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warp.sh
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warp.sh
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#!/bin/bash
# 环境变量，用于在 Debian 或 Ubuntu 操作系统中设置非交互式（noninteractive）安装模式
export DEBIAN_FRONTEND=noninteractive
# 彩色文字
RED="\033[31m"
GREEN="\033[32m"
YELLOW="\033[33m"
PLAIN='\033[0m'
red() {
echo -e "\033[31m\033[01m$1\033[0m"
}
green() {
echo -e "\033[32m\033[01m$1\033[0m"
}
yellow() {
echo -e "\033[33m\033[01m$1\033[0m"
}
# 多方式判断操作系统，如非支持的操作系统，则退出脚本
REGEX=("debian" "ubuntu" "centos|red hat|kernel|oracle linux|alma|rocky" "'amazon linux'" "fedora" "alpine" "armbian")
RELEASE=("Debian" "Ubuntu" "CentOS" "CentOS" "Fedora" "Alpine" "Armbian")
PACKAGE_UPDATE=("apt-get update" "apt-get update" "yum -y update" "yum -y update" "yum -y update" "apk update -f" "apt-get update")
PACKAGE_INSTALL=("apt -y install" "apt -y install" "yum -y install" "yum -y install" "yum -y install" "apk add -f" "apt-get install")
PACKAGE_UNINSTALL=("apt -y autoremove" "apt -y autoremove" "yum -y autoremove" "yum -y autoremove" "yum -y autoremove" "apk del -f" "apt -y autoremove")
[[ $EUID -ne 0 ]] && red "注意：请在root用户下运行脚本" && exit 1
CMD=("$(grep -i pretty_name /etc/os-release 2>/dev/null | cut -d \" -f2)" "$(hostnamectl 2>/dev/null | grep -i system | cut -d : -f2)" "$(lsb_release -sd 2>/dev/null)" "$(grep -i description /etc/lsb-release 2>/dev/null | cut -d \" -f2)" "$(grep . /etc/redhat-release 2>/dev/null)" "$(grep . /etc/issue 2>/dev/null | cut -d \\ -f1 | sed '/^[ ]*$/d')")
for i in "${CMD[@]}"; do
SYS="$i" && [[ -n $SYS ]] && break
done
for ((int = 0; int < ${#REGEX[@]}; int++)); do
if [[ $(echo "$SYS" | tr '[:upper:]' '[:lower:]') =~ ${REGEX[int]} ]]; then
SYSTEM="${RELEASE[int]}" && [[ -n $SYSTEM ]] && break
fi
done
[[ -z $SYSTEM ]] && red "不支持当前VPS系统, 请使用主流的操作系统" && exit 1
# 某些系统未自带 curl，检测并安装
if [[ -z $(type -P curl) ]]; then
if [[ ! $SYSTEM == "CentOS" ]]; then
${PACKAGE_UPDATE[int]}
fi
${PACKAGE_INSTALL[int]} curl
fi
# 检查系统内核版本
main=$(uname -r | awk -F . '{print $1}')
minor=$(uname -r | awk -F . '{print $2}')
# 获取系统版本号
OSID=$(grep -i version_id /etc/os-release | cut -d \" -f2 | cut -d . -f1)
# 检查VPS虚拟化
VIRT=$(systemd-detect-virt)
# 删除 WGCF 默认配置文件中的监听 IP
wg1="sed -i '/0\.0\.0\.0\/0/d' /etc/wireguard/wgcf.conf" # IPv4
wg2="sed -i '/\:\:\/0/d' /etc/wireguard/wgcf.conf" # IPv6
# 设置 WGCF 配置文件的 DNS 服务器
wg3="sed -i 's/1.1.1.1/1.1.1.1,1.0.0.1,8.8.8.8,8.8.4.4,2606:4700:4700::1111,2606:4700:4700::1001,2001:4860:4860::8888,2001:4860:4860::8844/g' /etc/wireguard/wgcf.conf"
wg4="sed -i 's/1.1.1.1/2606:4700:4700::1111,2606:4700:4700::1001,2001:4860:4860::8888,2001:4860:4860::8844,1.1.1.1,1.0.0.1,8.8.8.8,8.8.4.4/g' /etc/wireguard/wgcf.conf"
# 设置允许外部 IP 访问
wg5='sed -i "7 s/^/PostUp = ip -4 rule add from $(ip route get 1.1.1.1 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf && sed -i "7 s/^/PostDown = ip -4 rule delete from $(ip route get 1.1.1.1 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf' # IPv4
wg6='sed -i "7 s/^/PostUp = ip -6 rule add from $(ip route get 2606:4700:4700::1111 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf && sed -i "7 s/^/PostDown = ip -6 rule delete from $(ip route get 2606:4700:4700::1111 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf' # IPv6
wg7='sed -i "7 s/^/PostUp = ip -4 rule add from $(ip route get 1.1.1.1 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf && sed -i "7 s/^/PostDown = ip -4 rule delete from $(ip route get 1.1.1.1 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf && sed -i "7 s/^/PostUp = ip -6 rule add from $(ip route get 2606:4700:4700::1111 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf && sed -i "7 s/^/PostDown = ip -6 rule delete from $(ip route get 2606:4700:4700::1111 | grep -oP '"'src \K\S+') lookup main\n/"'" /etc/wireguard/wgcf.conf' # 双栈
# 设置 WARP-GO 配置文件的监听 IP
wgo1='sed -i "s#.*AllowedIPs.*#AllowedIPs = 0.0.0.0/0#g" /opt/warp-go/warp.conf' # IPv4
wgo2='sed -i "s#.*AllowedIPs.*#AllowedIPs = ::/0#g" /opt/warp-go/warp.conf' # IPv6
wgo3='sed -i "s#.*AllowedIPs.*#AllowedIPs = 0.0.0.0/0,::/0#g" /opt/warp-go/warp.conf' # 双栈
# 设置允许外部 IP 访问
wgo4='sed -i "/\[Script\]/a PostUp = ip -4 rule add from $(ip route get 1.1.1.1 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf && sed -i "/\[Script\]/a PostDown = ip -4 rule delete from $(ip route get 1.1.1.1 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf' # IPv4
wgo5='sed -i "/\[Script\]/a PostUp = ip -6 rule add from $(ip route get 2606:4700:4700::1111 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf && sed -i "/\[Script\]/a PostDown = ip -6 rule delete from $(ip route get 2606:4700:4700::1111 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf' # IPv6
wgo6='sed -i "/\[Script\]/a PostUp = ip -4 rule add from $(ip route get 1.1.1.1 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf && sed -i "/\[Script\]/a PostDown = ip -4 rule delete from $(ip route get 1.1.1.1 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf && sed -i "/\[Script\]/a PostUp = ip -6 rule add from $(ip route get 2606:4700:4700::1111 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf && sed -i "/\[Script\]/a PostDown = ip -6 rule delete from $(ip route get 2606:4700:4700::1111 | grep -oP "src \K\S+") lookup main\n" /opt/warp-go/warp.conf' # 双栈
# 检测 VPS 处理器架构
archAffix() {
case "$(uname -m)" in
i386 | i686) echo '386' ;;
x86_64 | amd64) echo 'amd64' ;;
armv8 | arm64 | aarch64) echo 'arm64' ;;
s390x) echo 's390x' ;;
*) red "不支持的CPU架构!" && exit 1 ;;
esac
}
# 检测 VPS 的出站 IP
check_ip() {
ipv4=$(curl -s4m8 ip.p3terx.com -k | sed -n 1p)
ipv6=$(curl -s6m8 ip.p3terx.com -k | sed -n 1p)
}
# 检测 VPS 的 IP 形式
check_stack() {
lan4=$(ip route get 1.1.1.1 2>/dev/null | grep -oP 'src \K\S+')
lan6=$(ip route get 2606:4700:4700::1111 2>/dev/null | grep -oP 'src \K\S+')
if [[ "$lan4" =~ ^([0-9]{1,3}\.){3} ]]; then
ping -c2 -W3 1.1.1.1 >/dev/null 2>&1 && out4=1
fi
if [[ "$lan6" != "::1" && "$lan6" =~ ^([a-f0-9]{1,4}:){2,4}[a-f0-9]{1,4} ]]; then
ping6 -c2 -w10 2606:4700:4700::1111 >/dev/null 2>&1 && out6=1
fi
}
# 检测 VPS 的 WARP 状态
check_warp() {
warp_v4=$(curl -s4m8 https://www.cloudflare.com/cdn-cgi/trace -k | grep warp | cut -d= -f2)
warp_v6=$(curl -s6m8 https://www.cloudflare.com/cdn-cgi/trace -k | grep warp | cut -d= -f2)
}
# 检测 WARP+ 账户流量情况
check_quota() {
if [[ "$CHECK_TYPE" = 1 ]]; then
# 如为WARP-Cli，使用其自带接口获取流量
QUOTA=$(warp-cli --accept-tos account 2>/dev/null | grep -oP 'Quota: \K\d+')
else
# 判断为 WGCF 或 WARP-GO，从客户端相应的配置文件中提取
if [[ -e "/opt/warp-go/warp-go" ]]; then
ACCESS_TOKEN=$(grep 'Token' /opt/warp-go/warp.conf | cut -d= -f2 | sed 's# ##g')
DEVICE_ID=$(grep 'Device' /opt/warp-go/warp.conf | cut -d= -f2 | sed 's# ##g')
fi
if [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
ACCESS_TOKEN=$(grep 'access_token' /etc/wireguard/wgcf-account.toml | cut -d \' -f2)
DEVICE_ID=$(grep 'device_id' /etc/wireguard/wgcf-account.toml | cut -d \' -f2)
fi
# 使用API，获取流量信息
API=$(curl -s "https://api.cloudflareclient.com/v0a884/reg/$DEVICE_ID" -H "User-Agent: okhttp/3.12.1" -H "Authorization: Bearer $ACCESS_TOKEN")
QUOTA=$(grep -oP '"quota":\K\d+' <<<$API)
fi
# 流量单位换算
[[ $QUOTA -gt 10000000000000 ]] && QUOTA="$(echo "scale=2; $QUOTA/1000000000000" | bc) TB" || QUOTA="$(echo "scale=2; $QUOTA/1000000000" | bc) GB"
}
# 检查 TUN 模块是否开启
check_tun() {
TUN=$(cat /dev/net/tun 2>&1 | tr '[:upper:]' '[:lower:]')
if [[ ! $TUN =~ "in bad state"|"处于错误状态"|"ist in schlechter Verfassung" ]]; then
if [[ $VIRT == lxc ]]; then
if [[ $main -lt 5 ]] || [[ $minor -lt 6 ]]; then
red "检测到目前VPS未开启TUN模块, 请到后台控制面板处开启"
exit 1
else
return 0
fi
elif [[ $VIRT == "openvz" ]]; then
wget -N --no-check-certificate https://gitlab.com/Misaka-blog/warp-script/-/raw/main/files/tun.sh && bash tun.sh
else
red "检测到目前VPS未开启TUN模块, 请到后台控制面板处开启"
exit 1
fi
fi
}
# 修改 IPv4 / IPv6 优先级设置
stack_priority() {
[[ -e /etc/gai.conf ]] && sed -i '/^precedence \:\:ffff\:0\:0/d;/^label 2002\:\:\/16/d' /etc/gai.conf
yellow "选择 IPv4 / IPv6 优先级"
echo ""
echo -e " ${GREEN}1.${PLAIN} IPv4 优先"
echo -e " ${GREEN}2.${PLAIN} IPv6 优先"
echo -e " ${GREEN}3.${PLAIN} 默认优先级 ${YELLOW}(默认)${PLAIN}"
echo ""
read -rp "请选择选项 [1-3]：" priority
case $priority in
1) echo "precedence ::ffff:0:0/96 100" >>/etc/gai.conf ;;
2) echo "label 2002::/16 2" >>/etc/gai.conf ;;
*) yellow "将使用 VPS 默认的 IP 优先级" ;;
esac
}
# 检查适合 VPS 的最佳 MTU 值
check_mtu() {
yellow "正在检测并设置 MTU 最佳值, 请稍等..."
check_ip
MTUy=1500
MTUc=10
if [[ -n ${ipv6} && -z ${ipv4} ]]; then
ping='ping6'
IP1='2606:4700:4700::1001'
IP2='2001:4860:4860::8888'
else
ping='ping'
IP1='1.1.1.1'
IP2='8.8.8.8'
fi
while true; do
if ${ping} -c1 -W1 -s$((${MTUy} - 28)) -Mdo ${IP1} >/dev/null 2>&1 || ${ping} -c1 -W1 -s$((${MTUy} - 28)) -Mdo ${IP2} >/dev/null 2>&1; then
MTUc=1
MTUy=$((${MTUy} + ${MTUc}))
else
MTUy=$((${MTUy} - ${MTUc}))
if [[ ${MTUc} = 1 ]]; then
break
fi
fi
if [[ ${MTUy} -le 1360 ]]; then
MTUy='1360'
break
fi
done
# 将 MTU 最佳值放置至 MTU 变量中备用
MTU=$((${MTUy} - 80))
green "MTU 最佳值 = $MTU 已设置完毕！"
}
# 检查适合 VPS 的最佳 Endpoint IP 地址
check_endpoint() {
yellow "正在检测并设置最佳 Endpoint IP，请稍等，大约需要 1-2 分钟..."
# 下载优选工具软件，感谢某匿名网友的分享的优选工具
wget https://gitlab.com/Misaka-blog/warp-script/-/raw/main/files/warp-yxip/warp-linux-$(archAffix) -O warp >/dev/null 2>&1
# 根据 VPS 的出站 IP 情况，生成对应的优选 Endpoint IP 段列表
check_ip
# 生成优选 Endpoint IP 文件
if [[ -n $ipv4 ]]; then
n=0
iplist=100
while true; do
temp[$n]=$(echo 162.159.192.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo 162.159.193.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo 162.159.195.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo 162.159.204.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo 188.114.96.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo 188.114.97.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo 188.114.98.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo 188.114.99.$(($RANDOM % 256)))
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
done
while true; do
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 162.159.192.$(($RANDOM % 256)))
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 162.159.193.$(($RANDOM % 256)))
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 162.159.195.$(($RANDOM % 256)))
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 162.159.204.$(($RANDOM % 256)))
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 188.114.96.$(($RANDOM % 256)))
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 188.114.97.$(($RANDOM % 256)))
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 188.114.98.$(($RANDOM % 256)))
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo 188.114.99.$(($RANDOM % 256)))
n=$(($n + 1))
fi
done
else
n=0
iplist=100
while true; do
temp[$n]=$(echo [2606:4700:d0::$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2)))])
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
temp[$n]=$(echo [2606:4700:d1::$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2)))])
n=$(($n + 1))
if [ $n -ge $iplist ]; then
break
fi
done
while true; do
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo [2606:4700:d0::$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2)))])
n=$(($n + 1))
fi
if [ $(echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u | wc -l) -ge $iplist ]; then
break
else
temp[$n]=$(echo [2606:4700:d1::$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2))):$(printf '%x\n' $(($RANDOM * 2 + $RANDOM % 2)))])
n=$(($n + 1))
fi
done
fi
# 将生成的 IP 段列表放到 ip.txt 里，待程序优选
echo ${temp[@]} | sed -e 's/ /\n/g' | sort -u >ip.txt
# 取消 Linux 自带的线程限制，以便生成优选 Endpoint IP
ulimit -n 102400
# 启动 WARP Endpoint IP 优选工具
chmod +x warp && ./warp >/dev/null 2>&1
# 将 result.csv 文件的优选 Endpoint IP 提取出来，放置到 best_endpoint 变量中备用
best_endpoint=$(cat result.csv | sed -n 2p | awk -F ',' '{print $1}')
# 查询优选出来的 Endpoint IP 的 loss 是否为 100.00%，如是，则替换为默认的 Endpoint IP
endpoint_loss=$(cat result.csv | sed -n 2p | awk -F ',' '{print $2}')
if [[ $endpoint_loss == "100.00%" ]]; then
# 检查 VPS 的出站 IP 情况
check_ip
# 如未有 IPv4 则使用 IPv6 的 Endpoint IP，如有 IPv4 则使用 IPv4 Endpoint IP
if [[ -z $ipv4 ]]; then
best_endpoint="[2606:4700:4700::1111]:2408"
else
best_endpoint="162.159.193.10:2408"
fi
fi
# 删除 WARP Endpoint IP 优选工具及其附属文件
rm -f warp ip.txt result.csv
green "最佳 Endpoint IP = $best_endpoint 已设置完毕！"
}
# 选择 WGCF 安装 / 切换模式
select_wgcf() {
yellow "请选择 WGCF 安装 / 切换的模式"
echo ""
echo -e " ${GREEN}1.${PLAIN} 安装 / 切换 WGCF-WARP 单栈模式 ${YELLOW}(IPv4)${PLAIN}"
echo -e " ${GREEN}2.${PLAIN} 安装 / 切换 WGCF-WARP 单栈模式 ${YELLOW}(IPv6)${PLAIN}"
echo -e " ${GREEN}3.${PLAIN} 安装 / 切换 WGCF-WARP 双栈模式"
echo ""
read -p "请输入选项 [1-3]: " wgcf_mode
if [ "$wgcf_mode" = "1" ]; then
install_wgcf_ipv4
elif [ "$wgcf_mode" = "2" ]; then
install_wgcf_ipv6
elif [ "$wgcf_mode" = "3" ]; then
install_wgcf_dual
else
red "输入错误，请重新输入"
select_wgcf
fi
}
install_wgcf_ipv4() {
# 检查 WARP 状态
check_warp
# 如启动 WARP，则关闭
if [[ -f "/opt/warp-go/warp-go" ]]; then
systemctl stop warp-go
systemctl disable warp-go
elif [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf >/dev/null 2>&1
systemctl disable wg-quick@wgcf
fi
# 因为 WGCF 和 WARP-GO 冲突，故检测 WARP-GO 之后打断安装
if [[ -f "/opt/warp-go/warp-go" ]]; then
red "WARP-GO 已安装，请先卸载 WARP-GO"
exit 1
fi
# 检查 VPS 的 IP 形式
check_stack
# 根据检测结果，选择适合的模式安装
if [[ -n $lan4 && -n $out4 && -z $lan6 && -z $out6 ]]; then
# IPv4 Only
wgcf1=$wg2 && wgcf2=$wg3 && wgcf3=$wg5
elif [[ -z $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# IPv6 Only
wgcf1=$wg2 && wgcf2=$wg4
elif [[ -n $lan4 && -n $out4 && -n $lan6 && -n $out6 ]]; then
# 双栈
wgcf1=$wg2 && wgcf2=$wg3 && wgcf3=$wg5
elif [[ -n $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# NAT IPv4 + IPv6
wgcf1=$wg2 && wgcf2=$wg4 && wgcf3=$wg5
fi
# 检测是否安装 WGCF，如安装，则切换配置文件。反之执行安装操作
if [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
switch_wgcf_conf
else
install_wgcf
fi
}
install_wgcf_ipv6() {
# 检查 WARP 状态
check_warp
# 如启动 WARP，则关闭
if [[ -f "/opt/warp-go/warp-go" ]]; then
systemctl stop warp-go
systemctl disable warp-go
elif [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf >/dev/null 2>&1
systemctl disable wg-quick@wgcf
fi
# 因为 WGCF 和 WARP-GO 冲突，故检测 WARP-GO 之后打断安装
if [[ -f "/opt/warp-go/warp-go" ]]; then
red "WARP-GO 已安装，请先卸载 WARP-GO"
exit 1
fi
# 检查 VPS 的 IP 形式
check_stack
# 根据检测结果，选择适合的模式安装
if [[ -n $lan4 && -n $out4 && -z $lan6 && -z $out6 ]]; then
# IPv4 Only
wgcf1=$wg1 && wgcf2=$wg3
elif [[ -z $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# IPv6 Only
wgcf1=$wg1 && wgcf2=$wg4 && wgcf3=$wg6
elif [[ -n $lan4 && -n $out4 && -n $lan6 && -n $out6 ]]; then
# 双栈
wgcf1=$wg1 && wgcf2=$wg3 && wgcf3=$wg6
elif [[ -n $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# NAT IPv4 + IPv6
wgcf1=$wg1 && wgcf2=$wg4 && wgcf3=$wg6
fi
# 检测是否安装 WGCF，如安装，则切换配置文件。反之执行安装操作
if [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
switch_wgcf_conf
else
install_wgcf
fi
}
install_wgcf_dual() {
# 检查 WARP 状态
check_warp
# 如启动 WARP，则关闭
if [[ -f "/opt/warp-go/warp-go" ]]; then
systemctl stop warp-go
systemctl disable warp-go
elif [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf >/dev/null 2>&1
systemctl disable wg-quick@wgcf
fi
# 因为 WGCF 和 WARP-GO 冲突，故检测 WARP-GO 之后打断安装
if [[ -f "/opt/warp-go/warp-go" ]]; then
red "WARP-GO 已安装，请先卸载 WARP-GO"
exit 1
fi
# 检查 VPS 的 IP 形式
check_stack
# 根据检测结果，选择适合的模式安装
if [[ -n $lan4 && -n $out4 && -z $lan6 && -z $out6 ]]; then
# IPv4 Only
wgcf1=$wg3 && wgcf2=$wg5
elif [[ -z $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# IPv6 Only
wgcf1=$wg4 && wgcf2=$wg6
elif [[ -n $lan4 && -n $out4 && -n $lan6 && -n $out6 ]]; then
# 双栈
wgcf1=$wg3 && wgcf2=$wg7
elif [[ -n $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# NAT IPv4 + IPv6
wgcf1=$wg4 && wgcf2=$wg6
fi
# 检测是否安装 WGCF，如安装，则切换配置文件。反之执行安装操作
if [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
switch_wgcf_conf
else
install_wgcf
fi
}
# 下载 WGCF
init_wgcf() {
wget --no-check-certificate https://gitlab.com/Misaka-blog/warp-script/-/raw/main/files/wgcf/wgcf-latest-linux-$(archAffix) -O /usr/local/bin/wgcf
chmod +x /usr/local/bin/wgcf
}
# 利用 WGCF 注册 CloudFlare WARP 账户
register_wgcf() {
if [[ $country4 == "Russia" || $country6 == "Russia" ]]; then
# 下载 WARP API 工具
wget https://gitlab.com/Misaka-blog/warp-script/-/raw/main/files/warp-api/main-linux-$(archAffix)
chmod +x main-linux-$(archAffix)
# 运行 WARP API
arch=$(archAffix)
result_output=$(./main-linux-$arch)
# 获取设备 ID、私钥及 WARP TOKEN
device_id=$(echo "$result_output" | awk -F ': ' '/device_id/{print $2}')
private_key=$(echo "$result_output" | awk -F ': ' '/private_key/{print $2}')
warp_token=$(echo "$result_output" | awk -F ': ' '/token/{print $2}')
license_key=$(echo "$result_output" | awk -F ': ' '/license/{print $2}')
# 写入 WGCF 配置文件
cat << EOF > wgcf-account.toml
access_token = '$warp_token'
device_id = '$device_id'
license_key = '$license_key'
private_key = '$private_key'
EOF
# 删除 WARP API 工具
rm -f main-linux-$(archAffix)
# 生成 WireGuard 配置文件
wgcf generate && chmod +x wgcf-profile.conf
else
# 如已注册 WARP 账户，则自动拉取。避免造成 CloudFlare 服务器负担
if [[ -f /etc/wireguard/wgcf-account.toml ]]; then
cp -f /etc/wireguard/wgcf-account.toml /root/wgcf-account.toml
fi
# 注册 WARP 账户，直到注册成功为止
until [[ -e wgcf-account.toml ]]; do
yellow "正在向 CloudFlare WARP 注册账号, 如提示 429 Too Many Requests 错误请耐心等待脚本重试注册即可"
wgcf register --accept-tos
sleep 5
done
chmod +x wgcf-account.toml
# 生成 WireGuard 配置文件
wgcf generate && chmod +x wgcf-profile.conf
fi
}
# 配置 WGCF 的 WireGuard 配置文件
conf_wgcf() {
echo $wgcf1 | sh
echo $wgcf2 | sh
echo $wgcf3 | sh
}
# 检查 WGCF 是否启动成功，如未启动成功则提示
check_wgcf() {
yellow "正在启动 WGCF-WARP"
i=0
while [ $i -le 4 ]; do
let i++
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf >/dev/null 2>&1
systemctl start wg-quick@wgcf >/dev/null 2>&1
check_warp
if [[ $warp_v4 =~ on|plus ]] || [[ $warp_v6 =~ on|plus ]]; then
green "WGCF-WARP 已启动成功！"
systemctl enable wg-quick@wgcf >/dev/null 2>&1
echo ""
red "下面是恰饭广告："
yellow "灵梦机场"
green "专线节点加速、支持流媒体解锁、支持ChatGPT、晚高峰4k秒开、大多为x0.5倍节点，这一切，仅9.9元"
yellow "优惠尽在：https://reimu.work/auth/register?code=aKKj"
yellow "TG群：https://t.me/ReimuCloudGrup"
echo ""
before_showinfo && show_info
break
else
red "WGCF-WARP 启动失败！"
fi
check_warp
if [[ ! $warp_v4 =~ on|plus && ! $warp_v6 =~ on|plus ]]; then
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf >/dev/null 2>&1
systemctl disable wg-quick@wgcf >/dev/null 2>&1
red "安装 WGCF-WARP 失败！"
green "建议如下："
yellow "1. 强烈建议使用官方源升级系统及内核加速！如已使用第三方源及内核加速，请务必更新到最新版，或重置为官方源"
yellow "2. 部分 VPS 系统极度精简，相关依赖需自行安装后再尝试"
yellow "3. 查看 https://www.cloudflarestatus.com/ ，你当前VPS就近区域可能处于黄色的【Re-routed】状态"
yellow "4. WGCF 在香港、美西区域遭到 CloudFlare 官方封禁，请卸载 WGCF ，然后使用 WARP-GO 重试"
yellow "5. 脚本可能跟不上时代, 建议截图发布到 GitLab Issues 或 TG 群询问"
exit 1
fi
done
}
install_wgcf() {
# 检测系统要求，如未达到要求则打断安装
[[ $SYSTEM == "CentOS" ]] && [[ ${OSID} -lt 7 ]] && yellow "当前系统版本：${CMD} \nWGCF-WARP模式仅支持CentOS / Almalinux / Rocky / Oracle Linux 7及以上版本的系统" && exit 1
[[ $SYSTEM == "Debian" ]] && [[ ${OSID} -lt 10 ]] && yellow "当前系统版本：${CMD} \nWGCF-WARP模式仅支持Debian 10及以上版本的系统" && exit 1
[[ $SYSTEM == "Armbian" ]] && [[ ${OSID} -lt 10 ]] && yellow "当前系统版本：${CMD} \nWGCF-WARP模式仅支持Debian 10及以上版本的系统" && exit 1
[[ $SYSTEM == "Fedora" ]] && [[ ${OSID} -lt 29 ]] && yellow "当前系统版本：${CMD} \nWGCF-WARP模式仅支持Fedora 29及以上版本的系统" && exit 1
[[ $SYSTEM == "Ubuntu" ]] && [[ ${OSID} -lt 18 ]] && yellow "当前系统版本：${CMD} \nWGCF-WARP模式仅支持Ubuntu 16.04及以上版本的系统" && exit 1
# 检测 TUN 模块是否开启
check_tun
# 设置 IPv4 / IPv6 优先级
stack_priority
# 安装 WGCF 必需依赖
if [[ $SYSTEM == "Alpine" ]]; then
${PACKAGE_INSTALL[int]} sudo curl wget bash grep net-tools iproute2 openresolv openrc iptables ip6tables wireguard-tools
fi
if [[ $SYSTEM == "CentOS" ]]; then
${PACKAGE_INSTALL[int]} epel-release
${PACKAGE_INSTALL[int]} sudo curl wget unzip iproute net-tools wireguard-tools iptables bc htop screen python3 iputils qrencode
if [[ $OSID == 9 ]] && [[ -z $(type -P resolvconf) ]]; then
wget -N https://gitlab.com/Misaka-blog/warp-script/-/raw/main/files/resolvconf -O /usr/sbin/resolvconf
chmod +x /usr/sbin/resolvconf
fi
fi
if [[ $SYSTEM == "Fedora" ]]; then
${PACKAGE_INSTALL[int]} sudo curl wget unzip iproute net-tools wireguard-tools iptables bc htop screen python3 iputils qrencode
fi
if [[ $SYSTEM == "Debian" ]]; then
${PACKAGE_UPDATE[int]}
${PACKAGE_INSTALL[int]} sudo wget curl unzip lsb-release bc htop screen python3 inetutils-ping qrencode
echo "deb http://deb.debian.org/debian $(lsb_release -sc)-backports main" | tee /etc/apt/sources.list.d/backports.list
${PACKAGE_UPDATE[int]}
${PACKAGE_INSTALL[int]} --no-install-recommends net-tools iproute2 openresolv dnsutils wireguard-tools iptables
fi
if [[ $SYSTEM == "Armbian" ]]; then
${PACKAGE_UPDATE[int]}
${PACKAGE_INSTALL[int]} sudo wget curl unzip lsb-release bc htop screen python3 inetutils-ping qrencode
echo "deb http://deb.debian.org/debian $(lsb_release -sc)-backports main" | tee /etc/apt/sources.list.d/backports.list
${PACKAGE_UPDATE[int]}
${PACKAGE_INSTALL[int]} --no-install-recommends net-tools iproute2 openresolv dnsutils wireguard-tools iptables
fi
if [[ $SYSTEM == "Ubuntu" ]]; then
${PACKAGE_UPDATE[int]}
${PACKAGE_INSTALL[int]} sudo curl wget unzip lsb-release bc htop screen python3 inetutils-ping qrencode
${PACKAGE_INSTALL[int]} --no-install-recommends net-tools iproute2 openresolv dnsutils wireguard-tools iptables
fi
# 如 Linux 系统内核版本 < 5.6，或为 OpenVZ / LXC 虚拟化架构的VPS，则安装 Wireguard-GO
if [[ $main -lt 5 ]] || [[ $minor -lt 6 ]] || [[ $VIRT =~ lxc|openvz ]]; then
wget -N --no-check-certificate https://gitlab.com/Misaka-blog/warp-script/-/raw/main/files/wireguard-go/wireguard-go-$(archAffix) -O /usr/bin/wireguard-go
chmod +x /usr/bin/wireguard-go
fi
# IPv4 only VPS 开启 IPv6 支持
if [[ $(sysctl -a | grep 'disable_ipv6.*=.*1') || $(cat /etc/sysctl.{conf,d/*} | grep 'disable_ipv6.*=.*1') ]]; then
sed -i '/disable_ipv6/d' /etc/sysctl.{conf,d/*}
echo 'net.ipv6.conf.all.disable_ipv6 = 0' >/etc/sysctl.d/ipv6.conf
sysctl -w net.ipv6.conf.all.disable_ipv6=0
fi
# 下载并安装 WGCF
init_wgcf
# 在 WGCF 处注册账户
register_wgcf
# 检测 /etc/wireguard 文件夹是否创建，如未创建则创建一个
if [[ ! -d "/etc/wireguard" ]]; then
mkdir /etc/wireguard
fi
# 移动对应的配置文件，避免用户删除
cp -f wgcf-profile.conf /etc/wireguard/wgcf.conf
mv -f wgcf-profile.conf /etc/wireguard/wgcf-profile.conf
mv -f wgcf-account.toml /etc/wireguard/wgcf-account.toml
# 设置 WGCF 的 WireGuard 配置文件
conf_wgcf
# 检查最佳 MTU 值，并应用至 WGCF 配置文件
check_mtu
sed -i "s/MTU.*/MTU = $MTU/g" /etc/wireguard/wgcf.conf
# 优选 EndPoint IP，并应用至 WGCF 配置文件
check_endpoint
sed -i "s/engage.cloudflareclient.com:2408/$best_endpoint/g" /etc/wireguard/wgcf.conf
# 启动 WGCF，并检查 WGCF 是否启动成功
check_wgcf
}
switch_wgcf_conf() {
# 关闭 WGCF
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf 2>/dev/null
systemctl disable wg-quick@wgcf 2>/dev/null
# 删除配置好的 WGCF WireGuard 配置文件，并重新从 wgcf-profile.conf 拉取
rm -rf /etc/wireguard/wgcf.conf
cp -f /etc/wireguard/wgcf-profile.conf /etc/wireguard/wgcf.conf >/dev/null 2>&1
# 设置 WGCF 的 WireGuard 配置文件
conf_wgcf
# 检查最佳 MTU 值，并应用至 WGCF 配置文件
check_mtu
sed -i "s/MTU.*/MTU = $MTU/g" /etc/wireguard/wgcf.conf
# 优选 EndPoint IP，并应用至 WGCF 配置文件
check_endpoint
sed -i "s/engage.cloudflareclient.com:2408/$best_endpoint/g" /etc/wireguard/wgcf.conf
# 启动 WGCF，并检查 WGCF 是否启动成功
check_wgcf
}
# 卸载 WGCF
uninstall_wgcf() {
# 关闭 WGCF
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf 2>/dev/null
systemctl disable wg-quick@wgcf 2>/dev/null
# 卸载 WireGuard 依赖
${PACKAGE_UNINSTALL[int]} wireguard-tools
# 因为 WireProxy 需要依赖 WGCF，如未检测到，则删除账户信息文件
if [[ -z $(type -P wireproxy) ]]; then
rm -f /usr/local/bin/wgcf
rm -f /etc/wireguard/wgcf-profile.toml
rm -f /etc/wireguard/wgcf-account.toml
fi
# 删除 WGCF WireGuard 配置文件
rm -f /etc/wireguard/wgcf.conf
# 如有 WireGuard-GO，则删除
rm -f /usr/bin/wireguard-go
# 恢复 VPS 默认的出站规则
if [[ -e /etc/gai.conf ]]; then
sed -i '/^precedence[ ]*::ffff:0:0\/96[ ]*100/d' /etc/gai.conf
fi
green "WGCF-WARP 已彻底卸载成功!"
before_showinfo && show_info
}
# 设置 WARP-GO 配置文件
conf_wpgo() {
echo $wpgo1 | sh
echo $wpgo2 | sh
}
# 利用 WARP API，注册 WARP 免费版账号并应用至 WARP-GO
register_wpgo(){
# 下载 WARP API 工具
wget https://gitlab.com/Misaka-blog/warp-script/-/raw/main/files/warp-api/main-linux-$(archAffix)
chmod +x main-linux-$(archAffix)
# 运行 WARP API
arch=$(archAffix)
result_output=$(./main-linux-$arch)
# 获取设备 ID、私钥及 WARP TOKEN
device_id=$(echo "$result_output" | awk -F ': ' '/device_id/{print $2}')
private_key=$(echo "$result_output" | awk -F ': ' '/private_key/{print $2}')
warp_token=$(echo "$result_output" | awk -F ': ' '/token/{print $2}')
# 写入 WARP-GO 配置文件
cat << EOF > /opt/warp-go/warp.conf
[Account]
Device = $device_id
PrivateKey = $private_key
Token = $warp_token
Type = free
Name = WARP
MTU = 1280
[Peer]
PublicKey = bmXOC+F1FxEMF9dyiK2H5/1SUtzH0JuVo51h2wPfgyo=
Endpoint = 162.159.193.10:1701
# AllowedIPs = 0.0.0.0/0
# AllowedIPs = ::/0
KeepAlive = 30
EOF
sed -i '0,/AllowedIPs/{/AllowedIPs/d;}' /opt/warp-go/warp.conf
sed -i '/KeepAlive/a [Script]' /opt/warp-go/warp.conf
# 删除 WARP API 工具
rm -f main-linux-$(archAffix)
}
# 检测 WARP-GO 是否正常运行
check_wpgo() {
yellow "正在启动 WARP-GO"
i=0
while [ $i -le 4 ]; do
let i++
kill -15 $(pgrep warp-go) >/dev/null 2>&1
sleep 2
systemctl stop warp-go
systemctl disable warp-go >/dev/null 2>&1
systemctl start warp-go
systemctl enable warp-go >/dev/null 2>&1
check_warp
sleep 2
if [[ $warp_v4 =~ on|plus ]] || [[ $warp_v6 =~ on|plus ]]; then
green "WARP-GO 已启动成功！"
echo ""
red "下面是恰饭广告："
yellow "灵梦机场"
green "专线节点加速、支持流媒体解锁、支持ChatGPT、晚高峰4k秒开、大多为x0.5倍节点，这一切，仅9.9元"
yellow "优惠尽在：https://reimu.work/auth/register?code=aKKj"
yellow "TG群：https://t.me/ReimuCloudGrup"
echo ""
before_showinfo && show_info
break
else
red "WARP-GO 启动失败！"
fi
check_warp
if [[ ! $warp_v4 =~ on|plus && ! $warp_v6 =~ on|plus ]]; then
systemctl stop warp-go
systemctl disable warp-go >/dev/null 2>&1
red "安装 WARP-GO 失败！"
green "建议如下："
yellow "1. 强烈建议使用官方源升级系统及内核加速！如已使用第三方源及内核加速，请务必更新到最新版，或重置为官方源"
yellow "2. 部分 VPS 系统极度精简，相关依赖需自行安装后再尝试"
yellow "3. 脚本可能跟不上时代, 建议截图发布到 GitLab Issues 或 TG 群询问"
exit 1
fi
done
}
# 选择 WARP-GO 安装 / 切换模式
select_wpgo() {
yellow "请选择 WARP-GO 安装 / 切换的模式"
echo ""
echo -e " ${GREEN}1.${PLAIN} 安装 / 切换 WARP-GO 单栈模式 ${YELLOW}(IPv4)${PLAIN}"
echo -e " ${GREEN}2.${PLAIN} 安装 / 切换 WARP-GO 单栈模式 ${YELLOW}(IPv6)${PLAIN}"
echo -e " ${GREEN}3.${PLAIN} 安装 / 切换 WARP-GO 双栈模式"
echo ""
read -p "请输入选项 [1-3]: " wpgo_mode
if [ "$wpgo_mode" = "1" ]; then
install_wpgo_ipv4
elif [ "$wpgo_mode" = "2" ]; then
install_wpgo_ipv6
elif [ "$wpgo_mode" = "3" ]; then
install_wpgo_dual
else
red "输入错误，请重新输入"
select_wpgo
fi
}
install_wpgo_ipv4() {
# 检查 WARP 状态
check_warp
# 如启动 WARP，则关闭
if [[ -f "/opt/warp-go/warp-go" ]]; then
systemctl stop warp-go
systemctl disable warp-go
elif [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf >/dev/null 2>&1
systemctl disable wg-quick@wgcf
fi
# 因为 WARP-GO 和 WGCF 冲突，故检测 WGCF 之后打断安装
if [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
red "WGCF-WARP 已安装，请先卸载 WGCF-WARP"
exit 1
fi
# 检查 VPS 的 IP 形式
check_stack
# 根据检测结果，选择适合的模式安装
if [[ -n $lan4 && -n $out4 && -z $lan6 && -z $out6 ]]; then
# IPv4 Only
wpgo1=$wgo1 && wpgo2=$wgo4
elif [[ -z $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# IPv6 Only
wpgo1=$wgo1 && wpgo2=$wgo5
elif [[ -n $lan4 && -n $out4 && -n $lan6 && -n $out6 ]]; then
# 双栈
wpgo1=$wgo1 && wpgo2=$wgo6
elif [[ -n $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# NAT IPv4 + IPv6
wpgo1=$wgo1 && wpgo2=$wgo6
fi
# 检测是否安装 WARP-GO，如安装，则切换配置文件。反之执行安装操作
if [[ -f "/opt/warp-go/warp-go" ]]; then
switch_wpgo_conf
else
install_wpgo
fi
}
install_wpgo_ipv6() {
# 检查 WARP 状态
check_warp
# 如启动 WARP，则关闭
if [[ -f "/opt/warp-go/warp-go" ]]; then
systemctl stop warp-go
systemctl disable warp-go
elif [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
wg-quick down wgcf 2>/dev/null
systemctl stop wg-quick@wgcf >/dev/null 2>&1
systemctl disable wg-quick@wgcf
fi
# 因为 WARP-GO 和 WGCF 冲突，故检测 WGCF 之后打断安装
if [[ -n $(type -P wg-quick) && -n $(type -P wgcf) ]]; then
red "WGCF-WARP 已安装，请先卸载 WGCF-WARP"
exit 1
fi
# 检查 VPS 的 IP 形式
check_stack
# 根据检测结果，选择适合的模式安装
if [[ -n $lan4 && -n $out4 && -z $lan6 && -z $out6 ]]; then
# IPv4 Only
wpgo1=$wgo2 && wpgo2=$wgo4
elif [[ -z $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# IPv6 Only
wpgo1=$wgo2 && wpgo2=$wgo5
elif [[ -n $lan4 && -n $out4 && -n $lan6 && -n $out6 ]]; then
# 双栈
wpgo1=$wgo2 && wpgo2=$wgo6
elif [[ -n $lan4 && -z $out4 && -n $lan6 && -n $out6 ]]; then
# NAT IPv4 + IPv6
wpgo1=$wgo2 && wpgo2=$wgo6
fi
# 检测是否安装 WARP-GO，如安装，则切换配置文件。反之执行安装操作
if [[ -f "/opt/warp-go/warp-go" ]]; then
switch_wpgo_conf
else