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2024/12/28 17:27:07 来源:https://blog.csdn.net/qq_46028493/article/details/142289362  浏览:    关键词:柳州网站制作公司_网络代理设置_百度搜索引擎技巧_东莞网络优化排名
柳州网站制作公司_网络代理设置_百度搜索引擎技巧_东莞网络优化排名

本文视频版本:https://www.bilibili.com/video/BV1xF4Se3Esv

参考

https://blog.csdn.net/Equent/article/details/137779505

https://blog.csdn.net/weixin_48711696/article/details/138117392

https://zhuanlan.zhihu.com/p/470647732

https://gitee.com/y_project/RuoYi-Cloud

https://blog.csdn.net/morecccc/article/details/130497740

k8s 安装

可以参考之前的视频和博客:

https://blog.csdn.net/qq_46028493/article/details/139900081

安装私有仓库 registry

安装私有镜像仓库 registry 和安装 registry 的可视化工具可以参考之前的视频和博客:

https://blog.csdn.net/qq_46028493/article/details/139900081

注意里面的一些重要步骤:

  • 将私有镜像仓库添加到 containerd 的仓库列表中,修改 docker 配置将私有镜像仓库设置为安全的(私有镜像仓库所在的机器)
  • 修改 containerd 配置,让私有仓库是安全的

部署

部署规划

整个项目的部署规划:

服务镜像描述类型部署节点服务名configMap 名外部访问地址对应的资源清单名[yaml 文件名]注意点
MySQLmysql:8.0关系型数据库有状态服务node60ry-cloud-mysql-serviceruoyi-cloud-init-sql-config-map不暴露1_ry-cloud-mysql.yml
Redisredis:7.2.0缓存有状态服务node60ry-cloud-redis-serviceruoyi-cloud-redis-config-map不暴露4_ry-cloud-redis.yml
Nacosnacos/nacos-server:v2.3.0配置中心、注册中心无状态服务随机部署到 node61 和 node62ry-cloud-nacos-service使用环境变量配置容器,未使用挂载配置http://192.168.10.241:8848/nacos[Nacos 界面]2_ry-cloud-nacos.yml启动后,需要人工打开界面修改 redis 和 mysql 的地址为对应的服务名
Sentinelbladex/sentinel-dashboard:1.8.0流量卫兵无状态服务随机部署到 node61 和 node62ry-cloud-sentinel-service在项目中配置 Sentinel 将规则持久化到 Nacos 中http://192.168.10.240:8858/#/dashboard[Sentinel 界面]3_ry-cloud-sentinel.yml
Miniominio/minio:RELEASE.2024-08-29T01-40-52Z对象存储有状态服务node60ry-cloud-minio-service未使用挂载配置http://node60:9090/、http://node61:9090/、http://node62:9090/[Minio 界面以及文件访问地址]5_ry-cloud-minio.yml启动后,需要人工打开界面创建 bucket 并将 secret key 和 secret pwd 配置到 Nacos,再设置 bucket 为公共读
ruoyi-gatewaynode63:5000/ruoyi-gateway:1.0ruoyi 网关无状态服务随机部署到 node60、node61 、node62ry-cloud-gateway-service激活 boostrap 中的 k8s 配置、Nacos不暴露ry-cloud-backend.yml
ruoyi-authnode63:5000/ruoyi-auth:1.0ruoyi 认证鉴权服务无状态服务随机部署到 node60、node61 、node62ry-cloud-auth-service激活 boostrap 中的 k8s 配置、Nacos不暴露ry-cloud-backend.yml
ruoyi-sysnode63:5000/ruoyi-sys:1.0ruoyi 系统服务无状态服务随机部署到 node60、node61 、node62ry-cloud-sys-service激活 boostrap 中的 k8s 配置、Nacos不暴露ry-cloud-backend.yml
ruoyi-monitornode63:5000/ruoyi-monitor:1.0ruoyi 监控服务无状态服务随机部署到 node60、node61 、node62ry-cloud-monitor-service激活 boostrap 中的 k8s 配置、Nacoshttp://192.168.10.242:9100[Admin 控制台侧边栏]ry-cloud-backend.yml
ruoyi-gennode63:5000/ruoyi-gen:1.0ruoyi 代码生成服务无状态服务随机部署到 node60、node61 、node62ry-cloud-gen-service激活 boostrap 中的 k8s 配置、Nacos不暴露ry-cloud-backend.yml
ruoyi-jobnode63:5000/ruoyi-job:1.0ruoyi 定时任务服务无状态服务随机部署到 node60、node61 、node62ry-cloud-job-service激活 boostrap 中的 k8s 配置、Nacos不暴露ry-cloud-backend.yml
ruoyi-filenode63:5000/ruoyi-file:1.0ruoyi 文件服务无状态服务随机部署到 node60、node61 、node62ry-cloud-file-service激活 boostrap 中的 k8s 配置、Nacos不暴露ry-cloud-backend.yml
ruoyi-uinode63:5000/ruoyi-ui:1.0ruoyi 前端服务无状态服务随机部署到 node60、node61 、node62ry-cloud-ui-serviceruoyi-cloud-ui-config-maphttp://192.168.10.243:80[ruoyi 前端访问界面]ry-cloud-fronted.yml

此外,还需要有一个存储了 registry 的用户名和密码的 secret(registry-user-pwd-secret)。

因为部署的 pod 比较多,尽量将虚拟机的内存和 cpu 设置多一点,不然容易因为资源不够导致 pod 启动不了。

下面是我成功部署的虚拟机资源配置,可以供大家参考下:

修改 k8s nodePort 可以暴露的端口范围

因为本次前端需要访问 minio 中的图片,我们使用 nodePort 将 minio 的端口暴露出去,前端页面才能展示图片。 访问图片的端口是 9000。

NodePort 的端口范围是在 Kubernetes API 服务器的启动参数中定义的。默认情况下,Kubernetes 允许的 NodePort 端口范围是 30000 到 32767。如果你需要暴露更多的端口(即,端口范围之外的端口),你需要修改 Kubernetes 的配置以调整允许的端口范围。

我们使用的是 kubeadm 安装的集群,API 服务器的配置通常在 /etc/kubernetes/manifests/kube-apiserver.yaml 文件中。

vim /etc/kubernetes/manifests/kube-apiserver.yaml

添加如下内容:

—service-node-port-range=1000-40000

由于 kubelet 会对目录进行监视以查看是否有改动,因此不需要再做其他操作。kubelet 将使用新的配置重新创建 kube-apiserver。

使用如下命令查看 kube-apiserver 的启动时间:

kubectl get pods -n kube-system

发现 kube-apiserver 重新启动了:

这样,我们就成功的将 k8s nodePort 可以暴露的端口范围改成了 1000 到 40000。

安装 MetalLB LoadBalancer

为了方便的将 sentinel、nacos 的访问页面端口暴露到外部,我们安装 MetalLB LoadBalancer。

负载均衡器主要作用:

  • 负载均衡:将来自外部的请求均匀地分配到多个后端 Pod,提高服务的可用性和性能。
  • 对外暴露服务:将集群中的服务暴露给集群外部的用户或系统,允许用户通过外部 IP 和端口访问集群内部的服务
kubectl edit configmap -n kube-system kube-proxy

修改下面两个地方:

创建资源:

kubectl apply -f https://raw.githubusercontent.com/metallb/metallb/v0.13.5/config/manifests/metallb-native.yaml

查看资源:

kubectl get pod -n metallb-system

设置 ip 地址池,创建配置 ip 地址池的 yml 文件:

mkdir -p /opt/k8s-config
touch /opt/k8s-config/metallb-ip-pool-config.yml
apiVersion: metallb.io/v1beta1
kind: IPAddressPool
metadata:name: first-poolnamespace: metallb-system
spec:addresses:# 局域网,ip 要在同一网段,和虚拟机所在的网段一致- 192.168.10.240-192.168.10.250---
apiVersion: metallb.io/v1beta1
kind: L2Advertisement
metadata:name: examplenamespace: metallb-system
spec:ipAddressPools:- first-pool

生效这个 yaml 配置文件:

kubectl apply -f metallb-ip-pool-config.yml

可以编写一个资源清单,将 Nginx 的端口暴露到 192.168.10.240 的 80 端口:

apiVersion: apps/v1
kind: Deployment
metadata:name: nginx-deploynamespace: default
spec:replicas: 2selector:matchLabels:app: nginxtemplate:metadata:labels:app: nginxspec:containers:- name: nginximage: nginx:latestresources:limits:memory: "512Mi"cpu: "500m"ports:- containerPort: 80name: http---
apiVersion: v1
kind: Service
metadata:name: nginx
spec:type: LoadBalancerselector:app: nginxports:- name: httpport: 80protocol: TCPtargetPort: 80# 指定的负载均衡 IPloadBalancerIP: 192.168.10.240
kubectl apply -f metallb-nginx-example.yml

访问 http://192.168.10.240/ 就可以看到 Nginx 的页面了。

准备 mysql 服务的配置

修改初始化的 sql 文件:

修改配置表中的 sentinel 地址、Nacos 地址、Admin 控制台(ruoyi minitor 服务)的地址,这些地址是我们等会暴露出去的地址:

上传 sql 文件到服务器,根据这 4 个 sql 文件创建 configmap:

kubectl create configmap ruoyi-cloud-init-sql-config-map --from-file=/opt/ruoyi-cloud/sql
# 查看这个 configmap 的详情
kubectl describe configmap/ruoyi-cloud-init-sql-config-map

准备 redis 服务的配置

载需要的 redis 对应版本,解压后拷贝 redis.conf 文件,修改配置文件中的如下部分:

# 注释掉 bind 127.0.0.1,bind 用于限制访问 Redis 的机器 ip,直接关掉
# bind 127.0.0.1# 修改 daemonize no 为 yes,让 Redis 可以后台启动
daemonize yes# 启用 AOF(Append-Only File) 持久化机制
appendonly yes
# 指定 Redis 用于存储数据文件的目录
dir /data# 设置密码
requirepass 123456

根据这个 redis.conf 配置文件生成 configMap:

kubectl create configmap ruoyi-cloud-redis-config-map --from-file=/opt/ruoyi-cloud/redis/redis.conf
kubectl describe configmap/ruoyi-cloud-redis-config-map

准备前端服务的配置

worker_processes  1;events {worker_connections  1024;
}http {include       mime.types;default_type  application/octet-stream;sendfile        on;keepalive_timeout  65;server {listen       80;server_name  localhost;location / {# 镜像中存放前端静态文件的位置root   /opt/project/ruoyi/ruoyi-front-code;try_files $uri $uri/ /index.html;index  index.html index.htm;}location /prod-api/{proxy_set_header Host $http_host;proxy_set_header X-Real-IP $remote_addr;proxy_set_header REMOTE-HOST $remote_addr;proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;# 转发到后端网关服务proxy_pass http://ry-cloud-gateway-service:8080/;}# 避免actuator暴露if ($request_uri ~ "/actuator") {return 403;}error_page   500 502 503 504  /50x.html;location = /50x.html {root   html;}}
}

根据这个 nginx.conf 配置文件生成 configMap:

kubectl create configmap ruoyi-cloud-ui-config-map --from-file=/opt/ruoyi-cloud/nginx/nginx.conf
kubectl describe configmap/ruoyi-cloud-ui-config-map

将 registry 的用户名和密码创建为 secret

创建一个 secret 用于存储我们的 registry 仓库的用户名和密码,在 k8s 资源编排 yaml 文件中,在 deployment 中使用 imagePullSecrets 字段就可以引用这个 Secret 对象,这样 Kubernetes 就可以在拉取镜像时使用这个 Secret 对象中的认证信息。

kubectl create secret registry-user-pwd-secret \
--docker-server=http://node63:5000 \
--docker-username=root \
--docker-password=123456

如果提示:error: unknown flag: --docker-server,是因为kubectl create secret 的命令在较新的版本中使用了不同的参数来创建 Docker 注册表凭据 ,改为使用如下命令:

kubectl create secret docker-registry registry-user-pwd-secret \--docker-server=http://node63:5000 \--docker-username=root \--docker-password=123456

通过以下命令来验证是否成功创建了 secret:

kubectl get secret registry-user-pwd-secret --output=yaml

修改 ruoyi-file 模块的代码

去掉 LocalSysFileServiceImpl 上的 @primary 注解,在 MinioSysFileServiceImpl 上添加 @primay 注解,代表切换为使用 minio 作为文件存储实现:

因为我们使用了 nodePort 暴露了 minio 到 k8s 集群,外部可以通过 k8s 集群的任意节点的 9000 端口访问 minio 中的图片,但是原有的上传文件的逻辑中存储的图片的前缀是配置中的 url,这个 url 我们配置的是 minio 服务的服务名,这个服务名只能在 k8s 内部访问,前端如果通过 http://node60:9000/ruoyi-cloud/2024/09/13/Java_20240913143027A001.png 这种 url 链接访问图片是访问不了的,所以,我们需要修改代码逻辑,后端上传图片时使用 minio 的服务名,上传图片后,生成的图片的 url 前缀应该使用 minio 暴露到外部的 ip 和 端口(k8s 任意一个节点的 9000 端口),这样前端才能访问到图片,才能正确的展示图片。

修改后端配置并打镜像

需要修改后端 7 个服务的 bootstarp.yml 配置文件,添加 profile 为 k8s 的相关配置,编写 Dockerfile 文件,修改 logback.xml 中日志文件的存储路径(这里以网关服务为例子):

# Tomcat
server:port: 8080---
spring:application:# 应用名称name: ruoyi-gatewayprofiles:active: dev---
spring:config:activate:on-profile: devcloud:nacos:discovery:# 服务注册地址server-addr: node73:8848config:# 配置中心地址server-addr: node73:8848# 配置文件格式file-extension: yml# 共享配置shared-configs:- application-${spring.profiles.active}.${spring.cloud.nacos.config.file-extension}sentinel:# 取消控制台懒加载eager: truetransport:# 控制台地址dashboard: node73:8858# nacos配置持久化datasource:ds1:nacos:server-addr: node73:8848dataId: sentinel-ruoyi-gatewaygroupId: DEFAULT_GROUPdata-type: jsonrule-type: gw-flow---
spring:config:activate:on-profile: k8scloud:nacos:discovery:# 服务注册地址server-addr: ry-cloud-nacos-service:8848config:# 配置中心地址server-addr: ry-cloud-nacos-service:8848# 配置文件格式file-extension: yml# 共享配置shared-configs:- application-${spring.profiles.active}.${spring.cloud.nacos.config.file-extension}sentinel:# 取消控制台懒加载eager: truetransport:# 控制台地址dashboard: ry-cloud-sentinel-service:8858# nacos配置持久化datasource:ds1:nacos:server-addr: ry-cloud-nacos-service:8848dataId: sentinel-ruoyi-gatewaygroupId: DEFAULT_GROUPdata-type: jsonrule-type: gw-flow
# 基础镜像
FROM  openjdk:8-jre
# 创建存放日志的目录
RUN mkdir -p /opt/project/ruoyi/logs/ruoyi-gateway
# 设置工作目录
WORKDIR /opt/project/ruoyi
# 复制jar文件到工作目录
COPY ./target/ruoyi-gateway.jar ruoyi-gateway.jar
# 暴露端口
EXPOSE 8080
# 启动服务
CMD ["nohup","java","-jar","/opt/project/ruoyi/ruoyi-gateway.jar", ">", "/opt/project/ruoyi/logs/ruoyi-gateway/nohup.log", "&"]
<?xml version="1.0" encoding="UTF-8"?>
<configuration scan="true" scanPeriod="60 seconds" debug="false"><!-- 日志存放路径 --><!--<property name="log.path" value="logs/ruoyi-gateway" />--><property name="log.path" value="/opt/project/ruoyi/logs/ruoyi-gateway" /><!-- 日志输出格式 --><property name="log.pattern" value="%d{HH:mm:ss.SSS} [%thread] %-5level %logger{20} - [%method,%line] - %msg%n" /><!-- 控制台输出 --><appender name="console" class="ch.qos.logback.core.ConsoleAppender"><encoder><pattern>${log.pattern}</pattern></encoder></appender><!-- 系统日志输出 --><appender name="file_info" class="ch.qos.logback.core.rolling.RollingFileAppender"><file>${log.path}/info.log</file><!-- 循环政策:基于时间创建日志文件 --><rollingPolicy class="ch.qos.logback.core.rolling.TimeBasedRollingPolicy"><!-- 日志文件名格式 --><fileNamePattern>${log.path}/info.%d{yyyy-MM-dd}.log</fileNamePattern><!-- 日志最大的历史 60天 --><maxHistory>60</maxHistory></rollingPolicy><encoder><pattern>${log.pattern}</pattern></encoder><filter class="ch.qos.logback.classic.filter.LevelFilter"><!-- 过滤的级别 --><level>INFO</level><!-- 匹配时的操作:接收(记录) --><onMatch>ACCEPT</onMatch><!-- 不匹配时的操作:拒绝(不记录) --><onMismatch>DENY</onMismatch></filter></appender><appender name="file_error" class="ch.qos.logback.core.rolling.RollingFileAppender"><file>${log.path}/error.log</file><!-- 循环政策:基于时间创建日志文件 --><rollingPolicy class="ch.qos.logback.core.rolling.TimeBasedRollingPolicy"><!-- 日志文件名格式 --><fileNamePattern>${log.path}/error.%d{yyyy-MM-dd}.log</fileNamePattern><!-- 日志最大的历史 60天 --><maxHistory>60</maxHistory></rollingPolicy><encoder><pattern>${log.pattern}</pattern></encoder><filter class="ch.qos.logback.classic.filter.LevelFilter"><!-- 过滤的级别 --><level>ERROR</level><!-- 匹配时的操作:接收(记录) --><onMatch>ACCEPT</onMatch><!-- 不匹配时的操作:拒绝(不记录) --><onMismatch>DENY</onMismatch></filter></appender><!-- 系统模块日志级别控制  --><logger name="com.ruoyi" level="info" /><!-- Spring日志级别控制  --><logger name="org.springframework" level="warn" /><root level="info"><appender-ref ref="console" /></root><!--系统操作日志--><root level="info"><appender-ref ref="file_info" /><appender-ref ref="file_error" /></root>
</configuration>

这 7 个服务都需要按照上面的方式改一遍:

直接使用 idea 连接到虚拟机中的 Docker,打后端服务的镜像:

Docker Compose 部署若依前后端分离版

在 node63 中,将打好的镜像全部上传到私有的镜像仓库 registry 中:

docker login -u root -p 123456 node63:5000docker tag ruoyi-gateway:1.0 node63:5000/ruoyi-gateway:1.0
docker push node63:5000/ruoyi-gateway:1.0docker tag ruoyi-auth:1.0 node63:5000/ruoyi-auth:1.0
docker push node63:5000/ruoyi-auth:1.0docker tag ruoyi-sys:1.0 node63:5000/ruoyi-sys:1.0
docker push node63:5000/ruoyi-sys:1.0docker tag ruoyi-monitor:1.0 node63:5000/ruoyi-monitor:1.0
docker push node63:5000/ruoyi-monitor:1.0docker tag ruoyi-gen:1.0 node63:5000/ruoyi-gen:1.0
docker push node63:5000/ruoyi-gen:1.0docker tag ruoyi-job:1.0 node63:5000/ruoyi-job:1.0
docker push node63:5000/ruoyi-job:1.0docker tag ruoyi-file:1.0 node63:5000/ruoyi-file:1.0
docker push node63:5000/ruoyi-file:1.0

修改前端代码并打镜像

# 使用 Nginx 作为基础镜像
FROM nginx:1.12.2
# 创建存放前端编译后代码的目录
RUN mkdir -p /opt/project/ruoyi/ruoyi-front-code
# 将构建好的应用拷贝到 Nginx 的默认 web 目录
COPY dist /opt/project/ruoyi/ruoyi-front-code
# Expose 端口
EXPOSE 80
# 启动 Nginx 服务器
CMD ["nginx", "-g", "daemon off;"]

使用 WebStorm 连接到 node63 的 Docker,将镜像打到 node63 上。

在 node63 上使用如下命令将镜像上传到 registry 上:

docker login -u root -p 123456 node63:5000
docker tag ruoyi-ui:1.0 node63:5000/ruoyi-ui:1.0
docker push node63:5000/ruoyi-ui:1.0

在 node60 节点创建 pv 对应挂载的文件夹

mkdir -p /pv/ry-cloud/mysql
mkdir -p /pv/ry-cloud/minio
mkdir -p /pv/ry-cloud/redis

部署后端相关的所有服务

部署后端依赖的基础服务

MySQL 服务的 k8s 资源清单:

apiVersion: v1
kind: PersistentVolume
metadata:name: ruoyi-cloud-mysql-pvlabels:pvId: ruoyi-cloud-mysql-pvtype: local
spec:storageClassName: manualcapacity:storage: 2GiaccessModes:- ReadWriteOncehostPath:# 主机的路径(或你集群的存储路径)path: /pv/ry-cloud/mysql---
apiVersion: v1
kind: PersistentVolumeClaim
metadata:name: ruoyi-cloud-mysql-pvc
spec:storageClassName: manualaccessModes:- ReadWriteOnceresources:requests:# 和对应的 PV 一致storage: 2Giselector:matchLabels:pvId: ruoyi-cloud-mysql-pv---
apiVersion: apps/v1
kind: Deployment
metadata:name: ry-cloud-mysql-deploymentnamespace: default
spec:selector:matchLabels:app: ry-cloud-mysql-podtemplate:metadata:labels:app: ry-cloud-mysql-podspec:containers:- name: ry-cloud-mysql-containerimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"volumeMounts:- mountPath: /docker-entrypoint-initdb.dname: ruoyi-cloud-init-sql- name: mysql-volumemountPath: /var/log/mysql# 挂载到 pvc 中的 log 子目录下subPath: log- name: mysql-volumemountPath: /var/lib/mysql# 挂载到 pvc 中的 data 子目录下subPath: data- name: mysql-volumemountPath: /etc/mysql/conf.d# 挂载到 pvc 中的 conf 子目录下subPath: confresources:limits:memory: "512Mi"cpu: "500m"ports:- containerPort: 3306name: port-3306volumes:- name: ruoyi-cloud-init-sqlconfigMap:name: ruoyi-cloud-init-sql-config-map- name: mysql-volumepersistentVolumeClaim:claimName: ruoyi-cloud-mysql-pvcimagePullSecrets:- name: registry-user-pwd-secretnodeSelector:# pod 部署到 node60 上,避免部署到其他节点导致的 pv 失效kubernetes.io/hostname: node60# 允许被调度到有控制节点污点的节点上tolerations:- key: "node-role.kubernetes.io/control-plane"operator: "Exists"effect: "NoSchedule"---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-mysql-servicenamespace: default
spec:selector:app: ry-cloud-mysql-podports:- name: port-3306port: 3306targetPort: 3306

Redis 服务的 k8s 资源清单:

apiVersion: v1
kind: PersistentVolume
metadata:name: ruoyi-cloud-redis-pvlabels:pvId: ruoyi-cloud-redis-pvtype: local
spec:storageClassName: manualcapacity:storage: 2GiaccessModes:- ReadWriteOncehostPath:# 主机的路径(或你集群的存储路径)path: /pv/ry-cloud/redis---
apiVersion: v1
kind: PersistentVolumeClaim
metadata:name: ruoyi-cloud-redis-pvc
spec:storageClassName: manualaccessModes:- ReadWriteOnceresources:requests:# 和对应的 PV 一致storage: 2Giselector:matchLabels:pvId: ruoyi-cloud-redis-pv---
apiVersion: apps/v1
kind: Deployment
metadata:name: ry-cloud-redis-deployment
spec:selector:matchLabels:app: ry-cloud-redis-podtemplate:metadata:labels:app: ry-cloud-redis-podspec:containers:- name: ry-cloud-redis-containerimage: redis:7.2.0resources:limits:memory: "512Mi"cpu: "500m"ports:- containerPort: 6379volumeMounts:# 挂载 configmap- mountPath: /usr/local/etc/redis/redis.confname: ruoyi-redis-config# 挂载 volume- name: redis-volumemountPath: /data# 挂载到 pvc 中的 data 子目录下subPath: datavolumes:- name: ruoyi-redis-configconfigMap:name: ruoyi-cloud-redis-config-map- name: redis-volumepersistentVolumeClaim:claimName: ruoyi-cloud-redis-pvcimagePullSecrets:- name: registry-user-pwd-secretnodeSelector:# pod 部署到 node60 上,避免部署到其他节点导致的 pv 失效kubernetes.io/hostname: node60# 允许被调度到有控制节点污点的节点上tolerations:- key: "node-role.kubernetes.io/control-plane"operator: "Exists"effect: "NoSchedule"---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-redis-servicenamespace: default
spec:selector:app: ry-cloud-redis-podports:- port: 6379targetPort: 6379

Nacos 服务的 k8s 资源清单:

apiVersion: apps/v1
kind: Deployment
metadata:name: ry-cloud-nacos-deployment
spec:replicas: 1selector:matchLabels:app: ry-cloud-nacos-podtemplate:metadata:labels:app: ry-cloud-nacos-podspec:containers:- name: ry-cloud-nacos-containerimage: nacos/nacos-server:v2.3.0ports:- containerPort: 8848name: port-8848- containerPort: 9848name: port-9848- containerPort: 9849name: port-9849env:- name: MODEvalue: "standalone"- name: MYSQL_SERVICE_PORTvalue: "3306"- name: MYSQL_SERVICE_USERvalue: "root"- name: MYSQL_SERVICE_DB_NAMEvalue: "ry-config"- name: MYSQL_SERVICE_PASSWORDvalue: "123456"- name: SPRING_DATASOURCE_PLATFORMvalue: "mysql"- name: MYSQL_SERVICE_HOST# 设置为 mysql 服务的服务名value: "ry-cloud-mysql-service"- name: MYSQL_DATABASE_URLvalue: "jdbc:mysql://ry-cloud-mysql-service:3306/ry-config?characterEncoding=utf8&connectTimeout=10000&socketTimeout=30000&autoReconnect=true&useSSL=false&allowPublicKeyRetrieval=true"resources:limits:memory: "1024Mi"cpu: "1000m"# 不要部署到 node60 节点上,因为 node60 上已经部署了 statusfull 的 pod,避免 node61 节点资源不够affinity:nodeAffinity:requiredDuringSchedulingIgnoredDuringExecution:nodeSelectorTerms:- matchExpressions:- key: kubernetes.io/hostnameoperator: NotInvalues:- node60
---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-nacos-service
spec:type: LoadBalancerselector:app: ry-cloud-nacos-podports:- name: port-8848port: 8848targetPort: 8848- name: port-9848port: 9848targetPort: 9848- name: port-9849port: 9849targetPort: 9849loadBalancerIP: 192.168.10.241

Sentinel 服务的 k8s 资源清单:

apiVersion: apps/v1
kind: Deployment
metadata:name: ry-cloud-sentinel-deployment
spec:replicas: 1selector:matchLabels:app: ry-cloud-sentinel-podtemplate:metadata:labels:app: ry-cloud-sentinel-podspec:containers:- name: ry-cloud-sentinel-containerimage: bladex/sentinel-dashboard:1.8.0ports:- containerPort: 8858name: port-8858resources:limits:memory: "512Mi"cpu: "500m"# 不要部署到 node60 节点上,因为 node60 上已经部署了 statusfull 的 pod,避免 node60 节点资源不够affinity:nodeAffinity:requiredDuringSchedulingIgnoredDuringExecution:nodeSelectorTerms:- matchExpressions:- key: kubernetes.io/hostnameoperator: NotInvalues:- node60
---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-sentinel-service
spec:type: LoadBalancerselector:app: ry-cloud-sentinel-podports:- name: port-8858port: 8858targetPort: 8858loadBalancerIP: 192.168.10.240

Minio 服务的 k8s 资源清单:

# minio
apiVersion: v1
kind: PersistentVolume
metadata:name: minio-pvlabels:pvId: ry-cloud-minio-pvtype: local
spec:storageClassName: manualcapacity:storage: 2GiaccessModes:- ReadWriteOncehostPath:# 主机的路径(或你集群的存储路径)path: /pv/ry-cloud/minio---
apiVersion: v1
kind: PersistentVolumeClaim
metadata:name: minio-pvc
spec:storageClassName: manualaccessModes:- ReadWriteOnceresources:requests:# 和对应的 PV 一致storage: 2Giselector:matchLabels:pvId: ry-cloud-minio-pv---
apiVersion: apps/v1
kind: Deployment
metadata:name: ry-cloud-minio-deploymentlabels:app: ry-cloud-minio-deployment
spec:replicas: 1selector:matchLabels:app: ry-cloud-minio-podtemplate:metadata:labels:app: ry-cloud-minio-podspec:containers:- name: ry-cloud-minio-containerimage: minio/minio:RELEASE.2024-08-29T01-40-52Zargs:- server- /data- --console-address=:9090- --address=:9000env:- name: MINIO_ACCESS_KEYvalue: "minioadmin"- name: MINIO_SECRET_KEYvalue: "minioadmin"volumeMounts:- name: minio-volumemountPath: /data# 挂载到 pvc 中的 data 子目录下subPath: data- name: minio-volumemountPath: /root/.minio# 挂载到 pvc 中的 config 子目录下subPath: configresources:limits:memory: "512Mi"cpu: "500m"ports:- containerPort: 9000name: port-9000- containerPort: 9090name: port-9090restartPolicy: Alwaysvolumes:- name: minio-volumepersistentVolumeClaim:claimName: minio-pvcnodeSelector:# pod 部署到 node60 上,避免部署到其他节点导致的 pv 失效kubernetes.io/hostname: node60# 允许被调度到有控制节点污点的节点上tolerations:- key: "node-role.kubernetes.io/control-plane"operator: "Exists"effect: "NoSchedule"---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-minio-servicelabels:app: ry-cloud-minio-service
spec:selector:app: ry-cloud-minio-pod# minio 使用 NodePort 暴露端口,因为需要使用浏览器访问 minio 上的图片type: NodePortports:- name: port-9000port: 9000targetPort: 9000# NodePort range should be between 30000-32767nodePort: 9000- name: port-9090port: 9090targetPort: 9090# NodePort range should be between 30000-32767nodePort: 9090

将上面的这些资源清单都使用 k8s 的命令部署:

kubectl apply -f 1_ry-cloud-mysql.yml
kubectl apply -f 2_ry-cloud-redis.yml
kubectl apply -f 3_ry-cloud-nacos.yml
kubectl apply -f 4_ry-cloud-sentinel.yml
kubectl apply -f 5_ry-cloud-minio.yml

部署后,使用如下命令查看 pod 的状态是否都正常,正常才能进行下面的步骤:

kubectl get pods

minio 配置数据桶和密钥

创建一个 secret:

创建一个桶并设置公共读:

修改 Nacos 上的配置

拷贝的过程中修改 redis 的 host 为 ry-cloud-redis-service,密码为 123456,修改 mysql 的 host 为 ry-cloud-mysql-service,用户为 root,密码为 123456,修改网关的地址为 ry-cloud-gateway-service

修改 minio 的相关配置为刚才创建的 bucket 以及 key 和密钥,url 设置为 minio 服务的服务名,imgOuterAccessUrlPrefix 设置为 k8s 的任意一个节点的 9000 端口都行(minio 通过 nodePort 向外暴露的):

# 本地文件上传    
file:domain: http://127.0.0.1:9300path: D:/ruoyi/uploadPathprefix: /statics# FastDFS配置
fdfs:domain: http://8.129.231.12soTimeout: 3000connectTimeout: 2000trackerList: 8.129.231.12:22122# Minio配置
minio:url: http://ry-cloud-minio-service:9000imgOuterAccessUrlPrefix: http://node60:9000accessKey: ovQzlbMehtfULw3EQbV7secretKey: OBBUxmVl4vFMGxnlORiix6hH97EJZ6weeDRsxrkcbucketName: ruoyi-cloud

部署 ruoyi 服务

因为 ruoyi 的服务依赖 mysql、redis、nacos、sentinel、minio 这些基础服务,部署 ruoyi 服务前,请确保 k8s 中部署的这些基础服务都运行成功了。

ruoyi 服务的 k8s 资源清单:

# geteway
apiVersion: apps/v1
kind: Deployment
metadata:name: ruoyi-cloud-gateway-deploymentlabels:app: ruoyi-cloud-gateway-deployment
spec:replicas: 1selector:matchLabels:app: ruoyi-cloud-gateway-podtemplate:metadata:labels:app: ruoyi-cloud-gateway-podspec:initContainers:- name: wait-for-mysqlimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! mysqladmin ping --connect-timeout=3 -s \-hry-cloud-mysql-service -uroot -p$$MYSQL_ROOT_PASSWORDdo echo 'Waiting for MySQL to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact MySQL after 10 tries'exit 1fi- name: wait-for-redisimage: redis:7.2.0env:- name: REDIS_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! timeout 3 redis-cli -h ry-cloud-redis-service -a $$REDIS_PASSWORD pingdo echo 'Waiting for Redis to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact Redis after 10 tries'exit 1ficontainers:- name: ruoyi-cloud-gateway-containerimage: node63:5000/ruoyi-gateway:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:# 和模块中 bootstrap.yml 中配置的一致- containerPort: 8080# 激活 k8s 环境配置args:["nohup","java","-jar","/opt/project/ruoyi/ruoyi-gateway.jar", "--spring.profiles.active=k8s", ">", "/opt/project/ruoyi/logs/ruoyi-gateway/nohup.log", "&"]imagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-gateway-servicenamespace: default
spec:selector:app: ruoyi-cloud-gateway-podports:- port: 8080targetPort: 8080---
# auth
apiVersion: apps/v1
kind: Deployment
metadata:name: ruoyi-cloud-auth-deploymentlabels:app: ruoyi-cloud-auth-deployment
spec:replicas: 1selector:matchLabels:app: ruoyi-cloud-auth-podtemplate:metadata:labels:app: ruoyi-cloud-auth-podspec:initContainers:- name: wait-for-mysqlimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! mysqladmin ping --connect-timeout=3 -s \-hry-cloud-mysql-service -uroot -p$$MYSQL_ROOT_PASSWORDdo echo 'Waiting for MySQL to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact MySQL after 10 tries'exit 1fi- name: wait-for-redisimage: redis:7.2.0env:- name: REDIS_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! timeout 3 redis-cli -h ry-cloud-redis-service -a $$REDIS_PASSWORD pingdo echo 'Waiting for Redis to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact Redis after 10 tries'exit 1ficontainers:- name: ruoyi-cloud-auth-containerimage: node63:5000/ruoyi-auth:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:# 和模块中 bootstrap.yml 中配置的一致- containerPort: 9200# 激活 k8s 环境配置args:["nohup","java","-jar","/opt/project/ruoyi/ruoyi-auth.jar", "--spring.profiles.active=k8s", ">", "/opt/project/ruoyi/logs/ruoyi-auth/nohup.log", "&"]imagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ruoyi-cloud-auth-servicenamespace: default
spec:selector:app: ruoyi-cloud-auth-podports:- port: 9200targetPort: 9200--- 
### sys
apiVersion: apps/v1
kind: Deployment
metadata:name: ruoyi-cloud-sys-deploymentlabels:app: ruoyi-cloud-sys-deployment
spec:replicas: 1selector:matchLabels:app: ruoyi-cloud-sys-podtemplate:metadata:labels:app: ruoyi-cloud-sys-podspec:initContainers:- name: wait-for-mysqlimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! mysqladmin ping --connect-timeout=3 -s \-hry-cloud-mysql-service -uroot -p$$MYSQL_ROOT_PASSWORDdo echo 'Waiting for MySQL to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact MySQL after 10 tries'exit 1fi- name: wait-for-redisimage: redis:7.2.0env:- name: REDIS_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! timeout 3 redis-cli -h ry-cloud-redis-service -a $$REDIS_PASSWORD pingdo echo 'Waiting for Redis to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact Redis after 10 tries'exit 1ficontainers:- name: ruoyi-cloud-sys-containerimage: node63:5000/ruoyi-sys:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:# 和模块中 bootstrap.yml 中配置的一致- containerPort: 9201# 激活 k8s 环境配置args:["nohup","java","-jar","/opt/project/ruoyi/ruoyi-modules-system.jar", "--spring.profiles.active=k8s", ">", "/opt/project/ruoyi/logs/ruoyi-sys/nohup.log", "&"]imagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-sys-servicenamespace: default
spec:selector:app: ruoyi-cloud-sys-podports:- port: 9201targetPort: 9201---
# monitor
apiVersion: apps/v1
kind: Deployment
metadata:name: ruoyi-cloud-monitor-deploymentlabels:app: ruoyi-cloud-monitor-deployment
spec:replicas: 1selector:matchLabels:app: ruoyi-cloud-monitor-podtemplate:metadata:labels:app: ruoyi-cloud-monitor-podspec:initContainers:- name: wait-for-mysqlimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! mysqladmin ping --connect-timeout=3 -s \-hry-cloud-mysql-service -uroot -p$$MYSQL_ROOT_PASSWORDdo echo 'Waiting for MySQL to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact MySQL after 10 tries'exit 1fi- name: wait-for-redisimage: redis:7.2.0env:- name: REDIS_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! timeout 3 redis-cli -h ry-cloud-redis-service -a $$REDIS_PASSWORD pingdo echo 'Waiting for Redis to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact Redis after 10 tries'exit 1ficontainers:- name: ruoyi-cloud-monitor-containerimage: node63:5000/ruoyi-monitor:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:# 和模块中 bootstrap.yml 中配置的一致- containerPort: 9100name: port-9100# 激活 k8s 环境配置args:["nohup","java","-jar","/opt/project/ruoyi/ruoyi-visual-monitor.jar", "--spring.profiles.active=k8s", ">", "/opt/project/ruoyi/logs/ruoyi-monitor/nohup.log", "&"]imagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-monitor-servicenamespace: default
spec:# minitor 服务需要暴露出去,前端通过 admin 控制台侧边栏要访问type: LoadBalancerselector:app: ruoyi-cloud-monitor-podports:- name: port-9100port: 9100targetPort: 9100loadBalancerIP: 192.168.10.242---
# gen
apiVersion: apps/v1
kind: Deployment
metadata:name: ruoyi-cloud-gen-deploymentlabels:app: ruoyi-cloud-gen-deployment
spec:replicas: 1selector:matchLabels:app: ruoyi-cloud-gen-podtemplate:metadata:labels:app: ruoyi-cloud-gen-podspec:initContainers:- name: wait-for-mysqlimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! mysqladmin ping --connect-timeout=3 -s \-hry-cloud-mysql-service -uroot -p$$MYSQL_ROOT_PASSWORDdo echo 'Waiting for MySQL to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact MySQL after 10 tries'exit 1fi- name: wait-for-redisimage: redis:7.2.0env:- name: REDIS_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! timeout 3 redis-cli -h ry-cloud-redis-service -a $$REDIS_PASSWORD pingdo echo 'Waiting for Redis to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact Redis after 10 tries'exit 1ficontainers:- name: ruoyi-cloud-gen-containerimage: node63:5000/ruoyi-gen:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:# 和模块中 bootstrap.yml 中配置的一致- containerPort: 9202# 激活 k8s 环境配置args:["nohup","java","-jar","/opt/project/ruoyi/ruoyi-modules-gen.jar", "--spring.profiles.active=k8s", ">", "/opt/project/ruoyi/logs/ruoyi-gen/nohup.log", "&"]imagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-gen-servicenamespace: default
spec:selector:app: ruoyi-cloud-gen-podports:- port: 9202targetPort: 9202---
# job
apiVersion: apps/v1
kind: Deployment
metadata:name: ruoyi-cloud-job-deploymentlabels:app: ruoyi-cloud-job-deployment
spec:replicas: 1selector:matchLabels:app: ruoyi-cloud-job-podtemplate:metadata:labels:app: ruoyi-cloud-job-podspec:initContainers:- name: wait-for-mysqlimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! mysqladmin ping --connect-timeout=3 -s \-hry-cloud-mysql-service -uroot -p$$MYSQL_ROOT_PASSWORDdo echo 'Waiting for MySQL to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact MySQL after 10 tries'exit 1fi- name: wait-for-redisimage: redis:7.2.0env:- name: REDIS_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! timeout 3 redis-cli -h ry-cloud-redis-service -a $$REDIS_PASSWORD pingdo echo 'Waiting for Redis to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact Redis after 10 tries'exit 1ficontainers:- name: ruoyi-cloud-job-containerimage: node63:5000/ruoyi-job:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:# 和模块中 bootstrap.yml 中配置的一致- containerPort: 9203# 激活 k8s 环境配置args:["nohup","java","-jar","/opt/project/ruoyi/ruoyi-modules-job.jar", "--spring.profiles.active=k8s", ">", "/opt/project/ruoyi/logs/ruoyi-job/nohup.log", "&"]imagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-job-servicenamespace: default
spec:selector:app: ruoyi-cloud-job-podports:- port: 9203targetPort: 9203---
# file
apiVersion: apps/v1
kind: Deployment
metadata:name: ruoyi-cloud-file-deploymentlabels:app: ruoyi-cloud-file-deployment
spec:replicas: 1selector:matchLabels:app: ruoyi-cloud-file-podtemplate:metadata:labels:app: ruoyi-cloud-file-podspec:initContainers:- name: wait-for-mysqlimage: mysql:8.0env:- name: MYSQL_ROOT_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! mysqladmin ping --connect-timeout=3 -s \-hry-cloud-mysql-service -uroot -p$$MYSQL_ROOT_PASSWORDdo echo 'Waiting for MySQL to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact MySQL after 10 tries'exit 1fi- name: wait-for-redisimage: redis:7.2.0env:- name: REDIS_PASSWORDvalue: "123456"command:- sh- -c- |set -emaxTries=10while [ "$$maxTries" -gt 0 ] \&& ! timeout 3 redis-cli -h ry-cloud-redis-service -a $$REDIS_PASSWORD pingdo echo 'Waiting for Redis to be available'sleep 5let maxTries--doneif [ "$$maxTries" -le 0 ]; thenecho >&2 'error: unable to contact Redis after 10 tries'exit 1ficontainers:- name: ruoyi-cloud-file-containerimage: node63:5000/ruoyi-file:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:# 和模块中 bootstrap.yml 中配置的一致- containerPort: 9300# 激活 k8s 环境配置args:["nohup","java","-jar","/opt/project/ruoyi/ruoyi-modules-file.jar", "--spring.profiles.active=k8s", ">", "/opt/project/ruoyi/logs/ruoyi-file/nohup.log", "&"]imagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-file-servicenamespace: default
spec:selector:app: ruoyi-cloud-file-podports:- port: 9300targetPort: 9300

将 ruoyi 服务的资源清单使用 k8s 的命令部署:

kubectl apply -f ry-cloud-backend.yml

部署后,使用如下命令查看 pod 的状态是否都正常,正常才能进行下面部署 ruoyi 前端服务的步骤:

kubectl get pods

部署 ruoyi 前端服务

ruoyi 前端服务的 k8s 部署资源清单:

apiVersion: apps/v1
kind: Deployment
metadata:name: ry-cloud-ui-deploymentlabels:app: ry-cloud-ui-deployment
spec:replicas: 1selector:matchLabels:app: ry-cloud-ui-podtemplate:metadata:labels:app: ry-cloud-ui-podspec:initContainers:- name: wait-for-ry-cloud-gateway-serviceimage: alpinecommand:- sh- -c- |apk add --no-cache curlecho "Starting to wait for ry-cloud-gateway-service..."until curl -s -f -m 3 http://ry-cloud-gateway-service:8080doecho "Waiting for ry-cloud-gateway-service...";sleep 5;doneecho "ry-cloud-gateway-service is available now."containers:- name: ruoyi-cloud-ui-containerimage: node63:5000/ruoyi-ui:1.0resources:limits:memory: "512Mi"cpu: "512m"imagePullPolicy: Alwaysports:- containerPort: 80volumeMounts:- mountPath: /etc/nginx/conf.dname: nginx-configvolumes:- name: nginx-configconfigMap:name: ruoyi-cloud-ui-config-mapitems:- key: nginx.confpath: default.confimagePullSecrets:- name: registry-user-pwd-secret---
apiVersion: v1
kind: Service
metadata:name: ry-cloud-ui-servicenamespace: default
spec:type: LoadBalancerselector:app: ry-cloud-ui-podports:- port: 80targetPort: 80loadBalancerIP: 192.168.10.243

将 ruoyi 服务的资源清单使用 k8s 的命令部署:

kubectl apply -f ry-cloud-fronted.yml

部署后,使用如下命令查看前端 pod 状态是否正常:

kubectl get pods

如果一切都正常运行,通过 http://192.168.10.243 就可以访问 ruoyi 前端界面了。

优化点

  1. 当前服务间存在依赖关系,手动挨个启动能否自动化
  2. PV 现在使用的是本地存储,存在单点故障,可以改进为使用 NFS(Network File System,网络文件系统)
  3. 各个服务的高可用怎么做

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