本脚本基于https://github.com/KoolCore/Proxmox_VE_Status修改，感谢原作者
优化新增内容：
1，脚本内容增加中科大源
2，新增cpu电源模式和cpu功率显示
3，cpu主频的线程数显示序号更改为2位数，对齐更加美观，cpu频率信息删除小数点部分
4，里面github地址加了国内加速地址，国内网络能正常下载
5，更新项目显示顺序
1，脚本内容增加中科大源
2，新增cpu电源模式和cpu功率显示
3，cpu主频的线程数显示序号更改为2位数，对齐更加美观，cpu频率信息删除小数点部分
4，里面github地址加了国内加速地址，国内网络能正常下载
5，更新项目显示顺序
直接上图看效果吧：
![图片[1]-pve9 后台添加概要信息一键脚本-唯乐](https://vlers.com/wp-content/uploads/2025/10/pvestatus-1024x477.png)
脚本内容：
#!/usr/bin/env bash
## 注意：只支持PVE9
#"/usr/share/perl5/PVE/API2/Nodes.pm"
#"/usr/share/pve-manager/js/pvemanagerlib.js"
#"/usr/share/javascript/proxmox-widget-toolkit/proxmoxlib.js"
export LC_ALL=en_US.UTF-8
# 去除订阅提示
cp -rf /usr/share/javascript/proxmox-widget-toolkit/proxmoxlib.js /usr/share/javascript/proxmox-widget-toolkit/proxmoxlib.js.bak
sed -Ezi.bak "s/(Ext.Msg.show\(\{\s+title: gettext\('No valid sub)/void\(\{ \/\/\1/g" /usr/share/javascript/proxmox-widget-toolkit/proxmoxlib.js
echo -e "尝试解决PVE下部分PCIe设备不显示名称的问题......"
update-pciids
#删除企业源，防止代码打印错误提示
[ -f /etc/apt/sources.list.d/pve-enterprise.sources ] && rm -f /etc/apt/sources.list.d/pve-enterprise.sources
[ -f /etc/apt/sources.list.d/pve-enterprise.list ] && rm -f /etc/apt/sources.list.d/pve-enterprise.list
[ -f /etc/apt/sources.list.d/ceph.list ] && rm -f /etc/apt/sources.list.d/ceph.list
[ -f /etc/apt/sources.list.d/pve-no-subscription.list ] && rm -f /etc/apt/sources.list.d/pve-no-subscription.list
#pve headers安装的前提需要此软件源
#修改基础系统（Debian）的源文件 下面两个命令替换 Debian 官方源和安全更新源。
sed -i 's/deb.debian.org/mirrors.ustc.edu.cn/g' /etc/apt/sources.list.d/debian.sources
sed -i 's/security.debian.org/mirrors.ustc.edu.cn/g' /etc/apt/sources.list.d/debian.sources
#修改 Proxmox 的源文件 换源
cat > /etc/apt/sources.list.d/pve-no-subscription.sources <<EOF
Types: deb
URIs: https://mirrors.ustc.edu.cn/proxmox/debian/pve
Suites: trixie
Components: pve-no-subscription
Signed-By: /usr/share/keyrings/proxmox-archive-keyring.gpg
EOF
#修改 ceph 源文件 换源
if [ -f /etc/apt/sources.list.d/ceph.sources ]; then
CEPH_CODENAME=`ceph -v | grep ceph | awk '{print $(NF-1)}'`
source /etc/os-release
cat > /etc/apt/sources.list.d/ceph.sources <<EOF
Types: deb
URIs: https://mirrors.ustc.edu.cn/proxmox/debian/ceph-$CEPH_CODENAME
Suites: $VERSION_CODENAME
Components: no-subscription
Signed-By: /usr/share/keyrings/proxmox-archive-keyring.gpg
EOF
fi
echo "deb https://mirrors.tuna.tsinghua.edu.cn/proxmox/debian/pve trixie pve-no-subscription" | tee /etc/apt/sources.list.d/pve-no-subscription.list
# 更新软件源后，再次进行软件包索引与更新
echo "更新软件源列表...$"
apt update && apt full-upgrade -y
apt install git wget dkms sysstat lm-sensors linux-cpupower smartmontools i2c-tools nvme-cli build-essential proxmox-headers-$(uname -r) -y
# 配置内核模块
configure_kernel_modules() {
echo -e "正在配置内核模块..."
# 加载必需的模块
modprobe i2c-dev
modprobe i2c-i801
# 确保重启后自动加载模块
grep -qxF "i2c-dev" /etc/modules || echo "i2c-dev" >> /etc/modules
grep -qxF "i2c-i801" /etc/modules || echo "i2c-i801" >> /etc/modules
}
# 安装ITE86系列IO芯片驱动
install_it87_driver() {
echo -e "检查当前文件夹下是否存在ITE SuperIO芯片驱动相关代码文件夹"
if [ -d "./it87" ]; then
echo "检测到 it87 相关驱动文件夹，正在删除..."
rm -rf ./it87
echo "it87 文件夹已删除，代码会继续执行，请耐心等待..."
fi
echo -e "正在重新安装ITE86系列IO芯片驱动..."
# 克隆并编译驱动
git clone https://ghfast.top/https://github.com/a1wong/it87.git
cd it87
make && make install
# 配置驱动加载
modprobe it87
echo "it87" >> /etc/modules
echo "options it87 force_id=0x8620" > /etc/modprobe.d/it87.conf
# 更新initramfs
update-initramfs -u
}
# 设置工具权限
set_tool_permissions() {
if [ -n "$(which sensors)" ]; then
chmod +s /usr/sbin/smartctl
fi
if [ -n "$(which iostat)" ]; then
chmod +s /usr/bin/iostat
fi
if [ -n "$(which cpupower)" ]; then
chmod +s /usr/bin/cpupower
fi
if [ -n "$(which nvme)" ]; then
chmod +s /usr/sbin/nvme
fi
if [ -n "$(which turbostat)" ]; then
chmod +s /usr/sbin/turbostat
modprobe msr && echo msr > /etc/modules-load.d/turbostat-msr.conf
fi
}
# 识别CPU平台
detect_cpu_platform() {
local cpu_platform="$(lscpu | grep 'Model name' | grep -E 'Intel|AMD')"
case $cpu_platform in
*Intel*)
CPU="Intel"
cpu_keyword="coretemp-isa"
;;
*AMD*)
CPU="AMD"
cpu_keyword="k10temp-pci-"
;;
*)
echo -e "抱歉,暂不支持当前CPU平台"
exit 1
;;
esac
}
# 主要执行流程
main() {
# 配置内核模块
configure_kernel_modules
# 安装IT87驱动
install_it87_driver
# 设置工具权限
set_tool_permissions
# 检测CPU平台
detect_cpu_platform
# 以下是原有的API和UI配置代码
# CPU 主频及温度等信息 API
cpu_info_api='
my $powermode = `cat /sys/devices/system/cpu/cpu0/cpufreq/scaling_governor && turbostat -S -q -s PkgWatt -i 0.1 -n 1 -c package | grep -v PkgWatt`;
$res->{cpupower} = $powermode;
my $cpufreqs = `lscpu | grep MHz`;
my $corefreqs = `cat /proc/cpuinfo | grep -i "cpu MHz"`;
$res->{cpu_frequency} = $cpufreqs . $corefreqs;
# 获取所有温度传感器数据,包括网卡温度
$res->{cpu_temperatures} = `sensors`;
'
# CPU 功耗信息 Web UI
cpu_cpuw_display=',
{
itemId: '"'"'cpuw'"'"',
colspan: 2,
printBar: false,
title: gettext('"'"'CPU功耗'"'"'),
textField: '"'"'cpupower'"'"',
renderer: function(value) {
if (!value || typeof value !== "string" || !value.includes("\\n")) {
return "信息收集中...";
}
const lines = value.split("\\n");
const w0 = lines[0].trim();
if (lines.length < 2 || !lines[1].trim()) {
return `CPU电源模式: ${w0} | CPU功耗: N/A`;
}
const w1 = parseFloat(lines[1]);
if (isNaN(w1)) {
return `CPU电源模式: ${w0} | CPU功耗: N/A`;
}
return `CPU电源模式: ${w0} | CPU功耗: ${w1.toFixed(2)} W`;
}
}'
# CPU 温度信息 Web UI (保持原有的Intel和AMD特定代码)
if [ $CPU = "Intel" ]; then
cpu_temp_display=',
{
itemId: '"'"'cpu-temperatures'"'"',
colspan: 2,
printBar: false,
title: gettext('"'"'CPU温度'"'"'),
textField: '"'"'cpu_temperatures'"'"',
renderer: function(value) {
value = value.replace(/Â/g, '"'"''"'"');
let data = [];
let cpus = value.matchAll(/^coretemp-isa-(\d{4})$\\n.*?\\n((?:Package|Core)[\s\S]*?^\\n)+/gm);
for (const cpu of cpus) {
let cpuNumber = parseInt(cpu[1], 10);
data[cpuNumber] = {
packages: [],
cores: []
};
let packages = cpu[2].matchAll(/^Package id \d+:\s*\+([^°]+).*$/gm);
for (const package of packages) {
data[cpuNumber]['"'"'packages'"'"'].push(package[1]);
}
let cores = cpu[2].matchAll(/^Core \d+:\s*\+([^°]+).*$/gm);
for (const core of cores) {
data[cpuNumber]['"'"'cores'"'"'].push(core[1]);
}
}
let output = '"'"''"'"';
for (const [i, cpu] of data.entries()) {
if (cpu.packages.length > 0) {
for (const packageTemp of cpu.packages) {
output += `CPU ${i+1}: ${packageTemp}°C `;
}
}
if (cpu.cores.length > 0 && cpu.cores.length <= 4) {
output += '"'"'('"'"';
for (j = 1;j < cpu.cores.length;) {
for (const coreTemp of cpu.cores) {
output += `核心 ${j++}: ${coreTemp}°C, `;
}
}
output = output.slice(0, -2);
output += '"'"')'"'"';
}
let acpitzs = value.matchAll(/^acpitz-acpi-(\d*)$\\n.*?\\n((?:temp)[\s\S]*?^\\n)+/gm);
for (const acpitz of acpitzs) {
let acpitzNumber = parseInt(acpitz[1], 10);
data[acpitzNumber] = {
acpisensors: []
};
let acpisensors = acpitz[2].matchAll(/^temp\d+:\s*\+([^°]+).*$/gm);
for (const acpisensor of acpisensors) {
data[acpitzNumber]['"'"'acpisensors'"'"'].push(acpisensor[1]);
}
for (const [k, acpitz] of data.entries()) {
if (acpitz.acpisensors.length > 0) {
output += '"'"' | 主板: '"'"';
for (const acpiTemp of acpitz.acpisensors) {
output += `${acpiTemp}°C, `;
}
output = output.slice(0, -2);
}
}
}
let FunStates = value.matchAll(/^[a-zA-z]{2,3}\d{4}-isa-(\w{4})$\\n((?![ \S]+: *\d+ +RPM)[ \S]*?\\n)*((?:[ \S]+: *\d+ RPM)[\s\S]*?^\\n)+/gm);
for (const FunState of FunStates) {
let FanNumber = 0;
data[FanNumber] = {
rotationals: [],
cpufans: [],
pumpfans: [],
systemfans: []
};
let rotationals = FunState[3].match(/^([ \S]+: *[0-9]\d* +RPM)[ \S]*?$/gm);
for (const rotational of rotationals) {
if (rotational.toLowerCase().indexOf("pump") !== -1 || rotational.toLowerCase().indexOf("opt") !== -1){
let pumpfans = rotational.matchAll(/^[ \S]+: *([1-9]\d*) +RPM[ \S]*?$/gm);
for (const pumpfan of pumpfans) {
data[FanNumber]['"'"'pumpfans'"'"'].push(pumpfan[1]);
}
} else if (rotational.toLowerCase().indexOf("cpu") !== -1){
let cpufans = rotational.matchAll(/^[ \S]+: *([1-9]\d*) +RPM[ \S]*?$/gm);
for (const cpufan of cpufans) {
data[FanNumber]['"'"'cpufans'"'"'].push(cpufan[1]);
}
} else {
let systemfans = rotational.matchAll(/^[ \S]+: *([1-9]\d*) +RPM[ \S]*?$/gm);
for (const systemfan of systemfans) {
data[FanNumber]['"'"'systemfans'"'"'].push(systemfan[1]);
}
}
}
for (const [j, FunState] of data.entries()) {
if (FunState.cpufans.length > 0 || FunState.pumpfans.length > 0 || FunState.systemfans.length > 0) {
output += '"'"' | 风扇: '"'"';
if (FunState.cpufans.length > 0) {
output += '"'"'CPU-'"'"';
for (const cpufan_value of FunState.cpufans) {
output += `${cpufan_value}转/分钟, `;
}
}
if (FunState.pumpfans.length > 0) {
output += '"'"'水冷-'"'"';
for (const pumpfan_value of FunState.pumpfans) {
output += `${pumpfan_value}转/分钟, `;
}
}
if (FunState.systemfans.length > 0) {
if (FunState.cpufans.length > 0 || FunState.pumpfans.length > 0) {
output += '"'"'系统-'"'"';
}
for (const systemfan_value of FunState.systemfans) {
output += `${systemfan_value}转/分钟, `;
}
}
output = output.slice(0, -2);
} else if (FunState.cpufans.length == 0 && FunState.pumpfans.length == 0 && FunState.systemfans.length == 0) {
output += '"'"' | 风扇: 停转'"'"';
}
}
}
if (cpu.cores.length > 4) {
output += '"'"'\\n'"'"';
for (j = 1;j < cpu.cores.length;) {
for (const coreTemp of cpu.cores) {
output += `核心 ${j++}: ${coreTemp}°C`;
output += '"'"' | '"'"';
if ((j-1) % 4 == 0){
output = output.slice(0, -2);
output += '"'"'\\n'"'"';
}
}
}
output = output.slice(0, -2);
}
}
return output.replace(/\\n/g, '"'"'<br>'"'"');
}
}'
elif [ $CPU = "AMD" ]; then
cpu_temp_display=',
{
itemId: '"'"'cpu-temperatures'"'"',
colspan: 2,
printBar: false,
title: gettext('"'"'CPU温度'"'"'),
textField: '"'"'cpu_temperatures'"'"',
renderer: function(value) {
value = value.replace(/Â/g, '"'"''"'"');
let data = [];
let cpus = value.matchAll(/^k10temp-pci-(\w{4})$\\n.*?\\n((?:Tctl)[\s\S]*?^\\n)+/gm);
for (const cpu of cpus) {
let cpuNumber = 0;
data[cpuNumber] = {
packages: []
};
let packages = cpu[2].matchAll(/^Tctl:\s*\+([^°]+).*$/gm);
for (const package of packages) {
data[cpuNumber]['"'"'packages'"'"'].push(package[1]);
}
}
let output = '"'"''"'"';
for (const [i, cpu] of data.entries()) {
if (cpu.packages.length > 0) {
for (const packageTemp of cpu.packages) {
output += `CPU ${i+1}: ${packageTemp}°C `;
}
}
let gpus = value.matchAll(/^amdgpu-pci-(\d*)$\\n((?!edge:)[ \S]*?\\n)*((?:edge)[\s\S]*?^\\n)+/gm);
for (const gpu of gpus) {
let gpuNumber = 0;
data[gpuNumber] = {
edges: []
};
let edges = gpu[3].matchAll(/^edge:\s*\+([^°]+).*$/gm);
for (const edge of edges) {
data[gpuNumber]['"'"'edges'"'"'].push(edge[1]);
}
for (const [k, gpu] of data.entries()) {
if (gpu.edges.length > 0) {
output += '"'"' | 核显: '"'"';
for (const edgeTemp of gpu.edges) {
output += `${edgeTemp}°C, `;
}
output = output.slice(0, -2);
}
}
}
let FunStates = value.matchAll(/^[a-zA-z]{2,3}\d{4}-isa-(\w{4})$\\n((?![ \S]+: *\d+ +RPM)[ \S]*?\\n)*((?:[ \S]+: *\d+ RPM)[\s\S]*?^\\n)+/gm);
for (const FunState of FunStates) {
let FanNumber = 0;
data[FanNumber] = {
rotationals: [],
cpufans: [],
pumpfans: [],
systemfans: []
};
let rotationals = FunState[3].match(/^([ \S]+: *[0-9]\d* +RPM)[ \S]*?$/gm);
for (const rotational of rotationals) {
if (rotational.toLowerCase().indexOf("pump") !== -1 || rotational.toLowerCase().indexOf("opt") !== -1){
let pumpfans = rotational.matchAll(/^[ \S]+: *([1-9]\d*) +RPM[ \S]*?$/gm);
for (const pumpfan of pumpfans) {
data[FanNumber]['"'"'pumpfans'"'"'].push(pumpfan[1]);
}
} else if (rotational.toLowerCase().indexOf("cpu") !== -1){
let cpufans = rotational.matchAll(/^[ \S]+: *([1-9]\d*) +RPM[ \S]*?$/gm);
for (const cpufan of cpufans) {
data[FanNumber]['"'"'cpufans'"'"'].push(cpufan[1]);
}
} else {
let systemfans = rotational.matchAll(/^[ \S]+: *([1-9]\d*) +RPM[ \S]*?$/gm);
for (const systemfan of systemfans) {
data[FanNumber]['"'"'systemfans'"'"'].push(systemfan[1]);
}
}
}
for (const [j, FunState] of data.entries()) {
if (FunState.cpufans.length > 0 || FunState.pumpfans.length > 0 || FunState.systemfans.length > 0) {
output += '"'"' | 风扇: '"'"';
if (FunState.cpufans.length > 0) {
output += '"'"'CPU-'"'"';
for (const cpufan_value of FunState.cpufans) {
output += `${cpufan_value}转/分钟, `;
}
}
if (FunState.pumpfans.length > 0) {
output += '"'"'水冷-'"'"';
for (const pumpfan_value of FunState.pumpfans) {
output += `${pumpfan_value}转/分钟, `;
}
}
if (FunState.systemfans.length > 0) {
if (FunState.cpufans.length > 0 || FunState.pumpfans.length > 0) {
output += '"'"'系统-'"'"';
}
for (const systemfan_value of FunState.systemfans) {
output += `${systemfan_value}转/分钟, `;
}
}
output = output.slice(0, -2);
} else if (FunState.cpufans.length == 0 && FunState.pumpfans.length == 0 && FunState.systemfans.length == 0) {
output += '"'"' | 风扇: 停转'"'"';
}
}
}
}
return output.replace(/\\n/g, '"'"'<br>'"'"');
}
}'
fi
# CPU 主频信息 Web UI
cpu_freq_display=',
{
itemId: '"'"'cpu-frequency'"'"',
colspan: 2,
printBar: false,
title: gettext('"'"'CPU主频'"'"'),
textField: '"'"'cpu_frequency'"'"',
renderer:function(value){
let output = '"'"''"'"';
let cpufreqs = value.matchAll(/^CPU MHz.*?(\d+\.\d+)\\n^CPU max MHz.*?(\d+)\.\d+\\n^CPU min MHz.*?(\d+)\.\d+\\n/gm);
for (const cpufreq of cpufreqs) {
output += `实时: ${cpufreq[1]} MHz | 最低: ${cpufreq[3]} MHz | 最高: ${cpufreq[2]} MHz\\n`;
}
let corefreqs = value.match(/^cpu MHz.*?(\d+\.\d+)/gm);
if (corefreqs.length > 0) {
for (i = 1;i < corefreqs.length;) {
for (const corefreq of corefreqs) {
let threadNum = i.toString().padStart(2, '0');
output += `线程 ${threadNum}: ${corefreq.match(/(?<=:\s+)(\d+)(?=\.\d+)/g)} MHz`;
i++;
output += '"'"' | '"'"';
if ((i-1) % 4 == 0){
output = output.slice(0, -2);
output += '"'"'\\n'"'"';
}
}
}
} else {
output += '"'"'('"'"';
output += `${corefreqs}`;
output += '"'"')'"'"';
}
return output.replace(/\\n/g, '"'"'<br>'"'"');
}
}'
# NVME 硬盘信息 API 及 Web UI
nvme_height="0"
if [ $(ls /dev/nvme? 2> /dev/null | wc -l) -gt 0 ]; then
i="1"
nvme_info_api=''
nvme_info_display=''
for nvme_device in $(ls -1 /dev/nvme?); do
nvme_code=${nvme_device##*/}
if [[ $(smartctl -a $nvme_device|grep -E "Cycle") && $(iostat -d -x -k 1 1 | grep -E "^$nvme_code") ]] && [[ $(smartctl -a $nvme_device|grep -E "Model") || $(smartctl -a $nvme_device|grep -E "Capacity") ]]; then
nvme_degree="2"
else
nvme_degree="1"
fi
nvme_tmp_height="$[nvme_degree*17+7]"
nvme_height="$[nvme_height + nvme_tmp_height]"
nvme_info_api_tmp='
my $'$nvme_code'_temperatures = `smartctl -a '$nvme_device'|grep -E "Model Number|Total NVM Capacity|Temperature:|Percentage|Data Unit|Power Cycles|Power On Hours|Unsafe Shutdowns|Integrity Errors"`;
my $'$nvme_code'_io = `iostat -d -x -k 1 1 | grep -E "^'$nvme_code'"`;
$res->{'$nvme_code'_status} = $'$nvme_code'_temperatures . $'$nvme_code'_io;
'
nvme_info_api="$nvme_info_api$nvme_info_api_tmp"
nvme_info_display_tmp=',
{
itemId: '"'"''$nvme_code'-status'"'"',
colspan: 2,
printBar: false,
title: gettext('"'"'NVMe硬盘 '$i''"'"'),
textField: '"'"''$nvme_code'_status'"'"',
renderer:function(value){
if (value.length > 0) {
value = value.replace(/Â/g, '"'"''"'"');
let data = [];
let nvmes = value.matchAll(/(^(?:Model|Total|Temperature:|Percentage|Data|Power|Unsafe|Integrity Errors|nvme)[\s\S]*)+/gm);
for (const nvme of nvmes) {
let nvmeNumber = 0;
data[nvmeNumber] = {
Models: [],
Integrity_Errors: [],
Capacitys: [],
Temperatures: [],
Useds: [],
Reads: [],
Writtens: [],
Cycles: [],
Hours: [],
Shutdowns: [],
States: [],
r_awaits: [],
w_awaits: [],
utils: []
};
let Models = nvme[1].matchAll(/^Model Number: *([ \S]*)$/gm);
for (const Model of Models) {
data[nvmeNumber]['"'"'Models'"'"'].push(Model[1]);
}
let Integrity_Errors = nvme[1].matchAll(/^Media and Data Integrity Errors: *([ \S]*)$/gm);
for (const Integrity_Error of Integrity_Errors) {
data[nvmeNumber]['"'"'Integrity_Errors'"'"'].push(Integrity_Error[1]);
}
let Capacitys = nvme[1].matchAll(/^Total NVM Capacity:[^\[]*\[([ \S]*)\]$/gm);
for (const Capacity of Capacitys) {
data[nvmeNumber]['"'"'Capacitys'"'"'].push(Capacity[1]);
}
let Temperatures = nvme[1].matchAll(/^Temperature: *([\d]*)[ \S]*$/gm);
for (const Temperature of Temperatures) {
data[nvmeNumber]['"'"'Temperatures'"'"'].push(Temperature[1]);
}
let Useds = nvme[1].matchAll(/^Percentage Used: *([ \S]*)%$/gm);
for (const Used of Useds) {
data[nvmeNumber]['"'"'Useds'"'"'].push(Used[1]);
}
let Reads = nvme[1].matchAll(/^Data Units Read:[^\[]*\[([ \S]*)\]$/gm);
for (const Read of Reads) {
data[nvmeNumber]['"'"'Reads'"'"'].push(Read[1]);
}
let Writtens = nvme[1].matchAll(/^Data Units Written:[^\[]*\[([ \S]*)\]$/gm);
for (const Written of Writtens) {
data[nvmeNumber]['"'"'Writtens'"'"'].push(Written[1]);
}
let Cycles = nvme[1].matchAll(/^Power Cycles: *([ \S]*)$/gm);
for (const Cycle of Cycles) {
data[nvmeNumber]['"'"'Cycles'"'"'].push(Cycle[1]);
}
let Hours = nvme[1].matchAll(/^Power On Hours: *([ \S]*)$/gm);
for (const Hour of Hours) {
data[nvmeNumber]['"'"'Hours'"'"'].push(Hour[1]);
}
let Shutdowns = nvme[1].matchAll(/^Unsafe Shutdowns: *([ \S]*)$/gm);
for (const Shutdown of Shutdowns) {
data[nvmeNumber]['"'"'Shutdowns'"'"'].push(Shutdown[1]);
}
let States = nvme[1].matchAll(/^nvme\S+(( *\d+\.\d{2}){22})/gm);
for (const State of States) {
data[nvmeNumber]['"'"'States'"'"'].push(State[1]);
const IO_array = [...State[1].matchAll(/\d+\.\d{2}/g)];
if (IO_array.length > 0) {
data[nvmeNumber]['"'"'r_awaits'"'"'].push(IO_array[4]);
data[nvmeNumber]['"'"'w_awaits'"'"'].push(IO_array[10]);
data[nvmeNumber]['"'"'utils'"'"'].push(IO_array[21]);
}
}
let output = '"'"''"'"';
for (const [i, nvme] of data.entries()) {
if (nvme.Models.length > 0) {
for (const nvmeModel of nvme.Models) {
output += `${nvmeModel}`;
}
}
if (nvme.Integrity_Errors.length > 0) {
for (const nvmeIntegrity_Error of nvme.Integrity_Errors) {
if (nvmeIntegrity_Error != 0) {
output += ` (0E: ${nvmeIntegrity_Error}-故障！)`;
}
break
}
}
if (nvme.Capacitys.length > 0) {
output += '"'"' | '"'"';
for (const nvmeCapacity of nvme.Capacitys) {
output += `容量: ${nvmeCapacity.replace(/ |,/gm, '"'"''"'"')}`;
}
}
if (nvme.Useds.length > 0) {
output += '"'"' | '"'"';
for (const nvmeUsed of nvme.Useds) {
output += `已用寿命: ${nvmeUsed}% `;
output += `剩余寿命: ${100 - nvmeUsed}% `;
if (nvme.Reads.length > 0) {
output += '"'"'('"'"';
for (const nvmeRead of nvme.Reads) {
output += `已读${nvmeRead.replace(/ |,/gm, '"'"''"'"')}`;
output += '"'"')'"'"';
}
}
if (nvme.Writtens.length > 0) {
output = output.slice(0, -1);
output += '"'"', '"'"';
for (const nvmeWritten of nvme.Writtens) {
output += `已写${nvmeWritten.replace(/ |,/gm, '"'"''"'"')}`;
}
output += '"'"')'"'"';
}
}
}
if (nvme.States.length <= 0) {
if (nvme.Cycles.length > 0) {
output += '"'"' | '"'"';
for (const nvmeCycle of nvme.Cycles) {
output += `通电: ${nvmeCycle.replace(/ |,/gm, '"'"''"'"')}次`;
}
if (nvme.Shutdowns.length > 0) {
output += '"'"', '"'"';
for (const nvmeShutdown of nvme.Shutdowns) {
output += `非安全断电${nvmeShutdown.replace(/ |,/gm, '"'"''"'"')}次`;
}
}
if (nvme.Hours.length > 0) {
output += '"'"', '"'"';
for (const nvmeHour of nvme.Hours) {
output += `累计${nvmeHour.replace(/ |,/gm, '"'"''"'"')}小时`;
}
}
}
}
if (nvme.Temperatures.length > 0) {
output += '"'"' | '"'"';
for (const nvmeTemperature of nvme.Temperatures) {
output += `温度: ${nvmeTemperature}°C`;
}
}
if (nvme.States.length > 0) {
if (nvme.Cycles.length > 0) {
output += '"'"'\\n'"'"';
for (const nvmeCycle of nvme.Cycles) {
output += `通电: ${nvmeCycle.replace(/ |,/gm, '"'"''"'"')}次`;
}
if (nvme.Shutdowns.length > 0) {
output += '"'"', '"'"';
for (const nvmeShutdown of nvme.Shutdowns) {
output += `非安全断电${nvmeShutdown.replace(/ |,/gm, '"'"''"'"')}次`;
}
}
if (nvme.Hours.length > 0) {
output += '"'"', '"'"';
for (const nvmeHour of nvme.Hours) {
output += `累计${nvmeHour.replace(/ |,/gm, '"'"''"'"')}小时`;
}
}
}
output += '"'"' | '"'"';
if (nvme.r_awaits.length > 0) {
for (const nvme_r_await of nvme.r_awaits) {
output += `I/O: 读延迟${nvme_r_await}ms`;
}
}
if (nvme.w_awaits.length > 0) {
output += '"'"', '"'"';
for (const nvme_w_await of nvme.w_awaits) {
output += `写延迟${nvme_w_await}ms`;
}
}
if (nvme.utils.length > 0) {
output += '"'"', '"'"';
for (const nvme_util of nvme.utils) {
output += `负载${nvme_util}%`;
}
}
}
}
return output.replace(/\\n/g, '"'"'<br>'"'"');
}
} else {
return `提示: 未安装硬盘或已直通硬盘控制器！`;
}
}
},'
nvme_info_display="$nvme_info_display$nvme_info_display_tmp"
i=$((i + 1))
done
fi
# 其他存储设备信息 API 及 Web UI
hdd_height="0"
if [ $(ls /dev/sd? 2> /dev/null | wc -l) -gt 0 ]; then
i="1"
hdd_info_api=''
hdd_info_display=''
for hdd_device in $(ls -1 /dev/sd?); do
hdd_code=${hdd_device##*/}
if [[ $(smartctl -a $hdd_device|grep -E "Cycle") && $(iostat -d -x -k 1 1 | grep -E "^$hdd_code") ]] && [[ $(smartctl -a $hdd_device|grep -E "Model") || $(smartctl -a $hdd_device|grep -E "Capacity") ]]; then
hdd_degree="2"
else
hdd_degree="1"
fi
hdd_tmp_height="$[hdd_degree*17+7]"
hdd_height="$[hdd_height + hdd_tmp_height]"
hdd_info_api_tmp='
my $'$hdd_code'_temperatures = `smartctl -a '$hdd_device'|grep -E "Model|Capacity|Power_On_Hours|Power_Cycle_Count|Power-Off_Retract_Count|Unexpected_Power_Loss|Unexpect_Power_Loss_Ct|POR_Recovery|Temperature"`;
my $'$hdd_code'_io = `iostat -d -x -k 1 1 | grep -E "^'$hdd_code'"`;
$res->{'$hdd_code'_status} = $'$hdd_code'_temperatures . $'$hdd_code'_io;
'
hdd_info_api="$hdd_info_api$hdd_info_api_tmp"
hdd_info_display_tmp=',
{
itemId: '"'"''$hdd_code'-status'"'"',
colspan: 2,
printBar: false,
title: gettext('"'"'其他存储介质 '$i''"'"'),
textField: '"'"''$hdd_code'_status'"'"',
renderer:function(value){
if (value.length > 0) {
value = value.replace(/Â/g, '"'"''"'"');
let data = [];
let devices = value.matchAll(/^((?:Device|Model|User|[ ]{0,2}\d|sd)[\s\S]*)+/gm);
for (const device of devices) {
let deviceNumber = 0;
data[deviceNumber] = {
Models: [],
Capacitys: [],
Temperatures: [],
Cycles: [],
Hours: [],
Shutdowns: [],
States: [],
r_awaits: [],
w_awaits: [],
utils: []
};
if(device[1].indexOf("Family") !== -1){
let Models = device[1].matchAll(/^Model Family: *([ \S]*?)\\n^Device Model: *([ \S]*?)$/gm);
for (const Model of Models) {
data[deviceNumber]['"'"'Models'"'"'].push(`${Model[1]} - ${Model[2]}`);
}
} else {
let Models = device[1].matchAll(/Model: *([ \S]*?)$/gm);
for (const Model of Models) {
data[deviceNumber]['"'"'Models'"'"'].push(Model[1]);
}
}
let Capacitys = device[1].matchAll(/^User Capacity:[^\[]*\[([ \S]*)\]$/gm);
for (const Capacity of Capacitys) {
data[deviceNumber]['"'"'Capacitys'"'"'].push(Capacity[1]);
}
let Temperatures = device[1].matchAll(/Temperature[ \S]*(?:\-|In_the_past) *?(\d+)[ \S]*$/gm);
for (const Temperature of Temperatures) {
data[deviceNumber]['"'"'Temperatures'"'"'].push(Temperature[1]);
}
let Cycles = device[1].matchAll(/Cycle[ \S]*(?:\-|In_the_past) *?(\d+)[ \S]*$/gm);
for (const Cycle of Cycles) {
data[deviceNumber]['"'"'Cycles'"'"'].push(Cycle[1]);
}
let Hours = device[1].matchAll(/Hours[ \S]*(?:\-|In_the_past) *?(\d+)[ \S]*$/gm);
for (const Hour of Hours) {
data[deviceNumber]['"'"'Hours'"'"'].push(Hour[1]);
}
let Shutdowns = device[1].matchAll(/(?:Retract|Loss|POR_Recovery)[ \S]*(?:\-|In_the_past) *?(\d+)[ \S]*$/gm);
for (const Shutdown of Shutdowns) {
data[deviceNumber]['"'"'Shutdowns'"'"'].push(Shutdown[1]);
}
let States = device[1].matchAll(/^sd\S+(( *\d+\.\d{2}){22})/gm);
for (const State of States) {
data[deviceNumber]['"'"'States'"'"'].push(State[1]);
const IO_array = [...State[1].matchAll(/\d+\.\d{2}/g)];
if (IO_array.length > 0) {
data[deviceNumber]['"'"'r_awaits'"'"'].push(IO_array[4]);
data[deviceNumber]['"'"'w_awaits'"'"'].push(IO_array[10]);
data[deviceNumber]['"'"'utils'"'"'].push(IO_array[21]);
}
}
let output = '"'"''"'"';
for (const [i, device] of data.entries()) {
if (device.Models.length > 0) {
for (const deviceModel of device.Models) {
output += `${deviceModel}`;
}
}
if (device.Capacitys.length > 0) {
if (device.Models.length > 0) {
output += '"'"' | '"'"';
}
for (const deviceCapacity of device.Capacitys) {
output += `容量: ${deviceCapacity.replace(/ |,/gm, '"'"''"'"')}`;
}
}
if (device.States.length <= 0) {
if (device.Cycles.length > 0) {
output += '"'"' | '"'"';
for (const deviceCycle of device.Cycles) {
output += `通电: ${deviceCycle.replace(/ |,/gm, '"'"''"'"')}次`;
}
if (device.Shutdowns.length > 0) {
output += '"'"', '"'"';
for (const deviceShutdown of device.Shutdowns) {
output += `非安全断电${deviceShutdown.replace(/ |,/gm, '"'"''"'"')}次`;
}
}
if (device.Hours.length > 0) {
output += '"'"', '"'"';
for (const deviceHour of device.Hours) {
output += `累计${deviceHour.replace(/ |,/gm, '"'"''"'"')}小时`;
}
}
}
} else if (device.Cycles.length <= 0) {
if (device.States.length > 0) {
if (device.Models.length > 0 || device.Capacitys.length > 0) {
output += '"'"' | '"'"';
}
if (device.r_awaits.length > 0) {
for (const device_r_await of device.r_awaits) {
output += `I/O: 读延迟${device_r_await}ms`;
}
}
if (device.w_awaits.length > 0) {
output += '"'"', '"'"';
for (const device_w_await of device.w_awaits) {
output += `写延迟${device_w_await}ms`;
}
}
if (device.utils.length > 0) {
output += '"'"', '"'"';
for (const device_util of device.utils) {
output += `负载${device_util}%`;
}
}
}
}
if (device.Temperatures.length > 0) {
output += '"'"' | '"'"';
for (const deviceTemperature of device.Temperatures) {
output += `温度: ${deviceTemperature}°C`;
break
}
}
if (device.States.length > 0) {
if (device.Cycles.length > 0) {
output += '"'"'\\n'"'"';
for (const deviceCycle of device.Cycles) {
output += `通电: ${deviceCycle.replace(/ |,/gm, '"'"''"'"')}次`;
}
if (device.Shutdowns.length > 0) {
output += '"'"', '"'"';
for (const deviceShutdown of device.Shutdowns) {
output += `非安全断电${deviceShutdown.replace(/ |,/gm, '"'"''"'"')}次`;
}
}
if (device.Hours.length > 0) {
output += '"'"', '"'"';
for (const deviceHour of device.Hours) {
output += `累计${deviceHour.replace(/ |,/gm, '"'"''"'"')}小时`;
}
}
if (device.Models.length > 0 || device.Capacitys.length > 0) {
output += '"'"' | '"'"';
}
if (device.r_awaits.length > 0) {
for (const device_r_await of device.r_awaits) {
output += `I/O: 读延迟${device_r_await}ms`;
}
}
if (device.w_awaits.length > 0) {
output += '"'"', '"'"';
for (const device_w_await of device.w_awaits) {
output += `写延迟${device_w_await}ms`;
}
}
if (device.utils.length > 0) {
output += '"'"', '"'"';
for (const device_util of device.utils) {
output += `负载${device_util}%`;
}
}
}
}
}
return output.replace(/\\n/g, '"'"'<br>'"'"');
}
} else {
return `⚠警告: 未安装存储设备或已直通存储设备控制器！`;
}
}
}'
hdd_info_display="$hdd_info_display$hdd_info_display_tmp"
i=$((i + 1))
done
fi
# API
INFO_API="$cpu_info_api$nvme_info_api$hdd_info_api"
# Web UI
INFO_DISPLAY="$cpu_cpuw_display$cpu_temp_display$cpu_freq_display$nvme_info_display$hdd_info_display"
# 缓存代码
# echo -e "\n" > /tmp/0.txt
# echo -e " value: '',\n }," > /tmp/1.txt
echo -e "$INFO_API" > /tmp/2.txt
echo -e " value: '',\n }$INFO_DISPLAY" > /tmp/3.txt
# CPU 主频及温度 UI 高度
cpu_degree="$(sensors | grep $cpu_keyword | wc -l)"
core_degree="$(sensors | grep Core | wc -l)"
process_degree="$(cat /proc/cpuinfo | grep -i "cpu MHz" | wc -l)"
if [ $core_degree -gt 4 ]; then
cpu_temp_degree="$[cpu_degree + (core_degree+4-1)/4]"
else
cpu_temp_degree="$cpu_degree"
fi
cpu_temp_height="$[cpu_temp_degree*17+7]"
cpu_freq_degree="$[cpu_degree + (process_degree+4-1)/4]"
cpu_freq_height="$[cpu_freq_degree*17+7]"
# Web UI 总高度
#height1="$[400 + (cpu_temp_height + cpu_freq_height + nvme_height + hdd_height)]"
#height1="400"
height2="$[300 + cpu_temp_height + cpu_freq_height + nvme_height + hdd_height + 50]"
if [ $height2 -le 325 ]; then
height2="300"
fi
# 将 API 及 Web UI 文件修改至原文件
sed -i '/PVE::pvecfg::version_text();/,/my $dinfo = df/!b;//!d;/my $dinfo = df/e cat /tmp/2.txt' /usr/share/perl5/PVE/API2/Nodes.pm
sed -i '/pveversion/,/^\s\+],/!b;//!d;/^\s\+],/e cat /tmp/3.txt' /usr/share/pve-manager/js/pvemanagerlib.js
# 修改信息框 Web UI 高度
sed -i '/widget.pveNodeStatus/,/},/ s/height: [0-9]\+/height: '$height2'/; /width: '"'"'100%'"'"'/{n;s/ },/ textAlign: '"'"'right'"'"',\n&/}' /usr/share/pve-manager/js/pvemanagerlib.js
# 完善汉化信息
sed -i '/'"'"'netin'"'"', '"'"'netout'"'"'/{n;s/ store: rrdstore/ fieldTitles: [gettext('"'"'下行'"'"'), gettext('"'"'上行'"'"')], \n&/g}' /usr/share/pve-manager/js/pvemanagerlib.js
sed -i '/'"'"'diskread'"'"', '"'"'diskwrite'"'"'/{n;s/ store: rrdstore/ fieldTitles: [gettext('"'"'读'"'"'), gettext('"'"'写'"'"')], \n&/g}' /usr/share/pve-manager/js/pvemanagerlib.js
echo -e "添加 PVE 硬件概要信息完成，正在重启 pveproxy 服务 ......"
systemctl restart pveproxy
echo -e "pveproxy 服务重启完成，请使用 Shift + F5 手动刷新 PVE Web 页面。"
}
# 执行主程序
main自行保存为pve.sh文件后执行bash pve.sh
恢复默认脚本（搬自原作者）
#!/usr/bin/env bash
sed -i '/PVE::pvecfg::version_text();/,/my $dinfo = df/!b;//!d;s/my $dinfo = df/\n\t&/' /usr/share/perl5/PVE/API2/Nodes.pm
sed -i '/pveversion/,/^\s\+],/!b;//!d;s/^\s\+],/\t value: '"'"''"'"',\n\t},\n&/' /usr/share/pve-manager/js/pvemanagerlib.js
sed -i '/widget.pveNodeStatus/,/},/ { s/height: [0-9]\+/height: 300/; /textAlign/d}' /usr/share/pve-manager/js/pvemanagerlib.js
systemctl restart pveproxy
echo -e "已还原成功，请使用Shift + F5 强制刷新网页！"开启硬件直通脚本
#!/bin/bash
echo "更新软件源列表...$"
apt update && apt full-upgrade -y
# 获取 CPU 信息
cpu_vendor=$(lscpu | grep "Vendor ID" | awk '{print $3}')
cpu_model=$(lscpu | grep 'Model name' | awk -F: '{print $2}' | xargs)
# 判断 CPU 平台并设置对应的 IOMMU 参数
if echo "$cpu_model" | grep -q "Intel"; then
CPU="Intel"
echo "侦测到本平台为 Intel 平台，正在修改 IOMMU 参数..."
sed -i 's/\(GRUB_CMDLINE_LINUX_DEFAULT=".*\)"/\1 intel_iommu=on iommu=pt"/' /etc/default/grub
elif echo "$cpu_model" | grep -q "AMD"; then
CPU="AMD"
echo "侦测到本平台为 AMD 平台，正在修改 IOMMU 参数..."
sed -i 's/\(GRUB_CMDLINE_LINUX_DEFAULT=".*\)"/\1 amd_iommu=on iommu=pt"/' /etc/default/grub
else
echo "抱歉，暂不支持当前 CPU 平台：$cpu_model"
exit 1
fi
# 更新 GRUB 配置
echo "正在更新 GRUB 配置..."
if ! update-grub; then
echo "更新 GRUB 配置失败，请检查系统日志。"
exit 1
fi
# 添加内核模块到加载列表
modules=(vfio vfio_iommu_type1 vfio_pci vfio_virqfd)
for module in "${modules[@]}"; do
if ! grep -q "^$module" /etc/modules; then
echo "$module" >> /etc/modules
fi
done
# 更新内核初始内存盘
echo "正在更新内核初始内存盘..."
if ! update-initramfs -k all -u; then
echo "更新内核初始内存盘失败，请检查系统日志。"
exit 1
fi
# 完成提示
echo "脚本运行完成，硬件直通功能已成功启用。"
# 提示用户重启
read -p "是否现在重启系统以应用更改？(y/N): " confirm
if [[ $confirm =~ ^[Yy]$ ]]; then
echo "正在重启系统，请稍候..."
reboot
else
echo "请手动重启系统以应用更改。"
fi© 版权声明
文章版权归作者所有，未经允许请勿转载。
THE END
