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一些常用的docker-compose NGINX proxy manger 1.汉化版 version: '3' services: app: image: 'chishin/nginx-proxy-manager-zh:release' restart: always ports: - '80:80' - '81:81' - '443:443' volumes: - ./data:/data - ./letsencrypt:/etc/letsencrypt2.原版 version: '3' services: app: image: 'jc21/nginx-proxy-manager:latest' restart: unless-stopped ports: - '80:80' # 冒号左边可以改成自己服务器未被占用的端口 - '81:81' # 冒号左边可以改成自己服务器未被占用的端口 - '443:443' # 冒号左边可以改成自己服务器未被占用的端口 volumes: - ./data:/data # 冒号左边可以改路径，现在是表示把数据存放在在当前文件夹下的 data 文件夹中 - ./letsencrypt:/etc/letsencrypt MySQL version: '3' services: mysql: container_name: mysql ports: - 3306:3306 volumes: - ./log:/var/log/mysql - ./data:/var/lib/mysql - ./conf/my.cnf:/etc/my.cnf environment: - MYSQL_ROOT_PASSWORD=fanzihua@1982 restart: always image: mysql:5.7conf文件下载 PHPmyadmin version: "3" services: phpmyadmin: image: phpmyadmin/phpmyadmin:latest container_name: phpmyadmin restart: always ports: - 3307:80 environment: - PMA_ARBITRARY=1Speedtest-x version: '3' services: speedtest-x: image: badapple9/speedtest-x ports: - "9898:80" stdin_open: true # 对应 -i 参数 tty: true # 对应 -t 参数 restart: always # 对应 -d 参数的类似效果，容器退出时自动重启X-ui services: xui: image: enwaiax/x-ui:alpha-zh container_name: xui volumes: - $PWD/db/:/etc/x-ui/ - $PWD/cert/:/root/cert/ restart: unless-stopped network_mode: hostAlist version: '3.3' services: alist: restart: always volumes: - './data:/opt/alist/data' ports: - '5244:5244' environment: - PUID=0 - PGID=0 - UMASK=022 container_name: alist image: 'xhofe/alist-aria2:latest'Frps version: '3' services: frps: image: snowdreamtech/frps container_name: frps restart: always network_mode: host volumes: - ./frps.toml:/etc/frp/frps.tomlfrps.toml示例 bindPort = 7000 auth.token = "passwd" # 设置一个安全的 token，用于客户端连接 webServer.addr = "0.0.0.0" webServer.port = 7500 # Web 管理界面端口 webServer.user = "name" # Web 管理界面用户名 webServer.password = "pass" # Web 管理界面密码Gogs version: "3" services: gogs: restart: always image: gogs/gogs container_name: gogs ports: - "2222:22" - "3000:3000" volumes: - ./data:/data Guacamole version: "3" services: guacamole: image: jwetzell/guacamole container_name: guacamole volumes: - ./postgres:/config ports: - 8181:8080 volumes: postgres: driver: local哪吒探针 version: '3' services: nezha-dashboard: image: ghcr.io/naiba/nezha-dashboard:latest restart: always volumes: - ./data:/dashboard/data #/docker-volume/nezha/data为自定义宿主机映射目录 ports: - 19010:19010/tcp - 19011:19011/tcpNPS version: "3" services: nps: image: yisier1/nps:latest container_name: nps restart: always network_mode: "host" volumes: - ./conf:/conf Typecho version: '3.7' services: typecho: image: joyqi/typecho:1.2.1-php7.4-apache container_name: typecho-server restart: always environment: - TYPECHO_SITE_URL=https://q1.work ports: - 90:80 volumes: - ./data:/app/usrportainer中文版 version: "2.1" services: portainer: image: outlovecn/portainer-cn:latest container_name: portainer restart: always ports: - "9000:9000" - "8000:8000" volumes: - ./dockerconfig/portainer:/data - /var/run/docker.sock:/var/run/docker.sock苹果CMS version: '3.3' services: # 苹果cms maccms: image: aoliyougei/maccms:v1.3 restart: always ports: - 80:80 container_name: maccms volumes: - ./:/var/www/moneynote version: '3' services: moneynote: container_name: moneynote image: markliu2018/moneynote-all-no-mysql:latest restart: always extra_hosts: - "host.docker.internal:host-gateway" environment: - DB_HOST= - DB_PORT=3306 - DB_NAME=moneynote - DB_USER=moneynote - DB_PASSWORD= - invite_code= ports: - "43742:9092" - "43743:81" - "43744:82"postgresql version: '3' services: postgres: image: postgres:latest container_name: postgresql hostname: postgresql restart: always environment: POSTGRES_USER: POSTGRES_PASSWORD: POSTGRES_DB: TZ: Asia/Shanghai PGTZ: Asia/Shanghai ports: - '5432:5432' volumes: - ./data:/var/lib/postgresql/data postgres-exporter: image: prometheuscommunity/postgres-exporter container_name: postgres-exporter hostname: postgres-exporter restart: always environment: DATA_SOURCE_NAME: postgresql://postgres:/postgres?sslmode=disable ports: - 9187:9187 pgadmin: image: dpage/pgadmin4:latest container_name: pgadmin hostname: pgadmin restart: always environment: PGADMIN_DEFAULT_EMAIL: PGADMIN_DEFAULT_PASSWORD: ports: - "5433:80"rustdesk version: '3' networks: rustdesk-net: external: false services: hbbs: container_name: hbbs ports: - 21115:21115 - 21116:21116 # 自定义 hbbs 映射端口 - 21116:21116/udp # 自定义 hbbs 映射端口 image: rustdesk/rustdesk-server command: hbbs -r 182.92.67.234:21117 # 填入个人域名或 IP + hbbr 暴露端口 volumes: - ./:/root # 自定义挂载目录 networks: - rustdesk-net depends_on: - hbbr restart: unless-stopped deploy: resources: limits: memory: 64M hbbr: container_name: hbbr ports: - 21117:21117 # 自定义 hbbr 映射端口 image: rustdesk/rustdesk-server command: hbbr volumes: - ./:/root # 自定义挂载目录 networks: - rustdesk-net restart: unless-stopped deploy: resources: limits: memory: 64MWordpress version: '3' services: wordpress: image: wordpress:latest ports: - "8686:80" environment: WORDPRESS_DB_HOST: 43.161.216.179:3306 WORDPRESS_DB_USER: wordpress WORDPRESS_DB_PASSWORD: fanzihua1982 WORDPRESS_DB_NAME: wordpress volumes: - ./wordpress_data:/var/www/html restart: always
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在VPS上安装飞牛OS 飞牛的fnos系统做的不错，安装到VPS后会让VPS的操作更加简单 VPS硬件要求 硬盘小于10G的不推荐安装了,内存建议1G以上,低配的小鸡不建议安装 安装 首先备份你的网络配置，以防止安装后网络配置异常，那么就需要手动配置网络。 # 先保存一下vps网络地址,以防 ip assh登录VPS,按步骤DD # 下载DD脚本 wget --no-check-certificate -qO InstallNET.sh 'https://raw.githubusercontent.com/leitbogioro/Tools/master/Linux_reinstall/InstallNET.sh' && chmod a+x InstallNET.sh # DD飞牛镜像 ./InstallNET.sh --image 'https://r2.yx.lu/fnos.vhd.gz'完成后开始自动执行安装过程,出现提示 [Finish] Input 'reboot' to continue the subsequential installation.重启VPS 重启后会自动拉取DD镜像并安装,根据VPS网络环境,可能时间会有所不同. VNC远程到VPS后看到如下提示,按提示上的ip和端口访问即可 飞牛2.png图片 开启root的SSH登录 飞牛基于Debian,开启方式和Debian一样,网页登录后点击系统设置>SSH>启动即可 登录SSH后如下操作 # 提权 sudo -s sudo nano /etc/ssh/sshd_config # 找到 PermitRootLogin no这一行改为 PermitRootLogin yes # 保存退出重启SSH服务 sudo systemctl restart ssh # 给root用户设置密码 sudo passwd root然后就root就可以ssh了 修改fnOS默认软件源 fnOS默认的软件源为清华大学国内源，在国外的vps上使用反而访问效果不佳，因此建议修改为国外软件源。 首先在系统后台打开账户的SSH访问功能，然后root登录系统参考如下操作。 ## 备份并替换apt源 cd /etc/apt/ mv sources.list sources.list.bak wget https://this-pc.com/usr/uploads/2025/02/sources.list ## 备份并替换docker源 cd /etc/apt/sources.list.d mv docker.list docker.list.bak wget https://this-pc.com/usr/uploads/2025/02/docker.list apt update修改系统盘大小 默认系统盘只有8G,会无法升级和安装一些软件. fdisk -l # 理论上一般系统盘设备识别为/dev/vda。我们此时需要继续使用fdisk对vda继续操作。 fdisk /dev/vda # 在fdisk中，依次执行以下操作 d # 删除分区 3 # 选择分区3 w # 写入更改并退出 # 这时我们可以再次使用 fdisk -l 命令看到vda内原先的三个分区中最后的5g空闲数据分区消失了。 # vda在DD流程完成后会存在三个分区分别是vda1的引导分区、vda2的系统分区、vda3的数据分区。 # 我们现在还需要将空闲没有分配的分区给予系统分区vda2，将其扩容。 parted /dev/vda # 在parted中，执行以下操作 rm 3 # 在fdisk中的删除分区3也可以在parted中顺带进行，已经删除过就不需要这一步 resizepart 2 # 将分区2扩展,回车直接输入大小即可,比如15G quit # 退出parted # 调整一下飞牛系统分区大小。 resize2fs /dev/vda2 # 重启 reboot其他问题 升级后端口 默认端口是8000,升级新版本后会改为5666 80和443端口占用 默认飞牛占用80和443端口用来跳转5666,取消占用按图设置即可 飞牛3.png图片 完结 飞牛1.png图片
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Python利用OpenHardwareMonitorLib获取硬件信息 示例代码 # coding=utf-8 import clr # pythonnet 提供的模块 import os # 添加 OpenHardwareMonitorLib.dll 的路径 clr.AddReference(os.path.abspath("OpenHardwareMonitorLib.dll")) # 导入 Open Hardware Monitor 的命名空间 from OpenHardwareMonitor import Hardware # 创建硬件监控器实例 hardware_monitor = Hardware.Computer() hardware_monitor.CPUEnabled = True # 启用 CPU 监控 # hardware_monitor.GPUEnabled = False # 启用 GPU 监控 hardware_monitor.HDDEnabled = True # 启用硬盘监控 # hardware_monitor.MainboardEnabled = True # 启用主板监控 # hardware_monitor.RAMEnabled = True # 启用内存监控 # hardware_monitor.FanControllerEnabled = True # 启用风扇监控 # 初始化硬件监控器 hardware_monitor.Open() # 获取硬件信息 for hardware_item in hardware_monitor.Hardware: hardware_item.Update() # 更新硬件状态 print(f"硬件名称: {hardware_item.Name}") for sensor in hardware_item.Sensors: if sensor.SensorType == Hardware.SensorType.Temperature and "CPU Core" not in sensor.Name: print(f" 传感器: {sensor.Name}, 温度: {int(sensor.Value)}°C") elif sensor.SensorType == Hardware.SensorType.Load and "CPU Core" not in sensor.Name and "CPU Total" in sensor.Name: print(f" 传感器: {sensor.Name}, 加载: {int(sensor.Value)}%") elif sensor.SensorType == Hardware.SensorType.Clock and "Bus Speed" not in sensor.Name: print(f" 传感器: {sensor.Name}, 频率: {int(sensor.Value)}MHz") print("----------") # 关闭硬件监控器 hardware_monitor.Close()输出结果 温度.png图片
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