Repository: 233boy/v2ray Branch: master Commit: 707ecf7601ff Files: 15 Total size: 132.7 KB Directory structure: gitextract_2keyqjdl/ ├── .github/ │ └── workflows/ │ └── release.yml ├── LICENSE ├── README.md ├── install.sh ├── src/ │ ├── bbr.sh │ ├── caddy.sh │ ├── core.sh │ ├── dns.sh │ ├── download.sh │ ├── help.sh │ ├── init.sh │ ├── log.sh │ ├── old.sh │ └── systemd.sh └── v2ray.sh ================================================ FILE CONTENTS ================================================ ================================================ FILE: .github/workflows/release.yml ================================================ name: Main on: push permissions: contents: write jobs: build: runs-on: ubuntu-latest steps: - name: checkout uses: actions/checkout@v3 with: fetch-depth: 0 - name: get ver run: | echo "$(cat v2ray.sh | grep ver=)" >> $GITHUB_ENV echo "old=$(git tag | tail -n1)" >> $GITHUB_ENV # - name: test # if: env.is_sh_ver == env.old # run: | # echo not found new version. # exit 1 - name: zip run: zip -9vr code.zip . -x .\* - name: release uses: softprops/action-gh-release@v1 with: files: code.zip tag_name: ${{ env.is_sh_ver }} ================================================ FILE: LICENSE ================================================ GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". 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 GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . ================================================ FILE: README.md ================================================ # 介绍 最好用的 V2Ray 一键安装脚本 & 管理脚本 # 特点 - 快速安装 - 超级好用 - 零学习成本 - 自动化 TLS - 简化所有流程 - 屏蔽 BT - 屏蔽中国 IP - 使用 API 操作 - 兼容 V2Ray 命令 - 强大的快捷参数 - 支持所有常用协议 - 一键添加 Shadowsocks - 一键添加 VMess-(TCP/mKCP/QUIC) - 一键添加 VMess-(WS/H2/gRPC)-TLS - 一键添加 VLESS-(WS/H2/gRPC)-TLS - 一键添加 Trojan-(WS/H2/gRPC)-TLS - 一键添加 VMess-(TCP/mKCP/QUIC) 动态端口 - 一键启用 BBR - 一键更改伪装网站 - 一键更改 (端口/UUID/密码/域名/路径/加密方式/SNI/动态端口/等...) - 还有更多... # 设计理念 设计理念为：**高效率，超快速，极易用** 脚本基于作者的自身使用需求，以 **多配置同时运行** 为核心设计 并且专门优化了，添加、更改、查看、删除、这四项常用功能 你只需要一条命令即可完成 添加、更改、查看、删除、等操作 例如，添加一个配置仅需不到 1 秒！瞬间完成添加！其他操作亦是如此！ 脚本的参数非常高效率并且超级易用，请掌握参数的使用 # 脚本说明 [V2Ray 一键安装脚本](https://github.com/233boy/v2ray/wiki/V2Ray%E4%B8%80%E9%94%AE%E5%AE%89%E8%A3%85%E8%84%9A%E6%9C%AC) # 搭建教程 [V2Ray搭建详细图文教程](https://github.com/233boy/v2ray/wiki/V2Ray%E6%90%AD%E5%BB%BA%E8%AF%A6%E7%BB%86%E5%9B%BE%E6%96%87%E6%95%99%E7%A8%8B) # 帮助 使用: `v2ray help` ``` V2Ray script v4.21 by 233boy Usage: v2ray [options]... [args]... 基本: v, version 显示当前版本 ip 返回当前主机的 IP get-port 返回一个可用的端口 一般: a, add [protocol] [args... | auto] 添加配置 c, change [name] [option] [args... | auto] 更改配置 d, del [name] 删除配置** i, info [name] 查看配置 qr [name] 二维码信息 url [name] URL 信息 log 查看日志 logerr 查看错误日志 更改: dp, dynamicport [name] [start | auto] [end] 更改动态端口 full [name] [...] 更改多个参数 id [name] [uuid | auto] 更改 UUID host [name] [domain] 更改域名 port [name] [port | auto] 更改端口 path [name] [path | auto] 更改路径 passwd [name] [password | auto] 更改密码 type [name] [type | auto] 更改伪装类型 method [name] [method | auto] 更改加密方式 seed [name] [seed | auto] 更改 mKCP seed new [name] [...] 更改协议 web [name] [domain] 更改伪装网站 进阶: dns [...] 设置 DNS dd, ddel [name...] 删除多个配置** fix [name] 修复一个配置 fix-all 修复全部配置 fix-caddyfile 修复 Caddyfile fix-config.json 修复 config.json 管理: un, uninstall 卸载 u, update [core | sh | dat | caddy] [ver] 更新 U, update.sh 更新脚本 s, status 运行状态 start, stop, restart [caddy] 启动, 停止, 重启 t, test 测试运行 reinstall 重装脚本 测试: client [name] 显示用于客户端 JSON, 仅供参考 debug [name] 显示一些 debug 信息, 仅供参考 gen [...] 同等于 add, 但只显示 JSON 内容, 不创建文件, 测试使用 genc [name] 显示用于客户端部分 JSON, 仅供参考 no-auto-tls [...] 同等于 add, 但禁止自动配置 TLS, 可用于 *TLS 相关协议 xapi [...] 同等于 v2ray api, 但 API 后端使用当前运行的 V2Ray 服务 其他: bbr 启用 BBR, 如果支持 bin [...] 运行 V2Ray 命令, 例如: v2ray bin help api, convert, tls, run, uuid [...] 兼容 V2Ray 命令 h, help 显示此帮助界面 谨慎使用 del, ddel, 此选项会直接删除配置; 无需确认 反馈问题) https://github.com/233boy/v2ray/issues 文档(doc) https://233boy.com/v2ray/v2ray-script/ ``` ================================================ FILE: install.sh ================================================ #!/bin/bash author=233boy # github=https://github.com/233boy/v2ray # bash fonts colors red='\e[31m' yellow='\e[33m' gray='\e[90m' green='\e[92m' blue='\e[94m' magenta='\e[95m' cyan='\e[96m' none='\e[0m' _red() { echo -e ${red}$@${none}; } _blue() { echo -e ${blue}$@${none}; } _cyan() { echo -e ${cyan}$@${none}; } _green() { echo -e ${green}$@${none}; } _yellow() { echo -e ${yellow}$@${none}; } _magenta() { echo -e ${magenta}$@${none}; } _red_bg() { echo -e "\e[41m$@${none}"; } is_err=$(_red_bg 错误!) is_warn=$(_red_bg 警告!) err() { echo -e "\n$is_err $@\n" && exit 1 } warn() { echo -e "\n$is_warn $@\n" } # root [[ $EUID != 0 ]] && err "当前非 ${yellow}ROOT用户.${none}" # yum or apt-get, ubuntu/debian/centos cmd=$(type -P apt-get || type -P yum) [[ ! $cmd ]] && err "此脚本仅支持 ${yellow}(Ubuntu or Debian or CentOS)${none}." # systemd [[ ! $(type -P systemctl) ]] && { err "此系统缺少 ${yellow}(systemctl)${none}, 请尝试执行:${yellow} ${cmd} update -y;${cmd} install systemd -y ${none}来修复此错误." } # wget installed or none is_wget=$(type -P wget) # x64 case $(uname -m) in amd64 | x86_64) is_jq_arch=amd64 is_core_arch="64" ;; *aarch64* | *armv8*) is_jq_arch=arm64 is_core_arch="arm64-v8a" ;; *) err "此脚本仅支持 64 位系统..." ;; esac is_core=v2ray is_core_name=V2Ray is_core_dir=/etc/$is_core is_core_bin=$is_core_dir/bin/$is_core is_core_repo=v2fly/$is_core-core is_conf_dir=$is_core_dir/conf is_log_dir=/var/log/$is_core is_sh_bin=/usr/local/bin/$is_core is_sh_dir=$is_core_dir/sh is_sh_repo=$author/$is_core is_pkg="wget unzip" is_config_json=$is_core_dir/config.json tmp_var_lists=( tmpcore tmpsh tmpjq is_core_ok is_sh_ok is_jq_ok is_pkg_ok ) # tmp dir tmpdir=$(mktemp -u) [[ ! $tmpdir ]] && { tmpdir=/tmp/tmp-$RANDOM } # set up var for i in ${tmp_var_lists[*]}; do export $i=$tmpdir/$i done # load bash script. load() { . $is_sh_dir/src/$1 } # wget add --no-check-certificate _wget() { [[ $proxy ]] && export https_proxy=$proxy wget --no-check-certificate $* } # print a mesage msg() { case $1 in warn) local color=$yellow ;; err) local color=$red ;; ok) local color=$green ;; esac echo -e "${color}$(date +'%T')${none}) ${2}" } # show help msg show_help() { echo -e "Usage: $0 [-f xxx | -l | -p xxx | -v xxx | -h]" echo -e " -f, --core-file 自定义 $is_core_name 文件路径, e.g., -f /root/${is_core}-linux-64.zip" echo -e " -l, --local-install 本地获取安装脚本, 使用当前目录" echo -e " -p, --proxy 使用代理下载, e.g., -p http://127.0.0.1:2333" echo -e " -v, --core-version 自定义 $is_core_name 版本, e.g., -v v5.4.1" echo -e " -h, --help 显示此帮助界面\n" exit 0 } # install dependent pkg install_pkg() { cmd_not_found= for i in $*; do [[ ! $(type -P $i) ]] && cmd_not_found="$cmd_not_found,$i" done if [[ $cmd_not_found ]]; then pkg=$(echo $cmd_not_found | sed 's/,/ /g') msg warn "安装依赖包 >${pkg}" $cmd install -y $pkg &>/dev/null if [[ $? != 0 ]]; then [[ $cmd =~ yum ]] && yum install epel-release -y &>/dev/null $cmd update -y &>/dev/null $cmd install -y $pkg &>/dev/null [[ $? == 0 ]] && >$is_pkg_ok else >$is_pkg_ok fi else >$is_pkg_ok fi } # download file download() { case $1 in core) link=https://github.com/${is_core_repo}/releases/latest/download/${is_core}-linux-${is_core_arch}.zip [[ $is_core_ver ]] && link="https://github.com/${is_core_repo}/releases/download/${is_core_ver}/${is_core}-linux-${is_core_arch}.zip" name=$is_core_name tmpfile=$tmpcore is_ok=$is_core_ok ;; sh) link=https://github.com/${is_sh_repo}/releases/latest/download/code.zip name="$is_core_name 脚本" tmpfile=$tmpsh is_ok=$is_sh_ok ;; jq) link=https://github.com/jqlang/jq/releases/download/jq-1.7.1/jq-linux-$is_jq_arch name="jq" tmpfile=$tmpjq is_ok=$is_jq_ok ;; esac msg warn "下载 ${name} > ${link}" if _wget -t 3 -q -c $link -O $tmpfile; then mv -f $tmpfile $is_ok fi } # get server ip get_ip() { export "$(_wget -4 -qO- https://one.one.one.one/cdn-cgi/trace | grep ip=)" &>/dev/null [[ -z $ip ]] && export "$(_wget -6 -qO- https://one.one.one.one/cdn-cgi/trace | grep ip=)" &>/dev/null } # check background tasks status check_status() { # dependent pkg install fail [[ ! -f $is_pkg_ok ]] && { msg err "安装依赖包失败" msg err "请尝试手动安装依赖包: $cmd update -y; $cmd install -y $is_pkg" is_fail=1 } # download file status if [[ $is_wget ]]; then [[ ! -f $is_core_ok ]] && { msg err "下载 ${is_core_name} 失败" is_fail=1 } [[ ! -f $is_sh_ok ]] && { msg err "下载 ${is_core_name} 脚本失败" is_fail=1 } [[ ! -f $is_jq_ok ]] && { msg err "下载 jq 失败" is_fail=1 } else [[ ! $is_fail ]] && { is_wget=1 [[ ! $is_core_file ]] && download core & [[ ! $local_install ]] && download sh & [[ $jq_not_found ]] && download jq & get_ip wait check_status } fi # found fail status, remove tmp dir and exit. [[ $is_fail ]] && { exit_and_del_tmpdir } } # parameters check pass_args() { while [[ $# -gt 0 ]]; do case $1 in online) err "如果想要安装旧版本, 请转到: https://github.com/233boy/v2ray/tree/old" ;; -f | --core-file) [[ -z $2 ]] && { err "($1) 缺少必需参数, 正确使用示例: [$1 /root/$is_core-linux-64.zip]" } || [[ ! -f $2 ]] && { err "($2) 不是一个常规的文件." } is_core_file=$2 shift 2 ;; -l | --local-install) [[ ! -f ${PWD}/src/core.sh || ! -f ${PWD}/$is_core.sh ]] && { err "当前目录 (${PWD}) 非完整的脚本目录." } local_install=1 shift 1 ;; -p | --proxy) [[ -z $2 ]] && { err "($1) 缺少必需参数, 正确使用示例: [$1 http://127.0.0.1:2333 or -p socks5://127.0.0.1:2333]" } proxy=$2 shift 2 ;; -v | --core-version) [[ -z $2 ]] && { err "($1) 缺少必需参数, 正确使用示例: [$1 v1.8.1]" } is_core_ver=v${2#v} shift 2 ;; -h | --help) show_help ;; *) echo -e "\n${is_err} ($@) 为未知参数...\n" show_help ;; esac done [[ $is_core_ver && $is_core_file ]] && { err "无法同时自定义 ${is_core_name} 版本和 ${is_core_name} 文件." } } # exit and remove tmpdir exit_and_del_tmpdir() { rm -rf $tmpdir [[ ! $1 ]] && { msg err "哦豁.." msg err "安装过程出现错误..." echo -e "反馈问题) https://github.com/${is_sh_repo}/issues" echo exit 1 } exit } # main main() { # check old version [[ -f $is_sh_bin && -d $is_core_dir/bin && -d $is_sh_dir && -d $is_conf_dir ]] && { err "检测到脚本已安装, 如需重装请使用${green} ${is_core} reinstall ${none}命令." } # check parameters [[ $# -gt 0 ]] && pass_args $@ # show welcome msg clear echo echo "........... $is_core_name script by $author .........." echo # start installing... msg warn "开始安装..." [[ $is_core_ver ]] && msg warn "${is_core_name} 版本: ${yellow}$is_core_ver${none}" [[ $proxy ]] && msg warn "使用代理: ${yellow}$proxy${none}" # create tmpdir mkdir -p $tmpdir # if is_core_file, copy file [[ $is_core_file ]] && { cp -f $is_core_file $is_core_ok msg warn "${yellow}${is_core_name} 文件使用 > $is_core_file${none}" } # local dir install sh script [[ $local_install ]] && { >$is_sh_ok msg warn "${yellow}本地获取安装脚本 > $PWD ${none}" } timedatectl set-ntp true &>/dev/null [[ $? != 0 ]] && { msg warn "${yellow}\e[4m提醒!!! 无法设置自动同步时间, 可能会影响使用 VMess 协议.${none}" } # install dependent pkg install_pkg $is_pkg & # jq if [[ $(type -P jq) ]]; then >$is_jq_ok else jq_not_found=1 fi # if wget installed. download core, sh, jq, get ip [[ $is_wget ]] && { [[ ! $is_core_file ]] && download core & [[ ! $local_install ]] && download sh & [[ $jq_not_found ]] && download jq & get_ip } # waiting for background tasks is done wait # check background tasks status check_status # test $is_core_file if [[ $is_core_file ]]; then unzip -qo $is_core_ok -d $tmpdir/testzip &>/dev/null [[ $? != 0 ]] && { msg err "${is_core_name} 文件无法通过测试." exit_and_del_tmpdir } for i in ${is_core} geoip.dat geosite.dat; do [[ ! -f $tmpdir/testzip/$i ]] && is_file_err=1 && break done [[ $is_file_err ]] && { msg err "${is_core_name} 文件无法通过测试." exit_and_del_tmpdir } fi # get server ip. [[ ! $ip ]] && { msg err "获取服务器 IP 失败." exit_and_del_tmpdir } # create sh dir... mkdir -p $is_sh_dir # copy sh file or unzip sh zip file. if [[ $local_install ]]; then cp -rf $PWD/* $is_sh_dir else unzip -qo $is_sh_ok -d $is_sh_dir fi # create core bin dir mkdir -p $is_core_dir/bin # copy core file or unzip core zip file if [[ $is_core_file ]]; then cp -rf $tmpdir/testzip/* $is_core_dir/bin else unzip -qo $is_core_ok -d $is_core_dir/bin fi # add alias echo "alias $is_core=$is_sh_bin" >>/root/.bashrc # core command ln -sf $is_sh_dir/$is_core.sh $is_sh_bin # jq [[ $jq_not_found ]] && mv -f $is_jq_ok /usr/bin/jq # chmod chmod +x $is_core_bin $is_sh_bin /usr/bin/jq # create log dir mkdir -p $is_log_dir # show a tips msg msg ok "生成配置文件..." # create systemd service load systemd.sh is_new_install=1 install_service $is_core &>/dev/null # create condf dir mkdir -p $is_conf_dir load core.sh # create a tcp config add tcp # remove tmp dir and exit. exit_and_del_tmpdir ok } # start. main $@ ================================================ FILE: src/bbr.sh ================================================ _open_bbr() { sed -i '/net.ipv4.tcp_congestion_control/d' /etc/sysctl.conf sed -i '/net.core.default_qdisc/d' /etc/sysctl.conf echo "net.ipv4.tcp_congestion_control = bbr" >>/etc/sysctl.conf echo "net.core.default_qdisc = fq" >>/etc/sysctl.conf sysctl -p &>/dev/null echo _green "..已经启用 BBR 优化...." echo } _try_enable_bbr() { local _test1=$(uname -r | cut -d\. -f1) local _test2=$(uname -r | cut -d\. -f2) if [[ $_test1 -eq 4 && $_test2 -ge 9 ]] || [[ $_test1 -ge 5 ]]; then _open_bbr else err "不支持启用 BBR 优化." fi } ================================================ FILE: src/caddy.sh ================================================ caddy_config() { is_caddy_site_file=$is_caddy_conf/${host}.conf case $1 in new) mkdir -p $is_caddy_dir $is_caddy_dir/sites $is_caddy_conf cat >$is_caddyfile <<-EOF # don't edit this file # # for more info, see https://233boy.com/$is_core/caddy-auto-tls/ # 不要编辑这个文件 # # 更多相关请阅读此文章: https://233boy.com/$is_core/caddy-auto-tls/ # https://caddyserver.com/docs/caddyfile/options { admin off http_port $is_http_port https_port $is_https_port } import $is_caddy_conf/*.conf import $is_caddy_dir/sites/*.conf EOF ;; *ws*) cat >${is_caddy_site_file} <<<" ${host}:${is_https_port} { reverse_proxy ${path} 127.0.0.1:${port} import ${is_caddy_site_file}.add }" ;; *h2*) cat >${is_caddy_site_file} <<<" ${host}:${is_https_port} { reverse_proxy ${path} h2c://127.0.0.1:${port} import ${is_caddy_site_file}.add }" ;; *grpc*) cat >${is_caddy_site_file} <<<" ${host}:${is_https_port} { reverse_proxy /${path}/* h2c://127.0.0.1:${port} import ${is_caddy_site_file}.add }" ;; proxy) cat >${is_caddy_site_file}.add <<<" reverse_proxy https://$proxy_site { header_up Host {upstream_hostport} }" ;; esac [[ $1 != "new" && $1 != 'proxy' ]] && { [[ ! -f ${is_caddy_site_file}.add ]] && echo "# see https://233boy.com/$is_core/caddy-auto-tls/" >${is_caddy_site_file}.add } } ================================================ FILE: src/core.sh ================================================ #!/bin/bash protocol_list=( VMess-TCP VMess-mKCP VMess-QUIC VMess-H2-TLS VMess-WS-TLS VMess-gRPC-TLS VLESS-H2-TLS VLESS-WS-TLS VLESS-gRPC-TLS # VLESS-XTLS-uTLS-REALITY Trojan-H2-TLS Trojan-WS-TLS Trojan-gRPC-TLS Shadowsocks # Dokodemo-Door VMess-TCP-dynamic-port VMess-mKCP-dynamic-port VMess-QUIC-dynamic-port Socks ) ss_method_list=( aes-128-gcm aes-256-gcm chacha20-ietf-poly1305 # xchacha20-ietf-poly1305 # 2022-blake3-aes-128-gcm # 2022-blake3-aes-256-gcm # 2022-blake3-chacha20-poly1305 ) header_type_list=( none srtp utp wechat-video dtls wireguard ) mainmenu=( "添加配置" "更改配置" "查看配置" "删除配置" "运行管理" "更新" "卸载" "帮助" "其他" "关于" ) info_list=( "协议 (protocol)" "地址 (address)" "端口 (port)" "用户ID (id)" "传输协议 (network)" "伪装类型 (type)" "伪装域名 (host)" "路径 (path)" "传输层安全 (TLS)" "mKCP seed" "密码 (password)" "加密方式 (encryption)" "链接 (URL)" "目标地址 (remote addr)" "目标端口 (remote port)" "流控 (flow)" "SNI (serverName)" "指纹 (Fingerprint)" "公钥 (Public key)" "用户名 (Username)" ) change_list=( "更改协议" "更改端口" "更改域名" "更改路径" "更改密码" "更改 UUID" "更改加密方式" "更改伪装类型" "更改目标地址" "更改目标端口" "更改密钥" "更改 SNI (serverName)" "更改动态端口" "更改伪装网站" "更改 mKCP seed" "更改用户名 (Username)" ) servername_list=( www.amazon.com www.microsoft.com www.apple.com dash.cloudflare.com dl.google.com aws.amazon.com ) is_random_ss_method=${ss_method_list[$(shuf -i 0-${#ss_method_list[@]} -n1) - 1]} is_random_header_type=${header_type_list[$(shuf -i 1-5 -n1)]} # random dont use none is_random_servername=${servername_list[$(shuf -i 0-${#servername_list[@]} -n1) - 1]} msg() { echo -e "$@" } msg_ul() { echo -e "\e[4m$@\e[0m" } # pause pause() { echo echo -ne "按 $(_green Enter 回车键) 继续, 或按 $(_red Ctrl + C) 取消." read -rs -d $'\n' echo } get_uuid() { tmp_uuid=$(cat /proc/sys/kernel/random/uuid) } get_ip() { [[ $ip || $is_no_auto_tls || $is_gen || $is_dont_get_ip ]] && return export "$(_wget -4 -qO- https://one.one.one.one/cdn-cgi/trace | grep ip=)" &>/dev/null [[ ! $ip ]] && export "$(_wget -6 -qO- https://one.one.one.one/cdn-cgi/trace | grep ip=)" &>/dev/null [[ ! $ip ]] && { err "获取服务器 IP 失败.." } } get_port() { is_count=0 while :; do ((is_count++)) if [[ $is_count -ge 233 ]]; then err "自动获取可用端口失败次数达到 233 次, 请检查端口占用情况." fi tmp_port=$(shuf -i 445-65535 -n 1) [[ ! $(is_test port_used $tmp_port) && $tmp_port != $port ]] && break done } get_pbk() { is_tmp_pbk=($($is_core_bin x25519 | sed 's/.*://')) is_private_key=${is_tmp_pbk[0]} is_public_key=${is_tmp_pbk[1]} } show_list() { PS3='' COLUMNS=1 select i in "$@"; do echo; done & wait # i=0 # for v in "$@"; do # ((i++)) # echo "$i) $v" # done # echo } is_test() { case $1 in number) echo $2 | grep -E '^[1-9][0-9]?+$' ;; port) if [[ $(is_test number $2) ]]; then [[ $2 -le 65535 ]] && echo ok fi ;; port_used) [[ $(is_port_used $2) && ! $is_cant_test_port ]] && echo ok ;; domain) echo $2 | grep -E -i '^\w(\w|\-|\.)?+\.\w+$' ;; path) echo $2 | grep -E -i '^\/\w(\w|\-|\/)?+\w$' ;; uuid) echo $2 | grep -E -i '[0-9a-f]{8}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{12}' ;; esac } is_port_used() { if [[ $(type -P netstat) ]]; then [[ ! $is_used_port ]] && is_used_port="$(netstat -tunlp | sed -n 's/.*:\([0-9]\+\).*/\1/p' | sort -nu)" echo $is_used_port | sed 's/ /\n/g' | grep ^${1}$ return fi if [[ $(type -P ss) ]]; then [[ ! $is_used_port ]] && is_used_port="$(ss -tunlp | sed -n 's/.*:\([0-9]\+\).*/\1/p' | sort -nu)" echo $is_used_port | sed 's/ /\n/g' | grep ^${1}$ return fi is_cant_test_port=1 msg "$is_warn 无法检测端口是否可用." msg "请执行: $(_yellow "${cmd} update -y; ${cmd} install net-tools -y") 来修复此问题." } # ask input a string or pick a option for list. ask() { case $1 in set_ss_method) is_tmp_list=(${ss_method_list[@]}) is_default_arg=$is_random_ss_method is_opt_msg="\n请选择加密方式:\n" is_opt_input_msg="(默认\e[92m $is_default_arg\e[0m):" is_ask_set=ss_method ;; set_header_type) is_tmp_list=(${header_type_list[@]}) is_default_arg=$is_random_header_type [[ $(grep -i tcp <<<"$is_new_protocol-$net") ]] && { is_tmp_list=(none http) is_default_arg=none } is_opt_msg="\n请选择伪装类型:\n" is_opt_input_msg="(默认\e[92m $is_default_arg\e[0m):" is_ask_set=header_type [[ $is_use_header_type ]] && return ;; set_protocol) is_tmp_list=(${protocol_list[@]}) [[ $is_no_auto_tls ]] && { unset is_tmp_list for v in ${protocol_list[@]}; do [[ $(grep -i tls$ <<<$v) ]] && is_tmp_list=(${is_tmp_list[@]} $v) done } is_opt_msg="\n请选择协议:\n" is_ask_set=is_new_protocol ;; set_change_list) is_tmp_list=() for v in ${is_can_change[@]}; do is_tmp_list+=("${change_list[$v]}") done is_opt_msg="\n请选择更改:\n" is_ask_set=is_change_str is_opt_input_msg=$3 ;; string) is_ask_set=$2 is_opt_input_msg=$3 ;; list) is_ask_set=$2 [[ ! $is_tmp_list ]] && is_tmp_list=($3) is_opt_msg=$4 is_opt_input_msg=$5 ;; get_config_file) is_tmp_list=("${is_all_json[@]}") is_opt_msg="\n请选择配置:\n" is_ask_set=is_config_file ;; mainmenu) is_tmp_list=("${mainmenu[@]}") is_ask_set=is_main_pick is_emtpy_exit=1 ;; esac msg $is_opt_msg [[ ! $is_opt_input_msg ]] && is_opt_input_msg="请选择 [\e[91m1-${#is_tmp_list[@]}\e[0m]:" [[ $is_tmp_list ]] && show_list "${is_tmp_list[@]}" while :; do echo -ne $is_opt_input_msg read REPLY [[ ! $REPLY && $is_emtpy_exit ]] && exit [[ ! $REPLY && $is_default_arg ]] && export $is_ask_set=$is_default_arg && break [[ "$REPLY" == "${is_str}2${is_get}3${is_opt}3" && $is_ask_set == 'is_main_pick' ]] && { msg "\n${is_get}2${is_str}3${is_msg}3b${is_tmp}o${is_opt}y\n" && exit } if [[ ! $is_tmp_list ]]; then [[ $(grep port <<<$is_ask_set) ]] && { [[ ! $(is_test port "$REPLY") ]] && { msg "$is_err 请输入正确的端口, 可选(1-65535)" continue } if [[ $(is_test port_used $REPLY) && $is_ask_set != 'door_port' ]]; then msg "$is_err 无法使用 ($REPLY) 端口." continue fi } [[ $(grep path <<<$is_ask_set) && ! $(is_test path "$REPLY") ]] && { [[ ! $tmp_uuid ]] && get_uuid msg "$is_err 请输入正确的路径, 例如: /$tmp_uuid" continue } [[ $(grep uuid <<<$is_ask_set) && ! $(is_test uuid "$REPLY") ]] && { [[ ! $tmp_uuid ]] && get_uuid msg "$is_err 请输入正确的 UUID, 例如: $tmp_uuid" continue } [[ $(grep ^y$ <<<$is_ask_set) ]] && { [[ $(grep -i ^y$ <<<"$REPLY") ]] && break msg "请输入 (y)" continue } [[ $REPLY ]] && export $is_ask_set=$REPLY && msg "使用: ${!is_ask_set}" && break else [[ $(is_test number "$REPLY") ]] && is_ask_result=${is_tmp_list[$REPLY - 1]} [[ $is_ask_result ]] && export $is_ask_set="$is_ask_result" && msg "选择: ${!is_ask_set}" && break fi msg "输入${is_err}" done unset is_opt_msg is_opt_input_msg is_tmp_list is_ask_result is_default_arg is_emtpy_exit } # create file create() { case $1 in server) is_tls=none get new # file name if [[ $host ]]; then is_config_name=$2-${host}.json else is_config_name=$2-${port}.json fi is_json_file=$is_conf_dir/$is_config_name # get json [[ $is_change || ! $json_str ]] && get protocol $2 case $net in ws | h2 | grpc | http) is_listen='"listen": "127.0.0.1"' ;; *) is_listen='"listen": "0.0.0.0"' ;; esac is_sniffing='sniffing:{enabled:true,destOverride:["http","tls"]}' is_new_json=$(jq '{inbounds:[{tag:'\"$is_config_name\"',port:'"$port"','"$is_listen"',protocol:'\"$is_protocol\"','"$json_str"','"$is_sniffing"'}]}' <<<{}) if [[ $is_dynamic_port ]]; then [[ ! $is_dynamic_port_range ]] && get dynamic-port is_new_dynamic_port_json=$(jq '{inbounds:[{tag:'\"$is_config_name-link.json\"',port:'\"$is_dynamic_port_range\"','"$is_listen"',protocol:"vmess",'"$is_stream"','"$is_sniffing"',allocate:{strategy:"random"}}]}' <<<{}) fi [[ $is_test_json ]] && return # tmp test # only show json, dont save to file. [[ $is_gen ]] && { msg jq <<<$is_new_json msg [[ $is_new_dynamic_port_json ]] && jq <<<$is_new_dynamic_port_json && msg return } # del old file [[ $is_config_file ]] && is_no_del_msg=1 && del $is_config_file # save json to file cat <<<$is_new_json >$is_json_file [[ $is_new_dynamic_port_json ]] && { is_dynamic_port_link_file=$is_json_file-link.json cat <<<$is_new_dynamic_port_json >$is_dynamic_port_link_file } if [[ $is_new_install ]]; then # config.json create config.json else # use api add config api add $is_json_file $is_dynamic_port_link_file &>/dev/null fi # caddy auto tls [[ $is_caddy && $host && ! $is_no_auto_tls ]] && { create caddy $net } # restart core [[ $is_api_fail ]] && manage restart & ;; client) is_tls=tls is_client=1 get info $2 [[ ! $is_client_id_json ]] && err "($is_config_name) 不支持生成客户端配置." is_new_json=$(jq '{outbounds:[{tag:'\"$is_config_name\"',protocol:'\"$is_protocol\"','"$is_client_id_json"','"$is_stream"'}]}' <<<{}) if [[ $is_full_client ]]; then is_dns='dns:{servers:[{address:"223.5.5.5",domain:["geosite:cn","geosite:geolocation-cn"],expectIPs:["geoip:cn"]},"1.1.1.1","8.8.8.8"]}' is_route='routing:{rules:[{type:"field",outboundTag:"direct",ip:["geoip:cn","geoip:private"]},{type:"field",outboundTag:"direct",domain:["geosite:cn","geosite:geolocation-cn"]}]}' is_inbounds='inbounds:[{port:2333,listen:"127.0.0.1",protocol:"socks",settings:{udp:true},sniffing:{enabled:true,destOverride:["http","tls"]}}]' is_outbounds='outbounds:[{tag:'\"$is_config_name\"',protocol:'\"$is_protocol\"','"$is_client_id_json"','"$is_stream"'},{tag:"direct",protocol:"freedom"}]' is_new_json=$(jq '{'$is_dns,$is_route,$is_inbounds,$is_outbounds'}' <<<{}) fi msg jq <<<$is_new_json msg ;; caddy) load caddy.sh [[ $is_install_caddy ]] && caddy_config new [[ ! $(grep "$is_caddy_conf" $is_caddyfile) ]] && { msg "import $is_caddy_conf/*.conf" >>$is_caddyfile } [[ ! -d $is_caddy_conf ]] && mkdir -p $is_caddy_conf caddy_config $2 manage restart caddy & ;; config.json) get_port is_log='log:{access:"/var/log/'"$is_core"'/access.log",error:"/var/log/'"$is_core"'/error.log",loglevel:"warning"}' is_dns='dns:{}' is_api='api:{tag:"api",services:["HandlerService","LoggerService","StatsService"]}' is_stats='stats:{}' is_policy_system='system:{statsInboundUplink:true,statsInboundDownlink:true,statsOutboundUplink:true,statsOutboundDownlink:true}' is_policy='policy:{levels:{"0":{handshake:'"$((${tmp_port:0:1} + 1))"',connIdle:'"${tmp_port:0:3}"',uplinkOnly:'"$((${tmp_port:2:1} + 1))"',downlinkOnly:'"$((${tmp_port:3:1} + 3))"',statsUserUplink:true,statsUserDownlink:true}},'"$is_policy_system"'}' is_ban_ad='{type:"field",domain:["geosite:category-ads-all"],marktag:"ban_ad",outboundTag:"block"}' is_ban_bt='{type:"field",protocol:["bittorrent"],marktag:"ban_bt",outboundTag:"block"}' is_ban_cn='{type:"field",ip:["geoip:cn"],marktag:"ban_geoip_cn",outboundTag:"block"}' is_openai='{type:"field",domain:["domain:openai.com"],marktag:"fix_openai",outboundTag:"direct"}' is_routing='routing:{domainStrategy:"IPIfNonMatch",rules:[{type:"field",inboundTag:["api"],outboundTag:"api"},'"$is_ban_bt"','"$is_ban_cn"','"$is_openai"',{type:"field",ip:["geoip:private"],outboundTag:"block"}]}' is_inbounds='inbounds:[{tag:"api",port:'"$tmp_port"',listen:"127.0.0.1",protocol:"dokodemo-door",settings:{address:"127.0.0.1"}}]' is_outbounds='outbounds:[{tag:"direct",protocol:"freedom"},{tag:"block",protocol:"blackhole"}]' is_server_config_json=$(jq '{'"$is_log"','"$is_dns"','"$is_api"','"$is_stats"','"$is_policy"','"$is_routing"','"$is_inbounds"','"$is_outbounds"'}' <<<{}) cat <<<$is_server_config_json >$is_config_json manage restart & ;; esac } # change config file change() { is_change=1 is_dont_show_info=1 if [[ $2 ]]; then case ${2,,} in full) is_change_id=full ;; new) is_change_id=0 ;; port) is_change_id=1 ;; host) is_change_id=2 ;; path) is_change_id=3 ;; pass | passwd | password) is_change_id=4 ;; id | uuid) is_change_id=5 ;; ssm | method | ss-method | ss_method) is_change_id=6 ;; type | header | header-type | header_type) is_change_id=7 ;; dda | door-addr | door_addr) is_change_id=8 ;; ddp | door-port | door_port) is_change_id=9 ;; key | publickey | privatekey) is_change_id=10 ;; sni | servername | servernames) is_change_id=11 ;; dp | dyp | dynamic | dynamicport | dynamic-port) is_change_id=12 ;; web | proxy-site) is_change_id=13 ;; seed | kcpseed | kcp-seed | kcp_seed) is_change_id=14 ;; *) [[ $is_try_change ]] && return err "无法识别 ($2) 更改类型." ;; esac fi [[ $is_try_change ]] && return [[ $is_dont_auto_exit ]] && { get info $1 } || { [[ $is_change_id ]] && { is_change_msg=${change_list[$is_change_id]} [[ $is_change_id == 'full' ]] && { [[ $3 ]] && is_change_msg="更改多个参数" || is_change_msg= } [[ $is_change_msg ]] && _green "\n快速执行: $is_change_msg" } info $1 [[ $is_auto_get_config ]] && msg "\n自动选择: $is_config_file" } is_old_net=$net [[ $is_protocol == 'vless' && ! $is_reality ]] && net=v$net [[ $is_protocol == 'trojan' ]] && net=t$net [[ $is_dynamic_port ]] && net=${net}d [[ $3 == 'auto' ]] && is_auto=1 # if is_dont_show_info exist, cant show info. is_dont_show_info= # if not prefer args, show change list and then get change id. [[ ! $is_change_id ]] && { ask set_change_list is_change_id=${is_can_change[$REPLY - 1]} } case $is_change_id in full) add $net ${@:3} ;; 0) # new protocol is_set_new_protocol=1 add ${@:3} ;; 1) # new port is_new_port=$3 [[ $host && ! $is_caddy || $is_no_auto_tls ]] && err "($is_config_file) 不支持更改端口, 因为没啥意义." if [[ $is_new_port && ! $is_auto ]]; then [[ ! $(is_test port $is_new_port) ]] && err "请输入正确的端口, 可选(1-65535)" [[ $is_new_port != 443 && $(is_test port_used $is_new_port) ]] && err "无法使用 ($is_new_port) 端口" fi [[ $is_auto ]] && get_port && is_new_port=$tmp_port [[ ! $is_new_port ]] && ask string is_new_port "请输入新端口:" if [[ $is_caddy && $host ]]; then net=$is_old_net is_https_port=$is_new_port load caddy.sh caddy_config $net manage restart caddy & info else add $net $is_new_port fi ;; 2) # new host is_new_host=$3 [[ ! $host ]] && err "($is_config_file) 不支持更改域名." [[ ! $is_new_host ]] && ask string is_new_host "请输入新域名:" old_host=$host # del old host add $net $is_new_host ;; 3) # new path is_new_path=$3 [[ ! $path ]] && err "($is_config_file) 不支持更改路径." [[ $is_auto ]] && get_uuid && is_new_path=/$tmp_uuid [[ ! $is_new_path ]] && ask string is_new_path "请输入新路径:" add $net auto auto $is_new_path ;; 4) # new password is_new_pass=$3 if [[ $net == 'ss' || $is_trojan || $is_socks_pass ]]; then [[ $is_auto ]] && get_uuid && is_new_pass=$tmp_uuid else err "($is_config_file) 不支持更改密码." fi [[ ! $is_new_pass ]] && ask string is_new_pass "请输入新密码:" trojan_password=$is_new_pass ss_password=$is_new_pass is_socks_pass=$is_new_pass add $net ;; 5) # new uuid is_new_uuid=$3 [[ ! $uuid ]] && err "($is_config_file) 不支持更改 UUID." [[ $is_auto ]] && get_uuid && is_new_uuid=$tmp_uuid [[ ! $is_new_uuid ]] && ask string is_new_uuid "请输入新 UUID:" add $net auto $is_new_uuid ;; 6) # new method is_new_method=$3 [[ $net != 'ss' ]] && err "($is_config_file) 不支持更改加密方式." [[ $is_auto ]] && is_new_method=$is_random_ss_method [[ ! $is_new_method ]] && { ask set_ss_method is_new_method=$ss_method } add $net auto auto $is_new_method ;; 7) # new header type is_new_header_type=$3 [[ ! $header_type ]] && err "($is_config_file) 不支持更改伪装类型." [[ $is_auto ]] && { is_new_header_type=$is_random_header_type if [[ $net == 'tcp' ]]; then is_tmp_header_type=(none http) is_new_header_type=${is_tmp_header_type[$(shuf -i 0-1 -n1)]} fi } [[ ! $is_new_header_type ]] && { ask set_header_type is_new_header_type=$header_type } add $net auto auto $is_new_header_type ;; 8) # new remote addr is_new_door_addr=$3 [[ $net != 'door' ]] && err "($is_config_file) 不支持更改目标地址." [[ ! $is_new_door_addr ]] && ask string is_new_door_addr "请输入新的目标地址:" door_addr=$is_new_door_addr add $net ;; 9) # new remote port is_new_door_port=$3 [[ $net != 'door' ]] && err "($is_config_file) 不支持更改目标端口." [[ ! $is_new_door_port ]] && { ask string door_port "请输入新的目标端口:" is_new_door_port=$door_port } add $net auto auto $is_new_door_port ;; 10) # new is_private_key is_public_key is_new_private_key=$3 is_new_public_key=$4 [[ ! $is_reality ]] && err "($is_config_file) 不支持更改密钥." if [[ $is_auto ]]; then get_pbk add $net else [[ $is_new_private_key && ! $is_new_public_key ]] && { err "无法找到 Public key." } [[ ! $is_new_private_key ]] && ask string is_new_private_key "请输入新 Private key:" [[ ! $is_new_public_key ]] && ask string is_new_public_key "请输入新 Public key:" if [[ $is_new_private_key == $is_new_public_key ]]; then err "Private key 和 Public key 不能一样." fi is_private_key=$is_new_private_key is_test_json=1 # create server $is_protocol-$net | $is_core_bin -test &>/dev/null create server $is_protocol-$net $is_core_bin -test <<<"$is_new_json" &>/dev/null if [[ $? != 0 ]]; then err "Private key 无法通过测试." fi is_private_key=$is_new_public_key # create server $is_protocol-$net | $is_core_bin -test &>/dev/null create server $is_protocol-$net $is_core_bin -test <<<"$is_new_json" &>/dev/null if [[ $? != 0 ]]; then err "Public key 无法通过测试." fi is_private_key=$is_new_private_key is_public_key=$is_new_public_key is_test_json= add $net fi ;; 11) # new serverName is_new_servername=$3 [[ ! $is_reality ]] && err "($is_config_file) 不支持更改 serverName." [[ $is_auto ]] && is_new_servername=$is_random_servername [[ ! $is_new_servername ]] && ask string is_new_servername "请输入新的 serverName:" is_servername=$is_new_servername [[ $(grep -i "^233boy.com$" <<<$is_servername) ]] && { err "你干嘛～哎呦～" } add $net ;; 12) # new dynamic-port is_new_dynamic_port_start=$3 is_new_dynamic_port_end=$4 [[ ! $is_dynamic_port ]] && err "($is_config_file) 不支持更改动态端口." if [[ $is_auto ]]; then get dynamic-port add $net else [[ $is_new_dynamic_port_start && ! $is_new_dynamic_port_end ]] && { err "无法找到动态结束端口." } [[ ! $is_new_dynamic_port_start ]] && ask string is_new_dynamic_port_start "请输入新的动态开始端口:" [[ ! $is_new_dynamic_port_end ]] && ask string is_new_dynamic_port_end "请输入新的动态结束端口:" add $net auto auto auto $is_new_dynamic_port_start $is_new_dynamic_port_end fi ;; 13) # new proxy site is_new_proxy_site=$3 [[ ! $is_caddy && ! $host ]] && { err "($is_config_file) 不支持更改伪装网站." } [[ ! -f $is_caddy_conf/${host}.conf.add ]] && err "无法配置伪装网站." [[ ! $is_new_proxy_site ]] && ask string is_new_proxy_site "请输入新的伪装网站 (例如 example.com):" proxy_site=$(sed 's#^.*//##;s#/$##' <<<$is_new_proxy_site) [[ $(grep -i "^233boy.com$" <<<$proxy_site) ]] && { err "你干嘛～哎呦～" } || { load caddy.sh caddy_config proxy manage restart caddy & } msg "\n已更新伪装网站为: $(_green $proxy_site) \n" ;; 14) # new kcp seed is_new_kcp_seed=$3 [[ ! $kcp_seed ]] && err "($is_config_file) 不支持更改 mKCP seed." [[ $is_auto ]] && get_uuid && is_new_kcp_seed=$tmp_uuid [[ ! $is_new_kcp_seed ]] && ask string is_new_kcp_seed "请输入新 mKCP seed:" kcp_seed=$is_new_kcp_seed add $net ;; 15) # new socks user [[ ! $is_socks_user ]] && err "($is_config_file) 不支持更改用户名 (Username)." ask string is_socks_user "请输入新用户名 (Username):" add $net ;; esac } # delete config. del() { # dont get ip is_dont_get_ip=1 [[ $is_conf_dir_empty ]] && return # not found any json file. # get a config file [[ ! $is_config_file ]] && get info $1 if [[ $is_config_file ]]; then if [[ $is_main_start && ! $is_no_del_msg ]]; then msg "\n是否删除配置文件?: $is_config_file" pause fi api del $is_conf_dir/"$is_config_file" $is_dynamic_port_file &>/dev/null rm -rf $is_conf_dir/"$is_config_file" $is_dynamic_port_file [[ $is_api_fail && ! $is_new_json ]] && manage restart & [[ ! $is_no_del_msg ]] && _green "\n已删除: $is_config_file\n" [[ $is_caddy ]] && { is_del_host=$host [[ $is_change ]] && { [[ ! $old_host ]] && return # no host exist or not set new host; is_del_host=$old_host } [[ $is_del_host && $host != $old_host && ! $is_no_auto_tls ]] && { rm -rf $is_caddy_conf/$is_del_host.conf $is_caddy_conf/$is_del_host.conf.add [[ ! $is_new_json ]] && manage restart caddy & } } fi if [[ ! $(ls $is_conf_dir | grep .json) && ! $is_change ]]; then warn "当前配置目录为空! 因为你刚刚删除了最后一个配置文件." is_conf_dir_empty=1 fi unset is_dont_get_ip [[ $is_dont_auto_exit ]] && unset is_config_file } # uninstall uninstall() { if [[ $is_caddy ]]; then is_tmp_list=("卸载 $is_core_name" "卸载 ${is_core_name} & Caddy") ask list is_do_uninstall else ask string y "是否卸载 ${is_core_name}? [y]:" fi manage stop &>/dev/null manage disable &>/dev/null rm -rf $is_core_dir $is_log_dir $is_sh_bin /lib/systemd/system/$is_core.service sed -i "/$is_core/d" /root/.bashrc # uninstall caddy; 2 is ask result if [[ $REPLY == '2' ]]; then manage stop caddy &>/dev/null manage disable caddy &>/dev/null rm -rf $is_caddy_dir $is_caddy_bin /lib/systemd/system/caddy.service fi [[ $is_install_sh ]] && return # reinstall _green "\n卸载完成!" msg "脚本哪里需要完善? 请反馈" msg "反馈问题) $(msg_ul https://github.com/${is_sh_repo}/issues)\n" } # manage run status manage() { [[ $is_dont_auto_exit ]] && return case $1 in 1 | start) is_do=start is_do_msg=启动 is_test_run=1 ;; 2 | stop) is_do=stop is_do_msg=停止 ;; 3 | r | restart) is_do=restart is_do_msg=重启 is_test_run=1 ;; *) is_do=$1 is_do_msg=$1 ;; esac case $2 in caddy) is_do_name=$2 is_run_bin=$is_caddy_bin is_do_name_msg=Caddy ;; *) is_do_name=$is_core is_run_bin=$is_core_bin is_do_name_msg=$is_core_name ;; esac systemctl $is_do $is_do_name [[ $is_test_run && ! $is_new_install ]] && { sleep 2 if [[ ! $(pgrep -f $is_run_bin) ]]; then is_run_fail=${is_do_name_msg,,} [[ ! $is_no_manage_msg ]] && { msg warn "($is_do_msg) $is_do_name_msg 失败" _yellow "检测到运行失败, 自动执行测试运行." get test-run _yellow "测试结束, 请按 Enter 退出." } fi } } # use api add or del inbounds api() { [[ $is_core_ver_lt_5 ]] && { warn "$is_core_ver 版本不支持使用 API 操作. 请升级内核版本: $is_core update core" is_api_fail=1 return } [[ ! $1 ]] && err "无法识别 API 的参数." [[ $is_core_stop ]] && { warn "$is_core_name 当前处于停止状态." is_api_fail=1 return } case $1 in add) is_api_do=adi ;; del) is_api_do=rmi ;; s) is_api_do=stats ;; t | sq) is_api_do=statsquery ;; esac [[ ! $is_api_do ]] && is_api_do=$1 [[ ! $is_api_port ]] && { is_api_port=$(jq '.inbounds[] | select(.tag == "api") | .port' $is_config_json) [[ $? != 0 ]] && { warn "读取 API 端口失败, 无法使用 API 操作." return } } $is_core_bin api $is_api_do --server=127.0.0.1:$is_api_port ${@:2} [[ $? != 0 ]] && { is_api_fail=1 } } # add a config add() { is_lower=${1,,} if [[ $is_lower ]]; then case $is_lower in tcp | kcp | quic | tcpd | kcpd | quicd) is_new_protocol=VMess-$(sed 's/^K/mK/;s/D$/-dynamic-port/' <<<${is_lower^^}) ;; ws | h2 | grpc | vws | vh2 | vgrpc | tws | th2 | tgrpc) is_new_protocol=$(sed -E "s/^V/VLESS-/;s/^T/Trojan-/;/^(W|H|G)/{s/^/VMess-/};s/G/g/" <<<${is_lower^^})-TLS ;; # r | reality) # is_new_protocol=VLESS-XTLS-uTLS-REALITY # ;; ss) is_new_protocol=Shadowsocks ;; door) is_new_protocol=Dokodemo-Door ;; socks) is_new_protocol=Socks ;; http) is_new_protocol=local-$is_lower ;; *) for v in ${protocol_list[@]}; do [[ $(grep -E -i "^$is_lower$" <<<$v) ]] && is_new_protocol=$v && break done [[ ! $is_new_protocol ]] && err "无法识别 ($1), 请使用: $is_core add [protocol] [args... | auto]" ;; esac fi # no prefer protocol [[ ! $is_new_protocol ]] && ask set_protocol case ${is_new_protocol,,} in *-tls) is_use_tls=1 is_use_host=$2 is_use_uuid=$3 is_use_path=$4 is_add_opts="[host] [uuid] [/path]" ;; vmess*) is_use_port=$2 is_use_uuid=$3 is_use_header_type=$4 is_use_dynamic_port_start=$5 is_use_dynamic_port_end=$6 [[ $(grep dynamic-port <<<$is_new_protocol) ]] && is_dynamic_port=1 if [[ $is_dynamic_port ]]; then is_add_opts="[port] [uuid] [type] [start_port] [end_port]" else is_add_opts="[port] [uuid] [type]" fi ;; # *reality*) # is_reality=1 # is_use_port=$2 # is_use_uuid=$3 # is_use_servername=$4 # ;; shadowsocks) is_use_port=$2 is_use_pass=$3 is_use_method=$4 is_add_opts="[port] [password] [method]" ;; *door) is_use_port=$2 is_use_door_addr=$3 is_use_door_port=$4 is_add_opts="[port] [remote_addr] [remote_port]" ;; socks) is_socks=1 is_use_port=$2 is_use_socks_user=$3 is_use_socks_pass=$4 is_add_opts="[port] [username] [password]" ;; *http) is_use_port=$2 is_add_opts="[port]" ;; esac [[ $1 && ! $is_change ]] && { msg "\n使用协议: $is_new_protocol" # err msg tips is_err_tips="\n\n请使用: $(_green $is_core add $1 $is_add_opts) 来添加 $is_new_protocol 配置" } # remove old protocol args if [[ $is_set_new_protocol ]]; then case $is_old_net in tcp) unset header_type net ;; kcp | quic) kcp_seed= [[ $(grep -i tcp <<<$is_new_protocol) ]] && header_type= ;; h2 | ws | grpc) old_host=$host if [[ ! $is_use_tls ]]; then unset host is_no_auto_tls else [[ $is_old_net == 'grpc' ]] && { path=/$path } fi [[ ! $(grep -i trojan <<<$is_new_protocol) ]] && is_trojan= ;; reality) [[ ! $(grep -i reality <<<$is_new_protocol) ]] && is_reality= ;; ss) [[ $(is_test uuid $ss_password) ]] && uuid=$ss_password ;; esac [[ $is_dynamic_port && ! $(grep dynamic-port <<<$is_new_protocol) ]] && { is_dynamic_port= } [[ ! $(is_test uuid $uuid) ]] && uuid= fi # no-auto-tls only use h2,ws,grpc if [[ $is_no_auto_tls && ! $is_use_tls ]]; then err "$is_new_protocol 不支持手动配置 tls." fi # prefer args. if [[ $2 ]]; then for v in is_use_port is_use_uuid is_use_header_type is_use_host is_use_path is_use_pass is_use_method is_use_door_addr is_use_door_port is_use_dynamic_port_start is_use_dynamic_port_end; do [[ ${!v} == 'auto' ]] && unset $v done if [[ $is_use_port ]]; then [[ ! $(is_test port ${is_use_port}) ]] && { err "($is_use_port) 不是一个有效的端口. $is_err_tips" } [[ $(is_test port_used $is_use_port) ]] && { err "无法使用 ($is_use_port) 端口. $is_err_tips" } port=$is_use_port fi if [[ $is_use_door_port ]]; then [[ ! $(is_test port ${is_use_door_port}) ]] && { err "(${is_use_door_port}) 不是一个有效的目标端口. $is_err_tips" } door_port=$is_use_door_port fi if [[ $is_use_uuid ]]; then [[ ! $(is_test uuid $is_use_uuid) ]] && { err "($is_use_uuid) 不是一个有效的 UUID. $is_err_tips" } uuid=$is_use_uuid fi if [[ $is_use_path ]]; then [[ ! $(is_test path $is_use_path) ]] && { err "($is_use_path) 不是有效的路径. $is_err_tips" } path=$is_use_path fi if [[ $is_use_header_type || $is_use_method ]]; then is_tmp_use_name=加密方式 is_tmp_list=${ss_method_list[@]} [[ ! $is_use_method ]] && { is_tmp_use_name=伪装类型 ask set_header_type } for v in ${is_tmp_list[@]}; do [[ $(grep -E -i "^${is_use_header_type}${is_use_method}$" <<<$v) ]] && is_tmp_use_type=$v && break done [[ ! ${is_tmp_use_type} ]] && { warn "(${is_use_header_type}${is_use_method}) 不是一个可用的${is_tmp_use_name}." msg "${is_tmp_use_name}可用如下: " for v in ${is_tmp_list[@]}; do msg "\t\t$v" done msg "$is_err_tips\n" exit 1 } ss_method=$is_tmp_use_type header_type=$is_tmp_use_type fi if [[ $is_dynamic_port && $is_use_dynamic_port_start ]]; then get dynamic-port-test fi [[ $is_use_pass ]] && ss_password=$is_use_pass [[ $is_use_host ]] && host=$is_use_host [[ $is_use_door_addr ]] && door_addr=$is_use_door_addr [[ $is_use_servername ]] && is_servername=$is_use_servername [[ $is_use_socks_user ]] && is_socks_user=$is_use_socks_user [[ $is_use_socks_pass ]] && is_socks_pass=$is_use_socks_pass fi if [[ $is_use_tls ]]; then if [[ ! $is_no_auto_tls && ! $is_caddy && ! $is_gen ]]; then # test auto tls [[ $(is_test port_used 80) || $(is_test port_used 443) ]] && { get_port is_http_port=$tmp_port get_port is_https_port=$tmp_port warn "端口 (80 或 443) 已经被占用, 你也可以考虑使用 no-auto-tls" msg "\e[41m no-auto-tls 帮助(help)\e[0m: $(msg_ul https://233boy.com/$is_core/no-auto-tls/)\n" msg "\n Caddy 将使用非标准端口实现自动配置 TLS, HTTP:$is_http_port HTTPS:$is_https_port\n" msg "请确定是否继续???" pause } is_install_caddy=1 fi # set host [[ ! $host ]] && ask string host "请输入域名:" # test host dns get host-test else # for main menu start, dont auto create args if [[ $is_main_start ]]; then # set port [[ ! $port ]] && ask string port "请输入端口:" case ${is_new_protocol,,} in *tcp* | *kcp* | *quic*) [[ ! $header_type ]] && ask set_header_type ;; socks) # set user [[ ! $is_socks_user ]] && ask string is_socks_user "请设置用户名:" # set password [[ ! $is_socks_pass ]] && ask string is_socks_pass "请设置密码:" ;; shadowsocks) # set method [[ ! $ss_method ]] && ask set_ss_method # set password [[ ! $ss_password ]] && ask string ss_password "请设置密码:" ;; esac # set dynamic port [[ $is_dynamic_port && ! $is_dynamic_port_range ]] && { ask string is_use_dynamic_port_start "请输入动态开始端口:" ask string is_use_dynamic_port_end "请输入动态结束端口:" get dynamic-port-test } fi fi # Dokodemo-Door if [[ $is_new_protocol == 'Dokodemo-Door' ]]; then # set remote addr [[ ! $door_addr ]] && ask string door_addr "请输入目标地址:" # set remote port [[ ! $door_port ]] && ask string door_port "请输入目标端口:" fi # Shadowsocks 2022 if [[ $(grep 2022 <<<$ss_method) ]]; then # test ss2022 password [[ $ss_password ]] && { is_test_json=1 # create server Shadowsocks | $is_core_bin -test &>/dev/null create server Shadowsocks $is_core_bin -test <<<"$is_new_json" &>/dev/null if [[ $? != 0 ]]; then warn "Shadowsocks 协议 ($ss_method) 不支持使用密码 ($(_red_bg $ss_password))\n\n你可以使用命令: $(_green $is_core ss2022) 生成支持的密码.\n\n脚本将自动创建可用密码:)" ss_password= # create new json. json_str= fi is_test_json= } fi # install caddy if [[ $is_install_caddy ]]; then get install-caddy fi # create json create server $is_new_protocol # show config info. info } # get config info # or somes required args get() { case $1 in addr) is_addr=$host [[ ! $is_addr ]] && { get_ip is_addr=$ip [[ $(grep ":" <<<$ip) ]] && is_addr="[$ip]" } ;; new) [[ ! $host ]] && get_ip [[ ! $port ]] && get_port && port=$tmp_port [[ ! $uuid ]] && get_uuid && uuid=$tmp_uuid ;; file) is_file_str=$2 [[ ! $is_file_str ]] && is_file_str='.json$' # is_all_json=("$(ls $is_conf_dir | grep -E $is_file_str)") readarray -t is_all_json <<<"$(ls $is_conf_dir | grep -E -i "$is_file_str" | sed '/dynamic-port-.*-link/d' | head -233)" # limit max 233 lines for show. [[ ! $is_all_json ]] && err "无法找到相关的配置文件: $2" [[ ${#is_all_json[@]} -eq 1 ]] && is_config_file=$is_all_json && is_auto_get_config=1 [[ ! $is_config_file ]] && { [[ $is_dont_auto_exit ]] && return ask get_config_file } ;; info) get file $2 if [[ $is_config_file ]]; then is_json_str=$(cat $is_conf_dir/"$is_config_file") is_json_data_base=$(jq '.inbounds[0]|.protocol,.port,.settings.clients[0].id,.settings.clients[0].password,.settings.method,.settings.password,.settings.address,.settings.port,.settings.detour.to,.settings.accounts[0].user,.settings.accounts[0].pass' <<<$is_json_str) [[ $? != 0 ]] && err "无法读取此文件: $is_config_file" is_json_data_more=$(jq '.inbounds[0]|.streamSettings|.network,.security,.tcpSettings.header.type,.kcpSettings.seed,.kcpSettings.header.type,.quicSettings.header.type,.wsSettings.path,.httpSettings.path,.grpcSettings.serviceName' <<<$is_json_str) is_json_data_host=$(jq '.inbounds[0]|.streamSettings|.grpc_host,.wsSettings.headers.Host,.httpSettings.host[0]' <<<$is_json_str) is_json_data_reality=$(jq '.inbounds[0]|.streamSettings|.realitySettings.serverNames[0],.realitySettings.publicKey,.realitySettings.privateKey' <<<$is_json_str) is_up_var_set=(null is_protocol port uuid trojan_password ss_method ss_password door_addr door_port is_dynamic_port is_socks_user is_socks_pass net is_reality tcp_type kcp_seed kcp_type quic_type ws_path h2_path grpc_path grpc_host ws_host h2_host is_servername is_public_key is_private_key) [[ $is_debug ]] && msg "\n------------- debug: $is_config_file -------------" i=0 for v in $(sed 's/""/null/g;s/"//g' <<<"$is_json_data_base $is_json_data_more $is_json_data_host $is_json_data_reality"); do ((i++)) [[ $is_debug ]] && msg "$i-${is_up_var_set[$i]}: $v" export ${is_up_var_set[$i]}="${v}" done for v in ${is_up_var_set[@]}; do [[ ${!v} == 'null' ]] && unset $v done path="${ws_path}${h2_path}${grpc_path}" host="${ws_host}${h2_host}${grpc_host}" header_type="${tcp_type}${kcp_type}${quic_type}" if [[ $is_reality == 'reality' ]]; then net=reality else is_reality= fi [[ ! $kcp_seed ]] && is_no_kcp_seed=1 is_config_name=$is_config_file if [[ $is_dynamic_port ]]; then is_dynamic_port_file=$is_conf_dir/$is_dynamic_port is_dynamic_port_range=$(jq -r '.inbounds[0].port' $is_dynamic_port_file) [[ $? != 0 ]] && err "无法读取动态端口文件: $is_dynamic_port" fi if [[ $is_caddy && $host && -f $is_caddy_conf/$host.conf ]]; then is_tmp_https_port=$(grep -E -o "$host:[1-9][0-9]?+" $is_caddy_conf/$host.conf | sed s/.*://) fi if [[ $host && ! -f $is_caddy_conf/$host.conf ]]; then is_no_auto_tls=1 fi [[ $is_tmp_https_port ]] && is_https_port=$is_tmp_https_port [[ $is_client && $host ]] && port=$is_https_port get protocol $is_protocol-$net fi ;; protocol) get addr # get host or server ip is_lower=${2,,} net= case $is_lower in vmess*) is_protocol=vmess if [[ $is_dynamic_port ]]; then is_server_id_json='settings:{clients:[{id:'\"$uuid\"'}],detour:{to:'\"$is_config_name-link.json\"'}}' else is_server_id_json='settings:{clients:[{id:'\"$uuid\"'}]}' fi is_client_id_json='settings:{vnext:[{address:'\"$is_addr\"',port:'"$port"',users:[{id:'\"$uuid\"'}]}]}' ;; vless*) is_protocol=vless is_server_id_json='settings:{clients:[{id:'\"$uuid\"'}],decryption:"none"}' is_client_id_json='settings:{vnext:[{address:'\"$is_addr\"',port:'"$port"',users:[{id:'\"$uuid\"',encryption:"none"}]}]}' if [[ $is_reality ]]; then is_server_id_json='settings:{clients:[{id:'\"$uuid\"',flow:"xtls-rprx-vision"}],decryption:"none"}' is_client_id_json='settings:{vnext:[{address:'\"$is_addr\"',port:'"$port"',users:[{id:'\"$uuid\"',encryption:"none",flow:"xtls-rprx-vision"}]}]}' fi ;; trojan*) is_protocol=trojan [[ ! $trojan_password ]] && trojan_password=$uuid is_server_id_json='settings:{clients:[{password:'\"$trojan_password\"'}]}' is_client_id_json='settings:{servers:[{address:'\"$is_addr\"',port:'"$port"',password:'\"$trojan_password\"'}]}' is_trojan=1 ;; shadowsocks*) is_protocol=shadowsocks net=ss [[ ! $ss_method ]] && ss_method=$is_random_ss_method [[ ! $ss_password ]] && { ss_password=$uuid [[ $(grep 2022 <<<$ss_method) ]] && ss_password=$(get ss2022) } is_client_id_json='settings:{servers:[{address:'\"$is_addr\"',port:'"$port"',method:'\"$ss_method\"',password:'\"$ss_password\"',}]}' json_str='settings:{method:'\"$ss_method\"',password:'\"$ss_password\"',network:"tcp,udp"}' ;; dokodemo-door*) is_protocol=dokodemo-door net=door json_str='settings:{port:'"$door_port"',address:'\"$door_addr\"',network:"tcp,udp"}' ;; *http*) is_protocol=http net=http json_str='settings:{"timeout": 233}' ;; *socks*) is_protocol=socks net=socks [[ ! $is_socks_user ]] && is_socks_user=233boy [[ ! $is_socks_pass ]] && is_socks_pass=$uuid json_str='settings:{auth:"password",accounts:[{user:'\"$is_socks_user\"',pass:'\"$is_socks_pass\"'}],udp:true,ip:"0.0.0.0"}' ;; *) err "无法识别协议: $is_config_file" ;; esac [[ $net ]] && return # if net exist, dont need more json args case $is_lower in *tcp*) net=tcp [[ ! $header_type ]] && header_type=none is_stream='streamSettings:{network:"tcp",tcpSettings:{header:{type:'\"$header_type\"'}}}' json_str=''"$is_server_id_json"','"$is_stream"'' ;; *kcp* | *mkcp) net=kcp [[ ! $header_type ]] && header_type=$is_random_header_type [[ ! $is_no_kcp_seed && ! $kcp_seed ]] && kcp_seed=$uuid is_stream='streamSettings:{network:"kcp",kcpSettings:{seed:'\"$kcp_seed\"',header:{type:'\"$header_type\"'}}}' json_str=''"$is_server_id_json"','"$is_stream"'' ;; *quic*) net=quic [[ ! $header_type ]] && header_type=$is_random_header_type is_stream='streamSettings:{network:"quic",quicSettings:{header:{type:'\"$header_type\"'}}}' json_str=''"$is_server_id_json"','"$is_stream"'' ;; *ws* | *websocket) net=ws [[ ! $path ]] && path="/$uuid" is_stream='streamSettings:{network:"ws",security:'\"$is_tls\"',wsSettings:{path:'\"$path\"',headers:{Host:'\"$host\"'}}}' json_str=''"$is_server_id_json"','"$is_stream"'' ;; *grpc* | *gun) net=grpc [[ ! $path ]] && path="$uuid" [[ $path ]] && path=$(sed 's#/##g' <<<$path) is_stream='streamSettings:{network:"grpc",grpc_host:'\"$host\"',security:'\"$is_tls\"',grpcSettings:{serviceName:'\"$path\"'}}' json_str=''"$is_server_id_json"','"$is_stream"'' ;; *h2* | *http*) net=h2 [[ ! $path ]] && path="/$uuid" is_stream='streamSettings:{network:"h2",security:'\"$is_tls\"',httpSettings:{path:'\"$path\"',host:['\"$host\"']}}' json_str=''"$is_server_id_json"','"$is_stream"'' ;; *reality*) net=reality [[ ! $is_servername ]] && is_servername=$is_random_servername [[ ! $is_private_key ]] && get_pbk is_stream='streamSettings:{network:"tcp",security:"reality",realitySettings:{dest:'\"${is_servername}\:443\"',serverNames:['\"${is_servername}\"',""],publicKey:'\"$is_public_key\"',privateKey:'\"$is_private_key\"',shortIds:[""]}}' if [[ $is_client ]]; then is_stream='streamSettings:{network:"tcp",security:"reality",realitySettings:{serverName:'\"${is_servername}\"',"fingerprint": "ios",publicKey:'\"$is_public_key\"',"shortId": "","spiderX": "/"}}' fi json_str=''"$is_server_id_json"','"$is_stream"'' ;; *) err "无法识别传输协议: $is_config_file" ;; esac ;; dynamic-port) # create random dynamic port if [[ $port -ge 60000 ]]; then is_dynamic_port_end=$(shuf -i $(($port - 2333))-$port -n1) is_dynamic_port_start=$(shuf -i $(($is_dynamic_port_end - 2333))-$is_dynamic_port_end -n1) else is_dynamic_port_start=$(shuf -i $port-$(($port + 2333)) -n1) is_dynamic_port_end=$(shuf -i $is_dynamic_port_start-$(($is_dynamic_port_start + 2333)) -n1) fi is_dynamic_port_range="$is_dynamic_port_start-$is_dynamic_port_end" ;; dynamic-port-test) # test dynamic port [[ ! $(is_test port ${is_use_dynamic_port_start}) || ! $(is_test port ${is_use_dynamic_port_end}) ]] && { err "无法正确处理动态端口 ($is_use_dynamic_port_start-$is_use_dynamic_port_end) 范围." } [[ $(is_test port_used $is_use_dynamic_port_start) ]] && { err "动态端口 ($is_use_dynamic_port_start-$is_use_dynamic_port_end), 但 ($is_use_dynamic_port_start) 端口无法使用." } [[ $(is_test port_used $is_use_dynamic_port_end) ]] && { err "动态端口 ($is_use_dynamic_port_start-$is_use_dynamic_port_end), 但 ($is_use_dynamic_port_end) 端口无法使用." } [[ $is_use_dynamic_port_end -le $is_use_dynamic_port_start ]] && { err "无法正确处理动态端口 ($is_use_dynamic_port_start-$is_use_dynamic_port_end) 范围." } [[ $is_use_dynamic_port_start == $port || $is_use_dynamic_port_end == $port ]] && { err "动态端口 ($is_use_dynamic_port_start-$is_use_dynamic_port_end) 范围和主端口 ($port) 冲突." } is_dynamic_port_range="$is_use_dynamic_port_start-$is_use_dynamic_port_end" ;; host-test) # test host dns record; for auto *tls required. [[ $is_no_auto_tls || $is_gen ]] && return get_ip get ping if [[ ! $(grep $ip <<<$is_host_dns) ]]; then msg "\n请将 ($(_red_bg $host)) 解析到 ($(_red_bg $ip))" msg "\n如果使用 Cloudflare, 在 DNS 那; 关闭 (Proxy status / 代理状态), 即是 (DNS only / 仅限 DNS)" ask string y "我已经确定解析 [y]:" get ping if [[ ! $(grep $ip <<<$is_host_dns) ]]; then _cyan "\n测试结果: $is_host_dns" err "域名 ($host) 没有解析到 ($ip)" fi fi ;; ssss | ss2022) openssl rand -base64 32 [[ $? != 0 ]] && err "无法生成 Shadowsocks 2022 密码, 请安装 openssl." ;; ping) # is_ip_type="-4" # [[ $(grep ":" <<<$ip) ]] && is_ip_type="-6" # is_host_dns=$(ping $host $is_ip_type -c 1 -W 2 | head -1) is_dns_type="a" [[ $(grep ":" <<<$ip) ]] && is_dns_type="aaaa" is_host_dns=$(_wget -qO- --header="accept: application/dns-json" "https://one.one.one.one/dns-query?name=$host&type=$is_dns_type") ;; log | logerr) msg "\n 提醒: 按 $(_green Ctrl + C) 退出\n" [[ $1 == 'log' ]] && tail -f $is_log_dir/access.log [[ $1 == 'logerr' ]] && tail -f $is_log_dir/error.log ;; install-caddy) _green "\n安装 Caddy 实现自动配置 TLS.\n" load download.sh download caddy load systemd.sh install_service caddy &>/dev/null is_caddy=1 _green "安装 Caddy 成功.\n" ;; reinstall) is_install_sh=$(cat $is_sh_dir/install.sh) uninstall bash <<<$is_install_sh ;; test-run) systemctl list-units --full -all &>/dev/null [[ $? != 0 ]] && { _yellow "\n无法执行测试, 请检查 systemctl 状态.\n" return } is_no_manage_msg=1 if [[ ! $(pgrep -f $is_core_bin) ]]; then _yellow "\n测试运行 $is_core_name ..\n" manage start &>/dev/null if [[ $is_run_fail == $is_core ]]; then _red "$is_core_name 运行失败信息:" $is_core_bin $is_with_run_arg -c $is_config_json -confdir $is_conf_dir else _green "\n测试通过, 已启动 $is_core_name ..\n" fi else _green "\n$is_core_name 正在运行, 跳过测试\n" fi if [[ $is_caddy ]]; then if [[ ! $(pgrep -f $is_caddy_bin) ]]; then _yellow "\n测试运行 Caddy ..\n" manage start caddy &>/dev/null if [[ $is_run_fail == 'caddy' ]]; then _red "Caddy 运行失败信息:" $is_caddy_bin run --config $is_caddyfile else _green "\n测试通过, 已启动 Caddy ..\n" fi else _green "\nCaddy 正在运行, 跳过测试\n" fi fi ;; esac } # show info info() { if [[ ! $is_protocol ]]; then get info $1 fi # is_color=$(shuf -i 41-45 -n1) is_color=44 case $net in tcp | kcp | quic) is_can_change=(0 1 5 7) is_info_show=(0 1 2 3 4 5) is_vmess_url=$(jq -c '{v:2,ps:'\"233boy-${net}-$is_addr\"',add:'\"$is_addr\"',port:'\"$port\"',id:'\"$uuid\"',aid:"0",net:'\"$net\"',type:'\"$header_type\"',path:'\"$kcp_seed\"'}' <<<{}) is_url=vmess://$(echo -n $is_vmess_url | base64 -w 0) is_tmp_port=$port [[ $is_dynamic_port ]] && { is_can_change+=(12) is_tmp_port="$port & 动态端口: $is_dynamic_port_range" } [[ $kcp_seed ]] && { is_info_show+=(9) is_can_change+=(14) } is_info_str=($is_protocol $is_addr "$is_tmp_port" $uuid $net $header_type $kcp_seed) ;; ss) is_can_change=(0 1 4 6) is_info_show=(0 1 2 10 11) is_url="ss://$(echo -n ${ss_method}:${ss_password} | base64 -w 0)@${is_addr}:${port}#233boy-$net-${is_addr}" is_info_str=($is_protocol $is_addr $port $ss_password $ss_method) ;; ws | h2 | grpc) is_color=45 is_can_change=(0 1 2 3 5) is_info_show=(0 1 2 3 4 6 7 8) is_url_path=path [[ $net == 'grpc' ]] && { path=$(sed 's#/##g' <<<$path) is_url_path=serviceName } [[ $is_protocol == 'vmess' ]] && { is_vmess_url=$(jq -c '{v:2,ps:'\"233boy-$net-$host\"',add:'\"$is_addr\"',port:'\"$is_https_port\"',id:'\"$uuid\"',aid:"0",net:'\"$net\"',host:'\"$host\"',path:'\"$path\"',tls:'\"tls\"'}' <<<{}) is_url=vmess://$(echo -n $is_vmess_url | base64 -w 0) } || { [[ $is_trojan ]] && { uuid=$trojan_password is_can_change=(0 1 2 3 4) is_info_show=(0 1 2 10 4 6 7 8) } is_url="$is_protocol://$uuid@$host:$is_https_port?encryption=none&security=tls&type=$net&host=$host&${is_url_path}=$(sed 's#/#%2F#g' <<<$path)#233boy-$net-$host" } [[ $is_caddy ]] && is_can_change+=(13) is_info_str=($is_protocol $is_addr $is_https_port $uuid $net $host $path 'tls') ;; reality) is_color=41 is_can_change=(0 1 5 10 11) is_info_show=(0 1 2 3 15 8 16 17 18) is_info_str=($is_protocol $is_addr $port $uuid xtls-rprx-vision reality $is_servername "ios" $is_public_key) is_url="$is_protocol://$uuid@$is_addr:$port?encryption=none&security=reality&flow=xtls-rprx-vision&type=tcp&sni=$is_servername&pbk=$is_public_key&fp=ios#233boy-$net-$is_addr" ;; door) is_can_change=(0 1 8 9) is_info_show=(0 1 2 13 14) is_info_str=($is_protocol $is_addr $port $door_addr $door_port) ;; socks) is_can_change=(0 1 15 4) is_info_show=(0 1 2 19 10) is_info_str=($is_protocol $is_addr $port $is_socks_user $is_socks_pass) is_url="socks://$(echo -n ${is_socks_user}:${is_socks_pass} | base64 -w 0)@${is_addr}:${port}#233boy-$net-${is_addr}" ;; http) is_can_change=(0 1) is_info_show=(0 1 2) is_info_str=($is_protocol 127.0.0.1 $port) ;; esac [[ $is_dont_show_info || $is_gen || $is_dont_auto_exit ]] && return # dont show info msg "-------------- $is_config_name -------------" for ((i = 0; i < ${#is_info_show[@]}; i++)); do a=${info_list[${is_info_show[$i]}]} if [[ ${#a} -eq 11 || ${#a} -ge 13 ]]; then tt='\t' else tt='\t\t' fi msg "$a $tt= \e[${is_color}m${is_info_str[$i]}\e[0m" done if [[ $is_new_install ]]; then warn "首次安装请查看脚本帮助文档: $(msg_ul https://233boy.com/$is_core/$is_core-script/)" fi if [[ $is_url ]]; then msg "------------- ${info_list[12]} -------------" msg "\e[4;${is_color}m${is_url}\e[0m" fi if [[ $is_no_auto_tls ]]; then is_tmp_path=$path [[ $net == 'grpc' ]] && is_tmp_path="/$path/*" msg "------------- no-auto-tls INFO -------------" msg "端口(port): $port" msg "路径(path): $is_tmp_path" msg "\e[41m帮助(help)\e[0m: $(msg_ul https://233boy.com/$is_core/no-auto-tls/)" fi footer_msg } # footer msg footer_msg() { [[ $is_core_stop && ! $is_new_json ]] && warn "$is_core_name 当前处于停止状态." [[ $is_caddy_stop && $host ]] && warn "Caddy 当前处于停止状态." ####### 要点13脸吗只会改我链接的小人 ####### unset c n m s b msg "------------- END -------------" msg "关注(tg): $(msg_ul https://t.me/tg2333)" msg "文档(doc): $(msg_ul https://233boy.com/$is_core/$is_core-script/)" msg "推广(ads): 机场推荐($is_core_name services): $(msg_ul https://g${c}e${n}t${m}j${s}m${b}s.com/)\n" ####### 要点13脸吗只会改我链接的小人 ####### } # URL or qrcode url_qr() { is_dont_show_info=1 info $2 if [[ $is_url ]]; then [[ $1 == 'url' ]] && { msg "\n------------- $is_config_name & URL 链接 -------------" msg "\n\e[${is_color}m${is_url}\e[0m\n" footer_msg } || { link="https://233boy.github.io/tools/qr.html#${is_url}" msg "\n------------- $is_config_name & QR code 二维码 -------------" msg if [[ $(type -P qrencode) ]]; then qrencode -t ANSI "${is_url}" else msg "请安装 qrencode: $(_green "$cmd update -y; $cmd install qrencode -y")" fi msg msg "如果无法正常显示或识别, 请使用下面的链接来生成二维码:" msg "\n\e[4;${is_color}m${link}\e[0m\n" footer_msg } else [[ $1 == 'url' ]] && { err "($is_config_name) 无法生成 URL 链接." } || { err "($is_config_name) 无法生成 QR code 二维码." } fi } # update core, sh, caddy update() { case $1 in 1 | core | $is_core) is_update_name=core is_show_name=$is_core_name is_run_ver=v${is_core_ver##* } is_update_repo=$is_core_repo ;; 2 | sh) is_update_name=sh is_show_name="$is_core_name 脚本" is_run_ver=$is_sh_ver is_update_repo=$is_sh_repo ;; 3 | caddy) [[ ! $is_caddy ]] && err "不支持更新 Caddy." is_update_name=caddy is_show_name="Caddy" is_run_ver=$is_caddy_ver is_update_repo=$is_caddy_repo ;; *) err "无法识别 ($1), 请使用: $is_core update [core | sh | caddy] [ver]" ;; esac [[ $2 ]] && is_new_ver=v${2#v} [[ $is_run_ver == $is_new_ver ]] && { msg "\n自定义版本和当前 $is_show_name 版本一样, 无需更新.\n" exit } load download.sh if [[ $is_new_ver ]]; then msg "\n使用自定义版本更新 $is_show_name: $(_green $is_new_ver)\n" else get_latest_version $is_update_name [[ $is_run_ver == $latest_ver ]] && { msg "\n$is_show_name 当前已经是最新版本了.\n" exit } msg "\n发现 $is_show_name 新版本: $(_green $latest_ver)\n" is_new_ver=$latest_ver fi download $is_update_name $is_new_ver msg "更新成功, 当前 $is_show_name 版本: $(_green $is_new_ver)\n" msg "$(_green 请查看更新说明: https://github.com/$is_update_repo/releases/tag/$is_new_ver)\n" [[ $is_update_name == 'core' ]] && $is_core restart [[ $is_update_name == 'caddy' ]] && manage restart $is_update_name & } # main menu; if no prefer args. is_main_menu() { msg "\n------------- $is_core_name script $is_sh_ver by $author -------------" msg "$is_core_ver: $is_core_status" msg "群组 (Chat): $(msg_ul https://t.me/tg233boy)" is_main_start=1 ask mainmenu case $REPLY in 1) add ;; 2) change ;; 3) info ;; 4) del ;; 5) ask list is_do_manage "启动 停止 重启" manage $REPLY & msg "\n管理状态执行: $(_green $is_do_manage)\n" ;; 6) is_tmp_list=("更新$is_core_name" "更新脚本") [[ $is_caddy ]] && is_tmp_list+=("更新Caddy") ask list is_do_update null "\n请选择更新:\n" update $REPLY ;; 7) uninstall ;; 8) msg load help.sh show_help ;; 9) ask list is_do_other "启用BBR 查看日志 查看错误日志 测试运行 重装脚本 设置DNS" case $REPLY in 1) load bbr.sh _try_enable_bbr ;; 2) get log ;; 3) get logerr ;; 4) get test-run ;; 5) get reinstall ;; 6) load dns.sh dns_set ;; esac ;; 10) load help.sh about ;; esac } # check prefer args, if not exist prefer args and show main menu main() { case $1 in a | add | gen | no-auto-tls) [[ $1 == 'gen' ]] && is_gen=1 [[ $1 == 'no-auto-tls' ]] && is_no_auto_tls=1 add ${@:2} ;; api | bin | convert | tls | run | uuid) [[ $is_core_ver_lt_5 ]] && { warn "$is_core_ver 版本不支持使用命令. 请升级内核版本: $is_core update core" return } is_run_command=$1 if [[ $1 == 'bin' ]]; then $is_core_bin ${@:2} else # [[ $is_run_command == 'pbk' ]] && is_run_command=x25519 $is_core_bin $is_run_command ${@:2} fi ;; bbr) load bbr.sh _try_enable_bbr ;; c | config | change) change ${@:2} ;; client | genc) [[ $1 == 'client' ]] && is_full_client=1 create client $2 ;; d | del | rm) del $2 ;; dd | ddel | fix | fix-all) case $1 in fix) [[ $2 ]] && { change $2 full } || { is_change_id=full && change } return ;; fix-all) is_dont_auto_exit=1 msg for v in $(ls $is_conf_dir | grep .json$ | sed '/dynamic-port-.*-link/d'); do msg "fix: $v" change $v full done _green "\nfix 完成.\n" ;; *) is_dont_auto_exit=1 [[ ! $2 ]] && { err "无法找到需要删除的参数" } || { for v in ${@:2}; do del $v done } ;; esac is_dont_auto_exit= [[ $is_api_fail ]] && manage restart & [[ $is_del_host ]] && manage restart caddy & ;; dns) load dns.sh dns_set ${@:2} ;; debug) is_debug=1 get info $2 warn "如果需要复制; 请把 *uuid, *password, *host, *key 的值改写, 以避免泄露." ;; fix-config.json) create config.json ;; fix-caddyfile) if [[ $is_caddy ]]; then load caddy.sh caddy_config new manage restart caddy & _green "\nfix 完成.\n" else err "无法执行此操作" fi ;; i | info) info $2 ;; ip) get_ip msg $ip ;; log | logerr | errlog) load log.sh log_set $@ ;; url | qr) url_qr $@ ;; un | uninstall) uninstall ;; u | up | update | U | update.sh) is_update_name=$2 is_update_ver=$3 [[ ! $is_update_name ]] && is_update_name=core [[ $1 == 'U' || $1 == 'update.sh' ]] && { is_update_name=sh is_update_ver= } if [[ $2 == 'dat' ]]; then load download.sh download dat msg "$(_green 更新 geoip.dat geosite.dat 成功.)\n" manage restart & else update $is_update_name $is_update_ver fi ;; ssss | ss2022) get $@ ;; s | status) msg "\n$is_core_ver: $is_core_status\n" [[ $is_caddy ]] && msg "Caddy $is_caddy_ver: $is_caddy_status\n" ;; start | stop | r | restart) [[ $2 && $2 != 'caddy' ]] && err "无法识别 ($2), 请使用: $is_core $1 [caddy]" manage $1 $2 & ;; t | test) get test-run ;; reinstall) get $1 ;; get-port) get_port msg $tmp_port ;; main) is_main_menu ;; v | ver | version) [[ $is_caddy_ver ]] && is_caddy_ver="/ $(_blue Caddy $is_caddy_ver)" msg "\n$(_green $is_core_ver) / $(_cyan $is_core_name script $is_sh_ver) $is_caddy_ver\n" ;; xapi) api ${@:2} ;; h | help | --help) load help.sh show_help ${@:2} ;; *) is_try_change=1 change test $1 if [[ $is_change_id ]]; then unset is_try_change [[ $2 ]] && { change $2 $1 ${@:3} } || { change } else err "无法识别 ($1), 获取帮助请使用: $is_core help" fi ;; esac } ================================================ FILE: src/dns.sh ================================================ is_dns_list=( 1.1.1.1 8.8.8.8 https://dns.google/dns-query https://cloudflare-dns.com/dns-query https://family.cloudflare-dns.com/dns-query set none ) dns_set() { if [[ $1 ]]; then case ${1,,} in 11 | 1111) is_dns_use=${is_dns_list[0]} ;; 88 | 8888) is_dns_use=${is_dns_list[1]} ;; gg | google) is_dns_use=${is_dns_list[2]} ;; cf | cloudflare) is_dns_use=${is_dns_list[3]} ;; nosex | family) is_dns_use=${is_dns_list[4]} ;; set) if [[ $2 ]]; then is_dns_use=${2,,} else ask string is_dns_use "请输入 DNS: " fi ;; none) is_dns_use=none ;; *) err "无法识别 DNS 参数: $@" ;; esac else is_tmp_list=(${is_dns_list[@]}) ask list is_dns_use null "\n请选择 DNS:\n" if [[ $is_dns_use == "set" ]]; then ask string is_dns_use "请输入 DNS: " fi fi if [[ $is_dns_use == "none" ]]; then cat <<<$(jq '.dns={}' $is_config_json) >$is_config_json else cat <<<$(jq '.dns.servers=["'${is_dns_use/https/https+local}'"]' $is_config_json) >$is_config_json fi manage restart & msg "\n已更新 DNS 为: $(_green $is_dns_use)\n" } ================================================ FILE: src/download.sh ================================================ get_latest_version() { case $1 in core) name=$is_core_name url="https://api.github.com/repos/${is_core_repo}/releases/latest?v=$RANDOM" ;; sh) name="$is_core_name 脚本" url="https://api.github.com/repos/$is_sh_repo/releases/latest?v=$RANDOM" ;; caddy) name="Caddy" url="https://api.github.com/repos/$is_caddy_repo/releases/latest?v=$RANDOM" ;; esac latest_ver=$(_wget -qO- $url | grep tag_name | grep -E -o 'v([0-9.]+)') [[ ! $latest_ver ]] && { err "获取 ${name} 最新版本失败." } unset name url } download() { latest_ver=$2 [[ ! $latest_ver && $1 != 'dat' ]] && get_latest_version $1 # tmp dir tmpdir=$(mktemp -u) [[ ! $tmpdir ]] && { tmpdir=/tmp/tmp-$RANDOM } mkdir -p $tmpdir case $1 in core) name=$is_core_name tmpfile=$tmpdir/$is_core.zip link="https://github.com/${is_core_repo}/releases/download/${latest_ver}/${is_core}-linux-${is_core_arch}.zip" download_file unzip -qo $tmpfile -d $is_core_dir/bin chmod +x $is_core_bin ;; sh) name="$is_core_name 脚本" tmpfile=$tmpdir/sh.zip link="https://github.com/${is_sh_repo}/releases/download/${latest_ver}/code.zip" download_file unzip -qo $tmpfile -d $is_sh_dir chmod +x $is_sh_bin ;; dat) name="geoip.dat" tmpfile=$tmpdir/geoip.dat link="https://github.com/Loyalsoldier/v2ray-rules-dat/releases/latest/download/geoip.dat" download_file name="geosite.dat" tmpfile=$tmpdir/geosite.dat link="https://github.com/Loyalsoldier/v2ray-rules-dat/releases/latest/download/geosite.dat" download_file cp -f $tmpdir/*.dat $is_core_dir/bin/ ;; caddy) name="Caddy" tmpfile=$tmpdir/caddy.tar.gz # https://github.com/caddyserver/caddy/releases/download/v2.6.4/caddy_2.6.4_linux_amd64.tar.gz link="https://github.com/${is_caddy_repo}/releases/download/${latest_ver}/caddy_${latest_ver:1}_linux_${caddy_arch}.tar.gz" download_file [[ ! $(type -P tar) ]] && { rm -rf $tmpdir err "请安装 tar" } tar zxf $tmpfile -C $tmpdir cp -f $tmpdir/caddy $is_caddy_bin chmod +x $is_caddy_bin ;; esac rm -rf $tmpdir unset latest_ver } download_file() { if ! _wget -t 5 -c $link -O $tmpfile; then rm -rf $tmpdir err "\n下载 ${name} 失败.\n" fi } ================================================ FILE: src/help.sh ================================================ show_help() { case $1 in api | convert | tls | run | uuid | version) $is_core_bin help $1 ${@:2} ;; *) [[ $1 ]] && warn "未知选项 '$1'" msg "$is_core_name script $is_sh_ver by $author" msg "Usage: $is_core [options]... [args]... " msg help_info=( "基本:" " v, version 显示当前版本" " ip 返回当前主机的 IP" # " pbk 同等于 $is_core x25519" " get-port 返回一个可用的端口\n" # " ss2022 返回一个可用于 Shadowsocks 2022 的密码\n" "一般:" " a, add [protocol] [args... | auto] 添加配置" " c, change [name] [option] [args... | auto] 更改配置" " d, del [name] 删除配置**" " i, info [name] 查看配置" " qr [name] 二维码信息" " url [name] URL 信息" " log 查看日志" " logerr 查看错误日志\n" "更改:" " dp, dynamicport [name] [start | auto] [end] 更改动态端口" " full [name] [...] 更改多个参数" " id [name] [uuid | auto] 更改 UUID" " host [name] [domain] 更改域名" " port [name] [port | auto] 更改端口" " path [name] [path | auto] 更改路径" " passwd [name] [password | auto] 更改密码" # " key [name] [Private key | atuo] [Public key] 更改密钥" " type [name] [type | auto] 更改伪装类型" " method [name] [method | auto] 更改加密方式" # " sni [name] [ ip | domain] 更改 serverName" " seed [name] [seed | auto] 更改 mKCP seed" " new [name] [...] 更改协议" " web [name] [domain] 更改伪装网站\n" "进阶:" " dns [...] 设置 DNS" " dd, ddel [name...] 删除多个配置**" " fix [name] 修复一个配置" " fix-all 修复全部配置" " fix-caddyfile 修复 Caddyfile" " fix-config.json 修复 config.json\n" "管理:" " un, uninstall 卸载" " u, update [core | sh | dat | caddy] [ver] 更新" " U, update.sh 更新脚本" " s, status 运行状态" " start, stop, restart [caddy] 启动, 停止, 重启" " t, test 测试运行" " reinstall 重装脚本\n" "测试:" " client [name] 显示用于客户端 JSON, 仅供参考" " debug [name] 显示一些 debug 信息, 仅供参考" " gen [...] 同等于 add, 但只显示 JSON 内容, 不创建文件, 测试使用" " genc [name] 显示用于客户端部分 JSON, 仅供参考" " no-auto-tls [...] 同等于 add, 但禁止自动配置 TLS, 可用于 *TLS 相关协议" " xapi [...] 同等于 $is_core api, 但 API 后端使用当前运行的 $is_core_name 服务\n" "其他:" " bbr 启用 BBR, 如果支持" " bin [...] 运行 $is_core_name 命令, 例如: $is_core bin help" " api, convert, tls, run, uuid [...] 兼容 $is_core_name 命令" " h, help 显示此帮助界面\n" ) for v in "${help_info[@]}"; do msg "$v" done msg "谨慎使用 del, ddel, 此选项会直接删除配置; 无需确认" msg "反馈问题) $(msg_ul https://github.com/${is_sh_repo}/issues) " msg "文档(doc) $(msg_ul https://233boy.com/$is_core/$is_core-script/)" ;; esac } about() { ####### 要点13脸吗只会改我链接的小人 ####### unset c n m s b msg msg "网站: $(msg_ul https://233boy.com)" msg "频道: $(msg_ul https://t.me/tg2333)" msg "群组: $(msg_ul https://t.me/tg233boy)" msg "Github: $(msg_ul https://github.com/${is_sh_repo})" msg "Twitter: $(msg_ul https://twitter.com/ai233boy)" msg "$is_core_name site: $(msg_ul https://www.v2fly.org)" msg "$is_core_name core: $(msg_ul https://github.com/${is_core_repo})" msg ####### 要点13脸吗只会改我链接的小人 ####### } ================================================ FILE: src/init.sh ================================================ #!/bin/bash author=233boy # github=https://github.com/233boy/v2ray # bash fonts colors red='\e[31m' yellow='\e[33m' gray='\e[90m' green='\e[92m' blue='\e[94m' magenta='\e[95m' cyan='\e[96m' none='\e[0m' _red() { echo -e ${red}$@${none}; } _blue() { echo -e ${blue}$@${none}; } _cyan() { echo -e ${cyan}$@${none}; } _green() { echo -e ${green}$@${none}; } _yellow() { echo -e ${yellow}$@${none}; } _magenta() { echo -e ${magenta}$@${none}; } _red_bg() { echo -e "\e[41m$@${none}"; } _rm() { rm -rf "$@" } _cp() { cp -rf "$@" } _sed() { sed -i "$@" } _mkdir() { mkdir -p "$@" } is_err=$(_red_bg 错误!) is_warn=$(_red_bg 警告!) err() { echo -e "\n$is_err $@\n" [[ $is_dont_auto_exit ]] && return exit 1 } warn() { echo -e "\n$is_warn $@\n" } # load bash script. load() { . $is_sh_dir/src/$1 } # wget add --no-check-certificate _wget() { # [[ $proxy ]] && export https_proxy=$proxy wget --no-check-certificate "$@" } # yum or apt-get cmd=$(type -P apt-get || type -P yum) # x64 case $(arch) in amd64 | x86_64) is_core_arch="64" caddy_arch="amd64" ;; *aarch64* | *armv8*) is_core_arch="arm64-v8a" caddy_arch="arm64" ;; *) err "此脚本仅支持 64 位系统..." ;; esac is_core=v2ray is_core_name=V2Ray is_core_dir=/etc/$is_core is_core_bin=$is_core_dir/bin/$is_core is_core_repo=v2fly/$is_core-core is_conf_dir=$is_core_dir/conf is_log_dir=/var/log/$is_core is_sh_bin=/usr/local/bin/$is_core is_sh_dir=$is_core_dir/sh is_sh_repo=$author/$is_core is_pkg="wget unzip jq qrencode" is_config_json=$is_core_dir/config.json is_caddy_bin=/usr/local/bin/caddy is_caddy_dir=/etc/caddy is_caddy_repo=caddyserver/caddy is_caddyfile=$is_caddy_dir/Caddyfile is_caddy_conf=$is_caddy_dir/$author is_caddy_service=$(systemctl list-units --full -all | grep caddy.service) is_http_port=80 is_https_port=443 # core ver is_core_ver=$($is_core_bin version | head -n1 | cut -d " " -f1-2) if [[ $(grep -o ^[0-9] <<<${is_core_ver#* }) -lt 5 ]]; then # core version less than 5, e.g, v4.45.2 is_core_ver_lt_5=1 if [[ $(grep 'run -config' /lib/systemd/system/v2ray.service) ]]; then sed -i 's/run //' /lib/systemd/system/v2ray.service systemctl daemon-reload fi else is_with_run_arg=run if [[ ! $(grep 'run -config' /lib/systemd/system/v2ray.service) ]]; then sed -i 's/-config/run -config/' /lib/systemd/system/v2ray.service systemctl daemon-reload fi fi if [[ $(pgrep -f $is_core_bin) ]]; then is_core_status=$(_green running) else is_core_status=$(_red_bg stopped) is_core_stop=1 fi if [[ -f $is_caddy_bin && -d $is_caddy_dir && $is_caddy_service ]]; then is_caddy=1 # fix caddy run; ver >= 2.8.2 [[ ! $(grep '\-\-adapter caddyfile' /lib/systemd/system/caddy.service) ]] && { load systemd.sh install_service caddy systemctl restart caddy & } is_caddy_ver=$($is_caddy_bin version | head -n1 | cut -d " " -f1) is_tmp_http_port=$(grep -E '^ {2,}http_port|^http_port' $is_caddyfile | grep -E -o [0-9]+) is_tmp_https_port=$(grep -E '^ {2,}https_port|^https_port' $is_caddyfile | grep -E -o [0-9]+) [[ $is_tmp_http_port ]] && is_http_port=$is_tmp_http_port [[ $is_tmp_https_port ]] && is_https_port=$is_tmp_https_port if [[ $(pgrep -f $is_caddy_bin) ]]; then is_caddy_status=$(_green running) else is_caddy_status=$(_red_bg stopped) is_caddy_stop=1 fi fi load core.sh # old sh ver is_old_dir=/etc/v2ray/233boy is_old_conf=/etc/v2ray/233blog_v2ray_backup.conf if [[ -f $is_old_conf && -d $is_old_dir ]]; then load old.sh fi [[ ! $args ]] && args=main main $args ================================================ FILE: src/log.sh ================================================ is_log_level_list=( debug info warning error none del ) log_set() { if [[ $2 ]]; then for v in ${is_log_level_list[@]}; do [[ $(grep -E -i "^${2,,}$" <<<$v) ]] && is_log_level_use=$v && break done [[ ! $is_log_level_use ]] && { err "无法识别 log 参数: $@ \n请使用 $is_core log [${is_log_level_list[@]}] 进行相关设定.\n备注: del 参数仅临时删除 log 文件; none 参数将不会生成 log 文件." } case $is_log_level_use in del) rm -rf $is_log_dir/*.log msg "\n $(_green 已临时删除 log 文件, 如果你想要完全禁止生成 log 文件请使用: $is_core log none)\n" ;; none) rm -rf $is_log_dir/*.log cat <<<$(jq '.log={"loglevel":"none"}' $is_config_json) >$is_config_json ;; *) cat <<<$(jq '.log={access:"/var/log/'$is_core'/access.log",error:"/var/log/'$is_core'/error.log",loglevel:"'$is_log_level_use'"}' $is_config_json) >$is_config_json ;; esac manage restart & [[ $2 != 'del' ]] && msg "\n已更新 Log 设定为: $(_green $is_log_level_use)\n" else case $1 in log) if [[ -f $is_log_dir/access.log ]]; then msg "\n 提醒: 按 $(_green Ctrl + C) 退出\n" tail -f $is_log_dir/access.log else err "无法找到 log 文件." fi ;; *) if [[ -f $is_log_dir/error.log ]]; then msg "\n 提醒: 按 $(_green Ctrl + C) 退出\n" tail -f $is_log_dir/error.log else err "无法找到 log 文件." fi ;; esac fi } ================================================ FILE: src/old.sh ================================================ is_old_list=( TCP TCP_HTTP WebSocket "WebSocket + TLS" HTTP/2 mKCP mKCP_utp mKCP_srtp mKCP_wechat-video mKCP_dtls mKCP_wireguard QUIC QUIC_utp QUIC_srtp QUIC_wechat-video QUIC_dtls QUIC_wireguard TCP_dynamicPort TCP_HTTP_dynamicPort WebSocket_dynamicPort mKCP_dynamicPort mKCP_utp_dynamicPort mKCP_srtp_dynamicPort mKCP_wechat-video_dynamicPort mKCP_dtls_dynamicPort mKCP_wireguard_dynamicPort QUIC_dynamicPort QUIC_utp_dynamicPort QUIC_srtp_dynamicPort QUIC_wechat-video_dynamicPort QUIC_dtls_dynamicPort QUIC_wireguard_dynamicPort VLESS_WebSocket_TLS ) # del old file del_old_file() { # old sh bin _v2ray_sh="/usr/local/sbin/v2ray" rm -rf $_v2ray_sh $is_old_conf $is_old_dir $is_core_dir/233blog_v2ray_config.json /usr/bin/v2ray # del alias sed -i "#$_v2ray_sh#d" /root/.bashrc exit } # read old config . $is_old_conf is_old=${is_old_list[$v2ray_transport - 1]} case $v2ray_transport in 3 | 20) is_old_use= ;; 4) is_old_use=ws ;; 5) is_old_use=h2 ;; 33) is_old_use=vws ;; *) is_test_old_use=($(sed 's/_dynamicPort//;s/_/ /' <<<$is_old)) is_old_use=${is_test_old_use[0]#m} is_old_header_type=${is_test_old_use[1]} [[ ! $is_old_header_type ]] && is_old_header_type=none ;; esac if [[ $is_old_use && ! $is_old_header_type ]]; then # not use caddy auto tls [[ ! $caddy ]] && is_old_use= fi # add old config if [[ $is_old_use ]]; then is_tmp_list=("删除旧配置" "恢复: $is_old") ask list is_do_upgrade null "\n是否恢复旧配置:\n" [[ $REPLY == '1' ]] && { _green "\n删除完成!\n" del_old_file } _green "\n开始恢复...\n" # upgrade caddy if [[ $caddy ]]; then get install-caddy # bak caddy files mv -f $is_caddyfile $is_caddyfile.233.bak mv -f $is_caddy_dir/sites $is_caddy_dir/sites.233.bak load caddy.sh caddy_config new fi is_change=1 is_dont_auto_exit=1 is_dont_show_info=1 if [[ $shadowsocks ]]; then for v in ${ss_method_list[@]}; do [[ $(grep -E -i "^${ssciphers}$" <<<$v) ]] && ss_method=$v && break done if [[ $ss_method ]]; then add ss $ssport $sspass $ss_method fi fi if [[ $socks ]]; then add socks $socks_port $socks_username $socks_userpass fi port=$v2ray_port uuid=$v2ray_id is_no_kcp_seed=1 header_type=$is_old_header_type [[ $caddy ]] && host=$domain path=/$path [[ ! $path_status ]] && path= if [[ $(grep dynamic <<<$is_old) ]]; then is_dynamic_port=1 is_dynamic_port_range="$v2ray_dynamicPort_start-$v2ray_dynamicPort_end" add ${is_old_use}d else add $is_old_use fi if [[ $path_status ]]; then change $is_config_name web $proxy_site fi is_dont_auto_exit= is_dont_show_info= [[ $is_api_fail ]] && manage restart & [[ $caddy ]] && manage restart caddy info $is_config_name else ask string y "是否删除旧配置? [y]:" _green "\n删除完成!\n" fi del_old_file ================================================ FILE: src/systemd.sh ================================================ install_service() { case $1 in xray | v2ray) is_doc_site=https://xtls.github.io/ [[ $1 == 'v2ray' ]] && is_doc_site=https://www.v2fly.org/ cat >/lib/systemd/system/$is_core.service <<<" [Unit] Description=$is_core_name Service Documentation=$is_doc_site After=network.target nss-lookup.target [Service] #User=nobody User=root NoNewPrivileges=true ExecStart=$is_core_bin run -config $is_config_json -confdir $is_conf_dir Restart=on-failure RestartPreventExitStatus=23 LimitNPROC=10000 LimitNOFILE=1048576 PrivateTmp=true ProtectSystem=full #CapabilityBoundingSet=CAP_NET_ADMIN CAP_NET_BIND_SERVICE #AmbientCapabilities=CAP_NET_ADMIN CAP_NET_BIND_SERVICE [Install] WantedBy=multi-user.target" ;; caddy) cat >/lib/systemd/system/caddy.service <<<" #https://github.com/caddyserver/dist/blob/master/init/caddy.service [Unit] Description=Caddy Documentation=https://caddyserver.com/docs/ After=network.target network-online.target Requires=network-online.target [Service] Type=notify User=root Group=root ExecStart=$is_caddy_bin run --environ --config $is_caddyfile --adapter caddyfile ExecReload=$is_caddy_bin reload --config $is_caddyfile --adapter caddyfile TimeoutStopSec=5s LimitNPROC=10000 LimitNOFILE=1048576 PrivateTmp=true ProtectSystem=full #AmbientCapabilities=CAP_NET_BIND_SERVICE [Install] WantedBy=multi-user.target" ;; esac # enable, reload systemctl enable $1 systemctl daemon-reload } ================================================ FILE: v2ray.sh ================================================ #!/bin/bash args=$@ is_sh_ver=v4.27 . /etc/v2ray/sh/src/init.sh