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      menu.sh

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menu.sh
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@ -2,14 +2,14 @@
export LANG=en_US.UTF-8
# 当前脚本版本号和新增功能
VERSION=2.43
VERSION=2.44
declare -A T
T[E0]="\n Language:\n 1.English (default) \n 2.简体中文\n"
T[C0]="${T[E0]}"
T[E1]="1. Support NAT VPS. Such as Woiden"
T[C1]="1. 支持 NAT 服务器，例如 Woiden"
T[E1]="To avoid uninstalled dependencies causing other programs to work improperly, there is a list to confirm before. The default is not to uninstall automatically."
T[C1]="为了避免删除的依赖导致其他程序工作不正常，卸载依赖前有列表确认。默认不自动卸载。"
T[E2]="The script must be run as root, you can enter sudo -i and then download and run again. Feedback: [https://github.com/fscarmen/warp/issues]"
T[C2]="必须以root方式运行脚本，可以输入 sudo -i 后重新下载运行，问题反馈:[https://github.com/fscarmen/warp/issues]"
T[E3]="The TUN module is not loaded. You should turn it on in the control panel. Ask the supplier for more help. Feedback: [https://github.com/fscarmen/warp/issues]"
@ -38,8 +38,8 @@ T[E14]="Got the WARP IP successfully."
T[C14]="已成功获取 WARP 网络"
T[E15]="WARP is turned off. It could be turned on again by [warp o]"
T[C15]="已暂停 WARP，再次开启可以用 warp o"
T[E16]="The script specifically adds WARP network interface for VPS, detailed:[https://github.com/fscarmen/warp]\n Features:\n * Support WARP+ account. Third-party scripts are use to increase WARP+ quota or upgrade kernel.\n * Not only menus, but commands with option.\n * Intelligent analysis of operating system：Ubuntu 16.04、18.04、20.04、22.04，Debian 9、10、11，CentOS 7、8、9, Alpine, Arch Linux 3. Be sure to choose the LTS system. And architecture：AMD or ARM\n * Automatically select four WireGuard solutions. Performance: Kernel with WireGuard integration＞Install kernel module＞wireguard-go\n * Intelligent analysis of the latest version of the WGCF\n * Suppert WARP Linux client.\n * Output WARP status, IP region and asn\n"
T[C16]="本项目专为 VPS 添加 wgcf 网络接口，详细说明：[https://github.com/fscarmen/warp]\n脚本特点:\n * 支持 WARP+ 账户，附带第三方刷 WARP+ 流量和升级内核 BBR 脚本\n * 普通用户友好的菜单，进阶者通过后缀选项快速搭建\n * 智能判断操作系统：Ubuntu 、Debian 、CentOS、 Alpine 和 Arch Linux，请务必选择 LTS 系统；硬件结构类型：AMD 或者 ARM\n * 结合 Linux 版本和虚拟化方式，自动优选4个 WireGuard 方案。网络性能方面：内核集成 WireGuard＞安装内核模块＞wireguard-go\n * 智能判断 WGCF 作者 github库的最新版本 （Latest release）\n * 支持 WARP Linux Socks5 Client\n * 输出执行结果，提示是否使用 WARP IP ，IP 归属地和线路提供商\n"
T[E16]="The script specifically adds WARP network interface for VPS, detailed:[https://github.com/fscarmen/warp]\n Features:\n\t * Support WARP+ account. Third-party scripts are use to increase WARP+ quota or upgrade kernel.\n\t * Not only menus, but commands with option.\n\t * Support system: Ubuntu 16.04、18.04、20.04、22.04,Debian 9、10、11,CentOS 7、8、9, Alpine, Arch Linux 3.\n\t * Support architecture: AMD,ARM and s390x\n\t * Automatically select four WireGuard solutions. Performance: Kernel with WireGuard integration > Install kernel module > wireguard-go\n\t * Intelligent analysis of the latest version of the WGCF\n\t * Suppert WARP Linux client.\n\t * Output WARP status, IP region and asn\n"
T[C16]="本项目专为 VPS 添加 wgcf 网络接口，详细说明: [https://github.com/fscarmen/warp]\n 脚本特点:\n\t * 支持 WARP+ 账户，附带第三方刷 WARP+ 流量和升级内核 BBR 脚本\n\t * 普通用户友好的菜单，进阶者通过后缀选项快速搭建\n\t * 智能判断操作系统: Ubuntu 、Debian 、CentOS、 Alpine 和 Arch Linux，请务必选择 LTS 系统\n\t * 支持硬件结构类型: AMD、 ARM 和 s390x\n\t * 结合 Linux 版本和虚拟化方式，自动优选4个 WireGuard 方案。网络性能方面: 内核集成 WireGuard > 安装内核模块 > wireguard-go\n\t * 智能判断 WGCF 作者 github库的最新版本 （Latest release）\n\t * 支持 WARP Linux Socks5 Client\n\t * 输出执行结果，提示是否使用 WARP IP ，IP 归属地和线路提供商\n"
T[E17]="Version"
T[C17]="脚本版本"
T[E18]="New features"
@ -68,8 +68,8 @@ T[E29]="Input errors up to 5 times.The script is aborted."
T[C29]="输入错误达5次，脚本退出"
T[E30]="License should be 26 characters, please re-enter WARP+ License. Otherwise press Enter to continue. \(\${i} times remaining\):"
T[C30]="License 应为26位字符，请重新输入 WARP+ License，没有可回车继续\(剩余\${i}次\):"
T[E31]="\n 1.Update with WARP+ license\n 2.Update with Teams (You need upload the Teams file to a private storage space before. For example: gist.github.com)\n"
T[C31]="\n 1.使用 WARP+ license 升级\n 2.使用 Teams 升级 (你须事前把 Teams 文件上传到私密存储空间，比如：gist.github.com )\n"
T[E31]="1.Update with WARP+ license\n 2.Update with Teams (You need upload the Teams file to a private storage space before. For example: gist.github.com)"
T[C31]="1.使用 WARP+ license 升级\n 2.使用 Teams 升级 (你须事前把 Teams 文件上传到私密存储空间，比如:gist.github.com )"
T[E32]="Step 1/3: Install dependencies..."
T[C32]="进度 1/3: 安装系统依赖……"
T[E33]="Step 2/3: WGCF is ready"
@ -89,9 +89,9 @@ T[C39]="运行 WARP"
T[E40]="\$COMPANY vps needs to restart and run [warp n] to open WARP."
T[C40]="\$COMPANY vps 需要重启后运行 warp n 才能打开 WARP,现执行重启"
T[E41]="Congratulations! WARP\$TYPE is turned on. Spend time:\$(( end - start )) seconds.\\\n The script runs today: \$TODAY. Total:\$TOTAL"
T[C41]="恭喜！WARP\$TYPE 已开启，总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数：\$TOTAL"
T[C41]="恭喜！WARP\$TYPE 已开启，总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数:\$TOTAL"
T[E42]="Congratulations! WARP is turned on. Spend time:\$(( end - start )) seconds.\\\n The script runs on today: \$TODAY. Total:\$TOTAL"
T[C42]="恭喜！WARP 已开启，总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数：\$TOTAL"
T[C42]="恭喜！WARP 已开启，总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数:\$TOTAL"
T[E43]="Run again with warp [option] [lisence], such as"
T[C43]="再次运行用 warp [option] [lisence]，如"
T[E44]="WARP installation failed. Feedback: [https://github.com/fscarmen/warp/issues]"
@ -114,8 +114,8 @@ T[E52]="Please input WARP+ ID:"
T[C52]="请输入 WARP+ ID:"
T[E53]="WARP+ ID should be 36 characters, please re-enter \(\${i} times remaining\):"
T[C53]="WARP+ ID 应为36位字符，请重新输入 \(剩余\${i}次\):"
T[E54]="Getting the WARP+ quota by the following 3 authors:\n * [ALIILAPRO]，[https://github.com/ALIILAPRO/warp-plus-cloudflare]\n * [mixool]，[https://github.com/mixool/across/tree/master/wireguard]\n * [SoftCreatR]，[https://github.com/SoftCreatR/warp-up]\n * Open the 1.1.1.1 app\n * Click on the hamburger menu button on the top-right corner\n * Navigate to: Account > Key\n Important：Refresh WARP+ quota： 三 --> Advanced --> Connection options --> Reset keys\n It is best to run script with screen."
T[C54]="刷 WARP+ 流量用可选择以下三位作者的成熟作品，请熟知:\n * [ALIILAPRO]，地址[https://github.com/ALIILAPRO/warp-plus-cloudflare]\n * [mixool]，地址[https://github.com/mixool/across/tree/master/wireguard]\n * [SoftCreatR]，地址[https://github.com/SoftCreatR/warp-up]\n 下载地址：https://1.1.1.1/，访问和苹果外区 ID 自理\n 获取 WARP+ ID 填到下面。方法：App右上角菜单 三 --> 高级 --> 诊断 --> ID\n 重要：刷脚本后流量没有增加处理：右上角菜单 三 --> 高级 --> 连接选项 --> 重置加密密钥\n 最好配合 screen 在后台运行任务"
T[E54]="Getting the WARP+ quota by the following 3 authors:\n * [ALIILAPRO]，[https://github.com/ALIILAPRO/warp-plus-cloudflare]\n * [mixool]，[https://github.com/mixool/across/tree/master/wireguard]\n * [SoftCreatR]，[https://github.com/SoftCreatR/warp-up]\n * Open the 1.1.1.1 app\n * Click on the hamburger menu button on the top-right corner\n * Navigate to: Account > Key\n Important:Refresh WARP+ quota: 三 --> Advanced --> Connection options --> Reset keys\n It is best to run script with screen."
T[C54]="刷 WARP+ 流量用可选择以下三位作者的成熟作品，请熟知:\n * [ALIILAPRO]，地址[https://github.com/ALIILAPRO/warp-plus-cloudflare]\n * [mixool]，地址[https://github.com/mixool/across/tree/master/wireguard]\n * [SoftCreatR]，地址[https://github.com/SoftCreatR/warp-up]\n 下载地址:https://1.1.1.1/，访问和苹果外区 ID 自理\n 获取 WARP+ ID 填到下面。方法:App右上角菜单 三 --> 高级 --> 诊断 --> ID\n 重要:刷脚本后流量没有增加处理:右上角菜单 三 --> 高级 --> 连接选项 --> 重置加密密钥\n 最好配合 screen 在后台运行任务"
T[E55]="1.Run [ALIILAPRO] script\n 2.Run [mixool] script\n 3.Run [SoftCreatR] script"
T[C55]="1.运行 [ALIILAPRO] 脚本\n 2.运行 [mixool] 脚本\n 3.运行 [SoftCreatR] 脚本"
T[E56]="The current Netflix region is \$REGION. Confirm press [y] . If you want another regions, please enter the two-digit region abbreviation. \(such as hk,sg. Default is \$REGION\):"
@ -125,9 +125,9 @@ T[C57]="你希望获取的目标流量值，单位为 GB，输入数字即可，
T[E58]="WARP+ or Teams account is working now. Quota: \$QUOTA. No need to upgrade."
T[C58]="已经是 WARP+ 或者 Teams 账户，剩余流量: \$QUOTA，不需要升级"
T[E59]="Cannot find the account file: /etc/wireguard/wgcf-account.toml, you can reinstall with the WARP+ License"
T[C59]="找不到账户文件：/etc/wireguard/wgcf-account.toml，可以卸载后重装，输入 WARP+ License"
T[C59]="找不到账户文件:/etc/wireguard/wgcf-account.toml，可以卸载后重装，输入 WARP+ License"
T[E60]="Cannot find the configuration file: /etc/wireguard/wgcf.conf, you can reinstall with the WARP+ License"
T[C60]="找不到配置文件： /etc/wireguard/wgcf.conf，可以卸载后重装，输入 WARP+ License"
T[C60]="找不到配置文件: /etc/wireguard/wgcf.conf，可以卸载后重装，输入 WARP+ License"
T[E61]="Please Input WARP+ license:"
T[C61]="请输入WARP+ License:"
T[E62]="Successfully upgraded to a WARP+ account"
@ -164,18 +164,18 @@ T[E77]="Turn off WARP (warp o)"
T[C77]="暂时关闭 WARP (warp o)"
T[E78]="Upgrade to WARP+ or Teams account (warp a)"
T[C78]="升级为 WARP+ 或 Teams 账户 (warp a)"
T[E79]=""
T[C79]=""
T[E79]="Do you uninstall the following dependencies (if any)? Please note that this will potentially prevent other programs that are using the dependency from working properly.\\\n\\\n \$UNINSTALL_DEPENDENCIES_LIST"
T[C79]="是否卸载以下依赖（如有）？请注意，这将有可能使其他正在使用该依赖的程序不能正常工作\\\n\\\n \$UNINSTALL_DEPENDENCIES_LIST"
T[E80]="Professional one-click script for WARP to unblock streaming media (Supports multi-platform, multi-mode and TG push)"
T[C80]="WARP 解锁 Netflix 等流媒体专业一键(支持多平台、多方式和 TG 通知)"
T[E81]="Step 3/3: Searching for the best MTU value is ready."
T[C81]="进度 3/3：寻找 MTU 最优值已完成"
T[C81]="进度 3/3: 寻找 MTU 最优值已完成"
T[E82]="Install CloudFlare Client and set mode to Proxy (bash menu.sh c)"
T[C82]="安装 CloudFlare Client 并设置为 Proxy 模式 (bash menu.sh c)"
T[E83]="Step 1/2: Installing WARP Client..."
T[C83]="进度 1/2： 安装 Client……"
T[C83]="进度 1/2: 安装 Client……"
T[E84]="Step 2/2: Setting Client Mode"
T[C84]="进度 2/2： 设置 Client 模式"
T[C84]="进度 2/2: 设置 Client 模式"
T[E85]="Client was installed.\n connect/disconnect by [warp r].\n uninstall by [warp u]"
T[C85]="Linux Client 已安装\n 连接/断开: warp r\n 卸载: warp u"
T[E86]="Client is working. Socks5 proxy listening on: \$(ss -nltp | grep -E 'warp|wireproxy' | grep -oP '127.0*\S+')"
@ -195,7 +195,7 @@ T[C92]="(!!! 已安装，请勿选择)"
T[E93]="Client is not installed."
T[C93]="Client 未安装"
T[E94]="Congratulations! WARP\$AC Linux Client is working. Spend time:\$(( end - start )) seconds.\\\n The script runs on today: \$TODAY. Total:\$TOTAL"
T[C94]="恭喜！WARP\$AC Linux Client 工作中, 总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数：\$TOTAL"
T[C94]="恭喜！WARP\$AC Linux Client 工作中, 总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数:\$TOTAL"
T[E95]="Client works with non-WARP IPv4. The script is aborted. Feedback: [https://github.com/fscarmen/warp/issues]"
T[C95]="Client 在非 WARP IPv4 下才能工作正常，脚本中止，问题反馈:[https://github.com/fscarmen/warp/issues]"
T[E96]="Client connecting failure. It may be a CloudFlare IPv4."
@ -216,8 +216,8 @@ T[E103]="Port 40000 is in use. Please input another Port\(\${i} times remaining\
T[C103]="40000 端口占用中，请使用另一端口\(剩余\${i}次\):"
T[E104]="Please customize the Client port (It must be 4-5 digits. Default to 40000 if it is blank):"
T[C104]="请自定义 Client 端口号 (必须为4-5位自然数，如果不输入，会默认40000):"
T[E105]="\n Please choose the priority:\n 1.IPv4 (default)\n 2.IPv6\n 3.Use initial settings\n"
T[C105]="\n 请选择优先级别:\n 1.IPv4 (默认)\n 2.IPv6\n 3.使用 VPS 初始设置\n"
T[E105]="Please choose the priority:\n 1.IPv4 (default)\n 2.IPv6\n 3.Use initial settings"
T[C105]="请选择优先级别:\n 1.IPv4 (默认)\n 2.IPv6\n 3.使用 VPS 初始设置"
T[E106]="IPv6 priority"
T[C106]="IPv6 优先"
T[E107]="IPv4 priority"
@ -254,8 +254,8 @@ T[E122]="Port change to \$PORT succeeded."
T[C122]="端口成功更换至 \$PORT"
T[E123]="Change the WARP IP to support Netflix (warp i)"
T[C123]="更换支持 Netflix 的 IP (warp i)"
T[E124]="\n 1. Brush WARP IPv4 (default)\n 2. Brush WARP IPv6\n"
T[C124]="\n 1. 刷 WARP IPv4 (默认)\n 2. 刷 WARP IPv6\n"
T[E124]="1. Brush WARP IPv4 (default)\n 2. Brush WARP IPv6"
T[C124]="1. 刷 WARP IPv4 (默认)\n 2. 刷 WARP IPv6"
T[E125]="\$(date +'%F %T') Region: \$REGION Done. IPv\$NF: \$WAN \$COUNTRY \$ASNORG. Retest after 1 hour. Brush ip runing time:\$DAY days \$HOUR hours \$MIN minutes \$SEC seconds"
T[C125]="\$(date +'%F %T') 区域 \$REGION 解锁成功，IPv\$NF: \$WAN \$COUNTRY \$ASNORG，1 小时后重新测试，刷 IP 运行时长: \$DAY 天 \$HOUR 时 \$MIN 分 \$SEC 秒"
T[E126]="\$(date +'%F %T') Try \${i}. Failed. IPv\$NF: \$WAN \$COUNTRY \$ASNORG. Retry after \${j} seconds. Brush ip runing time:\$DAY days \$HOUR hours \$MIN minutes \$SEC seconds"
@ -266,12 +266,12 @@ T[E128]="Successfully upgraded to a WARP Teams account"
T[C128]="已升级为 WARP Teams 账户"
T[E129]="The current Teams account is unavailable, automatically switch back to the free account"
T[C129]="当前 Teams 账户不可用，自动切换回免费账户"
T[E130]="\\\n Please confirm\\\n Private key\\\t: \$PRIVATEKEY \$MATCH1\\\n Public key\\\t: \$PUBLICKEY \$MATCH2\\\n Address IPv4\\\t: \$ADDRESS4/32 \$MATCH3\\\n Address IPv6\\\t: \$ADDRESS6/128 \$MATCH4\\\n"
T[C130]="\\\n 请确认Teams 信息\\\n Private key\\\t: \$PRIVATEKEY \$MATCH1\\\n Public key\\\t: \$PUBLICKEY \$MATCH2\\\n Address IPv4\\\t: \$ADDRESS4/32 \$MATCH3\\\n Address IPv6\\\t: \$ADDRESS6/128 \$MATCH4\\\n"
T[E130]="Please confirm\\\n Private key\\\t: \$PRIVATEKEY \$MATCH1\\\n Public key\\\t: \$PUBLICKEY \$MATCH2\\\n Address IPv4\\\t: \$ADDRESS4/32 \$MATCH3\\\n Address IPv6\\\t: \$ADDRESS6/128 \$MATCH4"
T[C130]="请确认Teams 信息\\\n Private key\\\t: \$PRIVATEKEY \$MATCH1\\\n Public key\\\t: \$PUBLICKEY \$MATCH2\\\n Address IPv4\\\t: \$ADDRESS4/32 \$MATCH3\\\n Address IPv6\\\t: \$ADDRESS6/128 \$MATCH4"
T[E131]="comfirm please enter [y] , and other keys to use free account:"
T[C131]="确认请按 y ，其他按键则使用免费账户:"
T[E132]="\n Is there a WARP+ or Teams account?\n 1. WARP+\n 2. Teams\n 3. use free account (default)\n"
T[C132]="\n 如有 WARP+ 或 Teams 账户请选择\n 1. WARP+\n 2. Teams\n 3. 使用免费账户 (默认)\n"
T[E132]="Is there a WARP+ or Teams account?\n 1. WARP+\n 2. Teams\n 3. use free account (default)"
T[C132]="如有 WARP+ 或 Teams 账户请选择\n 1. WARP+\n 2. Teams\n 3. 使用免费账户 (默认)"
T[E133]="Device name: \$(grep -s 'Device name' /etc/wireguard/info.log | awk '{ print \$NF }')\\\n Quota: \$QUOTA"
T[C133]="设备名: \$(grep -s 'Device name' /etc/wireguard/info.log | awk '{ print \$NF }')\\\n 剩余流量: \$QUOTA"
T[E134]="Curren architecture \$(uname -m) is not supported. Feedback: [https://github.com/fscarmen/warp/issues]"
@ -296,8 +296,8 @@ T[E143]="Change Client or WireProxy port"
T[C143]="更改 Client 或 WireProxy 端口"
T[E144]="Install WARP IPv6 interface"
T[C144]="安装 WARP IPv6 网络接口"
T[E145]="\\\n WARP ineterface can be switched to the following:\\\n 1. \$OPTION1\\\n 2. \$OPTION2\\\n 0. \${T[\${L}76]}\\\n"
T[C145]="\\\n WARP 网络接口可以切换为以下方式:\\\n 1. \$OPTION1\\\n 2. \$OPTION2\\\n 0. \${T[\${L}76]}\\\n"
T[E145]="WARP ineterface can be switched to the following:\\\n 1. \$OPTION1\\\n 2. \$OPTION2\\\n 0. \${T[\${L}76]}"
T[C145]="WARP 网络接口可以切换为以下方式:\\\n 1. \$OPTION1\\\n 2. \$OPTION2\\\n 0. \${T[\${L}76]}"
T[E146]="Cannot switch to the same form as the current one."
T[C146]="不能切换为当前一样的形态"
T[E147]="Not available for IPv6 only VPS"
@ -305,17 +305,16 @@ T[C147]="IPv6 only VPS 不能使用此方案"
T[E148]="Install wireproxy. Wireguard client that exposes itself as a socks5 proxy or tunnels (bash menu.sh w)"
T[C148]="安装 wireproxy，让 WARP 在本地创建一个 socks5 代理 (bash menu.sh w)"
T[E149]="Congratulations! WirePorxy is working. Spend time:\$(( end - start )) seconds.\\\n The script runs on today: \$TODAY. Total:\$TOTAL"
T[C149]="恭喜！WirePorxy 工作中, 总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数：\$TOTAL"
T[E150]="\n WGCF WARP, WARP Linux Client, WireProxy hasn't been installed yet. The script is aborted.\n"
T[C150]="\n WGCF WARP, WARP Linux Client 和 WireProxy 均未安装，脚本退出\n"
T[E151]="\n 1. WARP Linux Client account\n 2. WireProxy account\n"
T[C151]="\n 1. WARP Linux Client 账户\n 2. WireProxy 账户\n"
T[E152]="\n 1. WGCF WARP account\n 2. WireProxy account\n"
T[C152]="\n 1. WGCF WARP 账户\n 2. WireProxy 账户\n"
T[E153]="\n 1. WGCF WARP account\n 2. WARP Linux Client account\n"
T[C153]="\n 1. WGCF WARP 账户\n 2. WARP Linux Client 账户\n"
T[E154]="\n 1. WGCF WARP account\n 2. WARP Linux Client account\n 3. WireProxy account\n"
T[C154]="\n 1. WGCF WARP 账户\n 2. WARP Linux Client 账户\n 3. WireProxy 账户\n"
T[C149]="恭喜！WirePorxy 工作中, 总耗时:\$(( end - start ))秒， 脚本当天运行次数:\$TODAY，累计运行次数:\$TOTAL"
T[E150]="WGCF WARP, WARP Linux Client, WireProxy hasn't been installed yet. The script is aborted.\n"
T[E151]="1. WARP Linux Client account\n 2. WireProxy account"
T[C151]="1. WARP Linux Client 账户\n 2. WireProxy 账户"
T[E152]="1. WGCF WARP account\n 2. WireProxy account"
T[C152]="1. WGCF WARP 账户\n 2. WireProxy 账户"
T[E153]="1. WGCF WARP account\n 2. WARP Linux Client account"
T[C153]="1. WGCF WARP 账户\n 2. WARP Linux Client 账户"
T[E154]="1. WGCF WARP account\n 2. WARP Linux Client account\n 3. WireProxy account"
T[C154]="1. WGCF WARP 账户\n 2. WARP Linux Client 账户\n 3. WireProxy 账户"
T[E155]="WGCF WARP has not been installed yet."
T[C155]="WGCF WARP 还未安装"
T[E156]="(!!! AMD64 only, do not select.)"
@ -346,6 +345,10 @@ T[E168]="Install CloudFlare Client and set mode to WARP (bash menu.sh l)"
T[C168]="安装 CloudFlare Client 并设置为 WARP 模式 (bash menu.sh l)"
T[E169]="WARP\$AC IPv4: \$WAN4 \$WARPSTATUS4 \$COUNTRY4 \$ASNORG4"
T[C169]="WARP\$AC IPv4: \$WAN4 \$WARPSTATUS4 \$COUNTRY4 \$ASNORG4"
T[E170]="Confirm all uninstallation please press [y], other keys do not uninstall by default:"
T[C170]="确认全部卸载请按y，其他键默认不卸载:"
T[E171]="Uninstall dependencies were complete."
T[C171]="依赖卸载成功"
# 自定义字体彩色，read 函数，友道翻译函数
red(){ echo -e "\033[31m\033[01m$@\033[0m"; }
@ -399,7 +402,7 @@ check_operating_system(){
# 自定义 Alpine 系统若干函数
alpine_wgcf_restart(){ wg-quick down wgcf >/dev/null 2>&1; wg-quick up wgcf >/dev/null 2>&1; }
alpine_wgcf_enable(){ echo 'nohup wg-quick up wgcf &' > /etc/local.d/wgcf.start; chmod +x /etc/local.d/wgcf.start; rc-update add local; }
alpine_wgcf_enable(){ echo -e "/opt/warp-go/tun.sh\nnohup /opt/warp-go/warp-go --config=/opt/warp-go/warp.conf &" > /etc/local.d/wgcf.start; chmod +x /etc/local.d/wgcf.start; rc-update add local; }
REGEX=("debian" "ubuntu" "centos|red hat|kernel|oracle linux|alma|rocky" "'amazon linux'" "alpine" "arch linux")
RELEASE=("Debian" "Ubuntu" "CentOS" "CentOS" "Alpine" "Arch")
@ -427,7 +430,9 @@ check_operating_system(){
check_dependencies(){
type -p curl >/dev/null 2>&1 || (yellow " ${T[${L}7]} " && ${PACKAGE_INSTALL[int]} curl 2>/dev/null) || (yellow " ${T[${L}8]} " && ${PACKAGE_UPDATE[int]} && ${PACKAGE_INSTALL[int]} curl 2>/dev/null)
! type -p curl >/dev/null 2>&1 && red " ${T[${L}9]} " && exit 1
[[ $SYSTEM = Alpine ]] && ! type -p curl >/dev/null 2>&1 && ${PACKAGE_UPDATE[int]} && ${PACKAGE_INSTALL[int]} curl wget grep
# 对于 alpine 系统，升级库并重新安装依赖
[[ $SYSTEM = Alpine && ! -e /etc/wireguard/menu.sh ]] && (${PACKAGE_UPDATE[int]}; ${PACKAGE_INSTALL[int]} curl wget grep)
}
# 检测 IPv4 IPv6 信息，WARP Ineterface 开启，普通还是 Plus账户 和 IP 信息
@ -559,7 +564,7 @@ change_ip(){
grep -q "^#.*\:\:\/0" /etc/wireguard/wgcf.conf && T6=0 || T6=1
case "$T4$T6" in
01 ) NF='6';; 10 ) NF='4';;
11 ) yellow " ${T[${L}124]} " && reading " ${T[${L}50]} " NETFLIX
11 ) yellow "\n ${T[${L}124]} \n" && reading " ${T[${L}50]} " NETFLIX
NF='4' && [[ $NETFLIX = 2 ]] && NF='6';;
esac
@ -651,7 +656,7 @@ change_ip(){
REGION=${REGION:-'US'}
echo "$REGION" | grep -qi "$EXPECT" && green " $(eval echo "${T[${L}125]}") " && i=0 && sleep 1h || wireproxy_restart
else
wireproxy_restart
wireproxy_restart
fi
done
}
@ -686,7 +691,7 @@ change_ip(){
case "$b" in
0 ) red " ${T[${L}150]} " && exit 1;;
1|2|4 ) ${CHANGE_IP1[b]};;
* ) yellow " ${SHOW_CHOOSE[b]} " && reading " ${T[${L}50]} " MODE
* ) yellow "\n ${SHOW_CHOOSE[b]} \n" && reading " ${T[${L}50]} " MODE
case "$MODE" in
[1-3] ) $(eval echo "\${CHANGE_IP$MODE[b]}");;
* ) red " ${T[${L}51]} [1-3] "; sleep 1; change_ip;;
@ -716,8 +721,6 @@ uninstall(){
uninstall_wgcf(){
wg-quick down wgcf >/dev/null 2>&1
systemctl disable --now wg-quick@wgcf >/dev/null 2>&1
[[ $SYSTEM != "Arch" ]] && ${PACKAGE_UNINSTALL[int]} wireguard-dkms ipset dnsmasq resolvconf 2>/dev/null
${PACKAGE_UNINSTALL[int]} wireguard-tools openresolv 2>/dev/null
rpm -e wireguard-tools 2>/dev/null
[[ $(systemctl is-active systemd-resolved) != active ]] && systemctl enable --now systemd-resolved >/dev/null 2>&1
rm -rf /usr/bin/wgcf /etc/wireguard /usr/bin/wireguard-go wgcf-account.toml wgcf-profile.conf /usr/bin/warp /etc/dnsmasq.d/warp.conf /usr/bin/wireproxy
@ -741,8 +744,6 @@ uninstall(){
# 卸载 WirePorxy
uninstall_wireproxy(){
systemctl disable --now wireproxy
[[ $SYSTEM != "Arch" ]] && ${PACKAGE_UNINSTALL[int]} wireguard-dkms resolvconf 2>/dev/null
${PACKAGE_UNINSTALL[int]} openresolv 2>/dev/null
rm -rf /usr/bin/wgcf /etc/wireguard /usr/bin/wireguard-go wgcf-account.toml wgcf-profile.conf /usr/bin/warp /etc/dnsmasq.d/warp.conf /usr/bin/wireproxy /lib/systemd/system/wireproxy.service
[[ -e /etc/gai.conf ]] && sed -i '/^precedence \:\:ffff\:0\:0/d;/^label 2002\:\:\/16/d' /etc/gai.conf
[[ -e /usr/bin/tun.sh ]] && rm -f /usr/bin/tun.sh && sed -i '/tun.sh/d' /etc/crontab
@ -752,13 +753,28 @@ uninstall(){
[[ -e /etc/wireguard/warp_unlock.sh ]] && bash <(curl -sSL https://raw.githubusercontent.com/fscarmen/warp_unlock/main/unlock.sh) -U -$L
# 根据已安装情况执行卸载任务并显示结果
UNINSTALL_CHECK=("wg-quick" "warp-cli" "wireproxy")
UNINSTALL_DO=("uninstall_wgcf" "uninstall_proxy" "uninstall_wireproxy")
UNINSTALL_RESULT=("${T[${L}117]}" "${T[${L}119]}" "${T[${L}98]}")
for ((i=0; i<${#UNINSTALL_CHECK}; i++)); do
type -p ${UNINSTALL_CHECK[i]} >/dev/null 2>&1 && (${UNINSTALL_DO[i]}; green " ${UNINSTALL_RESULT[i]} ")
UNINSTALL_CHECK=("wg-quick" "warp-cli" "wireproxy")
UNINSTALL_DO=("uninstall_wgcf" "uninstall_proxy" "uninstall_wireproxy")
UNINSTALL_DEPENDENCIES=("wireguard-tools openresolv " "" " openresolv ")
UNINSTALL_NOT_ARCH=("wireguard-dkms ipset dnsmasq resolvconf " "" "wireguard-dkms resolvconf ")
UNINSTALL_RESULT=("${T[${L}117]}" "${T[${L}119]}" "${T[${L}98]}")
for ((i=0; i<${#UNINSTALL_CHECK[@]}; i++)); do
type -p ${UNINSTALL_CHECK[i]} >/dev/null 2>&1 && UNINSTALL_DO_LIST[i]=1 && UNINSTALL_DEPENDENCIES_LIST+=${UNINSTALL_DEPENDENCIES[i]} &&
[[ $SYSTEM != "Arch" ]] && UNINSTALL_DEPENDENCIES_LIST+=${UNINSTALL_NOT_ARCH[i]}
done
# 列出依赖，确认是手动还是自动卸载
UNINSTALL_DEPENDENCIES_LIST=$(echo $UNINSTALL_DEPENDENCIES_LIST | sed "s/ /\n/g" | sort -u | paste -d " " -s)
yellow "\n $(eval echo "${T[${L}79]}") \n" && reading " ${T[${L}170]} " CONFIRM_UNINSTALL
# 卸载核心程序
for ((i=0; i<${#UNINSTALL_DO_LIST[@]}; i++)); do
[ ${UNINSTALL_DO_LIST[i]} = 1 ] && (${UNINSTALL_DO[i]}; green " ${UNINSTALL_RESULT[i]} ")
done
# 选择自动卸载依赖执行以下
[[ $CONFIRM_UNINSTALL = [Yy] ]] && (${PACKAGE_UNINSTALL[int]} $UNINSTALL_DEPENDENCIES_LIST 2>/dev/null; green " ${T[${L}171]} \n")
# 显示卸载结果
ip4_info; [[ $L = C && -n "$COUNTRY4" ]] && COUNTRY4=$(translate "$COUNTRY4")
ip6_info; [[ $L = C && -n "$COUNTRY6" ]] && COUNTRY6=$(translate "$COUNTRY6")
@ -770,7 +786,7 @@ ver(){
wget -N -P /etc/wireguard https://raw.githubusercontent.com/fscarmen/warp/main/menu.sh || wget -N -P /etc/wireguard https://raw.githubusercontent.com/fscarmen/warp/main/menu.sh
chmod +x /etc/wireguard/menu.sh
ln -sf /etc/wireguard/menu.sh /usr/bin/warp
green " ${T[${L}64]}:$(grep ^VERSION /etc/wireguard/menu.sh | sed "s/.*=//g") ${T[${L}18]}：$(grep "T\[${L}1]" /etc/wireguard/menu.sh | cut -d \" -f2) " || red " ${T[${L}65]} "
green " ${T[${L}64]}:$(grep ^VERSION /etc/wireguard/menu.sh | sed "s/.*=//g") ${T[${L}18]}:$(grep "T\[${L}1]" /etc/wireguard/menu.sh | cut -d \" -f2) " || red " ${T[${L}65]} "
exit
}
@ -850,7 +866,8 @@ wireproxy_onoff(){
systemctl stop wireproxy
[[ ! $(ss -nltp) =~ 'wireproxy' ]] && green " ${T[${L}158]} "
else systemctl start wireproxy
else
systemctl start wireproxy
sleep 1 && proxy_info
[[ $(ss -nltp) =~ 'wireproxy' ]] && green " ${T[${L}99]}\n $(eval echo "${T[${L}162]}") "
[[ -n "$QUOTA" ]] && green " ${T[${L}63]}: $QUOTA "
@ -868,7 +885,6 @@ check_stack(){
fi
CASE=("@0" "0@" "0@0" "@1" "0@1" "1@" "1@0" "1@1")
for ((m=0;m<${#CASE[@]};m++)); do [[ $T4@$T6 = ${CASE[m]} ]] && break; done
NATIVE=("IPv6 only" "IPv4 only" "${T[${L}69]}")
WARP_BEFORE=("" "" "" "WARP IPv6 only" "WARP IPv6" "WARP IPv4 only" "WARP IPv4" "${T[${L}70]}")
WARP_AFTER1=("" "" "" "WARP IPv4" "WARP IPv4" "WARP IPv6" "WARP IPv6" "WARP IPv4")
WARP_AFTER2=("" "" "" "${T[${L}70]}" "${T[${L}70]}" "${T[${L}70]}" "${T[${L}70]}" "WARP IPv6")
@ -906,7 +922,7 @@ stack_switch(){
[[ "$T4@$T6@$SWITCHCHOOSE" =~ '1@0@4'|'0@1@6'|'1@1@D' ]] && red " ${T[${L}146]} " && exit 1 || TO="$T4$T6$SWITCHCHOOSE"
else
OPTION1="$(eval echo "${T[${L}141]}")"; OPTION2="$(eval echo "${T[${L}142]}")"
yellow " $(eval echo "${T[${L}145]}") " && reading " ${T[${L}50]} " SWITCHTO
yellow "\n $(eval echo "${T[${L}145]}") \n" && reading " ${T[${L}50]} " SWITCHTO
case "$SWITCHTO" in
1 ) TO=${TO1[m]};;
2 ) TO=${TO2[m]};;
@ -930,18 +946,19 @@ check_system_info(){
if [[ $WG = 1 ]]; then
TUN=$(cat /dev/net/tun 2>&1 | tr '[:upper:]' '[:lower:]')
if [[ ! $TUN =~ 'in bad state' ]] && [[ ! $TUN =~ '处于错误状态' ]] && [[ ! $TUN =~ 'Die Dateizugriffsnummer ist in schlechter Verfassung' ]]; then
cat >/usr/bin/tun.sh << EOF
cat >/usr/bin/tun.sh << EOF
#!/usr/bin/env bash
mkdir -p /dev/net
mknod /dev/net/tun c 10 200
chmod 0666 /dev/net/tun
EOF
bash /usr/bin/tun.sh
TUN=$(cat /dev/net/tun 2>&1 | tr '[:upper:]' '[:lower:]')
bash /usr/bin/tun.sh
TUN=$(cat /dev/net/tun 2>&1 | tr '[:upper:]' '[:lower:]')
if [[ ! $TUN =~ 'in bad state' ]] && [[ ! $TUN =~ '处于错误状态' ]] && [[ ! $TUN =~ 'Die Dateizugriffsnummer ist in schlechter Verfassung' ]]; then
rm -f /usr/bin//tun.sh && red " ${T[${L}3]} " && exit 1
else
echo "@reboot root bash /usr/bin/tun.sh" >> /etc/crontab
chmod +x /usr/bin/tun.sh
[ $SYSTEM != Alpine ] && echo "@reboot root bash /usr/bin/tun.sh" >> /etc/crontab
fi
fi
fi
@ -962,7 +979,7 @@ EOF
[[ $L = C && -n "$COUNTRY4" ]] && COUNTRY4=$(translate "$COUNTRY4")
[[ $L = C && -n "$COUNTRY6" ]] && COUNTRY6=$(translate "$COUNTRY6")
# 判断当前 WARP 状态，决定变量 PLAN，变量 PLAN 含义：1=单栈 2=双栈 3=WARP已开启
# 判断当前 WARP 状态，决定变量 PLAN，变量 PLAN 含义:1=单栈 2=双栈 3=WARP已开启
[[ $TRACE4$TRACE6 =~ on|plus ]] && PLAN=3 || PLAN=$((IPV4+IPV6))
# 判断处理器架构
@ -973,7 +990,7 @@ EOF
* ) red " $(eval echo "${T[${L}134]}") " && exit 1;;
esac
# 判断当前 Linux Client 状态，决定变量 CLIENT，变量 CLIENT 含义：0=未安装 1=已安装未激活 2=状态激活 3=Clinet proxy 已开启 5=Clinet warp 已开启
# 判断当前 Linux Client 状态，决定变量 CLIENT，变量 CLIENT 含义:0=未安装 1=已安装未激活 2=状态激活 3=Clinet proxy 已开启 5=Clinet warp 已开启
CLIENT=0
if type -p warp-cli >/dev/null 2>&1; then
ACCOUNT=$(warp-cli --accept-tos account 2>/dev/null)
@ -987,7 +1004,7 @@ EOF
fi
fi
# 判断当前 WireProxy 状态，决定变量 WIREPROXY，变量 WIREPROXY 含义：0=未安装 1=已安装未激活 2=状态激活 3=Clinet 已开启
# 判断当前 WireProxy 状态，决定变量 WIREPROXY，变量 WIREPROXY 含义:0=未安装 1=已安装未激活 2=状态激活 3=Clinet 已开启
WIREPROXY=0
if type -p wireproxy >/dev/null 2>&1; then
WIREPROXY=1
@ -1031,7 +1048,7 @@ input_url(){
[[ $PUBLICKEY =~ ^[A-Z0-9a-z/+]{43}=$ ]] && MATCH2=${T[${L}135]} || MATCH2=${T[${L}136]}
[[ $ADDRESS4 =~ ^172.16.[01].[0-9]{1,3}$ ]] && MATCH3=${T[${L}135]} || MATCH3=${T[${L}136]}
[[ $ADDRESS6 =~ ^fd01(:[0-9a-f]{0,4}){7}$ ]] && MATCH4=${T[${L}135]} || MATCH4=${T[${L}136]}
yellow " $(eval echo "${T[${L}130]}") " && reading " ${T[${L}131]} " CONFIRM
yellow "\n $(eval echo "${T[${L}130]}") \n" && reading " ${T[${L}131]} " CONFIRM
}
# 升级 WARP+ 账户（如有），限制位数为空或者26位以防输入错误，WARP interface 可以自定义设备名(不允许字符串间有空格，如遇到将会以_代替)
@ -1211,14 +1228,14 @@ install(){
rm -rf /usr/bin/wgcf /usr/bin/wireguard-go wgcf-account.toml wgcf-profile.conf
# 询问是否有 WARP+ 或 Teams 账户
[[ -z $LICENSETYPE ]] && yellow " ${T[${L}132]}" && reading " ${T[${L}50]} " LICENSETYPE
[[ -z $LICENSETYPE ]] && yellow "\n ${T[${L}132]} \n" && reading " ${T[${L}50]} " LICENSETYPE
case $LICENSETYPE in
1 ) INPUT_LICENSE=1 && input_license;;
2 ) input_url;;
esac
# 选择优先使用 IPv4 /IPv6 网络
yellow " ${T[${L}105]} " && reading " ${T[${L}50]} " PRIORITY
yellow "\n ${T[${L}105]} \n" && reading " ${T[${L}50]} " PRIORITY
# 脚本开始时间
start=$(date +%s)
@ -1248,15 +1265,15 @@ install(){
until [[ -e wgcf-account.toml ]] >/dev/null 2>&1; do
wgcf register --accept-tos >/dev/null 2>&1 && break
done
[[ -n $LICENSE ]] && yellow " \n${T[${L}35]}\n " && sed -i "s#license_key.*#license_key = \"$LICENSE\"#g" wgcf-account.toml &&
( wgcf update --name "$NAME" > /etc/wireguard/info.log 2>&1 || red " \n${T[${L}36]}\n " )
[[ -n $LICENSE ]] && yellow "\n ${T[${L}35]} \n" && sed -i "s#license_key.*#license_key = \"$LICENSE\"#g" wgcf-account.toml &&
( wgcf update --name "$NAME" > /etc/wireguard/info.log 2>&1 || red "\n ${T[${L}36]} \n" )
# 生成 Wire-Guard 配置文件 (wgcf-profile.conf)
[[ -e wgcf-account.toml ]] && wgcf generate >/dev/null 2>&1
green " \n${T[${L}33]}\n "
green "\n ${T[${L}33]} \n"
# 反复测试最佳 MTU。 Wireguard Header：IPv4=60 bytes,IPv6=80 bytes，1280 ≤1 MTU ≤ 1420。 ping = 8(ICMP回显示请求和回显应答报文格式长度) + 20(IP首部) 。
# 详细说明：<[WireGuard] Header / MTU sizes for Wireguard>：https://lists.zx2c4.com/pipermail/wireguard/2017-December/002201.html
# 反复测试最佳 MTU。 Wireguard Header:IPv4=60 bytes,IPv6=80 bytes，1280 ≤1 MTU ≤ 1420。 ping = 8(ICMP回显示请求和回显应答报文格式长度) + 20(IP首部) 。
# 详细说明:<[WireGuard] Header / MTU sizes for Wireguard>:https://lists.zx2c4.com/pipermail/wireguard/2017-December/002201.html
MTU=$((1500-28))
[[ $IPV4$IPV6 = 01 ]] && ping6 -c1 -W1 -s $MTU -Mdo 2606:4700:d0::a29f:c001 >/dev/null 2>&1 || ping -c1 -W1 -s $MTU -Mdo 162.159.193.10 >/dev/null 2>&1
until [[ $? = 0 || $MTU -le $((1280+80-28)) ]]; do
@ -1278,7 +1295,7 @@ install(){
MTU=$((MTU+28-80))
[[ -e wgcf-profile.conf ]] && sed -i "s/MTU.*/MTU = $MTU/g" wgcf-profile.conf && green " \n${T[${L}81]}\n "
[[ -e wgcf-profile.conf ]] && sed -i "s/MTU.*/MTU = $MTU/g" wgcf-profile.conf && green "\n ${T[${L}81]} \n"
}&
# 对于 IPv4 only VPS 开启 IPv6 支持
@ -1294,7 +1311,7 @@ install(){
{ stack_priority; }&
# 根据系统选择需要安装的依赖
green " \n${T[${L}32]}\n "
green "\n ${T[${L}32]} \n"
Debian(){
# 添加 backports 源,之后才能安装 wireguard-tools
@ -1307,7 +1324,7 @@ install(){
# 更新源
${PACKAGE_UPDATE[int]}
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具：wg、wg-quick)
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具:wg、wg-quick)
${PACKAGE_INSTALL[int]} --no-install-recommends net-tools iproute2 openresolv dnsutils iptables
[[ $OCTEEP != 1 ]] && ${PACKAGE_INSTALL[int]} --no-install-recommends wireguard-tools
@ -1319,13 +1336,13 @@ install(){
# 更新源
${PACKAGE_UPDATE[int]}
# 安装一些必要的网络工具包和 wireguard-tools (Wire-Guard 配置工具：wg、wg-quick)
# 安装一些必要的网络工具包和 wireguard-tools (Wire-Guard 配置工具:wg、wg-quick)
${PACKAGE_INSTALL[int]} --no-install-recommends net-tools iproute2 openresolv dnsutils iptables
[[ $OCTEEP != 1 ]] && ${PACKAGE_INSTALL[int]} --no-install-recommends wireguard-tools
}
CentOS(){
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具：wg、wg-quick)
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具:wg、wg-quick)
[[ $COMPANY = amazon ]] && ${PACKAGE_UPDATE[int]} && amazon-linux-extras install -y epel
${PACKAGE_INSTALL[int]} epel-release
${PACKAGE_INSTALL[int]} net-tools iptables
@ -1349,13 +1366,13 @@ install(){
}
Alpine(){
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具：wg、wg-quick)
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具:wg、wg-quick)
${PACKAGE_INSTALL[int]} net-tools iproute2 openresolv openrc iptables ip6tables
[[ $OCTEEP != 1 ]] && ${PACKAGE_INSTALL[int]} wireguard-tools
}
Arch(){
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具：wg、wg-quick)
# 安装一些必要的网络工具包和wireguard-tools (Wire-Guard 配置工具:wg、wg-quick)
${PACKAGE_INSTALL[int]} openresolv
[[ $OCTEEP != 1 ]] && ${PACKAGE_INSTALL[int]} wireguard-tools
}
@ -1431,7 +1448,8 @@ BindAddress = 127.0.0.1:$PORT
EOF
# 创建 WireProxy systemd 进程守护
cat > /lib/systemd/system/wireproxy.service << EOF
if
cat > /lib/systemd/system/wireproxy.service << EOF
[Unit]
Description=WireProxy for WARP
After=network.target
@ -1446,6 +1464,7 @@ Restart=always
[Install]
WantedBy=multi-user.target
EOF
fi
# 运行 wireproxy
systemctl enable --now wireproxy; sleep 1
@ -1468,7 +1487,8 @@ EOF
red "\n==============================================================\n"
yellow " ${T[${L}43]}\n " && help
else [[ $ANEMONE = 1 ]] && iptables_solution
else
[[ $ANEMONE = 1 ]] && iptables_solution
# 特殊 VPS 的配置文件 DNS 次序
[[ $(hostname 2>&1) = DiG9 ]] && sed -i "s/DNS.*/DNS = 8.8.8.8,8.8.4.4,2001:4860:4860::8888,2001:4860:4860::8844/g" wgcf-profile.conf
@ -1731,7 +1751,7 @@ update(){
[[ ! -e /etc/wireguard/wgcf-account.toml ]] && red " ${T[${L}59]} " && exit 1
[[ ! -e /etc/wireguard/wgcf.conf ]] && red " ${T[${L}60]} " && exit 1
[[ -z $LICENSETYPE ]] && yellow " ${T[${L}31]}" && reading " ${T[${L}50]} " LICENSETYPE
[[ -z $LICENSETYPE ]] && yellow "\n ${T[${L}31]} \n" && reading " ${T[${L}50]} " LICENSETYPE
case "$LICENSETYPE" in
1 ) UPDATE_LICENSE=1 && update_license
cd /etc/wireguard || exit
@ -1743,7 +1763,7 @@ update(){
net
[[ $(curl -ks4 https://www.cloudflare.com/cdn-cgi/trace | grep warp | sed "s/warp=//g") = plus || $(curl -ks6 https://www.cloudflare.com/cdn-cgi/trace | grep warp | sed "s/warp=//g") = plus ]] &&
check_quota &&
green " ${T[${L}62]}\n ${T[${L}25]}：$(grep 'Device name' /etc/wireguard/info.log | awk '{ print $NF }')\n ${T[${L}63]}: $QUOTA " ) || red " ${T[${L}36]} ";;
green " ${T[${L}62]}\n ${T[${L}25]}:$(grep 'Device name' /etc/wireguard/info.log | awk '{ print $NF }')\n ${T[${L}63]}: $QUOTA " ) || red " ${T[${L}36]} ";;
2 ) input_url
[[ $CONFIRM = [Yy] ]] && (echo "$TEAMS" > /etc/wireguard/info.log 2>&1
@ -1776,7 +1796,7 @@ update(){
[[ ! -e /etc/wireguard/wgcf-account.toml ]] && red " ${T[${L}59]} " && exit 1
[[ ! -e /etc/wireguard/wgcf.conf ]] && red " ${T[${L}60]} " && exit 1
[[ -z $LICENSETYPE ]] && yellow " ${T[${L}31]}" && reading " ${T[${L}50]} " LICENSETYPE
[[ -z $LICENSETYPE ]] && yellow " ${T[${L}31]} " && reading " ${T[${L}50]} " LICENSETYPE
case "$LICENSETYPE" in
1 ) UPDATE_LICENSE=1 && update_license
cd /etc/wireguard || exit
@ -1788,7 +1808,7 @@ update(){
systemctl restart wireproxy
[[ $(eval echo "\$(curl -sx socks5h://localhost:$(ss -nltp | grep wireproxy | grep -oP '127.0*\S+' | cut -d: -f2) https://www.cloudflare.com/cdn-cgi/trace)") =~ plus ]] &&
check_quota &&
green " ${T[${L}62]}\n ${T[${L}25]}：$(grep 'Device name' /etc/wireguard/info.log | awk '{ print $NF }')\n ${T[${L}63]}: $QUOTA " ) || red " ${T[${L}36]} ";;
green " ${T[${L}62]}\n ${T[${L}25]}: $(grep 'Device name' /etc/wireguard/info.log | awk '{ print $NF }')\n ${T[${L}63]}: $QUOTA " ) || red " ${T[${L}36]} ";;
2 ) input_url
[[ $CONFIRM = [Yy] ]] && (echo "$TEAMS" > /etc/wireguard/info.log 2>&1
@ -1861,7 +1881,7 @@ menu_setting(){
ACTION14(){ LUBAN=1; proxy; };
ACTION0(){ exit; }
grep -sq 'Device name' /etc/wireguard/info.log 2>/dev/null && check_quota && TYPE='+' && PLUSINFO="${T[${L}25]}：$(grep 'Device name' /etc/wireguard/info.log 2>/dev/null | awk '{ print $NF }')\t ${T[${L}63]}: $QUOTA" || TYPE=' Teams'
grep -sq 'Device name' /etc/wireguard/info.log 2>/dev/null && check_quota && TYPE='+' && PLUSINFO="${T[${L}25]}: $(grep 'Device name' /etc/wireguard/info.log 2>/dev/null | awk '{ print $NF }')\t ${T[${L}63]}: $QUOTA" || TYPE=' Teams'
}
# 显示菜单
@ -1869,20 +1889,20 @@ menu(){
clear
yellow " ${T[${L}16]} "
red "======================================================================================================================\n"
green " ${T[${L}17]}：$VERSION ${T[${L}18]}：${T[${L}1]}\n ${T[${L}19]}：\n ${T[${L}20]}：$SYS\n ${T[${L}21]}：$(uname -r)\n ${T[${L}22]}：$ARCHITECTURE\n ${T[${L}23]}：$VIRT "
green " IPv4：$WAN4 $WARPSTATUS4 $COUNTRY4 $ASNORG4 "
green " IPv6：$WAN6 $WARPSTATUS6 $COUNTRY6 $ASNORG6 "
[[ $TRACE4$TRACE6 =~ plus ]] && green " $(eval echo "${T[${L}114]}") $PLUSINFO "
[[ $TRACE4$TRACE6 =~ on ]] && green " ${T[${L}115]} "
[[ $PLAN != 3 ]] && green " ${T[${L}116]} "
[[ $CLIENT = 0 ]] && green " ${T[${L}112]} "
[[ $CLIENT = 2 ]] && green " $(eval echo "${T[${L}113]}") "
[[ $CLIENT = 3 ]] && green " WARP$AC ${T[${L}24]} $(eval echo "${T[${L}27]}") "
[[ $CLIENT = 5 ]] && green " WARP$AC ${T[${L}24]} $(eval echo "${T[${L}169]}") "
[[ $WIREPROXY = 0 ]] && green " ${T[${L}160]} "
[[ $WIREPROXY = 2 ]] && green " ${T[${L}161]} "
[[ $WIREPROXY = 3 ]] && green " WARP$AC2 ${T[${L}159]} $(eval echo "${T[${L}162]}") "
grep -q '+' <<< $AC$AC2 && green " ${T[${L}63]}: $QUOTA "
green " ${T[${L}17]}:$VERSION\t ${T[${L}18]}:${T[${L}1]}\n ${T[${L}19]}:\n\t ${T[${L}20]}:$SYS\n\t ${T[${L}21]}:$(uname -r)\n\t ${T[${L}22]}:$ARCHITECTURE\n\t ${T[${L}23]}:$VIRT "
green "\t IPv4: $WAN4 $WARPSTATUS4 $COUNTRY4 $ASNORG4 "
green "\t IPv6: $WAN6 $WARPSTATUS6 $COUNTRY6 $ASNORG6 "
[[ $TRACE4$TRACE6 =~ plus ]] && green "\t $(eval echo "${T[${L}114]}")\t $PLUSINFO "
[[ $TRACE4$TRACE6 =~ on ]] && green "\t ${T[${L}115]} "
[[ $PLAN != 3 ]] && green "\t ${T[${L}116]} "
[[ $CLIENT = 0 ]] && green "\t ${T[${L}112]} "
[[ $CLIENT = 2 ]] && green "\t $(eval echo "${T[${L}113]}") "
[[ $CLIENT = 3 ]] && green "\t WARP$AC ${T[${L}24]}\t $(eval echo "${T[${L}27]}") "
[[ $CLIENT = 5 ]] && green "\t WARP$AC ${T[${L}24]}\t $(eval echo "${T[${L}169]}") "
[[ $WIREPROXY = 0 ]] && green "\t ${T[${L}160]} "
[[ $WIREPROXY = 2 ]] && green "\t ${T[${L}161]} "
[[ $WIREPROXY = 3 ]] && green "\t WARP$AC2 ${T[${L}159]}\t $(eval echo "${T[${L}162]}") "
grep -q '+' <<< $AC$AC2 && green "\t ${T[${L}63]}: $QUOTA "
red "\n======================================================================================================================\n"
green " 1. $OPTION1\n 2. $OPTION2\n 3. $OPTION3\n 4. $OPTION4\n 5. $OPTION5\n 6. $OPTION6\n 7. $OPTION7\n 8. $OPTION8\n 9. $OPTION9 \n 10. $OPTION10\n 11. $OPTION11\n 12. $OPTION12\n 13. $OPTION13\n 14. $OPTION14\n 0. $OPTION0\n "
reading " ${T[${L}50]} " CHOOSE1
@ -1896,7 +1916,7 @@ menu(){
fi
}
# 传参选项 OPTION：1=为 IPv4 或者 IPv6 补全另一栈WARP; 2=安装双栈 WARP; u=卸载 WARP; b=升级内核、开启BBR及DD; o=WARP开关；p=刷 WARP+ 流量; 其他或空值=菜单界面
# 传参选项 OPTION: 1=为 IPv4 或者 IPv6 补全另一栈WARP; 2=安装双栈 WARP; u=卸载 WARP; b=升级内核、开启BBR及DD; o=WARP开关；p=刷 WARP+ 流量; 其他或空值=菜单界面
[[ $1 != '[option]' ]] && OPTION=$(tr '[:upper:]' '[:lower:]' <<< "$1")
# 参数选项 URL 或 License 或转换 WARP 单双栈

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