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start.sh
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#!/bin/bash
RED='\033[0;91m'
GREEN='\033[0;92m'
YELLOW='\033[0;33m'
BLUE='\033[0;34m'
MAGENTA='\033[0;35m'
CYAN='\033[0;96m'
WHITE='\033[0;37m'
RESET='\033[0m'
yellow() {
echo -e "${YELLOW}$1${RESET}"
}
green() {
echo -e "${GREEN}$1${RESET}"
}
red() {
echo -e "${RED}$1${RESET}"
}
installpath="$HOME"
USER="$(whoami)"
if [[ -e "$installpath/serv00-play" ]]; then
source ${installpath}/serv00-play/utils.sh
fi
PS3="请选择(输入0退出): "
install() {
cd ${installpath}
if [ -d "serv00-play" ]; then
cd "serv00-play"
git stash
if git pull origin main; then
git fetch --tags
echo "更新完毕"
#重新给各个脚本赋权限
chmod +x ./start.sh
chmod +x ./keepalive.sh
chmod +x ./tgsend.sh
chmod +x ./wxsend.sh
chmod +x ${installpath}/serv00-play/singbox/start.sh
chmod +x ${installpath}/serv00-play/singbox/killsing-box.sh
chmod +x ${installpath}/serv00-play/singbox/autoUpdateHyIP.sh
chmod +x ${installpath}/serv00-play/ssl/cronSSL.sh
red "请重新启动脚本!"
exit 0
fi
fi
cd ${installpath}
echo "正在安装..."
if ! git clone https://github.com/frankiejun/serv00-play.git; then
echo -e "${RED}安装失败!${RESET}"
exit 1
fi
devil binexec on
touch .profile
cat .profile | perl ./serv00-play/mkprofile.pl >tmp_profile
mv -f tmp_profile .profile
if [[ ! -e "${installpath}/serv00-play" ]]; then
red "安装不成功！"
return
fi
cd ${installpath}/serv00-play
chmod +x ./start.sh
chmod +x ./keepalive.sh
chmod +x ./tgsend.sh
chmod +x ./wxsend.sh
chmod +x ${installpath}/serv00-play/singbox/start.sh
chmod +x ${installpath}/serv00-play/singbox/killsing-box.sh
chmod +x ${installpath}/serv00-play/singbox/autoUpdateHyIP.sh
chmod +x ${installpath}/serv00-play/ssl/cronSSL.sh
read -p "$(yellow 设置完毕,需要重新登录才能生效，是否重新登录？[y/n] [y]:)" input
input=${input:-y}
if [ "$input" = "y" ]; then
kill -9 $PPID
fi
echo -e "${YELLOW}安装成功${RESET}"
}
showSingBoxInfo() {
cd ${installpath}/serv00-play/singbox
if [ ! -f singbox.json ]; then
red "配置文件不存在，请先行配置!"
return
fi
if [ ! -e list ]; then
red "请先运行sing-box"
fi
config="singbox.json"
type=$(jq -r ".TYPE" $config)
chmod +x ./start.sh && ./start.sh $type list
}
chooseSingbox() {
echo "保活sing-box中哪个项目(单选): "
echo " 1.hy2/vmess+ws/socks5 "
echo " 2.argo+vmess "
echo " 3.all "
read -p "请选择:" input
if [ "$input" = "1" ]; then
item+=("hy2/vmess+ws")
elif [ "$input" = "2" ]; then
item+=("vmess")
elif [ "$input" = "3" ]; then
item+=("hy2/vmess+ws")
item+=("vmess")
else
red "无效选择!"
return 1
fi
}
setConfig() {
cd ${installpath}/serv00-play/
if [ -f config.json ]; then
echo "目前已有配置:"
config_content=$(cat config.json)
echo $config_content
read -p "是否修改? [y/n] [y]:" input
input=${input:-y}
if [ "$input" != "y" ]; then
return
fi
fi
createConfigFile
}
createConfigFile() {
echo "选择你要保活的项目（可多选，用空格分隔）:"
echo "1. sun-panel "
echo "2. sing-box(包含hy2，vmess，socks5) "
echo "3. 哪吒探针 "
echo "4. mtproto代理"
echo "5. alist"
echo "6. webssh"
echo "88. 暂停所有保活功能"
echo "99. 复通所有保活功能(之前有配置的情况下)"
echo "0. 返回主菜单"
item=()
read -p "请选择: " choices
choices=($choices)
if [[ "${choices[@]}" =~ "88" && ${#choices[@]} -gt 1 ]]; then
red "选择出现了矛盾项，请重新选择!"
return 1
fi
#过滤重复
choices=($(echo "${choices[@]}" | tr ' ' '\n' | sort -u | tr '\n' ' '))
# 根据选择来询问对应的配置
for choice in "${choices[@]}"; do
case "$choice" in
0)
showMenu
break
;;
1)
item+=("sun-panel")
;;
2)
if ! chooseSingbox; then
return
fi
;;
3)
item+=("nezha-agent")
;;
4)
item+=("mtg")
;;
5)
item+=("alist")
;;
6)
item+=("webssh")
;;
88)
#delCron
backupConfig "config.json"
green "设置完毕!"
return 0
;;
99)
if [[ ! -e config.bak ]]; then
red "之前未有配置，未能复通!"
return 1
fi
restoreConfig "config.bak"
tm=$(jq -r ".chktime" config.json)
addCron $tm
green "设置完毕!"
return 0
;;
*)
echo "无效选择"
return 1
;;
esac
done
json_content="{\n"
json_content+=" \"item\": [\n"
for item in "${item[@]}"; do
json_content+=" \"$item\","
done
# 删除最后一个逗号并换行
json_content="${json_content%,}\n"
json_content+=" ],\n"
read -p "是否需要配置消息推送? [y/n] [n]:" input
input=${input:-n}
if [ "${input}" == "y" ]; then
json_content+="\n"
echo "选择要推送的app:"
echo "1) Telegram "
echo "2) 微信 "
echo "3) 以上皆是"
read -p "请选择:" sendtype
if [ "$sendtype" == "1" ]; then
writeTG
elif [ "$sendtype" == "2" ]; then
writeWX
elif [ "$sendtype" == "3" ]; then
writeTG
writeWX
else
echo "无效选择"
return
fi
else
sendtype=${sendtype:-"null"}
fi
read -p "是否使用cron保活? [y/n] [n]:" setcron
setcron=${setcron:-n}
if [[ "$setcron" == "y" ]]; then
read -p "配置保活检查的时间间隔(单位分钟[1~59]，默认5分钟):" tm
tm=${tm:-"5"}
json_content+=" \"chktime\": \"$tm\","
fi
json_content+="\n \"sendtype\": $sendtype \n"
json_content+="}\n"
# 使用 printf 生成文件
printf "$json_content" >./config.json
if [[ "$setcron" == "y" ]]; then
addCron $tm
fi
chmod +x ${installpath}/serv00-play/keepalive.sh
echo -e "${YELLOW} 设置完成! ${RESET} "
}
backupConfig() {
local filename=$1
if [[ -e "$filename" ]]; then
if [[ "$filename" =~ ".json" ]]; then
local basename=${filename%.json}
mv $filename $basename.bak
fi
fi
}
restoreConfig() {
local filename=$1
if [[ -e "$filename" ]]; then
if [[ "$filename" =~ ".bak" ]]; then
local basename=${filename%.bak}
mv $filename $basename.json
fi
fi
}
make_vmess_config() {
cat >tempvmess.json <<EOF
{
"tag": "vmess-ws-in",
"type": "vmess",
"listen": "::",
"listen_port": $vmport,
"users": [
{
"uuid": "$uuid"
}
],
"transport": {
"type": "ws",
"path": "/$wspath",
"early_data_header_name": "Sec-WebSocket-Protocol"
}
}
EOF
}
make_outbound_wireguard() {
cat <<EOF
{
"type": "wireguard",
"tag": "wireguard-out",
"server": "162.159.195.100",
"server_port": 4500,
"local_address": [
"172.16.0.2/32",
"2606:4700:110:83c7:b31f:5858:b3a8:c6b1/128"
],
"private_key": "mPZo+V9qlrMGCZ7+E6z2NI6NOV34PD++TpAR09PtCWI=",
"peer_public_key": "bmXOC+F1FxEMF9dyiK2H5/1SUtzH0JuVo51h2wPfgyo=",
"reserved": [
26,
21,
228
]
},
EOF
}
make_outbound_socks5() {
local server=$1
local serv_port=$2
local user=$3
local pass=$4
cat >temp_outbound_socks5.json <<EOF
{
"type": "socks",
"tag": "socks5_outbound",
"server": "$server",
"server_port": $serv_port,
"version": "5",
"username": "$user",
"password": "$pass"
},
EOF
}
make_hy2_config() {
cat >temphy2.json <<EOF
{
"tag": "hysteria-in",
"type": "hysteria2",
"listen": "$hy2_ip",
"listen_port": $hy2_port,
"users": [
{
"password": "$uuid"
}
],
"masquerade": "https://www.bing.com",
"tls": {
"enabled": true,
"alpn": [
"h3"
],
"certificate_path": "cert.pem",
"key_path": "private.key"
}
}
EOF
}
make_socks5_config() {
cat >tmpsocks5.json <<EOF
{
"type": "socks",
"tag": "socks-in",
"listen": "::",
"listen_port": $socks5_port,
"users": [
{
"username": "$username",
"password": "$password"
}
]
}
EOF
}
generate_config() {
local outbound=$1
comma=""
comma0=""
if [[ ! -e "private.key" || ! -e "cert.pem" ]]; then
openssl ecparam -genkey -name prime256v1 -out "private.key"
openssl req -new -x509 -days 3650 -key "private.key" -out "cert.pem" -subj "/CN=www.bing.com"
fi
if [[ "$type" == "1.1" || "$type" == "1.2" ]]; then
make_vmess_config
elif [ "$type" = "2" ]; then
make_hy2_config
elif [ "$type" = "1.3" ]; then
make_socks5_config
elif [[ "$type" =~ ^(2.4|2.5)$ ]]; then
make_vmess_config
comma0=","
make_socks5_config
elif [[ "$type" =~ ^(3.1|3.2)$ ]]; then
make_vmess_config
comma=","
make_hy2_config
elif [[ "$type" == "3.3" ]]; then
make_hy2_config
make_socks5_config
comma0=","
else
make_socks5_config
make_vmess_config
make_hy2_config
comma=","
comma0=","
fi
if [[ "$outbound" == "1" ]]; then
outboundType="wireguard-out"
elif [[ "$outbound" == "2" ]]; then
outboundType="socks5_outbound"
else
outboundType="direct"
fi
cat >config.json <<EOF
{
"log": {
"disabled": true,
"level": "info",
"timestamp": true
},
"dns": {
"servers": [
{
"tag": "google",
"address": "tls://8.8.8.8",
"strategy": "ipv4_only",
"detour": "direct"
}
],
"rules": [
{
"rule_set": [
"geosite-category-ads-all"
],
"server": "block"
}
],
"final": "google",
"strategy": "",
"disable_cache": false,
"disable_expire": false
},
"inbounds": [
$([[ "$type" =~ ^(1.3|3.3|2.4|2.5|3.3|4.4|4.5)$ ]] && cat tmpsocks5.json)
$comma0
$([[ "$type" == "1.1" || "$type" == "1.2" || "$type" =~ ^(2.4|2.5|3.1|3.2|4.4|4.5)$ ]] && cat tempvmess.json)
$comma
$([[ "$type" == "2" || "$type" =~ ^(3|4)\.[0-9]+$ ]] && cat temphy2.json)
],
"outbounds": [
$([[ "$outbound" == "1" ]] && make_outbound_wireguard)
$([[ "$outbound" == "2" ]] && cat temp_outbound_socks5.json && rm -rf temp_outbound_socks5.json)
{
"type": "direct",
"tag": "direct"
},
{
"type": "block",
"tag": "block"
},
{
"type": "dns",
"tag": "dns-out"
}
],
"route": {
"rules": [
{
"domain": [
"usher.ttvnw.net",
"jnn-pa.googleapis.com"
],
"outbound": "$outboundType"
},
{
"protocol": "dns",
"outbound": "dns-out"
},
{
"ip_is_private": true,
"outbound": "direct"
},
{
"rule_set": [
"geosite-category-ads-all"
],
"outbound": "block"
}
],
"rule_set": [
{
"tag": "geosite-category-ads-all",
"type": "remote",
"format": "binary",
"url": "https://raw.githubusercontent.com/SagerNet/sing-geosite/rule-set/geosite-category-ads-all.srs",
"download_detour": "direct"
}
],
"final": "direct"
}
}
EOF
rm -rf tempvmess.json temphy2.json tmpsocks5.json
}
generate_random_string() {
local num=$1
LC_CTYPE=C xxd </dev/urandom -p | tr -dc 'a-z' | head -c "$num"
echo
}
localArgo() {
local configPath="${installpath}/.cloudflared"
if [[ -e "$configPath/cert.pem" ]]; then
read -p "已有配置，是否删除重建? [y/n] [n]:" input
input=${input:-n}
if [[ "$input" == "y" ]]; then
#ls -l "$configPath"
rm -rf "$configPath"/*
fi
fi
sleep 1
if ! checkDownload "cloudflared"; then
return
fi
echo "请把以下链接copy到浏览器打开，并选择你要作为隧道用的域名(如需中断，请按ctrl+c):"
rt=$(./cloudflared login)
echo "$rt"
read -p "告诉我你选了哪个域名:" domain
if [[ -z "$domain" ]]; then
red "未有输入!"
return 1
fi
read -p "是否自动配置隧道信息？[y/n] [y]:" autoflag
autoflag=${autoflag:-y}
tunname=""
if [[ "$autoflag" == "y" ]]; then
tunname=$(printf "tun-%s" $(generate_random_string 3))
else
read -p "请输入隧道名称:" tunname
if [[ -z "$tunname" ]]; then
red "未有输入!"
return 1
fi
fi
green "你所创建的隧道为 $tunname"
if [[ "$autoflag" == "y" ]]; then
subname=$(generate_random_string 3)
domain="$subname"".""$domain"
else
read -p "请输入隧道的cname域名:" domain
if [[ -z "$domain" ]]; then
red "未有输入!"
return 1
fi
fi
green "你的cname域名为: $domain"
port=""
randomPort tcp vmess
if [[ -n "$port" ]]; then
vmport="$port"
fi
echo "正在创建本地tunnel..."
local output=$(./cloudflared tunnel create $tunname)
if echo "$output" | grep -q "Created"; then
green "名为 $tunname 的tunnel创建成功!."
# 提取 .json 文件名
tunnelid=$(echo "$output" | sed -n 's/.*\/\([a-zA-Z0-9\-]*\)\.json.*/\1/p')
json_file=$tunnelid".json"
echo "JSON file: $json_file"
else
red "创建隧道名失败! [ $output ]."
fi
echo "正在添加隧道的cname域名..."
./cloudflared tunnel route dns $tunname $domain
if [ $? -eq 0 ]; then
echo "隧道绑定成功！"
else
echo "隧道绑定失败！"
fi
makeTunnelConfig $tunname $tunnelid $domain $port
}
makeTunnelConfig() {
local tunnelName=$1
local tunnelID=$2
local Domain=$3
local port=$4
cat >~/.cloudflared/config.yml <<EOF
tunnel: $tunnelName
credentials-file: ${installpath}/.cloudflared/$tunnelID.json
ingress:
- hostname: ${Domain}
service: http://127.0.0.1:${port}
- service: http_status:404
EOF
}
configSingBox() {
if ! checkInstalled "serv00-play"; then
return 1
fi
cd ${installpath}/serv00-play/singbox
loadPort
if [ -e singbox.json ]; then
red "目前已有配置如下:"
cat singbox.json
read -p "$(echo -e "${RED}继续配置将会覆盖原有配置:[y/n] [n]${RESET}") " input
input=${input:-n}
if [ "$input" != "y" ]; then
return 1
fi
fi
echo "选择你要配置的项目（可多选，用空格分隔）:"
echo "1. vmess"
echo "2. hy2"
echo "3. socks5"
echo "4. all"
read -p "请选择: " choices
choices=($choices)
if [[ "${choices[@]}" =~ "4" ]]; then
choices=("4")
fi
#过滤重复
choices=($(echo "${choices[@]}" | tr ' ' '\n' | sort -u | tr '\n' ' '))
type="0"
# 根据选择来询问对应的配置
for choice in "${choices[@]}"; do
case "$choice" in
1)
echo "请选择协议(2选1):"
echo "1. argo+vmess"
echo "2. vmess+ws "
read -p "请选择:" co
if [[ "$co" != "1" && "$co" != "2" ]]; then
echo "无效输入!"
return 1
fi
if [[ "$co" == "1" ]]; then
echo "1.本地创建隧道的方式"
echo "2.到CF建固定隧道方式"
read -p "请选择:" co
if [[ "$co" != "1" && "$co" != "2" ]]; then
echo "无效输入!"
return 1
fi
type=$(echo "$type + 1.1" | bc)
if [[ "$co" == "1" ]]; then
tunname=""
domain=""
localArgo
else
randomPort tcp vmess
if [[ -n "$port" ]]; then
vmport="$port"
fi
read -p "请输入WSPATH,默认是[serv00]: " wspath
read -p "请输入ARGO隧道token: " token
read -p "请输入ARGO隧道的域名: " domain
fi
read -p "是否使用自己的优选域名? [y/n] [n]:" input
input=${input:-n}
if [[ "$input" == "y" ]]; then
read -p "请输入优选域名:" goodDomain
if [[ -z "$goodDomain" ]]; then
red "未有输入!"
return 1
fi
fi
else
type=$(echo "$type + 1.2" | bc)
randomPort tcp vmess
if [[ -n "$port" ]]; then
vmport="$port"
else
red "未输入端口号"
return 1
fi
read -p "请输入WSPATH,默认是[serv00]: " wspath
read -p "请输入优选域名:" goodDomain
fi
;;
2)
type=$(echo "$type + 2" | bc)
randomPort udp hy2
if [[ -n "$port" ]]; then
hy2_port="$port"
else
red "未输入端口号"
return 1
fi
echo "自动选择未封ip..."
hy2_ip=$(get_ip)
if [[ -n "$hy2_ip" ]]; then
green "选中未封ip为 $hy2_ip"
else
red "未能找到未封IP,保持默认值！"
fi
;;
3)
type=$(echo "$type + 1.3" | bc)
randomPort tcp socks5
if [[ -n "$port" ]]; then
socks5_port="$port"
else
red "未输入端口号"
return 1
fi
read -p "请输入socks5用户名:" username
read -p "请输入socks5密码:" password
;;
4)
echo "请选择协议(2选1):"
echo "1. argo+vmess"
echo "2. vmess+ws "
read -p "请选择:" co
if [[ "$co" != "1" && "$co" != "2" ]]; then
echo "无效输入!"
return 1
fi
if [[ "$co" == "1" ]]; then
echo "1.本地创建隧道的方式"
echo "2.到CF建固定隧道方式"
read -p "请选择:" co
if [[ "$co" != "1" && "$co" != "2" ]]; then
echo "无效输入!"
return 1
fi
type="3.1"
if [[ "$co" == "1" ]]; then
tunname=""
domain=""
localArgo
else
randomPort tcp vmess
if [[ -n "$port" ]]; then
vmport="$port"
else
red "未输入端口号"
return 1
fi
read -p "请输入WSPATH,默认是[serv00]: " wspath
read -p "请输入ARGO隧道token: " token
read -p "请输入ARGO隧道的域名: " domain
fi
read -p "是否使用自己的优选域名? [y/n] [n]:" input
input=${input:-n}
if [[ "$input" == "y" ]]; then
read -p "请输入优选域名:" goodDomain
if [[ -z "$goodDomain" ]]; then
red "未有输入!"
return 1
fi
fi
else
type="3.2"
randomPort tcp vmess
if [[ -n "$port" ]]; then
vmport="$port"
else
red "未输入端口号"
return 1
fi
read -p "请输入WSPATH,默认是[serv00]: " wspath
read -p "请输入优选域名:" goodDomain
fi
# 配置 hy2
randomPort udp hy2
if [[ -n "$port" ]]; then
hy2_port="$port"
else
red "未输入端口号"
return 1
fi
echo "自动选择未封ip..."
hy2_ip=$(get_ip)
if [[ -n "$hy2_ip" ]]; then
green "选中未封ip为 $hy2_ip"
else
red "未能找到未封IP,保持默认值！"
fi
#配置socks5
type=$(echo "$type + 1.3" | bc)
randomPort tcp socks5
if [[ -n "$port" ]]; then
socks5_port="$port"
else
red "未输入端口号"
return 1
fi
read -p "请输入socks5用户名:" username
read -p "请输入socks5密码:" password
;;
*)
echo "无效的选择: $choice"
;;
esac
done
#socks5 不需要uuid
if [[ "$type" != "1.3" ]]; then
wspath=${wspath:-serv00}
read -p "是否自动分配UUID? [y/n] [y]:" input
input=${input:-y}
if [[ "$input" == "y" ]]; then
uuid=$(uuidgen -r)
else
read -p "请输入UUID:" uuid
fi
fi
read -p "是否配置出站? [y/n] [n]:" input
input=${input:-n}
outbound=""
if [[ "$input" == "y" ]]; then
echo "选择出站协议:"
echo "1.wireguard "
echo "2.socks5 "
read -p "请选择:" co
if [[ "$co" != "1" && "$co" != "2" ]]; then
echo "无效输入!"
return 1
fi
outbound=$co
if [[ "$outbound" == "2" ]]; then
read -p "请输入socks5服务器域名或IP:" tmpinput
local out_server=$tmpinput
if [[ -z "$out_server" ]]; then
red "未输入内容!"
return 1
fi
read -p "请输入socks5的端口:" tmpinput
local out_port=$tmpinput
if [[ -z "$out_port" ]]; then
red "未输入内容!"
return 1
fi
read -p "请输入socks5的用户名:" tmpinput
local out_user=$tmpinput
if [[ -z "$out_user" ]]; then
red "未输入内容!"
return 1
fi
read -p "请输入socks5的密码:" tmpinput
local out_pass=$tmpinput
if [[ -z "$out_pass" ]]; then
red "未输入内容!"
return 1
fi
make_outbound_socks5 $out_server $out_port $out_user $out_pass
fi
fi
cat >singbox.json <<EOF
{
"TYPE": "$type",
"VMPORT": ${vmport:-null},
"HY2IP": "${hy2_ip:-'::'}",
"HY2PORT": ${hy2_port:-null},
"UUID": "$uuid",
"WSPATH": "${wspath}",
"ARGO_AUTH": "${token:-null}",
"ARGO_DOMAIN": "${domain:-null}",
"GOOD_DOMAIN": "${goodDomain:-null}",
"SOCKS5_PORT": "${socks5_port:-null}",
"SOCKS5_USER": "${username:-null}",
"SOCKS5_PASS": "${password:-null}",
"TUNNEL_NAME": "${tunname:-null}"
}
EOF
generate_config $outbound
yellow "sing-box配置完毕!"
}
startSingBox() {
start_sing_box
}
stopSingBox() {
stop_sing_box
}
killUserProc() {
local user=$(whoami)
pkill -kill -u $user
}
ImageRecovery() {
cd ${installpath}/backups/local
# 定义一个关联数组
declare -A snapshot_paths
# 遍历每个符号链接，并将文件夹名称及真实路径保存到数组中
while read -r line; do
# 提取文件夹名称和对应的真实路径
folder=$(echo "$line" | awk '{print $9}')
real_path=$(echo "$line" | awk '{print $11}')
# 将文件夹名称和真实路径存入数组
snapshot_paths["$folder"]="$real_path"
done < <(ls -trl | grep -F "lrwxr")
size=${#snapshot_paths[@]}
sorted_keys=($(echo "${!snapshot_paths[@]}" | tr ' ' '\n' | sort -r))
if [ $size -eq 0 ]; then
echo "未有备份快照!"
return
fi
echo "选择你需要恢复的内容:"
echo "1. 完整快照恢复 "
echo "2. 恢复某个文件或目录"
read -p "请选择:" input
if [ "$input" = "1" ]; then
local i=1
declare -a folders
for folder in "${sorted_keys[@]}"; do
echo "${i}. ${folder} "
i=$((i + 1))
done
retries=3
while [ $retries -gt 0 ]; do
read -p "请选择恢复到哪一天(序号)？" input
# 检查输入是否有效
if [[ $input =~ ^[0-9]+$ ]] && [ "$input" -gt 0 ] && [ "$input" -le $size ]; then
# 输入有效，退出循环
targetFolder="${sorted_keys[@]:$input-1:1}"
echo "你选择的恢复日期是：${targetFolder}"
break
else
# 输入无效，减少重试次数
retries=$((retries - 1))
echo "输入有误，请重新输入！你还有 $retries 次机会。"
fi
if [ $retries -eq 0 ]; then
echo "输入错误次数过多，操作已取消。"
return
fi
done
killUserProc
srcpath=${snapshot_paths["${targetFolder}"]}
#echo "srcpath:$srcpath"
rm -rf ~/* >/dev/null 2>&1
rsync -a $srcpath/ ~/ 2>/dev/null
yellow "快照恢复完成!"
return
elif [ "$input" = "2" ]; then
declare -A foundArr
read -p "输入你要恢复到文件或目录:" infile
for folder in "${!snapshot_paths[@]}"; do
path="${snapshot_paths[$folder]}"
results=$(find "${path}" -name "$infile" 2>/dev/null)
# echo "111results:|$results|"