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X-OpenWrt/Scripts/AutoBuild_Tools.sh

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#!/bin/bash
# AutoBuild Module by Hyy2001 <https://github.com/Hyy2001X/AutoBuild-Actions>
# AutoBuild_Tools for Openwrt
# Dependences: bash wget curl block-mount e2fsprogs smartmontools
Version=V1.8.5
ECHO() {
case $1 in
r) Color="${Red}";;
g) Color="${Green}";;
b) Color="${Blue}";;
y) Color="${Yellow}";;
x) Color="${Grey}";;
esac
[[ $# -gt 1 ]] && shift
echo -e "${White}${Color}${*}${White}"
}
AutoBuild_Tools_UI() {
while :
do
clear
echo -e "$(cat /etc/banner)"
echo -e "
${Grey}AutoBuild 固件工具箱 ${Version}${White} [$$] [${Tools_File}]
1. USB 空间扩展 6. 环境修复
2. Samba 设置 7. 系统信息监控
3. 端口占用列表 8. 在线设备列表
4. 硬盘信息 9. 创建虚拟内存 (swap)
5. 网络检查
${Grey}u. 固件更新
${Yellow}x. 更新脚本
${White}q. 退出
"
read -p "请从上方选项中选择一个操作:" Choose
case $Choose in
q)
rm -rf ${Tools_Cache}/*
exit 0
;;
u)
[[ -s ${AutoUpdate_File} ]] && {
AutoUpdate_UI
} || {
ECHO r "\n未检测到 '/bin/AutoUpdate.sh',请确保当前固件支持一键更新!"
sleep 2
}
;;
x)
wget -q ${Github_Raw}/Scripts/AutoBuild_Tools.sh -O ${Tools_Cache}/AutoBuild_Tools.sh
if [[ $? == 0 && -s ${Tools_Cache}/AutoBuild_Tools.sh ]]
then
ECHO y "\n[AutoBuild_Tools] 脚本更新成功!"
rm -f ${Tools_File}
mv -f ${Tools_Cache}/AutoBuild_Tools.sh ${Tools_File}
chmod +x ${Tools_File}
sleep 2
exec ${Tools_File}
else
ECHO r "\n[AutoBuild_Tools] 脚本更新失败!"
sleep 2
fi
;;
1)
if_PKG_Depends block lsblk mkfs.ext4:e2fsprogs && AutoExpand_UI
;;
2)
if_PKG_Depends smbpasswd:samba block && Samba_UI
;;
3)
if_PKG_Depends netstat && {
ECHO y "\nLoading Service Configuration ..."
Netstat1=${Tools_Cache}/Netstat1
Netstat2=${Tools_Cache}/Netstat2
ps_Info=${Tools_Cache}/ps_Info
rm -f ${Netstat2} && touch -a ${Netstat2}
netstat -ntupa | grep -v "::ffff" |egrep ":::[0-9].+|0.0.0.0:[0-9]+|127.0.0.1:[0-9]+" | awk '{print $1" "$4" "$6" "$7}' | sed -r 's/0.0.0.0:/\1/;s/:::/\1/;s/127.0.0.1:/\1/;s/LISTEN/\1/' | sort | uniq > ${Netstat1}
ps -efww > ${ps_Info}
local i=1;while :;do
Proto=$(sed -n ${i}p ${Netstat1} | awk '{print $1}')
[[ -z ${Proto} ]] && break
Port=$(sed -n ${i}p ${Netstat1} | awk '{print $2}')
_Service=$(sed -n ${i}p ${Netstat1} | awk '{print $3}')
[[ ${_Service} == '-' ]] && {
Service="Unknown"
} || {
Service=$(echo ${_Service} | cut -d '/' -f2)
PID=$(echo ${_Service} | cut -d '/' -f1)
Task=$(grep -v "grep" ${ps_Info} | grep "${PID}" | awk '{print $5}')
}
i=$(($i + 1))
echo -e "${Proto} ${Port} ${Service} ${PID} ${Task}" | egrep "tcp|udp" >> ${Netstat2}
done
clear
ECHO x "端口占用列表\n"
printf "${Grey}%-10s %-16s %-22s %-12s %-40s\n${White}" 协议 占用端口 服务名称 PID 进程信息
local X;while read X;do
printf "%-8s %-12s %-18s %-12s %-40s\n" ${X}
done < ${Netstat2}
ENTER
}
;;
4)
if_PKG_Depends smartctl:smartmontools && SmartInfo_UI
;;
5)
if_PKG_Depends curl nslookup&& {
ping 223.5.5.5 -c 1 -W 2 > /dev/null 2>&1 && \
ECHO y "\n基础网络连接正常!" || ECHO r "\n基础网络连接错误!"
nslookup -type=a 163.com > /dev/null 2>&1 && \
ECHO y "基础 IPv4 DNS 解析正常!" || ECHO r "基础 IPv4 DNS 解析错误!"
Google_Check=$(curl -I -s --connect-timeout 3 google.com -w %{http_code} | tail -n1)
case ${Google_Check} in
301)
ECHO y "Google 连接正常!"
;;
*)
ECHO r "Google 连接错误!"
;;
esac
sleep 2
}
;;
6)
cp -a /rom/etc/AutoBuild/Default_Variable /etc/AutoBuild
cp -a /rom/etc/profile /etc
cp -a /rom/etc/banner /etc
cp -a /rom/etc/openwrt_release /etc
cp -a /rom/bin/AutoUpdate.sh ${AutoUpdate_File}
cp -a /rom/bin/AutoBuild_Tools.sh ${Tools_File}
cp -a /rom/etc/config/autoupdate /etc/config
ECHO y "\n固件环境修复完成!"
sleep 2
;;
7)
Sysinfo show
;;
8)
clear
ECHO x "在线设备列表\n"
printf "${Grey}%-8s %-24s %-20s %-10s${White}\n" 序号 "MAC 地址" "IP 地址" 设备名称
i=1;grep "br-lan" /proc/net/arp | grep "0x2" | grep -v "0x0" | awk '{print $4"\t"$1}' | while read X;do
printf " %-5s %-22s %-18s %-10s\n" ${i} ${X} $(if_Empty "$(grep $(echo ${X} | awk '{print $2}') /tmp/dhcp.leases | awk '{print $4}' | head -n 1)" 未知)
i=$(($i + 1))
done
unset i
ENTER
;;
9)
echo
read -p "请输入交换文件存放的位置:" swap_Path
read -p "请输入交换分区的大小:" swap_Size
if [[ -f ${swap_Path}/swapfile ]]
then
ECHO r "\n目录 '${swap_Path}' 下已存在交换文件 'swapfile', 且文件大小为 $(du ${swap_Path}/swapfile -h | cut -d '' -f1)
继续操作将会覆盖该目录下原有的 swapfile 文件!\n"
read -p "是否继续操作?[Y/n]:" Choose
[[ ! ${Choose} == [Yesyes] ]] && continue
[[ ! -w ${swap_Path}/swapfile ]] && chmod 777 ${swap_Path}/swapfile
swapoff -a
rm -rf ${swap_Path}/swapfile
fi
ECHO y "\n开始创建 ${swap_Path}/swapfile ..."
dd if=/dev/zero of=${swap_Path}/swapfile bs=1M count=${swap_Size}
if [[ $? == 0 ]]
then
mkswap ${swap_Path}/swapfile && ECHO y "已成功创建交换文件 [${swap_Path}/swapfile], 可手动前往 '系统-挂载点' 进行设置!" || ECHO r "交换文件创建失败!"
chmod 0600 ${swap_Path}/swapfile
else
ECHO r "交换文件创建失败!"
rm -rf ${swap_Path}/swapfile
fi
sleep 3
;;
esac
done
}
if_PKG_Depends() {
while [[ $1 ]];do
CMD=$(echo $1 | cut -d ':' -f1)
PKG=$(echo $1 | cut -d ':' -f2)
[[ -z ${PKG} ]] && PKG=${CMD}
if [[ $(CHECK_PKG ${CMD}) == false ]]
then
if_False=1
ECHO r "\n缺少软件包: [${PKG}]"
fi
shift
done
if [[ ${if_False} == 1 ]]
then
sleep 2
return 1
else
return 0
fi
}
if_Empty() {
if [[ $1 ]]
then
echo $1
else
echo $2
fi
}
AutoExpand_UI() {
USB_Info && {
clear
ECHO x "USB 扩展内部空间\n"
printf "${Yellow}%-7s %-14s %-40s %-14s %-15s %-18s %-10s\n${White}" 编号 设备 UUID 分区格式 挂载点 可用空间 状态
local X;while read X;do
[[ $(echo ${X} | awk '{print $5}') =~ (/boot|/rom|/opt) || $(echo ${X} | awk '{print $6}') == '-' ]] && {
Status="不推荐"
} || {
[[ $(echo ${X} | awk '{print $5}') == '/' ]] && Status="已挂载" || Status="可用"
}
printf " %-4s %-12s %-40s %-10s %-12s %-14s %-10s\n" ${X} ${Status}
done < ${Disk_Processed_List}
echo -e "\nq. 返回"
echo "r. 重新载入列表"
} || {
ECHO r "未检测到任何外接设备,请检查接口或插入 USB 设备!"
sleep 2
return 1
}
Logic_Disk_Count=$(tail -n1 ${Disk_Processed_List} | awk '{print $1}')
echo
read -p "请输入要操作的设备编号[1-${Logic_Disk_Count}]:" Choose
case ${Choose} in
q)
return
;;
r)
AutoExpand_UI
;;
*)
if [[ ${Choose} =~ [0-9] && ${Choose} -le ${Logic_Disk_Count} && ${Choose} -gt 0 ]] > /dev/null 2>&1
then
Choose_Disk=$(sed -n ${Choose}p ${Disk_Processed_List} | awk '{print $2}')
Choose_Mount=$(grep "${Choose_Disk}" ${Disk_Processed_List} | awk '{print $5}')
AutoExpand_Core ${Choose_Disk} ${Choose_Mount}
else
AutoExpand_UI
fi
;;
esac
}
USB_Info() {
Logic_Disk_List="${Tools_Cache}/Logic_Disk_List"
Phy_Disk_List="${Tools_Cache}/Phy_Disk_List"
Block_Info="${Tools_Cache}/Block_Info"
Disk_Processed_List="${Tools_Cache}/Disk_Processed_List"
echo -ne "\n${Yellow}Loading USB Configuration ...${White}"
rm -f ${Block_Info} ${Logic_Disk_List} ${Disk_Processed_List} ${Phy_Disk_List}
touch ${Disk_Processed_List}
block mount
block info | grep -v "mtdblock" | egrep "sd[a-z][0-9]|mmcblk[0-9]+[a-z][0-9]+" > ${Block_Info}
[[ -s ${Block_Info} ]] && {
lsblk -l | grep part | awk '{print "/dev/"$1}' > ${Logic_Disk_List}
local i=1;for Disk_Name in $(cat ${Logic_Disk_List})
do
UUID=$(grep "${Disk_Name}" ${Block_Info} | egrep -o 'UUID=".+"' | awk -F '["]' '/UUID/{print $2}')
Logic_Mount=$(grep "${Disk_Name}" ${Block_Info} | egrep -o 'MOUNT="/[0-9a-zA-Z].+"|MOUNT="/"' | awk -F '["]' '/MOUNT/{print $2}')
[[ -z ${Logic_Mount} ]] && Logic_Mount="$(df ${Disk_Name} | grep "${Disk_Name}" | awk '{print $6}' | awk 'NR==1')"
Logic_Format="$(grep "${Disk_Name}" ${Block_Info} | egrep -o 'TYPE="[0-9a-zA-Z].+' | awk -F '["]' '/TYPE/{print $2}')"
Logic_Available="$(df -h ${Disk_Name} | grep "${Disk_Name}" | awk '{print $4}' | awk 'NR==1')"
[[ -z ${UUID} ]] && UUID='-'
[[ -z ${Logic_Format} ]] && Logic_Format='-'
[[ -z ${Logic_Mount} ]] && Logic_Mount='-'
[[ -z ${Logic_Available} ]] && Logic_Available='-'
printf "%-3s %-14s %-40s %-14s %-15s %-18s %-10s\n" ${i} ${Disk_Name} ${UUID} ${Logic_Format} ${Logic_Mount} ${Logic_Available} >> ${Disk_Processed_List}
i=$(expr $i + 1 2> /dev/null)
done
lsblk | grep disk | awk '{print "/dev/"$1}' | sort | uniq > ${Phy_Disk_List}
}
echo -ne "\r \r"
[[ $(cat ${Phy_Disk_List}) ]] && return 0 || return 1
}
AutoExpand_Core() {
ECHO r "\n警告: 操作开始后请不要中断任务或进行其他操作,否则可能导致设备无法开机"
ECHO r " 固件更新将改变分区表,从而导致扩容失效,当前硬盘上的数据可能会丢失"
echo -ne "\n${Yellow}本操作将把设备 '$1' 格式化为 ext4 格式,${White}"
read -p "是否确认执行格式化操作?[Y/n]:" Choose
[[ ${Choose} == [Yesyes] ]] && {
ECHO y "\n开始运行一键挂载脚本 ..."
sleep 2
} || return 0
echo "禁用自动挂载 ..."
uci set fstab.@global[0].auto_mount='0'
uci commit fstab
[[ ! $2 == '-' ]] && {
echo "卸载设备 '$1' 位于 '$2' ..."
umount -l $2 > /dev/null 2>&1 && {
ECHO r "设备 '$2' 卸载失败!"
exit 1
}
}
echo "正在格式化设备 '$1' 为 ext4 格式,请耐心等待 ..."
mkfs.ext4 -F $1 > /dev/null 2>&1 && {
USB_Info
echo "设备 '$1' 已成功格式化为 ext4 格式!"
} || {
ECHO r "设备 '$1' 格式化失败!"
exit 1
}
UUID=$(grep "$1" ${Disk_Processed_List} | awk '{print $2}')
echo "UUID: ${UUID}"
echo "挂载设备 '$1' 到 ' /tmp/extroot' ..."
mkdir -p /tmp/introot || {
ECHO r "临时文件夹 '/tmp/introot' 创建失败!"
exit 1
}
mkdir -p /tmp/extroot || {
ECHO r "临时文件夹 '/tmp/extroot' 创建失败!"
exit 1
}
mount --bind / /tmp/introot || {
ECHO r "绑定 '/' 到 '/tmp/introot' 失败!"
exit 1
}
mount $1 /tmp/extroot || {
ECHO r "挂载 '$1' 到 '/tmp/extroot' 失败!"
exit 1
}
echo "正在复制系统文件到 '$1' ..."
tar -C /tmp/introot -cf - . | tar -C /tmp/extroot -xf -
echo "卸载设备 '/tmp/introot' '/tmp/extroot' ..."
umount /tmp/introot
umount /tmp/extroot
sync
for ((i=0;i<=10;i++));do
uci delete fstab.@mount[0] > /dev/null 2>&1
done
echo "写入新分区表到 '/etc/config/fstab' ..."
cat >> /etc/config/fstab <<EOF
config mount
option enabled '1'
option uuid '${UUID}'
option target '/'
EOF
uci commit fstab
ECHO y "\n运行结束,外接设备 '$1' 已挂载为系统根目录 '/'\n"
read -p "操作需要重启生效,是否立即重启?[Y/n]:" Choose
[[ ${Choose} == [Yesyes] ]] && {
ECHO g "\n正在重启设备,请耐心等待 ..."
sync
reboot
} || exit
}
Samba_UI() {
[[ ! -d ${Tools_Cache} ]] && mkdir -p "${Tools_Cache}"
while :
do
USB_Info
autoshare_Mode="$(uci get samba.@samba[0].autoshare)"
clear
ECHO x "Samba 工具箱\n"
echo "1. 自动生成 Samba 挂载点"
echo "2. 删除已有挂载点"
echo "3. $([[ ${autoshare_Mode} == 1 ]] && ECHO r 关闭 || ECHO y 开启) Samba 自动共享"
echo "4. 设置 Samba 访问密码 $([ -s /etc/samba/smbpasswd ] && ECHO y "[已设置]" || ECHO r "[未设置]")"
[ -s /etc/samba/smbpasswd ] && echo "5. 删除 Samba 密码"
echo -e "\nq. 返回\n"
read -p "请从上方选项中选择一个操作:" Choose
case ${Choose} in
1)
Samba_UCI_List="${Tools_Cache}/UCI_List"
Logic_Disk_Count=$(sed -n '$=' ${Disk_Processed_List})
echo
for ((i=1;i<=${Logic_Disk_Count};i++));
do
Disk_Name=$(sed -n ${i}p ${Disk_Processed_List} | awk '{print $1}')
Disk_Mounted_Point=$(sed -n ${i}p ${Disk_Processed_List} | awk '{print $4}')
Samba_Name=${Disk_Mounted_Point#*/mnt/}
Samba_Name=$(echo ${Samba_Name} | cut -d "/" -f2-5)
uci show 2>&1 | grep "sambashare" > ${Samba_UCI_List}
if [[ ! $(cat ${Samba_UCI_List}) =~ ${Disk_Mounted_Point} ]] > /dev/null 2>&1 ;then
ECHO g "设置挂载点 '${Samba_Name}' ..."
cat >> /etc/config/samba <<EOF
config sambashare
option auto '1'
option name '${Samba_Name}'
option device '${Disk_Name}'
option path '${Disk_Mounted_Point}'
option read_only 'no'
option guest_ok 'yes'
option create_mask '0777'
option dir_mask '0777'
EOF
else
ECHO y "'${Disk_Mounted_Point}' 挂载点已存在!"
fi
done
uci commit samba
/etc/init.d/samba restart
sleep 2
;;
2)
while :
do
Samba_config="$(grep "sambashare" /etc/config/samba | wc -l)"
[[ ${Samba_config} -eq 0 ]] && break
uci delete samba.@sambashare[0]
uci commit samba > /dev/null 2>&1
done
ECHO y "\n已删除所有 Samba 挂载点!"
;;
3)
[[ ${autoshare_Mode} == 0 ]] && {
uci set samba.@samba[0].autoshare='1'
autosamba_mode="开启"
} || {
uci set samba.@samba[0].autoshare='0'
autosamba_mode="关闭"
}
ECHO y "\n已${autosamba_mode} Samba 自动共享!"
uci commit samba
;;
4)
sed -i '/invalid users/d' /etc/samba/smb.conf.template >/dev/null 2>&1
ECHO y "\n注意: 将为 root 用户设置密码,同时自动允许 root 用户进行访问,
请连续输入两次相同的密码,输入的内容不会显示,完成后回车即可!\n"
smbpasswd -a root && {
ECHO y "\n已为 root 用户设置 Samba 访问密码!"
/etc/init.d/samba restart
} || ECHO r "\nSamba 访问密码设置失败!"
;;
5)
if [[ -s /etc/samba/smbpasswd ]]
then
smbpasswd -x root
ECHO y "\n已删除 Samba 访问密码!"
/etc/init.d/samba restart
fi
;;
q)
break
;;
esac
sleep 2
done
}
AutoUpdate_UI() {
while :
do
clear
ECHO x "AutoBuild 固件更新\n
${Yellow}1. 更新固件 [保留配置]${White}
2. 更新固件 (强制刷入固件) [保留配置]
${Red}3. 更新固件 [保留配置]${White}
4. 打印当前固件信息
5. 清除固件下载缓存
6. 更改 Github API 地址
7. 更改固件标签
8. 打印脚本运行日志 (反馈问题)
9. 检查 AutoUpdate 运行环境
10. 备份系统配置
$([ $(bash ${AutoUpdate_File} --var TARGET_BOARD) == x86 ] && echo "11. 指定下载 <UEFI | BIOS> 引导的固件\n")
${Yellow}x. 更新 [AutoUpdate] 脚本
${White}q. 返回\n"
read -p "请从上方选择一个操作:" Choose
case ${Choose} in
q)
break
;;
x)
bash ${AutoUpdate_File} -x
;;
1)
bash ${AutoUpdate_File}
;;
2)
bash ${AutoUpdate_File} -F
;;
3)
bash ${AutoUpdate_File} -n
;;
4)
bash ${AutoUpdate_File} --list
;;
5)
ECHO y "\n下载缓存清理完成!"
bash ${AutoUpdate_File} --clean
;;
6)
echo ""
read -p "请输入新的 Github 地址:" Github_URL
[[ ${Github_URL} ]] && bash ${AutoUpdate_File} -C ${Github_URL} || {
ECHO r "\nGithub 地址不能为空!"
}
;;
7)
echo ""
read -p "请输入新的固件标签:" FLAG
[[ ${FLAG} ]] && bash ${AutoUpdate_File} --flag ${FLAG} || {
ECHO r "\n固件标签不能为空!"
}
;;
8)
bash ${AutoUpdate_File} --log
;;
9)
bash ${AutoUpdate_File} --chk
;;
10)
echo ""
read -p "请输入配置保存路径(回车即为当前路径):" BAK_PATH
bash ${AutoUpdate_File} --backup ${BAK_PATH}
;;
11)
echo ""
read -p "请输入你想要的启动方式[UEFI/BIOS]:" BOOT
[[ ${BOOT} ]] && bash ${AutoUpdate_File} -B ${BOOT} || {
ECHO r "\n启动方式不能为空!"
}
;;
esac
ENTER
done
}
SmartInfo_UI() {
USB_Info && {
clear
ECHO x "硬盘信息列表"
cat ${Phy_Disk_List} | while read Phy_Disk;do
SmartInfo_Core ${Phy_Disk}
sleep 1
done
ENTER
} || {
ECHO r "未检测到任何外接设备,请检查 USB 接口可用性或插入更多 USB 设备!"
sleep 2
return 1
}
}
SmartInfo_Core() {
Smart_Info1="${Tools_Cache}/Smart_Info1"
Smart_Info2="${Tools_Cache}/Smart_Info2"
Smart_Info3="${Tools_Cache}/Smart_Info3"
smartctl -H -A -i $1 > ${Smart_Info1}
smartctl -H -A -i -d scsi $1 > ${Smart_Info2}
smartctl -H -A -i -d sat $1 > ${Smart_Info3}
Phy_Health=$(GET_INFO "SMART Health Status:")
[[ -z ${Phy_Health} ]] && Phy_Health=$(GET_INFO "SMART overall-health self-assessment test result:")
Phy_Name=$(GET_INFO "Device Model:")
FW_Version=$(GET_INFO "Firmware Version:")
Phy_Temp=$(grep "Temperature_Celsius" ${Smart_Info3} | awk '{print $10}')
[[ ${Phy_Temp} ]] && Phy_Temp="${Phy_Temp}°C"
Phy_ID=$(GET_INFO "Serial number:")
Phy_Capacity=$(GET_INFO "User Capacity:")
Phy_Part_Number=$(grep -c "${Phy_Disk}" ${Disk_Processed_List})
Phy_Factor=$(GET_INFO "Form Factor:")
Phy_Sata_Version=$(GET_INFO "SATA Version is:")
TRIM_Command=$(GET_INFO "TRIM Command:")
Power_On=$(grep "Power_On_Hours" ${Smart_Info3} | awk '{print $10}')
Power_Cycle_Count=$(grep "Power_Cycle_Count" ${Smart_Info3} | awk '{print $10}')
if [[ ${Power_On} ]]
then
Power_Status="${Power_On} 小时 / ${Power_Cycle_Count} 次"
fi
if [[ $(GET_INFO "Rotation Rate:") =~ "Solid State" ]]
then
Phy_Type="固态硬盘"
Phy_RPM="不可用"
local LBAs_Written="$(grep "Total_LBAs_Written" ${Smart_Info3} | awk '{a=$10*512/1024/1024} {printf("%.2f",a)}') GB"
local LBAs_Read="$(grep "Total_LBAs_Read" ${Smart_Info3} | awk '{a=$10*512/1024/1024} {printf("%.2f",a)}') GB"
else
Phy_Type="其他"
if [[ $(GET_INFO "Rotation Rate:") =~ rpm ]]
then
Phy_RPM=$(GET_INFO "Rotation Rate:")
Phy_Type="机械硬盘"
fi
fi
[[ -z ${Phy_Name} ]] && {
Phy_Name=$(GET_INFO "Vendor:")$(GET_INFO "Product:")
}
Phy_LB=$(GET_INFO "Logical block size:")
Phy_PB=$(GET_INFO "Physical block size:")
if [[ ${Phy_PB} ]]
then
Phy_BS="${Phy_LB} / ${Phy_PB}"
else
Phy_BS="${Phy_LB}"
fi
cat <<EOF
硬盘型号: ${Phy_Name}
固件版本: ${FW_Version}
硬盘温度: ${Phy_Temp}
硬盘路径: $1
分区数量: ${Phy_Part_Number}
硬盘尺寸: ${Phy_Factor}
硬盘 ID : ${Phy_ID}
硬盘容量: ${Phy_Capacity}
健康状况: ${Phy_Health}
SATA版本: ${Phy_Sata_Version}
TRIM指令: ${TRIM_Command}
硬盘类型: ${Phy_Type}
硬盘转速: ${Phy_RPM}
扇区大小: ${Phy_BS}
通电情况: ${Power_Status}
读取计数: ${LBAs_Read}
写入计数: ${LBAs_Written}
===========================================================
EOF
}
Sysinfo() {
while :;do
CPU_Model=$(awk -F ':[ ]' '/model name/{printf ($2);exit}' /proc/cpuinfo)
CPU_Threads=$(grep 'processor' /proc/cpuinfo | sort -u | wc -l)
CPU_Usage=$(top -n 1 | grep "CPU:" | awk '{print $2}')
if [[ -z ${CPU_Model} ]]
then
CPU_Model=$(awk -F ':[ ]' '/system type/{printf ($2);exit}' /proc/cpuinfo)
Low_Mode=1
else
CPU_Cores=$(awk -F '[ :]' '/cpu cores/ {print $4;exit}' /proc/cpuinfo)
CPU_Freq=$(echo "$(grep 'MHz' /proc/cpuinfo | awk '{Freq_Sum += $4};END {print Freq_Sum}') / ${CPU_Threads}" | bc)
CPU_Temp=$(echo "$(sensors 2> /dev/null | grep Core | awk '{Sum += $3};END {print Sum}') / ${CPU_Cores}" | bc 2>/dev/null | awk '{a=$1;b=32+$1*1.8} {printf("%d°C | %.1f°F\n",a,b)}')
fi
OS_Info=$(awk -F '[= "]' '/OPENWRT_RELEASE/{print $3,$4,$5}' /etc/os-release)
FW_Info=$(awk -F "[=']" '/DISTRIB_REVISION/{print $3,$4,$5}' /etc/openwrt_release)
Mem_Total=$(free | grep Mem | awk '{a=$2/1024} {printf("%dMB\n",a)}')
Mem_Free=$(free | grep Mem | awk '{a=$7*100/$2;b=$7/1024;c=$2/1024} {printf("%dMB | %.1f%%\n",b,a)}')
Kernel_Version=$(uname -r)
Sys_Startup=$(awk '{a=$1/86400;b=($1%86400)/3600;c=($1%3600)/60;d=($1%60)} {printf("%d 天 %d 小时 %d 分钟 %d 秒\n",a,b,c,d)}' /proc/uptime)
IPv4=$(GET_IP 4)
IPv6=$(GET_IP 6)
Support_Format=$(grep -v "nodev" /proc/filesystems | awk '{print $1}' | sort | uniq)
Online_Users=$(grep "br-lan" /proc/net/arp | grep "0x2" | grep -v "0x0" | grep "$(echo ${IPv4} | egrep -o "[0-9]+\.[0-9]+\.[0-9]+")" | wc -l)
[[ ! $1 == show ]] && return
clear
ECHO x "系统信息监控\n"
echo -e "${Grey}操作系统${Yellow} ${OS_Info}"
echo -e "${Grey}内核版本${Yellow} ${Kernel_Version}"
echo -e "${Grey}固件版本${Yellow} ${FW_Info}"
echo -e "${Grey}登陆用户名${Yellow} ${USER}"
echo -e "${Grey}物理内存${Yellow} ${Mem_Total}"
echo -e "${Grey}可用内存${Yellow} ${Mem_Free}"
echo -e "${Grey}CPU 型号${Yellow} ${CPU_Model}"
[[ ${Low_Mode} == 1 ]] && {
echo -e "${Grey}CPU 核心信息${Yellow} ${CPU_Threads} 线程"
} || {
echo -e "${Grey}CPU 核心信息${Yellow} ${CPU_Cores} 核心 ${CPU_Threads} 线程"
echo -e "${Grey}CPU 平均频率${Yellow} ${CPU_Freq}MHz"
echo -e "${Grey}CPU 平均温度${Yellow} ${CPU_Temp}"
}
echo -e "${Grey}CPU 使用率${Yellow} ${CPU_Usage}"
echo -e "${Grey}IPv4 地址${Yellow} $(echo ${IPv4})"
[[ ${IPv6} ]] && echo -e "${Grey}IPv6 地址${Yellow} [${IPv6}]"
echo -e "${Grey}运行时间${Yellow} ${Sys_Startup}"
echo -e "${Grey}文件系统${Yellow} $(echo ${Support_Format})"
echo -e "${Grey}在线用户${Yellow} ${Online_Users}"
ECHO g "\n同时按下[Ctrl+C]键以退出系统监控 ..."
sleep 1
done
}
GET_IP() {
case $1 in
4)
ip -4 a | egrep "br-lan" | grep "inet" | awk '{print $2}'
;;
6)
ip -6 a | grep inet6 | grep "global dynamic" | awk '{print $2}' | awk 'NR==1'
;;
*)
return 1
;;
esac
}
GET_INFO() {
for i in ${Smart_Info1} ${Smart_Info2} ${Smart_Info3};do
_Result="$(grep "$1" ${i} 2> /dev/null | cut -d ':' -f2-10)"
Result=$(eval echo "\${_Result}")
[[ ${Result} ]] && break
done
echo ${Result}
}
CHECK_PKG() {
which $1 > /dev/null 2>&1
[[ $? == 0 ]] && echo true || echo false
}
ENTER() {
echo -e "${Green}"
read -p "按下[回车]键以继续操作 ..." Key
echo -e "${White}"
}
KILL_OTHER() {
local i;for i in $(ps | grep -v grep | grep $1 | grep -v $$ | awk '{print $1}');do
kill -9 ${i} 2> /dev/null
done
}
# KILL_OTHER AutoBuild_Tools.sh
White="\e[0m"
Yellow="\e[33m"
Red="\e[31m"
Blue="\e[34m"
Grey="\e[36m"
Green="\e[32m"
Tools_Cache=/tmp/AutoBuild_Tools
Tools_File=$(cd $(dirname $0) && pwd)/AutoBuild_Tools.sh
AutoUpdate_File=/bin/AutoUpdate.sh
[[ ! -d ${Tools_Cache} ]] && mkdir -p ${Tools_Cache}
Github_Raw="https://ghproxy.com/https://raw.githubusercontent.com/Hyy2001X/AutoBuild-Actions/master"
AutoBuild_Tools_UI
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