -s "https://api.github.com/repos/v2fly/domain-list-community/contents/data/${line}" | jq .message) if [[ "${geositeStatus}" == "null" ]]; then routingRule=$(echo "${routingRule}" | jq -r '.domain += ["geosite:'"${line}"'"]') else routingRule=$(echo "${routingRule}" | jq -r '.domain += ["domain:'"${line}"'"]') fi fi done < <(echo "${domain}" | tr ',' '\n') unInstallRouting "${tag}" "${type}" if ! grep -q "gstatic.com" ${configPath}09_routing.json && [[ "${tag}" == "blackhole_out" ]]; then local routing= routing=$(jq -r ".routing.rules += [{\"type\": \"field\",\"domain\": [\"gstatic.com\"],\"outboundTag\": \"direct\"}]" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json fi routing=$(jq -r ".routing.rules += [${routingRule}]" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json } # 根据tag卸载Routing unInstallRouting() { local tag=$1 local type=$2 local protocol=$3 if [[ -f "${configPath}09_routing.json" ]]; then local routing= if [[ -n "${protocol}" ]]; then routing=$(jq -r "del(.routing.rules[] | select(.${type} == \"${tag}\" and (.protocol | index(\"${protocol}\"))))" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json else routing=$(jq -r "del(.routing.rules[] | select(.${type} == \"${tag}\" and (.protocol == null )))" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json fi fi } # 卸载嗅探 unInstallSniffing() { find ${configPath} -name "*inbounds.json*" | awk -F "[c][o][n][f][/]" '{print $2}' | while read -r inbound; do if grep -q "destOverride" <"${configPath}${inbound}"; then sniffing=$(jq -r 'del(.inbounds[0].sniffing)' "${configPath}${inbound}") echo "${sniffing}" | jq . >"${configPath}${inbound}" fi done } # 安装嗅探 installSniffing() { readInstallType if [[ "${coreInstallType}" == "1" ]]; then if [[ -f "${configPath}02_VLESS_TCP_inbounds.json" ]]; then if ! grep -q "destOverride" <"${configPath}02_VLESS_TCP_inbounds.json"; then sniffing=$(jq -r '.inbounds[0].sniffing = {"enabled":true,"destOverride":["http","tls","quic"]}' "${configPath}02_VLESS_TCP_inbounds.json") echo "${sniffing}" | jq . >"${configPath}02_VLESS_TCP_inbounds.json" fi fi fi } # 读取第三方warp配置 readConfigWarpReg() { if [[ ! -f "/etc/v2ray-agent/warp/config" ]]; then /etc/v2ray-agent/warp/warp-reg >/etc/v2ray-agent/warp/config fi secretKeyWarpReg=$(grep <"/etc/v2ray-agent/warp/config" private_key | awk '{print $2}') addressWarpReg=$(grep <"/etc/v2ray-agent/warp/config" v6 | awk '{print $2}') publicKeyWarpReg=$(grep <"/etc/v2ray-agent/warp/config" public_key | awk '{print $2}') reservedWarpReg=$(grep <"/etc/v2ray-agent/warp/config" reserved | awk -F "[:]" '{print $2}') } # 安装warp-reg工具 installWarpReg() { if [[ ! -f "/etc/v2ray-agent/warp/warp-reg" ]]; then echo echoContent yellow "# 注意事项" echoContent yellow "# 依赖第三方程序，请熟知其中风险" echoContent yellow "# 项目地址：https://github.com/badafans/warp-reg \n" read -r -p "warp-reg未安装，是否安装 ？[y/n]:" installWarpRegStatus if [[ "${installWarpRegStatus}" == "y" ]]; then curl -sLo /etc/v2ray-agent/warp/warp-reg "https://github.com/badafans/warp-reg/releases/download/v1.0/${warpRegCoreCPUVendor}" chmod 655 /etc/v2ray-agent/warp/warp-reg else echoContent yellow " ---> 放弃安装" exit 0 fi fi } # 展示warp分流域名 showWireGuardDomain() { local type=$1 # xray if [[ "${coreInstallType}" == "1" ]]; then if [[ -f "${configPath}09_routing.json" ]]; then echoContent yellow "Xray-core" jq -r -c '.routing.rules[]|select (.outboundTag=="wireguard_out_'"${type}"'")|.domain' ${configPath}09_routing.json | jq -r elif [[ ! -f "${configPath}09_routing.json" && -f "${configPath}wireguard_out_${type}.json" ]]; then echoContent yellow "Xray-core" echoContent green " ---> 已设置warp ${type}全局分流" else echoContent yellow " ---> 未安装warp ${type}分流" fi fi # sing-box if [[ -n "${singBoxConfigPath}" ]]; then if [[ -f "${singBoxConfigPath}wireguard_endpoints_${type}_route.json" ]]; then echoContent yellow "sing-box" jq -r -c '.route.rules[]' "${singBoxConfigPath}wireguard_endpoints_${type}_route.json" | jq -r elif [[ ! -f "${singBoxConfigPath}wireguard_endpoints_${type}_route.json" && -f "${singBoxConfigPath}wireguard_endpoints_${type}.json" ]]; then echoContent yellow "sing-box" echoContent green " ---> 已设置warp ${type}全局分流" else echoContent yellow " ---> 未安装warp ${type}分流" fi fi } # 添加WireGuard分流 addWireGuardRoute() { local type=$1 local tag=$2 local domainList=$3 # xray if [[ "${coreInstallType}" == "1" ]]; then addXrayRouting "wireguard_out_${type}" "${tag}" "${domainList}" addXrayOutbound "wireguard_out_${type}" fi # sing-box if [[ -n "${singBoxConfigPath}" ]]; then # rule addSingBoxRouteRule "wireguard_endpoints_${type}" "${domainList}" "wireguard_endpoints_${type}_route" # addSingBoxOutbound "wireguard_out_${type}" "wireguard_out" if [[ -n "${domainList}" ]]; then addSingBoxOutbound "01_direct_outbound" fi # outbound addSingBoxWireGuardEndpoints "${type}" fi } # 卸载wireGuard unInstallWireGuard() { local type=$1 if [[ "${coreInstallType}" == "1" ]]; then if [[ "${type}" == "IPv4" ]]; then if [[ ! -f "${configPath}wireguard_out_IPv6.json" ]]; then rm -rf /etc/v2ray-agent/warp/config >/dev/null 2>&1 fi elif [[ "${type}" == "IPv6" ]]; then if [[ ! -f "${configPath}wireguard_out_IPv4.json" ]]; then rm -rf /etc/v2ray-agent/warp/config >/dev/null 2>&1 fi fi fi if [[ -n "${singBoxConfigPath}" ]]; then if [[ ! -f "${singBoxConfigPath}wireguard_endpoints_IPv6_route.json" && ! -f "${singBoxConfigPath}wireguard_endpoints_IPv4_route.json" ]]; then rm "${singBoxConfigPath}wireguard_outbound.json" >/dev/null 2>&1 rm -rf /etc/v2ray-agent/warp/config >/dev/null 2>&1 fi fi } # 移除WireGuard分流 removeWireGuardRoute() { local type=$1 if [[ "${coreInstallType}" == "1" ]]; then unInstallRouting wireguard_out_"${type}" outboundTag removeXrayOutbound "wireguard_out_${type}" if [[ ! -f "${configPath}IPv4_out.json" ]]; then addXrayOutbound IPv4_out fi fi # sing-box if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxRouteRule "wireguard_endpoints_${type}" fi unInstallWireGuard "${type}" } # warp分流-第三方IPv4 warpRoutingReg() { local type=$2 echoContent skyBlue "\n进度 $1/${totalProgress} : WARP分流[第三方]" echoContent red "==============================================================" echoContent yellow "1.查看已分流域名" echoContent yellow "2.添加域名" echoContent yellow "3.设置WARP全局" echoContent yellow "4.卸载WARP分流" echoContent red "==============================================================" read -r -p "请选择:" warpStatus installWarpReg readConfigWarpReg local address= if [[ ${type} == "IPv4" ]]; then address="172.16.0.2/32" elif [[ ${type} == "IPv6" ]]; then address="${addressWarpReg}/128" else echoContent red " ---> IP获取失败，退出安装" fi if [[ "${warpStatus}" == "1" ]]; then showWireGuardDomain "${type}" exit 0 elif [[ "${warpStatus}" == "2" ]]; then echoContent yellow "# 注意事项" echoContent yellow "# 支持sing-box、Xray-core" echoContent yellow "# 使用教程：https://www.v2ray-agent.com/archives/1683226921000 \n" read -r -p "请按照上面示例录入域名:" domainList addWireGuardRoute "${type}" outboundTag "${domainList}" echoContent green " ---> 添加完毕" elif [[ "${warpStatus}" == "3" ]]; then echoContent red "==============================================================" echoContent yellow "# 注意事项\n" echoContent yellow "1.会删除所有设置的分流规则" echoContent yellow "2.会删除除WARP[第三方]之外的所有出站规则\n" read -r -p "是否确认设置？[y/n]:" warpOutStatus if [[ "${warpOutStatus}" == "y" ]]; then readConfigWarpReg if [[ "${coreInstallType}" == "1" ]]; then addXrayOutbound "wireguard_out_${type}" if [[ "${type}" == "IPv4" ]]; then removeXrayOutbound "wireguard_out_IPv6" elif [[ "${type}" == "IPv6" ]]; then removeXrayOutbound "wireguard_out_IPv4" fi removeXrayOutbound IPv4_out removeXrayOutbound IPv6_out removeXrayOutbound z_direct_outbound removeXrayOutbound blackhole_out removeXrayOutbound socks5_outbound rm ${configPath}09_routing.json >/dev/null 2>&1 fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig IPv4_out removeSingBoxConfig IPv6_out removeSingBoxConfig 01_direct_outbound # 删除所有分流规则 removeSingBoxConfig wireguard_endpoints_IPv4_route removeSingBoxConfig wireguard_endpoints_IPv6_route removeSingBoxConfig IPv6_route removeSingBoxConfig socks5_02_inbound_route addSingBoxWireGuardEndpoints "${type}" addWireGuardRoute "${type}" outboundTag "" if [[ "${type}" == "IPv4" ]]; then removeSingBoxConfig wireguard_endpoints_IPv6 else removeSingBoxConfig wireguard_endpoints_IPv4 fi # outbound # addSingBoxOutbound "wireguard_out_${type}" "wireguard_out" fi echoContent green " ---> WARP全局出站设置完毕" else echoContent green " ---> 放弃设置" exit 0 fi elif [[ "${warpStatus}" == "4" ]]; then if [[ "${coreInstallType}" == "1" ]]; then unInstallRouting "wireguard_out_${type}" outboundTag removeXrayOutbound "wireguard_out_${type}" addXrayOutbound "z_direct_outbound" fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig "wireguard_endpoints_${type}_route" removeSingBoxConfig "wireguard_endpoints_${type}" addSingBoxOutbound "01_direct_outbound" fi echoContent green " ---> 卸载WARP ${type}分流完毕" else echoContent red " ---> 选择错误" exit 0 fi reloadCore } # 分流工具 routingToolsMenu() { echoContent skyBlue "\n功能 1/${totalProgress} : 分流工具" echoContent red "\n==============================================================" echoContent yellow "# 注意事项" echoContent yellow "# 用于服务端的流量分流，可用于解锁ChatGPT、流媒体等相关内容\n" echoContent yellow "1.WARP分流【第三方 IPv4】" echoContent yellow "2.WARP分流【第三方 IPv6】" echoContent yellow "3.IPv6分流" echoContent yellow "4.Socks5分流【替换任意门分流】" echoContent yellow "5.DNS分流" # echoContent yellow "6.VMess+WS+TLS分流" echoContent yellow "7.SNI反向代理分流" read -r -p "请选择:" selectType case ${selectType} in 1) warpRoutingReg 1 IPv4 ;; 2) warpRoutingReg 1 IPv6 ;; 3) ipv6Routing 1 ;; 4) socks5Routing ;; 5) dnsRouting 1 ;; # 6) # if [[ -n "${singBoxConfigPath}" ]]; then # echoContent red "\n ---> 此功能不支持Hysteria2、Tuic" # fi # vmessWSRouting 1 # ;; 7) if [[ -n "${singBoxConfigPath}" ]]; then echoContent red "\n ---> 此功能不支持Hysteria2、Tuic" fi sniRouting 1 ;; esac } # VMess+WS+TLS 分流 vmessWSRouting() { echoContent skyBlue "\n功能 1/${totalProgress} : VMess+WS+TLS 分流" echoContent red "\n==============================================================" echoContent yellow "# 注意事项" echoContent yellow "# 使用教程：https://www.v2ray-agent.com/archives/1683226921000 \n" echoContent yellow "1.添加出站" echoContent yellow "2.卸载" read -r -p "请选择:" selectType case ${selectType} in 1) setVMessWSRoutingOutbounds ;; 2) removeVMessWSRouting ;; esac } # Socks5分流 socks5Routing() { if [[ -z "${coreInstallType}" ]]; then echoContent red " ---> 未安装任意协议，请使用 1.安装 或者 2.任意组合安装 进行安装后使用" exit 0 fi echoContent skyBlue "\n功能 1/${totalProgress} : Socks5分流" echoContent red "\n==============================================================" echoContent red "# 注意事项" echoContent yellow "# 流量明文访问" echoContent yellow "# 仅限正常网络环境下设备间流量转发，禁止用于代理访问。" echoContent yellow "# 使用教程：https://www.v2ray-agent.com/archives/1683226921000#heading-5 \n" echoContent yellow "1.Socks5出站" echoContent yellow "2.Socks5入站" echoContent yellow "3.卸载" read -r -p "请选择:" selectType case ${selectType} in 1) socks5OutboundRoutingMenu ;; 2) socks5InboundRoutingMenu ;; 3) removeSocks5Routing ;; esac } # Socks5入站菜单 socks5InboundRoutingMenu() { readInstallType echoContent skyBlue "\n功能 1/1 : Socks5入站" echoContent red "\n==============================================================" echoContent yellow "1.安装Socks5入站" echoContent yellow "2.查看分流规则" echoContent yellow "3.添加分流规则" echoContent yellow "4.查看入站配置" read -r -p "请选择:" selectType case ${selectType} in 1) totalProgress=1 installSingBox 1 installSingBoxService 1 setSocks5Inbound setSocks5InboundRouting reloadCore socks5InboundRoutingMenu ;; 2) showSingBoxRoutingRules socks5_02_inbound_route socks5InboundRoutingMenu ;; 3) setSocks5InboundRouting addRules reloadCore socks5InboundRoutingMenu ;; 4) if [[ -f "${singBoxConfigPath}20_socks5_inbounds.json" ]]; then echoContent yellow "\n ---> 下列内容需要配置到其他机器的出站，请不要进行代理行为\n" echoContent green " 端口：$(jq .inbounds[0].listen_port ${singBoxConfigPath}20_socks5_inbounds.json)" echoContent green " 用户名称：$(jq -r .inbounds[0].users[0].username ${singBoxConfigPath}20_socks5_inbounds.json)" echoContent green " 用户密码：$(jq -r .inbounds[0].users[0].password ${singBoxConfigPath}20_socks5_inbounds.json)" else echoContent red " ---> 未安装相应功能" socks5InboundRoutingMenu fi ;; esac } # Socks5出站菜单 socks5OutboundRoutingMenu() { echoContent skyBlue "\n功能 1/1 : Socks5出站" echoContent red "\n==============================================================" echoContent yellow "1.安装Socks5出站" echoContent yellow "2.设置Socks5全局转发" echoContent yellow "3.查看分流规则" echoContent yellow "4.添加分流规则" read -r -p "请选择:" selectType case ${selectType} in 1) setSocks5Outbound setSocks5OutboundRouting reloadCore socks5OutboundRoutingMenu ;; 2) setSocks5Outbound setSocks5OutboundRoutingAll reloadCore socks5OutboundRoutingMenu ;; 3) showSingBoxRoutingRules socks5_01_outbound_route showXrayRoutingRules socks5_outbound socks5OutboundRoutingMenu ;; 4) setSocks5OutboundRouting addRules reloadCore socks5OutboundRoutingMenu ;; esac } # socks5全局 setSocks5OutboundRoutingAll() { echoContent red "==============================================================" echoContent yellow "# 注意事项\n" echoContent yellow "1.会删除所有已经设置的分流规则，包括其他分流（warp、IPv6等）" echoContent yellow "2.会删除Socks5之外的所有出站规则\n" read -r -p "是否确认设置？[y/n]:" socksOutStatus if [[ "${socksOutStatus}" == "y" ]]; then if [[ "${coreInstallType}" == "1" ]]; then removeXrayOutbound IPv4_out removeXrayOutbound IPv6_out removeXrayOutbound z_direct_outbound removeXrayOutbound blackhole_out removeXrayOutbound wireguard_out_IPv4 removeXrayOutbound wireguard_out_IPv6 rm ${configPath}09_routing.json >/dev/null 2>&1 fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig IPv4_out removeSingBoxConfig IPv6_out removeSingBoxConfig wireguard_endpoints_IPv4_route removeSingBoxConfig wireguard_endpoints_IPv6_route removeSingBoxConfig wireguard_endpoints_IPv4 removeSingBoxConfig wireguard_endpoints_IPv6 removeSingBoxConfig socks5_01_outbound_route removeSingBoxConfig 01_direct_outbound fi echoContent green " ---> Socks5全局出站设置完毕" fi } # socks5 分流规则 showSingBoxRoutingRules() { if [[ -n "${singBoxConfigPath}" ]]; then if [[ -f "${singBoxConfigPath}$1.json" ]]; then jq .route.rules "${singBoxConfigPath}$1.json" elif [[ "$1" == "socks5_01_outbound_route" && -f "${singBoxConfigPath}socks5_outbound.json" ]]; then echoContent yellow "已安装 sing-box socks5全局出站分流" echoContent yellow "\n出站分流配置：" echoContent skyBlue "$(jq .outbounds[0] ${singBoxConfigPath}socks5_outbound.json)" elif [[ "$1" == "socks5_02_inbound_route" && -f "${singBoxConfigPath}20_socks5_inbounds.json" ]]; then echoContent yellow "已安装 sing-box socks5全局入站分流" echoContent yellow "\n出站分流配置：" echoContent skyBlue "$(jq .outbounds[0] ${singBoxConfigPath}socks5_outbound.json)" fi fi } # xray内核分流规则 showXrayRoutingRules() { if [[ "${coreInstallType}" == "1" ]]; then if [[ -f "${configPath}09_routing.json" ]]; then jq ".routing.rules[]|select(.outboundTag==\"$1\")" "${configPath}09_routing.json" echoContent yellow "\n已安装 xray-core socks5全局出站分流" echoContent yellow "\n出站分流配置：" echoContent skyBlue "$(jq .outbounds[0].settings.servers[0] ${configPath}socks5_outbound.json)" elif [[ "$1" == "socks5_outbound" && -f "${configPath}socks5_outbound.json" ]]; then echoContent yellow "\n已安装 xray-core socks5全局出站分流" echoContent yellow "\n出站分流配置：" echoContent skyBlue "$(jq .outbounds[0].settings.servers[0] ${configPath}socks5_outbound.json)" fi fi } # 卸载Socks5分流 removeSocks5Routing() { echoContent skyBlue "\n功能 1/1 : 卸载Socks5分流" echoContent red "\n==============================================================" echoContent yellow "1.卸载Socks5出站" echoContent yellow "2.卸载Socks5入站" echoContent yellow "3.卸载全部" read -r -p "请选择:" unInstallSocks5RoutingStatus if [[ "${unInstallSocks5RoutingStatus}" == "1" ]]; then if [[ "${coreInstallType}" == "1" ]]; then removeXrayOutbound socks5_outbound unInstallRouting socks5_outbound outboundTag addXrayOutbound z_direct_outbound fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig socks5_outbound removeSingBoxConfig socks5_01_outbound_route addSingBoxOutbound 01_direct_outbound fi elif [[ "${unInstallSocks5RoutingStatus}" == "2" ]]; then removeSingBoxConfig 20_socks5_inbounds removeSingBoxConfig socks5_02_inbound_route handleSingBox stop elif [[ "${unInstallSocks5RoutingStatus}" == "3" ]]; then if [[ "${coreInstallType}" == "1" ]]; then removeXrayOutbound socks5_outbound unInstallRouting socks5_outbound outboundTag addXrayOutbound z_direct_outbound fi if [[ -n "${singBoxConfigPath}" ]]; then removeSingBoxConfig socks5_outbound removeSingBoxConfig socks5_01_outbound_route removeSingBoxConfig 20_socks5_inbounds removeSingBoxConfig socks5_02_inbound_route addSingBoxOutbound 01_direct_outbound fi handleSingBox stop else echoContent red " ---> 选择错误" exit 0 fi echoContent green " ---> 卸载完毕" reloadCore } # Socks5入站 setSocks5Inbound() { echoContent yellow "\n==================== 配置 Socks5 入站(解锁机、落地机) =====================\n" echoContent skyBlue "\n开始配置Socks5协议入站端口" echo mapfile -t result < <(initSingBoxPort "${singBoxSocks5Port}") echoContent green "\n ---> 入站Socks5端口：${result[-1]}" echoContent green "\n ---> 此端口需要配置到其他机器出站，请不要进行代理行为" echoContent yellow "\n请输入自定义UUID[需合法]，[回车]随机UUID" read -r -p 'UUID:' socks5RoutingUUID if [[ -z "${socks5RoutingUUID}" ]]; then if [[ "${coreInstallType}" == "1" ]]; then socks5RoutingUUID=$(/etc/v2ray-agent/xray/xray uuid) elif [[ -n "${singBoxConfigPath}" ]]; then socks5RoutingUUID=$(/etc/v2ray-agent/sing-box/sing-box generate uuid) fi fi echo echoContent green "用户名称：${socks5RoutingUUID}" echoContent green "用户密码：${socks5RoutingUUID}" echoContent yellow "\n请选择分流域名DNS解析类型" echoContent yellow "# 注意事项：需要保证vps支持相应的DNS解析" echoContent yellow "1.IPv4[回车默认]" echoContent yellow "2.IPv6" read -r -p 'IP类型:' socks5InboundDomainStrategyStatus local domainStrategy= if [[ -z "${socks5InboundDomainStrategyStatus}" || "${socks5InboundDomainStrategyStatus}" == "1" ]]; then domainStrategy="ipv4_only" elif [[ "${socks5InboundDomainStrategyStatus}" == "2" ]]; then domainStrategy="ipv6_only" else echoContent red " ---> 选择类型错误" exit 0 fi cat </etc/v2ray-agent/sing-box/conf/config/20_socks5_inbounds.json { "inbounds":[ { "type": "socks", "listen":"::", "listen_port":${result[-1]}, "tag":"socks5_inbound", "users":[ { "username": "${socks5RoutingUUID}", "password": "${socks5RoutingUUID}" } ], "domain_strategy":"${domainStrategy}" } ] } EOF } # 初始化sing-box rule配置 initSingBoxRules() { local domainRules=[] local ruleSet=[] while read -r line; do local geositeStatus geositeStatus=$(curl -s "https://api.github.com/repos/SagerNet/sing-geosite/contents/geosite-${line}.srs?ref=rule-set" | jq .message) if [[ "${geositeStatus}" == "null" ]]; then ruleSet=$(echo "${ruleSet}" | jq -r ". += [{\"tag\":\"${line}_$2\",\"type\":\"remote\",\"format\":\"binary\",\"url\":\"https://raw.githubusercontent.com/SagerNet/sing-geosite/rule-set/geosite-${line}.srs\",\"download_detour\":\"01_direct_outbound\"}]") else domainRules=$(echo "${domainRules}" | jq -r ". += [\"^([a-zA-Z0-9_-]+\\\.)*${line//./\\\\.}\"]") fi done < <(echo "$1" | tr ',' '\n' | grep -v '^$' | sort -n | uniq | paste -sd ',' | tr ',' '\n') echo "{ \"domainRules\":${domainRules},\"ruleSet\":${ruleSet}}" } # socks5 inbound routing规则 setSocks5InboundRouting() { singBoxConfigPath=/etc/v2ray-agent/sing-box/conf/config/ if [[ "$1" == "addRules" && ! -f "${singBoxConfigPath}socks5_02_inbound_route.json" && ! -f "${configPath}09_routing.json" ]]; then echoContent red " ---> 请安装入站分流后再添加分流规则" echoContent red " ---> 如已选择允许所有网站，请重新安装分流后设置规则" exit 0 fi local socks5InboundRoutingIPs= if [[ "$1" == "addRules" ]]; then socks5InboundRoutingIPs=$(jq .route.rules[0].source_ip_cidr "${singBoxConfigPath}socks5_02_inbound_route.json") else echoContent red "==============================================================" echoContent skyBlue "请输入允许访问的IP地址，多个IP英文逗号隔开。例如:1.1.1.1,2.2.2.2\n" read -r -p "IP:" socks5InboundRoutingIPs if [[ -z "${socks5InboundRoutingIPs}" ]]; then echoContent red " ---> IP不可为空" exit 0 fi socks5InboundRoutingIPs=$(echo "\"${socks5InboundRoutingIPs}"\" | jq -c '.|split(",")') fi echoContent red "==============================================================" echoContent skyBlue "请输入要分流的域名\n" echoContent yellow "支持Xray-core geosite匹配，支持sing-box1.8+ rule_set匹配\n" echoContent yellow "非增量添加，会替换原有规则\n" echoContent yellow "当输入的规则匹配到geosite或者rule_set后会使用相应的规则\n" echoContent yellow "如无法匹配则，则使用domain精确匹配\n" read -r -p "是否允许所有网站？请选择[y/n]:" socks5InboundRoutingDomainStatus if [[ "${socks5InboundRoutingDomainStatus}" == "y" ]]; then addSingBoxRouteRule "01_direct_outbound" "" "socks5_02_inbound_route" local route= route=$(jq ".route.rules[0].inbound = [\"socks5_inbound\"]" "${singBoxConfigPath}socks5_02_inbound_route.json") route=$(echo "${route}" | jq ".route.rules[0].source_ip_cidr=${socks5InboundRoutingIPs}") echo "${route}" | jq . >"${singBoxConfigPath}socks5_02_inbound_route.json" addSingBoxOutbound block addSingBoxOutbound "01_direct_outbound" else echoContent yellow "录入示例:netflix,openai,v2ray-agent.com\n" read -r -p "域名:" socks5InboundRoutingDomain if [[ -z "${socks5InboundRoutingDomain}" ]]; then echoContent red " ---> 域名不可为空" exit 0 fi addSingBoxRouteRule "01_direct_outbound" "${socks5InboundRoutingDomain}" "socks5_02_inbound_route" local route= route=$(jq ".route.rules[0].inbound = [\"socks5_inbound\"]" "${singBoxConfigPath}socks5_02_inbound_route.json") route=$(echo "${route}" | jq ".route.rules[0].source_ip_cidr=${socks5InboundRoutingIPs}") echo "${route}" | jq . >"${singBoxConfigPath}socks5_02_inbound_route.json" addSingBoxOutbound block addSingBoxOutbound "01_direct_outbound" fi } # socks5 出站 setSocks5Outbound() { echoContent yellow "\n==================== 配置 Socks5 出站（转发机、代理机） =====================\n" echo read -r -p "请输入落地机IP地址:" socks5RoutingOutboundIP if [[ -z "${socks5RoutingOutboundIP}" ]]; then echoContent red " ---> IP不可为空" exit 0 fi echo read -r -p "请输入落地机端口:" socks5RoutingOutboundPort if [[ -z "${socks5RoutingOutboundPort}" ]]; then echoContent red " ---> 端口不可为空" exit 0 fi echo read -r -p "请输入用户名:" socks5RoutingOutboundUserName if [[ -z "${socks5RoutingOutboundUserName}" ]]; then echoContent red " ---> 用户名不可为空" exit 0 fi echo read -r -p "请输入用户密码:" socks5RoutingOutboundPassword if [[ -z "${socks5RoutingOutboundPassword}" ]]; then echoContent red " ---> 用户密码不可为空" exit 0 fi echo if [[ -n "${singBoxConfigPath}" ]]; then cat <"${singBoxConfigPath}socks5_outbound.json" { "outbounds":[ { "type": "socks", "tag":"socks5_outbound", "server": "${socks5RoutingOutboundIP}", "server_port": ${socks5RoutingOutboundPort}, "version": "5", "username":"${socks5RoutingOutboundUserName}", "password":"${socks5RoutingOutboundPassword}" } ] } EOF fi if [[ "${coreInstallType}" == "1" ]]; then addXrayOutbound socks5_outbound fi } # socks5 outbound routing规则 setSocks5OutboundRouting() { if [[ "$1" == "addRules" && ! -f "${singBoxConfigPath}socks5_01_outbound_route.json" && ! -f "${configPath}09_routing.json" ]]; then echoContent red " ---> 请安装出站分流后再添加分流规则" exit 0 fi echoContent red "==============================================================" echoContent skyBlue "请输入要分流的域名\n" echoContent yellow "支持Xray-core geosite匹配，支持sing-box1.8+ rule_set匹配\n" echoContent yellow "非增量添加，会替换原有规则\n" echoContent yellow "当输入的规则匹配到geosite或者rule_set后会使用相应的规则\n" echoContent yellow "如无法匹配则，则使用domain精确匹配\n" echoContent yellow "录入示例:netflix,openai,v2ray-agent.com\n" read -r -p "域名:" socks5RoutingOutboundDomain if [[ -z "${socks5RoutingOutboundDomain}" ]]; then echoContent red " ---> IP不可为空" exit 0 fi addSingBoxRouteRule "socks5_outbound" "${socks5RoutingOutboundDomain}" "socks5_01_outbound_route" addSingBoxOutbound "01_direct_outbound" if [[ "${coreInstallType}" == "1" ]]; then unInstallRouting "socks5_outbound" "outboundTag" local domainRules=[] while read -r line; do if echo "${routingRule}" | grep -q "${line}"; then echoContent yellow " ---> ${line}已存在，跳过" else local geositeStatus geositeStatus=$(curl -s "https://api.github.com/repos/v2fly/domain-list-community/contents/data/${line}" | jq .message) if [[ "${geositeStatus}" == "null" ]]; then domainRules=$(echo "${domainRules}" | jq -r ". += [\"geosite:${line}\"]") else domainRules=$(echo "${domainRules}" | jq -r ". += [\"domain:${line}\"]") fi fi done < <(echo "${socks5RoutingOutboundDomain}" | tr ',' '\n') if [[ ! -f "${configPath}09_routing.json" ]]; then cat <${configPath}09_routing.json { "routing":{ "rules": [] } } EOF fi routing=$(jq -r ".routing.rules += [{\"type\": \"field\",\"domain\": ${domainRules},\"outboundTag\": \"socks5_outbound\"}]" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json fi } # 设置VMess+WS+TLS【仅出站】 setVMessWSRoutingOutbounds() { read -r -p "请输入VMess+WS+TLS的地址:" setVMessWSTLSAddress echoContent red "==============================================================" echoContent yellow "录入示例:netflix,openai\n" read -r -p "请按照上面示例录入域名:" domainList if [[ -z ${domainList} ]]; then echoContent red " ---> 域名不可为空" setVMessWSRoutingOutbounds fi if [[ -n "${setVMessWSTLSAddress}" ]]; then removeXrayOutbound VMess-out echo read -r -p "请输入VMess+WS+TLS的端口:" setVMessWSTLSPort echo if [[ -z "${setVMessWSTLSPort}" ]]; then echoContent red " ---> 端口不可为空" fi read -r -p "请输入VMess+WS+TLS的UUID:" setVMessWSTLSUUID echo if [[ -z "${setVMessWSTLSUUID}" ]]; then echoContent red " ---> UUID不可为空" fi read -r -p "请输入VMess+WS+TLS的Path路径:" setVMessWSTLSPath echo if [[ -z "${setVMessWSTLSPath}" ]]; then echoContent red " ---> 路径不可为空" elif ! echo "${setVMessWSTLSPath}" | grep -q "/"; then setVMessWSTLSPath="/${setVMessWSTLSPath}" fi addXrayOutbound "VMess-out" addXrayRouting VMess-out outboundTag "${domainList}" reloadCore echoContent green " ---> 添加分流成功" exit 0 fi echoContent red " ---> 地址不可为空" setVMessWSRoutingOutbounds } # 移除VMess+WS+TLS分流 removeVMessWSRouting() { removeXrayOutbound VMess-out unInstallRouting VMess-out outboundTag reloadCore echoContent green " ---> 卸载成功" } # 重启核心 reloadCore() { readInstallType if [[ "${coreInstallType}" == "1" ]]; then handleXray stop handleXray start fi if echo "${currentInstallProtocolType}" | grep -q ",20," || [[ "${coreInstallType}" == "2" || -n "${singBoxConfigPath}" ]]; then handleSingBox stop handleSingBox start fi } # dns分流 dnsRouting() { if [[ -z "${configPath}" ]]; then echoContent red " ---> 未安装，请使用脚本安装" menu exit 0 fi echoContent skyBlue "\n功能 1/${totalProgress} : DNS分流" echoContent red "\n==============================================================" echoContent yellow "# 注意事项" echoContent yellow "# 使用教程：https://www.v2ray-agent.com/archives/1683226921000 \n" echoContent yellow "1.添加" echoContent yellow "2.卸载" read -r -p "请选择:" selectType case ${selectType} in 1) setUnlockDNS ;; 2) removeUnlockDNS ;; esac } # SNI反向代理分流 sniRouting() { if [[ -z "${configPath}" ]]; then echoContent red " ---> 未安装，请使用脚本安装" menu exit 0 fi echoContent skyBlue "\n功能 1/${totalProgress} : SNI反向代理分流" echoContent red "\n==============================================================" echoContent yellow "# 注意事项" echoContent yellow "# 使用教程：https://www.v2ray-agent.com/archives/1683226921000 \n" echoContent yellow "# sing-box不支持规则集，仅支持指定域名。\n" echoContent yellow "1.添加" echoContent yellow "2.卸载" read -r -p "请选择:" selectType case ${selectType} in 1) setUnlockSNI ;; 2) removeUnlockSNI ;; esac } # 设置SNI分流 setUnlockSNI() { read -r -p "请输入分流的SNI IP:" setSNIP if [[ -n ${setSNIP} ]]; then echoContent red "==============================================================" if [[ "${coreInstallType}" == 1 ]]; then echoContent yellow "录入示例:netflix,disney,hulu" read -r -p "请按照上面示例录入域名:" xrayDomainList local hosts={} while read -r domain; do hosts=$(echo "${hosts}" | jq -r ".\"geosite:${domain}\"=\"${setSNIP}\"") done < <(echo "${xrayDomainList}" | tr ',' '\n') cat <${configPath}11_dns.json { "dns": { "hosts":${hosts}, "servers": [ "8.8.8.8", "1.1.1.1" ] } } EOF fi if [[ -n "${singBoxConfigPath}" ]]; then echoContent yellow "录入示例:www.netflix.com,www.google.com" read -r -p "请按照上面示例录入域名:" singboxDomainList addSingBoxDNSConfig "${setSNIP}" "${singboxDomainList}" "predefined" fi echoContent yellow " ---> SNI反向代理分流成功" reloadCore else echoContent red " ---> SNI IP不可为空" fi exit 0 } # 添加xray dns 配置 addXrayDNSConfig() { local ip=$1 local domainList=$2 local domains=[] while read -r line; do local geositeStatus geositeStatus=$(curl -s "https://api.github.com/repos/v2fly/domain-list-community/contents/data/${line}" | jq .message) if [[ "${geositeStatus}" == "null" ]]; then domains=$(echo "${domains}" | jq -r '. += ["geosite:'"${line}"'"]') else domains=$(echo "${domains}" | jq -r '. += ["domain:'"${line}"'"]') fi done < <(echo "${domainList}" | tr ',' '\n') if [[ "${coreInstallType}" == "1" ]]; then cat <${configPath}11_dns.json { "dns": { "servers": [ { "address": "${ip}", "port": 53, "domains": ${domains} }, "localhost" ] } } EOF fi } # 添加sing-box dns配置 addSingBoxDNSConfig() { local ip=$1 local domainList=$2 local actionType=$3 local rules= rules=$(initSingBoxRules "${domainList}" "dns") # domain精确匹配规则 local domainRules= domainRules=$(echo "${rules}" | jq .domainRules) # ruleSet规则集 local ruleSet= ruleSet=$(echo "${rules}" | jq .ruleSet) # ruleSet规则tag local ruleSetTag=[] if [[ "$(echo "${ruleSet}" | jq '.|length')" != "0" ]]; then ruleSetTag=$(echo "${ruleSet}" | jq '.|map(.tag)') fi if [[ -n "${singBoxConfigPath}" ]]; then if [[ "${actionType}" == "predefined" ]]; then local predefined={} while read -r line; do predefined=$(echo "${predefined}" | jq ".\"${line}\"=\"${ip}\"") done < <(echo "${domainList}" | tr ',' '\n' | grep -v '^$' | sort -n | uniq | paste -sd ',' | tr ',' '\n') cat <"${singBoxConfigPath}dns.json" { "dns": { "servers": [ { "tag": "local", "type": "local" }, { "tag": "hosts", "type": "hosts", "predefined": ${predefined} } ], "rules": [ { "domain_regex":${domainRules}, "server":"hosts" } ] } } EOF else cat <"${singBoxConfigPath}dns.json" { "dns": { "servers": [ { "tag": "local", "type": "local" }, { "tag": "dnsRouting", "type": "udp", "server": "${ip}" } ], "rules": [ { "rule_set": ${ruleSetTag}, "domain_regex": ${domainRules}, "server":"dnsRouting" } ] }, "route":{ "rule_set":${ruleSet} } } EOF fi fi } # 设置dns setUnlockDNS() { read -r -p "请输入分流的DNS:" setDNS if [[ -n ${setDNS} ]]; then echoContent red "==============================================================" echoContent yellow "录入示例:netflix,disney,hulu" read -r -p "请按照上面示例录入域名:" domainList if [[ "${coreInstallType}" == "1" ]]; then addXrayDNSConfig "${setDNS}" "${domainList}" fi if [[ -n "${singBoxConfigPath}" ]]; then addSingBoxOutbound 01_direct_outbound addSingBoxDNSConfig "${setDNS}" "${domainList}" fi reloadCore echoContent yellow "\n ---> 如还无法观看可以尝试以下两种方案" echoContent yellow " 1.重启vps" echoContent yellow " 2.卸载dns解锁后，修改本地的[/etc/resolv.conf]DNS设置并重启vps\n" else echoContent red " ---> dns不可为空" fi exit 0 } # 移除 DNS分流 removeUnlockDNS() { if [[ "${coreInstallType}" == "1" && -f "${configPath}11_dns.json" ]]; then cat <${configPath}11_dns.json { "dns": { "servers": [ "localhost" ] } } EOF fi if [[ "${coreInstallType}" == "2" && -f "${singBoxConfigPath}dns.json" ]]; then cat <${singBoxConfigPath}dns.json { "dns": { "servers":[ { "type":"local" } ] } } EOF fi reloadCore echoContent green " ---> 卸载成功" exit 0 } # 移除SNI分流 removeUnlockSNI() { if [[ "${coreInstallType}" == 1 ]]; then cat <${configPath}11_dns.json { "dns": { "servers": [ "localhost" ] } } EOF fi if [[ "${coreInstallType}" == "2" && -f "${singBoxConfigPath}dns.json" ]]; then cat <${singBoxConfigPath}dns.json { "dns": { "servers":[ { "type":"local" } ] } } EOF fi reloadCore echoContent green " ---> 卸载成功" exit 0 } # sing-box 个性化安装 customSingBoxInstall() { echoContent skyBlue "\n========================个性化安装============================" echoContent yellow "0.VLESS+Vision+TCP" echoContent yellow "1.VLESS+TLS+WS[仅CDN推荐]" echoContent yellow "3.VMess+TLS+WS[仅CDN推荐]" echoContent yellow "4.Trojan+TLS[不推荐]" echoContent yellow "6.Hysteria2" echoContent yellow "7.VLESS+Reality+Vision" echoContent yellow "8.VLESS+Reality+gRPC" echoContent yellow "9.Tuic" echoContent yellow "10.Naive" echoContent yellow "11.VMess+TLS+HTTPUpgrade" echoContent yellow "13.anytls" read -r -p "请选择[多选]，[例如:1,2,3]:" selectCustomInstallType echoContent skyBlue "--------------------------------------------------------------" if echo "${selectCustomInstallType}" | grep -q "，"; then echoContent red " ---> 请使用英文逗号分隔" exit 0 fi if [[ "${selectCustomInstallType}" != "10" ]] && [[ "${selectCustomInstallType}" != "11" ]] && [[ "${selectCustomInstallType}" != "13" ]] && ((${#selectCustomInstallType} >= 2)) && ! echo "${selectCustomInstallType}" | grep -q ","; then echoContent red " ---> 多选请使用英文逗号分隔" exit 0 fi if [[ "${selectCustomInstallType: -1}" != "," ]]; then selectCustomInstallType="${selectCustomInstallType}," fi if [[ "${selectCustomInstallType:0:1}" != "," ]]; then selectCustomInstallType=",${selectCustomInstallType}," fi if [[ "${selectCustomInstallType//,/}" =~ ^[0-9]+$ ]]; then readLastInstallationConfig unInstallSubscribe totalProgress=9 installTools 1 # 申请tls if echo "${selectCustomInstallType}" | grep -q -E ",0,|,1,|,3,|,4,|,6,|,9,|,10,|,11,|,13,"; then initTLSNginxConfig 2 installTLS 3 handleNginx stop fi installSingBox 4 installSingBoxService 5 initSingBoxConfig custom 6 cleanUp xrayDel installCronTLS 7 handleSingBox stop handleSingBox start handleNginx stop handleNginx start # 生成账号 checkGFWStatue 8 showAccounts 9 else echoContent red " ---> 输入不合法" customSingBoxInstall fi } # 一键无域名Xray-core Reality installXrayReality() { selectCustomInstallType=",7," readLastInstallationConfig unInstallSubscribe totalProgress=6 installTools 1 handleNginx stop # 安装Xray installXray 2 false installXrayService 3 initXrayConfig custom 4 cleanUp singBoxDel handleXray stop handleXray start # 生成账号 checkGFWStatue 5 showAccounts 6 } # 一键无域名sing-box Reality installSingBoxReality() { selectCustomInstallType=",7," readLastInstallationConfig unInstallSubscribe totalProgress=6 installTools 1 installSingBox 2 installSingBoxService 3 initSingBoxConfig custom 4 cleanUp xrayDel handleSingBox stop handleSingBox start # 生成账号 checkGFWStatue 5 showAccounts 6 } # Xray-core个性化安装 customXrayInstall() { echoContent skyBlue "\n========================个性化安装============================" echoContent yellow "VLESS前置，默认安装0，无域名安装Reality只选择7即可" echoContent yellow "0.VLESS+TLS_Vision+TCP[推荐]" echoContent yellow "1.VLESS+TLS+WS[仅CDN推荐]" # echoContent yellow "2.Trojan+TLS+gRPC[仅CDN推荐]" echoContent yellow "3.VMess+TLS+WS[仅CDN推荐]" echoContent yellow "4.Trojan+TLS[不推荐]" # echoContent yellow "5.VLESS+TLS+gRPC[仅CDN推荐]" echoContent yellow "7.VLESS+Reality+uTLS+Vision[推荐]" # echoContent yellow "8.VLESS+Reality+gRPC" echoContent yellow "12.VLESS+Reality+XHTTP+TLS[CDN可用]" read -r -p "请选择[多选]，[例如:1,2,3]:" selectCustomInstallType echoContent skyBlue "--------------------------------------------------------------" if echo "${selectCustomInstallType}" | grep -q "，"; then echoContent red " ---> 请使用英文逗号分隔" exit 0 fi if [[ "${selectCustomInstallType}" != "12" ]] && ((${#selectCustomInstallType} >= 2)) && ! echo "${selectCustomInstallType}" | grep -q ","; then echoContent red " ---> 多选请使用英文逗号分隔" exit 0 fi if [[ "${selectCustomInstallType}" == "7" ]]; then selectCustomInstallType=",${selectCustomInstallType}," else if ! echo "${selectCustomInstallType}" | grep -q "0,"; then selectCustomInstallType=",0,${selectCustomInstallType}," else selectCustomInstallType=",${selectCustomInstallType}," fi fi if [[ "${selectCustomInstallType:0:1}" != "," ]]; then selectCustomInstallType=",${selectCustomInstallType}," fi if [[ "${selectCustomInstallType//,/}" =~ ^[0-7]+$ ]]; then readLastInstallationConfig unInstallSubscribe checkBTPanel check1Panel totalProgress=12 installTools 1 if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\n进度 3/${totalProgress} : 检测到宝塔面板/1Panel，跳过申请TLS步骤" handleXray stop if [[ "${selectCustomInstallType}" != ",7," ]]; then customPortFunction fi else # 申请tls if [[ "${selectCustomInstallType}" != ",7," ]]; then initTLSNginxConfig 2 handleXray stop installTLS 3 else echoContent skyBlue "\n进度 2/${totalProgress} : 检测到仅安装Reality，跳过TLS证书步骤" fi fi handleNginx stop # 随机path if echo "${selectCustomInstallType}" | grep -qE ",1,|,2,|,3,|,5,|,12,"; then randomPathFunction 4 fi if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\n进度 6/${totalProgress} : 检测到宝塔面板/1Panel，跳过伪装网站" else nginxBlog 6 fi if [[ "${selectCustomInstallType}" != ",7," ]]; then updateRedirectNginxConf handleNginx start fi # 安装Xray installXray 7 false installXrayService 8 initXrayConfig custom 9 cleanUp singBoxDel if [[ "${selectCustomInstallType}" != ",7," ]]; then installCronTLS 10 fi handleXray stop handleXray start # 生成账号 checkGFWStatue 11 showAccounts 12 else echoContent red " ---> 输入不合法" customXrayInstall fi } # 选择核心安装sing-box、xray-core selectCoreInstall() { echoContent skyBlue "\n功能 1/${totalProgress} : 选择核心安装" echoContent red "\n==============================================================" echoContent yellow "1.Xray-core" echoContent yellow "2.sing-box" echoContent red "==============================================================" read -r -p "请选择:" selectCoreType case ${selectCoreType} in 1) if [[ "${selectInstallType}" == "1" ]]; then xrayCoreInstall elif [[ "${selectInstallType}" == "2" ]]; then customXrayInstall elif [[ "${selectInstallType}" == "3" ]]; then installXrayReality fi ;; 2) if [[ "${selectInstallType}" == "1" ]]; then singBoxInstall elif [[ "${selectInstallType}" == "2" ]]; then customSingBoxInstall elif [[ "${selectInstallType}" == "3" ]]; then installSingBoxReality fi ;; *) echoContent red ' ---> 选择错误，重新选择' selectCoreInstall ;; esac } # xray-core 安装 xrayCoreInstall() { readLastInstallationConfig unInstallSubscribe checkBTPanel check1Panel selectCustomInstallType= totalProgress=12 installTools 2 if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\n进度 3/${totalProgress} : 检测到宝塔面板/1Panel，跳过申请TLS步骤" handleXray stop customPortFunction else # 申请tls initTLSNginxConfig 3 handleXray stop installTLS 4 fi handleNginx stop randomPathFunction 5 # 安装Xray installXray 6 false installXrayService 7 initXrayConfig all 8 cleanUp singBoxDel installCronTLS 9 if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\n进度 11/${totalProgress} : 检测到宝塔面板/1Panel，跳过伪装网站" else nginxBlog 10 fi updateRedirectNginxConf handleXray stop sleep 2 handleXray start handleNginx start # 生成账号 checkGFWStatue 11 showAccounts 12 } # sing-box 全部安装 singBoxInstall() { readLastInstallationConfig unInstallSubscribe checkBTPanel check1Panel selectCustomInstallType= totalProgress=8 installTools 2 if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\n进度 3/${totalProgress} : 检测到宝塔面板/1Panel，跳过申请TLS步骤" handleXray stop customPortFunction else # 申请tls initTLSNginxConfig 3 handleXray stop installTLS 4 fi handleNginx stop installSingBox 5 installSingBoxService 6 initSingBoxConfig all 7 cleanUp xrayDel installCronTLS 8 handleSingBox stop handleSingBox start handleNginx stop handleNginx start # 生成账号 showAccounts 9 } # 核心管理 coreVersionManageMenu() { if [[ -z "${coreInstallType}" ]]; then echoContent red "\n ---> 没有检测到安装目录，请执行脚本安装内容" menu exit 0 fi echoContent skyBlue "\n功能 1/1 : 请选择核心" echoContent red "\n==============================================================" echoContent yellow "1.Xray-core" echoContent yellow "2.sing-box" echoContent red "==============================================================" read -r -p "请输入:" selectCore if [[ "${selectCore}" == "1" ]]; then xrayVersionManageMenu 1 elif [[ "${selectCore}" == "2" ]]; then singBoxVersionManageMenu 1 fi } # 定时任务检查 cronFunction() { if [[ "${cronName}" == "RenewTLS" ]]; then renewalTLS exit 0 elif [[ "${cronName}" == "UpdateGeo" ]]; then updateGeoSite >>/etc/v2ray-agent/crontab_updateGeoSite.log echoContent green " ---> geo更新日期:$(date "+%F %H:%M:%S")" >>/etc/v2ray-agent/crontab_updateGeoSite.log exit 0 fi } # 账号管理 manageAccount() { echoContent skyBlue "\n功能 1/${totalProgress} : 账号管理" if [[ -z "${configPath}" ]]; then echoContent red " ---> 未安装" exit 0 fi echoContent red "\n==============================================================" echoContent yellow "# 添加单个用户时可自定义email和uuid" echoContent yellow "# 如安装了Hysteria或者Tuic，账号会同时添加到相应的类型下面\n" echoContent yellow "1.查看账号" echoContent yellow "2.查看订阅" echoContent yellow "3.管理其他订阅" echoContent yellow "4.添加用户" echoContent yellow "5.删除用户" echoContent red "==============================================================" read -r -p "请输入:" manageAccountStatus if [[ "${manageAccountStatus}" == "1" ]]; then showAccounts 1 elif [[ "${manageAccountStatus}" == "2" ]]; then subscribe elif [[ "${manageAccountStatus}" == "3" ]]; then addSubscribeMenu 1 elif [[ "${manageAccountStatus}" == "4" ]]; then addUser elif [[ "${manageAccountStatus}" == "5" ]]; then removeUser else echoContent red " ---> 选择错误" fi } # 安装订阅 installSubscribe() { readNginxSubscribe local nginxSubscribeListen= local nginxSubscribeSSL= local serverName= local SSLType= local listenIPv6= if [[ -z "${subscribePort}" ]]; then nginxVersion=$(nginx -v 2>&1) if echo "${nginxVersion}" | grep -q "not found" || [[ -z "${nginxVersion}" ]]; then echoContent yellow "未检测到nginx，无法使用订阅服务\n" read -r -p "是否安装[y/n]？" installNginxStatus if [[ "${installNginxStatus}" == "y" ]]; then installNginxTools else echoContent red " ---> 放弃安装nginx\n" exit 0 fi fi echoContent yellow "开始配置订阅，请输入订阅的端口\n" mapfile -t result < <(initSingBoxPort "${subscribePort}") echo echoContent yellow " ---> 开始配置订阅的伪装站点\n" nginxBlog echo local httpSubscribeStatus= if ! echo "${selectCustomInstallType}" | grep -qE ",0,|,1,|,2,|,3,|,4,|,5,|,6,|,9,|,10,|,11,|,13," && ! echo "${currentInstallProtocolType}" | grep -qE ",0,|,1,|,2,|,3,|,4,|,5,|,6,|,9,|,10,|,11,|,13," && [[ -z "${domain}" ]]; then httpSubscribeStatus=true fi if [[ "${httpSubscribeStatus}" == "true" ]]; then echoContent yellow "未发现tls证书，使用无加密订阅，可能被运营商拦截，请注意风险。" echo read -r -p "是否使用http订阅[y/n]？" addNginxSubscribeStatus echo if [[ "${addNginxSubscribeStatus}" != "y" ]]; then echoContent yellow " ---> 退出安装" exit fi else local subscribeServerName= if [[ -n "${currentHost}" ]]; then subscribeServerName="${currentHost}" else subscribeServerName="${domain}" fi SSLType="ssl" serverName="server_name ${subscribeServerName};" nginxSubscribeSSL="ssl_certificate /etc/v2ray-agent/tls/${subscribeServerName}.crt;ssl_certificate_key /etc/v2ray-agent/tls/${subscribeServerName}.key;" fi if [[ -n "$(curl --connect-timeout 2 -s -6 http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | cut -d "=" -f 2)" ]]; then listenIPv6="listen [::]:${result[-1]} ${SSLType};" fi if echo "${nginxVersion}" | grep -q "1.25" && [[ $(echo "${nginxVersion}" | awk -F "[.]" '{print $3}') -gt 0 ]] || [[ $(echo "${nginxVersion}" | awk -F "[.]" '{print $2}') -gt 25 ]]; then nginxSubscribeListen="listen ${result[-1]} ${SSLType} so_keepalive=on;http2 on;${listenIPv6}" else nginxSubscribeListen="listen ${result[-1]} ${SSLType} so_keepalive=on;${listenIPv6}" fi cat <${nginxConfigPath}subscribe.conf server { ${nginxSubscribeListen} ${serverName} ${nginxSubscribeSSL} ssl_protocols TLSv1.2 TLSv1.3; ssl_ciphers TLS13_AES_128_GCM_SHA256:TLS13_AES_256_GCM_SHA384:TLS13_CHACHA20_POLY1305_SHA256:ECDHE-ECDSA-AES128-GCM-SHA256:ECDHE-ECDSA-AES256-GCM-SHA384:ECDHE-ECDSA-CHACHA20-POLY1305; ssl_prefer_server_ciphers on; resolver 1.1.1.1 valid=60s; resolver_timeout 2s; client_max_body_size 100m; root ${nginxStaticPath}; location ~ ^/s/(clashMeta|default|clashMetaProfiles|sing-box|sing-box_profiles)/(.*) { default_type 'text/plain; charset=utf-8'; alias /etc/v2ray-agent/subscribe/\$1/\$2; } location / { } } EOF bootStartup nginx handleNginx stop handleNginx start fi if [[ -z $(pgrep -f "nginx") ]]; then handleNginx start fi } # 卸载订阅 unInstallSubscribe() { rm -rf ${nginxConfigPath}subscribe.conf >/dev/null 2>&1 } # 添加订阅 addSubscribeMenu() { echoContent skyBlue "\n===================== 添加其他机器订阅 =======================" echoContent yellow "1.添加" echoContent yellow "2.移除" echoContent red "==============================================================" read -r -p "请选择:" addSubscribeStatus if [[ "${addSubscribeStatus}" == "1" ]]; then addOtherSubscribe elif [[ "${addSubscribeStatus}" == "2" ]]; then if [[ ! -f "/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl" ]]; then echoContent green " ---> 未安装其他订阅" exit 0 fi grep -v '^$' "/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl" | awk '{print NR""":"$0}' read -r -p "请选择要删除的订阅编号[仅支持单个删除]:" delSubscribeIndex if [[ -z "${delSubscribeIndex}" ]]; then echoContent green " ---> 不可以为空" exit 0 fi sed -i "$((delSubscribeIndex))d" "/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl" >/dev/null 2>&1 echoContent green " ---> 其他机器订阅删除成功" subscribe fi } # 添加其他机器clashMeta订阅 addOtherSubscribe() { echoContent yellow "#注意事项:" echoContent yellow "请仔细阅读以下文章： https://www.v2ray-agent.com/archives/1681804748677" echoContent skyBlue "录入示例：www.v2ray-agent.com:443:vps1\n" read -r -p "请输入域名 端口 机器别名:" remoteSubscribeUrl if [[ -z "${remoteSubscribeUrl}" ]]; then echoContent red " ---> 不可为空" addOtherSubscribe elif ! echo "${remoteSubscribeUrl}" | grep -q ":"; then echoContent red " ---> 规则不合法" else if [[ -f "/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl" ]] && grep -q "${remoteSubscribeUrl}" /etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl; then echoContent red " ---> 此订阅已添加" exit 0 fi echo read -r -p "是否是HTTP订阅？[y/n]" httpSubscribeStatus if [[ "${httpSubscribeStatus}" == "y" ]]; then remoteSubscribeUrl="${remoteSubscribeUrl}:http" fi echo "${remoteSubscribeUrl}" >>/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl subscribe fi } # clashMeta配置文件 clashMetaConfig() { local url=$1 local id=$2 cat <"/etc/v2ray-agent/subscribe/clashMetaProfiles/${id}" log-level: debug mode: rule ipv6: true mixed-port: 7890 allow-lan: true bind-address: "*" lan-allowed-ips: - 0.0.0.0/0 - ::/0 find-process-mode: strict external-controller: 0.0.0.0:9090 geox-url: geoip: "https://fastly.jsdelivr.net/gh/MetaCubeX/meta-rules-dat@release/geoip.dat" geosite: "https://fastly.jsdelivr.net/gh/MetaCubeX/meta-rules-dat@release/geosite.dat" mmdb: "https://fastly.jsdelivr.net/gh/MetaCubeX/meta-rules-dat@release/geoip.metadb" geo-auto-update: true geo-update-interval: 24 external-controller-cors: allow-private-network: true global-client-fingerprint: chrome profile: store-selected: true store-fake-ip: true sniffer: enable: true override-destination: false sniff: QUIC: ports: [ 443 ] TLS: ports: [ 443 ] HTTP: ports: [80] dns: enable: true prefer-h3: false listen: 0.0.0.0:1053 ipv6: true enhanced-mode: fake-ip fake-ip-range: 198.18.0.1/16 fake-ip-filter: - '*.lan' - '*.local' - 'dns.google' - "localhost.ptlogin2.qq.com" use-hosts: true nameserver: - https://1.1.1.1/dns-query - https://8.8.8.8/dns-query - 1.1.1.1 - 8.8.8.8 proxy-server-nameserver: - https://223.5.5.5/dns-query - https://1.12.12.12/dns-query nameserver-policy: "geosite:cn,private": - https://doh.pub/dns-query - https://dns.alidns.com/dns-query proxy-providers: ${subscribeSalt}_provider: type: http path: ./${subscribeSalt}_provider.yaml url: ${url} interval: 3600 proxy: DIRECT health-check: enable: true url: https://cp.cloudflare.com/generate_204 interval: 300 proxy-groups: - name: 手动切换 type: select use: - ${subscribeSalt}_provider proxies: null - name: 自动选择 type: url-test url: http://www.gstatic.com/generate_204 interval: 36000 tolerance: 50 use: - ${subscribeSalt}_provider proxies: null - name: 全球代理 type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: 流媒体 type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - DIRECT - name: DNS_Proxy type: select use: - ${subscribeSalt}_provider proxies: - 自动选择 - 手动切换 - DIRECT - name: Telegram type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: Google type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - DIRECT - name: YouTube type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: Netflix type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 手动切换 - 自动选择 - name: Spotify type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 手动切换 - 自动选择 - DIRECT - name: HBO type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 手动切换 - 自动选择 - name: Bing type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: OpenAI type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: ClaudeAI type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: Disney type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 手动切换 - 自动选择 - name: GitHub type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - DIRECT - name: 国内媒体 type: select use: - ${subscribeSalt}_provider proxies: - DIRECT - name: 本地直连 type: select use: - ${subscribeSalt}_provider proxies: - DIRECT - 自动选择 - name: 漏网之鱼 type: select use: - ${subscribeSalt}_provider proxies: - DIRECT - 手动切换 - 自动选择 rule-providers: lan: type: http behavior: classical interval: 86400 url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Lan/Lan.yaml path: ./Rules/lan.yaml reject: type: http behavior: domain url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/reject.txt path: ./ruleset/reject.yaml interval: 86400 proxy: type: http behavior: domain url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/proxy.txt path: ./ruleset/proxy.yaml interval: 86400 direct: type: http behavior: domain url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/direct.txt path: ./ruleset/direct.yaml interval: 86400 private: type: http behavior: domain url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/private.txt path: ./ruleset/private.yaml interval: 86400 gfw: type: http behavior: domain url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/gfw.txt path: ./ruleset/gfw.yaml interval: 86400 greatfire: type: http behavior: domain url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/greatfire.txt path: ./ruleset/greatfire.yaml interval: 86400 tld-not-cn: type: http behavior: domain url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/tld-not-cn.txt path: ./ruleset/tld-not-cn.yaml interval: 86400 telegramcidr: type: http behavior: ipcidr url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/telegramcidr.txt path: ./ruleset/telegramcidr.yaml interval: 86400 applications: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/applications.txt path: ./ruleset/applications.yaml interval: 86400 Disney: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Disney/Disney.yaml path: ./ruleset/disney.yaml interval: 86400 Netflix: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Netflix/Netflix.yaml path: ./ruleset/netflix.yaml interval: 86400 YouTube: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/YouTube/YouTube.yaml path: ./ruleset/youtube.yaml interval: 86400 HBO: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/HBO/HBO.yaml path: ./ruleset/hbo.yaml interval: 86400 OpenAI: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/OpenAI/OpenAI.yaml path: ./ruleset/openai.yaml interval: 86400 ClaudeAI: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Claude/Claude.yaml path: ./ruleset/claudeai.yaml interval: 86400 Bing: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Bing/Bing.yaml path: ./ruleset/bing.yaml interval: 86400 Google: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Google/Google.yaml path: ./ruleset/google.yaml interval: 86400 GitHub: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/GitHub/GitHub.yaml path: ./ruleset/github.yaml interval: 86400 Spotify: type: http behavior: classical url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Spotify/Spotify.yaml path: ./ruleset/spotify.yaml interval: 86400 ChinaMaxDomain: type: http behavior: domain interval: 86400 url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/ChinaMax/ChinaMax_Domain.yaml path: ./Rules/ChinaMaxDomain.yaml ChinaMaxIPNoIPv6: type: http behavior: ipcidr interval: 86400 url: https://gh-proxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/ChinaMax/ChinaMax_IP_No_IPv6.yaml path: ./Rules/ChinaMaxIPNoIPv6.yaml rules: - RULE-SET,YouTube,YouTube,no-resolve - RULE-SET,Google,Google,no-resolve - RULE-SET,GitHub,GitHub - RULE-SET,telegramcidr,Telegram,no-resolve - RULE-SET,Spotify,Spotify,no-resolve - RULE-SET,Netflix,Netflix - RULE-SET,HBO,HBO - RULE-SET,Bing,Bing - RULE-SET,OpenAI,OpenAI - RULE-SET,ClaudeAI,ClaudeAI - RULE-SET,Disney,Disney - RULE-SET,proxy,全球代理 - RULE-SET,gfw,全球代理 - RULE-SET,applications,本地直连 - RULE-SET,ChinaMaxDomain,本地直连 - RULE-SET,ChinaMaxIPNoIPv6,本地直连,no-resolve - RULE-SET,lan,本地直连,no-resolve - GEOIP,CN,本地直连 - MATCH,漏网之鱼 EOF } # 随机salt initRandomSalt() { local chars="abcdefghijklmnopqrtuxyz" local initCustomPath= for i in {1..10}; do echo "${i}" >/dev/null initCustomPath+="${chars:RANDOM%${#chars}:1}" done echo "${initCustomPath}" } # 订阅 subscribe() { readInstallProtocolType installSubscribe readNginxSubscribe local renewSalt=$1 local showStatus=$2 if [[ "${coreInstallType}" == "1" || "${coreInstallType}" == "2" ]]; then echoContent skyBlue "-------------------------备注---------------------------------" echoContent yellow "# 查看订阅会重新生成本地账号的订阅" echoContent red "# 需要手动输入md5加密的salt值，如果不了解使用随机即可" echoContent yellow "# 不影响已添加的远程订阅的内容\n" if [[ -f "/etc/v2ray-agent/subscribe_local/subscribeSalt" && -n $(cat "/etc/v2ray-agent/subscribe_local/subscribeSalt") ]]; then if [[ -z "${renewSalt}" ]]; then read -r -p "读取到上次安装设置的Salt，是否使用上次生成的Salt ？[y/n]:" historySaltStatus if [[ "${historySaltStatus}" == "y" ]]; then subscribeSalt=$(cat /etc/v2ray-agent/subscribe_local/subscribeSalt) else read -r -p "请输入salt值, [回车]使用随机:" subscribeSalt fi else subscribeSalt=$(cat /etc/v2ray-agent/subscribe_local/subscribeSalt) fi else read -r -p "请输入salt值, [回车]使用随机:" subscribeSalt showStatus= fi if [[ -z "${subscribeSalt}" ]]; then subscribeSalt=$(initRandomSalt) fi echoContent yellow "\n ---> Salt: ${subscribeSalt}" echo "${subscribeSalt}" >/etc/v2ray-agent/subscribe_local/subscribeSalt rm -rf /etc/v2ray-agent/subscribe/default/* rm -rf /etc/v2ray-agent/subscribe/clashMeta/* rm -rf /etc/v2ray-agent/subscribe_local/default/* rm -rf /etc/v2ray-agent/subscribe_local/clashMeta/* rm -rf /etc/v2ray-agent/subscribe_local/sing-box/* showAccounts >/dev/null if [[ -n $(ls /etc/v2ray-agent/subscribe_local/default/) ]]; then if [[ -f "/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl" && -n $(cat "/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl") ]]; then if [[ -z "${renewSalt}" ]]; then read -r -p "读取到其他订阅，是否更新？[y/n]" updateOtherSubscribeStatus else updateOtherSubscribeStatus=y fi fi local subscribePortLocal="${subscribePort}" find /etc/v2ray-agent/subscribe_local/default/* | while read -r email; do email=$(echo "${email}" | awk -F "[d][e][f][a][u][l][t][/]" '{print $2}') local emailMd5= emailMd5=$(echo -n "${email}${subscribeSalt}"$'\n' | md5sum | awk '{print $1}') cat "/etc/v2ray-agent/subscribe_local/default/${email}" >>"/etc/v2ray-agent/subscribe/default/${emailMd5}" if [[ "${updateOtherSubscribeStatus}" == "y" ]]; then updateRemoteSubscribe "${emailMd5}" "${email}" fi local base64Result base64Result=$(base64 -w 0 "/etc/v2ray-agent/subscribe/default/${emailMd5}") echo "${base64Result}" >"/etc/v2ray-agent/subscribe/default/${emailMd5}" echoContent yellow "--------------------------------------------------------------" local currentDomain=${currentHost} if [[ -n "${currentDefaultPort}" && "${currentDefaultPort}" != "443" ]]; then currentDomain="${currentHost}:${currentDefaultPort}" fi if [[ -n "${subscribePortLocal}" ]]; then if [[ "${subscribeType}" == "http" ]]; then currentDomain="$(getPublicIP):${subscribePort}" else currentDomain="${currentHost}:${subscribePort}" fi fi if [[ -z "${showStatus}" ]]; then echoContent skyBlue "\n----------默认订阅----------\n" echoContent green "email:${email}\n" echoContent yellow "url:${subscribeType}://${currentDomain}/s/default/${emailMd5}\n" echoContent yellow "在线二维码:https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=${subscribeType}://${currentDomain}/s/default/${emailMd5}\n" if [[ "${release}" != "alpine" ]]; then echo "${subscribeType}://${currentDomain}/s/default/${emailMd5}" | qrencode -s 10 -m 1 -t UTF8 fi # clashMeta if [[ -f "/etc/v2ray-agent/subscribe_local/clashMeta/${email}" ]]; then cat "/etc/v2ray-agent/subscribe_local/clashMeta/${email}" >>"/etc/v2ray-agent/subscribe/clashMeta/${emailMd5}" sed -i '1i\proxies:' "/etc/v2ray-agent/subscribe/clashMeta/${emailMd5}" local clashProxyUrl="${subscribeType}://${currentDomain}/s/clashMeta/${emailMd5}" clashMetaConfig "${clashProxyUrl}" "${emailMd5}" echoContent skyBlue "\n----------clashMeta订阅----------\n" echoContent yellow "url:${subscribeType}://${currentDomain}/s/clashMetaProfiles/${emailMd5}\n" echoContent yellow "在线二维码:https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=${subscribeType}://${currentDomain}/s/clashMetaProfiles/${emailMd5}\n" if [[ "${release}" != "alpine" ]]; then echo "${subscribeType}://${currentDomain}/s/clashMetaProfiles/${emailMd5}" | qrencode -s 10 -m 1 -t UTF8 fi fi # sing-box if [[ -f "/etc/v2ray-agent/subscribe_local/sing-box/${email}" ]]; then cp "/etc/v2ray-agent/subscribe_local/sing-box/${email}" "/etc/v2ray-agent/subscribe/sing-box_profiles/${emailMd5}" echoContent skyBlue " ---> 下载 sing-box 通用配置文件" if [[ "${release}" == "alpine" ]]; then wget -O "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}" -q "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/documents/sing-box.json" else wget -O "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}" -q "${wgetShowProgressStatus}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/documents/sing-box.json" fi jq ".outbounds=$(jq ".outbounds|map(if has(\"outbounds\") then .outbounds += $(jq ".|map(.tag)" "/etc/v2ray-agent/subscribe_local/sing-box/${email}") else . end)" "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}")" "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}" >"/etc/v2ray-agent/subscribe/sing-box/${emailMd5}_tmp" && mv "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}_tmp" "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}" jq ".outbounds += $(jq '.' "/etc/v2ray-agent/subscribe_local/sing-box/${email}")" "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}" >"/etc/v2ray-agent/subscribe/sing-box/${emailMd5}_tmp" && mv "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}_tmp" "/etc/v2ray-agent/subscribe/sing-box/${emailMd5}" echoContent skyBlue "\n----------sing-box订阅----------\n" echoContent yellow "url:${subscribeType}://${currentDomain}/s/sing-box/${emailMd5}\n" echoContent yellow "在线二维码:https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=${subscribeType}://${currentDomain}/s/sing-box/${emailMd5}\n" if [[ "${release}" != "alpine" ]]; then echo "${subscribeType}://${currentDomain}/s/sing-box/${emailMd5}" | qrencode -s 10 -m 1 -t UTF8 fi fi echoContent skyBlue "--------------------------------------------------------------" else echoContent green " ---> email:${email}，订阅已更新，请使用客户端重新拉取" fi done fi else echoContent red " ---> 未安装伪装站点，无法使用订阅服务" fi } # 更新远程订阅 updateRemoteSubscribe() { local emailMD5=$1 local email=$2 while read -r line; do local subscribeType= subscribeType="https" local serverAlias= serverAlias=$(echo "${line}" | awk -F "[:]" '{print $3}') local remoteUrl= remoteUrl=$(echo "${line}" | awk -F "[:]" '{print $1":"$2}') local subscribeTypeRemote= subscribeTypeRemote=$(echo "${line}" | awk -F "[:]" '{print $4}') if [[ -n "${subscribeTypeRemote}" ]]; then subscribeType="${subscribeTypeRemote}" fi local clashMetaProxies= clashMetaProxies=$(curl -s "${subscribeType}://${remoteUrl}/s/clashMeta/${emailMD5}" | sed '/proxies:/d' | sed "s/\"${email}/\"${email}_${serverAlias}/g") if ! echo "${clashMetaProxies}" | grep -q "nginx" && [[ -n "${clashMetaProxies}" ]]; then echo "${clashMetaProxies}" >>"/etc/v2ray-agent/subscribe/clashMeta/${emailMD5}" echoContent green " ---> clashMeta订阅 ${remoteUrl}:${email} 更新成功" else echoContent red " ---> clashMeta订阅 ${remoteUrl}:${email}不存在" fi local default= default=$(curl -s "${subscribeType}://${remoteUrl}/s/default/${emailMD5}") if ! echo "${default}" | grep -q "nginx" && [[ -n "${default}" ]]; then default=$(echo "${default}" | base64 -d | sed "s/#${email}/#${email}_${serverAlias}/g") echo "${default}" >>"/etc/v2ray-agent/subscribe/default/${emailMD5}" echoContent green " ---> 通用订阅 ${remoteUrl}:${email} 更新成功" else echoContent red " ---> 通用订阅 ${remoteUrl}:${email} 不存在" fi local singBoxSubscribe= singBoxSubscribe=$(curl -s "${subscribeType}://${remoteUrl}/s/sing-box_profiles/${emailMD5}") if ! echo "${singBoxSubscribe}" | grep -q "nginx" && [[ -n "${singBoxSubscribe}" ]]; then singBoxSubscribe=${singBoxSubscribe//tag\": \"${email}/tag\": \"${email}_${serverAlias}} singBoxSubscribe=$(jq ". +=${singBoxSubscribe}" "/etc/v2ray-agent/subscribe_local/sing-box/${email}") echo "${singBoxSubscribe}" | jq . >"/etc/v2ray-agent/subscribe_local/sing-box/${email}" echoContent green " ---> 通用订阅 ${remoteUrl}:${email} 更新成功" else echoContent red " ---> 通用订阅 ${remoteUrl}:${email} 不存在" fi done < <(grep -v '^$' <"/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl") } # 切换alpn switchAlpn() { echoContent skyBlue "\n功能 1/${totalProgress} : 切换alpn" if [[ -z ${currentAlpn} ]]; then echoContent red " ---> 无法读取alpn，请检查是否安装" exit 0 fi echoContent red "\n==============================================================" echoContent green "当前alpn首位为:${currentAlpn}" echoContent yellow " 1.当http/1.1首位时，trojan可用，gRPC部分客户端可用【客户端支持手动选择alpn的可用】" echoContent yellow " 2.当h2首位时，gRPC可用，trojan部分客户端可用【客户端支持手动选择alpn的可用】" echoContent yellow " 3.如客户端不支持手动更换alpn，建议使用此功能更改服务端alpn顺序，来使用相应的协议" echoContent red "==============================================================" if [[ "${currentAlpn}" == "http/1.1" ]]; then echoContent yellow "1.切换alpn h2 首位" elif [[ "${currentAlpn}" == "h2" ]]; then echoContent yellow "1.切换alpn http/1.1 首位" else echoContent red '不符合' fi echoContent red "==============================================================" read -r -p "请选择:" selectSwitchAlpnType if [[ "${selectSwitchAlpnType}" == "1" && "${currentAlpn}" == "http/1.1" ]]; then local frontingTypeJSON frontingTypeJSON=$(jq -r ".inbounds[0].streamSettings.tlsSettings.alpn = [\"h2\",\"http/1.1\"]" ${configPath}${frontingType}.json) echo "${frontingTypeJSON}" | jq . >${configPath}${frontingType}.json elif [[ "${selectSwitchAlpnType}" == "1" && "${currentAlpn}" == "h2" ]]; then local frontingTypeJSON frontingTypeJSON=$(jq -r ".inbounds[0].streamSettings.tlsSettings.alpn =[\"http/1.1\",\"h2\"]" ${configPath}${frontingType}.json) echo "${frontingTypeJSON}" | jq . >${configPath}${frontingType}.json else echoContent red " ---> 选择错误" exit 0 fi reloadCore } # 初始化realityKey initRealityKey() { echoContent skyBlue "\n生成Reality key\n" if [[ -n "${currentRealityPublicKey}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次安装记录，是否使用上次安装时的PublicKey/PrivateKey ？[y/n]:" historyKeyStatus if [[ "${historyKeyStatus}" == "y" ]]; then realityPrivateKey=${currentRealityPrivateKey} realityPublicKey=${currentRealityPublicKey} fi elif [[ -n "${currentRealityPublicKey}" && -n "${lastInstallationConfig}" ]]; then realityPrivateKey=${currentRealityPrivateKey} realityPublicKey=${currentRealityPublicKey} fi if [[ -z "${realityPrivateKey}" ]]; then if [[ "${selectCoreType}" == "2" || "${coreInstallType}" == "2" ]]; then realityX25519Key=$(/etc/v2ray-agent/sing-box/sing-box generate reality-keypair) realityPrivateKey=$(echo "${realityX25519Key}" | head -1 | awk '{print $2}') realityPublicKey=$(echo "${realityX25519Key}" | tail -n 1 | awk '{print $2}') echo "publicKey:${realityPublicKey}" >/etc/v2ray-agent/sing-box/conf/config/reality_key else read -r -p "请输入Private Key[回车自动生成]:" historyPrivateKey if [[ -n "${historyPrivateKey}" ]]; then realityX25519Key=$(/etc/v2ray-agent/xray/xray x25519 -i "${historyPrivateKey}") else realityX25519Key=$(/etc/v2ray-agent/xray/xray x25519) fi realityPrivateKey=$(echo "${realityX25519Key}" | grep "PrivateKey" | awk '{print $2}') realityPublicKey=$(echo "${realityX25519Key}" | grep "Password" | awk '{print $2}') if [[ -z "${realityPrivateKey}" ]]; then echoContent red "输入的Private Key不合法" initRealityKey else echoContent green "\n privateKey:${realityPrivateKey}" echoContent green "\n publicKey:${realityPublicKey}" fi fi fi } # 初始化 mldsa65Seed initRealityMldsa65() { echoContent skyBlue "\n生成Reality mldsa65\n" if /etc/v2ray-agent/xray/xray tls ping "${realityServerName}:${realityDomainPort}" 2>/dev/null | grep -q "X25519MLKEM768"; then length=$(/etc/v2ray-agent/xray/xray tls ping "${realityServerName}:${realityDomainPort}" | grep "Certificate chain's total length:" | awk '{print $5}' | head -1) if [ "$length" -gt 3500 ]; then if [[ -n "${currentRealityMldsa65}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次安装记录，是否使用上次安装时的Seed/Verify ？[y/n]:" historyMldsa65Status if [[ "${historyMldsa65Status}" == "y" ]]; then realityMldsa65Seed=${currentRealityMldsa65Seed} realityMldsa65Verify=${currentRealityMldsa65Verify} fi elif [[ -n "${currentRealityMldsa65Seed}" && -n "${lastInstallationConfig}" ]]; then realityMldsa65Seed=${currentRealityMldsa65Seed} realityMldsa65Verify=${currentRealityMldsa65Verify} fi if [[ -z "${realityMldsa65Seed}" ]]; then # if [[ "${selectCoreType}" == "2" || "${coreInstallType}" == "2" ]]; then # realityX25519Key=$(/etc/v2ray-agent/sing-box/sing-box generate reality-keypair) # realityPrivateKey=$(echo "${realityX25519Key}" | head -1 | awk '{print $2}') # realityPublicKey=$(echo "${realityX25519Key}" | tail -n 1 | awk '{print $2}') # echo "publicKey:${realityPublicKey}" >/etc/v2ray-agent/sing-box/conf/config/reality_key # else realityMldsa65=$(/etc/v2ray-agent/xray/xray mldsa65) realityMldsa65Seed=$(echo "${realityMldsa65}" | head -1 | awk '{print $2}') realityMldsa65Verify=$(echo "${realityMldsa65}" | tail -n 1 | awk '{print $2}') # fi fi # echoContent green "\n Seed:${realityMldsa65Seed}" # echoContent green "\n Verify:${realityMldsa65Verify}" else echoContent green " 目标域名支持X25519MLKEM768，但是证书的长度不足，忽略ML-DSA-65。" fi else echoContent green " 目标域名不支持X25519MLKEM768，忽略ML-DSA-65。" fi } # 检查reality域名是否符合 checkRealityDest() { local traceResult= traceResult=$(curl -s "https://$(echo "${realityDestDomain}" | cut -d ':' -f 1)/cdn-cgi/trace" | grep "visit_scheme=https") if [[ -n "${traceResult}" ]]; then echoContent red "\n ---> 检测到使用的域名，托管在cloudflare并开启了代理，使用此类型域名可能导致VPS流量被其他人使用[不建议使用]\n" read -r -p "是否继续 ？[y/n]" setRealityDestStatus if [[ "${setRealityDestStatus}" != 'y' ]]; then exit 0 fi echoContent yellow "\n ---> 忽略风险，继续使用" fi } # 初始化客户端可用的ServersName initRealityClientServersName() { local realityDestDomainList= if [[ "${coreInstallType}" == "1" || "${selectCoreType}" == "1" ]]; then realityDestDomainList="gateway.icloud.com,itunes.apple.com,swdist.apple.com,swcdn.apple.com,updates.cdn-apple.com,mensura.cdn-apple.com,osxapps.itunes.apple.com,aod.itunes.apple.com,download-installer.cdn.mozilla.net,addons.mozilla.org,s0.awsstatic.com,d1.awsstatic.com,cdn-dynmedia-1.microsoft.com,images-na.ssl-images-amazon.com,m.media-amazon.com,player.live-video.net,one-piece.com,lol.secure.dyn.riotcdn.net,www.lovelive-anime.jp,academy.nvidia.com,software.download.prss.microsoft.com,dl.google.com,www.google-analytics.com,www.caltech.edu,www.calstatela.edu,www.suny.edu,www.suffolk.edu,www.python.org,vuejs-jp.org,vuejs.org,zh-hk.vuejs.org,react.dev,www.java.com,www.oracle.com,www.mysql.com,www.mongodb.com,redis.io,cname.vercel-dns.com,vercel-dns.com,www.swift.com,academy.nvidia.com,www.swift.com,www.cisco.com,www.asus.com,www.samsung.com,www.amd.com,www.umcg.nl,www.fom-international.com,www.u-can.co.jp,github.io" elif [[ "${coreInstallType}" == "2" || "${selectCoreType}" == "2" ]]; then realityDestDomainList="gateway.icloud.com,itunes.apple.com,swdist.apple.com,swcdn.apple.com,updates.cdn-apple.com,mensura.cdn-apple.com,osxapps.itunes.apple.com,aod.itunes.apple.com,download-installer.cdn.mozilla.net,addons.mozilla.org,s0.awsstatic.com,d1.awsstatic.com,cdn-dynmedia-1.microsoft.com,images-na.ssl-images-amazon.com,m.media-amazon.com,player.live-video.net,one-piece.com,lol.secure.dyn.riotcdn.net,www.lovelive-anime.jp,academy.nvidia.com,software.download.prss.microsoft.com,dl.google.com,www.google-analytics.com,www.python.org,vuejs-jp.org,vuejs.org,zh-hk.vuejs.org,react.dev,www.java.com,www.oracle.com,www.mysql.com,www.mongodb.com,cname.vercel-dns.com,vercel-dns.com,www.swift.com,academy.nvidia.com,www.swift.com,www.cisco.com,www.asus.com,www.samsung.com,www.amd.com,www.fom-international.com,github.io" fi if [[ -n "${realityServerName}" && -z "${lastInstallationConfig}" ]]; then if echo ${realityDestDomainList} | grep -q "${realityServerName}"; then read -r -p "读取到上次安装设置的Reality域名，是否使用？[y/n]:" realityServerNameStatus if [[ "${realityServerNameStatus}" != "y" ]]; then realityServerName= realityDomainPort= fi else realityServerName= realityDomainPort= fi elif [[ -n "${realityServerName}" && -z "${lastInstallationConfig}" ]]; then realityServerName= realityDomainPort= fi if [[ -z "${realityServerName}" ]]; then if [[ -n "${domain}" ]]; then echo read -r -p "是否使用 ${domain} 此域名作为Reality目标域名 ？[y/n]:" realityServerNameCurrentDomainStatus if [[ "${realityServerNameCurrentDomainStatus}" == "y" ]]; then realityServerName="${domain}" if [[ "${selectCoreType}" == "1" ]]; then if [[ -z "${subscribePort}" ]]; then echo installSubscribe readNginxSubscribe realityDomainPort="${subscribePort}" else realityDomainPort="${subscribePort}" fi fi if [[ "${selectCoreType}" == "2" ]]; then if [[ -z "${subscribePort}" ]]; then echo installSubscribe readNginxSubscribe realityDomainPort="${subscribePort}" else realityDomainPort="${subscribePort}" fi fi fi fi if [[ -z "${realityServerName}" ]]; then realityDomainPort=443 echoContent skyBlue "\n================ 配置客户端可用的serverNames ===============\n" echoContent yellow "#注意事项" echoContent green "Reality目标可用域名列表：https://www.v2ray-agent.com/archives/1689439383686#heading-3\n" echoContent yellow "录入示例:addons.mozilla.org:443\n" read -r -p "请输入目标域名，[回车]随机域名，默认端口443:" realityServerName if [[ -z "${realityServerName}" ]]; then count=$(echo ${realityDestDomainList} | awk -F',' '{print NF}') randomNum=$(randomNum 1 "${count}") realityServerName=$(echo "${realityDestDomainList}" | awk -F ',' -v randomNum="$randomNum" '{print $randomNum}') fi if echo "${realityServerName}" | grep -q ":"; then realityDomainPort=$(echo "${realityServerName}" | awk -F "[:]" '{print $2}') realityServerName=$(echo "${realityServerName}" | awk -F "[:]" '{print $1}') fi fi fi echoContent yellow "\n ---> 客户端可用域名: ${realityServerName}:${realityDomainPort}\n" } # 初始化reality端口 initXrayRealityPort() { if [[ -n "${xrayVLESSRealityPort}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次安装记录，是否使用上次安装时的端口 ？[y/n]:" historyRealityPortStatus if [[ "${historyRealityPortStatus}" == "y" ]]; then realityPort=${xrayVLESSRealityPort} fi elif [[ -n "${xrayVLESSRealityPort}" && -n "${lastInstallationConfig}" ]]; then realityPort=${xrayVLESSRealityPort} fi if [[ -z "${realityPort}" ]]; then # if [[ -n "${port}" ]]; then # read -r -p "是否使用TLS+Vision端口 ？[y/n]:" realityPortTLSVisionStatus # if [[ "${realityPortTLSVisionStatus}" == "y" ]]; then # realityPort=${port} # fi # fi # if [[ -z "${realityPort}" ]]; then echoContent yellow "请输入端口[回车随机10000-30000]" read -r -p "端口:" realityPort if [[ -z "${realityPort}" ]]; then realityPort=$((RANDOM % 20001 + 10000)) fi # fi if [[ -n "${realityPort}" && "${xrayVLESSRealityPort}" == "${realityPort}" ]]; then handleXray stop else checkPort "${realityPort}" fi fi if [[ -z "${realityPort}" ]]; then initXrayRealityPort else allowPort "${realityPort}" echoContent yellow "\n ---> 端口: ${realityPort}" fi } # 初始化XHTTP端口 initXrayXHTTPort() { if [[ -n "${xrayVLESSRealityXHTTPort}" && -z "${lastInstallationConfig}" ]]; then read -r -p "读取到上次安装记录，是否使用上次安装时的端口 ？[y/n]:" historyXHTTPortStatus if [[ "${historyXHTTPortStatus}" == "y" ]]; then xHTTPort=${xrayVLESSRealityXHTTPort} fi elif [[ -n "${xrayVLESSRealityXHTTPort}" && -n "${lastInstallationConfig}" ]]; then xHTTPort=${xrayVLESSRealityXHTTPort} fi if [[ -z "${xHTTPort}" ]]; then echoContent yellow "请输入端口[回车随机10000-30000]" read -r -p "端口:" xHTTPort if [[ -z "${xHTTPort}" ]]; then xHTTPort=$((RANDOM % 20001 + 10000)) fi if [[ -n "${xHTTPort}" && "${xrayVLESSRealityXHTTPort}" == "${xHTTPort}" ]]; then handleXray stop else checkPort "${xHTTPort}" fi fi if [[ -z "${xHTTPort}" ]]; then initXrayXHTTPort else allowPort "${xHTTPort}" allowPort "${xHTTPort}" "udp" echoContent yellow "\n ---> 端口: ${xHTTPort}" fi } # reality管理 manageReality() { readInstallProtocolType readConfigHostPathUUID readCustomPort readSingBoxConfig if ! echo "${currentInstallProtocolType}" | grep -q -E "7,|8," || [[ -z "${coreInstallType}" ]]; then echoContent red "\n ---> 请先安装Reality协议，参考教程 https://www.v2ray-agent.com/archives/1680104902581#heading-11" exit 0 fi if [[ "${coreInstallType}" == "1" ]]; then selectCustomInstallType=",7," initXrayConfig custom 1 true elif [[ "${coreInstallType}" == "2" ]]; then if echo "${currentInstallProtocolType}" | grep -q ",7,"; then selectCustomInstallType=",7," fi if echo "${currentInstallProtocolType}" | grep -q ",8,"; then selectCustomInstallType="${selectCustomInstallType},8," fi initSingBoxConfig custom 1 true fi reloadCore subscribe false } # 安装reality scanner installRealityScanner() { if [[ ! -f "/etc/v2ray-agent/xray/reality_scan/RealiTLScanner-linux-64" ]]; then version=$(curl -s https://api.github.com/repos/XTLS/RealiTLScanner/releases?per_page=1 | jq -r '.[]|.tag_name') wget -c -q -P /etc/v2ray-agent/xray/reality_scan/ "https://github.com/XTLS/RealiTLScanner/releases/download/${version}/RealiTLScanner-linux-64" chmod 655 /etc/v2ray-agent/xray/reality_scan/RealiTLScanner-linux-64 fi } # reality scanner realityScanner() { echoContent skyBlue "\n进度 1/1 : 扫描Reality域名" echoContent red "\n==============================================================" echoContent yellow "# 注意事项" echoContent yellow "扫描完成后，请自行检查扫描网站结果内容是否合规，需个人承担风险" echoContent red "某些IDC不允许扫描操作，比如搬瓦工，其中风险请自行承担\n" echoContent yellow "1.扫描IPv4" echoContent yellow "2.扫描IPv6" echoContent red "==============================================================" read -r -p "请选择:" realityScannerStatus local type= if [[ "${realityScannerStatus}" == "1" ]]; then type=4 elif [[ "${realityScannerStatus}" == "2" ]]; then type=6 fi read -r -p "某些IDC不允许扫描操作，比如搬瓦工，其中风险请自行承担，是否继续？[y/n]:" scanStatus if [[ "${scanStatus}" != "y" ]]; then exit 0 fi publicIP=$(getPublicIP "${type}") echoContent yellow "IP:${publicIP}" if [[ -z "${publicIP}" ]]; then echoContent red " ---> 无法获取IP" exit 0 fi read -r -p "IP是否正确？[y/n]:" ipStatus if [[ "${ipStatus}" == "y" ]]; then echoContent yellow "结果存储在 /etc/v2ray-agent/xray/reality_scan/result.log 文件中\n" /etc/v2ray-agent/xray/reality_scan/RealiTLScanner-linux-64 -addr "${publicIP}" | tee /etc/v2ray-agent/xray/reality_scan/result.log else echoContent red " ---> 无法读取正确IP" fi } # hysteria管理 manageHysteria() { echoContent skyBlue "\n进度 1/1 : Hysteria2 管理" echoContent red "\n==============================================================" local hysteria2Status= if [[ -n "${singBoxConfigPath}" ]] && [[ -f "/etc/v2ray-agent/sing-box/conf/config/06_hysteria2_inbounds.json" ]]; then echoContent yellow "依赖第三方sing-box\n" echoContent yellow "1.重新安装" echoContent yellow "2.卸载" echoContent yellow "3.端口跳跃管理" hysteria2Status=true else echoContent yellow "依赖sing-box内核\n" echoContent yellow "1.安装" fi echoContent red "==============================================================" read -r -p "请选择:" installHysteria2Status if [[ "${installHysteria2Status}" == "1" ]]; then singBoxHysteria2Install elif [[ "${installHysteria2Status}" == "2" && "${hysteria2Status}" == "true" ]]; then unInstallSingBox hysteria2 elif [[ "${installHysteria2Status}" == "3" && "${hysteria2Status}" == "true" ]]; then portHoppingMenu hysteria2 fi } # tuic管理 manageTuic() { echoContent skyBlue "\n进度 1/1 : Tuic管理" echoContent red "\n==============================================================" local tuicStatus= if [[ -n "${singBoxConfigPath}" ]] && [[ -f "/etc/v2ray-agent/sing-box/conf/config/09_tuic_inbounds.json" ]]; then echoContent yellow "依赖sing-box内核\n" echoContent yellow "1.重新安装" echoContent yellow "2.卸载" echoContent yellow "3.端口跳跃管理" tuicStatus=true else echoContent yellow "依赖sing-box内核\n" echoContent yellow "1.安装" fi echoContent red "==============================================================" read -r -p "请选择:" installTuicStatus if [[ "${installTuicStatus}" == "1" ]]; then singBoxTuicInstall elif [[ "${installTuicStatus}" == "2" && "${tuicStatus}" == "true" ]]; then unInstallSingBox tuic elif [[ "${installTuicStatus}" == "3" && "${tuicStatus}" == "true" ]]; then portHoppingMenu tuic fi } # sing-box log日志 singBoxLog() { cat </etc/v2ray-agent/sing-box/conf/config/log.json { "log": { "disabled": $1, "level": "debug", "output": "/etc/v2ray-agent/sing-box/conf/box.log", "timestamp": true } } EOF handleSingBox stop handleSingBox start } # sing-box 版本管理 singBoxVersionManageMenu() { echoContent skyBlue "\n进度 $1/${totalProgress} : sing-box 版本管理" if [[ -z "${singBoxConfigPath}" ]]; then echoContent red " ---> 没有检测到安装程序，请执行脚本安装内容" menu exit 0 fi echoContent red "\n==============================================================" echoContent yellow "1.升级 sing-box" echoContent yellow "2.关闭 sing-box" echoContent yellow "3.打开 sing-box" echoContent yellow "4.重启 sing-box" echoContent yellow "==============================================================" local logStatus= if [[ -n "${singBoxConfigPath}" && -f "${singBoxConfigPath}log.json" && "$(jq -r .log.disabled "${singBoxConfigPath}log.json")" == "false" ]]; then echoContent yellow "5.关闭日志" logStatus=true else echoContent yellow "5.启用日志" logStatus=false fi echoContent yellow "6.查看日志" echoContent red "==============================================================" read -r -p "请选择:" selectSingBoxType if [[ ! -f "${singBoxConfigPath}../box.log" ]]; then touch "${singBoxConfigPath}../box.log" >/dev/null 2>&1 fi if [[ "${selectSingBoxType}" == "1" ]]; then installSingBox 1 handleSingBox stop handleSingBox start elif [[ "${selectSingBoxType}" == "2" ]]; then handleSingBox stop elif [[ "${selectSingBoxType}" == "3" ]]; then handleSingBox start elif [[ "${selectSingBoxType}" == "4" ]]; then handleSingBox stop handleSingBox start elif [[ "${selectSingBoxType}" == "5" ]]; then singBoxLog ${logStatus} if [[ "${logStatus}" == "false" ]]; then tail -f "${singBoxConfigPath}../box.log" fi elif [[ "${selectSingBoxType}" == "6" ]]; then tail -f "${singBoxConfigPath}../box.log" fi } # 主菜单 menu() { cd "$HOME" || exit echoContent red "\n==============================================================" echoContent green "作者：mack-a" echoContent green "当前版本：v3.5.9" echoContent green "Github：https://github.com/mack-a/v2ray-agent" echoContent green "描述：八合一共存脚本\c" showInstallStatus checkWgetShowProgress echoContent red "\n=========================== 推广区============================" echoContent red " " echoContent yellow "VPS选购攻略" echoContent green "https://www.v2ray-agent.com/archives/1679975663984" echoContent yellow "年付10美金低价VPS AS4837" echoContent green "https://www.v2ray-agent.com/archives/racknerdtao-can-zheng-li-nian-fu-10mei-yuan" echoContent yellow "优质常驻套餐DMIT CN2-GIA" echoContent green "https://www.v2ray-agent.com/archives/186cee7b-9459-4e57-b9b2-b07a4f36931c" echoContent yellow "VPS探针：https://ping.v2ray-agent.com/" echoContent red " " echoContent red "==============================================================" if [[ -n "${coreInstallType}" ]]; then echoContent yellow "1.重新安装" else echoContent yellow "1.安装" fi echoContent yellow "2.任意组合安装" echoContent yellow "3.一键无域名Reality" echoContent yellow "4.Hysteria2管理" echoContent yellow "5.REALITY管理" echoContent yellow "6.Tuic管理" echoContent skyBlue "-------------------------工具管理-----------------------------" echoContent yellow "7.用户管理" echoContent yellow "8.伪装站管理" echoContent yellow "9.证书管理" echoContent yellow "10.CDN节点管理" echoContent yellow "11.分流工具" echoContent yellow "12.添加新端口" echoContent yellow "13.BT下载管理" echoContent yellow "15.域名黑名单" echoContent skyBlue "-------------------------版本管理-----------------------------" echoContent yellow "16.core管理" echoContent yellow "17.更新脚本" echoContent yellow "18.安装BBR、DD脚本" echoContent skyBlue "-------------------------脚本管理-----------------------------" echoContent yellow "20.卸载脚本" echoContent red "==============================================================" mkdirTools aliasInstall read -r -p "请选择:" selectInstallType case ${selectInstallType} in 1) selectCoreInstall ;; 2) selectCoreInstall ;; 3) selectCoreInstall ;; 4) manageHysteria ;; 5) manageReality 1 ;; 6) manageTuic ;; 7) manageAccount 1 ;; 8) updateNginxBlog 1 ;; 9) renewalTLS 1 ;; 10) manageCDN 1 ;; 11) routingToolsMenu 1 ;; 12) addCorePort 1 ;; 13) btTools 1 ;; 14) switchAlpn 1 ;; 15) blacklist 1 ;; 16) coreVersionManageMenu 1 ;; 17) updateV2RayAgent 1 ;; 18) bbrInstall ;; 20) unInstall 1 ;; esac } cronFunction menu ================================================ FILE: shell/empty_login_history.sh ================================================ #!/usr/bin/env bash # 清空访问日志 # wget -P /tmp -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/shell/empty_login_history.sh" && chmod 700 /tmp/empty_login_history.sh && /tmp/empty_login_history.sh echo "清空中" echo > /var/log/wtmp echo > /var/log/btmp echo > /var/log/lastlog echo > ~/.bash_history echo "清空完毕" echo "删除脚本" rm -rf /tmp/empty_login_history.sh history -c echo "done" ================================================ FILE: shell/init_tls.sh ================================================ #!/usr/bin/env bash installType='yum -y install' removeType='yum -y remove' upgrade="yum -y update" echoType='echo -e' cp=`which cp` # 打印 echoColor(){ case $1 in # 红色 "red") ${echoType} "\033[31m$2 \033[0m" ;; # 天蓝色 "skyBlue") ${echoType} "\033[36m$2 \033[0m" ;; # 绿色 "green") ${echoType} "\033[32m$2 \033[0m" ;; # 白色 "white") ${echoType} "\033[37m$2 \033[0m" ;; "magenta") ${echoType} "\033[31m$2 \033[0m" ;; "skyBlue") ${echoType} "\033[36m$2 \033[0m" ;; # 黄色 "yellow") ${echoType} "\033[33m$2 \033[0m" ;; esac } # 选择系统执行工具 checkSystem(){ if [[ ! -z `find /etc -name "redhat-release"` ]] || [[ ! -z `cat /proc/version | grep -i "centos" | grep -v grep ` ]] || [[ ! -z `cat /proc/version | grep -i "red hat" | grep -v grep ` ]] || [[ ! -z `cat /proc/version | grep -i "redhat" | grep -v grep ` ]] then release="centos" installType='yum -y install' removeType='yum -y remove' upgrade="yum update -y" elif [[ ! -z `cat /etc/issue | grep -i "debian" | grep -v grep` ]] || [[ ! -z `cat /proc/version | grep -i "debian" | grep -v grep` ]] then release="debian" installType='apt -y install' upgrade="apt update -y" removeType='apt -y autoremove' elif [[ ! -z `cat /etc/issue | grep -i "ubuntu" | grep -v grep` ]] || [[ ! -z `cat /proc/version | grep -i "ubuntu" | grep -v grep` ]] then release="ubuntu" installType='apt -y install' upgrade="apt update -y" removeType='apt --purge remove' fi if [[ -z ${release} ]] then echoContent red "本脚本不支持此系统，请将下方日志反馈给开发者" cat /etc/issue cat /proc/version exit 0; fi } # 安装工具包 installTools(){ echoColor yellow "更新" ${upgrade} if [[ -z `find /usr/bin/ -executable -name "socat"` ]] then echoColor yellow "\nsocat未安装，安装中\n" ${installType} socat >/dev/null echoColor green "socat安装完毕" fi echoColor yellow "\n检测是否安装Nginx" if [[ -z `find /sbin/ -executable -name 'nginx'` ]] then echoColor yellow "nginx未安装，安装中\n" ${installType} nginx >/dev/null echoColor green "nginx安装完毕" else echoColor green "nginx已安装\n" fi echoColor yellow "检测是否安装acme.sh" if [[ -z `find ~/.acme.sh/ -name "acme.sh"` ]] then echoColor yellow "\nacme.sh未安装，安装中\n" curl -s https://get.acme.sh | sh >/dev/null echoColor green "acme.sh安装完毕\n" else echoColor green "acme.sh已安装\n" fi } # 恢复配置 resetNginxConfig(){ `cp -Rrf /tmp/mack-a/nginx/nginx.conf /etc/nginx/nginx.conf` rm -rf /etc/nginx/conf.d/5NX2O9XQKP.conf echoColor green "\n恢复配置完毕" } # 备份 bakConfig(){ mkdir -p /tmp/mack-a/nginx `cp -Rrf /etc/nginx/nginx.conf /tmp/mack-a/nginx/nginx.conf` } # 安装证书 installTLS(){ echoColor yellow "请输入域名【例:blog.v2ray-agent.com】：" read domain if [[ -z ${domain} ]] then echoColor red "域名未填写\n" installTLS fi # 备份 bakConfig # 替换原始文件中的域名 if [[ ! -z `cat /etc/nginx/nginx.conf|grep -v grep|grep "${domain}"` ]] then sed -i "s/${domain}/X655Y0M9UM9/g" `grep "${domain}" -rl /etc/nginx/nginx.conf` fi touch /etc/nginx/conf.d/6GFV1ES52V2.conf echo "server {listen 80;server_name ${domain};root /usr/share/nginx/html;location ~ /.well-known {allow all;}location /test {return 200 '5NX2O9XQKP';}}" > /etc/nginx/conf.d/5NX2O9XQKP.conf nginxStatus=1; if [[ ! -z `ps -ef|grep -v grep|grep nginx` ]] then nginxStatus=2; ps -ef|grep -v grep|grep nginx|awk '{print $2}'|xargs kill -9 sleep 0.5 nginx else nginx fi echoColor yellow "\n验证域名以及服务器是否可用" if [[ ! -z `curl -s ${domain}/test|grep 5NX2O9XQKP` ]] then ps -ef|grep -v grep|grep nginx|awk '{print $2}'|xargs kill -9 sleep 0.5 echoColor green "服务可用，生成TLS中，请等待\n" else echoColor red "服务不可用请检测dns配置是否正确" # 恢复备份 resetNginxConfig exit 0; fi sudo ~/.acme.sh/acme.sh --issue -d ${domain} --standalone -k ec-256 >/dev/null ~/.acme.sh/acme.sh --installcert -d ${domain} --fullchainpath /tmp/mack-a/nginx/${domain}.crt --keypath /tmp/mack-a/nginx/${domain}.key --ecc >/dev/null if [[ -z `cat /tmp/mack-a/nginx/${domain}.key` ]] then echoColor red "证书key生成失败，请重新运行" resetNginxConfig exit elif [[ -z `cat /tmp/mack-a/nginx/${domain}.crt` ]] then echoColor red "证书crt生成失败，请重新运行" resetNginxConfig exit fi echoColor green "证书生成成功" echoColor green "证书目录/tmp/mack-a/nginx" ls /tmp/mack-a/nginx resetNginxConfig if [[ ${nginxStatus} = 2 ]] then nginx fi } init(){ echoColor red "\n==============================" echoColor yellow "此脚本注意事项" echoColor green " 1.会安装依赖所需依赖" echoColor green " 2.会把Nginx配置文件备份" echoColor green " 3.会安装Nginx、acme.sh，如果已安装则使用已经存在的" echoColor green " 4.安装完毕或者安装失败会自动恢复备份，请不要手动关闭脚本" echoColor green " 5.执行期间请不要重启机器" echoColor green " 6.备份文件和证书文件都在/tmp下面，请注意留存" echoColor green " 7.如果多次执行则将上次生成备份和生成的证书强制覆盖" echoColor green " 8.证书默认ec-256" echoColor green " 9.下个版本会加入通配符证书生成[todo]" echoColor green " 10.可以生成多个不同域名的证书[包含子域名]，具体速率请查看[https://letsencrypt.org/zh-cn/docs/rate-limits/]" echoColor green " 11.兼容Centos、Ubuntu、Debian" echoColor green " 12.Github[https://github.com/mack-a]" echoColor red "==============================" echoColor yellow "请输入[y]执行脚本，[任意]结束:" read isExecStatus if [[ ${isExecStatus} = "y" ]] then installTools installTLS else echoColor green "欢迎下次使用" exit fi } checkSystem init ================================================ FILE: shell/install_en.sh ================================================ #!/usr/bin/env bash # Detection area #------------------------------------------------ ---------- # Check system export LANG=en_US.UTF-8 echoContent() { case $1 in # red "red") # shellcheck disable=SC2154 ${echoType} "\033[31m${printN}$2 \033[0m" ;; # sky blue "skyBlue") ${echoType} "\033[1;36m${printN}$2 \033[0m" ;; # green "green") ${echoType} "\033[32m${printN}$2 \033[0m" ;; # White "white") ${echoType} "\033[37m${printN}$2 \033[0m" ;; "magenta") ${echoType} "\033[31m${printN}$2 \033[0m" ;; #yellow "yellow") ${echoType} "\033[33m${printN}$2 \033[0m" ;; esac } # Check SELinux status checkCentosSELinux() { if [[ -f "/etc/selinux/config" ]] && ! grep -q "SELINUX=disabled" <"/etc/selinux/config"; then echoContent yellow "# Notes" echoContent yellow "It is detected that SELinux is turned on. Please turn it off manually. The tutorial is as follows" echoContent yellow "https://www.v2ray-agent.com/archives/1679931532764#heading-8 " exit 0 fi } checkSystem() { if [[ -n $(find /etc -name "redhat-release") ]] || grep " exit 1 ;; esac fi else echoContent red "This CPU architecture cannot be recognized, the default is amd64, x86_64--->" xrayCoreCPUVendor="Xray-linux-64" v2rayCoreCPUVendor="v2ray-linux-64" fi } #Initialize global variables initVar() { installType='yum -y install' removeType='yum -y remove' upgrade="yum -y update" echoType='echo -e' #CPU version supported by the core xrayCoreCPUVendor="" v2rayCoreCPUVendor="" hysteriaCoreCPUVendor="" warpRegCoreCPUVendor="" cpuVendor="" # domain name domain= #Address of CDN node add= # Total installation progress totalProgress=1 #1.xray-core installation #2.v2ray-core installation #3.v2ray-core[xtls] installation coreInstallType= # Core installation path # coreInstallPath= # v2ctl Path ctlPath= #1.Install all #2.Personalized installation # v2rayAgentInstallType= # Current personalized installation method 01234 currentInstallProtocolType= # The order of the current alpn currentAlpn= # Prefix type frontingType= # Selected personalized installation method selectCustomInstallType= # Path to v2ray-core, xray-core configuration files configPath= # xray-core reality state realityStatus= # Path to hysteria configuration file hysteriaConfigPath= # interfaceName= # Port hopping portHoppingStart= portHoppingEnd= portHopping= # tuic configuration file path tuicConfigPath= tuicAlgorithm= tuicPort= # Path to configuration file currentPath= #Configuration file host currentHost= #The core type selected during installation selectCoreType= #Default core version v2rayCoreVersion= # Random path customPath= # centos version centosVersion= #UUID currentUUID= #clients currentClients= # previousClients previousClients= localIP= # Scheduled task execution task name RenewTLS-update certificate UpdateGeo-update geo file cronName=$1 #Number of attempts after tls installation failure installTLSCount= #BTPanel status # BTPanelStatus= # Pagoda domain name btDomain= # nginx configuration file path nginxConfigPath=/etc/nginx/conf.d/ nginxStaticPath=/usr/share/nginx/html/ # Is it a preview version? prereleaseStatus=false # ssl type sslType= #sslmail sslEmail= # Check the number of days sslRenewalDays=90 # dns ssl status dnsSSLStatus= # dns tls domain dnsTLSDomain= # Whether the domain name installs a wildcard certificate through dns installDNSACMEStatus= # Custom port customPort= #hysteriaport hysteriaPort= #hysteriaprotocol hysteriaProtocol= #hysteriadelay hysteriaLag= # hysteriadownload speed hysteriaClientDownloadSpeed= # hysteria uplink speed hysteriaClientUploadSpeed= #Reality realityPrivateKey= realityServerNames= realityDestDomain= #Port status # isPortOpen= # Wildcard domain name status # wildcardDomainStatus= # Port checked by nginx #nginxIPort= # wget show progress wgetShowProgressStatus= #warp reservedWarpReg= publicKeyWarpReg= addressWarpReg= secretKeyWarpReg= } # Read tls certificate details readAcmeTLS() { if [[ -n "${currentHost}" ]]; then dnsTLSDomain=$(echo "${currentHost}" | awk -F "[.]" '{print $(NF-1)"."$NF}') fi if [[ -d "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc" && -f "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}.key" && -f "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}.cer" ]]; then installDNSACMEStatus=true fi } # Read the default custom port readCustomPort() { if [[ -n "${configPath}" && -z "${realityStatus}" ]]; then local port= port=$(jq -r .inbounds[0].port "${configPath}${frontingType}.json") if [[ "${port}" != "443" ]]; then customPort=${port} fi fi } # Detect installation method readInstallType() { coreInstallType= configPath= hysteriaConfigPath= #1.Detect the installation directory if [[ -d "/etc/v2ray-agent" ]]; then # Detect installation method v2ray-core if [[ -d "/etc/v2ray-agent/v2ray" && -f "/etc/v2ray-agent/v2ray/v2ray" && -f "/etc/v2ray-agent/v2ray/v2ctl" ]]; then if [[ -d "/etc/v2ray-agent/v2ray/conf" && -f "/etc/v2ray-agent/v2ray/conf/02_VLESS_TCP_inbounds.json" ]]; then configPath=/etc/v2ray-agent/v2ray/conf/ if grep Wrong selection, please select again" checkBTPanel else domain=${btDomain} if [[ ! -f "/etc/v2ray-agent/tls/${btDomain}.crt" && ! -f "/etc/v2ray-agent/tls/${btDomain}.key" ]]; then ln -s "/www/server/panel/vhost/cert/${btDomain}/fullchain.pem" "/etc/v2ray-agent/tls/${btDomain}.crt" ln -s "/www/server/panel/vhost/cert/${btDomain}/privkey.pem" "/etc/v2ray-agent/tls/${btDomain}.key" fi nginxStaticPath="/www/wwwroot/${btDomain}/" if [[ -f "/www/wwwroot/${btDomain}/.user.ini" ]]; then chattr -i "/www/wwwroot/${btDomain}/.user.ini" fi nginxConfigPath="/www/server/panel/vhost/nginx/" fi else echoContent red " ---> Wrong selection, please select again" checkBTPanel fi fi fi } # Read the current alpn order readInstallAlpn() { if [[ -n "${currentInstallProtocolType}" && -z "${realityStatus}" ]]; then local alpn alpn=$(jq -r .inbounds[0].streamSettings.tlsSettings.alpn[0] ${configPath}${frontingType}.json) if [[ -n ${alpn} ]]; then currentAlpn=${alpn} fi fi } # Check firewall allowPort() { local type=$2 if [[ -z "${type}" ]]; then type=tcp fi # If the firewall is enabled, add the corresponding open port if systemctl status netfilter-persistent 2>/dev/null | grep -q "active (exited)"; then local updateFirewalldStatus= if ! iptables -L | grep -q "$1/${type}(mack-a)"; then updateFirewalldStatus=true iptables -I INPUT -p ${type} --dport "$1" -m comment --comment "allow $1/${type}(mack-a)" -j ACCEPT fi if echo "${updateFirewalldStatus}" | grep -q "true"; then netfilter-persistent save fi elif systemctl status ufw 2>/dev/null | grep -q "active (exited)"; then if ufw status | grep -q "Status: active"; then if ! ufw status | grep -q "$1/${type}"; then sudo ufw allow "$1/${type}" checkUFWAllowPort "$1" fi fi elif systemctl status firewalld 2>/dev/null | grep -q "active (running)"; then local updateFirewalldStatus= if ! firewall-cmd --list-ports --permanent | grep -qw "$1/${type}"; then updateFirewalldStatus=true local firewallPort=$1 if echo "${firewallPort}" | grep ":"; then firewallPort=$(echo "${firewallPort}" | awk -F ":" '{print $1-$2}') fi firewall-cmd --zone=public --add-port="${firewallPort}/${type}" --permanent checkFirewalldAllowPort "${firewallPort}" fi if echo "${updateFirewalldStatus}" | grep -q "true"; then firewall-cmd --reload fi fi } # Get public IP getPublicIP() { local type=4 if [[ -n "$1" ]]; then type=$1 fi if [[ -n "${currentHost}" && -n "${currentRealityServerNames}" && "${currentRealityServerNames}" == "${currentHost}" && -z "$1" ]]; then echo "${currentHost}" else local currentIP= currentIP=$(curl -s "-${type}" http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | awk -F "[=]" '{print $2}') if [[ -z "${currentIP}" && -z "$1" ]]; then currentIP=$(curl -s "-6" http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | awk -F "[=]" '{print $2}') fi echo "${currentIP}" fi } # Output ufw port open status checkUFWAllowPort() { if ufw status | grep -q "$1"; then echoContent green " ---> $1 port opened successfully" else echoContent red " ---> $1 port opening failed" exit 0 fi } # Output firewall-cmd port open status checkFirewalldAllowPort() { if firewall-cmd --list-ports --permanent | grep -q "$1"; then echoContent green " ---> $1 port opened successfully" else echoContent red " ---> $1 port opening failed" exit 0 fi } # Read hysteria network environment readHysteriaConfig() { if [[ -n "${hysteriaConfigPath}" ]]; then hysteriaLag=$(jq -r .hysteriaLag <"${hysteriaConfigPath}client_network.json") hysteriaClientDownloadSpeed=$(jq -r .hysteriaClientDownloadSpeed <"${hysteriaConfigPath}client_network.json") hysteriaClientUploadSpeed=$(jq -r .hysteriaClientUploadSpeed <"${hysteriaConfigPath}client_network.json") hysteriaPort=$(jq -r .listen <"${hysteriaConfigPath}config.json" | awk -F "[:]" '{print $2}') hysteriaProtocol=$(jq -r .protocol <"${hysteriaConfigPath}config.json") fi } # Read Tuic configuration readTuicConfig() { if [[ -n "${tuicConfigPath}" ]]; then tuicPort=$(jq -r .server <"${tuicConfigPath}config.json" | cut -d ':' -f 4) tuicAlgorithm=$(jq -r .congestion_control <"${tuicConfigPath}config.json") fi } # Read xray reality configuration readXrayCoreRealityConfig() { currentRealityServerNames= currentRealityPublicKey= currentRealityPrivateKey= currentRealityPort= if [[ -n "${realityStatus}" ]]; then currentRealityServerNames=$(jq -r .inbounds[0].streamSettings.realitySettings.serverNames[0] "${configPath}07_VLESS_vision_reality_inbounds.json") currentRealityPublicKey=$(jq -r .inbounds[0].streamSettings.realitySettings.publicKey "${configPath}07_VLESS_vision_reality_inbounds.json") currentRealityPrivateKey=$(jq -r .inbounds[0].streamSettings.realitySettings.privateKey "${configPath}07_VLESS_vision_reality_inbounds.json") currentRealityPort=$(jq -r .inbounds[0].port "${configPath}07_VLESS_vision_reality_inbounds.json") fi } # Check the file directory and path readConfigHostPathUUID() { currentPath= currentDefaultPort= currentUUID= currentClients= currentHost= currentPort= currentAdd= if [[ "${coreInstallType}" == "1" ]]; then # Install if [[ -n "${frontingType}" ]]; then currentHost=$(jq -r .inbounds[0].streamSettings.tlsSettings.certificates[0].certificateFile ${configPath}${frontingType}.json | awk -F '[t][l][s][/]' '{print $2}' | awk -F '[.][c][r][t]' '{print $1}') currentAdd=$(jq -r .inbounds[0].add ${configPath}${frontingType}.json) if [[ "${currentAdd}" == "null" ]]; then currentAdd=${currentHost} fi currentPort=$(jq .inbounds[0].port ${configPath}${frontingType}.json) local defaultPortFile= defaultPortFile=$(find ${configPath}* | grep "default") if [[ -n "${defaultPortFile}" ]]; then currentDefaultPort=$(echo "${defaultPortFile}" | awk -F [_] '{print $4}') else currentDefaultPort=$(jq -r .inbounds[0].port ${configPath}${frontingType}.json) fi currentUUID=$(jq -r .inbounds[0].settings.clients[0].id ${configPath}${frontingType}.json) currentClients=$(jq -r .inbounds[0].settings.clients ${configPath}${frontingType}.json) fi # reality if [[ -n "${realityStatus}" && -z "${currentClients}" ]]; then currentUUID=$(jq -r .inbounds[0].settings.clients[0].id ${configPath}07_VLESS_vision_reality_inbounds.json) currentClients=$(jq -r .inbounds[0].settings.clients ${configPath}07_VLESS_vision_reality_inbounds.json) fi elif [[ "${coreInstallType}" == "2" ]]; then currentHost=$(jq -r .inbounds[0].streamSettings.tlsSettings.certificates[0].certificateFile ${configPath}${frontingType}.json | awk -F '[t][l][s][/]' '{print $2}' | awk -F '[.][c][r][t]' '{print $1}') currentAdd=$(jq -r .inbounds[0].settings.clients[0].add ${configPath}${frontingType}.json) if [[ "${currentAdd}" == "null" ]]; then currentAdd=${currentHost} fi currentUUID=$(jq -r .inbounds[0].settings.clients[0].id ${configPath}${frontingType}.json) currentPort=$(jq .inbounds[0].port ${configPath}${frontingType}.json) fi #Read path if [[ -n "${configPath}" && -n "${frontingType}" ]]; then local fallback fallback=$(jq -r -c '.inbounds[0].settings.fallbacks[]|select(.path)' ${configPath}${frontingType}.json | head -1) local path path=$(echo "${fallback}" | jq -r .path | awk -F "[/]" '{print $2}') if [[ $(echo "${fallback}" | jq -r .dest) == 31297 ]]; then currentPath=$(echo "${path}" | awk -F "[w][s]" '{print $1}') elif [[ $(echo "${fallback}" | jq -r .dest) == 31299 ]]; then currentPath=$(echo "${path}" | awk -F "[v][w][s]" '{print $1}') fi # Try to read alpn h2 Path if [[ -z "${currentPath}" ]]; then dest=$(jq -r -c '.inbounds[0].settings.fallbacks[]|select(.alpn)|.dest' ${configPath}${frontingType}.json | head -1) if [[ "${dest}" == "31302" || "${dest}" == "31304" ]]; then checkBTPanel if grep -q "trojangrpc {" <${nginxConfigPath}alone.conf; then currentPath=$(grep "trojangrpc {" <${nginxConfigPath}alone.conf | awk -F "[/]" '{print $2}' | awk -F "[t][r][o][j][ a][n]" '{print $1}') elif grep -q "grpc {" <${nginxConfigPath}alone.conf; then currentPath=$(grep "grpc {" <${nginxConfigPath}alone.conf | head -1 | awk -F "[/]" '{print $2}' | awk -F "[g][r][p] [c]" '{print $1}') fi fi fi fi } # Status display showInstallStatus() { if [[ -n "${coreInstallType}" ]]; then if [[ "${coreInstallType}" == 1 ]]; then if [[ -n $(pgrep -f "xray/xray") ]]; then echoContent yellow "\nCore: Xray-core[Running]" else echoContent yellow "\nCore: Xray-core[not running]" fi elif [[ "${coreInstallType}" == 2 || "${coreInstallType}" == 3 ]]; then if [[ -n $(pgrep -f "v2ray/v2ray") ]]; then echoContent yellow "\nCore: v2ray-core[Running]" else echoContent yellow "\nCore: v2ray-core[not running]" fi fi #Read protocol type readInstallProtocolType if [[ -n ${currentInstallProtocolType} ]]; then echoContent yellow "Installed protocol: \c" fi if echo ${currentInstallProtocolType} | grep -q 0; then if [[ "${coreInstallType}" == 2 ]]; then echoContent yellow "VLESS+TCP[TLS] \c" else echoContent yellow "VLESS+TCP[TLS_Vision] \c" fi fi if echo ${currentInstallProtocolType} | grep -q trojan; then if [[ "${coreInstallType}" == 1 ]]; then echoContent yellow "Trojan+TCP[TLS_Vision] \c" fi fi if echo ${currentInstallProtocolType} | grep -q 1; then echoContent yellow "VLESS+WS[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q 2; then echoContent yellow "Trojan+gRPC[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q 3; then echoContent yellow "VMess+WS[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q 4; then echoContent yellow "Trojan+TCP[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q 5; then echoContent yellow "VLESS+gRPC[TLS] \c" fi if echo ${currentInstallProtocolType} | grep -q 7; then echoContent yellow "VLESS+Reality+Vision \c" fi if echo ${currentInstallProtocolType} | grep -q 8; then echoContent yellow "VLESS+Reality+gRPC \c" fi fi } # Clean up old residue cleanUp() { if [[ "$1" == "v2rayClean" ]]; then rm -rf "$(find /etc/v2ray-agent/v2ray/* | grep -E '(config_full.json|conf)')" handleV2Ray stop >/dev/null rm -f /etc/systemd/system/v2ray.service elif [[ "$1" == "xrayClean" ]]; then rm -rf "$(find /etc/v2ray-agent/xray/* | grep -E '(config_full.json|conf)')" handleXray stop >/dev/null rm -f /etc/systemd/system/xray.service elif [[ "$1" == "v2rayDel" ]]; then rm -rf /etc/v2ray-agent/v2ray/* elif [[ "$1" == "xrayDel" ]]; then rm -rf /etc/v2ray-agent/xray/* fi } initVar "$1" checkSystem checkCPUVendor readInstallType readInstallProtocolType readConfigHostPathUUID readInstallAlpn readCustomPort readXrayCoreRealityConfig #------------------------------------------------ ---------- #Initialize the installation directory mkdirTools() { mkdir -p /etc/v2ray-agent/tls mkdir -p /etc/v2ray-agent/subscribe_local/default mkdir -p /etc/v2ray-agent/subscribe_local/clashMeta mkdir -p /etc/v2ray-agent/subscribe_remote/default mkdir -p /etc/v2ray-agent/subscribe_remote/clashMeta mkdir -p /etc/v2ray-agent/subscribe/default mkdir -p /etc/v2ray-agent/subscribe/clashMetaProfiles mkdir -p /etc/v2ray-agent/subscribe/clashMeta mkdir -p /etc/v2ray-agent/v2ray/conf mkdir -p /etc/v2ray-agent/v2ray/tmp mkdir -p /etc/v2ray-agent/xray/conf mkdir -p /etc/v2ray-agent/xray/tmp mkdir -p /etc/v2ray-agent/hysteria/conf mkdir -p /etc/systemd/system/ mkdir -p /tmp/v2ray-agent-tls/ mkdir -p /etc/v2ray-agent/warp mkdir -p /etc/v2ray-agent/tuic/conf } # Install toolkit installTools() { echoContent skyBlue "\nProgress$1/${totalProgress}: Installation tools" # Repair individual system problems in ubuntu if [[ "${release}" == "ubuntu" ]]; then dpkg --configure -a fi if [[ -n $(pgrep -f "apt") ]]; then pgrep -f apt | xargs kill -9 fi echoContent green " ---> Check and install updates [The new machine will be very slow. If there is no response for a long time, please stop it manually and then execute it again]" ${upgrade} >/etc/v2ray-agent/install.log 2>&1 if grep <"/etc/v2ray-agent/install.log" -q "changed"; then ${updateReleaseInfoChange} >/dev/null 2>&1 fi if [[ "${release}" == "centos" ]]; then rm -rf /var/run/yum.pid ${installType} epel-release >/dev/null 2>&1 fi # [[ -z `find /usr/bin /usr/sbin |grep -v grep|grep -w curl` ]] if ! find /usr/bin /usr/sbin | grep -q -w wget; then echoContent green " ---> Install wget" ${installType} wget >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w curl; then echoContent green " ---> Install curl" ${installType} curl >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w unzip; then echoContent green " ---> install unzip" ${installType} unzip >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w socat; then echoContent green " ---> Install socat" ${installType} socat >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w tar; then echoContent green " ---> Install tar" ${installType} tar >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w cron; then echoContent green " ---> install crontabs" if [[ "${release}" == "ubuntu" ]] || [[ "${release}" == "debian" ]]; then ${installType} cron >/dev/null 2>&1 else ${installType} crontabs >/dev/null 2>&1 fi fi if ! find /usr/bin /usr/sbin | grep -q -w jq; then echoContent green " ---> Install jq" ${installType} jq >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w binutils; then echoContent green " ---> Install binutils" ${installType} binutils >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w ping6; then echoContent green " ---> Install ping6" ${installType} inetutils-ping >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w qrencode; then echoContent green " ---> Install qrencode" ${installType} qrencode >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w sudo; then echoContent green " ---> install sudo" ${installType} sudo >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w lsb-release; then echoContent green " ---> install lsb-release" ${installType} lsb-release >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w lsof; then echoContent green " ---> Install lsof" ${installType} lsof >/dev/null 2>&1 fi if ! find /usr/bin /usr/sbin | grep -q -w dig; then echoContent green " ---> Install dig" if echo "${installType} " | grep -q -w "apt"; then ${installType} dnsutils >/dev/null 2>&1 elif echo "${installType} " | grep -q -w "yum"; then ${installType} bind-utils >/dev/null 2>&1 fi fi # Detect nginx version and provide the option of uninstalling it if [[ "${selectCustomInstallType}" == "7" ]]; then echoContent green " ---> Detected services that do not depend on Nginx, skip installation" else if ! find /usr/bin /usr/sbin | grep -q -w nginx; then echoContent green " ---> Install nginx" installNginxTools else nginxVersion=$(nginx -v 2>&1) nginxVersion=$(echo "${nginxVersion}" | awk -F "[n][g][i][n][x][/]" '{print $2}' | awk -F "[.]" '{print $2}') if [[ ${nginxVersion} -lt 14 ]]; then read -r -p "Read that the current Nginx version does not support gRPC, which will cause the installation to fail. Do you want to uninstall Nginx and reinstall it? [y/n]:" unInstallNginxStatus if [[ "${unInstallNginxStatus}" == "y" ]]; then ${removeType} nginx >/dev/null 2>&1 echoContent yellow " ---> nginx uninstall completed" echoContent green " ---> Install nginx" installNginxTools >/dev/null 2>&1 else exit 0 fi fi fi fi if ! find /usr/bin /usr/sbin | grep -q -w semanage; then echoContent green " ---> Install semanage" ${installType} bash-completion >/dev/null 2>&1 if [[ "${centosVersion}" == "7" ]]; then policyCoreUtils="policycoreutils-python.x86_64" elif [[ "${centosVersion}" == "8" ]]; then policyCoreUtils="policycoreutils-python-utils-2.9-9.el8.noarch" fi if [[ -n "${policyCoreUtils}" ]]; then ${installType} ${policyCoreUtils} >/dev/null 2>&1 fi if [[ -n $(which semanage) ]]; then semanage port -a -t http_port_t -p tcp 31300 fi fi if [[ "${selectCustomInstallType}" == "7" ]]; then echoContent green " ---> Detected services that do not depend on certificates, skip installation" else if [[ ! -d "$HOME/.acme.sh" ]] || [[ -d "$HOME/.acme.sh" && -z $(find "$HOME/.acme.sh/acme.sh") ]]; then echoContent green " ---> Install acme.sh" curl -s https://get.acme.sh | sh >/etc/v2ray-agent/tls/acme.log 2>&1 if [[ ! -d "$HOME/.acme.sh" ]] || [[ -z $(find "$HOME/.acme.sh/acme.sh") ]]; then echoContent red "acme installation failed--->" tail -n 100 /etc/v2ray-agent/tls/acme.log echoContent yellow "Error troubleshooting:" echoContent red "1.Failed to obtain Github files. Please wait for Github to recover and try again. The recovery progress can be viewed [https://www.githubstatus.com/]" echoContent red "2.There is a bug in the acme.sh script, please check [https://github.com/acmesh-official/acme.sh] issues" echoContent red "3.For pure IPv6 machines, please set up NAT64.You can execute the following command. If it still does not work after adding the following command, please try to change to another NAT64" # echoContent skyBlue " echo -e \"nameserver 2001:67c:2b0::4\\\nnameserver 2a00:1098:2c::1\" >> /etc/resolv.conf" echoContent skyBlue "sed -i \"1i\\\nameserver 2001:67c:2b0::4\\\nnameserver 2a00:1098:2c::1\" /etc/resolv.conf" exit 0 fi fi fi } # Install Nginx installNginxTools() { if [[ "${release}" == "debian" ]]; then sudo apt install gnupg2 ca-certificates lsb-release -y >/dev/null 2>&1 echo "deb http://nginx.org/packages/mainline/debian $(lsb_release -cs) nginx" | sudo tee /etc/apt/sources.list.d/nginx.list >/dev/null 2>&1 echo -e "Package: *\nPin: origin nginx.org\nPin: release o=nginx\nPin-Priority: 900\n" | sudo tee /etc/apt/preferences.d/99nginx >/dev/null 2>&1 curl -o /tmp/nginx_signing.key https://nginx.org/keys/nginx_signing.key >/dev/null 2>&1 # gpg --dry-run --quiet --import --import-options import-show /tmp/nginx_signing.key sudo mv /tmp/nginx_signing.key /etc/apt/trusted.gpg.d/nginx_signing.asc sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "ubuntu" ]]; then sudo apt install gnupg2 ca-certificates lsb-release -y >/dev/null 2>&1 echo "deb http://nginx.org/packages/mainline/ubuntu $(lsb_release -cs) nginx" | sudo tee /etc/apt/sources.list.d/nginx.list >/dev/null 2>&1 echo -e "Package: *\nPin: origin nginx.org\nPin: release o=nginx\nPin-Priority: 900\n" | sudo tee /etc/apt/preferences.d/99nginx >/dev/null 2>&1 curl -o /tmp/nginx_signing.key https://nginx.org/keys/nginx_signing.key >/dev/null 2>&1 # gpg --dry-run --quiet --import --import-options import-show /tmp/nginx_signing.key sudo mv /tmp/nginx_signing.key /etc/apt/trusted.gpg.d/nginx_signing.asc sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "centos" ]]; then ${installType} yum-utils >/dev/null 2>&1 cat </etc/yum.repos.d/nginx.repo [nginx-stable] name=nginx stable repo baseurl=http://nginx.org/packages/centos/\$releasever/\$basearch/ gpgcheck=1 enabled=1 gpgkey=https://nginx.org/keys/nginx_signing.key module_hotfixes=true [nginx-mainline] name=nginx mainline repo baseurl=http://nginx.org/packages/mainline/centos/\$releasever/\$basearch/ gpgcheck=1 enabled=0 gpgkey=https://nginx.org/keys/nginx_signing.key module_hotfixes=true EOF sudo yum-config-manager --enable nginx-mainline >/dev/null 2>&1 fi ${installType} nginx >/dev/null 2>&1 systemctl daemon-reload systemctl enable nginx } # Install warp installWarp() { if [[ "${cpuVendor}" == "arm" ]]; then echoContent red " ---> The official WARP client does not support ARM architecture" exit 0 fi ${installType} gnupg2 -y >/dev/null 2>&1 if [[ "${release}" == "debian" ]]; then curl -s https://pkg.cloudflareclient.com/pubkey.gpg | sudo apt-key add - >/dev/null 2>&1 echo "deb http://pkg.cloudflareclient.com/ $(lsb_release -cs) main" | sudo tee /etc/apt/sources.list.d/cloudflare-client.list >/dev/null 2>&1 sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "ubuntu" ]]; then curl -s https://pkg.cloudflareclient.com/pubkey.gpg | sudo apt-key add - >/dev/null 2>&1 echo "deb http://pkg.cloudflareclient.com/ focal main" | sudo tee /etc/apt/sources.list.d/cloudflare-client.list >/dev/null 2>&1 sudo apt update >/dev/null 2>&1 elif [[ "${release}" == "centos" ]]; then ${installType} yum-utils >/dev/null 2>&1 sudo rpm -ivh "http://pkg.cloudflareclient.com/cloudflare-release-el${centosVersion}.rpm" >/dev/null 2>&1 fi echoContent green " ---> Install WARP" ${installType} cloudflare-warp >/dev/null 2>&1 if [[ -z $(which warp-cli) ]]; then echoContent red " ---> Failed to install WARP" exit 0 fi systemctl enable warp-svc warp-cli --accept-tos register warp-cli --accept-tos set-mode proxy warp-cli --accept-tos set-proxy-port 31303 warp-cli --accept-tos connect warp-cli --accept-tos enable-always-on local warpStatus= warpStatus=$(curl -s --socks5 127.0.0.1:31303 https://www.cloudflare.com/cdn-cgi/trace | grep "warp" | cut -d "=" -f 2) if [[ "${warpStatus}" == "on" ]]; then echoContent green " ---> WARP started successfully" fi } # Check the IP of the domain name through dns checkDNSIP() { local domain=$1 local dnsIP= local type=4 dnsIP=$(dig @1.1.1.1 +time=1 +short "${domain}") if [[ -z "${dnsIP}" ]]; then dnsIP=$(dig @8.8.8.8 +time=1 +short "${domain}") fi if echo "${dnsIP}" | grep -q "timed out" || [[ -z "${dnsIP}" ]]; then echo echoContent red " ---> Unable to obtain domain name IPv4 address through DNS" echoContent green " ---> Try to check the domain name IPv6 address" dnsIP=$(dig @2606:4700:4700::1111 +time=1 aaaa +short "${domain}") type=6 if echo "${dnsIP}" | grep -q "network unreachable" || [[ -z "${dnsIP}" ]]; then echoContent red " ---> Unable to obtain domain name IPv6 address through DNS, exit installation" exit 0 fi fi local publicIP= publicIP=$(getPublicIP "${type}") if [[ "${publicIP}" != "${dnsIP}" ]]; then echoContent red " ---> The domain name resolution IP is inconsistent with the current server IP\n" echoContent yellow " ---> Please check whether the domain name resolution is valid and correct" echoContent green " ---> Current VPS IP: ${publicIP}" echoContent green " ---> DNS resolution IP: ${dnsIP}" exit 0 else echoContent green " ---> Domain name IP verification passed" fi } # Check the actual open status of the port checkPortOpen() { local port=$1 local domain=$2 local checkPortOpenResult= allowPort "${port}" #Initialize nginx configuration touch ${nginxConfigPath}checkPortOpen.conf cat <${nginxConfigPath}checkPortOpen.conf server { listen ${port}; listen [::]:${port}; server_name ${domain}; location /checkPort { return 200 'fjkvymb6len'; } location /ip { proxy_set_header Host \$host; proxy_set_header X-Real-IP \$remote_addr; proxy_set_header REMOTE-HOST \$remote_addr; proxy_set_header X-Forwarded-For \$proxy_add_x_forwarded_for; default_type text/plain; return 200 \$proxy_add_x_forwarded_for; } } EOF handleNginx start # Check domain name + port opening checkPortOpenResult=$(curl -s -m 2 "http://${domain}:${port}/checkPort") localIP=$(curl -s -m 2 "http://${domain}:${port}/ip") rm "${nginxConfigPath}checkPortOpen.conf" handleNginx stop if [[ "${checkPortOpenResult}" == "fjkvymb6len" ]]; then echoContent green " ---> Detected that ${port} port is open" else echoContent green " ---> No open ${port} port detected, exit installation" if echo "${checkPortOpenResult}" | grep -q "cloudflare"; then echoContent yellow " ---> Please close the cloud and wait three minutes to try again" else if [[ -z "${checkPortOpenResult}" ]]; then echoContent red " ---> Please check if there is a web firewall, such as Oracle and other cloud service providers" echoContent red " ---> Check whether you have installed nginx and there are configuration conflicts. You can try DD pure system and try again" else echoContent red " ---> Error log: ${checkPortOpenResult}, please submit feedback on this error log through issues" fi fi exit 0 fi checkIP "${localIP}" } # Initialize Nginx application certificate configuration initTLSNginxConfig() { handleNginx stop echoContent skyBlue "\nProgress $1/${totalProgress}: Initializing Nginx application certificate configuration" if [[ -n "${currentHost}" ]]; then echo read -r -p "Read the last installation record. Do you want to use the domain name from the last installation? [y/n]:" historyDomainStatus if [[ "${historyDomainStatus}" == "y" ]]; then domain=${currentHost} echoContent yellow "\n ---> Domain name: ${domain}" else echo echoContent yellow "Please enter the domain name to be configured: www.v2ray-agent.com --->" read -r -p "domain name:" domain fi else echo echoContent yellow "Please enter the domain name to be configured: www.v2ray-agent.com --->" read -r -p "domain name:" domain fi if [[ -z ${domain} ]]; then echoContent red "Domain name cannot be empty--->" initTLSNginxConfig 3 else dnsTLSDomain=$(echo "${domain}" | awk -F "[.]" '{print $(NF-1)"."$NF}') customPortFunction # Change setting handleNginx stop # touch ${nginxConfigPath}alone.conf # nginxIPort=80 # if [[ "${wildcardDomainStatus}" == "true" ]]; then # nginxIPort=${port} # fi # # cat <${nginxConfigPath}alone.conf #server { # listen ${port}; # listen [::]:${port}; # server_name ${domain}; # location /test { # return 200 'fjkvymb6len'; # } # location /ip { # proxy_set_header Host \$host; # proxy_set_header X-Real-IP \$remote_addr; # proxy_set_header REMOTE-HOST \$remote_addr; # proxy_set_header X-Forwarded-For \$proxy_add_x_forwarded_for; # default_type text/plain; # return 200 \$proxy_add_x_forwarded_for; # } #} #EOF fi # readAcmeTLS # handleNginx start } # Delete nginx default configuration removeNginxDefaultConf() { if [[ -f ${nginxConfigPath}default.conf ]]; then if [[ "$(grep -c "server_name" <${nginxConfigPath}default.conf)" == "1" ]] && [[ "$(grep -c "server_name localhost;" <${nginxConfigPath}default.conf)" == "1" ]]; then echoContent green " ---> Delete Nginx default configuration" rm -rf ${nginxConfigPath}default.conf fi fi } # Modify nginx redirection configuration updateRedirectNginxConf() { local redirectDomain= redirectDomain=${domain}:${port} cat <${nginxConfigPath}alone.conf server { listen 127.0.0.1:31300; server_name _; return 403; } EOF if echo "${selectCustomInstallType}" | grep -q 2 && echo "${selectCustomInstallType}" | grep -q 5 || [[ -z "${selectCustomInstallType}" ]]; then local nginxH2Conf= nginxH2Conf="listen 127.0.0.1:31302 http2 so_keepalive=on;" nginxVersion=$(nginx -v 2>&1) if echo "${nginxVersion}" | grep -q "1.25"; then nginxH2Conf="listen 127.0.0.1:31302 so_keepalive=on;http2 on;" fi cat <>${nginxConfigPath}alone.conf server { ${nginxH2Conf} server_name ${domain}; root ${nginxStaticPath}; client_header_timeout 1071906480m; keepalive_timeout 1071906480m; location ~ ^/s/(clashMeta|default|clashMetaProfiles)/(.*) { default_type 'text/plain; charset=utf-8'; alias /etc/v2ray-agent/subscribe/\$1/\$2; } location /${currentPath}grpc { if (\$content_type !~ "application/grpc") { return 404; } client_max_body_size 0; grpc_set_header X-Real-IP \$proxy_add_x_forwarded_for; client_body_timeout 1071906480m; grpc_read_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31301; } location /${currentPath}trojangrpc { if (\$content_type !~ "application/grpc") { return 404; } client_max_body_size 0; grpc_set_header X-Real-IP \$proxy_add_x_forwarded_for; client_body_timeout 1071906480m; grpc_read_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31304; } location / { add_header Strict-Transport-Security "max-age=15552000; preload" always; } } EOF elif echo "${selectCustomInstallType}" | grep -q 5 || [[ -z "${selectCustomInstallType}" ]]; then cat <>${nginxConfigPath}alone.conf server { listen 127.0.0.1:31302 http2; server_name ${domain}; root ${nginxStaticPath}; location ~ ^/s/(clashMeta|default|clashMetaProfiles)/(.*) { default_type 'text/plain; charset=utf-8'; alias /etc/v2ray-agent/subscribe/\$1/\$2; } location /${currentPath}grpc { client_max_body_size 0; # keepalive_time 1071906480m; keepalive_requests 4294967296; client_body_timeout 1071906480m; send_timeout 1071906480m; lingering_close always; grpc_read_timeout 1071906480m; grpc_send_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31301; } } EOF elif echo "${selectCustomInstallType}" | grep -q 2 || [[ -z "${selectCustomInstallType}" ]]; then cat <>${nginxConfigPath}alone.conf server { listen 127.0.0.1:31302 http2; server_name ${domain}; root ${nginxStaticPath}; location ~ ^/s/(clashMeta|default|clashMetaProfiles)/(.*) { default_type 'text/plain; charset=utf-8'; alias /etc/v2ray-agent/subscribe/\$1/\$2; } location /${currentPath}trojangrpc { client_max_body_size 0; # keepalive_time 1071906480m; keepalive_requests 4294967296; client_body_timeout 1071906480m; send_timeout 1071906480m; lingering_close always; grpc_read_timeout 1071906480m; grpc_send_timeout 1071906480m; grpc_pass grpc://127.0.0.1:31301; } } EOF else cat <>${nginxConfigPath}alone.conf server { listen 127.0.0.1:31302 http2; server_name ${domain}; root ${nginxStaticPath}; location ~ ^/s/(clashMeta|default|clashMetaProfiles)/(.*) { default_type 'text/plain; charset=utf-8'; alias /etc/v2ray-agent/subscribe/\$1/\$2; } location / { } } EOF fi cat <>${nginxConfigPath}alone.conf server { listen 127.0.0.1:31300; server_name ${domain}; root ${nginxStaticPath}; location ~ ^/s/(clashMeta|default|clashMetaProfiles)/(.*) { default_type 'text/plain; charset=utf-8'; alias /etc/v2ray-agent/subscribe/\$1/\$2; } location / { add_header Strict-Transport-Security "max-age=15552000; preload" always; } } EOF handleNginx stop } # check ip checkIP() { echoContent skyBlue "\n ---> Check the domain name ip" local localIP=$1 if [[ -z ${localIP} ]] || ! echo "${localIP}" | sed '1{s/[^(]*(//;s/).*//;q}' | grep -q '\.' && ! echo "${localIP}" | sed '1{s/[^(]*(//;s/).*//;q}' | grep -q ':'; then echoContent red "\n ---> The ip of the current domain name was not detected" echoContent skyBlue " ---> Please perform the following checks in order" echoContent yellow " --->1.Check whether the domain name is written correctly" echoContent yellow " --->2.Check whether the domain name dns resolution is correct" echoContent yellow " --->3.If the parsing is correct, please wait for the dns to take effect, which is expected to take effect within three minutes" echoContent yellow " --->4.If you report Nginx startup problems, please start nginx manually to check the errors. If you cannot handle it yourself, please submit issues" echo echoContent skyBlue " ---> If the above settings are correct, please reinstall a pure system and try again" if [[ -n ${localIP} ]]; then echoContent yellow " ---> Detection of abnormal return value, it is recommended to manually uninstall nginx and re-execute the script" echoContent red " ---> Exception result: ${localIP}" fi exit 0 else if echo "${localIP}" | awk -F "[,]" '{print $2}' | grep -q "." || echo "${localIP}" | awk -F "[,]" '{ print $2}' | grep -q ":"; then echoContent red "\n ---> Multiple IPs were detected, please confirm whether to turn off cloudflare" echoContent yellow " ---> Wait three minutes after closing the cloud and try again" echoContent yellow " ---> The detected IP is as follows: [${localIP}]" exit 0 fi # echoContent green " ---> The current domain name ip is: [${localIP}]" echoContent green " ---> Check that the current domain name IP is correct" fi } # Custom email customSSLEmail() { if echo "$1" | grep -q "validate email"; then read -r -p "Whether to re-enter the email address [y/n]:" sslEmailStatus if [[ "${sslEmailStatus}" == "y" ]]; then sed '/ACCOUNT_EMAIL/d' /root/.acme.sh/account.conf >/root/.acme.sh/account.conf_tmp && mv /root/.acme.sh/account.conf_tmp /root/.acme.sh/account.conf else exit 0 fi fi if [[ -d "/root/.acme.sh" && -f "/root/.acme.sh/account.conf" ]]; then if ! grep -q "ACCOUNT_EMAIL" <"/root/.acme.sh/account.conf" && ! echo "${sslType}" | grep -q "letsencrypt"; then read -r -p "Please enter your email address:" sslEmail if echo "${sslEmail}" | grep -q "@"; then echo "ACCOUNT_EMAIL='${sslEmail}'" >>/root/.acme.sh/account.conf echoContent green " ---> Added successfully" else echoContent yellow "Please re-enter the correct email format [Example: username@example.com]" customSSLEmail fi fi fi } #Select ssl installation type switchSSLType() { if [[ -z "${sslType}" ]]; then echoContent red "\n==============================================================" echoContent yellow "1.letsencrypt[default]" echoContent yellow "2.zerossl" echoContent yellow "3.buypass[Does not support DNS application]" echoContent red "================================================== ===============" read -r -p "Please select [Enter] to use the default:" selectSSLType case ${selectSSLType} in 1) sslType="letsencrypt" ;; 2) sslType="zerossl" ;; 3) sslType="buypass" ;; *) sslType="letsencrypt" ;; esac echo "${sslType}" >/etc/v2ray-agent/tls/ssl_type fi } #Select acme installation certificate method selectAcmeInstallSSL() { local installSSLIPv6= if echo "${localIP}" | grep -q ":"; then installSSLIPv6="--listen-v6" fi echo if [[ -n "${customPort}" ]]; then if [[ "${selectSSLType}" == "3" ]]; then echoContent red " ---> buypass does not support free wildcard certificates" echo exit fi dnsSSLStatus=true #else # if [[ -z "${dnsSSLStatus}" ]]; then # read -r -p "Whether to use DNS to apply for a certificate? If you do not know how to use DNS to apply for a certificate, please enter n[y/n]:" installSSLDNStatus # # if [[ ${installSSLDNStatus} == 'y' ]]; then # dnsSSLStatus=true #else #dnsSSLStatus=false #fi # fi fi acmeInstallSSL readAcmeTLS } # Install SSL certificate acmeInstallSSL() { if [[ "${dnsSSLStatus}" == "true" ]]; then sudo "$HOME/.acme.sh/acme.sh" --issue -d "*.${dnsTLSDomain}" -d "${dnsTLSDomain}" --dns --yes-I-know-dns-manual-mode-enough-go-ahead-please -k ec-256 --server "${sslType}" ${installSSLIPv6} 2>&1 | tee -a /etc/v2ray-agent/tls/acme.log >/dev/null local txtValue= txtValue=$(tail -n 10 /etc/v2ray-agent/tls/acme.log | grep "TXT value" | awk -F "'" '{print $2}') if [[ -n "${txtValue}" ]]; then echoContent green " ---> Please add DNS TXT record manually" echoContent yellow " ---> Please refer to this tutorial for adding method, https://github.com/mack-a/v2ray-agent/blob/master/documents/dns_txt.md" echoContent yellow " ---> Just like installing wildcard certificates on multiple machines with the same domain name, please add multiple TXT records. There is no need to modify the previously added TXT records." echoContent green " ---> name: _acme-challenge" echoContent green " ---> value: ${txtValue}" echoContent yellow " ---> Please wait 1-2 minutes after the addition is completed" echo read -r -p "Whether the addition is completed [y/n]:" addDNSTXTRecordStatus if [[ "${addDNSTXTRecordStatus}" == "y" ]]; then local txtAnswer= txtAnswer=$(dig @1.1.1.1 +nocmd "_acme-challenge.${dnsTLSDomain}" txt +noall +answer | awk -F "[\"]" '{print $2}') if echo "${txtAnswer}" | grep -q "^${txtValue}"; then echoContent green " ---> TXT record verification passed" echoContent green " ---> Generating certificate" if [[ -n "${installSSLIPv6}" ]]; then sudo "$HOME/.acme.sh/acme.sh" --renew -d "*.${dnsTLSDomain}" -d "${dnsTLSDomain}" --yes-I-know-dns-manual-mode-enough-go-ahead-please --ecc --server "${sslType}" ${installSSLIPv6} 2>&1 | tee -a /etc/v2ray-agent/tls/acme.log >/dev/null else sudo "$HOME/.acme.sh/acme.sh" --renew -d "*.${dnsTLSDomain}" -d "${dnsTLSDomain}" --yes-I-know-dns-manual-mode-enough-go-ahead-please --ecc --server "${sslType}" 2>&1 | tee -a /etc/v2ray-agent/tls/acme.log >/dev/null fi else echoContent red " ---> Verification failed, please wait 1-2 minutes and try again" acmeInstallSSL fi else echoContent red " ---> Give up" exit 0 fi fi else echoContent green " ---> Generating certificate" sudo "$HOME/.acme.sh/acme.sh" --issue -d "${tlsDomain}" --standalone -k ec-256 --server "${sslType}" ${installSSLIPv6} 2>&1 | tee -a /etc/v2ray-agent/tls/acme.log >/dev/null fi } # Custom port customPortFunction() { local historyCustomPortStatus= if [[ -n "${customPort}" || -n "${currentPort}" ]]; then echo read -r -p "Read the port from the last installation. Do you want to use the port from the last installation? [y/n]:" historyCustomPortStatus if [[ "${historyCustomPortStatus}" == "y" ]]; then port=${currentPort} echoContent yellow "\n ---> Port: ${port}" fi fi if [[ -z "${currentPort}" ]] || [[ "${historyCustomPortStatus}" == "n" ]]; then echo if [[ -n "${btDomain}" ]]; then echoContent yellow "Please enter the port [cannot be the same as the BT Panel port, press Enter to be random]" read -r -p "port:" port if [[ -z "${port}" ]]; then port=$((RANDOM % 20001 + 10000)) fi else echo echoContent yellow "Please enter the port [default: 443], you can customize the port [press Enter to use the default]" read -r -p "port:" port if [[ -z "${port}" ]]; then port=443 fi if [[ "${port}" == "${currentRealityPort}" ]]; then handleXray stop fi # todo dns api fi if [[ -n "${port}" ]]; then if ((port >= 1 && port <= 65535)); then allowPort "${port}" echoContent yellow "\n ---> Port: ${port}" if [[ -z "${btDomain}" ]]; then checkDNSIP "${domain}" removeNginxDefaultConf checkPortOpen "${port}" "${domain}" fi else echoContent red " ---> Port input error" exit 0 fi else echoContent red " ---> Port cannot be empty" exit 0 fi fi } # Check whether the port is occupied checkPort() { if [[ -n "$1" ]] && lsof -i "tcp:$1" | grep -q LISTEN; then echoContent red "\n ---> $1 port is occupied, please close it manually and install\n" lsof -i "tcp:$1" | grep LISTEN exit 0 fi } # Install TLS installTLS() { echoContent skyBlue "\nProgress$1/${totalProgress}: Apply for TLS certificate\n" local tlsDomain=${domain} # Install tls if [[ -f "/etc/v2ray-agent/tls/${tlsDomain}.crt" && -f "/etc/v2ray-agent/tls/${tlsDomain}.key" && -n $(cat "/etc/v2ray-agent/tls/${tlsDomain}.crt") ]] || [[ -d "$HOME/.acme.sh/${tlsDomain}_ecc" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.key" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.cer" ]]; then echoContent green " ---> Certificate detected" # checkTLStatus renewalTLS if [[ -z $(find /etc/v2ray-agent/tls/ -name "${tlsDomain}.crt") ]] || [[ -z $(find /etc/v2ray-agent/tls/ -name "${tlsDomain}.key") ]] || [[ -z $(cat "/etc/v2ray-agent/tls/${tlsDomain}.crt") ]]; then sudo "$HOME/.acme.sh/acme.sh" --installcert -d "${tlsDomain}" --fullchainpath "/etc/v2ray-agent/tls/${tlsDomain}.crt" --keypath "/etc/v2ray-agent/tls/${tlsDomain}.key" --ecc >/dev/null else echoContent yellow " ---> If the certificate has not expired or is customized, please select [n]\n" read -r -p "Reinstall? [y/n]:" reInstallStatus if [[ "${reInstallStatus}" == "y" ]]; then rm -rf /etc/v2ray-agent/tls/* installTLS "$1" fi fi elif [[ -d "$HOME/.acme.sh" ]] && [[ ! -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.cer" || ! -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.key" ]]; then echoContent green " ---> Install TLS certificate, need to rely on port 80" allowPort 80 if [[ "${installDNSACMEStatus}" != "true" ]]; then switchSSLType customSSLEmail selectAcmeInstallSSL #else # echoContent green " ---> A wildcard certificate has been detected and is being automatically generated" fi # if [[ "${installDNSACMEStatus}" == "true" ]]; then # echo # if [[ -d "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc" && -f "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}. key" && -f "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}.cer" ]]; then # sudo "$HOME/.acme.sh/acme.sh" --installcert -d "*.${dnsTLSDomain}" --fullchainpath "/etc/v2ray-agent/tls/${tlsDomain}.crt" -- keypath "/etc/v2ray-agent/tls/${tlsDomain}.key" --ecc >/dev/null # fi # # el if [[ -d "$HOME/.acme.sh/${tlsDomain}_ecc" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.key" && -f "$HOME/.acme.sh/${tlsDomain}_ecc/${tlsDomain}.cer" ]]; then sudo "$HOME/.acme.sh/acme.sh" --installcert -d "${tlsDomain}" --fullchainpath "/etc/v2ray-agent/tls/${tlsDomain}.crt" --keypath "/etc/v2ray-agent/tls/${tlsDomain}.key" --ecc >/dev/null fi if [[ ! -f "/etc/v2ray-agent/tls/${tlsDomain}.crt" || ! -f "/etc/v2ray-agent/tls/${tlsDomain}.key" ]] || [[ -z $(cat "/etc/v2ray-agent/tls/${tlsDomain}.key") || -z $(cat "/etc/v2ray-agent/tls/${tlsDomain}.crt") ]]; then tail -n 10 /etc/v2ray-agent/tls/acme.log if [[ ${installTLSCount} == "1" ]]; then echoContent red " ---> TLS installation failed, please check the acme log" exit 0 fi installTLSCount=1 echo if tail -n 10 /etc/v2ray-agent/tls/acme.log | grep -q "Could not validate email address as valid"; then echoContent red " ---> The email cannot pass SSL vendor verification, please re-enter" echo customSSLEmail "validate email" installTLS "$1" else installTLS "$1" fi fi echoContent green " ---> TLS generated successfully" else echoContent yellow " ---> acme.sh is not installed" exit 0 fi } #Initialize random string initRandomPath() { local chars="abcdefghijklmnopqrtuxyz" local initCustomPath= for i in {1..4}; do echo "${i}" >/dev/null initCustomPath+="${chars:RANDOM%${#chars}:1}" done customPath=${initCustomPath} } # Custom/random path randomPathFunction() { echoContent skyBlue "\nProgress$1/${totalProgress}: Generate random path" if [[ -n "${currentPath}" ]]; then echo read -r -p "Read the last installation record. Do you want to use the path from the last installation? [y/n]:" historyPathStatus echo fi if [[ "${historyPathStatus}" == "y" ]]; then customPath=${currentPath} echoContent green " ---> Used successfully\n" else echoContent yellow "Please enter a custom path [eg: alone], no slash required, [Enter] random path" read -r -p 'path:' customPath if [[ -z "${customPath}" ]]; then initRandomPath currentPath=${customPath} else if [[ "${customPath: -2}" == "ws" ]]; then echo echoContent red " ---> The custom path cannot end with ws, otherwise the splitting path cannot be distinguished" randomPathFunction "$1" else currentPath=${customPath} fi fi fi echoContent yellow "\n path:${currentPath}" echoContent skyBlue "\n----------------------------" } # Nginx disguise blog nginxBlog() { echoContent skyBlue "\nProgress$1/${totalProgress}: Add fake site" if [[ -d "${nginxStaticPath}" && -f "${nginxStaticPath}/check" ]]; then echo read -r -p "Detected installation of fake site, do you need to reinstall [y/n]:" nginxBlogInstallStatus if [[ "${nginxBlogInstallStatus}" == "y" ]]; then rm -rf "${nginxStaticPath}" randomNum=$((RANDOM % 6 + 1)) wget -q -P "${nginxStaticPath}" https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${randomNum}.zip >/dev/null unzip -o "${nginxStaticPath}html${randomNum}.zip" -d "${nginxStaticPath}" >/dev/null rm -f "${nginxStaticPath}html${randomNum}.zip*" echoContent green " ---> Added fake site successfully" fi else randomNum=$((RANDOM % 6 + 1)) rm -rf "${nginxStaticPath}" wget -q -P "${nginxStaticPath}" https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${randomNum}.zip >/dev/null unzip -o "${nginxStaticPath}html${randomNum}.zip" -d "${nginxStaticPath}" >/dev/null rm -f "${nginxStaticPath}html${randomNum}.zip*" echoContent green " ---> Added fake site successfully" fi } # Modify http_port_t port updateSELinuxHTTPPortT() { $(find /usr/bin /usr/sbin | grep -w journalctl) -xe >/etc/v2ray-agent/nginx_error.log 2>&1 if find /usr/bin /usr/sbin | grep -q -w semanage && find /usr/bin /usr/sbin | grep -q -w getenforce && grep -E "31300|31302" Check if the SELinux port is open" if ! $(find /usr/bin /usr/sbin | grep -w semanage) port -l | grep http_port | grep -q 31300; then $(find /usr/bin /usr/sbin | grep -w semanage) port -a -t http_port_t -p tcp 31300 echoContent green " ---> http_port_t 31300 port opened successfully" fi if ! $(find /usr/bin /usr/sbin | grep -w semanage) port -l | grep http_port | grep -q 31302; then $(find /usr/bin /usr/sbin | grep -w semanage) port -a -t http_port_t -p tcp 31302 echoContent green " ---> http_port_t 31302 port opened successfully" fi handleNginx start else exit 0 fi } #Operation Nginx handleNginx() { if [[ -z $(pgrep -f "nginx") ]] && [[ "$1" == "start" ]]; then systemctl start nginx 2>/etc/v2ray-agent/nginx_error.log sleep 0.5 if [[ -z $(pgrep -f "nginx") ]]; then echoContent red " ---> Nginx failed to start" echoContent red " ---> Please try to install nginx manually and execute the script again" if grep -q "journalctl -xe" Nginx started successfully" fi elif [[ -n $(pgrep -f "nginx") ]] && [[ "$1" == "stop" ]]; then systemctl stop nginx sleep 0.5 if [[ -n $(pgrep -f "nginx") ]]; then pgrep -f "nginx" | xargs kill -9 fi echoContent green " ---> Nginx closed successfully" fi } # Scheduled task to update tls certificate installCronTLS() { if [[ -z "${btDomain}" ]]; then echoContent skyBlue "\nProgress$1/${totalProgress}: Add scheduled maintenance certificate" crontab -l >/etc/v2ray-agent/backup_crontab.cron local historyCrontab historyCrontab=$(sed '/v2ray-agent/d;/acme.sh/d' /etc/v2ray-agent/backup_crontab.cron) echo "${historyCrontab}" >/etc/v2ray-agent/backup_crontab.cron echo "30 1 * * * /bin/bash /etc/v2ray-agent/install.sh RenewTLS >> /etc/v2ray-agent/crontab_tls.log 2>&1" >>/etc/v2ray-agent/backup_crontab.cron crontab /etc/v2ray-agent/backup_crontab.cron echoContent green "\n ---> Add scheduled maintenance certificate successfully" fi } # Scheduled tasks update geo files installCronUpdateGeo() { if [[ -n "${configPath}" ]]; then if crontab -l | grep -q "UpdateGeo"; then echoContent red "\n ---> The automatic update scheduled task has been added, please do not add it repeatedly" exit 0 fi echoContent skyBlue "\nProgress 1/1: Add regularly updated geo files" crontab -l >/etc/v2ray-agent/backup_crontab.cron echo "35 1 * * * /bin/bash /etc/v2ray-agent/install.sh UpdateGeo >> /etc/v2ray-agent/crontab_tls.log 2>&1" >>/etc/v2ray-agent/backup_crontab.cron crontab /etc/v2ray-agent/backup_crontab.cron echoContent green "\n ---> Adding scheduled update geo file successfully" fi } # Update certificate renewalTLS() { if [[ -n $1 ]]; then echoContent skyBlue "\nProgress$1/1: Update certificate" fi readAcmeTLS local domain=${currentHost} if [[ -z "${currentHost}" && -n "${tlsDomain}" ]]; then domain=${tlsDomain} fi if [[ -f "/etc/v2ray-agent/tls/ssl_type" ]]; then if grep -q "buypass" <"/etc/v2ray-agent/tls/ssl_type"; then sslRenewalDays=180 fi fi if [[ -d "$HOME/.acme.sh/${domain}_ecc" && -f "$HOME/.acme.sh/${domain}_ecc/${domain}.key" && -f "$HOME/.acme.sh/${domain}_ecc/${domain}.cer" ]] || [[ "${installDNSACMEStatus}" == "true" ]]; then modifyTime= if [[ "${installDNSACMEStatus}" == "true" ]]; then modifyTime=$(stat --format=%z "$HOME/.acme.sh/*.${dnsTLSDomain}_ecc/*.${dnsTLSDomain}.cer") else modifyTime=$(stat --format=%z "$HOME/.acme.sh/${domain}_ecc/${domain}.cer") fi modifyTime=$(date +%s -d "${modifyTime}") currentTime=$(date +%s) ((stampDiff = currentTime - modifyTime)) ((days = stampDiff / 86400)) ((remainingDays = sslRenewalDays - days)) tlsStatus=${remainingDays} if [[ ${remainingDays} -le 0 ]]; then tlsStatus="Expired" fi echoContent skyBlue " ---> Certificate check date:$(date "+%F %H:%M:%S")" echoContent skyBlue " ---> Certificate generation date: $(date -d @"${modifyTime}" +"%F %H:%M:%S")" echoContent skyBlue " ---> Certificate generation days: ${days}" echoContent skyBlue " ---> Number of days remaining on the certificate: "${tlsStatus} echoContent skyBlue " ---> The certificate will be automatically updated on the last day before it expires. If the update fails, please update manually" if [[ ${remainingDays} -le 1 ]]; then echoContent yellow " ---> Regenerate certificate" handleNginx stop if [[ "${coreInstallType}" == "1" ]]; then handleXray stop elif [[ "${coreInstallType}" == "2" ]]; then handleV2Ray stop fi sudo "$HOME/.acme.sh/acme.sh" --cron --home "$HOME/.acme.sh" sudo "$HOME/.acme.sh/acme.sh" --installcert -d "${domain}" --fullchainpath /etc/v2ray-agent/tls/"${domain}.crt" --keypath /etc /v2ray-agent/tls/"${domain}.key" --ecc reloadCore handleNginx start else echoContent green " ---> The certificate is valid" fi else echoContent red " ---> not installed" fi } # Check the status of TLS certificate checkTLStatus() { if [[ -d "$HOME/.acme.sh/${currentHost}_ecc" ]] && [[ -f "$HOME/.acme.sh/${currentHost}_ecc/${currentHost}.key" ]] && [[ -f "$HOME/.acme.sh/${currentHost}_ecc/${currentHost}.cer" ]]; then modifyTime=$(stat "$HOME/.acme.sh/${currentHost}_ecc/${currentHost}.cer" | sed -n '7,6p' | awk '{print $2" "$3" "$4" "$5}') modifyTime=$(date +%s -d "${modifyTime}") currentTime=$(date +%s) ((stampDiff = currentTime - modifyTime)) ((days = stampDiff / 86400)) ((remainingDays = sslRenewalDays - days)) tlsStatus=${remainingDays} if [[ ${remainingDays} -le 0 ]]; then tlsStatus="Expired" fi echoContent skyBlue " ---> Certificate generation date: $(date -d "@${modifyTime}" +"%F %H:%M:%S")" echoContent skyBlue " ---> Certificate generation days: ${days}" echoContent skyBlue " ---> Number of days remaining on the certificate:${tlsStatus}" fi } #Install V2Ray, specified version installV2Ray() { readInstallType echoContent skyBlue "\nProgress$1/${totalProgress}: Install V2Ray" if [[ "${coreInstallType}" != "2" && "${coreInstallType}" != "3" ]]; then if [[ "${selectCoreType}" == "2" ]]; then version=$(curl -s https://api.github.com/repos/v2fly/v2ray-core/releases?per_page=10 | jq -r '.[]|select (.prerelease==false)|.tag_name' | grep -v 'v5' | head -1) else version=${v2rayCoreVersion} fi echoContent green " ---> v2ray-core version:${version}" # if wget --help | grep -q show-progress; then wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/v2ray/ "https://github.com/v2fly/v2ray-core/releases/download/${version}/${v2rayCoreCPUVendor}.zip" #else # wget -c -P /etc/v2ray-agent/v2ray/ "https://github.com/v2fly/v2ray-core/releases/download/${version}/${v2rayCoreCPUVendor}.zip" >/dev/ null 2>&1 # fi unzip -o "/etc/v2ray-agent/v2ray/${v2rayCoreCPUVendor}.zip" -d /etc/v2ray-agent/v2ray >/dev/null rm -rf "/etc/v2ray-agent/v2ray/${v2rayCoreCPUVendor}.zip" else if [[ "${selectCoreType}" == "3" ]]; then echoContent green " ---> Lock v2ray-core version to v4.32.1" rm -f /etc/v2ray-agent/v2ray/v2ray rm -f /etc/v2ray-agent/v2ray/v2ctl installV2Ray "$1" else echoContent green " ---> v2ray-core version:$(/etc/v2ray-agent/v2ray/v2ray --version | awk '{print $2}' | head -1)" read -r -p "Update or upgrade? [y/n]:" reInstallV2RayStatus if [[ "${reInstallV2RayStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/v2ray/v2ray rm -f /etc/v2ray-agent/v2ray/v2ctl installV2Ray "$1" fi fi fi } # Install hysteria installHysteria() { readInstallType echoContent skyBlue "\nProgress$1/${totalProgress}: Installing Hysteria" if [[ -z "${hysteriaConfigPath}" ]]; then version=$(curl -s "https://api.github.com/repos/apernet/hysteria/releases?per_page=10" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name" | grep -v "app/v2" | head -1) echoContent green " ---> Hysteria version:${version}" wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/hysteria/ "https://github.com/apernet/hysteria/releases/download/${version}/${hysteriaCoreCPUVendor}" mv "/etc/v2ray-agent/hysteria/${hysteriaCoreCPUVendor}" /etc/v2ray-agent/hysteria/hysteria chmod 655 /etc/v2ray-agent/hysteria/hysteria else echoContent green " ---> Hysteria version:$(/etc/v2ray-agent/hysteria/hysteria --version | awk '{print $3}')" read -r -p "Would you like to update or upgrade? [y/n]:" reInstallHysteriaStatus if [[ "${reInstallHysteriaStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/hysteria/hysteria installHysteria "$1" fi fi } # Install tuic installTuic() { readInstallType echoContent skyBlue "\nProgress$1/${totalProgress}: Install Tuic" if [[ -z "${tuicConfigPath}" ]]; then version=$(curl -s "https://api.github.com/repos/EAimTY/tuic/releases?per_page=1" | jq -r '.[]|select (.prerelease==false)|.tag_name') echoContent green " ---> Tuic version:${version}" wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/tuic/ "https://github.com/EAimTY/tuic/releases/download/${version}/${version}${tuicCoreCPUVendor}" mv "/etc/v2ray-agent/tuic/${version}${tuicCoreCPUVendor}" /etc/v2ray-agent/tuic/tuic chmod 655 /etc/v2ray-agent/tuic/tuic else echoContent green " ---> Tuic version:$(/etc/v2ray-agent/tuic/tuic -v)" read -r -p "Would you like to update or upgrade? [y/n]:" reInstallTuicStatus if [[ "${reInstallTuicStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/tuic/tuic tuicConfigPath= installTuic "$1" fi fi } # Check wget showProgress checkWgetShowProgress() { if find /usr/bin /usr/sbin | grep -q -w wget && wget --help | grep -q show-progress; then wgetShowProgressStatus="--show-progress" fi } # Install xray installXray() { readInstallType local prereleaseStatus=false if [[ "$2" == "true" ]]; then prereleaseStatus=true fi echoContent skyBlue "\nProgress$1/${totalProgress}: Install Xray" if [[ "${coreInstallType}" != "1" ]]; then version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=1" | jq -r ".[].tag_name") echoContent green " ---> Xray-core version:${version}" wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/XTLS/Xray-core/releases/download/${version}/${xrayCoreCPUVendor}.zip" if [[ ! -f "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" ]]; then echoContent red " ---> Core download failed, please try installation again" exit 0 fi unzip -o "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" -d /etc/v2ray-agent/xray >/dev/null rm -rf "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" version=$(curl -s https://api.github.com/repos/Loyalsoldier/v2ray-rules-dat/releases?per_page=1 | jq -r '.[]|.tag_name') echoContent skyBlue "------------------------Version-------------------------------" echo "version:${version}" rm /etc/v2ray-agent/xray/geo* >/dev/null 2>&1 wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geosite.dat" wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geoip.dat" chmod 655 /etc/v2ray-agent/xray/xray else echoContent green " ---> Xray-core version:$(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" read -r -p "Would you like to update or upgrade? [y/n]:" reInstallXrayStatus if [[ "${reInstallXrayStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/xray/xray installXray "$1" "$2" fi fi } # v2ray version management v2rayVersionManageMenu() { echoContent skyBlue "\nProgress$1/${totalProgress}: V2Ray version management" if [[ ! -d "/etc/v2ray-agent/v2ray/" ]]; then echoContent red " ---> The installation directory is not detected, please execute the script to install the content" menu exit 0 fi echoContent red "\n================================================ =================" echoContent yellow "1.Upgrade v2ray-core" echoContent yellow "2.Fallback v2ray-core" echoContent yellow "3.Close v2ray-core" echoContent yellow "4.Open v2ray-core" echoContent yellow "5.Restart v2ray-core" echoContent yellow "6.Update geosite, geoip" echoContent yellow "7.Set up automatic update of geo files [updated every morning]" echoContent red "================================================== ===============" read -r -p "Please select:" selectV2RayType if [[ "${selectV2RayType}" == "1" ]]; then updateV2Ray elif [[ "${selectV2RayType}" == "2" ]]; then echoContent yellow "\n1.Only the last five versions can be rolled back" echoContent yellow "2.There is no guarantee that it will be able to be used normally after the rollback" echoContent yellow "3.If the rolled-back version does not support the current config, it will be unable to connect, so operate with caution" echoContent skyBlue "------------------------Version-------------------------------" curl -s https://api.github.com/repos/v2fly/v2ray-core/releases | jq -r '.[]|select (.prerelease==false)|.tag_name' | grep -v 'v5' | head -5 | awk '{print ""NR""":"$0}' echoContent skyBlue "------------------------------------------------- ---------------" read -r -p "Please enter the version to be rolled back:" selectV2rayVersionType version=$(curl -s https://api.github.com/repos/v2fly/v2ray-core/releases | jq -r '.[]|select (.prerelease==false)|.tag_name' | grep -v 'v5' | head -5 | awk '{print ""NR""":"$0}' | grep "${selectV2rayVersionType}:" | awk -F "[:]" '{print $2}') if [[ -n "${version}" ]]; then updateV2Ray "${version}" else echoContent red "\n ---> Incorrect input, please re-enter" v2rayVersionManageMenu 1 fi elif [[ "${selectV2RayType}" == "3" ]]; then handleV2Ray stop elif [[ "${selectV2RayType}" == "4" ]]; then handleV2Ray start elif [[ "${selectV2RayType}" == "5" ]]; then reloadCore elif [[ "${selectXrayType}" == "6" ]]; then updateGeoSite elif [[ "${selectXrayType}" == "7" ]]; then installCronUpdateGeo fi } # xray version management xrayVersionManageMenu() { echoContent skyBlue "\nProgress$1/${totalProgress}: Xray version management" if [[ ! -d "/etc/v2ray-agent/xray/" ]]; then echoContent red " ---> The installation directory is not detected, please execute the script to install the content" menu exit 0 fi echoContent red "\n================================================ =================" echoContent yellow "1.Upgrade Xray-core" echoContent yellow "2.Upgrade Xray-core preview version" echoContent yellow "3.Fallback Xray-core" echoContent yellow "4.Close Xray-core" echoContent yellow "5.Open Xray-core" echoContent yellow "6.Restart Xray-core" echoContent yellow "7.Update geosite, geoip" echoContent yellow "8.Set up automatic update of geo files [updated every morning]" echoContent red "================================================== ===============" read -r -p "Please select:" selectXrayType if [[ "${selectXrayType}" == "1" ]]; then updateXray elif [[ "${selectXrayType}" == "2" ]]; then prereleaseStatus=true updateXray elif [[ "${selectXrayType}" == "3" ]]; then echoContent yellow "\n1.Only the last five versions can be rolled back" echoContent yellow "2.There is no guarantee that it will be able to be used normally after the rollback" echoContent yellow "3.If the rolled-back version does not support the current config, it will be unable to connect, so operate with caution" echoContent skyBlue "------------------------Version-------------------------------" curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=5" | jq -r ".[]|select (.prerelease==false)|.tag_name" | awk '{print ""NR""":"$0}' echoContent skyBlue "------------------------------------------------- ---------------" read -r -p "Please enter the version you want to roll back:" selectXrayVersionType version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=5" | jq -r ".[]|select (.prerelease==false)|.tag_name" | awk '{print ""NR""":"$0}' | grep "${selectXrayVersionType}:" | awk -F "[:]" '{print $2}') if [[ -n "${version}" ]]; then updateXray "${version}" else echoContent red "\n ---> Incorrect input, please re-enter" xrayVersionManageMenu 1 fi elif [[ "${selectXrayType}" == "4" ]]; then handleXray stop elif [[ "${selectXrayType}" == "5" ]]; then handleXray start elif [[ "${selectXrayType}" == "6" ]]; then reloadCore elif [[ "${selectXrayType}" == "7" ]]; then updateGeoSite elif [[ "${selectXrayType}" == "8" ]]; then installCronUpdateGeo fi } # Update geosite updateGeoSite() { echoContent yellow "\nSource https://github.com/Loyalsoldier/v2ray-rules-dat" version=$(curl -s https://api.github.com/repos/Loyalsoldier/v2ray-rules-dat/releases?per_page=1 | jq -r '.[]|.tag_name') echoContent skyBlue "------------------------Version-------------------------------" echo "version:${version}" rm ${configPath}../geo* >/dev/null wget -c -q "${wgetShowProgressStatus}" -P ${configPath}../ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geosite.dat" wget -c -q "${wgetShowProgressStatus}" -P ${configPath}../ "https://github.com/Loyalsoldier/v2ray-rules-dat/releases/download/${version}/geoip.dat" reloadCore echoContent green " ---> Update completed" } # Update V2Ray updateV2Ray() { readInstallType if [[ -z "${coreInstallType}" ]]; then if [[ -n "$1" ]]; then version=$1 else version=$(curl -s https://api.github.com/repos/v2fly/v2ray-core/releases | jq -r '.[]|select (.prerelease==false)|.tag_name' | grep -v 'v5' | head -1) fi # Use locked version if [[ -n "${v2rayCoreVersion}" ]]; then version=${v2rayCoreVersion} fi echoContent green " ---> v2ray-core version:${version}" # if wget --help | grep -q show-progress; then wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/v2ray/ "https://github.com/v2fly/v2ray-core/releases/download/${version}/${v2rayCoreCPUVendor}.zip" #else # wget -c -P "/etc/v2ray-agent/v2ray/ https://github.com/v2fly/v2ray-core/releases/download/${version}/${v2rayCoreCPUVendor}.zip" >/dev/ null 2>&1 #fi unzip -o "/etc/v2ray-agent/v2ray/${v2rayCoreCPUVendor}.zip" -d /etc/v2ray-agent/v2ray >/dev/null rm -rf "/etc/v2ray-agent/v2ray/${v2rayCoreCPUVendor}.zip" handleV2Ray stop handleV2Ray start else echoContent green " ---> Current v2ray-core version: $(/etc/v2ray-agent/v2ray/v2ray --version | awk '{print $2}' | head -1)" if [[ -n "$1" ]]; then version=$1 else version=$(curl -s https://api.github.com/repos/v2fly/v2ray-core/releases | jq -r '.[]|select (.prerelease==false)|.tag_name' | grep -v 'v5' | head -1) fi if [[ -n "${v2rayCoreVersion}" ]]; then version=${v2rayCoreVersion} fi if [[ -n "$1" ]]; then read -r -p "The rollback version is ${version}, do you want to continue? [y/n]:" rollbackV2RayStatus if [[ "${rollbackV2RayStatus}" == "y" ]]; then if [[ "${coreInstallType}" == "2" ]]; then echoContent green " ---> Current v2ray-core version: $(/etc/v2ray-agent/v2ray/v2ray --version | awk '{print $2}' | head -1)" elif [[ "${coreInstallType}" == "1" ]]; then echoContent green " ---> Current Xray-core version: $(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" fi handleV2Ray stop rm -f /etc/v2ray-agent/v2ray/v2ray rm -f /etc/v2ray-agent/v2ray/v2ctl updateV2Ray "${version}" else echoContent green " ---> Abandon the rollback version" fi elif [[ "${version}" == "v$(/etc/v2ray-agent/v2ray/v2ray --version | awk '{print $2}' | head -1)" ]]; then read -r -p "The current version is the same as the latest version. Do you want to reinstall? [y/n]:" reInstallV2RayStatus if [[ "${reInstallV2RayStatus}" == "y" ]]; then handleV2Ray stop rm -f /etc/v2ray-agent/v2ray/v2ray rm -f /etc/v2ray-agent/v2ray/v2ctl updateV2Ray else echoContent green " ---> Give up and reinstall" fi else read -r -p "The latest version is: ${version}, do you want to update? [y/n]:" installV2RayStatus if [[ "${installV2RayStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/v2ray/v2ray rm -f /etc/v2ray-agent/v2ray/v2ctl updateV2Ray else echoContent green " ---> Abort update" fi fi fi } # Update Xray updateXray() { readInstallType if [[ -z "${coreInstallType}" ]]; then if [[ -n "$1" ]]; then version=$1 else version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=1" | jq -r ".[]|select (.prerelease==${prereleaseStatus})|.tag_name") fi echoContent green " ---> Xray-core version:${version}" wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/xray/ "https://github.com/XTLS/Xray-core/releases/download/${version}/${xrayCoreCPUVendor}.zip" unzip -o "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" -d /etc/v2ray-agent/xray >/dev/null rm -rf "/etc/v2ray-agent/xray/${xrayCoreCPUVendor}.zip" chmod 655 /etc/v2ray-agent/xray/xray handleXray stop handleXray start else echoContent green " ---> Current Xray-core version: $(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" if [[ -n "$1" ]]; then version=$1 else version=$(curl -s "https://api.github.com/repos/XTLS/Xray-core/releases?per_page=1" | jq -r ".[].tag_name") fi if [[ -n "$1" ]]; then read -r -p "The rollback version is ${version}, do you want to continue? [y/n]:" rollbackXrayStatus if [[ "${rollbackXrayStatus}" == "y" ]]; then echoContent green " ---> Current Xray-core version: $(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" handleXray stop rm -f /etc/v2ray-agent/xray/xray updateXray "${version}" else echoContent green " ---> Abandon the rollback version" fi elif [[ "${version}" == "v$(/etc/v2ray-agent/xray/xray --version | awk '{print $2}' | head -1)" ]]; then read -r -p "The current version is the same as the latest version. Do you want to reinstall? [y/n]:" reInstallXrayStatus if [[ "${reInstallXrayStatus}" == "y" ]]; then handleXray stop rm -f /etc/v2ray-agent/xray/xray rm -f /etc/v2ray-agent/xray/xray updateXray else echoContent green " ---> Give up and reinstall" fi else read -r -p "The latest version is: ${version}, is it updated? [y/n]:" installXrayStatus if [[ "${installXrayStatus}" == "y" ]]; then rm -f /etc/v2ray-agent/xray/xray updateXray else echoContent green " ---> Abort update" fi fi fi } # Verify that the entire service is available checkGFWStatue() { readInstallType echoContent skyBlue "\nProgress$1/${totalProgress}: Verify service startup status" if [[ "${coreInstallType}" == "1" ]] && [[ -n $(pgrep -f "xray/xray") ]]; then echoContent green " ---> Service started successfully" elif [[ "${coreInstallType}" == "2" ]] && [[ -n $(pgrep -f "v2ray/v2ray") ]]; then echoContent green " ---> Service started successfully" else echoContent red " ---> Service startup failed, please check if there are logs printed in the terminal" exit 0 fi } # V2Ray starts automatically after booting installV2RayService() { echoContent skyBlue "\nProgress$1/${totalProgress}: Configure V2Ray to start automatically at boot" if [[ -n $(find /bin /usr/bin -name "systemctl") ]]; then rm -rf /etc/systemd/system/v2ray.service touch /etc/systemd/system/v2ray.service execStart='/etc/v2ray-agent/v2ray/v2ray -confdir /etc/v2ray-agent/v2ray/conf' cat </etc/systemd/system/v2ray.service [Unit] Description=V2Ray - A unified platform for anti-censorship Documentation=https://v2ray.com https://guide.v2fly.org After=network.target nss-lookup.target Wants=network-online.target [Service] Type=simple User=root CapabilityBoundingSet=CAP_NET_BIND_SERVICE CAP_NET_RAW NoNewPrivileges=yes ExecStart=${execStart} Restart=on-failure RestartPreventExitStatus=23 LimitNPROC=10000 LimitNOFILE=1000000 [Install] WantedBy=multi-user.target EOF systemctl daemon-reload systemctl enable v2ray.service echoContent green " ---> Configure V2Ray to start automatically at boot" fi } # Install hysteria to start automatically at boot installHysteriaService() { echoContent skyBlue "\nProgress$1/${totalProgress}: Configure Hysteria to start automatically at boot" if [[ -n $(find /bin /usr/bin -name "systemctl") ]]; then rm -rf /etc/systemd/system/hysteria.service touch /etc/systemd/system/hysteria.service execStart='/etc/v2ray-agent/hysteria/hysteria --log-level info -c /etc/v2ray-agent/hysteria/conf/config.json server' cat </etc/systemd/system/hysteria.service [Unit] Description=Hysteria Service Documentation=https://github.com/apernet After=network.target nss-lookup.target [Service] User=root ExecStart=${execStart} Restart=on-failure RestartPreventExitStatus=23 LimitNPROC=10000 LimitNOFILE=1000000 [Install] WantedBy=multi-user.target EOF systemctl daemon-reload systemctl enable hysteria.service echoContent green " ---> Configure Hysteria to start automatically at boot" fi } # Install Tuic to start automatically at boot installTuicService() { echoContent skyBlue "\nProgress$1/${totalProgress}: Configure Tuic to start automatically at boot" if [[ -n $(find /bin /usr/bin -name "systemctl") ]]; then rm -rf /etc/systemd/system/tuic.service touch /etc/systemd/system/tuic.service execStart='/etc/v2ray-agent/tuic/tuic -c /etc/v2ray-agent/tuic/conf/config.json' cat </etc/systemd/system/tuic.service [Unit] Description=Tuic Service Documentation=https://github.com/EAimTY After=network.target nss-lookup.target [Service] User=root ExecStart=${execStart} Restart=on-failure RestartPreventExitStatus=23 LimitNPROC=10000 LimitNOFILE=1000000 [Install] WantedBy=multi-user.target EOF systemctl daemon-reload systemctl enable tuic.service echoContent green " ---> Configuring Tuic to start automatically at boot" fi } # Xray starts automatically after booting installXrayService() { echoContent skyBlue "\nProgress$1/${totalProgress}: Configure Xray to start automatically at boot" if [[ -n $(find /bin /usr/bin -name "systemctl") ]]; then rm -rf /etc/systemd/system/xray.service touch /etc/systemd/system/xray.service execStart='/etc/v2ray-agent/xray/xray run -confdir /etc/v2ray-agent/xray/conf' cat </etc/systemd/system/xray.service [Unit] Description=Xray Service Documentation=https://github.com/xtls After=network.target nss-lookup.target [Service] User=root ExecStart=${execStart} Restart=on-failure RestartPreventExitStatus=23 LimitNPROC=10000 LimitNOFILE=1000000 [Install] WantedBy=multi-user.target EOF systemctl daemon-reload systemctl enable xray.service echoContent green " ---> Configure Xray to start automatically at boot" fi } #Operation V2Ray handleV2Ray() { # shellcheck disable=SC2010 if find /bin /usr/bin | grep -q systemctl && ls /etc/systemd/system/ | grep -q v2ray.service; then if [[ -z $(pgrep -f "v2ray/v2ray") ]] && [[ "$1" == "start" ]]; then systemctl start v2ray.service elif [[ -n $(pgrep -f "v2ray/v2ray") ]] && [[ "$1" == "stop" ]]; then systemctl stop v2ray.service fi fi sleep 0.8 if [[ "$1" == "start" ]]; then if [[ -n $(pgrep -f "v2ray/v2ray") ]]; then echoContent green " ---> V2Ray started successfully" else echoContent red "V2Ray failed to start" echoContent red "Please manually execute [/etc/v2ray-agent/v2ray/v2ray -confdir /etc/v2ray-agent/v2ray/conf] and check the error log" exit 0 fi elif [[ "$1" == "stop" ]]; then if [[ -z $(pgrep -f "v2ray/v2ray") ]]; then echoContent green " ---> V2Ray closed successfully" else echoContent red "V2Ray failed to close" echoContent red "Please execute manually [ps -ef|grep -v grep|grep v2ray|awk '{print \$2}'|xargs kill -9]" exit 0 fi fi } # Operation Hysteria handleHysteria() { # shellcheck disable=SC2010 if find /bin /usr/bin | grep -q systemctl && ls /etc/systemd/system/ | grep -q hysteria.service; then if [[ -z $(pgrep -f "hysteria/hysteria") ]] && [[ "$1" == "start" ]]; then systemctl start hysteria.service elif [[ -n $(pgrep -f "hysteria/hysteria") ]] && [[ "$1" == "stop" ]]; then systemctl stop hysteria.service fi fi sleep 0.8 if [[ "$1" == "start" ]]; then if [[ -n $(pgrep -f "hysteria/hysteria") ]]; then echoContent green " ---> Hysteria started successfully" else echoContent red "Hysteria startup failed" echoContent red "Please manually execute [/etc/v2ray-agent/hysteria/hysteria --log-level debug -c /etc/v2ray-agent/hysteria/conf/config.json server] to view the error log" exit 0 fi elif [[ "$1" == "stop" ]]; then if [[ -z $(pgrep -f "hysteria/hysteria") ]]; then echoContent green " ---> Hysteria closed successfully" else echoContent red "Hysteria shutdown failed" echoContent red "Please execute manually [ps -ef|grep -v grep|grep hysteria|awk '{print \$2}'|xargs kill -9]" exit 0 fi fi } # Operate Tuic handleTuic() { # shellcheck disable=SC2010 if find /bin /usr/bin | grep -q systemctl && ls /etc/systemd/system/ | grep -q tuic.service; then if [[ -z $(pgrep -f "tuic/tuic") ]] && [[ "$1" == "start" ]]; then systemctl start tuic.service elif [[ -n $(pgrep -f "tuic/tuic") ]] && [[ "$1" == "stop" ]]; then systemctl stop tuic.service fi fi sleep 0.8 if [[ "$1" == "start" ]]; then if [[ -n $(pgrep -f "tuic/tuic") ]]; then echoContent green " ---> Tuic started successfully" else echoContent red "Tuic startup failed" echoContent red "Please manually execute [/etc/v2ray-agent/tuic/tuic -c /etc/v2ray-agent/tuic/conf/config.json] and check the error log" exit 0 fi elif [[ "$1" == "stop" ]]; then if [[ -z $(pgrep -f "tuic/tuic") ]]; then echoContent green " ---> Tuic closed successfully" else echoContent red "Tuic failed to close" echoContent red "Please execute manually [ps -ef|grep -v grep|grep tuic|awk '{print \$2}'|xargs kill -9]" exit 0 fi fi } # Manipulate xray handleXray() { if [[ -n $(find /bin /usr/bin -name "systemctl") ]] && [[ -n $(find /etc/systemd/system/ -name "xray.service") ]]; then if [[ -z $(pgrep -f "xray/xray") ]] && [[ "$1" == "start" ]]; then systemctl start xray.service elif [[ -n $(pgrep -f "xray/xray") ]] && [[ "$1" == "stop" ]]; then systemctl stop xray.service fi fi sleep 0.8 if [[ "$1" == "start" ]]; then if [[ -n $(pgrep -f "xray/xray") ]]; then echoContent green " ---> Xray started successfully" else echoContent red "Xray startup failed" echoContent red "Please manually execute the following command [/etc/v2ray-agent/xray/xray -confdir /etc/v2ray-agent/xray/conf] and feedback the error log" exit 0 fi elif [[ "$1" == "stop" ]]; then if [[ -z $(pgrep -f "xray/xray") ]]; then echoContent green " ---> Xray closed successfully" else echoContent red "xray failed to close" echoContent red "Please execute manually [ps -ef|grep -v grep|grep xray|awk '{print \$2}'|xargs kill -9]" exit 0 fi fi } # Read user data and initialize initXrayClients() { local type=$1 local newUUID=$2 local newEmail=$3 if [[ -n "${newUUID}" ]]; then local newUser= newUser="{\"id\":\"${uuid}\",\"flow\":\"xtls-rprx-vision\",\"email\":\"${newEmail}-VLESS_TCP/ TLS_Vision\"}" currentClients=$(echo "${currentClients}" | jq -r ". +=[${newUser}]") fi local users= if [[ "${type}" == "9" ]]; then users={} else users=[] fi while read -r user; do uuid=$(echo "${user}" | jq -r .id) email=$(echo "${user}" | jq -r .email | awk -F "[-]" '{print $1}') currentUser= if echo "${type}" | grep -q "0"; then currentUser="{\"id\":\"${uuid}\",\"flow\":\"xtls-rprx-vision\",\"email\":\"${email}-VLESS_TCP/TLS_Vision\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi #VLESSWS if echo "${type}" | grep -q "1"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-VLESS_WS\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi #trojan grpc if echo "${type}" | grep -q "2"; then currentUser="{\"password\":\"${uuid}\",\"email\":\"${email}-Trojan_gRPC\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi #VMessWS if echo "${type}" | grep -q "3"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-VMess_WS\",\"alterId\": 0}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi #trojantcp if echo "${type}" | grep -q "4"; then currentUser="{\"password\":\"${uuid}\",\"email\":\"${email}-trojan_tcp\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # vless grpc if echo "${type}" | grep -q "5"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-vless_grpc\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # hysteria if echo "${type}" | grep -q "6"; then users=$(echo "${users}" | jq -r ". +=[\"${uuid}\"]") fi # vless reality vision if echo "${type}" | grep -q "7"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-vless_reality_vision\",\"flow\":\"xtls-rprx-vision\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # vless reality grpc if echo "${type}" | grep -q "8"; then currentUser="{\"id\":\"${uuid}\",\"email\":\"${email}-vless_reality_grpc\",\"flow\":\"\"}" users=$(echo "${users}" | jq -r ". +=[${currentUser}]") fi # tuic if echo "${type}" | grep -q "9"; then users=$(echo "${users}" | jq -r ".\"${uuid}\"=\"${uuid}\"") fi done < <(echo "${currentClients}" | jq -c '.[]') echo "${users}" } getClients() { local path=$1 local addClientsStatus=$2 previousClients= if [[ ${addClientsStatus} == "true" ]]; then if [[ ! -f "${path}" ]]; then echo local protocol protocol=$(echo "${path}" | awk -F "[_]" '{print $2 $3}') echoContent yellow "The configuration file last installed for this protocol [${protocol}] was not read, and the first uuid of the configuration file was used" else previousClients=$(jq -r ".inbounds[0].settings.clients" "${path}") fi fi } #Add client configuration addClients() { local path=$1 local addClientsStatus=$2 if [[ ${addClientsStatus} == "true" && -n "${previousClients}" ]]; then config=$(jq -r ".inbounds[0].settings.clients = ${previousClients}" "${path}") echo "${config}" | jq . >"${path}" fi } # Add hysteria configuration addClientsHysteria() { local path=$1 local addClientsStatus=$2 if [[ ${addClientsStatus} == "true" && -n "${previousClients}" ]]; then local uuids= uuids=$(echo "${previousClients}" | jq -r [.[].id]) if [[ "${frontingType}" == "02_trojan_TCP_inbounds" ]]; then uuids=$(echo "${previousClients}" | jq -r [.[].password]) fi config=$(jq -r ".auth.config = ${uuids}" "${path}") echo "${config}" | jq . >"${path}" fi } #Initialize hysteria port initHysteriaPort() { readHysteriaConfig if [[ -n "${hysteriaPort}" ]]; then read -r -p "Read the port from the last installation. Do you want to use the port from the last installation? [y/n]:" historyHysteriaPortStatus if [[ "${historyHysteriaPortStatus}" == "y" ]]; then echoContent yellow "\n ---> Port: ${hysteriaPort}" else hysteriaPort= fi fi if [[ -z "${hysteriaPort}" ]]; then echoContent yellow "Please enter the Hysteria port [enter random 10000-30000], cannot be repeated with other services" read -r -p "Port:" hysteriaPort if [[ -z "${hysteriaPort}" ]]; then hysteriaPort=$((RANDOM % 20001 + 10000)) fi fi if [[ -z ${hysteriaPort} ]]; then echoContent red " ---> Port cannot be empty" initHysteriaPort "$2" elif ((hysteriaPort < 1 || hysteriaPort > 65535)); then echoContent red " ---> The port is illegal" initHysteriaPort "$2" fi allowPort "${hysteriaPort}" allowPort "${hysteriaPort}" "udp" } # Initialize hysteria protocol initHysteriaProtocol() { echoContent skyBlue "\nPlease select the protocol type" echoContent red "================================================== ===============" echoContent yellow "1.udp(QUIC)(default)" echoContent yellow "2.faketcp" echoContent yellow "3.wechat-video" echoContent red "================================================== ===============" read -r -p "Please select:" selectHysteriaProtocol case ${selectHysteriaProtocol} in 1) hysteriaProtocol="udp" ;; 2) hysteriaProtocol="faketcp" ;; 3) hysteriaProtocol="wechat-video" ;; *) hysteriaProtocol="udp" ;; esac echoContent yellow "\n ---> Protocol: ${hysteriaProtocol}\n" } # Initialize hysteria network information initHysteriaNetwork() { echoContent yellow "Please enter the average delay from local to server, please fill it in according to the actual situation (default: 180, unit: ms)" read -r -p "Delay:" hysteriaLag if [[ -z "${hysteriaLag}" ]]; then hysteriaLag=180 echoContent yellow "\n ---> Delay: ${hysteriaLag}\n" fi echoContent yellow "Please enter the local bandwidth peak downstream speed (default: 100, unit: Mbps)" read -r -p "Download speed:" hysteriaClientDownloadSpeed if [[ -z "${hysteriaClientDownloadSpeed}" ]]; then hysteriaClientDownloadSpeed=100 echoContent yellow "\n --->Download speed: ${hysteriaClientDownloadSpeed}\n" fi echoContent yellow "Please enter the local bandwidth peak uplink speed (default: 50, unit: Mbps)" read -r -p "upload speed:" hysteriaClientUploadSpeed if [[ -z "${hysteriaClientUploadSpeed}" ]]; then hysteriaClientUploadSpeed=50 echoContent yellow "\n ---> Upload speed: ${hysteriaClientUploadSpeed}\n" fi cat </etc/v2ray-agent/hysteria/conf/client_network.json { "hysteriaLag":"${hysteriaLag}", "hysteriaClientUploadSpeed":"${hysteriaClientUploadSpeed}", "hysteriaClientDownloadSpeed":"${hysteriaClientDownloadSpeed}" } EOF } # hy port jump hysteriaPortHopping() { if [[ -n "${portHoppingStart}" || -n "${portHoppingEnd}" ]]; then echoContent red " ---> Already added, cannot be added repeatedly, can be deleted and re-added" exit 0 fi echoContent skyBlue "\nProgress 1/1: Port jump" echoContent red "\n================================================ =================" echoContent yellow "# Notes\n" echoContent yellow "Only supports UDP" echoContent yellow "The starting position of port jumping is 30000" echoContent yellow "The end position of port jumping is 60000" echoContent yellow "You can choose a segment in the range of 30000-60000" echoContent yellow "Recommend about 1000" echoContent yellow "Please enter the port jumping range, for example [30000-31000]" read -r -p "Range:" hysteriaPortHoppingRange if [[ -z "${hysteriaPortHoppingRange}" ]]; then echoContent red " ---> Range cannot be empty" hysteriaPort Hopping elif echo "${hysteriaPortHoppingRange}" | grep -q "-"; then local portStart= local portEnd= portStart=$(echo "${hysteriaPortHoppingRange}" | awk -F '-' '{print $1}') portEnd=$(echo "${hysteriaPortHoppingRange}" | awk -F '-' '{print $2}') if [[ -z "${portStart}" || -z "${portEnd}" ]]; then echoContent red " ---> The range is illegal" hysteriaPort Hopping elif ((portStart < 30000 || portStart > 60000 || portEnd < 30000 || portEnd > 60000 || portEnd < portStart)); then echoContent red " ---> The range is illegal" hysteriaPort Hopping else echoContent green "\nPort range: ${hysteriaPortHoppingRange}\n" # ip -4 addr show | awk '/inet /{print $NF ":" $2}' | awk '{print ""NR""":"$0}' # read -r -p "Please select the corresponding network card:" selectInterface # if ! ip -4 addr show | awk '/inet /{print $NF ":" $2}' | awk '{print ""NR""":"$0}' | grep -q "${selectInterface}: "; then # echoContent red " ---> Wrong selection" # hysteriaPortHopping #else iptables -t nat -A PREROUTING -p udp --dport "${portStart}:${portEnd}" -m comment --comment "mack-a_portHopping" -j DNAT --to-destination :${hysteriaPort} if iptables-save | grep -q "mack-a_portHopping"; then allowPort "${portStart}:${portEnd}" udp echoContent green " ---> Port hopping added successfully" else echoContent red " ---> Failed to add port hopping" fi # fi fi fi } # Read port hopping configuration readHysteriaPortHopping() { if [[ -n "${hysteriaPort}" ]]; then # interfaceName=$(ip -4 addr show | awk '/inet /{print $NF ":" $2}' | awk '{print ""NR""":"$0}' | grep "${selectInterface}:" | awk -F "[:]" '{print $2}') if iptables-save | grep -q "mack-a_portHopping"; then portHopping= portHopping=$(iptables-save | grep "mack-a_portHopping" | cut -d " " -f 8) portHoppingStart=$(echo "${portHopping}" | cut -d ":" -f 1) portHoppingEnd=$(echo "${portHopping}" | cut -d ":" -f 2) fi fi } # Delete hysteria port treaty iptables rules deleteHysteriaPortHoppingRules() { iptables -t nat -L PREROUTING --line-numbers | grep "mack-a_portHopping" | awk '{print $1}' | while read -r line; do iptables -t nat -D PREROUTING 1 done } hysteriaPortHoppingMenu() { # Determine whether iptables exists if ! find /usr/bin /usr/sbin | grep -q -w iptables; then echoContent red " ---> Unable to recognize iptables tool, unable to use port jump, exit installation" exit 0 fi readHysteriaConfig readHysteriaPortHopping echoContent skyBlue "\nProgress 1/1: Port jump" echoContent red "\n================================================ =================" echoContent yellow "1.Add port hopping" echoContent yellow "2.Delete port hopping" echoContent yellow "3.Check port jumping" read -r -p "range:" selectPortHoppingStatus if [[ "${selectPortHoppingStatus}" == "1" ]]; then hysteriaPort Hopping elif [[ "${selectPortHoppingStatus}" == "2" ]]; then if [[ -n "${portHopping}" ]]; then deleteHysteriaPortHoppingRules echoContent green " ---> Deletion successful" fi elif [[ "${selectPortHoppingStatus}" == "3" ]]; then echoContent green " ---> The current port hopping range is: ${portHoppingStart}-${portHoppingEnd}" else hysteriaPortHoppingMenu fi } #Initialize Hysteria configuration initHysteriaConfig() { echoContent skyBlue "\nProgress$1/${totalProgress}: Initializing Hysteria configuration" initHysteriaPort initHysteriaProtocol initHysteriaNetwork local uuid= uuid=$(${ctlPath} uuid) getClients "${configPath}${frontingType}.json" true cat </etc/v2ray-agent/hysteria/conf/config.json { "listen": ":${hysteriaPort}", "protocol": "${hysteriaProtocol}", "disable_udp": false, "cert": "/etc/v2ray-agent/tls/${currentHost}.crt", "key": "/etc/v2ray-agent/tls/${currentHost}.key", "auth": { "mode": "passwords", "config": [] }, "socks5_outbound":{ "server":"127.0.0.1:31295", "user":"hysteria_socks5_outbound", "password":"${uuid}" }, "alpn": "h3", "recv_window_conn": 15728640, "recv_window_client": 67108864, "max_conn_client": 4096, "disable_mtu_discovery": true, "resolve_preference": "46", "resolver": "https://8.8.8.8:443/dns-query" } EOF addClientsHysteria "/etc/v2ray-agent/hysteria/conf/config.json" true # Add socks inbound cat <${configPath}/02_socks_inbounds_hysteria.json { "inbounds": [ { "listen": "127.0.0.1", "port": 31295, "protocol": "Socks", "tag": "socksHysteriaOutbound", "settings": { "auth": "password", "accounts": [ { "user": "hysteria_socks5_outbound", "pass": "${uuid}" } ], "udp": true, "ip": "127.0.0.1" } } ] } EOF } #Initialize tuic port initTuicPort() { readTuicConfig if [[ -n "${tuicPort}" ]]; then read -r -p "Read the port from the last installation. Do you want to use the port from the last installation? [y/n]:" historyTuicPortStatus if [[ "${historyTuicPortStatus}" == "y" ]]; then echoContent yellow "\n ---> Port: ${tuicPort}" else tuicPort= fi fi if [[ -z "${tuicPort}" ]]; then echoContent yellow "Please enter the Tuic port [enter random 10000-30000], cannot be repeated with other services" read -r -p "Port:" tuicPort if [[ -z "${tuicPort}" ]]; then tuicPort=$((RANDOM % 20001 + 10000)) fi fi if [[ -z ${tuicPort} ]]; then echoContent red " ---> Port cannot be empty" initTuicPort "$2" elif ((tuicPort < 1 || tuicPort > 65535)); then echoContent red " ---> The port is illegal" initTuicPort "$2" fi echoContent green "\n ---> Port: ${tuicPort}" allowPort "${tuicPort}" allowPort "${tuicPort}" "udp" } # Initialize tuic protocol initTuicProtocol() { echoContent skyBlue "\nPlease select the algorithm type" echoContent red "================================================== ===============" echoContent yellow "1.bbr(default)" echoContent yellow "2.cubic" echoContent yellow "3.new_reno" echoContent red "================================================== =========== ====" read -r -p "Please select:" selectTuicAlgorithm case ${selectTuicAlgorithm} in 1) tuicAlgorithm="bbr" ;; 2) tuicAlgorithm="cubic" ;; 3) tuicAlgorithm="new_reno" ;; *) tuicAlgorithm="bbr" ;; esac echoContent yellow "\n ---> Algorithm: ${tuicAlgorithm}\n" } # Initialize tuic configuration initTuicConfig() { echoContent skyBlue "\nProgress$1/${totalProgress}: Initializing Tuic configuration" initTuicPort initTuicProtocol cat </etc/v2ray-agent/tuic/conf/config.json { "server": "[::]:${tuicPort}", "users": $(initXrayClients 9), "certificate": "/etc/v2ray-agent/tls/${currentHost}.crt", "private_key": "/etc/v2ray-agent/tls/${currentHost}.key", "congestion_control":"${tuicAlgorithm}", "alpn": ["h3"], "log_level": "warn" } EOF } # Tuic installation tuicCoreInstall() { if ! echo "${currentInstallProtocolType}" | grep -q "0" || [[ -z "${coreInstallType}" ]]; then echoContent red "\n ---> Due to environmental dependencies, if you install Tuic, please install Xray-core's VLESS_TCP_TLS_Vision first" exit 0 fi totalProgress=5 installTuic 1 initTuicConfig 2 installTuicService 3 reloadCore showAccounts 4 } #Initialize V2Ray configuration file initV2RayConfig() { echoContent skyBlue "\nProgress$2/${totalProgress}: Initializing V2Ray configuration" echo read -r -p "Do you want to customize the UUID? [y/n]:" customUUIDStatus echo if [[ "${customUUIDStatus}" == "y" ]]; then read -r -p "Please enter a valid UUID:" currentCustomUUID if [[ -n "${currentCustomUUID}" ]]; then uuid=${currentCustomUUID} fi fi local addClientsStatus= if [[ -n "${currentUUID}" && -z "${uuid}" ]]; then read -r -p "Read the last installation record. Do you want to use the UUID from the last installation? [y/n]:" historyUUIDStatus if [[ "${historyUUIDStatus}" == "y" ]]; then uuid=${currentUUID} addClientsStatus=true else uuid=$(/etc/v2ray-agent/v2ray/v2ctl uuid) fi elif [[ -z "${uuid}" ]]; then uuid=$(/etc/v2ray-agent/v2ray/v2ctl uuid) fi if [[ -z "${uuid}" ]]; then addClientsStatus= echoContent red "\n ---> uuid reading error, regenerate" uuid=$(/etc/v2ray-agent/v2ray/v2ctl uuid) fi movePreviousConfig # log cat </etc/v2ray-agent/v2ray/conf/00_log.json { "log": { "error": "/etc/v2ray-agent/v2ray/error.log", "loglevel": "warning" } } EOF # outbounds if [[ -n "${pingIPv6}" ]]; then cat </etc/v2ray-agent/v2ray/conf/10_ipv6_outbounds.json { "outbounds": [ { "protocol": "freedom", "settings": {}, "tag": "direct" } ] } EOF else cat </etc/v2ray-agent/v2ray/conf/10_ipv4_outbounds.json { "outbounds":[ { "protocol":"freedom", "settings":{ "domainStrategy":"UseIPv4" }, "tag":"IPv4-out" }, { "protocol":"freedom", "settings":{ "domainStrategy":"UseIPv6" }, "tag":"IPv6-out" }, { "protocol":"blackhole", "tag":"blackhole-out" } ] } EOF fi # dns cat </etc/v2ray-agent/v2ray/conf/11_dns.json { "dns": { "servers": [ "localhost" ] } } EOF # VLESS_TCP_TLS # Fall back nginx local fallbacksList='{"dest":31300,"xver":0},{"alpn":"h2","dest":31302,"xver":0}' #trojan if echo "${selectCustomInstallType}" | grep -q 4 || [[ "$1" == "all" ]]; then fallbacksList='{"dest":31296,"xver":1},{"alpn":"h2","dest":31302,"xver":0}' getClients "${configPath}../tmp/04_trojan_TCP_inbounds.json" "${addClientsStatus}" cat </etc/v2ray-agent/v2ray/conf/04_trojan_TCP_inbounds.json { "inbounds":[ { "port": 31296, "listen": "127.0.0.1", "protocol": "trojan", "tag":"trojanTCP", "settings": { "clients": [ { "password": "${uuid}", "email": "default_Trojan_TCP" } ], "fallbacks":[ {"dest":"31300"} ] }, "streamSettings": { "network": "tcp", "security": "none", "tcpSettings": { "acceptProxyProtocol": true } } } ] } EOF addClients "/etc/v2ray-agent/v2ray/conf/04_trojan_TCP_inbounds.json" "${addClientsStatus}" fi # VLESS_WS_TLS if echo "${selectCustomInstallType}" | grep -q 1 || [[ "$1" == "all" ]]; then fallbacksList=${fallbacksList}',{"path":"/'${customPath}'ws","dest":31297,"xver":1}' getClients "${configPath}../tmp/03_VLESS_WS_inbounds.json" "${addClientsStatus}" cat </etc/v2ray-agent/v2ray/conf/03_VLESS_WS_inbounds.json { "inbounds":[ { "port": 31297, "listen": "127.0.0.1", "protocol": "vless", "tag":"VLESSWS", "settings": { "clients": [ { "id": "${uuid}", "email": "default_VLESS_WS" } ], "decryption": "none" }, "streamSettings": { "network": "ws", "security": "none", "wsSettings": { "acceptProxyProtocol": true, "path": "/${customPath}ws" } } } ] } EOF addClients "/etc/v2ray-agent/v2ray/conf/03_VLESS_WS_inbounds.json" "${addClientsStatus}" fi # trojan_grpc if echo "${selectCustomInstallType}" | grep -q 2 || [[ "$1" == "all" ]]; then if ! echo "${selectCustomInstallType}" | grep -q 5 && [[ -n ${selectCustomInstallType} ]]; then fallbacksList=${fallbacksList//31302/31304} fi getClients "${configPath}../tmp/04_trojan_gRPC_inbounds.json" "${addClientsStatus}" cat </etc/v2ray-agent/v2ray/conf/04_trojan_gRPC_inbounds.json { "inbounds": [ { "port": 31304, "listen": "127.0.0.1", "protocol": "trojan", "tag": "trojangRPCTCP", "settings": { "clients": [ { "password": "${uuid}", "email": "default_Trojan_gRPC" } ], "fallbacks": [ { "dest": "31300" } ] }, "streamSettings": { "network": "grpc", "grpcSettings": { "serviceName": "${customPath}trojangrpc" } } } ] } EOF addClients "/etc/v2ray-agent/v2ray/conf/04_trojan_gRPC_inbounds.json" "${addClientsStatus}" fi # VMess_WS if echo "${selectCustomInstallType}" | grep -q 3 || [[ "$1" == "all" ]]; then fallbacksList=${fallbacksList}',{"path":"/'${customPath}'vws","dest":31299,"xver":1}' getClients "${configPath}../tmp/05_VMess_WS_inbounds.json" "${addClientsStatus}" cat </etc/v2ray-agent/v2ray/conf/05_VMess_WS_inbounds.json { "inbounds":[ { "listen": "127.0.0.1", "port": 31299, "protocol": "vmess", "tag":"VMessWS", "settings": { "clients": [ { "id": "${uuid}", "alterId": 0, "add": "${add}", "email": "default_VMess_WS" } ] }, "streamSettings": { "network": "ws", "security": "none", "wsSettings": { "acceptProxyProtocol": true, "path": "/${customPath}vws" } } } ] } EOF addClients "/etc/v2ray-agent/v2ray/conf/05_VMess_WS_inbounds.json" "${addClientsStatus}" fi if echo "${selectCustomInstallType}" | grep -q 5 || [[ "$1" == "all" ]]; then getClients "${configPath}../tmp/06_VLESS_gRPC_inbounds.json" "${addClientsStatus}" cat </etc/v2ray-agent/v2ray/conf/06_VLESS_gRPC_inbounds.json { "inbounds":[ { "port": 31301, "listen": "127.0.0.1", "protocol": "vless", "tag":"VLESSGRPC", "settings": { "clients": [ { "id": "${uuid}", "add": "${add}", "email": "default_VLESS_gRPC" } ], "decryption": "none" }, "streamSettings": { "network": "grpc", "grpcSettings": { "serviceName": "${customPath}grpc" } } } ] } EOF addClients "/etc/v2ray-agent/v2ray/conf/06_VLESS_gRPC_inbounds.json" "${addClientsStatus}" fi # VLESS_TCP getClients "${configPath}../tmp/02_VLESS_TCP_inbounds.json" "${addClientsStatus}" local defaultPort=443 if [[ -n "${customPort}" ]]; then defaultPort=${customPort} fi cat </etc/v2ray-agent/v2ray/conf/02_VLESS_TCP_inbounds.json { "inbounds":[ { "port": ${defaultPort}, "protocol": "vless", "tag":"VLESSTCP", "settings": { "clients": [ { "id": "${uuid}", "add":"${add}", "email": "default_VLESS_TCP" } ], "decryption": "none", "fallbacks": [ ${fallbacksList} ] }, "streamSettings": { "network": "tcp", "security": "tls", "tlsSettings": { "minVersion": "1.2", "alpn": [ "http/1.1", "h2" ], "certificates": [ { "certificateFile": "/etc/v2ray-agent/tls/${domain}.crt", "keyFile": "/etc/v2ray-agent/tls/${domain}.key", "ocspStapling": 3600, "usage":"encipherment" } ] } } } ] } EOF addClients "/etc/v2ray-agent/v2ray/conf/02_VLESS_TCP_inbounds.json" "${addClientsStatus}" } # Initialize Xray Trojan XTLS configuration file initXrayFrontingConfig() { echoContent red " ---> Trojan does not currently support xtls-rprx-vision" exit 0 if [[ -z "${configPath}" ]]; then echoContent red " ---> Not installed, please use script to install" menu exit 0 fi if [[ "${coreInstallType}" != "1" ]]; then echoContent red " ---> Available types are not installed" fi local xtlsType= if echo ${currentInstallProtocolType} | grep -q trojan; then xtlsType=VLESS else xtlsType=Trojan fi echoContent skyBlue "\nFunction 1/${totalProgress}: Switch to ${xtlsType}" echoContent red "\n================================================ =================" echoContent yellow "# Notes\n" echoContent yellow "will replace the prefix with ${xtlsType}" echoContent yellow "If the prefix is Trojan, two Trojan protocol nodes will appear when viewing the account, and one of them is unavailable xtls" echoContent yellow "Execute again to switch to the last prefix\n" echoContent yellow "1.Switch to ${xtlsType}" echoContent red "================================================== ===============" read -r -p "Please select:" selectType if [[ "${selectType}" == "1" ]]; then if [[ "${xtlsType}" == "Trojan" ]]; then local VLESSConfig VLESSConfig=$(cat ${configPath}${frontingType}.json) VLESSConfig=${VLESSConfig//"id"/"password"} VLESSConfig=${VLESSConfig//VLESSTCP/TrojanTCPXTLS} VLESSConfig=${VLESSConfig//VLESS/Trojan} VLESSConfig=${VLESSConfig//"vless"/"trojan"} VLESSConfig=${VLESSConfig//"id"/"password"} echo "${VLESSConfig}" | jq . >${configPath}02_trojan_TCP_inbounds.json rm ${configPath}${frontingType}.json elif [[ "${xtlsType}" == "VLESS" ]]; then local VLESSConfig VLESSConfig=$(cat ${configPath}02_trojan_TCP_inbounds.json) VLESSConfig=${VLESSConfig//"password"/"id"} VLESSConfig=${VLESSConfig//TrojanTCPXTLS/VLESSTCP} VLESSConfig=${VLESSConfig//Trojan/VLESS} VLESSConfig=${VLESSConfig//"trojan"/"vless"} VLESSConfig=${VLESSConfig//"password"/"id"} echo "${VLESSConfig}" | jq . >${configPath}02_VLESS_TCP_inbounds.json rm ${configPath}02_trojan_TCP_inbounds.json fi reloadCore fi exit 0 } # Move the last configuration file to a temporary file movePreviousConfig() { if [[ -n "${configPath}" ]]; then if [[ -z "${realityStatus}" ]]; then rm -rf "${configPath}../tmp/*" 2>/dev/null mv ${configPath}[0][2-6]* ${configPath}../tmp/ 2>/dev/null else rm -rf "${configPath}../tmp/*" mv ${configPath}[0][7-8]* ${configPath}../tmp/ 2>/dev/null mv ${configPath}[0][2]* ${configPath}../tmp/ 2>/dev/null fi fi } #Initialize Xray configuration file initXrayConfig() { echoContent skyBlue "\nProgress$2/${totalProgress}: Initializing Xray configuration" echo local uuid= local addClientsStatus= if [[ -n "${currentUUID}" ]]; then read -r -p "Read the last user configuration. Do you want to use the last installed configuration? [y/n]:" historyUUIDStatus if [[ "${historyUUIDStatus}" == "y" ]]; then addClientsStatus=true echoContent green "\n ---> Used successfully" fi fi if [[ -z "${addClientsStatus}" ]]; then echoContent yellow "Please enter custom UUID [need to be legal], [Enter] random UUID" read -r -p 'UUID:' customUUID if [[ -n ${customUUID} ]]; then uuid=${customUUID} else uuid=$(/etc/v2ray-agent/xray/xray uuid) fi fi if [[ -z "${addClientsStatus}" && -z "${uuid}" ]]; then addClientsStatus= echoContent red "\n ---> uuid reading error, randomly generated" uuid=$(/etc/v2ray-agent/xray/xray uuid) fi if [[ -n "${uuid}" ]]; then currentClients='[{"id":"'${uuid}'","add":"'${add}'","flow":"xtls-rprx-vision","email":"'${uuid}'-VLESS_TCP/TLS_Vision"}]' echoContent yellow "\n ${uuid}" fi #log if [[ ! -f "/etc/v2ray-agent/xray/conf/00_log.json" ]]; then cat </etc/v2ray-agent/xray/conf/00_log.json { "log": { "error": "/etc/v2ray-agent/xray/error.log", "loglevel": "warning" } } EOF fi if [[ ! -f "/etc/v2ray-agent/xray/conf/12_policy.json" ]]; then cat </etc/v2ray-agent/xray/conf/12_policy.json { "policy": { "levels": { "0": { "handshake": $((1 + RANDOM % 4)), "connIdle": $((250 + RANDOM % 51)) } } } } EOF fi # outbounds if [[ ! -f "/etc/v2ray-agent/xray/conf/10_ipv6_outbounds.json" ]]; then if [[ -n "${pingIPv6}" ]]; then cat </etc/v2ray-agent/xray/conf/10_ipv6_outbounds.json { "outbounds": [ { "protocol": "freedom", "settings": {}, "tag": "direct" } ] } EOF else cat </etc/v2ray-agent/xray/conf/10_ipv4_outbounds.json { "outbounds":[ { "protocol":"freedom", "settings":{ "domainStrategy":"UseIPv4" }, "tag":"IPv4-out" }, { "protocol":"freedom", "settings":{ "domainStrategy":"UseIPv6" }, "tag":"IPv6-out" }, { "protocol":"freedom", "settings": {}, "tag":"direct" }, { "protocol":"blackhole", "tag":"blackhole-out" } ] } EOF fi fi # dns if [[ ! -f "/etc/v2ray-agent/xray/conf/11_dns.json" ]]; then cat </etc/v2ray-agent/xray/conf/11_dns.json { "dns": { "servers": [ "localhost" ] } } EOF fi # routing if [[ ! -f "/etc/v2ray-agent/xray/conf/09_routing.json" ]]; then cat </etc/v2ray-agent/xray/conf/09_routing.json { "routing": { "rules": [ { "type": "field", "domain": [ "domain:gstatic.com", "domain:googleapis.com" ], "outboundTag": "direct" } ] } } EOF fi # VLESS_TCP_TLS_Vision # Fall back nginx local fallbacksList='{"dest":31300,"xver":0},{"alpn":"h2","dest":31302,"xver":0}' # trojan if echo "${selectCustomInstallType}" | grep -q 4 || [[ "$1" == "all" ]]; then fallbacksList='{"dest":31296,"xver":1},{"alpn":"h2","dest":31302,"xver":0}' cat </etc/v2ray-agent/xray/conf/04_trojan_TCP_inbounds.json { "inbounds":[ { "port": 31296, "listen": "127.0.0.1", "protocol": "trojan", "tag":"trojanTCP", "settings": { "clients": $(initXrayClients 4), "fallbacks":[ {"dest":"31300"} ] }, "streamSettings": { "network": "tcp", "security": "none", "tcpSettings": { "acceptProxyProtocol": true } } } ] } EOF else rm /etc/v2ray-agent/xray/conf/04_trojan_TCP_inbounds.json >/dev/null 2>&1 fi # VLESS_WS_TLS if echo "${selectCustomInstallType}" | grep -q 1 || [[ "$1" == "all" ]]; then fallbacksList=${fallbacksList}',{"path":"/'${customPath}'ws","dest":31297,"xver":1}' cat </etc/v2ray-agent/xray/conf/03_VLESS_WS_inbounds.json { "inbounds":[ { "port": 31297, "listen": "127.0.0.1", "protocol": "vless", "tag":"VLESSWS", "settings": { "clients": $(initXrayClients 1), "decryption": "none" }, "streamSettings": { "network": "ws", "security": "none", "wsSettings": { "acceptProxyProtocol": true, "path": "/${customPath}ws" } } } ] } EOF else rm /etc/v2ray-agent/xray/conf/03_VLESS_WS_inbounds.json >/dev/null 2>&1 fi # trojan_grpc if echo "${selectCustomInstallType}" | grep -q 2 || [[ "$1" == "all" ]]; then if ! echo "${selectCustomInstallType}" | grep -q 5 && [[ -n ${selectCustomInstallType} ]]; then fallbacksList=${fallbacksList//31302/31304} fi cat </etc/v2ray-agent/xray/conf/04_trojan_gRPC_inbounds.json { "inbounds": [ { "port": 31304, "listen": "127.0.0.1", "protocol": "trojan", "tag": "trojangRPCTCP", "settings": { "clients": $(initXrayClients 2), "fallbacks": [ { "dest": "31300" } ] }, "streamSettings": { "network": "grpc", "grpcSettings": { "serviceName": "${customPath}trojangrpc" } } } ] } EOF else rm /etc/v2ray-agent/xray/conf/04_trojan_gRPC_inbounds.json >/dev/null 2>&1 fi # VMess_WS if echo "${selectCustomInstallType}" | grep -q 3 || [[ "$1" == "all" ]]; then fallbacksList=${fallbacksList}',{"path":"/'${customPath}'vws","dest":31299,"xver":1}' cat </etc/v2ray-agent/xray/conf/05_VMess_WS_inbounds.json { "inbounds":[ { "listen": "127.0.0.1", "port": 31299, "protocol": "vmess", "tag":"VMessWS", "settings": { "clients": $(initXrayClients 3) }, "streamSettings": { "network": "ws", "security": "none", "wsSettings": { "acceptProxyProtocol": true, "path": "/${customPath}vws" } } } ] } EOF else rm /etc/v2ray-agent/xray/conf/05_VMess_WS_inbounds.json >/dev/null 2>&1 fi if echo "${selectCustomInstallType}" | grep -q 5 || [[ "$1" == "all" ]]; then cat </etc/v2ray-agent/xray/conf/06_VLESS_gRPC_inbounds.json { "inbounds":[ { "port": 31301, "listen": "127.0.0.1", "protocol": "vless", "tag":"VLESSGRPC", "settings": { "clients": $(initXrayClients 5), "decryption": "none" }, "streamSettings": { "network": "grpc", "grpcSettings": { "serviceName": "${customPath}grpc" } } } ] } EOF else rm /etc/v2ray-agent/xray/conf/06_VLESS_gRPC_inbounds.json >/dev/null 2>&1 fi # VLESS Vision if echo "${selectCustomInstallType}" | grep -q 0 || [[ "$1" == "all" ]]; then cat </etc/v2ray-agent/xray/conf/02_VLESS_TCP_inbounds.json { "inbounds":[ { "port": ${port}, "protocol": "vless", "tag":"VLESSTCP", "settings": { "clients":$(initXrayClients 0), "decryption": "none", "fallbacks": [ ${fallbacksList} ] }, "add": "${add}", "streamSettings": { "network": "tcp", "security": "tls", "tlsSettings": { "minVersion": "1.2", "alpn": [ "http/1.1", "h2" ], "certificates": [ { "certificateFile": "/etc/v2ray-agent/tls/${domain}.crt", "keyFile": "/etc/v2ray-agent/tls/${domain}.key", "ocspStapling": 3600, "usage":"encipherment" } ] } } } ] } EOF else rm /etc/v2ray-agent/xray/conf/02_VLESS_TCP_inbounds.json >/dev/null 2>&1 fi # VLESS_TCP/reality if echo "${selectCustomInstallType}" | grep -q 7 || [[ "$1" == "all" ]]; then echoContent skyBlue "\n===================== Configure VLESS+Reality ==================== =\n" initRealityPort initRealityDest initRealityClientServersName initRealityKey cat </etc/v2ray-agent/xray/conf/07_VLESS_vision_reality_inbounds.json { "inbounds": [ { "port": ${realityPort}, "protocol": "vless", "tag": "VLESSReality", "settings": { "clients": $(initXrayClients 7), "decryption": "none", "fallbacks":[ { "dest": "31305", "xver": 1 } ] }, "streamSettings": { "network": "tcp", "security": "reality", "realitySettings": { "show": false, "dest": "${realityDestDomain}", "xver": 0, "serverNames": [ ${realityServerNames} ], "privateKey": "${realityPrivateKey}", "publicKey": "${realityPublicKey}", "maxTimeDiff": 70000, "shortIds": [ "6ba85179e30d4fc2" ] } } } ] } EOF cat </etc/v2ray-agent/xray/conf/08_VLESS_reality_fallback_grpc_inbounds.json { "inbounds": [ { "port": 31305, "listen": "127.0.0.1", "protocol": "vless", "tag": "VLESSRealityGRPC", "settings": { "clients": $(initXrayClients 8), "decryption": "none" }, "streamSettings": { "network": "grpc", "grpcSettings": { "serviceName": "grpc", "multiMode": true }, "sockopt": { "acceptProxyProtocol": true } } } ] } EOF else rm /etc/v2ray-agent/xray/conf/07_VLESS_vision_reality_inbounds.json >/dev/null 2>&1 rm /etc/v2ray-agent/xray/conf/08_VLESS_reality_fallback_grpc_inbounds.json >/dev/null 2>&1 fi installSniffing } #Initialize Xray Reality configuration # Custom CDN IP customCDNIP() { echoContent skyBlue "\nProgress$1/${totalProgress}: Add cloudflare custom CNAME" echoContent red "\n================================================ =================" echoContent yellow "# Notes" echoContent yellow "\nTutorial address:" echoContent skyBlue "https://www.v2ray-agent.com/archives/cloudflarezi-xuan-ip" echoContent red "\nIf you don't understand Cloudflare optimization, please do not use it" echoContent yellow "\n1.CNAME www.digitalocean.com" echoContent yellow "2.CNAME who.int" echoContent yellow "3.CNAME blog.hostmonit.com" echoContent skyBlue "----------------------------" read -r -p "Please select [Enter is not used]:" selectCloudflareType case ${selectCloudflareType} in 1) add="www.digitalocean.com" ;; 2) add="who.int" ;; 3) add="blog.hostmonit.com" ;; *) add="${domain}" echoContent yellow "\n ---> Not used" ;; esac } # General defaultBase64Code() { local type=$1 local email=$2 local id=$3 local add=$4 local user= user=$(echo "${email}" | awk -F "[-]" '{print $1}') port=${currentDefaultPort} if [[ "${type}" == "vlesstcp" ]]; then if [[ "${coreInstallType}" == "1" ]] && echo "${currentInstallProtocolType}" | grep -q 0; then echoContent yellow " ---> Universal format (VLESS+TCP+TLS_Vision)" echoContent green " vless://${id}@${currentHost}:${currentDefaultPort}?encryption=none&security=tls&fp=chrome&type=tcp&host=${currentHost}&headerType=none&sni=${currentHost}&flow=xtls-rprx- vision#${email}\n" echoContent yellow " ---> Formatted plain text (VLESS+TCP+TLS_Vision)" echoContent green "Protocol type: VLESS, address: ${currentHost}, port: ${currentDefaultPort}, user ID: ${id}, security: tls, client-fingerprint: chrome, transmission method: tcp, flow: xtls-rprx -vision, account name:${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${currentHost}:${currentDefaultPort}?encryption=none&security=tls&type=tcp&host=${currentHost}&fp=chrome&headerType=none&sni=${currentHost}&flow=xtls-rprx-vision#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: ${currentHost} port: ${currentDefaultPort} uuid: ${id} network: tcp tls: true udp: true flow: xtls-rprx-vision client-fingerprint: chrome EOF echoContent yellow " ---> QR code VLESS(VLESS+TCP+TLS_Vision)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40${currentHost}%3A${currentDefaultPort}%3Fencryption%3Dnone%26fp%3Dchrome%26security%3Dtls%26type%3Dtcp%26${currentHost}%3D${currentHost}%26headerType%3Dnone%26sni%3D${currentHost}%26flow%3Dxtls-rprx-vision%23${email}\n" elif [[ "${coreInstallType}" == 2 ]]; then echoContent yellow " ---> Universal format (VLESS+TCP+TLS)" echoContent green " vless://${id}@${currentHost}:${currentDefaultPort}?security=tls&encryption=none&host=${currentHost}&fp=chrome&headerType=none&type=tcp#${email}\n" echoContent yellow " ---> Formatted plain text (VLESS+TCP+TLS)" echoContent green "Protocol type: VLESS, address: ${currentHost}, port: ${currentDefaultPort}, user ID: ${id}, security: tls, client-fingerprint: chrome, transmission method: tcp, account name: ${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${currentHost}:${currentDefaultPort}?security=tls&encryption=none&host=${currentHost}&fp=chrome&headerType=none&type=tcp#${email} EOF echoContent yellow " ---> QR code VLESS(VLESS+TCP+TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3a%2f%2f${id}%40${currentHost}%3a${currentDefaultPort}%3fsecurity%3dtls%26encryption%3dnone%26fp%3Dchrome%26host%3d${currentHost}%26headerType%3dnone%26type%3dtcp%23${email}\n" fi elif [[ "${type}" == "trojanTCPXTLS" ]]; then echoContent yellow " ---> Common format (Trojan+TCP+TLS_Vision)" echoContent green " trojan://${id}@${currentHost}:${currentDefaultPort}?encryption=none&security=xtls&type=tcp&host=${currentHost}&headerType=none&sni=${currentHost}&flow=xtls-rprx-vision#${email}\n" echoContent yellow " ---> Formatted plain text (Trojan+TCP+TLS_Vision)" echoContent green "Protocol type: Trojan, address: ${currentHost}, port: ${currentDefaultPort}, user ID: ${id}, security: xtls, transmission method: tcp, flow: xtls-rprx-vision, account name: ${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" trojan://${id}@${currentHost}:${currentDefaultPort}?encryption=none&security=xtls&type=tcp&host=${currentHost}&headerType=none&sni=${currentHost}&flow=xtls-rprx-vision#${email} EOF echoContent yellow " ---> QR code Trojan(Trojan+TCP+TLS_Vision)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=trojan%3A%2F%2F${id}%40${currentHost}%3A${currentDefaultPort}%3Fencryption%3Dnone%26security%3Dxtls%26type%3Dtcp%26${currentHost}%3D${currentHost}%26headerType%3Dnone%26sni%3D${currentHost}%26flow%3Dxtls-rprx-vision%23${email}\n" elif [[ "${type}" == "vmessws" ]]; then qrCodeBase64Default=$(echo -n "{\"port\":${currentDefaultPort},\"ps\":\"${email}\",\"tls\":\"tls\",\"id\":\"${id}\",\"aid\":0,\"v\":2,\"host\":\"${currentHost}\",\"type\":\"none\",\"path\":\"/${currentPath}vws\",\"net\":\"ws\",\"add\":\"${add}\",\"allowInsecure\":0,\"method\":\"none\",\"peer\":\"${currentHost}\",\"sni\":\"${currentHost}\"}" | base64 -w 0) qrCodeBase64Default="${qrCodeBase64Default// /}" echoContent yellow " ---> Universal json(VMess+WS+TLS)" echoContent green " {\"port\":${currentDefaultPort},\"ps\":\"${email}\",\"tls\":\"tls\",\"id\":\"${id}\",\"aid\":0,\"v\":2,\"host\":\"${currentHost}\",\"type\":\"none\",\"path\":\"/${currentPath}vws\",\"net\":\"ws\",\"add\":\"${add}\",\"allowInsecure\":0,\"method\":\"none\",\"peer\":\"${currentHost}\",\"sni\":\"${currentHost}\"}\n" echoContent yellow " ---> Universal vmess (VMess+WS+TLS) link" echoContent green " vmess://${qrCodeBase64Default}\n" echoContent yellow " ---> QR code vmess(VMess+WS+TLS)" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vmess://${qrCodeBase64Default} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vmess server: ${add} port: ${currentDefaultPort} uuid: ${id} alterId: 0 cipher: none udp: true tls: true client-fingerprint: chrome servername: ${currentHost} network: ws ws-opts: path: /${currentPath}vws headers: Host: ${currentHost} EOF echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vmess://${qrCodeBase64Default}\n" elif [[ "${type}" == "vlessws" ]]; then echoContent yellow " ---> Universal format (VLESS+WS+TLS)" echoContent green " vless://${id}@${add}:${currentDefaultPort}?encryption=none&security=tls&type=ws&host=${currentHost}&sni=${currentHost}&fp=chrome&path=/${currentPath}ws #${email}\n" echoContent yellow " ---> Formatted plain text (VLESS+WS+TLS)" echoContent green "Protocol type: VLESS, address: ${add}, disguised domain name/SNI: ${currentHost}, port: ${currentDefaultPort}, client-fingerprint: chrome, user ID: ${id}, security: tls, Transmission method: ws, path: /${currentPath}ws, account name: ${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${add}:${currentDefaultPort}?encryption=none&security=tls&type=ws&host=${currentHost}&sni=${currentHost}&fp=chrome&path=/${currentPath}ws#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: ${add} port: ${currentDefaultPort} uuid: ${id} udp: true tls: true network: ws client-fingerprint: chrome servername: ${currentHost} ws-opts: path: /${currentPath}ws headers: Host: ${currentHost} EOF echoContent yellow " ---> QR code VLESS(VLESS+WS+TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40${add}%3A${currentDefaultPort}%3Fencryption%3Dnone%26security%3Dtls%26type%3Dws%26host%3D${currentHost}%26fp%3Dchrome%26sni%3D${currentHost}%26path%3D%252f${currentPath}ws%23${email}" elif [[ "${type}" == "vlessgrpc" ]]; then echoContent yellow " ---> Universal format (VLESS+gRPC+TLS)" echoContent green " vless://${id}@${add}:${currentDefaultPort}?encryption=none&security=tls&type=grpc&host=${currentHost}&path=${currentPath}grpc&fp=chrome&serviceName=${currentPath}grpc&alpn=h2&sni=${currentHost}#${email}\n" echoContent yellow " ---> Formatted plain text (VLESS+gRPC+TLS)" echoContent green "Protocol type: VLESS, address: ${add}, disguised domain name/SNI: ${currentHost}, port: ${currentDefaultPort}, user ID: ${id}, security: tls, transmission method: gRPC, alpn :h2, client-fingerprint: chrome, serviceName: ${currentPath}grpc, account name: ${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@${add}:${currentDefaultPort}?encryption=none&security=tls&type=grpc&host=${currentHost}&path=${currentPath}grpc&serviceName=${currentPath}grpc&fp=chrome&alpn=h2&sni=${currentHost}#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: ${add} port: ${currentDefaultPort} uuid: ${id} udp: true tls: true network: grpc client-fingerprint: chrome servername: ${currentHost} grpc-opts: grpc-service-name: ${currentPath}grpc EOF echoContent yellow " ---> QR code VLESS(VLESS+gRPC+TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40${add}%3A${currentDefaultPort}%3Fencryption%3Dnone%26security%3Dtls%26type%3Dgrpc%26host%3D${currentHost}%26serviceName%3D${currentPath}grpc%26fp%3Dchrome%26path%3D${currentPath}grpc%26sni%3D${currentHost}%26alpn%3Dh2%23${email}" elif [[ "${type}" == "trojan" ]]; then # URLEncode echoContent yellow " ---> Trojan(TLS)" echoContent green " trojan://${id}@${currentHost}:${currentDefaultPort}?peer=${currentHost}&fp=chrome&sni=${currentHost}&alpn=http/1.1#${currentHost}_Trojan\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" trojan://${id}@${currentHost}:${currentDefaultPort}?peer=${currentHost}&fp=chrome&sni=${currentHost}&alpn=http/1.1#${email}_Trojan EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: trojan server: ${currentHost} port: ${currentDefaultPort} password: ${id} client-fingerprint: chrome udp: true sni: ${currentHost} EOF echoContent yellow " ---> QR code Trojan(TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=trojan%3a%2f%2f${id}%40${currentHost}%3a${port}%3fpeer%3d${currentHost}%26fp%3Dchrome%26sni%3d${currentHost}%26alpn%3Dhttp/1.1%23${email}\n" elif [[ "${type}" == "trojangrpc" ]]; then # URLEncode echoContent yellow " ---> Trojan gRPC(TLS)" echoContent green " trojan://${id}@${add}:${currentDefaultPort}?encryption=none&peer=${currentHost}&fp=chrome&security=tls&type=grpc&sni=${currentHost}&alpn=h2&path=${currentPath}trojangrpc&serviceName=${currentPath}trojangrpc#${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" trojan://${id}@${add}:${currentDefaultPort}?encryption=none&peer=${currentHost}&security=tls&type=grpc&fp=chrome&sni=${currentHost}&alpn=h2&path=${currentPath}trojangrpc&serviceName=${currentPath}trojangrpc#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" server: ${add} port: ${currentDefaultPort} type: trojan password: ${id} network: grpc sni: ${currentHost} udp: true grpc-opts: grpc-service-name: ${currentPath}trojangrpc EOF echoContent yellow " ---> QR code Trojan gRPC(TLS)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=trojan%3a%2f%2f${id}%40${add}%3a${currentDefaultPort}%3Fencryption%3Dnone%26fp%3Dchrome%26security%3Dtls%26peer%3d${currentHost}%26type%3Dgrpc%26sni%3d${currentHost}%26path%3D${currentPath}trojangrpc%26alpn%3Dh2%26serviceName%3D${currentPath}trojangrpc%23${email}\n" elif [[ "${type}" == "hysteria" ]]; then local hysteriaEmail= hysteriaEmail=$(echo "${email}" | awk -F "[-]" '{print $1}')_hysteria echoContent yellow " ---> Hysteria(TLS)" local clashMetaPortTmp="port: ${hysteriaPort}" local v2rayNPortHopping= local mport= if [[ -n "${portHoppingStart}" ]]; then mport="mport=${portHoppingStart}-${portHoppingEnd}&" clashMetaPortTmp="ports: ${portHoppingStart}-${portHoppingEnd}" v2rayNPortHopping=",${portHoppingStart}-${portHoppingEnd}" fi echoContent green " hysteria://${currentHost}:${hysteriaPort}?${mport}protocol=${hysteriaProtocol}&auth=${id}&peer=${currentHost}&insecure=0&alpn=h3&upmbps=${hysteriaClientUploadSpeed}&downmbps=${hysteriaClientDownloadSpeed}#${hysteriaEmail}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" hysteria://${currentHost}:${hysteriaPort}?${mport}protocol=${hysteriaProtocol}&auth=${id}&peer=${currentHost}&insecure=0&alpn=h3&upmbps=${hysteriaClientUploadSpeed}&downmbps=${hysteriaClientDownloadSpeed}#${hysteriaEmail} EOF echoContent yellow " ---> v2rayN(hysteria+TLS)" cat <"/etc/v2ray-agent/hysteria/conf/client.json" { "server": "${currentHost}:${hysteriaPort}${v2rayNPortHopping}", "protocol": "${hysteriaProtocol}", "up_mbps": ${hysteriaClientUploadSpeed}, "down_mbps": ${hysteriaClientDownloadSpeed}, "http": { "listen": "127.0.0.1:10809", "timeout": 300, "disable_udp": false }, "socks5": { "listen": "127.0.0.1:10808", "timeout": 300, "disable_udp": false }, "obfs": "", "auth_str":"${id}", "alpn": "h3", "acl": "acl/routes.acl", "mmdb": "acl/Country.mmdb", "server_name": "${currentHost}", "insecure": false, "recv_window_conn": 5767168, "recv_window": 23068672, "disable_mtu_discovery": true, "resolver": "https://223.5.5.5/dns-query", "retry": 3, "retry_interval": 3, "quit_on_disconnect": false, "handshake_timeout": 15, "idle_timeout": 30, "fast_open": true, "hop_interval": 120 } EOF local v2rayNConf= v2rayNConf="$(cat /etc/v2ray-agent/hysteria/conf/client.json)" echoContent green "${v2rayNConf}\n" cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${hysteriaEmail}" type: hysteria server: ${currentHost} ${clashMetaPortTmp} auth_str: ${id} alpn: - h3 protocol: ${hysteriaProtocol} up: "${hysteriaClientUploadSpeed}" down: "${hysteriaClientDownloadSpeed}" sni: ${currentHost} EOF echoContent yellow " ---> QR code Hysteria(TLS)" if [[ -n "${mport}" ]]; then mport="mport%3D${portHoppingStart}-${portHoppingEnd}%26" fi echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=hysteria%3A%2F%2F${currentHost}%3A${hysteriaPort}%3F${mport}protocol%3D${hysteriaProtocol}%26auth%3D${id}%26peer%3D${currentHost}%26insecure%3D0%26alpn%3Dh3%26upmbps%3D${hysteriaClientUploadSpeed}%26downmbps%3D${hysteriaClientDownloadSpeed}%23${hysteriaEmail}\n" elif [[ "${type}" == "vlessReality" ]]; then echoContent yellow " ---> Universal format (VLESS+reality+uTLS+Vision)" echoContent green " vless://${id}@$(getPublicIP):${currentRealityPort}?encryption=none&security=reality&type=tcp&sni=${currentRealityServerNames}&fp=chrome&pbk=${currentRealityPublicKey}&sid=6ba85179e30d4fc2&flow=xtls-rprx-vision#${email}\n" echoContent yellow " ---> Formatted plain text (VLESS+reality+uTLS+Vision)" echoContent green "Protocol type: VLESS reality, address: $(getPublicIP), publicKey: ${currentRealityPublicKey}, shortId: 6ba85179e30d4fc2, serverNames: ${currentRealityServerNames}, port: ${currentRealityPort}, user ID: ${id}, transmission Method: tcp, account name: ${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@$(getPublicIP):${currentRealityPort}?encryption=none&security=reality&type=tcp&sni=${currentRealityServerNames}&fp=chrome&pbk=${currentRealityPublicKey}&sid=6ba85179e30d4fc2&flow=xtls-rprx-vision#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: $(getPublicIP) port: ${currentRealityPort} uuid: ${id} network: tcp tls: true udp: true flow: xtls-rprx-vision servername: ${currentRealityServerNames} reality-opts: public-key: ${currentRealityPublicKey} short-id: 6ba85179e30d4fc2 client-fingerprint: chrome EOF echoContent yellow " ---> QR code VLESS(VLESS+reality+uTLS+Vision)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40$(getPublicIP)%3A${currentRealityPort}%3Fencryption%3Dnone%26security%3Dreality%26type%3Dtcp%26sni%3D${currentRealityServerNames}%26fp%3Dchrome%26pbk%3D${currentRealityPublicKey}%26pbk%3D6ba85179e30d4fc2%26flow%3Dxtls-rprx-vision%23${email}\n" elif [[ "${type}" == "vlessRealityGRPC" ]]; then echoContent yellow " ---> Universal format (VLESS+reality+uTLS+gRPC)" echoContent green " vless://${id}@$(getPublicIP):${currentRealityPort}?encryption=none&security=reality&type=grpc&sni=${currentRealityServerNames}&fp=chrome&pbk=${currentRealityPublicKey}&sid=6ba85179e30d4fc2&path=grpc&serviceName=grpc#${email}\n" echoContent yellow " ---> Formatted plain text (VLESS+reality+uTLS+gRPC)" echoContent green "Protocol type: VLESS reality, serviceName: grpc, address: $(getPublicIP), publicKey: ${currentRealityPublicKey}, shortId: 6ba85179e30d4fc2, serverNames: ${currentRealityServerNames}, port: ${currentRealityPort}, user ID: ${id}, transmission method: gRPC, client-fingerprint: chrome, account name: ${email}\n" cat <>"/etc/v2ray-agent/subscribe_local/default/${user}" vless://${id}@$(getPublicIP):${currentRealityPort}?encryption=none&security=reality&type=grpc&sni=${currentRealityServerNames}&fp=chrome&pbk=${currentRealityPublicKey}&sid=6ba85179e30d4fc2&path=grpc&serviceName=grpc#${email} EOF cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${user}" - name: "${email}" type: vless server: $(getPublicIP) port: ${currentRealityPort} uuid: ${id} network: grpc tls: true udp: true servername: ${currentRealityServerNames} reality-opts: public-key: ${currentRealityPublicKey} short-id: 6ba85179e30d4fc2 grpc-opts: grpc-service-name: "grpc" client-fingerprint: chrome EOF echoContent yellow " ---> QR code VLESS(VLESS+reality+uTLS+gRPC)" echoContent green " https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=vless%3A%2F%2F${id}%40$(getPublicIP)%3A${currentRealityPort}%3Fencryption%3Dnone%26security%3Dreality%26type%3Dgrpc%26sni%3D${currentRealityServerNames}%26fp%3Dchrome%26pbk%3D${currentRealityPublicKey}%26pbk%3D6ba85179e30d4fc2%26path%3Dgrpc%26serviceName%3Dgrpc%23${email}\n" elif [[ "${type}" == "tuic" ]]; then if [[ -z "${email}" ]]; then echoContent red " ---> Failed to read configuration, please reinstall" exit 0 fi echoContent yellow " ---> Formatted plain text (Tuic+TLS)" echoContent green "Protocol type: Tuic, address: ${currentHost}, port: ${tuicPort}, uuid: ${id}, password: ${id}, congestion-controller:${tuicAlgorithm}, alpn: h3, account Name:${email}_tuic\n" echoContent yellow " ---> v2rayN(Tuic+TLS)" cat <"/etc/v2ray-agent/tuic/conf/v2rayN.json" { "relay": { "server": "${currentHost}:${tuicPort}", "uuid": "${id}", "password": "${id}", "ip": "$(getPublicIP)", "congestion_control": "${tuicAlgorithm}", "alpn": ["h3"] }, "local": { "server": "127.0.0.1:7798" }, "log_level": "warn" } EOF local v2rayNConf= v2rayNConf="$(cat /etc/v2ray-agent/tuic/conf/v2rayN.json)" echoContent green "${v2rayNConf}" cat <>"/etc/v2ray-agent/subscribe_local/clashMeta/${email}" - name: "${email}_tuic" server: ${currentHost} type: tuic port: ${tuicPort} uuid: ${id} password: ${id} alpn: - h3 congestion-controller: ${tuicAlgorithm} disable-sni: true reduce-rtt: true fast-open: true heartbeat-interval: 8000 request-timeout: 8000 max-udp-relay-packet-size: 1500 max-open-streams: 100 ip-version: dual smux: enabled: false EOF fi } # account showAccounts() { readInstallType readInstallProtocolType readConfigHostPathUUID readHysteriaConfig readXrayCoreRealityConfig readHysteriaPortHopping readTuicConfig echo echoContent skyBlue "\nProgress$1/${totalProgress}: account" local show # VLESS TCP if echo "${currentInstallProtocolType}" | grep -q trojan; then echoContent skyBlue "===================== Trojan TCP TLS_Vision ======================\n" jq .inbounds[0].settings.clients ${configPath}02_trojan_TCP_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" defaultBase64Code trojanTCPXTLS "${email}" "$(echo "${user}" | jq -r .password)" done elif echo ${currentInstallProtocolType} | grep -q 0; then show=1 echoContent skyBlue "============================= VLESS TCP TLS_Vision ==============================\n" jq .inbounds[0].settings.clients ${configPath}02_VLESS_TCP_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" echo defaultBase64Code vlesstcp "${email}" "$(echo "${user}" | jq -r .id)" done fi # VLESS WS if echo ${currentInstallProtocolType} | grep -q 1; then echoContent skyBlue "\n================================ VLESS WS TLS CDN ================================\n" jq .inbounds[0].settings.clients ${configPath}03_VLESS_WS_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" echo local path="${currentPath}ws" local count= while read -r line; do if [[ -n "${line}" ]]; then defaultBase64Code vlessws "${email}${count}" "$(echo "${user}" | jq -r .id)" "${line}" count=$((count + 1)) fi done < <(echo "${currentAdd}" | tr ',' '\n') done fi #VLESS grpc if echo ${currentInstallProtocolType} | grep -q 5; then echoContent skyBlue "\n=============================== VLESS gRPC TLS CDN ===============================\n" jq .inbounds[0].settings.clients ${configPath}06_VLESS_gRPC_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" echo local count= while read -r line; do if [[ -n "${line}" ]]; then defaultBase64Code vlessgrpc "${email}${count}" "$(echo "${user}" | jq -r .id)" "${line}" count=$((count + 1)) fi done < <(echo "${currentAdd}" | tr ',' '\n') done fi # VMess WS if echo ${currentInstallProtocolType} | grep -q 3; then echoContent skyBlue "\n================================ VMess WS TLS CDN ================================\n" local path="${currentPath}vws" if [[ ${coreInstallType} == "1" ]]; then path="${currentPath}vws" fi jq .inbounds[0].settings.clients ${configPath}05_VMess_WS_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" echo local count= while read -r line; do if [[ -n "${line}" ]]; then defaultBase64Code vmessws "${email}${count}" "$(echo "${user}" | jq -r .id)" "${line}" count=$((count + 1)) fi done < <(echo "${currentAdd}" | tr ',' '\n') done fi #trojantcp if echo ${currentInstallProtocolType} | grep -q 4; then echoContent skyBlue "\n================================== Trojan TLS ==================================\n" jq .inbounds[0].settings.clients ${configPath}04_trojan_TCP_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" defaultBase64Code trojan "${email}" "$(echo "${user}" | jq -r .password)" done fi if echo ${currentInstallProtocolType} | grep -q 2; then echoContent skyBlue "\n================================ Trojan gRPC TLS ================================\n" jq .inbounds[0].settings.clients ${configPath}04_trojan_gRPC_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" echo local count= while read -r line; do if [[ -n "${line}" ]]; then defaultBase64Code trojangrpc "${email}${count}" "$(echo "${user}" | jq -r .password)" "${line}" count=$((count + 1)) fi done < <(echo "${currentAdd}" | tr ',' '\n') done fi if echo ${currentInstallProtocolType} | grep -q 6; then echoContent skyBlue "\n================================ Hysteria TLS ================================\n" echoContent red "\n --->Hysteria speed depends on the local network environment. If it is used by QoS, the experience will be very poor. IDC may also consider it an attack, please use it with caution" jq .auth.config ${hysteriaConfigPath}config.json | jq -r '.[]' | while read -r user; do local defaultUser= local uuidType= uuidType=".id" if [[ "${frontingType}" == "02_trojan_TCP_inbounds" ]]; then uuidType=".password" fi defaultUser=$(jq '.inbounds[0].settings.clients[]|select('${uuidType}'=="'"${user}"'")' ${configPath}${frontingType}.json) local email= email=$(echo "${defaultUser}" | jq -r .email) local hysteriaEmail= hysteriaEmail=$(echo "${email}" | awk -F "[_]" '{print $1}')_hysteria if [[ -n ${defaultUser} ]]; then echoContent skyBlue "\n ---> Account:$(echo "${hysteriaEmail}" | awk -F "[-]" '{print $1"_hysteria"}')" echo defaultBase64Code hysteria "${hysteriaEmail}" "${user}" fi done fi # VLESS reality vision if echo ${currentInstallProtocolType} | grep -q 7; then show=1 echoContent skyBlue "============================= VLESS reality_vision ==============================\n" jq .inbounds[0].settings.clients ${configPath}07_VLESS_vision_reality_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" echo defaultBase64Code vlessReality "${email}" "$(echo "${user}" | jq -r .id)" done fi # VLESS reality if echo ${currentInstallProtocolType} | grep -q 8; then show=1 echoContent skyBlue "============================== VLESS reality_gRPC ===============================\n" jq .inbounds[0].settings.clients ${configPath}08_VLESS_reality_fallback_grpc_inbounds.json | jq -c '.[]' | while read -r user; do local email= email=$(echo "${user}" | jq -r .email) echoContent skyBlue "\n --->Account:${email}" echo defaultBase64Code vlessRealityGRPC "${email}" "$(echo "${user}" | jq -r .id)" done fi #tuic if echo ${currentInstallProtocolType} | grep -q 9; then echoContent skyBlue "\n================================ Tuic TLS ================================\n" echoContent yellow "\n --->Tuic will be warmer and may have a smoother user experience than Hysteria." jq -r .users[] "${tuicConfigPath}config.json" | while read -r id; do local tuicEmail= tuicEmail=$(jq -r '.inbounds[0].settings.clients[]|select(.id=="'"${id}"'")|.email' ${configPath}${frontingType}. json | awk -F "[-]" '{print $1}') if [[ -n ${tuicEmail} ]]; then echoContent skyBlue "\n --->Account:${tuicEmail}_tuic" echo defaultBase64Code tuic "${tuicEmail}" "${id}" fi done fi if [[ -z ${show} ]]; then echoContent red " ---> not installed" fi } # Remove nginx302 configuration removeNginx302() { local count= grep -n "return 302" <"${nginxConfigPath}alone.conf" | while read -r line; do if ! echo "${line}" | grep -q "request_uri"; then local removeIndex= removeIndex=$(echo "${line}" | awk -F "[:]" '{print $1}') removeIndex=$((removeIndex + count)) sed -i "${removeIndex}d" ${nginxConfigPath}alone.conf count=$((count - 1)) fi done } # Check if 302 is successful checkNginx302() { local domain302Status= domain302Status=$(curl -s "https://${currentHost}:${currentPort}") if echo "${domain302Status}" | grep -q "302"; then local domain302Result= domain302Result=$(curl -L -s "https://${currentHost}:${currentPort}") if [[ -n "${domain302Result}" ]]; then echoContent green " ---> 302 redirection set up successfully" exit 0 fi fi echoContent red " ---> 302 redirection setting failed, please double check whether it is the same as the example" backupNginxConfig restoreBackup } # Backup and restore nginx files backupNginxConfig() { if [[ "$1" == "backup" ]]; then cp ${nginxConfigPath}alone.conf /etc/v2ray-agent/alone_backup.conf echoContent green " ---> nginx configuration file backup successful" fi if [[ "$1" == "restoreBackup" ]] && [[ -f "/etc/v2ray-agent/alone_backup.conf" ]]; then cp /etc/v2ray-agent/alone_backup.conf ${nginxConfigPath}alone.conf echoContent green " ---> nginx configuration file restoration backup successful" rm /etc/v2ray-agent/alone_backup.conf fi } # Add 302 configuration addNginx302() { # local line302Result= # line302Result=$(| tail -n 1) local count=1 grep -n "Strict-Transport-Security" <"${nginxConfigPath}alone.conf" | while read -r line; do if [[ -n "${line}" ]]; then local insertIndex= insertIndex="$(echo "${line}" | awk -F "[:]" '{print $1}')" insertIndex=$((insertIndex + count)) sed "${insertIndex}i return 302 '$1';" ${nginxConfigPath}alone.conf >${nginxConfigPath}tmpfile && mv ${nginxConfigPath}tmpfile ${nginxConfigPath}alone.conf count=$((count + 1)) else echoContent red " ---> 302 Add failed" backupNginxConfig restoreBackup fi done } # Update camouflage station updateNginxBlog() { echoContent skyBlue "\nProgress$1/${totalProgress}: Change disguise site" if ! echo "${currentInstallProtocolType}" | grep -q "0" || [[ -z "${coreInstallType}" ]]; then echoContent red "\n ---> Due to environmental dependencies, please install Xray-core's VLESS_TCP_TLS_Vision first" exit 0 fi echoContent red "================================================== =========== ====" echoContent yellow "# If you need to customize, please manually copy the template file to ${nginxStaticPath} \n" echoContent yellow "1.Newbie guide" echoContent yellow "2.Game website" echoContent yellow "3.Personal blog 01" echoContent yellow "4.Enterprise Station" echoContent yellow "5.Unlock encrypted music file template [https://github.com/ix64/unlock-music]" echoContent yellow "6.mikutap[https://github.com/HFIProgramming/mikutap]" echoContent yellow "7.Enterprise Station 02" echoContent yellow "8.Personal blog 02" echoContent yellow "9.404 automatically jumps to baidu" echoContent yellow "10.302 redirect website" echoContent red "================================================== ===============" read -r -p "Please select:" selectInstallNginxBlogType if [[ "${selectInstallNginxBlogType}" == "10" ]]; then echoContent red "\n================================================ =================" echoContent yellow "Redirect has a higher priority. If you change the camouflage site after configuring 302, the camouflage site under the root route will not work." echoContent yellow "If you want to disguise the site to achieve the function, you need to delete the 302 redirect configuration\n" echoContent yellow "1.Add" echoContent yellow "2.Delete" echoContent red "================================================== ===============" read -r -p "Please select:" redirectStatus if [[ "${redirectStatus}" == "1" ]]; then backupNginxConfig backup read -r -p "Please enter the domain name to be redirected, for example https://www.baidu.com:" redirectDomain removeNginx302 addNginx302 "${redirectDomain}" handleNginx stop handleNginx start if [[ -z $(pgrep -f "nginx") ]]; then backupNginxConfig restoreBackup handleNginx start exit 0 fi checkNginx302 exit 0 fi if [[ "${redirectStatus}" == "2" ]]; then removeNginx302 echoContent green " ---> Removed 302 redirect successfully" exit 0 fi fi if [[ "${selectInstallNginxBlogType}" =~ ^[1-9]$ ]]; then rm -rf "${nginxStaticPath}" wget -q -P "${nginxStaticPath}" "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/fodder/blog/unable/html${selectInstallNginxBlogType}.zip" >/dev/null unzip -o "${nginxStaticPath}html${selectInstallNginxBlogType}.zip" -d "${nginxStaticPath}" >/dev/null rm -f "${nginxStaticPath}html${selectInstallNginxBlogType}.zip*" echoContent green " ---> Pseudo site replaced successfully" else echoContent red " ---> Wrong selection, please select again" updateNginxBlog fi } #Add new port addCorePort() { readHysteriaConfig echoContent skyBlue "\nFunction 1/${totalProgress}: Add new port" echoContent red "\n================================================ =================" echoContent yellow "# Notes\n" echoContent yellow "Support batch addition" echoContent yellow "Does not affect the use of the default port" echoContent yellow "When viewing accounts, only accounts with default ports will be displayed" echoContent yellow "No special characters allowed, pay attention to the comma format" echoContent yellow "If hysteria is already installed, a new hysteria port will be installed at the same time" echoContent yellow "Input example:2053,2083,2087\n" echoContent yellow "1.Check the added port" echoContent yellow "2.Add port" echoContent yellow "3.Delete port" echoContent red "================================================== ===============" read -r -p "Please select:" selectNewPortType if [[ "${selectNewPortType}" == "1" ]]; then find ${configPath} -name "*dokodemodoor*" | grep -v "hysteria" | awk -F "[c][o][n][f][/]" '{print $2}' | awk -F "[_]" '{print $4}' | awk -F "[.]" '{print ""NR""":"$1}' exit 0 elif [[ "${selectNewPortType}" == "2" ]]; then read -r -p "Please enter the port number:" newPort read -r -p "Please enter the default port number. The subscription port and node port will be changed at the same time. [Enter] Default 443:" defaultPort if [[ -n "${defaultPort}" ]]; then rm -rf "$(find ${configPath}* | grep "default")" fi if [[ -n "${newPort}" ]]; then while read -r port; do rm -rf "$(find ${configPath}* | grep "${port}")" local fileName= local hysteriaFileName= if [[ -n "${defaultPort}" && "${port}" == "${defaultPort}" ]]; then fileName="${configPath}02_dokodemodoor_inbounds_${port}_default.json" else fileName="${configPath}02_dokodemodoor_inbounds_${port}.json" fi if [[ -n ${hysteriaPort} ]]; then hysteriaFileName="${configPath}02_dokodemodoor_inbounds_hysteria_${port}.json" fi # open port allowPort "${port}" allowPort "${port}" "udp" local settingsPort=443 if [[ -n "${customPort}" ]]; then settingsPort=${customPort} fi if [[ -n ${hysteriaFileName} ]]; then cat <"${hysteriaFileName}" { "inbounds": [ { "listen": "0.0.0.0", "port": ${port}, "protocol": "dokodemo-door", "settings": { "address": "127.0.0.1", "port": ${hysteriaPort}, "network": "udp", "followRedirect": false }, "tag": "dokodemo-door-newPort-hysteria-${port}" } ] } EOF fi cat <"${fileName}" { "inbounds": [ { "listen": "0.0.0.0", "port": ${port}, "protocol": "dokodemo-door", "settings": { "address": "127.0.0.1", "port": ${settingsPort}, "network": "tcp", "followRedirect": false }, "tag": "dokodemo-door-newPort-${port}" } ] } EOF done < <(echo "${newPort}" | tr ',' '\n') echoContent green " ---> Added successfully" reloadCore addCorePort fi elif [[ "${selectNewPortType}" == "3" ]]; then find ${configPath} -name "*dokodemodoor*" | grep -v "hysteria" | awk -F "[c][o][n][f][/]" '{print $2}' | awk -F "[_]" '{print $4}' | awk -F "[.]" '{print ""NR""":"$1}' read -r -p "Please enter the port number to be deleted:" portIndex local dokoConfig dokoConfig=$(find ${configPath} -name "*dokodemodoor*" | grep -v "hysteria" | awk -F "[c][o][n][f][/]" '{print $2}' | awk -F "[_]" '{print $4}' | awk -F "[.]" '{print ""NR""":"$1}' | grep "${portIndex}:") if [[ -n "${dokoConfig}" ]]; then rm "${configPath}02_dokodemodoor_inbounds_$(echo "${dokoConfig}" | awk -F "[:]" '{print $2}').json" local hysteriaDokodemodoorFilePath= hysteriaDokodemodoorFilePath="${configPath}02_dokodemodoor_inbounds_hysteria_$(echo "${dokoConfig}" | awk -F "[:]" '{print $2}').json" if [[ -f "${hysteriaDokodemodoorFilePath}" ]]; then rm "${hysteriaDokodemodoorFilePath}" fi reloadCore addCorePort else echoContent yellow "\n ---> The number entered is wrong, please choose again" addCorePort fi fi } # Uninstall script unInstall() { read -r -p "Are you sure you want to uninstall the installation content? [y/n]:" unInstallStatus if [[ "${unInstallStatus}" != "y" ]]; then echoContent green " ---> Give up uninstalling" menu exit 0 fi echoContent yellow " ---> The script will not delete acme related configurations. To delete, please execute manually [rm -rf /root/.acme.sh]" handleNginx stop if [[ -z $(pgrep -f "nginx") ]]; then echoContent green " ---> Stop Nginx successfully" fi if [[ "${coreInstallType}" == "1" ]]; then handleXray stop rm -rf /etc/systemd/system/xray.service echoContent green " ---> Delete Xray and it will start automatically after booting" elif [[ "${coreInstallType}" == "2" ]]; then handleV2Ray stop rm -rf /etc/systemd/system/v2ray.service echoContent green " ---> Delete V2Ray and it will start automatically after booting" fi if [[ -z "${hysteriaConfigPath}" ]]; then handleHysteria stop rm -rf /etc/systemd/system/hysteria.service echoContent green " ---> Delete Hysteria and it will start automatically after booting" fi if [[ -z "${tuicConfigPath}" ]]; then handleTuic stop rm -rf /etc/systemd/system/tuic.service echoContent green " ---> Delete Tuic and start automatically after booting" fi # if [[ -f "/root/.acme.sh/acme.sh.env" ]] && grep -q 'acme.sh.env' Backup certificate successful, please save it. [/tmp/v2ray-agent-tls]" #fi #fi rm -rf /etc/v2ray-agent rm -rf ${nginxConfigPath}alone.conf if [[ -d "${nginxStaticPath}" && -f "${nginxStaticPath}/check" ]]; then rm -rf "${nginxStaticPath}" echoContent green " ---> Deletion of fake website completed" fi rm -rf /usr/bin/vasma rm -rf /usr/sbin/vasma echoContent green " ---> Uninstallation of shortcut completed" echoContent green " ---> Uninstall v2ray-agent script completed" } # Modify V2Ray CDN node updateV2RayCDN() { echoContent skyBlue "\nProgress$1/${totalProgress}: Modify CDN node" if [[ -n "${currentAdd}" ]]; then echoContent red "================================================== ===============" echoContent yellow "1.CNAME www.digitalocean.com" echoContent yellow "2.CNAME who.int" echoContent yellow "3.CNAME blog.hostmonit.com" echoContent yellow "4.Manual input [can enter multiple, such as:1.1.1.1,1.1.2.2, cloudflare.com separated by commas]" echoContent yellow "5.Remove CDN node" echoContent red "================================================== ===============" read -r -p "Please select:" selectCDNType case ${selectCDNType} in 1) setDomain="www.digitalocean.com" ;; 2) setDomain="who.int" ;; 3) setDomain="blog.hostmonit.com" ;; 4) read -r -p "Please enter the CDN IP or domain name you want to customize:" setDomain ;; 5) setDomain=${currentHost} ;; esac if [[ -n "${setDomain}" ]]; then local cdnAddressResult= cdnAddressResult=$(jq -r ".inbounds[0].add = \"${setDomain}\" " ${configPath}${frontingType}.json) echo "${cdnAddressResult}" | jq . >${configPath}${frontingType}.json echoContent green " ---> CDN modified successfully" fi else echoContent red " ---> Available types are not installed" fi } # manageUser User management manageUser() { echoContent skyBlue "\nProgress$1/${totalProgress}: Multi-user management" echoContent skyBlue "------------------------------------------------- ------" echoContent yellow "1.Add user" echoContent yellow "2.Delete user" echoContent skyBlue "------------------------------------------------- ------" read -r -p "Please select:" manageUserType if [[ "${manageUserType}" == "1" ]]; then addUser elif [[ "${manageUserType}" == "2" ]]; then removeUser else echoContent red " ---> Wrong selection" fi } # Custom uuid customUUID() { read -r -p "Please enter a legal UUID, [Enter] random UUID:" currentCustomUUID echo if [[ -z "${currentCustomUUID}" ]]; then currentCustomUUID=$(${ctlPath} uuid) echoContent yellow "uuid：${currentCustomUUID}\n" else jq -r -c '.inbounds[0].settings.clients[].id' ${configPath}${frontingType}.json | while read -r line; do if [[ "${line}" == "${currentCustomUUID}" ]]; then echo >/tmp/v2ray-agent fi done if [[ -f "/tmp/v2ray-agent" && -n $(cat /tmp/v2ray-agent) ]]; then echoContent red " ---> UUID cannot be repeated" rm /tmp/v2ray-agent exit 0 fi fi } # Custom email customUserEmail() { read -r -p "Please enter a valid email, [Enter] random email:" currentCustomEmail echo if [[ -z "${currentCustomEmail}" ]]; then currentCustomEmail="${currentCustomUUID}" echoContent yellow "email: ${currentCustomEmail}\n" else local defaultConfig=${frontingType} if echo "${currentInstallProtocolType}" | grep -q "7" && [[ -z "${frontingType}" ]]; then defaultConfig="07_VLESS_vision_reality_inbounds" fi jq -r -c '.inbounds[0].settings.clients[].email' ${configPath}${defaultConfig}.json | while read -r line; do if [[ "${line}" == "${currentCustomEmail}" ]]; then echo >/tmp/v2ray-agent fi done if [[ -f "/tmp/v2ray-agent" && -n $(cat /tmp/v2ray-agent) ]]; then echoContent red " ---> email cannot be repeated" rm /tmp/v2ray-agent exit 0 fi fi #fi _ } # Add user addUserXray() { readConfigHostPathUUID read -r -p "Please enter the number of users to add:" userNum echo if [[ -z ${userNum} || ${userNum} -le 0 ]]; then echoContent red " ---> Incorrect input, please re-enter" exit 0 fi # Generate user if [[ "${userNum}" == "1" ]]; then customUUID customUserEmail fi while [[ ${userNum} -gt 0 ]]; do local users= ((userNum--)) || true if [[ -n "${currentCustomUUID}" ]]; then uuid=${currentCustomUUID} else uuid=$(${ctlPath} uuid) fi local email= if [[ -z "${currentCustomEmail}" ]]; then email=${uuid} else email=${currentCustomEmail} fi # VLESS TCP if echo "${currentInstallProtocolType}" | grep -q "0"; then local clients= clients=$(initXrayClients 0 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}${frontingType}.json) echo "${clients}" | jq . >${configPath}${frontingType}.json fi # VLESS WS if echo "${currentInstallProtocolType}" | grep -q "1"; then local clients= clients=$(initXrayClients 1 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}03_VLESS_WS_inbounds.json) echo "${clients}" | jq . >${configPath}03_VLESS_WS_inbounds.json fi # trojan grpc if echo "${currentInstallProtocolType}" | grep -q "2"; then local clients= clients=$(initXrayClients 2 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}04_trojan_gRPC_inbounds.json) echo "${clients}" | jq . >${configPath}04_trojan_gRPC_inbounds.json fi # VMess WS if echo "${currentInstallProtocolType}" | grep -q "3"; then local clients= clients=$(initXrayClients 3 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}05_VMess_WS_inbounds.json) echo "${clients}" | jq . >${configPath}05_VMess_WS_inbounds.json fi # trojan tcp if echo "${currentInstallProtocolType}" | grep -q "4"; then local clients= clients=$(initXrayClients 4 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}04_trojan_TCP_inbounds.json) echo "${clients}" | jq . >${configPath}04_trojan_TCP_inbounds.json fi # vless grpc if echo "${currentInstallProtocolType}" | grep -q "5"; then local clients= clients=$(initXrayClients 5 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}06_VLESS_gRPC_inbounds.json) echo "${clients}" | jq . >${configPath}06_VLESS_gRPC_inbounds.json fi # vless reality vision if echo "${currentInstallProtocolType}" | grep -q "7"; then local clients= clients=$(initXrayClients 7 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}07_VLESS_vision_reality_inbounds.json) echo "${clients}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json fi # vless reality grpc if echo "${currentInstallProtocolType}" | grep -q "8"; then local clients= clients=$(initXrayClients 8 "${uuid}" "${email}") clients=$(jq -r ".inbounds[0].settings.clients = ${clients}" ${configPath}08_VLESS_reality_fallback_grpc_inbounds.json) echo "${clients}" | jq . >${configPath}08_VLESS_reality_fallback_grpc_inbounds.json fi # hysteria if echo "${currentInstallProtocolType}" | grep -q "6"; then local clients= clients=$(initXrayClients 6 "${uuid}" "${email}") clients=$(jq -r ".auth.config = ${clients}" ${hysteriaConfigPath}config.json) echo "${clients}" | jq . >${hysteriaConfigPath}config.json fi if echo ${currentInstallProtocolType} | grep -q 9; then local tuicResult tuicResult=$(jq -r ".users.\"${uuid}\" += \"${uuid}\"" "${tuicConfigPath}config.json") echo "${tuicResult}" | jq . >"${tuicConfigPath}config.json" fi done reloadCore echoContent green " ---> Adding completed" manageAccount 1 } # Add user addUser() { echoContent yellow "After adding a new user, you need to check the subscription again" read -r -p "Please enter the number of users to add:" userNum echo if [[ -z ${userNum} || ${userNum} -le 0 ]]; then echoContent red " ---> Incorrect input, please re-enter" exit 0 fi # Generate user if [[ "${userNum}" == "1" ]]; then customUUID customUserEmail fi while [[ ${userNum} -gt 0 ]]; do local users= ((userNum--)) || true if [[ -n "${currentCustomUUID}" ]]; then uuid=${currentCustomUUID} else uuid=$(${ctlPath} uuid) fi if [[ -n "${currentCustomEmail}" ]]; then email=${currentCustomEmail}_${uuid} else email=${currentHost}_${uuid} fi #Compatible with v2ray-core users="{\"id\":\"${uuid}\",\"flow\":\"xtls-rprx-vision\",\"email\":\"${email}\",\"alterId\":0}" if [[ "${coreInstallType}" == "2" ]]; then users="{\"id\":\"${uuid}\",\"email\":\"${email}\",\"alterId\":0}" fi if echo ${currentInstallProtocolType} | grep -q 0; then local vlessUsers="${users//\,\"alterId\":0/}" vlessUsers="${users//${email}/${email}_VLESS_TCP}" local vlessTcpResult vlessTcpResult=$(jq -r ".inbounds[0].settings.clients += [${vlessUsers}]" ${configPath}${frontingType}.json) echo "${vlessTcpResult}" | jq . >${configPath}${frontingType}.json fi if echo ${currentInstallProtocolType} | grep -q trojan; then local trojanXTLSUsers="${users//\,\"alterId\":0/}" trojanXTLSUsers="${trojanXTLSUsers//${email}/${email}_Trojan_TCP}" trojanXTLSUsers=${trojanXTLSUsers//"id"/"password"} local trojanXTLSResult trojanXTLSResult=$(jq -r ".inbounds[0].settings.clients += [${trojanXTLSUsers}]" ${configPath}${frontingType}.json) echo "${trojanXTLSResult}" | jq . >${configPath}${frontingType}.json fi if echo ${currentInstallProtocolType} | grep -q 1; then local vlessUsers="${users//\,\"alterId\":0/}" vlessUsers="${vlessUsers//${email}/${email}_VLESS_TCP}" vlessUsers="${vlessUsers//\"flow\":\"xtls-rprx-vision\"\,/}" local vlessWsResult vlessWsResult=$(jq -r ".inbounds[0].settings.clients += [${vlessUsers}]" ${configPath}03_VLESS_WS_inbounds.json) echo "${vlessWsResult}" | jq . >${configPath}03_VLESS_WS_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 2; then local trojangRPCUsers="${users//\"flow\":\"xtls-rprx-vision\"\,/}" trojangRPCUsers="${trojangRPCUsers//${email}/${email}_Trojan_gRPC}" trojangRPCUsers="${trojangRPCUsers//\,\"alterId\":0/}" trojangRPCUsers=${trojangRPCUsers//"id"/"password"} local trojangRPCResult trojangRPCResult=$(jq -r ".inbounds[0].settings.clients += [${trojangRPCUsers}]" ${configPath}04_trojan_gRPC_inbounds.json) echo "${trojangRPCResult}" | jq . >${configPath}04_trojan_gRPC_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 3; then local vmessUsers="${users//\"flow\":\"xtls-rprx-vision\"\,/}" vmessUsers="${vmessUsers//${email}/${email}_VMess_TCP}" local vmessWsResult vmessWsResult=$(jq -r ".inbounds[0].settings.clients += [${vmessUsers}]" ${configPath}05_VMess_WS_inbounds.json) echo "${vmessWsResult}" | jq . >${configPath}05_VMess_WS_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 5; then local vlessGRPCUsers="${users//\"flow\":\"xtls-rprx-vision\"\,/}" vlessGRPCUsers="${vlessGRPCUsers//\,\"alterId\":0/}" vlessGRPCUsers="${vlessGRPCUsers//${email}/${email}_VLESS_gRPC}" local vlessGRPCResult vlessGRPCResult=$(jq -r ".inbounds[0].settings.clients += [${vlessGRPCUsers}]" ${configPath}06_VLESS_gRPC_inbounds.json) echo "${vlessGRPCResult}" | jq . >${configPath}06_VLESS_gRPC_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 4; then local trojanUsers="${users//\"flow\":\"xtls-rprx-vision\"\,/}" trojanUsers="${trojanUsers//id/password}" trojanUsers="${trojanUsers//\,\"alterId\":0/}" trojanUsers="${trojanUsers//${email}/${email}_Trojan_TCP}" local trojanTCPResult trojanTCPResult=$(jq -r ".inbounds[0].settings.clients += [${trojanUsers}]" ${configPath}04_trojan_TCP_inbounds.json) echo "${trojanTCPResult}" | jq . >${configPath}04_trojan_TCP_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 6; then local hysteriaResult hysteriaResult=$(jq -r ".auth.config += [\"${uuid}\"]" ${hysteriaConfigPath}config.json) echo "${hysteriaResult}" | jq . >${hysteriaConfigPath}config.json fi done reloadCore echoContent green " ---> Adding completed" manageAccount 1 } # Remove user removeUser() { local uuid= if echo ${currentInstallProtocolType} | grep -q 0 || echo ${currentInstallProtocolType} | grep -q trojan; then jq -r -c .inbounds[0].settings.clients[].email ${configPath}${frontingType}.json | awk '{print NR""":"$0}' read -r -p "Please select the user number to delete [only supports single deletion]:" delUserIndex if [[ $(jq -r '.inbounds[0].settings.clients|length' ${configPath}${frontingType}.json) -lt ${delUserIndex} ]]; then echoContent red " ---> Wrong selection" else delUserIndex=$((delUserIndex - 1)) local vlessTcpResult uuid=$(jq -r ".inbounds[0].settings.clients[${delUserIndex}].id" ${configPath}${frontingType}.json) vlessTcpResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}${frontingType}.json) echo "${vlessTcpResult}" | jq . >${configPath}${frontingType}.json fi elif [[ -n "${realityStatus}" ]]; then jq -r -c .inbounds[0].settings.clients[].email ${configPath}07_VLESS_vision_reality_inbounds.json | awk '{print NR""":"$0}' read -r -p "Please select the user number to delete [only supports single deletion]:" delUserIndex if [[ $(jq -r '.inbounds[0].settings.clients|length' ${configPath}07_VLESS_vision_reality_inbounds.json) -lt ${delUserIndex} ]]; then echoContent red " ---> Wrong selection" else delUserIndex=$((delUserIndex - 1)) local vlessRealityResult uuid=$(jq -r ".inbounds[0].settings.clients[${delUserIndex}].id" ${configPath}${frontingType}.json) vlessRealityResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}07_VLESS_vision_reality_inbounds.json) echo "${vlessRealityResult}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json fi fi if [[ -n "${delUserIndex}" ]]; then if echo ${currentInstallProtocolType} | grep -q 1; then local vlessWSResult vlessWSResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}03_VLESS_WS_inbounds.json) echo "${vlessWSResult}" | jq . >${configPath}03_VLESS_WS_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 2; then local trojangRPCUsers trojangRPCUsers=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}04_trojan_gRPC_inbounds.json) echo "${trojangRPCUsers}" | jq . >${configPath}04_trojan_gRPC_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 3; then local vmessWSResult vmessWSResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}05_VMess_WS_inbounds.json) echo "${vmessWSResult}" | jq . >${configPath}05_VMess_WS_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 5; then local vlessGRPCResult vlessGRPCResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}06_VLESS_gRPC_inbounds.json) echo "${vlessGRPCResult}" | jq . >${configPath}06_VLESS_gRPC_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 4; then local trojanTCPResult trojanTCPResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}04_trojan_TCP_inbounds.json) echo "${trojanTCPResult}" | jq . >${configPath}04_trojan_TCP_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 6; then local hysteriaResult hysteriaResult=$(jq -r 'del(.auth.config['${delUserIndex}'])' ${hysteriaConfigPath}config.json) echo "${hysteriaResult}" | jq . >${hysteriaConfigPath}config.json fi if echo ${currentInstallProtocolType} | grep -q 7; then local vlessRealityResult vlessRealityResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}07_VLESS_vision_reality_inbounds.json) echo "${vlessRealityResult}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 8; then local vlessRealityGRPCResult vlessRealityGRPCResult=$(jq -r 'del(.inbounds[0].settings.clients['${delUserIndex}'])' ${configPath}08_VLESS_reality_fallback_grpc_inbounds.json) echo "${vlessRealityGRPCResult}" | jq . >${configPath}08_VLESS_reality_fallback_grpc_inbounds.json fi if echo ${currentInstallProtocolType} | grep -q 9; then local tuicResult tuicResult=$(jq -r "del(.users.\"${uuid}\")" "${tuicConfigPath}config.json") echo "${tuicResult}" | jq . >"${tuicConfigPath}config.json" fi reloadCore fi manageAccount 1 } # update script updateV2RayAgent() { echoContent skyBlue "\nProgress$1/${totalProgress}: Update v2ray-agent script" rm -rf /etc/v2ray-agent/install.sh # if wget --help | grep -q show-progress; then wget -c -q "${wgetShowProgressStatus}" -P /etc/v2ray-agent/ -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh" #else # wget -c -q -P /etc/v2ray-agent/ -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh" #fi sudo chmod 700 /etc/v2ray-agent/install.sh local version version=$(grep 'Current version: v' "/etc/v2ray-agent/install.sh" | awk -F "[v]" '{print $2}' | tail -n +2 | head -n 1 | awk -F "[\"]" '{print $1}') echoContent green "\n ---> Update completed" echoContent yellow " ---> Please manually execute [vasma] to open the script" echoContent green " ---> Current version: ${version}\n" echoContent yellow "If the update fails, please manually execute the following command\n" echoContent skyBlue "wget -P /root -N --no-check-certificate https://raw.githubusercontent.com/mack-a/v2ray-agent/master/install.sh && chmod 700 /root/install.sh && /root/install.sh" echo exit 0 } # firewall handleFirewall() { if systemctl status ufw 2>/dev/null | grep -q "active (exited)" && [[ "$1" == "stop" ]]; then systemctl stop ufw >/dev/null 2>&1 systemctl disable ufw >/dev/null 2>&1 echoContent green " ---> ufw closed successfully" fi if systemctl status firewalld 2>/dev/null | grep -q "active (running)" && [[ "$1" == "stop" ]]; then systemctl stop firewalld >/dev/null 2>&1 systemctl disable firewalld >/dev/null 2>&1 echoContent green " ---> firewalld closed successfully" fi } # Install BBR bbrInstall() { echoContent red "\n================================================ =================" echoContent green "The mature works of [ylx2016] used for BBR and DD scripts, the address [https://github.com/ylx2016/Linux-NetSpeed], please be familiar with it" echoContent yellow "1.Installation script [recommended original BBR+FQ]" echoContent yellow "2.Return to the home directory" echoContent red "================================================== ===============" read -r -p "Please select:" installBBRStatus if [[ "${installBBRStatus}" == "1" ]]; then wget -N --no-check-certificate "https://raw.githubusercontent.com/ylx2016/Linux-NetSpeed/master/tcp.sh" && chmod +x tcp.sh && ./tcp.sh else menu fi } # View and check logs checkLog() { if [[ -z "${configPath}" && -z "${realityStatus}" ]]; then echoContent red " ---> The installation directory is not detected, please execute the script to install the content" exit 0 fi local realityLogShow= local logStatus=false if grep -q "access" ${configPath}00_log.json; then logStatus=true fi echoContent skyBlue "\nFunction$1/${totalProgress}: View log" echoContent red "\n================================================ =================" echoContent yellow "# It is recommended to only open the access log during debugging\n" if [[ "${logStatus}" == "false" ]]; then echoContent yellow "1.Open access log" else echoContent yellow "1.Close access log" fi echoContent yellow "2.Monitor access log" echoContent yellow "3.Monitor error log" echoContent yellow "4.View certificate scheduled task log" echoContent yellow "5.View certificate installation log" echoContent yellow "6.Clear the log" echoContent red "================================================== ===============" read -r -p "Please select:" selectAccessLogType local configPathLog=${configPath//conf\//} case ${selectAccessLogType} in 1) if [[ "${logStatus}" == "false" ]]; then realityLogShow=true cat <${configPath}00_log.json { "log": { "access":"${configPathLog}access.log", "error": "${configPathLog}error.log", "loglevel": "debug" } } EOF elif [[ "${logStatus}" == "true" ]]; then realityLogShow=false cat <${configPath}00_log.json { "log": { "error": "${configPathLog}error.log", "loglevel": "warning" } } EOF fi if [[ -n ${realityStatus} ]]; then local vlessVisionRealityInbounds vlessVisionRealityInbounds=$(jq -r ".inbounds[0].streamSettings.realitySettings.show=${realityLogShow}" ${configPath}07_VLESS_vision_reality_inbounds.json) echo "${vlessVisionRealityInbounds}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json fi reloadCore checkLog 1 ;; 2) tail -f ${configPathLog}access.log ;; 3) tail -f ${configPathLog}error.log ;; 4) if [[ ! -f "/etc/v2ray-agent/crontab_tls.log" ]]; then touch /etc/v2ray-agent/crontab_tls.log fi tail -n 100 /etc/v2ray-agent/crontab_tls.log ;; 5) tail -n 100 /etc/v2ray-agent/tls/acme.log ;; 6) echo >${configPathLog}access.log echo >${configPathLog}error.log ;; esac } # Script shortcut aliasInstall() { if [[ -f "$HOME/install.sh" ]] && [[ -d "/etc/v2ray-agent" ]] && grep <"$HOME/install.sh" -q "作者:mack-a"; then mv "$HOME/install.sh" /etc/v2ray-agent/install.sh local vasmaType= if [[ -d "/usr/bin/" ]]; then if [[ ! -f "/usr/bin/vasma" ]]; then ln -s /etc/v2ray-agent/install.sh /usr/bin/vasma chmod 700 /usr/bin/vasma vasmaType=true fi rm -rf "$HOME/install.sh" elif [[ -d "/usr/sbin" ]]; then if [[ ! -f "/usr/sbin/vasma" ]]; then ln -s /etc/v2ray-agent/install.sh /usr/sbin/vasma chmod 700 /usr/sbin/vasma vasmaType=true fi rm -rf "$HOME/install.sh" fi if [[ "${vasmaType}" == "true" ]]; then echoContent green "The shortcut is created successfully, you can execute [vasma] to reopen the script" fi fi } # Check ipv6, ipv4 checkIPv6() { currentIPv6IP=$(curl -s -6 http://www.cloudflare.com/cdn-cgi/trace | grep "ip" | cut -d "=" -f 2) if [[ -z "${currentIPv6IP}" ]]; then echoContent red " ---> does not support ipv6" exit 0 fi } # ipv6 offload ipv6Routing() { if [[ -z "${configPath}" ]]; then echoContent red " ---> Not installed, please use script to install" menu exit 0 fi checkIPv6 echoContent skyBlue "\nFunction 1/${totalProgress}: IPv6 offload" echoContent red "\n================================================ ============ =====" echoContent yellow "1.View the diverted domain name" echoContent yellow "2.Add domain name" echoContent yellow "3.Set IPv6 global" echoContent yellow "4.Uninstall IPv6 offloading" echoContent red "================================================== ===============" read -r -p "Please select:" ipv6Status if [[ "${ipv6Status}" == "1" ]]; then jq -r -c '.routing.rules[]|select (.outboundTag=="IPv6-out")|.domain' ${configPath}09_routing.json | jq -r exit 0 elif [[ "${ipv6Status}" == "2" ]]; then echoContent red "================================================== ===============" echoContent yellow "# Notes\n" echoContent yellow "# Notes" echoContent yellow "# Tutorial: https://www.v2ray-agent.com/archives/ba-he-yi-jiao-ben-yu-ming-fen-liu-jiao-cheng \n" read -r -p "Please enter the domain name according to the above example:" domainList addInstallRouting IPv6-out outboundTag "${domainList}" unInstallOutbounds IPv6-out outbounds=$(jq -r '.outbounds += [{"protocol":"freedom","settings":{"domainStrategy":"UseIPv6"},"tag":"IPv6-out"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json echoContent green " ---> Added successfully" elif [[ "${ipv6Status}" == "3" ]]; then echoContent red "================================================== ===============" echoContent yellow "# Notes\n" echoContent yellow "1.All diversion rules set will be deleted" echoContent yellow "2.All outbound rules except IPv6 will be deleted" read -r -p "Confirm settings? [y/n]:" IPv6OutStatus if [[ "${IPv6OutStatus}" == "y" ]]; then cat <${configPath}10_ipv4_outbounds.json { "outbounds":[ { "protocol":"freedom", "settings":{ "domainStrategy":"UseIPv6" }, "tag":"IPv6-out" } ] } EOF rm ${configPath}09_routing.json >/dev/null 2>&1 echoContent green " ---> IPv6 global outbound setting successful" else echoContent green " ---> Abandon settings" exit 0 fi elif [[ "${ipv6Status}" == "4" ]]; then unInstallRouting IPv6-out outboundTag unInstallOutbounds IPv6-out if ! grep -q "IPv4-out" <"${configPath}10_ipv4_outbounds.json"; then outbounds=$(jq -r '.outbounds += [{"protocol":"freedom","settings": {"domainStrategy": "UseIPv4"},"tag":"IPv4-out"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json fi echoContent green " ---> IPv6 offload uninstall successful" else echoContent red " ---> Wrong selection" exit 0 fi reloadCore } # bt download management btTools() { if [[ -z "${configPath}" ]]; then echoContent red " ---> Not installed, please use script to install" menu exit 0 fi echoContent skyBlue "\nFunction 1/${totalProgress}: bt download management" echoContent red "\n================================================ =================" if [[ -f ${configPath}09_routing.json ]] && grep -q bittorrent <${configPath}09_routing.json; then echoContent yellow "Current status: disabled" else echoContent yellow "Current status: not disabled" fi echoContent yellow "1.Disable" echoContent yellow "2.Open" echoContent red "================================================== ===============" read -r -p "Please select:" btStatus if [[ "${btStatus}" == "1" ]]; then if [[ -f "${configPath}09_routing.json" ]]; then unInstallRouting blackhole-out outboundTag routing=$(jq -r '.routing.rules += [{"type":"field","outboundTag":"blackhole-out","protocol":["bittorrent"]}]' ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json else cat <${configPath}09_routing.json { "routing":{ "domainStrategy": "IPOnDemand", "rules": [ { "type": "field", "outboundTag": "blackhole-out", "protocol": [ "bittorrent" ] } ] } } EOF fi installSniffing unInstallOutbounds blackhole-out outbounds=$(jq -r '.outbounds += [{"protocol":"blackhole","tag":"blackhole-out"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json echoContent green " ---> BT download disabled successfully" elif [[ "${btStatus}" == "2" ]]; then unInstallSniffing unInstallRouting blackhole-out outboundTag bittorrent # unInstallOutbounds blackhole-out echoContent green " ---> BT download opened successfully" else echoContent red " ---> Wrong selection" exit 0 fi reloadCore } # Domain name blacklist blacklist() { if [[ -z "${configPath}" ]]; then echoContent red " ---> Not installed, please use script to install" menu exit 0 fi echoContent skyBlue "\nProgress$1/${totalProgress}: Domain name blacklist" echoContent red "\n================================================ =================" echoContent yellow "1.View blocked domain names" echoContent yellow "2.Add domain name" echoContent yellow "3.Block domestic domain names" echoContent yellow "4.Delete blacklist" echoContent red "================================================== ===============" read -r -p "Please select:" blacklistStatus if [[ "${blacklistStatus}" == "1" ]]; then jq -r -c '.routing.rules[]|select (.outboundTag=="blackhole-out")|.domain' ${configPath}09_routing.json | jq -r exit 0 elif [[ "${blacklistStatus}" == "2" ]]; then echoContent red "================================================== ===============" echoContent yellow "# Notes\n" echoContent yellow "1.Rules support predefined domain name list [https://github.com/v2fly/domain-list-community]" echoContent yellow "2.Rules support custom domain names" echoContent yellow "3.Input example: speedtest, facebook, cn, example.com" echoContent yellow "4.If the domain name exists in the predefined domain name list, use geosite:xx. If it does not exist, the entered domain name will be used by default." echoContent yellow "5.Add rules as incremental configuration and will not delete previously set content\n" read -r -p "Please enter the domain name according to the above example:" domainList if [[ -f "${configPath}09_routing.json" ]]; then addInstallRouting blackhole-out outboundTag "${domainList}" fi unInstallOutbounds blackhole-out outbounds=$(jq -r '.outbounds += [{"protocol":"blackhole","tag":"blackhole-out"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json echoContent green " ---> Added successfully" elif [[ "${blacklistStatus}" == "3" ]]; then addInstallRouting blackhole-out outboundTag "cn" unInstallOutbounds blackhole-out outbounds=$(jq -r '.outbounds += [{"protocol":"blackhole","tag":"blackhole-out"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json echoContent green " ---> Domestic domain name blocked successfully" elif [[ "${blacklistStatus}" == "4" ]]; then unInstallRouting blackhole-out outboundTag echoContent green " ---> Domain name blacklist deleted successfully" else echoContent red " ---> Wrong selection" exit 0 fi reloadCore } #Add routing configuration addInstallRouting() { local tag=$1 # warp-socks local type=$2 # outboundTag/inboundTag local domain=$3 # Domain name if [[ -z "${tag}" || -z "${type}" || -z "${domain}" ]]; then echoContent red " ---> Parameter error" exit 0 fi local routingRule= if [[ ! -f "${configPath}09_routing.json" ]]; then cat <${configPath}09_routing.json { "routing":{ "type": "field", "rules": [ { "type": "field", "domain": [ ], "outboundTag": "${tag}" } ] } } EOF fi local routingRule= routingRule=$(jq -r '.routing.rules[]|select(.outboundTag=="'"${tag}"'")' ${configPath}09_routing.json) if [[ -z "${routingRule}" ]]; then if [[ "${tag}" == "dokodemoDoor-80" ]]; then routingRule="{\"type\": \"field\",\"port\": 80,\"domain\": [],\"outboundTag\": \"${tag}\"}" elif [[ "${tag}" == "dokodemoDoor-443" ]]; then routingRule="{\"type\": \"field\",\"port\": 443,\"domain\": [],\"outboundTag\": \"${tag}\"}" else routingRule="{\"type\": \"field\",\"domain\": [],\"outboundTag\": \"${tag}\"}" fi fi while read -r line; do if echo "${routingRule}" | grep -q "${line}"; then echoContent yellow " ---> ${line} already exists, skip" else local geositeStatus geositeStatus=$(curl -s "https://api.github.com/repos/v2fly/domain-list-community/contents/data/${line}" | jq .message) if [[ "${geositeStatus}" == "null" ]]; then routingRule=$(echo "${routingRule}" | jq -r '.domain += ["geosite:'"${line}"'"]') else routingRule=$(echo "${routingRule}" | jq -r '.domain += ["domain:'"${line}"'"]') fi fi done < <(echo "${domain}" | tr ',' '\n') unInstallRouting "${tag}" "${type}" if ! grep -q "gstatic.com" ${configPath}09_routing.json && [[ "${tag}" == "blackhole-out" ]]; then local routing= routing=$(jq -r ".routing.rules += [{\"type\": \"field\",\"domain\": [\"gstatic.com\"],\"outboundTag\": \"direct\"}]" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json fi routing=$(jq -r ".routing.rules += [${routingRule}]" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json } # Uninstall Routing based on tag unInstallRouting() { local tag=$1 local type=$2 local protocol=$3 if [[ -f "${configPath}09_routing.json" ]]; then local routing if grep -q "${tag}" ${configPath}09_routing.json && grep -q "${type}" ${configPath}09_routing.json; then jq -c .routing.rules[] ${configPath}09_routing.json | while read -r line; do local index=$((index + 1)) local delStatus=0 if [[ "${type}" == "outboundTag" ]] && echo "${line}" | jq .outboundTag | grep -q "${tag}"; then delStatus=1 elif [[ "${type}" == "inboundTag" ]] && echo "${line}" | jq .inboundTag | grep -q "${tag}"; then delStatus=1 fi if [[ -n ${protocol} ]] && echo "${line}" | jq .protocol | grep -q "${protocol}"; then delStatus=1 elif [[ -z ${protocol} ]] && [[ $(echo "${line}" | jq .protocol) != "null" ]]; then delStatus=0 fi if [[ ${delStatus} == 1 ]]; then routing=$(jq -r 'del(.routing.rules['$((index - 1))'])' ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json fi done fi fi } # Uninstall outbound based on tag unInstallOutbounds() { local tag=$1 if grep -q "${tag}" ${configPath}10_ipv4_outbounds.json; then local ipv6OutIndex ipv6OutIndex=$(jq .outbounds[].tag ${configPath}10_ipv4_outbounds.json | awk '{print ""NR""":"$0}' | grep "${tag}" | awk -F "[:]" '{print $1}' | head -1) if [[ ${ipv6OutIndex} -gt 0 ]]; then routing=$(jq -r 'del(.outbounds['$((ipv6OutIndex - 1))'])' ${configPath}10_ipv4_outbounds.json) echo "${routing}" | jq . >${configPath}10_ipv4_outbounds.json fi fi } # Uninstall sniffing unInstallSniffing() { find ${configPath} -name "*inbounds.json*" | awk -F "[c][o][n][f][/]" '{print $2}' | while read -r inbound; do if grep -q "destOverride" <"${configPath}${inbound}"; then sniffing=$(jq -r 'del(.inbounds[0].sniffing)' "${configPath}${inbound}") echo "${sniffing}" | jq . >"${configPath}${inbound}" fi done } # Install sniffing installSniffing() { readInstallType find ${configPath} -name "*inbounds.json*" | awk -F "[c][o][n][f][/]" '{print $2}' | while read -r inbound; do if ! grep -q "destOverride" <"${configPath}${inbound}"; then sniffing=$(jq -r '.inbounds[0].sniffing = {"enabled":true,"destOverride":["http","tls"]}' "${configPath}${inbound}") echo "${sniffing}" | jq . >"${configPath}${inbound}" fi done } # warp diversion warpRouting() { echoContent skyBlue "\nProgress$1/${totalProgress}: WARP offload" echoContent red "==============================================================" if [[ -z $(which warp-cli) ]]; then echo read -r -p "WARP is not installed. Do you want to install it? [y/n]:" installCloudflareWarpStatus if [[ "${installCloudflareWarpStatus}" == "y" ]]; then installWarp else echoContent yellow " ---> Abort installation" exit 0 fi fi echoContent red "\n================================================ =================" echoContent yellow "1.View the diverted domain name" echoContent yellow "2.Add domain name" echoContent yellow "3.Set WARP global" echoContent yellow "4.Uninstall WARP distribution" echoContent red "================================================== ===============" read -r -p "Please select:" warpStatus if [[ "${warpStatus}" == "1" ]]; then jq -r -c '.routing.rules[]|select (.outboundTag=="warp-socks-out")|.domain' ${configPath}09_routing.json | jq -r exit 0 elif [[ "${warpStatus}" == "2" ]]; then echoContent yellow "# Notes" echoContent yellow "# Tutorial: https://www.v2ray-agent.com/archives/ba-he-yi-jiao-ben-yu-ming-fen-liu-jiao-cheng \n" read -r -p "Please enter the domain name according to the above example:" domainList addInstallRouting warp-socks-out outboundTag "${domainList}" unInstallOutbounds warp-socks-out local outbounds outbounds=$(jq -r '.outbounds += [{"protocol":"socks","settings":{"servers":[{"address":"127.0.0.1","port":31303}]},"tag":"warp-socks-out"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json echoContent green " ---> Added successfully" elif [[ "${warpStatus}" == "3" ]]; then echoContent red "================================================== ===============" echoContent yellow "# Notes\n" echoContent yellow "1.All diversion rules set will be deleted" echoContent yellow "2.All outbound rules except WARP will be deleted" read -r -p "Confirm settings? [y/n]:" warpOutStatus if [[ "${warpOutStatus}" == "y" ]]; then cat <${configPath}10_ipv4_outbounds.json { "outbounds":[ { "protocol": "socks", "settings": { "servers": [ { "address": "127.0.0.1", "port": 31303 } ] }, "tag": "warp-socks-out" } ] } EOF rm ${configPath}09_routing.json >/dev/null 2>&1 echoContent green " ---> WARP global outbound setting successful" else echoContent green " ---> Abandon settings" exit 0 fi elif [[ "${warpStatus}" == "4" ]]; then ${removeType} cloudflare-warp >/dev/null 2>&1 unInstallRouting warp-socks-out outboundTag unInstallOutbounds warp-socks-out if ! grep -q "IPv4-out" <"${configPath}10_ipv4_outbounds.json"; then outbounds=$(jq -r '.outbounds += [{"protocol":"freedom","settings": {"domainStrategy": "UseIPv4"},"tag":"IPv4-out"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json fi echoContent green " ---> WARP offload uninstall successful" else echoContent red " ---> Wrong selection" exit 0 fi reloadCore } # Read third-party warp configuration readConfigWarpReg() { if [[ ! -f "/etc/v2ray-agent/warp/config" ]]; then /etc/v2ray-agent/warp/warp-reg >/etc/v2ray-agent/warp/config fi secretKeyWarpReg=$(grep <"/etc/v2ray-agent/warp/config" private_key | awk '{print $2}') addressWarpReg=$(grep <"/etc/v2ray-agent/warp/config" v6 | awk '{print $2}') publicKeyWarpReg=$(grep <"/etc/v2ray-agent/warp/config" public_key | awk '{print $2}') reservedWarpReg=$(grep <"/etc/v2ray-agent/warp/config" reserved | awk -F "[:]" '{print $2}') } # warp offload-third-party IPv4 warpRoutingReg() { local type=$2 echoContent skyBlue "\nProgress$1/${totalProgress}: WARP offload [third party]" echoContent red "================================================== ===============" if [[ ! -f "/etc/v2ray-agent/warp/warp-reg" ]]; then echo echoContent yellow "# Notes" echoContent yellow "# relies on third-party programs, please be aware of the risks" echoContent yellow "# Project address: https://github.com/badafans/warp-reg \n" read -r -p "warp-reg is not installed, do you want to install it? [y/n]:" installWarpRegStatus if [[ "${installWarpRegStatus}" == "y" ]]; then curl -sLo /etc/v2ray-agent/warp/warp-reg "https://github.com/badafans/warp-reg/releases/download/v1.0/${warpRegCoreCPUVendor}" chmod 655 /etc/v2ray-agent/warp/warp-reg else echoContent yellow " ---> Abort installation" exit 0 fi fi echoContent red "\n================================================ =================" echoContent yellow "1.View the diverted domain name" echoContent yellow "2.Add domain name" echoContent yellow "3.Set WARP global" echoContent yellow "4.Uninstall WARP distribution" echoContent red "================================================== ===============" read -r -p "Please select:" warpStatus readConfigWarpReg local address= if [[ ${type} == "IPv4" ]]; then address="172.16.0.2/32" elif [[ ${type} == "IPv6" ]]; then address="${addressWarpReg}/128" else echoContent red " ---> IP acquisition failed, exit installation" fi if [[ "${warpStatus}" == "1" ]]; then jq -r -c '.routing.rules[]|select (.outboundTag=="wireguard-out-'"${type}"'")|.domain' ${configPath}09_routing.json | jq -r exit 0 elif [[ "${warpStatus}" == "2" ]]; then echoContent yellow "# Notes" echoContent yellow "# Tutorial: https://www.v2ray-agent.com/archives/ba-he-yi-jiao-ben-yu-ming-fen-liu-jiao-cheng \n" read -r -p "Please enter the domain name according to the above example:" domainList addInstallRouting wireguard-out-"${type}" outboundTag "${domainList}" unInstallOutbounds wireguard-out-"${type}" local outbounds outbounds=$(jq -r '.outbounds += [{"protocol":"wireguard","settings":{"secretKey":"'"${secretKeyWarpReg}"'","address":["'"${address}"'"],"peers":[{"publicKey":"'"${publicKeyWarpReg}"'","allowedIPs":["0.0.0.0/0","::/0"],"endpoint":"162.159.192.1:2408"}],"reserved":'"${reservedWarpReg}"',"mtu":1280},"tag":"wireguard-out-'"${type}"'"}]' ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json echoContent green " ---> Added successfully" elif [[ "${warpStatus}" == "3" ]]; then echoContent red "================================================== ===============" echoContent yellow "# Notes\n" echoContent yellow "1.All diversion rules set will be deleted" echoContent yellow "2.All outbound rules except WARP [third party] will be deleted" read -r -p "Confirm the settings? [y/n]:" warpOutStatus if [[ "${warpOutStatus}" == "y" ]]; then readConfigWarpReg cat <${configPath}10_ipv4_outbounds.json { "outbounds":[ { "protocol": "wireguard", "settings": { "secretKey": "${secretKeyWarpReg}", "address": [ "${address}" ], "peers": [ { "publicKey": "${publicKeyWarpReg}", "allowedIPs": [ "0.0.0.0/0", "::/0" ], "endpoint": "162.159.192.1:2408" } ], "reserved": ${reservedWarpReg}, "mtu": 1280 }, "tag": "wireguard-out-${type}" } ] } EOF rm ${configPath}09_routing.json >/dev/null 2>&1 echoContent green " ---> WARP global outbound setting successful" else echoContent green " ---> Abandon settings" exit 0 fi elif [[ "${warpStatus}" == "4" ]]; then unInstallRouting wireguard-out-"${type}" outboundTag unInstallOutbounds wireguard-out-"${type}" if [[ "${type}" == "IPv4" ]]; then if ! grep -q "wireguard-out-IPv6" <${configPath}10_ipv4_outbounds.json; then rm -rf /etc/v2ray-agent/warp/config >/dev/null 2>&1 fi elif [[ "${type}" == "IPv6" ]]; then if ! grep -q "wireguard-out-IPv4" <${configPath}10_ipv4_outbounds.json; then rm -rf /etc/v2ray-agent/warp/config >/dev/null 2>&1 fi fi if ! grep -q "IPv4-out" <"${configPath}10_ipv4_outbounds.json"; then cat <${configPath}10_ipv4_outbounds.json { "outbounds":[ { "protocol":"freedom", "settings":{ "domainStrategy":"UseIPv4" }, "tag":"IPv4-out" }, { "protocol":"freedom", "settings":{ "domainStrategy":"UseIPv6" }, "tag":"IPv6-out" }, { "protocol":"blackhole", "tag":"blackhole-out" } ] } EOF fi echoContent green " ---> WARP offload uninstall successful" else echoContent red " ---> Wrong selection" exit 0 fi reloadCore } # Diversion tool routingToolsMenu() { echoContent skyBlue "\nFunction 1/${totalProgress}: Diversion tool" echoContent red "\n================================================ =================" echoContent yellow "1.WARP diversion [Third-party IPv4]" echoContent yellow "2.WARP diversion [Third-party IPv6]" echoContent yellow "3.IPv6 offload" echoContent yellow "4.Any door diversion" echoContent yellow "5.DNS divert" echoContent yellow "6.VMess+WS+TLS offload" echoContent yellow "7.SNI reverse proxy offload" read -r -p "Please select:" selectType case ${selectType} in 1) warpRoutingReg 1 IPv4 ;; 2) warpRoutingReg 1 IPv6 ;; 3) ipv6Routing 1 ;; 4) dokodemoDoorRouting 1 ;; 5) dnsRouting 1 ;; 6) vmessWSRouting 1 ;; 7) sniRouting 1 ;; esac } #Streaming Toolbox streamingToolbox() { echoContent skyBlue "\nFunction 1/${totalProgress}: Streaming Media Toolbox" echoContent red "\n================================================ ============ =====" echoContent yellow "1.Any door floor machine unlocks streaming media" echoContent yellow "2.DNS unlock streaming media" echoContent yellow "3.VMess+WS+TLS to unlock streaming media" read -r -p "Please select:" selectType case ${selectType} in 1) dokodemoDoorRouting ;; 2) dnsRouting ;; 3) vmessWSRouting ;; esac } #Any door unlock streaming dokodemoDoorRouting() { echoContent skyBlue "\nFunction 1/${totalProgress}: any door diversion" echoContent red "\n================================================ =================" echoContent yellow "# Notes" echoContent yellow "# Tutorial: https://www.v2ray-agent.com/archives/ba-he-yi-jiao-ben-yu-ming-fen-liu-jiao-cheng \n" echoContent yellow "1.Add outbound" echoContent yellow "2.Add inbound" echoContent yellow "3.Uninstall" read -r -p "Please select:" selectType case ${selectType} in 1) setDokodemoDoorRoutingOutbounds ;; 2) setDokodemoDoorRoutingInbounds ;; 3) removeDokodemoDoorRouting ;; esac } # VMess+WS+TLS offload vmessWSRouting() { echoContent skyBlue "\nFunction 1/${totalProgress}: VMess+WS+TLS offload" echoContent red "\n================================================ =================" echoContent yellow "# Notes" echoContent yellow "# Tutorial: https://www.v2ray-agent.com/archives/ba-he-yi-jiao-ben-yu-ming-fen-liu-jiao-cheng \n" echoContent yellow "1.Add outbound" echoContent yellow "2.Uninstall" read -r -p "Please select:" selectType case ${selectType} in 1) setVMessWSRoutingOutbounds ;; 2) removeVMessWSRouting ;; esac } # Set VMess+WS+TLS [outbound only] setVMessWSRoutingOutbounds() { read -r -p "Please enter the address of VMess+WS+TLS:" setVMessWSTLSAddress echoContent red "================================================== ===============" echoContent yellow "Input example:netflix,openai\n" read -r -p "Please enter the domain name according to the above example:" domainList if [[ -z ${domainList} ]]; then echoContent red " ---> Domain name cannot be empty" setVMessWSRoutingOutbounds fi if [[ -n "${setVMessWSTLSAddress}" ]]; then unInstallOutboundsVMess-out echo read -r -p "Please enter the port of VMess+WS+TLS:" setVMessWSTLSPort echo if [[ -z "${setVMessWSTLSPort}" ]]; then echoContent red " ---> Port cannot be empty" fi read -r -p "Please enter the UUID of VMess+WS+TLS:" setVMessWSTLSUUID echo if [[ -z "${setVMessWSTLSUUID}" ]]; then echoContent red " ---> UUID cannot be empty" fi read -r -p "Please enter the Path of VMess+WS+TLS:" setVMessWSTLSPath echo if [[ -z "${setVMessWSTLSPath}" ]]; then echoContent red " ---> The path cannot be empty" elif ! echo "${setVMessWSTLSPath}" | grep -q "/"; then setVMessWSTLSPath="/${setVMessWSTLSPath}" fi outbounds=$(jq -r ".outbounds += [{\"tag\":\"VMess-out\",\"protocol\":\"vmess\",\"streamSettings\":{\"network\":\"ws\",\"security\":\"tls\",\"tlsSettings\":{\"allowInsecure\":false},\"wsSettings\":{\"path\":\"${setVMessWSTLSPath}\"}},\"mux\":{\"enabled\":true,\"concurrency\":8},\"settings\":{\"vnext\":[{\"address\":\"${setVMessWSTLSAddress}\",\"port\":${setVMessWSTLSPort},\"users\":[{\"id\":\"${setVMessWSTLSUUID}\",\"security\":\"auto\",\"alterId\":0}]}]}}]" ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json addInstallRouting VMess-out outboundTag "${domainList}" reloadCore echoContent green " ---> Added shunt successfully" exit 0 fi echoContent red " ---> The address cannot be empty" setVMessWSRoutingOutbounds } # Set any door diversion [outbound] setDokodemoDoorRoutingOutbounds() { read -r -p "Please enter the IP of the target vps:" setIP echoContent red "==============================================================" echoContent yellow "Input example:netflix,openai\n" read -r -p "Please enter the domain name according to the above example:" domainList if [[ -z ${domainList} ]]; then echoContent red " ---> Domain name cannot be empty" setDokodemoDoorRoutingOutbounds fi if [[ -n "${setIP}" ]]; then unInstallOutbounds dokodemoDoor-80 unInstallOutbounds dokodemoDoor-443 addInstallRouting dokodemoDoor-80 outboundTag "${domainList}" addInstallRouting dokodemoDoor-443 outboundTag "${domainList}" outbounds=$(jq -r ".outbounds += [{\"tag\":\"dokodemoDoor-80\",\"protocol\":\"freedom\",\"settings\":{\"domainStrategy\":\"AsIs\",\"redirect\":\"${setIP}:22387\"}},{\"tag\":\"dokodemoDoor-443\",\"protocol\":\"freedom\",\"settings\":{\"domainStrategy\":\"AsIs\",\"redirect\":\"${setIP}:22388\"}}]" ${configPath}10_ipv4_outbounds.json) echo "${outbounds}" | jq . >${configPath}10_ipv4_outbounds.json reloadCore echoContent green " ---> Add any door to divert successfully" exit 0 fi echoContent red " ---> ip cannot be empty" } # Set any door diversion [inbound] setDokodemoDoorRoutingInbounds() { echoContent skyBlue "\nFunction 1/${totalProgress}: Add inbound at any door" echoContent red "\n================================================ =================" echoContent yellow "ip entry example:1.1.1.1,1.1.1.2" echoContent yellow "The domain name below must be consistent with the outbound vps" echoContent yellow "Example of domain name entry: netflix,openai\n" read -r -p "Please enter the IP allowed to access the vps:" setIPs if [[ -n "${setIPs}" ]]; then read -r -p "Please enter the domain name according to the above example:" domainList allowPort 22387 allowPort 22388 cat <${configPath}01_dokodemoDoor_inbounds.json { "inbounds": [ { "listen": "0.0.0.0", "port": 22387, "protocol": "dokodemo-door", "settings": { "address": "0.0.0.0", "port": 80, "network": "tcp", "followRedirect": false }, "sniffing": { "enabled": true, "destOverride": [ "http" ] }, "tag": "dokodemoDoor-80" }, { "listen": "0.0.0.0", "port": 22388, "protocol": "dokodemo-door", "settings": { "address": "0.0.0.0", "port": 443, "network": "tcp", "followRedirect": false }, "sniffing": { "enabled": true, "destOverride": [ "tls" ] }, "tag": "dokodemoDoor-443" } ] } EOF local domains= domains=[] while read -r line; do local geositeStatus geositeStatus=$(curl -s "https://api.github.com/repos/v2fly/domain-list-community/contents/data/${line}" | jq .message) if [[ "${geositeStatus}" == "null" ]]; then domains=$(echo "${domains}" | jq -r '. += ["geosite:'"${line}"'"]') else domains=$(echo "${domains}" | jq -r '. += ["domain:'"${line}"'"]') fi done < <(echo "${domainList}" | tr ',' '\n') if [[ -f "${configPath}09_routing.json" ]]; then unInstallRouting dokodemoDoor-80 inboundTag unInstallRouting dokodemoDoor-443 inboundTag local routing routing=$(jq -r ".routing.rules += [{\"source\":[\"${setIPs//,/\",\"}\"],\"domains\":${domains},\"type\":\"field\",\"inboundTag\":[\"dokodemoDoor-80\",\"dokodemoDoor-443\"],\"outboundTag\":\"direct\"},{\"type\":\"field\",\"inboundTag\":[\"dokodemoDoor-80\",\"dokodemoDoor-443\"],\"outboundTag\":\"blackhole-out\"}]" ${configPath}09_routing.json) echo "${routing}" | jq . >${configPath}09_routing.json else cat <${configPath}09_routing.json { "routing": { "rules": [ { "source": [ "${setIPs//,/\",\"}" ], "domains":${domains}, "type": "field", "inboundTag": [ "dokodemoDoor-80", "dokodemoDoor-443" ], "outboundTag": "direct" }, { "type": "field", "inboundTag": [ "dokodemoDoor-80", "dokodemoDoor-443" ], "outboundTag": "blackhole-out" } ] } } EOF fi reloadCore echoContent green " ---> Added landing machine inbound traffic successfully" exit 0 fi echoContent red " ---> ip cannot be empty" } # Remove any door shunt removeDokodemoDoorRouting() { unInstallOutbounds dokodemoDoor-80 unInstallOutbounds dokodemoDoor-443 unInstallRouting dokodemoDoor-80 inboundTag unInstallRouting dokodemoDoor-443 inboundTag unInstallRouting dokodemoDoor-80 outboundTag unInstallRouting dokodemoDoor-443 outboundTag rm -rf ${configPath}01_dokodemoDoor_inbounds.json reloadCore echoContent green " ---> Uninstall successful" } # Remove VMess+WS+TLS shunt removeVMessWSRouting() { unInstallOutbounds VMess-out unInstallRouting VMess-out outboundTag reloadCore echoContent green " ---> Uninstall successful" } # Restart core reloadCore() { readInstallType if [[ "${coreInstallType}" == "1" ]]; then handleXray stop handleXray start elif [[ "${coreInstallType}" == "2" ]]; then handleV2Ray stop handleV2Ray start fi if [[ -n "${hysteriaConfigPath}" ]]; then handleHysteria stop handleHysteria start fi if [[ -n "${tuicConfigPath}" ]]; then handleTuic stop handleTuic start fi } # dns divert dnsRouting() { if [[ -z "${configPath}" ]]; then echoContent red " ---> Not installed, please use script to install" menu exit 0 fi echoContent skyBlue "\nFunction 1/${totalProgress}: DNS offloading" echoContent red "\n================================================ =================" echoContent yellow "# Notes" echoContent yellow "# Tutorial: https://www.v2ray-agent.com/archives/ba-he-yi-jiao-ben-yu-ming-fen-liu-jiao-cheng \n" echoContent yellow "1.Add" echoContent yellow "2.Uninstall" read -r -p "Please select:" selectType case ${selectType} in 1) setUnlockDNS ;; 2) removeUnlockDNS ;; esac } # SNI reverse proxy offload sniRouting() { if [[ -z "${configPath}" ]]; then echoContent red " ---> Not installed, please use script to install" menu exit 0 fi echoContent skyBlue "\nFunction 1/${totalProgress}: SNI reverse proxy offload" echoContent red "\n================================================ =================" echoContent yellow "# Notes" echoContent yellow "# Tutorial: https://www.v2ray-agent.com/archives/ba-he-yi-jiao-ben-yu-ming-fen-liu-jiao-cheng \n" echoContent yellow "1.Add" echoContent yellow "2.Uninstall" read -r -p "Please select:" selectType case ${selectType} in 1) setUnlockSNI ;; 2) removeUnlockSNI ;; esac } # Set up SNI offloading setUnlockSNI() { read -r -p "Please enter the SNI IP of the offload:" setSNIP if [[ -n ${setSNIP} ]]; then echoContent red "================================================== ===============" echoContent yellow "Input example: netflix, disney, hulu" read -r -p "Please enter the domain name according to the above example:" domainList if [[ -n "${domainList}" ]]; then local hosts={} while read -r domain; do hosts=$(echo "${hosts}" | jq -r ".\"geosite:${domain}\"=\"${setSNIP}\"") done < <(echo "${domainList}" | tr ',' '\n') cat <${configPath}11_dns.json { "dns": { "hosts":${hosts}, "servers": [ "8.8.8.8", "1.1.1.1" ] } } EOF echoContent red " ---> SNI reverse proxy distribution successful" reloadCore else echoContent red " ---> Domain name cannot be empty" fi else echoContent red " ---> SNI IP cannot be empty" fi exit 0 } # Set dns setUnlockDNS() { read -r -p "Please enter the diverted DNS:" setDNS if [[ -n ${setDNS} ]]; then echoContent red "================================================== ===============" echoContent yellow "Input example: netflix, disney, hulu" echoContent yellow "Please enter 1 for the default scheme. The default scheme includes the following content" echoContent yellow "netflix,bahamut,hulu,hbo,disney,bbc,4chan,fox,abema,dmm,niconico,pixiv,bilibili,viu" read -r -p "Please enter the domain name according to the above example:" domainList if [[ "${domainList}" == "1" ]]; then cat <${configPath}11_dns.json { "dns": { "servers": [ { "address": "${setDNS}", "port": 53, "domains": [ "geosite:netflix", "geosite:bahamut", "geosite:hulu", "geosite:hbo", "geosite:disney", "geosite:bbc", "geosite:4chan", "geosite:fox", "geosite:abema", "geosite:dmm", "geosite:niconico", "geosite:pixiv", "geosite:bilibili", "geosite:viu" ] }, "localhost" ] } } EOF elif [[ -n "${domainList}" ]]; then cat <${configPath}11_dns.json { "dns": { "servers": [ { "address": "${setDNS}", "port": 53, "domains": [ "geosite:${domainList//,/\",\"geosite:}" ] }, "localhost" ] } } EOF fi reloadCore echoContent yellow "\n ---> If you still can't watch, you can try the following two solutions" echoContent yellow "1.Restart vps" echoContent yellow "2.After uninstalling dns unlocking, modify the local [/etc/resolv.conf] DNS settings and restart vps\n" else echoContent red " ---> dns cannot be empty" fi exit 0 } # Remove DNS offloading removeUnlockDNS() { cat <${configPath}11_dns.json { "dns": { "servers": [ "localhost" ] } } EOF reloadCore echoContent green " ---> Uninstall successful" exit 0 } # Remove SNI shunt removeUnlockSNI() { cat <${configPath}11_dns.json { "dns": { "servers": [ "localhost" ] } } EOF reloadCore echoContent green " ---> Uninstall successful" exit 0 } # v2ray-core personalized installation customV2RayInstall() { echoContent skyBlue "\n========================Personalized installation================== ==========" echoContent yellow "VLESS is prefixed and 0 is installed by default. If you only need to install 0, just select 0" echoContent yellow "0.VLESS+TLS_Vision+TCP" echoContent yellow "1.VLESS+TLS+WS[CDN]" echoContent yellow "2.Trojan+TLS+gRPC[CDN]" echoContent yellow "3.VMess+TLS+WS[CDN]" echoContent yellow "4.Trojan+TLS" echoContent yellow "5.VLESS+TLS+gRPC[CDN]" read -r -p "Please select [multiple selection], [for example: 123]:" selectCustomInstallType echoContent skyBlue "------------------------------------------------- ---------------" if [[ -z ${selectCustomInstallType} ]]; then selectCustomInstallType=0 fi if [[ "${selectCustomInstallType}" =~ ^[0-5]+$ ]]; then cleanUp xrayClean checkBTPanel totalProgress=17 installTools 1 # Apply for tls initTLSNginxConfig 2 installTLS 3 handleNginx stop #random path if echo ${selectCustomInstallType} | grep -q 1 || echo ${selectCustomInstallType} | grep -q 3 || echo ${selectCustomInstallType} | grep -q 4; then randomPathFunction 5 customCDNIP 6 fi nginxBlog 7 updateRedirectNginxConf handleNginx start # Install V2Ray installV2Ray 8 installV2RayService 9 initV2RayConfig custom 10 cleanUp xrayDel installCronTLS 14 handleV2Ray stop handleV2Ray start # Generate account checkGFWStatue 15 showAccounts 16 else echoContent red " ---> Input is illegal" customV2RayInstall fi } # Xray-core personalized installation customXrayInstall() { echoContent skyBlue "\n========================Personalized installation================== ==========" echoContent yellow "VLESS is prefixed and 0 is installed by default. If you only need to install 0, just select 0" echoContent yellow "0.VLESS+TLS_Vision+TCP[recommended]" echoContent yellow "1.VLESS+TLS+WS[CDN]" echoContent yellow "2.Trojan+TLS+gRPC[CDN]" echoContent yellow "3.VMess+TLS+WS[CDN]" echoContent yellow "4.Trojan+TLS" echoContent yellow "5.VLESS+TLS+gRPC[CDN]" echoContent yellow "7.VLESS+Reality+uTLS+Vision[recommended]" # echoContent yellow "8.VLESS+Reality+gRPC" read -r -p "Please select [multiple selection], [for example: 123]:" selectCustomInstallType echoContent skyBlue "------------------------------------------------- --------- ------" if [[ -z ${selectCustomInstallType} ]]; then echoContent red " ---> cannot be empty" customXrayInstall elif [[ "${selectCustomInstallType}" =~ ^[0-7]+$ ]]; then if ! echo "${selectCustomInstallType}" | grep -q "0"; then selectCustomInstallType="0${selectCustomInstallType}" fi cleanUp v2rayClean checkBTPanel totalProgress=12 installTools 1 if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\nProgress 3/${totalProgress}: Pagoda panel detected, skip applying for TLS" handleXray stop customPortFunction else # Apply for tls initTLSNginxConfig 2 handleXray stop # handleNginx start installTLS 3 fi handleNginx stop #random path if echo "${selectCustomInstallType}" | grep -q 1 || echo "${selectCustomInstallType}" | grep -q 2 || echo "${selectCustomInstallType}" | grep -q 3 || echo "${selectCustomInstallType}" | grep -q 5; then randomPathFunction 4 customCDNIP 5 fi if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\nProgress 6/${totalProgress}: Pagoda panel detected, skipping disguised website" # echoContent red "============================================== ================" # echoContent yellow "# Notes" # echoContent yellow "The static directory under the currently installed website will be cleared. If it has been customized, please select [n]\n" # read -r -p "Please select [y/n]:" nginxBlogBTStatus # if [[ "${nginxBlogBTStatus}" == "y" ]]; then #nginxBlog 6 #fi else nginxBlog 6 fi updateRedirectNginxConf handleNginx start # Install Xray installXray 7 false installXrayService 8 initXrayConfig custom 9 cleanUp v2rayDel installCronTLS 10 handleXray stop handleXray start # Generate account checkGFWStatue 11 showAccounts 12 else echoContent red " ---> Input is illegal" customXrayInstall fi } # Select core installation---v2ray-core, xray-core selectCoreInstall() { echoContent skyBlue "\nFunction 1/${totalProgress}: Select core installation" echoContent red "\n================================================ =================" echoContent yellow "1.Xray-core" echoContent yellow "2.v2ray-core" echoContent red "================================================== ===============" read -r -p "Please select:" selectCoreType case ${selectCoreType} in 1) if [[ "${selectInstallType}" == "2" ]]; then customXrayInstall else xrayCoreInstall fi ;; 2) v2rayCoreVersion= echoContent red " ---> Since v2ray does not support many new features, maintenance is now discontinued in order to reduce development costs. It is recommended to use Xray-core, hysteria, and Tuic" exit 0 if [[ "${selectInstallType}" == "2" ]]; then customV2RayInstall else v2rayCoreInstall fi ;; 3) v2rayCoreVersion=v4.32.1 if [[ "${selectInstallType}" == "2" ]]; then customV2RayInstall else v2rayCoreInstall fi ;; *) echoContent red ' ---> Wrong selection, select again' selectCoreInstall ;; esac } # v2ray-core installation v2rayCoreInstall() { cleanUp xrayClean checkBTPanel selectCustomInstallType= totalProgress=13 installTools 2 # Apply for tls initTLSNginxConfig 3 handleV2Ray stop handleNginx start installTLS 4 handleNginx stop randomPathFunction 5 # Install V2Ray installV2Ray 6 installV2RayService 7 customCDNIP 8 initV2RayConfig all 9 cleanUp xrayDel installCronTLS 10 nginxBlog 11 updateRedirectNginxConf handleV2Ray stop sleep 2 handleV2Ray start handleNginx start # Generate account checkGFWStatue 12 showAccounts 13 } # xray-core installation xrayCoreInstall() { cleanUp v2rayClean checkBTPanel selectCustomInstallType= totalProgress=13 installTools 2 if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\nProgress 3/${totalProgress}: Pagoda panel detected, skip applying for TLS" handleXray stop customPortFunction else # Apply for tls initTLSNginxConfig 3 handleXray stop # handleNginx start installTLS 4 fi handleNginx stop randomPathFunction 5 # Install Xray installXray 6 false installXrayService 7 customCDNIP 8 initXrayConfig all 9 cleanUp v2rayDel installCronTLS 10 if [[ -n "${btDomain}" ]]; then echoContent skyBlue "\nProgress 11/${totalProgress}: Pagoda panel detected, skipping disguised website" # echoContent red "============================================== ================" # echoContent yellow "# Notes" # echoContent yellow "The static directory under the currently installed website will be cleared. If it has been customized, please select [n]\n" # read -r -p "Please select [y/n]:" nginxBlogBTStatus # if [[ "${nginxBlogBTStatus}" == "y" ]]; then #nginxBlog 11 #fi else nginxBlog 11 fi updateRedirectNginxConf handleXray stop sleep 2 handleXray start handleNginx start # Generate account checkGFWStatue 12 showAccounts 13 } #HysteriaInstallation hysteriaCoreInstall() { if ! echo "${currentInstallProtocolType}" | grep -q "0" || [[ -z "${coreInstallType}" ]]; then echoContent red "\n ---> Due to environmental dependencies, if you install hysteria, please install Xray-core's VLESS_TCP_TLS_Vision first" exit 0 fi totalProgress=5 installHysteria 1 initHysteriaConfig 2 installHysteriaService 3 reloadCore showAccounts 4 } # Uninstall hysteria unInstallHysteriaCore() { if [[ -z "${hysteriaConfigPath}" ]]; then echoContent red "\n ---> not installed" exit 0 fi deleteHysteriaPortHoppingRules handleHysteria stop rm -rf /etc/v2ray-agent/hysteria/* rm ${configPath}02_socks_inbounds_hysteria.json rm -rf /etc/systemd/system/hysteria.service echoContent green " ---> Uninstall completed" } # Uninstall Tuic unInstallTuicCore() { if [[ -z "${tuicConfigPath}" ]]; then echoContent red "\n ---> not installed" exit 0 fi handleTuic stop rm -rf /etc/v2ray-agent/tuic/* rm -rf /etc/systemd/system/tuic.service echoContent green " ---> Uninstall completed" } unInstallXrayCoreReality() { if [[ -z "${realityStatus}" ]]; then echoContent red "\n ---> not installed" exit 0 fi echoContent skyBlue "\nFunction 1/1: reality uninstall" echoContent red "\n================================================ =================" echoContent yellow "# Only delete VLESS Reality related configurations, other content will not be deleted." echoContent yellow "# If you need to uninstall other content, please uninstall the script function" handleXray stop rm /etc/v2ray-agent/xray/conf/07_VLESS_vision_reality_inbounds.json rm /etc/v2ray-agent/xray/conf/08_VLESS_reality_fallback_grpc_inbounds.json echoContent green " ---> Uninstall completed" } # Core Management coreVersionManageMenu() { if [[ -z "${coreInstallType}" ]]; then echoContent red "\n >The installation directory is not detected, please execute the script to install the content" menu exit 0 fi if [[ "${coreInstallType}" == "1" ]]; then xrayVersionManageMenu 1 elif [[ "${coreInstallType}" == "2" ]]; then v2rayCoreVersion= v2rayVersionManageMenu 1 fi } # Scheduled task check cronFunction() { if [[ "${cronName}" == "RenewTLS" ]]; then renewalTLS exit 0 elif [[ "${cronName}" == "UpdateGeo" ]]; then updateGeoSite >>/etc/v2ray-agent/crontab_updateGeoSite.log echoContent green " ---> geo update date: $(date "+%F %H:%M:%S")" >>/etc/v2ray-agent/crontab_updateGeoSite.log exit 0 fi } #Account management manageAccount() { echoContent skyBlue "\nFunction 1/${totalProgress}: Account Management" if [[ -z "${configPath}" ]]; then echoContent red " ---> not installed" exit 0 fi echoContent red "\n================================================ =================" echoContent yellow "# You can customize email and uuid when adding a single user" echoContent yellow "# If Hysteria or Tuic is installed, the account will be added to the corresponding type at the same time\n" echoContent yellow "1.Check account" echoContent yellow "2.View subscription" echoContent yellow "3.Add subscription" echoContent yellow "4.Add user" echoContent yellow "5.Delete user" echoContent red "================================================== ===============" read -r -p "Please enter:" manageAccountStatus if [[ "${manageAccountStatus}" == "1" ]]; then showAccounts 1 elif [[ "${manageAccountStatus}" == "2" ]]; then subscribe elif [[ "${manageAccountStatus}" == "3" ]]; then addSubscribeMenu 1 elif [[ "${manageAccountStatus}" == "4" ]]; then addUserXray elif [[ "${manageAccountStatus}" == "5" ]]; then removeUser else echoContent red " ---> Wrong selection" fi } #Add subscription addSubscribeMenu() { echoContent skyBlue "\n====================== Add other machine subscriptions==================== ===" echoContent yellow "1.Add" echoContent yellow "2.Remove" echoContent red "================================================== ===============" read -r -p "Please select:" addSubscribeStatus if [[ "${addSubscribeStatus}" == "1" ]]; then addOtherSubscribe elif [[ "${addSubscribeStatus}" == "2" ]]; then rm -rf /etc/v2ray-agent/subscribe_remote/clashMeta/* rm -rf /etc/v2ray-agent/subscribe_remote/default/* echo >/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl echoContent green " ---> Other machine subscriptions were deleted successfully" subscribe fi } # Add other machines to clashMeta subscription addOtherSubscribe() { echoContent yellow "#Notes:" echoContent yellow "Please read the following article carefully: https://www.v2ray-agent.com/archives/1681804748677" echoContent skyBlue "Input example: www.v2ray-agent.com:443:vps1\n" read -r -p "Please enter the domain name, port and machine alias:" remoteSubscribeUrl if [[ -z "${remoteSubscribeUrl}" ]]; then echoContent red " ---> cannot be empty" addSubscribe elif ! echo "${remoteSubscribeUrl}" | grep -q ":"; then echoContent red " ---> Rule is illegal" else echo "${remoteSubscribeUrl}" >>/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl local remoteUrl= remoteUrl=$(echo "${remoteSubscribeUrl}" | awk -F "[:]" '{print $1":"$2}') local serverAlias= serverAlias=$(echo "${remoteSubscribeUrl}" | awk -F "[:]" '{print $3}') if [[ -n $(ls /etc/v2ray-agent/subscribe/clashMeta/) || -n $(ls /etc/v2ray-agent/subscribe/default/) ]]; then find /etc/v2ray-agent/subscribe_local/default/* | while read -r email; do email=$(echo "${email}" | awk -F "[d][e][f][a][u][l][t][/]" '{print $2}') local emailMd5= emailMd5=$(echo -n "${email}$(cat "/etc/v2ray-agent/subscribe_local/subscribeSalt")"$'\n' | md5sum | awk '{print $1}') local clashMetaProxies= clashMetaProxies=$(curl -s -4 "https://${remoteUrl}/s/clashMeta/${emailMd5}" | sed '/proxies:/d' | sed "s/${email}/${email}_${serverAlias}/g") local default= default=$(curl -s -4 "https://${remoteUrl}/s/default/${emailMd5}" | base64 -d | sed "s/${email}/${email}_${serverAlias}/g") if echo "${default}" | grep -q "${email}"; then echo "${default}" >>"/etc/v2ray-agent/subscribe/default/${emailMd5}" echo "${default}" >>"/etc/v2ray-agent/subscribe_remote/default/${email}" echoContent green " ---> Universal subscription ${email} added successfully" else echoContent red " ---> Universal subscription ${email} does not exist" fi if echo "${clashMetaProxies}" | grep -q "${email}"; then echo "${clashMetaProxies}" >>"/etc/v2ray-agent/subscribe/clashMeta/${emailMd5}" echo "${clashMetaProxies}" >>"/etc/v2ray-agent/subscribe_remote/clashMeta/${email}" echoContent green " ---> clashMeta subscription ${email} added successfully" else echoContent red " ---> clashMeta subscription ${email} does not exist" fi done else echoContent red " ---> Please check the subscription first and then add the subscription" fi fi } # clashMeta configuration file clashMetaConfig() { local url=$1 local id=$2 cat <"/etc/v2ray-agent/subscribe/clashMetaProfiles/${id}" mixed-port: 7890 unified-delay: false geodata-mode: true tcp-concurrent: false find-process-mode: strict global-client-fingerprint: chrome allow-lan: true mode: rule log-level: info ipv6: true external-controller: 127.0.0.1:9090 geox-url: geoip: "https://testingcf.jsdelivr.net/gh/MetaCubeX/meta-rules-dat@release/geoip.dat" geosite: "https://testingcf.jsdelivr.net/gh/MetaCubeX/meta-rules-dat@release/geosite.dat" mmdb: "https://testingcf.jsdelivr.net/gh/MetaCubeX/meta-rules-dat@release/country.mmdb" profile: store-selected: true store-fake-ip: true sniffer: enable: false sniff: TLS: ports: [443] HTTP: ports: [80] override-destination: true tun: enable: true stack: system dns-hijack: - 'any:53' auto-route: true auto-detect-interface: true dns: enable: true listen: 0.0.0.0:1053 ipv6: true enhanced-mode: fake-ip fake-ip-range: 28.0.0.1/8 fake-ip-filter: - '*' - '+.lan' default-nameserver: - 223.5.5.5 nameserver: - 'tls://8.8.4.4#DNS_Proxy' - 'tls://1.0.0.1#DNS_Proxy' proxy-server-nameserver: - https://dns.alidns.com/dns-query#h3=true nameserver-policy: "geosite:cn,private": - 223.5.5.5 - 114.114.114.114 - https://dns.alidns.com/dns-query#h3=true proxy-providers: ${subscribeSalt}_provider: type: http path: ./${subscribeSalt}_provider.yaml url: ${url} interval: 3600 health-check: enable: false url: http://www.gstatic.com/generate_204 interval: 300 proxy-groups: - name: 节点选择 type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - 故障转移 - 负载均衡 - DIRECT - name: 流媒体 type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - 故障转移 - 负载均衡 - DIRECT - name: 手动切换 type: select use: - ${subscribeSalt}_provider proxies: null - name: 自动选择 type: url-test url: http://www.gstatic.com/generate_204 interval: 36000 tolerance: 50 use: - ${subscribeSalt}_provider proxies: null - name: 故障转移 type: fallback url: http://www.gstatic.com/generate_204 interval: 300 tolerance: 50 use: - ${subscribeSalt}_provider proxies: - 自动选择 - name: 负载均衡 type: load-balance url: http://www.gstatic.com/generate_204 interval: 300 tolerance: 50 use: - ${subscribeSalt}_provider proxies: null - name: 全球代理 type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: DNS_Proxy type: select use: - ${subscribeSalt}_provider proxies: - 自动选择 - 节点选择 - DIRECT - name: Telegram type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: YouTube type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - name: Netflix type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 节点选择 - 自动选择 - name: HBO type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 节点选择 - 自动选择 - name: Bing type: select use: - ${subscribeSalt}_provider proxies: - 节点选择 - 自动选择 - name: OpenAI type: select use: - ${subscribeSalt}_provider proxies: - 节点选择 - 自动选择 - name: Disney type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 节点选择 - 自动选择 - name: GitHub type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - DIRECT - name: Spotify type: select use: - ${subscribeSalt}_provider proxies: - 流媒体 - 手动切换 - 自动选择 - DIRECT - name: Google type: select use: - ${subscribeSalt}_provider proxies: - 手动切换 - 自动选择 - DIRECT - name: 国内媒体 type: select use: - ${subscribeSalt}_provider proxies: - DIRECT - name: 本地直连 type: select use: - ${subscribeSalt}_provider proxies: - DIRECT - 节点选择 - 自动选择 - name: 漏网之鱼 type: select use: - ${subscribeSalt}_provider proxies: - DIRECT - 节点选择 - 手动切换 - 自动选择 rule-providers: lan: type: http behavior: classical interval: 86400 url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Lan/Lan.yaml path: ./Rules/lan.yaml reject: type: http behavior: domain url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/reject.txt path: ./ruleset/reject.yaml interval: 86400 proxy: type: http behavior: domain url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/proxy.txt path: ./ruleset/proxy.yaml interval: 86400 direct: type: http behavior: domain url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/direct.txt path: ./ruleset/direct.yaml interval: 86400 private: type: http behavior: domain url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/private.txt path: ./ruleset/private.yaml interval: 86400 gfw: type: http behavior: domain url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/gfw.txt path: ./ruleset/gfw.yaml interval: 86400 greatfire: type: http behavior: domain url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/greatfire.txt path: ./ruleset/greatfire.yaml interval: 86400 tld-not-cn: type: http behavior: domain url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/tld-not-cn.txt path: ./ruleset/tld-not-cn.yaml interval: 86400 telegramcidr: type: http behavior: ipcidr url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/telegramcidr.txt path: ./ruleset/telegramcidr.yaml interval: 86400 applications: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/Loyalsoldier/clash-rules/release/applications.txt path: ./ruleset/applications.yaml interval: 86400 Disney: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Disney/Disney.yaml path: ./ruleset/disney.yaml interval: 86400 Netflix: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Netflix/Netflix.yaml path: ./ruleset/netflix.yaml interval: 86400 YouTube: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/YouTube/YouTube.yaml path: ./ruleset/youtube.yaml interval: 86400 HBO: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/HBO/HBO.yaml path: ./ruleset/hbo.yaml interval: 86400 OpenAI: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/OpenAI/OpenAI.yaml path: ./ruleset/openai.yaml interval: 86400 Bing: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Bing/Bing.yaml path: ./ruleset/bing.yaml interval: 86400 Google: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Google/Google.yaml path: ./ruleset/google.yaml interval: 86400 GitHub: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/GitHub/GitHub.yaml path: ./ruleset/github.yaml interval: 86400 Spotify: type: http behavior: classical url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/Spotify/Spotify.yaml path: ./ruleset/spotify.yaml interval: 86400 ChinaMaxDomain: type: http behavior: domain interval: 86400 url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/ChinaMax/ChinaMax_Domain.yaml path: ./Rules/ChinaMaxDomain.yaml ChinaMaxIPNoIPv6: type: http behavior: ipcidr interval: 86400 url: https://ghproxy.com/https://raw.githubusercontent.com/blackmatrix7/ios_rule_script/master/rule/Clash/ChinaMax/ChinaMax_IP_No_IPv6.yaml path: ./Rules/ChinaMaxIPNoIPv6.yaml rules: - RULE-SET,YouTube,YouTube,no-resolve - RULE-SET,Google,Google,no-resolve - RULE-SET,GitHub,GitHub - RULE-SET,telegramcidr,Telegram,no-resolve - RULE-SET,Spotify,Spotify,no-resolve - RULE-SET,Netflix,Netflix - RULE-SET,HBO,HBO - RULE-SET,Bing,Bing - RULE-SET,OpenAI,OpenAI - RULE-SET,Disney,Disney - RULE-SET,proxy,全球代理 - RULE-SET,gfw,全球代理 - RULE-SET,applications,本地直连 - RULE-SET,ChinaMaxDomain,本地直连 - RULE-SET,ChinaMaxIPNoIPv6,本地直连,no-resolve - RULE-SET,lan,本地直连,no-resolve - GEOIP,CN,本地直连 - MATCH,漏网之鱼 EOF } # Random salt initRandomSalt() { local chars="abcdefghijklmnopqrtuxyz" local initCustomPath= for i in {1..10}; do echo "${i}" >/dev/null initCustomPath+="${chars:RANDOM%${#chars}:1}" done echo "${initCustomPath}" } # Subscribe subscribe() { readInstallProtocolType if echo "${currentInstallProtocolType}" | grep -q 0 && [[ -n "${configPath}" ]]; then echoContent skyBlue "-------------------------Remarks--------------------- ----------" echoContent yellow "# Viewing subscriptions will regenerate local account subscriptions" echoContent yellow "# When adding an account or modifying an account, you need to re-check the subscription before the subscription content for external access will be regenerated" echoContent red "# You need to manually enter the md5 encrypted salt value. If you don't know, just use random" echoContent yellow "# Does not affect the content of added remote subscriptions\n" if [[ -f "/etc/v2ray-agent/subscribe_local/subscribeSalt" && -n $(cat "/etc/v2ray-agent/subscribe_local/subscribeSalt") ]]; then read -r -p "Read the Salt set by the last installation. Do you want to use the Salt generated last time? [y/n]:" historySaltStatus if [[ "${historySaltStatus}" == "y" ]]; then subscribeSalt=$(cat /etc/v2ray-agent/subscribe_local/subscribeSalt) else read -r -p "Please enter the salt value, [Enter] use random:" subscribeSalt fi else read -r -p "Please enter the salt value, [Enter] use random:" subscribeSalt fi if [[ -z "${subscribeSalt}" ]]; then subscribeSalt=$(initRandomSalt) fi echoContent yellow "\n ---> Salt: ${subscribeSalt}" echo "${subscribeSalt}" >/etc/v2ray-agent/subscribe_local/subscribeSalt rm -rf /etc/v2ray-agent/subscribe/default/* rm -rf /etc/v2ray-agent/subscribe/clashMeta/* rm -rf /etc/v2ray-agent/subscribe_local/default/* rm -rf /etc/v2ray-agent/subscribe_local/clashMeta/* showAccounts >/dev/null if [[ -n $(ls /etc/v2ray-agent/subscribe_local/default/) ]]; then find /etc/v2ray-agent/subscribe_local/default/* | while read -r email; do email=$(echo "${email}" | awk -F "[d][e][f][a][u][l][t][/]" '{print $2}') # md5 encryption local emailMd5= emailMd5=$(echo -n "${email}${subscribeSalt}"$'\n' | md5sum | awk '{print $1}') cat "/etc/v2ray-agent/subscribe_local/default/${email}" >>"/etc/v2ray-agent/subscribe/default/${emailMd5}" if [[ -f "/etc/v2ray-agent/subscribe_remote/default/${email}" ]]; then echo >"/etc/v2ray-agent/subscribe_remote/default/${email}_tmp" while read -r remoteUrl; do updateRemoteSubscribe "${emailMd5}" "${email}" "${remoteUrl}" "default" done < <(grep "VLESS_TCP/TLS_Vision" <"/etc/v2ray-agent/subscribe_remote/default/${email}" | awk -F "@" '{print $2}' | awk -F "?" '{print $1}') echo >"/etc/v2ray-agent/subscribe_remote/default/${email}" cat "/etc/v2ray-agent/subscribe_remote/default/${email}_tmp" >"/etc/v2ray-agent/subscribe_remote/default/${email}" cat "/etc/v2ray-agent/subscribe_remote/default/${email}" >>"/etc/v2ray-agent/subscribe/default/${emailMd5}" fi local base64Result base64Result=$(base64 -w 0 "/etc/v2ray-agent/subscribe/default/${emailMd5}") echo "${base64Result}" >"/etc/v2ray-agent/subscribe/default/${emailMd5}" echoContent yellow "--------------------------------------------------------------" local currentDomain=${currentHost} if [[ -n "${currentDefaultPort}" && "${currentDefaultPort}" != "443" ]]; then currentDomain="${currentHost}:${currentDefaultPort}" fi echoContent skyBlue "\n----------Default subscription----------\n" echoContent green "email:${email}\n" echoContent yellow "url:https://${currentDomain}/s/default/${emailMd5}\n" echoContent yellow "Online QR code: https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=https://${currentDomain}/s/default/${emailMd5}\n " echo "https://${currentDomain}/s/default/${emailMd5}" | qrencode -s 10 -m 1 -t UTF8 #clashMeta if [[ -f "/etc/v2ray-agent/subscribe_local/clashMeta/${email}" ]]; then cat "/etc/v2ray-agent/subscribe_local/clashMeta/${email}" >>"/etc/v2ray-agent/subscribe/clashMeta/${emailMd5}" if [[ -f "/etc/v2ray-agent/subscribe_remote/clashMeta/${email}" ]]; then echo >"/etc/v2ray-agent/subscribe_remote/clashMeta/${email}_tmp" while read -r remoteUrl; do updateRemoteSubscribe "${emailMd5}" "${email}" "${remoteUrl}" "ClashMeta" done < <(grep -A3 "VLESS_TCP/TLS_Vision" <"/etc/v2ray-agent/subscribe_remote/clashMeta/${email}" | awk '/server:|port:/ {print $2}' | paste -d ':' - -) echo >"/etc/v2ray-agent/subscribe_remote/clashMeta/${email}" cat "/etc/v2ray-agent/subscribe_remote/clashMeta/${email}_tmp" >"/etc/v2ray-agent/subscribe_remote/clashMeta/${email}" cat "/etc/v2ray-agent/subscribe_remote/clashMeta/${email}" >>"/etc/v2ray-agent/subscribe/clashMeta/${emailMd5}" fi sed -i '1i\proxies:' "/etc/v2ray-agent/subscribe/clashMeta/${emailMd5}" local clashProxyUrl="https://${currentDomain}/s/clashMeta/${emailMd5}" clashMetaConfig "${clashProxyUrl}" "${emailMd5}" echoContent skyBlue "\n----------clashMeta subscription----------\n" echoContent yellow "url:https://${currentDomain}/s/clashMetaProfiles/${emailMd5}\n" echoContent yellow "Online QR code: https://api.qrserver.com/v1/create-qr-code/?size=400x400&data=https://${currentDomain}/s/clashMetaProfiles/${emailMd5}\n " echo "https://${currentDomain}/s/clashMetaProfiles/${emailMd5}" | qrencode -s 10 -m 1 -t UTF8 fi echoContent skyBlue "------------------------------------------------- ---------------" done fi else echoContent red " ---> The disguise site is not installed and the subscription service cannot be used" fi } # Update remote subscription updateRemoteSubscribe() { local emailMD5=$1 local email=$2 local remoteUrl=$3 local type=$4 local remoteDomain= remoteDomain=$(echo "${remoteUrl}" | awk -F ":" '{print $1}') local serverAlias= serverAlias=$(grep "${remoteDomain}" <"/etc/v2ray-agent/subscribe_remote/remoteSubscribeUrl" | awk -F ":" '{print $3}') if [[ "${type}" == "ClashMeta" ]]; then local clashMetaProxies= clashMetaProxies=$(curl -s -4 "https://${remoteUrl}/s/clashMeta/${emailMD5}" | sed '/proxies:/d' | sed "s/${email}/${email}_${serverAlias}/g") if echo "${clashMetaProxies}" | grep -q "${email}"; then echo "${clashMetaProxies}" >>"/etc/v2ray-agent/subscribe_remote/clashMeta/${email}_tmp" echoContent green " ---> clashMeta subscription ${remoteDomain}:${email} updated successfully" else echoContent red " ---> clashMeta subscription ${remoteDomain}:${email} does not exist" fi elif [[ "${type}" == "default" ]]; then local default= default=$(curl -s -4 "https://${remoteUrl}/s/default/${emailMD5}" | base64 -d | sed "s/${email}/${email}_${serverAlias}/g") if echo "${default}" | grep -q "${email}"; then echo "${default}" >>"/etc/v2ray-agent/subscribe_remote/default/${email}_tmp" echoContent green " ---> Universal subscription ${remoteDomain}:${email} updated successfully" else echoContent red " ---> Universal subscription ${remoteDomain}:${email} does not exist" fi fi } # switch alpn switchAlpn() { echoContent skyBlue "\nFunction 1/${totalProgress}: switch alpn" if [[ -z ${currentAlpn} ]]; then echoContent red " ---> Unable to read alpn, please check whether it is installed" exit 0 fi echoContent red "\n================================================ =================" echoContent green "The first bit of the current alpn is: ${currentAlpn}" echoContent yellow "1.When http/1.1 is the first, trojan is available, and some gRPC clients are available [the client supports manual selection of alpn]" echoContent yellow "2.When h2 is the first, gRPC is available, and some trojan clients are available [the client supports manual selection of alpn]" echoContent yellow "3.If the client does not support manual alpn replacement, it is recommended to use this function to change the server alpn order to use the corresponding protocol" echoContent red "================================================== ===============" if [[ "${currentAlpn}" == "http/1.1" ]]; then echoContent yellow "1.Switch alpn h2 first" elif [[ "${currentAlpn}" == "h2" ]]; then echoContent yellow "1.Switch alpn http/1.1 first" else echoContent red 'does not comply' fi echoContent red "================================================== ===============" read -r -p "Please select:" selectSwitchAlpnType if [[ "${selectSwitchAlpnType}" == "1" && "${currentAlpn}" == "http/1.1" ]]; then local frontingTypeJSON frontingTypeJSON=$(jq -r ".inbounds[0].streamSettings.tlsSettings.alpn = [\"h2\",\"http/1.1\"]" ${configPath}${frontingType}.json) echo "${frontingTypeJSON}" | jq . >${configPath}${frontingType}.json elif [[ "${selectSwitchAlpnType}" == "1" && "${currentAlpn}" == "h2" ]]; then local frontingTypeJSON frontingTypeJSON=$(jq -r ".inbounds[0].streamSettings.tlsSettings.alpn =[\"http/1.1\",\"h2\"]" ${configPath}${frontingType}.json) echo "${frontingTypeJSON}" | jq . >${configPath}${frontingType}.json else echoContent red " ---> Wrong selection" exit 0 fi reloadCore } #Initialize realityKey initRealityKey() { echoContent skyBlue "\n========================== Generate key ================= =========\n" if [[ -n "${currentRealityPublicKey}" ]]; then read -r -p "Read the last installation record. Do you want to use the PublicKey/PrivateKey from the last installation? [y/n]:" historyKeyStatus if [[ "${historyKeyStatus}" == "y" ]]; then realityPrivateKey=${currentRealityPrivateKey} realityPublicKey=${currentRealityPublicKey} fi fi if [[ -z "${realityPrivateKey}" ]]; then realityX25519Key=$(/etc/v2ray-agent/xray/xray x25519) realityPrivateKey=$(echo "${realityX25519Key}" | head -1 | awk '{print $3}') realityPublicKey=$(echo "${realityX25519Key}" | tail -n 1 | awk '{print $3}') fi echoContent green "\n privateKey:${realityPrivateKey}" echoContent green "\n publicKey:${realityPublicKey}" } # Check whether the reality domain name matches checkRealityDest() { local traceResult= traceResult=$(curl -s "https://$(echo "${realityDestDomain}" | cut -d ':' -f 1)/cdn-cgi/trace" | grep "visit_scheme=https") if [[ -n "${traceResult}" ]]; then echoContent red "\n ---> The domain name used is detected, hosted on cloudflare and the proxy is enabled. Using this type of domain name may cause VPS traffic to be used by others [not recommended]\n" read -r -p "Continue? [y/n]" setRealityDestStatus if [[ "${setRealityDestStatus}" != 'y' ]]; then exit 0 fi echoContent yellow "\n --->Ignore the risks and continue using" fi } #Initialize reality dest initRealityDest() { if [[ -n "${domain}" ]]; then realityDestDomain=${domain}:${port} else local realityDestDomainList= realityDestDomainList="gateway.icloud.com,itunes.apple.com,swdist.apple.com,swcdn.apple.com,updates.cdn-apple.com,mensura.cdn-apple.com,osxapps.itunes.apple.com,aod.itunes.apple.com,download-installer.cdn.mozilla.net,addons.mozilla.org,s0.awsstatic.com,d1.awsstatic.com,images-na.ssl-images-amazon.com,m.media-amazon.com,player.live-video.net,one-piece.com,lol.secure.dyn.riotcdn.net,www.lovelive-anime.jp,www.nokia.com,auth.riotgames.com,xsso.riotgames.com,csgo.com" echoContent skyBlue "\n====== Generate a domain name with fallback configuration , for example : [addons.mozilla.org:443] ======\n" echoContent green "Fallback domain name list: https://www.v2ray-agent.com/archives/1680104902581#heading-8\n" read -r -p "Please enter [Enter] to use random:" realityDestDomain if [[ -z "${realityDestDomain}" ]]; then local randomNum= randomNum=$((RANDOM % 24 + 1)) realityDestDomain=$(echo "${realityDestDomainList}" | awk -F ',' -v randomNum="$randomNum" '{print $randomNum":443"}') fi if ! echo "${realityDestDomain}" | grep -q ":"; then echoContent red "\n ---> The domain name does not comply with the standard, please re-enter" initRealityDest else checkRealityDest echoContent yellow "\n ---> Fallback domain name: ${realityDestDomain}" fi fi } # Initialize the ServersName available to the client initRealityClientServersName() { if [[ -n "${domain}" ]]; then realityServerNames=\"${domain}\" elif [[ -n "${realityDestDomain}" ]]; then realityServerNames=$(echo "${realityDestDomain}" | cut -d ":" -f 1) realityServerNames=\"${realityServerNames//,/\",\"}\" else echoContent skyBlue "\n================ Configure serverNames available to the client ================\n" echoContent yellow "#Notes" echoContent green "List of serverNames available to the client: https://www.v2ray-agent.com/archives/1680104902581#heading-8\n" echoContent yellow "Input example: addons.mozilla.org\n" read -r -p "Please enter [Enter] to use random:" realityServerNames if [[ -z "${realityServerNames}" ]]; then realityServerNames=\"addons.mozilla.org\" else realityServerNames=\"${realityServerNames//,/\",\"}\" fi fi echoContent yellow "\n ---> Available client domain names: ${realityServerNames}\n" } #Initialize the reality port initRealityPort() { if [[ -n "${currentRealityPort}" ]]; then read -r -p "Read the last installation record. Do you want to use the port from the last installation? [y/n]:" historyRealityPortStatus if [[ "${historyRealityPortStatus}" == "y" ]]; then realityPort=${currentRealityPort} fi fi # todo Read the VLESS_TLS_Vision port and prompt whether to use it. There may be ambiguity here if [[ -z "${realityPort}" ]]; then if [[ -n "${port}" ]]; then read -r -p "Do you use TLS+Vision port? [y/n]:" realityPortTLSVisionStatus if [[ "${realityPortTLSVisionStatus}" == "y" ]]; then realityPort=${port} fi fi if [[ -z "${realityPort}" ]]; then echoContent yellow "Please enter the port [Enter random 10000-30000]" read -r -p "port:" realityPort if [[ -z "${realityPort}" ]]; then realityPort=$((RANDOM % 20001 + 10000)) fi fi if [[ -n "${realityPort}" && "${currentRealityPort}" == "${realityPort}" ]]; then handleXray stop else checkPort "${realityPort}" # if [[ -n "${port}" && "${port}" == "${realityPort}" ]]; then # echoContent red "The port cannot be the same as Vision--->" # echo #realityPort= #fi fi fi if [[ -z "${realityPort}" ]]; then initRealityPort else allowPort "${realityPort}" echoContent yellow "\n ---> Port: ${realityPort}" fi } #Initialize reality configuration initXrayRealityConfig() { echoContent skyBlue "\nProgress$1/${totalProgress}: Initializing Xray-core reality configuration" initRealityPort initRealityKey initRealityDest initRealityClientServersName } # Modify reality domain name port and other information updateXrayRealityConfig() { local realityVisionResult realityVisionResult=$(jq -r ".inbounds[0].port = ${realityPort}" ${configPath}07_VLESS_vision_reality_inbounds.json) realityVisionResult=$(echo "${realityVisionResult}" | jq -r ".inbounds[0].streamSettings.realitySettings.dest = \"${realityDestDomain}\"") realityVisionResult=$(echo "${realityVisionResult}" | jq -r ".inbounds[0].streamSettings.realitySettings.serverNames = [${realityServerNames}]") realityVisionResult=$(echo "${realityVisionResult}" | jq -r ".inbounds[0].streamSettings.realitySettings.privateKey = \"${realityPrivateKey}\"") realityVisionResult=$(echo "${realityVisionResult}" | jq -r ".inbounds[0].streamSettings.realitySettings.publicKey = \"${realityPublicKey}\"") echo "${realityVisionResult}" | jq . >${configPath}07_VLESS_vision_reality_inbounds.json reloadCore echoContent green " ---> Modification completed" } # xray-core Reality installation xrayCoreRealityInstall() { totalProgress=13 installTools 2 # Download core # prereleaseStatus=true #updateXray installXray 3 false # Generate privateKey, configure fallback address, and configure serverNames installXrayService 6 # initXrayRealityConfig 5 #Initialize configuration initXrayConfig custom 7 handleXray stop cleanUp v2rayClean sleep 2 # start up handleXray start # Generate account showAccounts 8 } #realitymanagement manageReality() { echoContent skyBlue "\nProgress 1/1: reality management" echoContent red "\n================================================ =================" if [[ -n "${realityStatus}" ]]; then echoContent yellow "1.Reinstall" echoContent yellow "2.Uninstall" echoContent yellow "3.Change configuration" else echoContent yellow "1.Installation" fi echoContent red "================================================== ===============" read -r -p "Please select:" installRealityStatus if [[ "${installRealityStatus}" == "1" ]]; then selectCustomInstallType="7" xrayCoreRealityInstall elif [[ "${installRealityStatus}" == "2" ]]; then unInstallXrayCoreReality elif [[ "${installRealityStatus}" == "3" ]]; then initXrayRealityConfig 1 updateXrayRealityConfig fi } # hysteriaadmin manageHysteria() { echoContent skyBlue "\nProgress 1/1: Hysteria Management" echoContent red "\n================================================ =================" local hysteriaStatus= if [[ -n "${hysteriaConfigPath}" ]]; then echoContent yellow "1.Reinstall" echoContent yellow "2.Uninstall" echoContent yellow "3.Port jump management" echoContent yellow "4.core management" echoContent yellow "5.View log" hysteriaStatus=true else echoContent yellow "1.Installation" fi echoContent red "================================================== ===============" read -r -p "Please select:" installHysteriaStatus if [[ "${installHysteriaStatus}" == "1" ]]; then hysteriaCoreInstall elif [[ "${installHysteriaStatus}" == "2" && "${hysteriaStatus}" == "true" ]]; then unInstallHysteriaCore elif [[ "${installHysteriaStatus}" == "3" && "${hysteriaStatus}" == "true" ]]; then hysteriaPortHoppingMenu elif [[ "${installHysteriaStatus}" == "4" && "${hysteriaStatus}" == "true" ]]; then hysteriaVersionManageMenu 1 elif [[ "${installHysteriaStatus}" == "5" && "${hysteriaStatus}" == "true" ]]; then journalctl -fu hysteria fi } #tuicadmin manageTuic() { echoContent skyBlue "\nProgress 1/1: Tuic Management" echoContent red "\n================================================ =================" local tuicStatus= if [[ -n "${tuicConfigPath}" ]]; then echoContent yellow "1.Reinstall" echoContent yellow "2.Uninstall" echoContent yellow "3.core management" echoContent yellow "4.View log" tuicStatus=true else echoContent yellow "1.Installation" fi echoContent red "================================================== ===============" read -r -p "Please select:" installTuicStatus if [[ "${installTuicStatus}" == "1" ]]; then tuicCoreInstall elif [[ "${installTuicStatus}" == "2" && "${tuicStatus}" == "true" ]]; then unInstallTuicCore elif [[ "${installTuicStatus}" == "3" && "${tuicStatus}" == "true" ]]; then tuicVersionManageMenu 1 elif [[ "${installTuicStatus}" == "4" && "${tuicStatus}" == "true" ]]; then journalctl -fu tuic fi } # hysteria version management hysteriaVersionManageMenu() { echoContent skyBlue "\nProgress$1/${totalProgress}: Hysteria version management" if [[ ! -d "/etc/v2ray-agent/hysteria/" ]]; then echoContent red " ---> The installation directory is not detected, please execute the script to install the content" menu exit 0 fi echoContent red "\n================================================ =================" echoContent yellow "1.Upgrade Hysteria" echoContent yellow "2.Close Hysteria" echoContent yellow "3.Open Hysteria" echoContent yellow "4.Restart Hysteria" echoContent red "================================================== ===============" read -r -p "Please select:" selectHysteriaType if [[ "${selectHysteriaType}" == "1" ]]; then installHysteria 1 handleHysteria start elif [[ "${selectHysteriaType}" == "2" ]]; then handleHysteria stop elif [[ "${selectHysteriaType}" == "3" ]]; then handleHysteria start elif [[ "${selectHysteriaType}" == "4" ]]; then handleHysteria stop handleHysteria start fi } # Tuic version management tuicVersionManageMenu() { echoContent skyBlue "\nProgress$1/${totalProgress}: Tuic version management" if [[ ! -d "/etc/v2ray-agent/tuic/" ]]; then echoContent red " ---> The installation directory is not detected, please execute the script to install the content" menu exit 0 fi echoContent red "\n================================================ =================" echoContent yellow "1.Upgrade Tuic" echoContent yellow "2.Close Tuic" echoContent yellow "3.Open Tuic" echoContent yellow "4.Restart Tuic" echoContent red "================================================== ===============" read -r -p "Please select:" selectTuicType if [[ "${selectTuicType}" == "1" ]]; then installTuic 1 handleTuic start elif [[ "${selectTuicType}" == "2" ]]; then handleTuic stop elif [[ "${selectTuicType}" == "3" ]]; then handleTuic start elif [[ "${selectTuicType}" == "4" ]]; then handleTuic stop handleTuic start fi } # main menu menu() { cd "$HOME" || exit echoContent red "\n================================================ =================" echoContent green "Author: mack-a" echoContent green "Current version: v2.10.20" echoContent green "Github: https://github.com/mack-a/v2ray-agent" echoContent green "Description: 8-in-1 coexistence script\c" showInstallStatus checkWgetShowProgress echoContent red "\n============================ Promotion area================ ============" echoContent red " " echoContent green "For promotion, please contact TG: @mackaff\n" echoContent green "VPS purchasing guide: https://www.v2ray-agent.com/archives/1679975663984" echoContent green "Low-price VPS AS4837 with an annual payment of 10 US dollars: https://www.v2ray-agent.com/archives/racknerdtao-can-zheng-li-nian-fu-10mei-yuan" echoContent red "================================================== ===============" if [[ -n "${coreInstallType}" ]]; then echoContent yellow "1.Reinstall" else echoContent yellow "1.Installation" fi echoContent yellow "2.Install in any combination" if echo ${currentInstallProtocolType} | grep -q trojan; then echoContent yellow "3.Switch VLESS[XTLS]" elif echo ${currentInstallProtocolType} | grep -q 0; then echoContent yellow "3.Switch Trojan[XTLS]" fi echoContent yellow "4.Hysteria Management" echoContent yellow "5.REALITY Management" echoContent yellow "6.Tuic Management" echoContent skyBlue "-------------------------Tool Management-------------------- ---------" echoContent yellow "7.Account management" echoContent yellow "8.Change the camouflage station" echoContent yellow "9.Update certificate" echoContent yellow "10.Change CDN node" echoContent yellow "11.Diversion tool" echoContent yellow "12.Add new port" echoContent yellow "13.BT download management" echoContent yellow "14.Switch alpn" echoContent yellow "15.Domain name blacklist" echoContent skyBlue "-------------------------Version Management-------------------- ---------" echoContent yellow "16.core management" echoContent yellow "17.Update script" echoContent yellow "18.Install BBR and DD scripts" echoContent skyBlue "-------------------------Script Management-------------------- --- ------" echoContent yellow "19.View log" echoContent yellow "20.Uninstall script" echoContent red "================================================== ===============" mkdirTools aliasInstall read -r -p "Please select:" selectInstallType case ${selectInstallType} in 1) selectCoreInstall ;; 2) selectCoreInstall ;; 3) initXrayFrontingConfig 1 ;; 4) manageHysteria ;; 5) manageReality 1 ;; 6) manageTuic ;; 7) manageAccount 1 ;; 8) updateNginxBlog 1 ;; 9) renewalTLS 1 ;; 10) updateV2RayCDN 1 ;; 11) routingToolsMenu 1 ;; 12) addCorePort 1 ;; 13) btTools 1 ;; 14) switchAlpn 1 ;; 15) blacklist 1 ;; 16) coreVersionManageMenu 1 ;; 17) updateV2RayAgent 1 ;; 18) bbrInstall ;; 19) checkLog 1 ;; 20) unInstall 1 ;; esac } cronFunction menu ================================================ FILE: shell/send_email.sh ================================================ #!/usr/bin/env bash touch /var/local/mail.log currentIP=$(curl -s -4 whatismyip.akamai.com) historyIP=$(cat /var/local/mail.log) if [[ ${currentIP} = ${historyIP} ]];then echo '不发送邮件' echo '不发送邮件' >> /tmp/mail.log exit fi echo ${currentIP}|mail -s ${currentIP} xxx@163.com echo ${currentIP} > /var/local/mail.log ================================================ FILE: shell/ufw_remove.sh ================================================ #!/usr/bin/env bash # wget -P /tmp -N --no-check-certificate "https://raw.githubusercontent.com/mack-a/v2ray-agent/master/shell/ufw_remove.sh" && chmod 700 /tmp/ufw_remove.sh && /tmp/ufw_remove.sh systemctl stop ufw systemctl disable ufw iptables -F iptables -I INPUT -i eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT iptables -I OUTPUT -o eth0 -d 0.0.0.0/0 -j ACCEPT