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deploy.sh
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deploy.sh
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#!/bin/bash
#MIT License
#Copyright (c) 2020 h31105
#Permission is hereby granted, free of charge, to any person obtaining a copy
#of this software and associated documentation files (the "Software"), to deal
#in the Software without restriction, including without limitation the rights
#to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
#copies of the Software, and to permit persons to whom the Software is
#furnished to do so, subject to the following conditions:
#The above copyright notice and this permission notice shall be included in all
#copies or substantial portions of the Software.
#THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
#IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
#FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
#AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
#LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
#OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
#SOFTWARE.
#====================================================
# System Request:Debian 9+/Ubuntu 18.04+/Centos 7+
# Author: Miroku/h31105
# Dscription: TLS-Shunt-Proxy&Trojan-Go&V2Ray Script
# Official document:
# https://www.v2ray.com/
# https://github.com/p4gefau1t/trojan-go
# https://github.com/liberal-boy/tls-shunt-proxy
# https://www.docker.com/
# https://github.com/containrrr/watchtower
# https://github.com/portainer/portainer
# https://github.com/wulabing/V2Ray_ws-tls_bash_onekey
#====================================================
PATH=/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin:~/bin
export PATH
cd "$(
cd "$(dirname "$0")" || exit
pwd
)" || exit
#Fonts Color
Green="\033[32m"
Red="\033[31m"
Yellow="\033[33m"
GreenBG="\033[42;30m"
RedBG="\033[41;30m"
Font="\033[0m"
#Notification Information
OK="${Green}[OK]${Font}"
WARN="${Yellow}[警告]${Font}"
Error="${Red}[错误]${Font}"
#版本、初始化变量
shell_version="1.183"
tsp_cfg_version="0.61.1"
#install_mode="docker"
upgrade_mode="none"
github_branch="master"
version_cmp="/tmp/version_cmp.tmp"
tsp_conf_dir="/etc/tls-shunt-proxy"
trojan_conf_dir="/etc/trojan-go"
v2ray_conf_dir="/etc/v2ray"
tsp_conf="${tsp_conf_dir}/config.yaml"
tsp_cert_dir="/etc/ssl/tls-shunt-proxy/certificates/acme-v02.api.letsencrypt.org-directory"
trojan_conf="${trojan_conf_dir}/config.json"
v2ray_conf="${v2ray_conf_dir}/config.json"
web_dir="/home/wwwroot"
random_num=$((RANDOM % 3 + 7))
#shellcheck disable=SC1091
source '/etc/os-release'
#从VERSION中提取发行版系统的英文名称
VERSION=$(echo "${VERSION}" | awk -F "[()]" '{print $2}')
check_system() {
if [[ "${ID}" == "centos" && ${VERSION_ID} -eq 7 ]]; then
echo -e "${OK} ${GreenBG} 当前系统为 Centos ${VERSION_ID} ${VERSION} ${Font}"
INS="yum -y -q"
elif [[ "${ID}" == "centos" && ${VERSION_ID} -ge 8 ]]; then
echo -e "${OK} ${GreenBG} 当前系统为 Centos ${VERSION_ID} ${VERSION} ${Font}"
INS="dnf -y"
elif [[ "${ID}" == "debian" && ${VERSION_ID} -ge 8 ]]; then
echo -e "${OK} ${GreenBG} 当前系统为 Debian ${VERSION_ID} ${VERSION} ${Font}"
INS="apt -y -qq"
elif [[ "${ID}" == "ubuntu" && $(echo "${VERSION_ID}" | cut -d '.' -f1) -ge 16 ]]; then
echo -e "${OK} ${GreenBG} 当前系统为 Ubuntu ${VERSION_ID} ${UBUNTU_CODENAME} ${Font}"
INS="apt -y -qq"
else
echo -e "${Error} ${RedBG} 当前系统为 ${ID} ${VERSION_ID} 不在支持的系统列表内，安装中断 ${Font}"
exit 1
fi
}
is_root() {
if [ 0 == $UID ]; then
echo -e "${OK} ${GreenBG} 当前用户是root用户，继续执行 ${Font}"
sleep 1
else
echo -e "${Error} ${RedBG} 当前用户不是root用户，请切换到root用户后重新执行脚本 ${Font}"
exit 1
fi
}
judge() {
#shellcheck disable=SC2181
if [[ 0 -eq $? ]]; then
echo -e "${OK} ${GreenBG} $1 完成 ${Font}"
sleep 1
else
echo -e "${Error} ${RedBG} $1 失败 ${Font}"
exit 1
fi
}
urlEncode() {
jq -R -r @uri <<<"$1"
}
chrony_install() {
${INS} install chrony
judge "安装 Chrony 时间同步服务"
timedatectl set-ntp true
if [[ "${ID}" == "centos" ]]; then
systemctl enable chronyd && systemctl restart chronyd
else
systemctl enable chrony && systemctl restart chrony
fi
judge "Chrony 启动"
timedatectl set-timezone Asia/Shanghai
echo -e "${OK} ${GreenBG} 等待时间同步 ${Font}"
sleep 10
chronyc sourcestats -v
chronyc tracking -v
date
read -rp "请确认时间是否准确，误差范围±3分钟 (Y/N) [Y]: " chrony_install
[[ -z ${chrony_install} ]] && chrony_install="Y"
case $chrony_install in
[yY][eE][sS] | [yY])
echo -e "${GreenBG} 继续执行 ${Font}"
sleep 2
;;
*)
echo -e "${RedBG} 终止执行 ${Font}"
exit 2
;;
esac
}
dependency_install() {
if [[ "${ID}" == "centos" && ${VERSION_ID} -eq 7 ]]; then
yum install epel-release -y -q
elif [[ "${ID}" == "centos" && ${VERSION_ID} -ge 8 ]]; then
dnf install epel-release -y -q
dnf config-manager --set-enabled PowerTools
dnf upgrade libseccomp
elif [[ "${ID}" == "debian" && ${VERSION_ID} -ge 8 ]]; then
$INS update
elif [[ "${ID}" == "ubuntu" && $(echo "${VERSION_ID}" | cut -d '.' -f1) -ge 16 ]]; then
$INS update
fi
$INS install dbus
${INS} install git lsof unzip
judge "安装依赖包 git lsof unzip"
${INS} install haveged
systemctl start haveged && systemctl enable haveged
command -v bc >/dev/null 2>&1 || ${INS} install bc
judge "安装依赖包 bc"
command -v jq >/dev/null 2>&1 || ${INS} install jq
judge "安装依赖包 jq"
command -v sponge >/dev/null 2>&1 || ${INS} install moreutils
judge "安装依赖包 moreutils"
command -v qrencode >/dev/null 2>&1 || ${INS} install qrencode
judge "安装依赖包 qrencode"
}
basic_optimization() {
# 最大文件打开数
sed -i '/^\*\ *soft\ *nofile\ *[[:digit:]]*/d' /etc/security/limits.conf
sed -i '/^\*\ *hard\ *nofile\ *[[:digit:]]*/d' /etc/security/limits.conf
echo '* soft nofile 65536' >>/etc/security/limits.conf
echo '* hard nofile 65536' >>/etc/security/limits.conf
# 关闭 Selinux
if [[ "${ID}" == "centos" ]]; then
sed -i 's/^SELINUX=.*/SELINUX=disabled/' /etc/selinux/config
setenforce 0
fi
}
config_exist_check() {
if [[ -f "$1" ]]; then
echo -e "${OK} ${GreenBG} 检测到旧配置文件，自动备份旧文件配置 ${Font}"
cp "$1" "$1.$(date +%Y%m%d%H)"
echo -e "${OK} ${GreenBG} 已备份旧配置 ${Font}"
fi
}
domain_port_check() {
read -rp "请输入TLS端口(默认443):" tspport
[[ -z ${tspport} ]] && tspport="443"
read -rp "请输入你的域名信息(例如:fk.gfw.com):" domain
domain=$(echo "${domain}" | tr '[:upper:]' '[:lower:]')
domain_ip=$(ping -q -c 1 -t 1 "${domain}" | grep PING | sed -e "s/).*//" | sed -e "s/.*(//")
echo -e "${OK} ${GreenBG} 正在获取 公网ip 信息，请耐心等待 ${Font}"
local_ip=$(curl -s https://api64.ipify.org)
echo -e "域名DNS解析IP：${domain_ip}"
echo -e "本机IP: ${local_ip}"
sleep 2
if [[ "${local_ip}" = "${domain_ip}" ]]; then
echo -e "${OK} ${GreenBG} 域名DNS解析IP 与 本机IP 匹配 ${Font}"
sleep 2
else
echo -e "${Error} ${RedBG} 请确保域名添加了正确的 A/AAAA 记录，否则将无法正常连接 ${Font}"
echo -e "${Error} ${RedBG} 域名DNS 解析IP 与 本机IP 不匹配将导致 SSL 证书申请失败，是否继续安装？（Y/N）[N]${Font}" && read -r install
case $install in
[yY][eE][sS] | [yY])
echo -e "${GreenBG} 继续安装 ${Font}"
sleep 2
;;
*)
echo -e "${RedBG} 安装终止 ${Font}"
exit 2
;;
esac
fi
}
port_exist_check() {
if [[ 0 -eq $(lsof -i:"$1" | grep -i -c "listen") ]]; then
echo -e "${OK} ${GreenBG} $1 端口未被占用 ${Font}"
sleep 1
else
echo -e "${Error} ${RedBG} 检测到 $1 端口被占用，以下为 $1 端口占用信息 ${Font}"
lsof -i:"$1"
echo -e "${OK} ${GreenBG} 5s 后将尝试自动 kill 占用进程 ${Font}"
sleep 5
lsof -i:"$1" | awk '{print $2}' | grep -v "PID" | xargs kill -9
echo -e "${OK} ${GreenBG} kill 完成 ${Font}"
sleep 1
fi
}
service_status_check() {
if systemctl is-active "$1" &>/dev/null; then
echo -e "${OK} ${GreenBG} $1 已经启动 ${Font}"
if systemctl is-enabled "$1" &>/dev/null; then
echo -e "${OK} ${GreenBG} $1 是开机自启动项 ${Font}"
else
echo -e "${WARN} ${Yellow} $1 不是开机自启动项 ${Font}"
systemctl enable "$1"
judge "设置 $1 为开机自启动"
fi
else
echo -e "${Error} ${RedBG} 检测到 $1 服务未启动，正在尝试启动... ${Font}"
systemctl restart "$1" && systemctl enable "$1"
judge "尝试启动 $1 "
sleep 5
if systemctl is-active "$1" &>/dev/null; then
echo -e "${OK} ${GreenBG} $1 已经启动 ${Font}"
else
echo -e "${WARN} ${Yellow} 请尝试重新安装修复 $1 后再试 ${Font}"
exit 4
fi
fi
}
prereqcheck() {
service_status_check docker
if [[ -f ${tsp_conf} ]]; then
service_status_check tls-shunt-proxy
else
echo -e "${Error} ${RedBG} TLS-Shunt-Proxy 配置异常，请尝试重新安装 ${Font}"
exit 4
fi
}
trojan_reset() {
config_exist_check ${trojan_conf}
[[ -f ${trojan_conf} ]] && rm -rf ${trojan_conf}
if [[ -f ${tsp_conf} ]]; then
TSP_Domain=$(grep '#TSP_Domain' ${tsp_conf} | sed -r 's/.*: (.*) #.*/\1/') && echo -e "检测到TLS域名为: ${TSP_Domain}"
else
echo -e "${Error} ${RedBG} TLS-Shunt-Proxy 配置异常，无法检测到TLS域名信息，请重新安装后再试 ${Font}"
exit 4
fi
read -rp "请输入密码(Trojan-Go)，默认随机 :" tjpasswd
[[ -z ${tjpasswd} ]] && tjpasswd=$(head -n 10 /dev/urandom | md5sum | head -c ${random_num})
echo -e "${OK} ${GreenBG} Trojan-Go 密码: ${tjpasswd} ${Font}"
read -rp "是否开启 WebSocket 模式支持 (Y/N) [N]:" trojan_ws_mode
[[ -z ${trojan_ws_mode} ]] && trojan_ws_mode=false
case $trojan_ws_mode in
[yY][eE][sS] | [yY])
tjwspath="/trojan/$(head -n 10 /dev/urandom | md5sum | head -c ${random_num})/"
echo -e "${OK} ${GreenBG} Trojan-Go WebSocket 模式开启，WSPATH: ${tjwspath} ${Font}"
trojan_ws_mode=true
;;
*)
trojan_ws_mode=false
;;
esac
trojan_tcp_mode=true
tjport=$((RANDOM % 6666 + 10000)) && echo -e "${OK} ${GreenBG} Trojan-Go 监听端口为: $tjport ${Font}"
mkdir -p $trojan_conf_dir
cat >$trojan_conf <<-EOF
{
"run_type": "server",
"disable_http_check": true,
"local_addr": "127.0.0.1",
"local_port": ${tjport},
"remote_addr": "1.1.1.1",
"remote_port": 80,
"fallback_addr": "1.1.1.1",
"fallback_port": 443,
"password": ["${tjpasswd}"],
"transport_plugin": {
"enabled": true,
"type": "plaintext"
},
"websocket": {
"enabled": ${trojan_ws_mode},
"path": "${tjwspath}",
"host": "${TSP_Domain}"
}
}
EOF
judge "Trojan-Go 配置生成"
port_exist_check $tjport
trojan_sync
judge "同步 Trojan-Go 配置设置"
systemctl restart tls-shunt-proxy && service_status_check tls-shunt-proxy
judge "TLS-Shunt-Proxy 应用设置"
}
modify_trojan() {
deployed_status_check
echo -e "${WARN} ${Yellow} 修改 Trojan-Go 配置将重置现有的代理配置信息，是否继续 (Y/N) [N]? ${Font}"
read -r modify_confirm
[[ -z ${modify_confirm} ]] && modify_confirm="No"
case $modify_confirm in
[yY][eE][sS] | [yY])
prereqcheck
trojan_reset
docker restart Trojan-Go
;;
*) ;;
esac
}
trojan_sync() {
[[ -z $tjport ]] && tjport=40001
[[ -z $tjwspath ]] && tjwspath=/trojan/none
[[ -z $trojan_tcp_mode ]] && trojan_tcp_mode=none
[[ -z $trojan_ws_mode ]] && trojan_ws_mode=none
if [[ ${trojan_tcp_mode} = true ]]; then
sed -i "/trojan: #Trojan_TCP/c \\ trojan: #Trojan_TCP" ${tsp_conf}
sed -i "/handler: proxyPass #Trojan_TCP/c \\ handler: proxyPass #Trojan_TCP" ${tsp_conf}
sed -i "/#Trojan_TCP_Port/c \\ args: 127.0.0.1:${tjport} #Trojan_TCP_Port:${trojan_tcp_mode}" ${tsp_conf}
else
sed -i "/trojan: #Trojan_TCP/c \\ #trojan: #Trojan_TCP" ${tsp_conf}
sed -i "/handler: proxyPass #Trojan_TCP/c \\ #handler: proxyPass #Trojan_TCP" ${tsp_conf}
sed -i "/#Trojan_TCP_Port/c \\ #args: 127.0.0.1:${tjport} #Trojan_TCP_Port:${trojan_tcp_mode}" ${tsp_conf}
fi
if [[ ${trojan_ws_mode} = true ]]; then
sed -i "/#Trojan_WS_Path/c \\ - path: ${tjwspath} #Trojan_WS_Path" ${tsp_conf}
sed -i "/handler: proxyPass #Trojan_WS/c \\ handler: proxyPass #Trojan_WS" ${tsp_conf}
sed -i "/#Trojan_WS_Port/c \\ args: 127.0.0.1:${tjport} #Trojan_WS_Port:${trojan_ws_mode}" ${tsp_conf}
else
sed -i "/#Trojan_WS_Path/c \\ #- path: ${tjwspath} #Trojan_WS_Path" ${tsp_conf}
sed -i "/handler: proxyPass #Trojan_WS/c \\ #handler: proxyPass #Trojan_WS" ${tsp_conf}
sed -i "/#Trojan_WS_Port/c \\ #args: 127.0.0.1:${tjport} #Trojan_WS_Port:${trojan_ws_mode}" ${tsp_conf}
fi
}
v2ray_mode_type() {
read -rp "请选择 V2Ray TCP 模式协议类型：VMess(M)/VLESS(L)，默认跳过，(M/L) [Skip]:" v2ray_tcp_mode
[[ -z ${v2ray_tcp_mode} ]] && v2ray_tcp_mode="none"
case $v2ray_tcp_mode in
[mM])
echo -e "${GreenBG} 已选择 TCP 模式协议 VMess ${Font}"
v2ray_tcp_mode="vmess"
;;
[lL])
echo -e "${GreenBG} 已选择 TCP 模式协议 VLESS ${Font}"
v2ray_tcp_mode="vless"
;;
none)
echo -e "${GreenBG} 跳过 TCP 模式 部署 ${Font}"
v2ray_tcp_mode="none"
;;
*)
echo -e "${RedBG} 请输入正确的字母 (M/L) ${Font}"
;;
esac
read -rp "请选择 V2Ray WebSocket 模式协议类型：VMess(M)/VLESS(L)，默认跳过，(M/L) [Skip]:" v2ray_ws_mode
[[ -z ${v2ray_ws_mode} ]] && v2ray_ws_mode="none"
case $v2ray_ws_mode in
[mM])
echo -e "${GreenBG} 已选择 WS 模式 VMess ${Font}"
v2ray_ws_mode="vmess"
;;
[lL])
echo -e "${GreenBG} 已选择 WS 模式 VLESS ${Font}"
v2ray_ws_mode="vless"
;;
none)
echo -e "${GreenBG} 跳过 WS 模式 部署 ${Font}"
v2ray_ws_mode="none"
;;
*)
echo -e "${RedBG} 请输入正确的字母 (M/L) ${Font}"
;;
esac
}
v2ray_reset() {
config_exist_check ${v2ray_conf}
[[ -f ${v2ray_conf} ]] && rm -rf ${v2ray_conf}
mkdir -p $v2ray_conf_dir
cat >$v2ray_conf <<-EOF
{
"log": {
"loglevel": "warning"
},
"inbounds":[
],
"outbounds": [
{
"protocol": "freedom",
"settings": {},
"tag": "direct"
},
{
"protocol": "blackhole",
"settings": {},
"tag": "blocked"
}
],
"dns": {
"servers": [
"https+local://1.1.1.1/dns-query",
"1.1.1.1",
"1.0.0.1",
"8.8.8.8",
"8.8.4.4",
"localhost"
]
},
"routing": {
"rules": [
{
"ip": [
"geoip:private"
],
"outboundTag": "blocked",
"type": "field"
},
{
"type": "field",
"outboundTag": "blocked",
"protocol": ["bittorrent"]
},
{
"type": "field",
"inboundTag": [
],
"outboundTag": "direct"
}
]
}
}
EOF
if [[ "${v2ray_ws_mode}" = v*ess ]]; then
UUID=$(cat /proc/sys/kernel/random/uuid)
echo -e "${OK} ${GreenBG} UUID:${UUID} ${Font}"
v2wspath="/v2ray/$(head -n 10 /dev/urandom | md5sum | head -c ${random_num})/"
echo -e "${OK} ${GreenBG} 开启V2Ray WS模式，WSPATH: ${v2wspath} ${Font}"
v2wsport=$((RANDOM % 6666 + 30000))
echo -e "${OK} ${GreenBG} V2Ray WS 监听端口为 ${v2wsport} ${Font}"
if [[ "${v2ray_ws_mode}" = "vmess" ]]; then
#read -rp "请输入 WS 模式 AlterID（默认:10 仅允许填非0数字）:" alterID
[[ -z ${alterID} ]] && alterID="10"
jq '.inbounds += [{"sniffing":{"enabled":true,"destOverride":["http","tls"]},"port":'${v2wsport}',"listen":"127.0.0.1","tag":"vmess-ws-in","protocol":"vmess","settings":{"clients":[{"id":"'"${UUID}"'","alterId":'${alterID}'}]},"streamSettings":{"network":"ws","wsSettings":{"acceptProxyProtocol":true,"path":"'"${v2wspath}"'"}}}]' ${v2ray_conf} | sponge ${v2ray_conf} &&
jq '.routing.rules[2].inboundTag += ["vmess-ws-in"]' ${v2ray_conf} | sponge ${v2ray_conf}
judge "V2Ray VMess WS配置生成"
fi
if [[ "${v2ray_ws_mode}" = "vless" ]]; then
jq '.inbounds += [{"sniffing":{"enabled":true,"destOverride":["http","tls"]},"port":'${v2wsport}',"listen":"127.0.0.1","tag":"vless-ws-in","protocol":"vless","settings":{"clients":[{"id":"'"${UUID}"'","level":0}],"decryption":"none"},"streamSettings":{"network":"ws","wsSettings":{"acceptProxyProtocol":true,"path":"'"${v2wspath}"'"}}}]' ${v2ray_conf} | sponge ${v2ray_conf} &&
jq '.routing.rules[2].inboundTag += ["vless-ws-in"]' ${v2ray_conf} | sponge ${v2ray_conf}
judge "V2Ray VLESS WS配置生成"
fi
port_exist_check ${v2wsport}
fi
if [[ "${v2ray_tcp_mode}" = v*ess ]]; then
UUID=$(cat /proc/sys/kernel/random/uuid)
echo -e "${OK} ${GreenBG} UUID:${UUID} ${Font}"
v2port=$((RANDOM % 6666 + 20000))
echo -e "${OK} ${GreenBG} V2Ray TCP 监听端口为 ${v2port} ${Font}"
if [[ "${v2ray_tcp_mode}" = "vmess" ]]; then
#read -rp "请输入 TCP 模式 AlterID（默认:10 仅允许填非0数字）:" alterID
[[ -z ${alterID} ]] && alterID="10"
jq '.inbounds += [{"sniffing":{"enabled":true,"destOverride":["http","tls"]},"port":'${v2port}',"listen":"127.0.0.1","tag":"vmess-tcp-in","protocol":"vmess","settings":{"clients":[{"id":"'"${UUID}"'","alterId":'${alterID}'}]},"streamSettings":{"network":"tcp","tcpSettings":{"acceptProxyProtocol":true}}}]' ${v2ray_conf} | sponge ${v2ray_conf} &&
jq '.routing.rules[2].inboundTag += ["vmess-tcp-in"]' ${v2ray_conf} | sponge ${v2ray_conf}
judge "V2Ray VMess TCP配置生成"
fi
if [[ "${v2ray_tcp_mode}" = "vless" ]]; then
jq '.inbounds += [{"sniffing":{"enabled":true,"destOverride":["http","tls"]},"port":'${v2port}',"listen":"127.0.0.1","tag":"vless-tcp-in","protocol":"vless","settings":{"clients":[{"id":"'"${UUID}"'","level":0}],"decryption":"none"},"streamSettings":{"network":"tcp","tcpSettings":{"acceptProxyProtocol":true}}}]' ${v2ray_conf} | sponge ${v2ray_conf} &&
jq '.routing.rules[2].inboundTag += ["vless-tcp-in"]' ${v2ray_conf} | sponge ${v2ray_conf}
judge "V2Ray VLESS TCP配置生成"
fi
port_exist_check ${v2port}
fi
if [[ -f ${tsp_conf} ]]; then
v2ray_sync
judge "同步 V2Ray 配置"
systemctl restart tls-shunt-proxy && service_status_check tls-shunt-proxy
judge "TLS-Shunt-Proxy 应用设置"
else
echo -e "${Error} ${RedBG} TLS-Shunt-Proxy 配置异常，请重新安装后再试 ${Font}"
exit 4
fi
}
modify_v2ray() {
deployed_status_check
echo -e "${WARN} ${Yellow} 修改 V2Ray 配置将重置现有的代理配置信息，是否继续 (Y/N) [N]? ${Font}"
read -r modify_confirm
[[ -z ${modify_confirm} ]] && modify_confirm="No"
case $modify_confirm in
[yY][eE][sS] | [yY])
prereqcheck
v2ray_mode_type
[[ $v2ray_tcp_mode != "none" || $v2ray_ws_mode != "none" ]] && v2ray_reset
docker restart V2Ray
;;
*) ;;
esac
}
v2ray_sync() {
[[ -z $v2port ]] && v2port=40003
[[ -z $v2wsport ]] && v2wsport=40002
[[ -z $v2wspath ]] && v2wspath=/v2ray/none
[[ -z $v2ray_tcp_mode ]] && v2ray_tcp_mode=none
[[ -z $v2ray_ws_mode ]] && v2ray_ws_mode=none
if [[ ${v2ray_tcp_mode} = v*ess ]]; then
sed -i "/default: #V2Ray_TCP/c \\ default: #V2Ray_TCP" ${tsp_conf}
sed -i "/handler: proxyPass #V2Ray_TCP/c \\ handler: proxyPass #V2Ray_TCP" ${tsp_conf}
sed -i "/#V2Ray_TCP_Port/c \\ args: 127.0.0.1:${v2port};proxyProtocol #V2Ray_TCP_Port:${v2ray_tcp_mode}" ${tsp_conf}
else
sed -i "/default: #V2Ray_TCP/c \\ #default: #V2Ray_TCP" ${tsp_conf}
sed -i "/handler: proxyPass #V2Ray_TCP/c \\ #handler: proxyPass #V2Ray_TCP" ${tsp_conf}
sed -i "/#V2Ray_TCP_Port/c \\ #args: 127.0.0.1:${v2port};proxyProtocol #V2Ray_TCP_Port:${v2ray_tcp_mode}" ${tsp_conf}
fi
if [[ ${v2ray_ws_mode} = v*ess ]]; then
sed -i "/#V2Ray_WS_Path/c \\ - path: ${v2wspath} #V2Ray_WS_Path" ${tsp_conf}
sed -i "/handler: proxyPass #V2Ray_WS/c \\ handler: proxyPass #V2Ray_WS" ${tsp_conf}
sed -i "/#V2Ray_WS_Port/c \\ args: 127.0.0.1:${v2wsport};proxyProtocol #V2Ray_WS_Port:${v2ray_ws_mode}" ${tsp_conf}
else
sed -i "/#V2Ray_WS_Path/c \\ #- path: ${v2wspath} #V2Ray_WS_Path" ${tsp_conf}
sed -i "/handler: proxyPass #V2Ray_WS/c \\ #handler: proxyPass #V2Ray_WS" ${tsp_conf}
sed -i "/#V2Ray_WS_Port/c \\ #args: 127.0.0.1:${v2wsport};proxyProtocol #V2Ray_WS_Port:${v2ray_ws_mode}" ${tsp_conf}
fi
}
web_camouflage() {
##请注意 这里和LNMP脚本的默认路径冲突，千万不要在安装了LNMP的环境下使用本脚本，否则后果自负
rm -rf $web_dir
mkdir -p $web_dir
cd $web_dir || exit
websites[0]="https://github.com/h31105/LodeRunner_TotalRecall.git"
websites[1]="https://github.com/h31105/adarkroom.git"
websites[2]="https://github.com/h31105/webosu"
selectedwebsite=${websites[$RANDOM % ${#websites[@]}]}
git clone ${selectedwebsite} web_camouflage
judge "WebSite 伪装"
}
install_docker() {
echo -e "${GreenBG} 开始安装 Docker 最新版本 ... ${Font}"
curl -fsSL https://get.docker.com -o /tmp/get-docker.sh
sh /tmp/get-docker.sh
judge "安装 Docker "
systemctl daemon-reload
systemctl enable docker && systemctl restart docker
judge "Docker 启动"
}
install_tsp() {
bash <(curl -L -s https://raw.githubusercontent.com/liberal-boy/tls-shunt-proxy/master/dist/install.sh)
judge "安装 TLS-Shunt-Proxy"
chown -R tls-shunt-proxy:tls-shunt-proxy /etc/ssl/tls-shunt-proxy
command -v setcap >/dev/null 2>&1 && setcap "cap_net_bind_service=+ep" /usr/local/bin/tls-shunt-proxy
config_exist_check ${tsp_conf}
[[ -f ${tsp_conf} ]] && rm -rf ${tsp_conf}
mkdir -p $tsp_conf_dir
cat >$tsp_conf <<-EOF
#TSP_CFG_Ver:${tsp_cfg_version}
listen: 0.0.0.0:${tspport} #TSP_Port
redirecthttps: 0.0.0.0:80
inboundbuffersize: 4
outboundbuffersize: 32
vhosts:
- name: ${domain} #TSP_Domain
tlsoffloading: true
managedcert: true
keytype: p256
alpn: h2,http/1.1
protocols: tls12,tls13
http:
paths:
#- path: /trojan/none #Trojan_WS_Path
#handler: proxyPass #Trojan_WS
#args: 127.0.0.1:40000 #Trojan_WS_Port:${trojan_ws_mode}
#- path: /v2ray/none #V2Ray_WS_Path
#handler: proxyPass #V2Ray_WS
#args: 127.0.0.1:40002;proxyProtocol #V2Ray_WS_Port:${v2ray_ws_mode}
handler: fileServer
args: ${web_dir}/web_camouflage #Website_camouflage
#trojan: #Trojan_TCP
#handler: proxyPass #Trojan_TCP
#args: 127.0.0.1:40001 #Trojan_TCP_Port:${trojan_tcp_mode}
#default: #V2Ray_TCP
#handler: proxyPass #V2Ray_TCP
#args: 127.0.0.1:40003;proxyProtocol #V2Ray_TCP_Port:${v2ray_tcp_mode}
EOF
judge "配置 TLS-Shunt-Proxy"
systemctl daemon-reload && systemctl reset-failed
systemctl enable tls-shunt-proxy && systemctl restart tls-shunt-proxy
judge "启动 TLS-Shunt-Proxy"
}
modify_tsp() {
domain_port_check
sed -i "/#TSP_Port/c \\listen: 0.0.0.0:${tspport} #TSP_Port" ${tsp_conf}
sed -i "/#TSP_Domain/c \\ - name: ${domain} #TSP_Domain" ${tsp_conf}
tsp_sync
}
tsp_sync() {
echo -e "${OK} ${GreenBG} 检测并同步现有代理配置... ${Font}"
if [[ $trojan_stat = "installed" && -f ${trojan_conf} ]]; then
tjport="$(grep '"local_port"' ${trojan_conf} | sed -r 's/.*: (.*),.*/\1/')" && trojan_tcp_mode=true &&
tjwspath="$(grep '"path":' ${trojan_conf} | awk -F '"' '{print $4}')" && trojan_ws_mode="$(jq -r '.websocket.enabled' ${trojan_conf})"
judge "检测 Trojan-Go 配置"
[[ -z $tjport ]] && trojan_tcp_mode=false
[[ $trojan_ws_mode = null ]] && trojan_ws_mode=false
[[ -z $tjwspath ]] && tjwspath=/trojan/none
echo -e "检测到：Trojan-Go 代理：TCP：${Green}${trojan_tcp_mode}${Font} / WebSocket：${Green}${trojan_ws_mode}${Font} / 端口：${Green}${tjport}${Font} / WebSocket Path：${Green}${tjwspath}${Font}"
fi
if [[ $v2ray_stat = "installed" && -f ${v2ray_conf} ]]; then
sed -i '/\#\"/d' ${v2ray_conf}
v2port="$(jq -r '[.inbounds[] | select(.streamSettings.network=="tcp") | .port][0]' ${v2ray_conf})" &&
v2wsport="$(jq -r '[.inbounds[] | select(.streamSettings.network=="ws") | .port][0]' ${v2ray_conf})" &&
v2ray_tcp_mode="$(jq -r '[.inbounds[] | select(.streamSettings.network=="tcp") | .protocol][0]' ${v2ray_conf})" &&
v2ray_ws_mode="$(jq -r '[.inbounds[] | select(.streamSettings.network=="ws") | .protocol][0]' ${v2ray_conf})" &&
v2wspath="$(jq -r '[.inbounds[] | select(.streamSettings.network=="ws") | .streamSettings.wsSettings.path][0]' ${v2ray_conf})"
judge "检测 V2Ray 配置"
[[ $v2port = null ]] && v2port=40003
[[ $v2wsport = null ]] && v2wsport=40002
[[ $v2ray_tcp_mode = null ]] && v2ray_tcp_mode=none
[[ $v2ray_ws_mode = null ]] && v2ray_ws_mode=none
[[ $v2wspath = null ]] && v2wspath=/v2ray/none
echo -e "检测到：V2Ray 代理：TCP：${Green}${v2ray_tcp_mode}${Font} 端口：${Green}${v2port}${Font} / WebSocket：${Green}${v2ray_ws_mode}${Font} 端口：${Green}${v2wsport}${Font} / WebSocket Path：${Green}${v2wspath}${Font}"
fi
if [[ -f ${tsp_conf} ]]; then
trojan_sync
v2ray_sync
tsp_config_stat="synchronized"
systemctl restart tls-shunt-proxy
judge "分流配置同步"
menu_req_check tls-shunt-proxy
else
echo -e "${Error} ${RedBG} TLS-Shunt-Proxy 配置异常，请重新安装后再试 ${Font}"
exit 4
fi
}
install_trojan() {
systemctl is-active "docker" &>/dev/null || install_docker
prereqcheck
trojan_reset
docker pull teddysun/trojan-go
docker run -d --network host --name Trojan-Go --restart=always -v /etc/trojan-go:/etc/trojan-go teddysun/trojan-go
judge "Trojan-Go 容器安装"
}
install_v2ray() {
systemctl is-active "docker" &>/dev/null || install_docker
prereqcheck
v2ray_mode_type
[[ $v2ray_tcp_mode = "vmess" || $v2ray_ws_mode = "vmess" ]] && check_system && chrony_install
if [[ $v2ray_tcp_mode != "none" || $v2ray_ws_mode != "none" ]]; then
v2ray_reset
docker pull teddysun/v2ray
docker run -d --network host --name V2Ray --restart=always -v /etc/v2ray:/etc/v2ray teddysun/v2ray
judge "V2Ray 容器安装"
fi
}
install_watchtower() {
docker pull containrrr/watchtower
docker run -d --name WatchTower --restart=always -v /var/run/docker.sock:/var/run/docker.sock containrrr/watchtower --cleanup
judge "WatchTower 容器安装"
}
install_portainer() {
docker volume create portainer_data
docker pull portainer/portainer-ce
docker run -d -p 9080:9000 --name Portainer --restart=always -v /var/run/docker.sock:/var/run/docker.sock -v portainer_data:/data portainer/portainer-ce
judge "Portainer 容器安装"
echo -e "${OK} ${GreenBG} Portainer 管理地址为 http://$TSP_Domain:9080 请自行开启防火墙端口！ ${Font}"
}
install_tls_shunt_proxy() {
check_system
systemctl is-active "firewalld" &>/dev/null && systemctl stop firewalld && echo -e "${OK} ${GreenBG} Firewalld 已关闭 ${Font}"
systemctl is-active "ufw" &>/dev/null && systemctl stop ufw && echo -e "${OK} ${GreenBG} UFW 已关闭 ${Font}"
dependency_install
basic_optimization
domain_port_check
port_exist_check "${tspport}"
port_exist_check 80
config_exist_check "${tsp_conf}"
web_camouflage
install_tsp
}
uninstall_all() {
echo -e "${RedBG} !!!此操作将删除 TLS-Shunt-Proxy、Docker 平台和此脚本所安装的容器数据!!! ${Font}"
read -rp "请在确认后，输入 YES（区分大小写）:" uninstall
[[ -z ${uninstall} ]] && uninstall="No"
case $uninstall in
YES)
echo -e "${GreenBG} 开始卸载 ${Font}"
sleep 2
;;
*)
echo -e "${RedBG} 我再想想 ${Font}"
exit 1
;;
esac
check_system
uninstall_proxy_server
uninstall_watchtower
uninstall_portainer
systemctl stop docker && systemctl disable docker
if [[ "${ID}" == "centos" ]]; then
${INS} remove docker-ce docker-ce-cli containerd.io docker docker-client docker-client-latest docker-common docker-latest docker-latest-logrotate docker-logrotate docker-engine
else
${INS} remove docker-ce docker-ce-cli containerd.io docker docker-engine docker.io containerd runc
fi
#rm -rf /var/lib/docker #Removes all docker data
rm -rf /etc/systemd/system/docker.service
uninstall_tsp
echo -e "${OK} ${GreenBG} 所有组件卸载完成，欢迎再次使用本脚本! ${Font}"
exit 0
}
uninstall_tsp() {
systemctl stop tls-shunt-proxy && systemctl disable tls-shunt-proxy
rm -rf /etc/systemd/system/tls-shunt-proxy.service
rm -rf /usr/local/bin/tls-shunt-proxy
rm -rf $tsp_conf_dir
userdel -rf tls-shunt-proxy
tsp_stat="none"
rm -rf ${web_dir}/web_camouflage
echo -e "${OK} ${GreenBG} TLS-Shunt-Proxy 卸载完成！${Font}"
sleep 3
}
uninstall_proxy_server() {
uninstall_trojan
uninstall_v2ray
echo -e "${OK} ${GreenBG} 卸载（Trojan-Go/V2Ray）TCP/WS 代理完成！ ${Font}"
sleep 3
}
uninstall_trojan() {
rm -rf $trojan_conf_dir
trojan_ws_mode="none" && trojan_tcp_mode="none"
[ -f ${tsp_conf} ] && trojan_sync
systemctl start docker
[[ $trojan_stat = "installed" ]] && docker stop Trojan-Go && docker rm -f Trojan-Go &&
echo -e "${OK} ${GreenBG} 卸载 Trojan-Go TCP/WS 代理完成！ ${Font}"
}
uninstall_v2ray() {
rm -rf $v2ray_conf_dir
v2ray_ws_mode="none" && v2ray_tcp_mode="none"
[ -f ${tsp_conf} ] && v2ray_sync
systemctl start docker
[[ $v2ray_stat = "installed" ]] && docker stop V2Ray && docker rm -f V2Ray &&
echo -e "${OK} ${GreenBG} 卸载 V2Ray TCP/WS 代理完成！ ${Font}"
}
uninstall_watchtower() {
docker stop WatchTower && docker rm -f WatchTower && watchtower_stat="none" &&
echo -e "${OK} ${GreenBG} 卸载 WatchTower 完成！ ${Font}"
sleep 3
}
uninstall_portainer() {
docker stop Portainer && docker rm -fv Portainer && portainer_stat="none" &&
echo -e "${OK} ${GreenBG} 卸载 Portainer 完成！ ${Font}"
sleep 3
}
upgrade_tsp() {
current_version="$(/usr/local/bin/tls-shunt-proxy --version 2>&1 | awk 'NR==1{gsub(/"/,"");print $3}')"
echo -e "${GreenBG} TLS-Shunt-Proxy 当前版本: ${current_version}，开始检测最新版本... ${Font}"
latest_version="$(wget --no-check-certificate -qO- https://api.github.com/repos/liberal-boy/tls-shunt-proxy/tags | grep 'name' | cut -d\" -f4 | head -1)"
[[ -z ${latest_version} ]] && echo -e "${Error} 检测最新版本失败 ! ${Font}" && menu
if [[ ${latest_version} != "${current_version}" ]]; then
echo -e "${OK} ${GreenBG} 当前版本: ${current_version} 最新版本: ${latest_version}，是否更新 (Y/N) [N]? ${Font}"
read -r update_confirm
[[ -z ${update_confirm} ]] && update_confirm="No"
case $update_confirm in
[yY][eE][sS] | [yY])
config_exist_check "${tsp_conf}"
bash <(curl -L -s https://raw.githubusercontent.com/liberal-boy/tls-shunt-proxy/master/dist/install.sh)
judge "TLS-Shunt-Proxy 更新"
systemctl daemon-reload && systemctl reset-failed
systemctl enable tls-shunt-proxy && systemctl restart tls-shunt-proxy
judge "TLS-Shunt-Proxy 重新启动"
;;
*) ;;
esac
else
echo -e "${OK} ${GreenBG} 当前 TLS-Shunt-Proxy 已经为最新版本 ${current_version} ${Font}"
fi
}
update_sh() {
command -v curl >/dev/null 2>&1 || ${INS} install curl
judge "安装依赖包 curl"
ol_version=$(curl -L -s https://raw.githubusercontent.com/h31105/trojan_v2_docker_onekey/${github_branch}/deploy.sh | grep "shell_version=" | head -1 | awk -F '=|"' '{print $3}')
echo "$ol_version" >$version_cmp
echo "$shell_version" >>$version_cmp
if [[ "$shell_version" < "$(sort -rV $version_cmp | head -1)" ]]; then
echo -e "${OK} ${GreenBG} 更新内容：${Font}"
echo -e "${Yellow}$(curl --silent https://api.github.com/repos/h31105/trojan_v2_docker_onekey/releases/latest | grep body | head -n 1 | awk -F '"' '{print $4}')${Font}"
echo -e "${OK} ${GreenBG} 存在新版本，是否更新 (Y/N) [N]? ${Font}"
read -r update_confirm
case $update_confirm in
[yY][eE][sS] | [yY])
wget -N --no-check-certificate https://raw.githubusercontent.com/h31105/trojan_v2_docker_onekey/${github_branch}/deploy.sh
echo -e "${OK} ${GreenBG} 更新完成，请重新运行脚本：\n#./deploy.sh ${Font}"
exit 0
;;
*) ;;
esac
else
echo -e "${OK} ${GreenBG} 当前版本为最新版本 ${Font}"
fi
}
list() {
case $1 in
uninstall)
deployed_status_check
uninstall_all
;;
sync)
deployed_status_check
tsp_sync
;;
debug)
debug="enable"
#set -xv
menu
;;
*)
menu
;;
esac
}
deployed_status_check() {
tsp_stat="none" && trojan_stat="none" && v2ray_stat="none" && watchtower_stat="none" && portainer_stat="none"
trojan_tcp_mode="none" && v2ray_tcp_mode="none" && trojan_ws_mode="none" && v2ray_ws_mode="none"
tsp_config_stat="synchronized" && chrony_stat="none"
echo -e "${OK} ${GreenBG} 检测分流配置信息... ${Font}"
[[ -f ${tsp_conf} || -f '/usr/local/bin/tls-shunt-proxy' ]] &&
tsp_template_version=$(grep '#TSP_CFG_Ver' ${tsp_conf} | sed -r 's/.*TSP_CFG_Ver:(.*) */\1/') && tsp_stat="installed" &&
TSP_Port=$(grep '#TSP_Port' ${tsp_conf} | sed -r 's/.*0:(.*) #.*/\1/') && TSP_Domain=$(grep '#TSP_Domain' ${tsp_conf} | sed -r 's/.*: (.*) #.*/\1/') &&
trojan_tcp_port=$(grep '#Trojan_TCP_Port' ${tsp_conf} | sed -r 's/.*:(.*) #.*/\1/') &&
trojan_tcp_mode=$(grep '#Trojan_TCP_Port' ${tsp_conf} | sed -r 's/.*Trojan_TCP_Port:(.*) */\1/') &&
trojan_ws_port=$(grep '#Trojan_WS_Port' ${tsp_conf} | sed -r 's/.*:(.*) #.*/\1/') &&
trojan_ws_mode=$(grep '#Trojan_WS_Port' ${tsp_conf} | sed -r 's/.*Trojan_WS_Port:(.*) */\1/') &&
trojan_ws_path=$(grep '#Trojan_WS_Path' ${tsp_conf} | sed -r 's/.*: (.*) #.*/\1/') &&
v2ray_tcp_port=$(grep '#V2Ray_TCP_Port' ${tsp_conf} | sed -r 's/.*:(.*);.*/\1/') &&
v2ray_tcp_mode=$(grep '#V2Ray_TCP_Port' ${tsp_conf} | sed -r 's/.*V2Ray_TCP_Port:(.*) */\1/') &&
v2ray_ws_port=$(grep '#V2Ray_WS_Port' ${tsp_conf} | sed -r 's/.*:(.*);.*/\1/') &&
v2ray_ws_mode=$(grep '#V2Ray_WS_Port' ${tsp_conf} | sed -r 's/.*V2Ray_WS_Port:(.*) */\1/') &&
v2ray_ws_path=$(grep '#V2Ray_WS_Path' ${tsp_conf} | sed -r 's/.*: (.*) #.*/\1/') &&
menu_req_check tls-shunt-proxy
echo -e "${OK} ${GreenBG} 检测组件部署状态... ${Font}"
systemctl is-active "docker" &>/dev/null && docker ps -a | grep Trojan-Go &>/dev/null && trojan_stat="installed"
systemctl is-active "docker" &>/dev/null && docker ps -a | grep V2Ray &>/dev/null && v2ray_stat="installed"
systemctl is-active "docker" &>/dev/null && docker ps -a | grep WatchTower &>/dev/null && watchtower_stat="installed"
systemctl is-active "docker" &>/dev/null && docker ps -a | grep Portainer &>/dev/null && portainer_stat="installed"
echo -e "${OK} ${GreenBG} 检测代理配置信息... ${Font}"
if [[ -f ${trojan_conf} && $trojan_stat = "installed" ]]; then
tjport=$(grep '"local_port"' ${trojan_conf} | sed -r 's/.*: (.*),.*/\1/')
tjpassword=$(grep '"password"' ${trojan_conf} | awk -F '"' '{print $4}')
[[ $trojan_ws_mode = true ]] && tjwspath=$(grep '"path":' ${trojan_conf} | awk -F '"' '{print $4}') &&
tjwshost=$(grep '"host":' ${trojan_conf} | awk -F '"' '{print $4}')
[[ $trojan_tcp_mode = true && $tjport != "$trojan_tcp_port" ]] && echo -e "${Error} ${RedBG} 检测到 Trojan-Go TCP 端口分流配置异常 ${Font}" && tsp_config_stat="mismatched"
[[ $trojan_ws_mode = true && $tjport != "$trojan_ws_port" ]] && echo -e "${Error} ${RedBG} 检测到 Trojan-Go WS 端口分流配置异常 ${Font}" && tsp_config_stat="mismatched"
[[ $trojan_ws_mode = true && $tjwspath != "$trojan_ws_path" ]] && echo -e "${Error} ${RedBG} 检测到 Trojan-Go WS 路径分流配置异常 ${Font}" && tsp_config_stat="mismatched"
[[ $tsp_config_stat = "mismatched" ]] && echo -e "${Error} ${RedBG} 检测到分流配置不一致，将尝试自动同步修复... ${Font}" && tsp_sync
fi
if [[ -f ${v2ray_conf} && $v2ray_stat = "installed" ]]; then
[[ $v2ray_tcp_mode = "vmess" ]] &&
v2port=$(jq -r '[.inbounds[] | select(.protocol=="vmess") | select(.streamSettings.network=="tcp") | .port][0]' ${v2ray_conf}) &&
VMTID=$(jq -r '[.inbounds[] | select(.protocol=="vmess") | select(.streamSettings.network=="tcp") | .settings.clients[].id][0]' ${v2ray_conf}) &&
VMAID=$(jq -r '[.inbounds[] | select(.protocol=="vmess") | select(.streamSettings.network=="tcp") | .settings.clients[].alterId][0]' ${v2ray_conf})
[[ $v2ray_tcp_mode = "vless" ]] &&
v2port=$(jq -r '[.inbounds[] | select(.protocol=="vless") | select(.streamSettings.network=="tcp") | .port][0]' ${v2ray_conf}) &&
VLTID=$(jq -r '[.inbounds[] | select(.protocol=="vless") | select(.streamSettings.network=="tcp") | .settings.clients[].id][0]' ${v2ray_conf})
[[ $v2ray_ws_mode = "vmess" ]] &&
v2wsport=$(jq -r '[.inbounds[] | select(.protocol=="vmess") | select(.streamSettings.network=="ws") | .port][0]' ${v2ray_conf}) &&
v2wspath=$(jq -r '[.inbounds[] | select(.protocol=="vmess") | select(.streamSettings.network=="ws") | .streamSettings.wsSettings.path][0]' ${v2ray_conf}) &&
VMWSID=$(jq -r '[.inbounds[] | select(.protocol=="vmess") | select(.streamSettings.network=="ws") | .settings.clients[].id][0]' ${v2ray_conf}) &&
VMWSAID=$(jq -r '[.inbounds[] | select(.protocol=="vmess") | select(.streamSettings.network=="ws") | .settings.clients[].alterId][0]' ${v2ray_conf})
[[ $v2ray_ws_mode = "vless" ]] &&
v2wsport=$(jq -r '[.inbounds[] | select(.protocol=="vless") | select(.streamSettings.network=="ws") | .port][0]' ${v2ray_conf}) &&
v2wspath=$(jq -r '[.inbounds[] | select(.protocol=="vless") | select(.streamSettings.network=="ws") | .streamSettings.wsSettings.path][0]' ${v2ray_conf}) &&
VLWSID=$(jq -r '[.inbounds[] | select(.protocol=="vless") | select(.streamSettings.network=="ws") | .settings.clients[].id][0]' ${v2ray_conf})
[[ $v2ray_tcp_mode = v*ess && $v2port != "$v2ray_tcp_port" ]] && echo -e "${Error} ${RedBG} 检测到 V2Ray TCP 端口分流配置异常 ${Font}" && tsp_config_stat="mismatched"
[[ $v2ray_ws_mode = v*ess && $v2wsport != "$v2ray_ws_port" ]] && echo -e "${Error} ${RedBG} 检测到 V2Ray WS 端口分流配置异常 ${Font}" && tsp_config_stat="mismatched"
[[ $v2ray_ws_mode = v*ess && $v2wspath != "$v2ray_ws_path" ]] && echo -e "${Error} ${RedBG} 检测到 V2Ray WS 路径分流配置异常 ${Font}" && tsp_config_stat="mismatched"
[[ $tsp_config_stat = "mismatched" ]] && echo -e "${Error} ${RedBG} 检测到分流配置不一致，将尝试自动同步修复... ${Font}" && tsp_sync
if [[ $v2ray_tcp_mode = "vmess" || $v2ray_ws_mode = "vmess" ]]; then
if [[ "${ID}" == "centos" ]]; then
systemctl is-active "chronyd" &>/dev/null || chrony_stat=inactive
else
systemctl is-active "chrony" &>/dev/null || chrony_stat=inactive
fi
if [[ $chrony_stat = inactive ]]; then
echo -e "${Error} ${RedBG} 检测到 Chrony 时间同步服务未启动，若系统时间不准确将会严重影响 V2Ray VMess 协议的可用性 ${Font}\n${WARN} ${Yellow} 当前系统时间: $(date)，请确认时间是否准确，误差范围±3分钟内（Y）或 尝试修复时间同步服务（R）[R]: ${Font}"
read -r chrony_confirm
[[ -z ${chrony_confirm} ]] && chrony_confirm="R"
case $chrony_confirm in
[rR])
echo -e "${GreenBG} 安装 Chrony 时间同步服务 ${Font}"
check_system
chrony_install
;;
*) ;;
esac
fi
fi
fi
[[ -f ${trojan_conf} || -f ${v2ray_conf} || $trojan_stat = "installed" || $v2ray_stat = "installed" ]] && menu_req_check docker
[[ $trojan_stat = "installed" && ! -f $trojan_conf ]] && echo -e "\n${Error} ${RedBG} 检测到 Trojan-Go 代理配置异常，以下选项功能将被屏蔽，请尝试重装修复后重试... ${Font}" &&
echo -e "${WARN} ${Yellow}[屏蔽] Trojan-Go 配置修改${Font}"
[[ $v2ray_stat = "installed" && ! -f $v2ray_conf ]] && echo -e "\n${Error} ${RedBG} 检测到 V2Ray 代理配置异常，以下选项功能将被屏蔽，请尝试重装修复后重试... ${Font}" &&
echo -e "${WARN} ${Yellow}[屏蔽] V2Ray 配置修改${Font}"
if [[ $tsp_stat = "installed" && $tsp_template_version != "${tsp_cfg_version}" ]]; then
echo -e "${WARN} ${Yellow}检测到 TLS-Shunt-Proxy 存在关键更新，为确保脚本正常运行，请确认立即执行更新操作（Y/N）[Y] ${Font}"
read -r upgrade_confirm
[[ -z ${upgrade_confirm} ]] && upgrade_confirm="Yes"
case $upgrade_confirm in
[yY][eE][sS] | [yY])
uninstall_tsp
install_tls_shunt_proxy
tsp_sync
deployed_status_check
;;
*) ;;
esac
fi
[[ $debug = "enable" ]] && echo -e "\n Trojan-Go 代理：TCP：${Green}${trojan_tcp_mode}${Font} / WebSocket：${Green}${trojan_ws_mode}${Font}\n V2Ray 代理：TCP：${Green}${v2ray_tcp_mode}${Font} / WebSocket：${Green}${v2ray_ws_mode}${Font}" &&
echo -e "\n 代理容器：Trojan-Go：${Green}${trojan_stat}${Font} / V2Ray：${Green}${v2ray_stat}${Font}" &&
echo -e " 其他容器：WatchTower：${Green}${watchtower_stat}${Font} / Portainer：${Green}${portainer_stat}${Font}\n"
}
info_config() {
deployed_status_check
cert_stat_check tls-shunt-proxy
echo -e "\n————————————————————分流配置信息————————————————————"
if [ -f ${tsp_conf} ]; then
echo -e "TLS-Shunt-Proxy $(/usr/local/bin/tls-shunt-proxy --version 2>&1 | awk 'NR==1{gsub(/"/,"");print $3}')" &&
echo -e "服务器TLS端口: ${TSP_Port}" && echo -e "服务器TLS域名: ${TSP_Domain}"