#!/bin/sh # 用户定义的变量 username="用户名" password="密码" host="127.0.0.1" port=9091 chain="OUTPUT" custom_chain_ipv4="CUSTOM_CHAIN_IPV4" custom_chain_ipv6="CUSTOM_CHAIN_IPV6" log_path="/tmp/block_xunlei.log" interval_hour=4 # 时间是4小时的整数倍时重置防火墙规则 DEBUG=0 # 默认禁用调试 block_clients="xunlei xl thunder gt0002 xl0012 xfplay dandanplay dl3760 qq hp dt xm go taibei sp StellarPlayer flashget torrentstorm github ljyun cacao offline anacrolix unknown trafficConsume -tt -gt -sd -xf -qd -bn -dl qbittorrent/3.3.15 Transmission 2.9 BitComet 2.04" # 打印自定义链规则 print_chain_rules() { echo "当前IPv4自定义链规则:" iptables -nL $custom_chain_ipv4 echo "当前IPv6自定义链规则:" ip6tables -nL $custom_chain_ipv6 } print_log() { echo -e "当前时间: $(date '+%Y-%m-%d %H:%M:%S')\n" cat $log_path } # 清空自定义链函数和日志 flush_chains() { echo "清空自定义链 $custom_chain_ipv4 和 $custom_chain_ipv6" iptables -F $custom_chain_ipv4 # 清空IPv4自定义链 ip6tables -F $custom_chain_ipv6 # 清空IPv6自定义链 echo "清空日志" echo "" >$log_path } # 处理参数函数 process_args() { while [ $# -gt 0 ]; do case "$1" in --debug) DEBUG=1 echo "调试模式已启用" ;; --chain) print_chain_rules exit 0 ;; --log) print_log exit 0 ;; --flush) flush_chains exit 0 ;; --help) echo " --debug Enable debug mode" echo " --chain Print chain rules" echo " --log Print log" echo " --flush Flush chains and log" echo " --help Show this help message" exit 0 ;; *) echo "Invalid option: $1" >&2 exit 1 ;; esac shift done } # 处理传入的参数 process_args "$@" # 主脚本逻辑部分 # 调试输出函数 debug_echo() { if [ "$DEBUG" -eq 1 ]; then echo "$@" fi } # 检查时间是否为4小时的整数倍 check_interval() { local minute=$(date "+%M") local hour=$(date "+%H") if [ "$minute" -eq 00 ] && [ $(($hour % $interval_hour)) -eq 0 ] && [ "$DEBUG" -eq 0 ]; then debug_echo "当前时间是4小时的整数倍" flush_chains fi } # 检查并创建自定义链并获取规则 create_chains_and_get_rules() { debug_echo "检查并创建自定义链(如果不存在)并获取当前规则..." ipv4_rules=$(iptables -nL $custom_chain_ipv4 2>/dev/null) if [ -z "$ipv4_rules" ]; then debug_echo "创建IPv4自定义链 $custom_chain_ipv4" iptables -N $custom_chain_ipv4 else debug_echo "当前IPv4自定义链规则: $ipv4_rules" fi ipv6_rules=$(ip6tables -nL $custom_chain_ipv6 2>/dev/null) if [ -z "$ipv6_rules" ]; then debug_echo "创建IPv6自定义链 $custom_chain_ipv6" ip6tables -N $custom_chain_ipv6 else debug_echo "当前IPv6自定义链规则: $ipv6_rules" fi } # 确保自定义链在主链中被调用函数 ensure_chain_calls() { debug_echo "确保自定义链在主链中被调用..." iptables -C $chain -j $custom_chain_ipv4 & >/dev/null || ( debug_echo "添加 $custom_chain_ipv4 到 $chain" iptables -A $chain -j $custom_chain_ipv4 ) ip6tables -C $chain -j $custom_chain_ipv6 & >/dev/null || ( debug_echo "添加 $custom_chain_ipv6 到 $chain" ip6tables -A $chain -j $custom_chain_ipv6 ) } # 检查是否为私有地址函数 is_private_ip() { local ip=$1 if echo "$ip" | grep -q ":"; then echo $ip | grep -qE '^fc00:|^fd00:|^fe80:' else echo $ip | grep -qE '^10\.|^172\.1[6-9]\.|^172\.2[0-9]\.|^172\.3[0-1]\.|^192\.168\.|^127\.0\.0\.1' fi } # 获取所有传输任务的对等节点IP地址 debug_echo "获取传输任务对等节点的IP地址..." ips=$(transmission-remote $host:$port --auth $username:$password -t all --info-peers | grep -v "^Address" | grep -v "^$") debug_echo "$ips" # 执行函数 check_interval create_chains_and_get_rules ensure_chain_calls # 遍历指定的客户端名称 echo "$block_clients" | while IFS= read -r client; do debug_echo "处理客户端 $client: " # 输出正在处理的客户端名称 # 获取与当前客户端匹配的IP地址 client_ips=$(echo "$ips" | grep -F -i -- "$client" | cut -d " " -f 1) for ip in $client_ips; do # 检查当前IP是否已经在规则中 if (echo "$ip" | grep -q ":" && echo "$ipv6_rules" | grep -q "$ip") || (echo "$ip" | grep -qv ":" && echo "$ipv4_rules" | grep -q "$ip"); then debug_echo "$ip 已在规则中" else debug_echo "$ip 不在规则中" # 检查是否为私有地址 if is_private_ip "$ip"; then debug_echo "$ip 是私有地址, 忽略." else # 添加规则 [ "$DEBUG" -eq 0 ] && echo -e "$(date '+%Y-%m-%d %H:%M:%S')\t$client\t$ip" >>$log_path if echo "$ip" | grep -q ":"; then debug_echo "添加IPv6地址 $ip 到自定义链 $custom_chain_ipv6" [ "$DEBUG" -eq 0 ] && ip6tables -I $custom_chain_ipv6 -d $ip -j DROP else debug_echo "添加IPv4地址 $ip 到自定义链 $custom_chain_ipv4" [ "$DEBUG" -eq 0 ] && iptables -I $custom_chain_ipv4 -d $ip -j DROP fi fi fi done done echo "脚本执行完毕."