2019-09-10

Kubernetes 部署配置中心 Apollo 1.4.0

系统环境：

Apollo 版本：1.4.0
Kubernetes 版本：1.14.0

参考：

Apollo Github 地址：https://github.com/ctripcorp/apollo

注意：部署比较复杂，极容易出错，请严格按步骤执行！

一、Apollo 简介

Apollo（阿波罗）是携程框架部门研发的分布式配置中心，能够集中化管理应用不同环境、不同集群的配置，配置修改后能够实时推送到应用端，并且具备规范的权限、流程治理等特性，适用于微服务配置管理场景。

服务端基于 Spring Boot 和 Spring Cloud 开发，打包后可以直接运行，不需要额外安装Tomcat等应用容器。且 Java 客户端不依赖任何框架，能够运行于所有 Java 运行时环境，同时对 Spring/Spring Boot 环境也有较好的支持。

二、Apollo 特性

部署简单
灰度发布
版本发布管理
提供开放平台API
客户端配置信息监控
提供Java和.Net原生客户端
配置修改实时生效（热发布）
权限管理、发布审核、操作审计
统一管理不同环境、不同集群的配置

三、Apollo 环境描述

Apollo 提供了四套环境配置:

DEV：开发环境
FAT：功能验收测试环境，用于软件测试者测试使用
UAT：用户验收测试环境，用于生产环境下的软件测试者测试使用
PRO：生成环境

每个环境都需要安装相应组件，这里为了简单，只部署 DEV 与 PRO 环境。

四、获取 apollo 压缩包

从 https://github.com/ctripcorp/apollo/releases 下载预先打好的 zip 包：

apollo-1.4.0.zip
apollo-portal-1.4.0-github.zip
apollo-adminservice-1.4.0-github.zip
apollo-configservice-1.4.0-github.zip

1
#下载 Apollo 源码
2
$ wget https://github.com/ctripcorp/apollo/archive/v1.4.0.zip
3

4
#下载 Apollo Admin Server
5
$ wget https://github.com/ctripcorp/apollo/releases/download/v1.4.0/apollo-adminservice-1.4.0-github.zip
6

7
#下载 Apollo Config Service
8
$ wget https://github.com/ctripcorp/apollo/releases/download/v1.4.0/apollo-configservice-1.4.0-github.zip
9

10
#下载 Apollo Portal
11
$ wget https://github.com/ctripcorp/apollo/releases/download/v1.4.0/apollo-portal-1.4.0-github.zip

五、解压 apollo 压缩包

将源码包中部署文件复制到自定义目录：

1
#解压源码包
2
$ unzip v1.4.0.zip
3

4
#创建用于部署的自定义文件夹
5
$ mkdir ./deploy
6

7
#将部署文件和脚本复制到自定义 deploy 目录
8
$ cp -R ./apollo-1.4.0/scripts/apollo-on-kubernetes/* ./deploy

解压三个组件并放置在 deploy 目录下对应的文件夹下：

1
#解压各个组件压缩包
2
$ unzip -o apollo-configservice-1.4.0-github.zip -d ./deploy/apollo-config-server/
3
$ unzip -o  apollo-adminservice-1.4.0-github.zip -d ./deploy/apollo-admin-server/
4
$ unzip -o apollo-portal-1.4.0-github.zip        -d ./deploy/apollo-portal-server/
5

6
#应用 Jar 重命名
7
$ mv ./deploy/apollo-config-server/apollo-configservice-1.4.0.jar ./deploy/apollo-config-server/apollo-configservice.jar
8
$ mv ./deploy/apollo-admin-server/apollo-adminservice-1.4.0.jar   ./deploy/apollo-admin-server/apollo-adminservice.jar
9
$ mv ./deploy/apollo-portal-server/apollo-portal-1.4.0.jar        ./deploy/apollo-portal-server/apollo-portal.jar

六、构建 Docker 镜像

1
#构建 alpine 镜像
2
$ docker build -t alpine-bash:3.8            ./deploy/alpine-bash-3.8-image
3

4
#构建 config-service 镜像
5
$ docker build -t apollo-config-server:v1.4.0 ./deploy/apollo-config-server
6

7
#构建 admin-server
8
$ docker build -t apollo-admin-server:v1.4.0  ./deploy/apollo-admin-server
9

10
#构建 portal 镜像
11
$ docker build -t apollo-portal-server:v1.4.0 ./deploy/apollo-portal-server

七、推送镜像到镜像仓库

推送镜像到镜像仓库，方便在 Kubernetes 中部署应用。

1
#打标签
2
$ docker tag alpine-bash:3.8             mydlqclub/alpine-bash:3.8
3
$ docker tag apollo-config-server:v1.4.0 mydlqclub/apollo-config-server:v1.4.0
4
$ docker tag apollo-admin-server:v1.4.0  mydlqclub/apollo-admin-server:v1.4.0
5
$ docker tag apollo-portal-server:v1.4.0 mydlqclub/apollo-portal-server:v1.4.0
6

7
#推送镜像到镜像仓库
8
$ docker push mydlqclub/alpine-bash:3.8
9
$ docker push mydlqclub/apollo-config-server:v1.4.0
10
$ docker push mydlqclub/apollo-admin-server:v1.4.0
11
$ docker push mydlqclub/apollo-portal-server:v1.4.0

八、Kubernetes 中部署 Mysql

部署 Mysql 数据库

创建 Mysql 的 PV/PVC 存储资源，这里是通过静态方式创建 PV 与 PVC 绑定，用的是 NFS 存储，创建 PV 时需要指定 NFS Server 地址。

mysql-storage.yaml

1
apiVersion: v1
2
kind: PersistentVolume
3
metadata:
4
  name: mysql-pv
5
  labels:
6
    app: mysql-pv
7
spec:
8
  accessModes:
9
    - ReadWriteOnce
10
  capacity:
11
    storage: 5Gi
12
  mountOptions:   #NFS挂在选项
13
    - hard
14
    - nfsvers=4
15
  nfs:            #NFS设置
16
    server: 192.168.2.11    #替换nfs服务器地址
17
    path: /nfs/data/mysql   #替换nfs存储目录
18
---
19
kind: PersistentVolumeClaim
20
apiVersion: v1
21
metadata:
22
  name: mysql-pvc
23
spec:
24
  accessModes:
25
    - ReadWriteOnce
26
  resources:
27
    requests:
28
      storage: 5Gi  #设置大小为5G
29
  selector:
30
    matchLabels:
31
      app: mysql-pv

创建 Mysql 的配置文件，注意，配置文件中一定要设置最大连接数参数，否则 Apollo 启动时连接池会创建大量与 Mysql 的连接，如果设置最大连接数太小，很可能导致 Apollo 重启。

1
kind: ConfigMap
2
apiVersion: v1
3
metadata:
4
  name: mysql-config
5
  labels:
6
    app: mysql
7
data:
8
  my.cnf: |-
9
    [client]
10
    default-character-set=utf8mb4
11
    [mysqld]
12
    max_connections = 2000

创建 Service 与 Deployment 部署文件

mysql-deploy.yaml

1
apiVersion: v1
2
kind: Service
3
metadata:
4
  name: mysql
5
  labels:
6
    app: mysql
7
spec:
8
  type: NodePort
9
  ports:
10
  - name: mysql
11
    port: 3306
12
    targetPort: 3306
13
    nodePort: 30336
14
  selector:
15
    app: mysql
16
---
17
apiVersion: apps/v1
18
kind: Deployment
19
metadata:
20
  name: mysql
21
  labels:
22
    app: mysql
23
spec:
24
  replicas: 1
25
  selector:
26
    matchLabels:
27
      app: mysql
28
  template:
29
    metadata:
30
      labels:
31
        app: mysql
32
    spec:
33
      containers:
34
      - name: mysql
35
        image: "mysql:5.7.26"
36
        imagePullPolicy: "IfNotPresent"
37
        ports:
38
        - name: mysql
39
          containerPort: 3306
40
        env:
41
        - name: MYSQL_ROOT_PASSWORD     #root用户密码
42
          value: "123456"
43
        resources:
44
          limits:
45
            cpu: 1000m
46
            memory: 512Mi
47
          requests:
48
            cpu: 100m
49
            memory: 256Mi
50
        livenessProbe:        #活性探针
51
          initialDelaySeconds: 30
52
          periodSeconds: 10
53
          timeoutSeconds: 5
54
          successThreshold: 1
55
          failureThreshold: 3
56
          exec:
57
            command: ["mysqladmin", "-uroot", "-p${MYSQL_ROOT_PASSWORD}", "ping"]
58
        readinessProbe:       #就绪探针
59
          initialDelaySeconds: 10
60
          periodSeconds: 10
61
          timeoutSeconds: 5
62
          successThreshold: 1
63
          failureThreshold: 3
64
          exec:
65
            command: ["mysqladmin", "-uroot", "-p${MYSQL_ROOT_PASSWORD}", "ping"]
66
        volumeMounts:
67
        - name: data
68
          mountPath: /var/lib/mysql
69
        - name: config
70
          mountPath: /etc/mysql/my.cnf
71
          subPath: my.cnf
72
      volumes:
73
      - name: data
74
        persistentVolumeClaim:
75
          claimName: mysql-pvc    #绑定上面创建的 PVC
76
      - name: config
77
        configMap:
78
          name: mysql-config       #使用 ConfigMap 中的 Mysql 配置

kubernetes 集群部署 Mysql

-n：指定应用在 Kubernetes 中部署的 Namespace

1
# 部署存储
2
$ kubectl apply -f mysql-storage.yaml -n mydlqclub
3

4
# 部署 Mysql
5
$ kubectl apply -f mysql-deploy.yaml -n mydlqclub

导入 SQL 文件

进入 sources/apollo-1.4.0/scripts/apollo-on-kubernetes/db 文件夹下，内容如下：

1
.
2
├── config-db-dev
3
│    └── apolloconfigdb.sql
4
├── config-db-prod
5
│    └── apolloconfigdb.sql
6
├── config-db-test-alpha
7
│    └── apolloconfigdb.sql
8
├── config-db-test-beta
9
│    └── apolloconfigdb.sql
10
└── portal-db
11
     └── apolloportaldb.sql

将 config-db-dev、config-db-prod 与 portal-db 目录下的 sql 文件导入上面创建的数据库中。

九、Kubernetes 中部署 Apollo

注意：请把下面所有的 mydlqcloud 为本人部署 Apollo 的 Namespace，所以这里要将全部的 mydlqcloud 改成你做自己要部署 Apollo 的 Kubernetes 中 Namespace 名称。另一个就是，部署前确保数据库中已经导入 SQL 文件，否则会就绪探针探活失败错误。

1、部署 Dev 环境 Apollo 组件

（1）、apollo-config-server-dev 部署文件

apollo-config-server-dev.yaml

1
# Configmap 文件，注意修改数据库配置、用户名、密码参数
2
kind: ConfigMap
3
apiVersion: v1
4
metadata:
5
  name: configmap-apollo-config-server-dev
6
data:
7
  application-github.properties: |
8
    spring.datasource.url = jdbc:mysql://mysql.mydlqcloud:3306/DevApolloConfigDB?characterEncoding=utf8
9
    spring.datasource.username = root
10
    spring.datasource.password = 123456
11
    eureka.service.url = http://statefulset-apollo-config-server-dev-0.service-apollo-meta-server-dev:8080/eureka/,http://statefulset-apollo-config-server-dev-1.service-apollo-meta-server-dev:8080/eureka/,http://statefulset-apollo-config-server-dev-2.service-apollo-meta-server-dev:8080/eureka/
12
---
13
kind: Service
14
apiVersion: v1
15
metadata:
16
  name: service-apollo-meta-server-dev
17
  labels:
18
    app: service-apollo-meta-server-dev
19
spec:
20
  type: ClusterIP
21
  clusterIP: None
22
  sessionAffinity: ClientIP
23
  ports:
24
  - port: 8080
25
    targetPort: 8080
26
  selector:
27
    app: pod-apollo-config-server-dev
28
---
29
kind: Service
30
apiVersion: v1
31
metadata:
32
  name: service-apollo-config-server-dev
33
  labels:
34
    app: service-apollo-config-server-dev
35
spec:
36
  type: NodePort
37
  sessionAffinity: ClientIP
38
  ports:
39
  - port: 8080
40
    targetPort: 8080
41
    nodePort: 30002  #NodePort方式暴露配置服务端地址，用于Kubernetes集群外部访问、测试
42
  selector:
43
    app: pod-apollo-config-server-dev
44
---
45
kind: StatefulSet
46
apiVersion: apps/v1
47
metadata:
48
  name: statefulset-apollo-config-server-dev
49
  labels:
50
    app: statefulset-apollo-config-server-dev
51
spec:
52
  serviceName: service-apollo-meta-server-dev
53
  replicas: 3
54
  selector:
55
    matchLabels:
56
      app: pod-apollo-config-server-dev
57
  updateStrategy:
58
    type: RollingUpdate
59
  template:
60
    metadata:
61
      labels:
62
        app: pod-apollo-config-server-dev
63
    spec:
64
      containers:
65
      - image: mydlqclub/apollo-config-server:v1.4.0
66
        name: container-apollo-config-server-dev
67
        ports:
68
        - containerPort: 8080
69
        env:
70
        - name: APOLLO_CONFIG_SERVICE_NAME
71
          value: "service-apollo-config-server-dev.mydlqcloud"   #修改namespace名称
72
        resources:
73
          limits:
74
            cpu: 2000m
75
            memory: 512Mi
76
          requests:
77
            cpu: 500m
78
            memory: 256Mi
79
        readinessProbe:
80
          tcpSocket:
81
            port: 8080
82
          initialDelaySeconds: 10
83
          periodSeconds: 5
84
        livenessProbe:
85
          tcpSocket:
86
            port: 8080
87
          initialDelaySeconds:  120
88
          periodSeconds: 10
89
        volumeMounts:
90
        - name: volume-configmap-apollo-config-server-dev
91
          mountPath: /apollo-config-server/config/application-github.properties
92
          subPath: application-github.properties
93
      volumes:
94
      - name: volume-configmap-apollo-config-server-dev
95
        configMap:
96
          name: configmap-apollo-config-server-dev
97
          items:
98
          - key: application-github.properties
99
            path: application-github.properties

（2）、appllp-admin-server-dev 部署文件

appllp-admin-server-dev.yaml

1
kind: ConfigMap
2
apiVersion: v1
3
metadata:
4
  name: configmap-apollo-admin-server-dev
5
data:
6
  application-github.properties: |
7
    spring.datasource.url = jdbc:mysql://mysql.mydlqcloud:3306/DevApolloConfigDB?characterEncoding=utf8
8
    spring.datasource.username = root
9
    spring.datasource.password = 123456
10
    eureka.service.url = http://statefulset-apollo-config-server-dev-0.service-apollo-meta-server-dev:8080/eureka/,http://statefulset-apollo-config-server-dev-1.service-apollo-meta-server-dev:8080/eureka/,http://statefulset-apollo-config-server-dev-2.service-apollo-meta-server-dev:8080/eureka/
11
---
12
kind: Service
13
apiVersion: v1
14
metadata:
15
  name: service-apollo-admin-server-dev
16
  labels:
17
    app: service-apollo-admin-server-dev
18
spec:
19
  type: ClusterIP
20
  sessionAffinity: ClientIP
21
  ports:
22
  - port: 8090
23
    targetPort: 8090
24
  selector:
25
    app: pod-apollo-admin-server-dev
26
---
27
kind: Deployment
28
apiVersion: apps/v1
29
metadata:
30
  name: deployment-apollo-admin-server-dev
31
  labels:
32
    app: deployment-apollo-admin-server-dev
33
spec:
34
  replicas: 3
35
  selector:
36
    matchLabels:
37
      app: pod-apollo-admin-server-dev
38
  strategy:
39
    rollingUpdate:
40
      maxSurge: 1
41
      maxUnavailable: 1
42
  template:
43
    metadata:
44
      labels:
45
        app: pod-apollo-admin-server-dev
46
    spec:
47
      initContainers:
48
      - image: mydlqclub/alpine-bash:3.8
49
        name: check-service-apollo-config-server-dev
50
        #注意修改namespace
51
        command: ['bash', '-c', "curl --connect-timeout 2 --max-time 5 --retry 60 --retry-delay 1 --retry-max-time 120 service-apollo-config-server-dev.mydlqcloud:8080"]
52
      containers:
53
      - image: mydlqclub/apollo-admin-server:v1.4.0
54
        name: container-apollo-admin-server-dev
55
        ports:
56
        - containerPort: 8090
57
        env:
58
        - name: APOLLO_ADMIN_SERVICE_NAME
59
          value: "service-apollo-admin-server-dev.mydlqcloud"   # 注意修改 Namespace
60
        resources:
61
          limits:
62
            cpu: 2000m
63
            memory: 512Mi
64
          requests:
65
            cpu: 500m
66
            memory: 256Mi
67
        readinessProbe:
68
          tcpSocket:
69
            port: 8090
70
          initialDelaySeconds: 10
71
          periodSeconds: 5
72
        livenessProbe:
73
          tcpSocket:
74
            port: 8090
75
          initialDelaySeconds: 120
76
          periodSeconds: 10
77
        volumeMounts:
78
        - name: volume-configmap-apollo-admin-server-dev
79
          mountPath: /apollo-admin-server/config/application-github.properties
80
          subPath: application-github.properties
81
      volumes:
82
      - name: volume-configmap-apollo-admin-server-dev
83
        configMap:
84
          name: configmap-apollo-admin-server-dev
85
          items:
86
          - key: application-github.properties
87
            path: application-github.properties

（3）、kubernetes 部署 Dev 环境的 admin、config

-n：指定应用在 Kubernetes 中部署的 Namespace

1
# 部署 apollo-config-server-dev
2
$ kubectl apply -f apollo-config-server-dev.yaml -n mydlqclub
3

4
# 部署 appllp-admin-server-dev
5
$ kubectl apply -f appllp-admin-server-dev.yaml -n mydlqclub

2、部署 Prod 环境 Apollo 组件

（1）、apollo-config-server-prod 部署文件

apollo-config-server-prod.yaml

1
kind: ConfigMap
2
apiVersion: v1
3
metadata:
4
  name: configmap-apollo-config-server-prod
5
data:
6
  application-github.properties: |
7
    spring.datasource.url = jdbc:mysql://mysql.mydlqcloud:3306/ProdApolloConfigDB?characterEncoding=utf8
8
    spring.datasource.username = root
9
    spring.datasource.password = 123456
10
    eureka.service.url = http://statefulset-apollo-config-server-prod-0.service-apollo-meta-server-prod:8080/eureka/,http://statefulset-apollo-config-server-prod-1.service-apollo-meta-server-prod:8080/eureka/,http://statefulset-apollo-config-server-prod-2.service-apollo-meta-server-prod:8080/eureka/
11
---
12
kind: Service
13
apiVersion: v1
14
metadata:
15
  name: service-apollo-meta-server-prod
16
  labels:
17
    app: service-apollo-meta-server-prod
18
spec:
19
  type: ClusterIP
20
  clusterIP: None
21
  sessionAffinity: ClientIP
22
  ports:
23
  - protocol: TCP
24
    port: 8080
25
    targetPort: 8080
26
  selector:
27
    app: pod-apollo-config-server-prod
28
---
29
kind: Service
30
apiVersion: v1
31
metadata:
32
  name: service-apollo-config-server-prod
33
  labels:
34
    app: service-apollo-config-server-prod
35
spec:
36
  type: NodePort
37
  sessionAffinity: ClientIP
38
  ports:
39
  - port: 8080
40
    targetPort: 8080
41
    nodePort: 30005
42
  selector:
43
    app: pod-apollo-config-server-prod
44
---
45
kind: StatefulSet
46
apiVersion: apps/v1
47
metadata:
48
  name: statefulset-apollo-config-server-prod
49
  labels:
50
    app: statefulset-apollo-config-server-prod
51
spec:
52
  serviceName: service-apollo-meta-server-prod
53
  replicas: 3
54
  selector:
55
    matchLabels:
56
      app: pod-apollo-config-server-prod
57
  updateStrategy:
58
    type: RollingUpdate
59
  template:
60
    metadata:
61
      labels:
62
        app: pod-apollo-config-server-prod
63
    spec:
64
      containers:
65
      - image: mydlqclub/apollo-config-server:v1.4.0
66
        name: container-apollo-config-server-prod
67
        ports:
68
        - containerPort: 8080
69
        env:
70
        - name: APOLLO_CONFIG_SERVICE_NAME
71
          value: "service-apollo-config-server-prod.mydlqcloud"  # 注意修改 Namespace
72
        readinessProbe:
73
          tcpSocket:
74
            port: 8080
75
          initialDelaySeconds: 10
76
          periodSeconds: 5
77
        livenessProbe:
78
          tcpSocket:
79
            port: 8080
80
          initialDelaySeconds: 120
81
          periodSeconds: 10
82
        volumeMounts:
83
        - name: volume-configmap-apollo-config-server-prod
84
          mountPath: /apollo-config-server/config/application-github.properties
85
          subPath: application-github.properties
86
      volumes:
87
      - name: volume-configmap-apollo-config-server-prod
88
        configMap:
89
          name: configmap-apollo-config-server-prod
90
          items:
91
          - key: application-github.properties
92
            path: application-github.properties

（2）、appllp-admin-server-prod 部署文件

appllp-admin-server-prod.yaml

1
kind: ConfigMap
2
apiVersion: v1
3
metadata:
4
  name: configmap-apollo-admin-server-prod
5
data:
6
  application-github.properties: |
7
    spring.datasource.url = jdbc:mysql://mysql.mydlqcloud:3306/ProdApolloConfigDB?characterEncoding=utf8
8
    spring.datasource.username = root
9
    spring.datasource.password = 123456
10
    eureka.service.url = http://statefulset-apollo-config-server-prod-0.service-apollo-meta-server-prod:8080/eureka/,http://statefulset-apollo-config-server-prod-1.service-apollo-meta-server-prod:8080/eureka/,http://statefulset-apollo-config-server-prod-2.service-apollo-meta-server-prod:8080/eureka/
11
---
12
kind: Service
13
apiVersion: v1
14
metadata:
15
  name: service-apollo-admin-server-prod
16
  labels:
17
    app: service-apollo-admin-server-prod
18
spec:
19
  ports:
20
  - protocol: TCP
21
    port: 8090
22
    targetPort: 8090
23
  selector:
24
    app: pod-apollo-admin-server-prod
25
  type: ClusterIP
26
  sessionAffinity: ClientIP
27
---
28
kind: Deployment
29
apiVersion: apps/v1
30
metadata:
31
  name: deployment-apollo-admin-server-prod
32
  labels:
33
    app: deployment-apollo-admin-server-prod
34
spec:
35
  replicas: 3
36
  selector:
37
    matchLabels:
38
      app: pod-apollo-admin-server-prod
39
  strategy:
40
    rollingUpdate:
41
      maxSurge: 1
42
      maxUnavailable: 1
43
  template:
44
    metadata:
45
      labels:
46
        app: pod-apollo-admin-server-prod
47
    spec:
48
      initContainers:
49
      - image: mydlqclub/alpine-bash:3.8
50
        name: check-service-apollo-config-server-prod
51
        #  注意修改 Namespace
52
        command: ['bash', '-c', "curl --connect-timeout 2 --max-time 5 --retry 50 --retry-delay 1 --retry-max-time 120 service-apollo-config-server-prod.mydlqcloud:8080"]
53
      containers:
54
      - image: mydlqclub/apollo-admin-server:v1.4.0
55
        name: container-apollo-admin-server-prod
56
        ports:
57
        - containerPort: 8090
58
        env:
59
        - name: APOLLO_ADMIN_SERVICE_NAME
60
          value: "service-apollo-admin-server-prod.mydlqcloud"  # 注意修改 Namespace
61
        readinessProbe:
62
          tcpSocket:
63
            port: 8090
64
          initialDelaySeconds: 10
65
          periodSeconds: 5
66
        livenessProbe:
67
          tcpSocket:
68
            port: 8090
69
          initialDelaySeconds: 120
70
          periodSeconds: 10
71
        volumeMounts:
72
        - name: volume-configmap-apollo-admin-server-prod
73
          mountPath: /apollo-admin-server/config/application-github.properties
74
          subPath: application-github.properties
75
      volumes:
76
      - name: volume-configmap-apollo-admin-server-prod
77
        configMap:
78
          name: configmap-apollo-admin-server-prod
79
          items:
80
          - key: application-github.properties
81
            path: application-github.properties

（3）、kubernetes 部署 Dev 环境的 admin、config

-n：指定应用在 Kubernetes 中部署的 Namespace

1
# 部署 apollo-config-server-prod
2
$ kubectl apply -f apollo-config-server-prod.yaml -n mydlqclub
3

4
# 部署 appllp-admin-server-prod
5
$ kubectl apply -f appllp-admin-server-prod.yaml -n mydlqclub

3、部署 Apollo Portal

（1）、service-apollo-portal-server 部署文件

下面是 Portal 的部署文件，里面有个初始化镜像，是用于进行检测 Config Server、Admin Server 是否正常启动。这里需要注意，如果你上面只部署了 DEV 环境，那么请看部署文件中的注释，删除 Pro 环境的检测配置，否则服务将不能正常启动。

service-apollo-portal-server.yaml

1
# Configmap 中配置要使用的环境，这里只用 DEV 与 PRO 两个环境， 注意修改下面的参数中的 Namespace
2
kind: ConfigMap
3
apiVersion: v1
4
metadata:
5
  name: configmap-apollo-portal-server
6
data:
7
  application-github.properties: |
8
    spring.datasource.url = jdbc:mysql://mysql.mydlqcloud:3306/ApolloPortalDB?characterEncoding=utf8
9
    spring.datasource.username = root
10
    spring.datasource.password = 123456
11
  apollo-env.properties: |
12
    dev.meta=http://service-apollo-config-server-dev.mydlqcloud:8080
13
    pro.meta=http://service-apollo-config-server-prod.mydlqcloud:8080
14
---
15
kind: Service
16
apiVersion: v1
17
metadata:
18
  name: service-apollo-portal-server
19
  labels:
20
    app: service-apollo-portal-server
21
spec:
22
  type: NodePort
23
  sessionAffinity: ClientIP    # portal session 保持
24
  ports:
25
  - protocol: TCP
26
    port: 8070
27
    targetPort: 8070
28
    nodePort: 30011
29
  selector:
30
    app: pod-apollo-portal-server
31
---
32
kind: Deployment
33
apiVersion: apps/v1
34
metadata:
35
  name: deployment-apollo-portal-server
36
  labels:
37
    app: deployment-apollo-portal-server
38
spec:
39
  replicas: 3
40
  selector:
41
    matchLabels:
42
      app: pod-apollo-portal-server
43
  strategy:
44
    rollingUpdate:
45
      maxSurge: 1
46
      maxUnavailable: 1
47
  template:
48
    metadata:
49
      labels:
50
        app: pod-apollo-portal-server
51
    spec:
52
      initContainers:
53
      # 测试 admin-service 服务是否能正常提供服务，如果执行失败，Portal 服务将不能正常启动，注意修改下面的 Namespace
54
      #### ----- 测 Dev 环境的配置  -------
55
      - image: mydlqclub/alpine-bash:3.8
56
        name: check-service-apollo-admin-server-dev
57
        command: ['bash', '-c', "curl --connect-timeout 2 --max-time 5 --retry 60 --retry-delay 1 --retry-max-time 120 service-apollo-admin-server-dev.mydlqcloud:8090"]
58
      #### ------- 检测 Prod 环境的配置，如果你没有创建 Prod 环境，请去掉下面这段配置 -------
59
      - image: mydlqclub/alpine-bash:3.8
60
        name: check-service-apollo-admin-server-prod
61
        command: ['bash', '-c', "curl --connect-timeout 2 --max-time 5 --retry 60 --retry-delay 1 --retry-max-time 120 service-apollo-admin-server-prod.mydlqcloud:8090"]
62
      ### -----------------------------------------------------------------------------
63
      containers:
64
      - image: mydlqclub/apollo-portal-server:v1.4.0
65
        name: container-apollo-portal-server
66
        ports:
67
        - containerPort: 8070
68
        env:
69
        - name: APOLLO_PORTAL_SERVICE_NAME
70
          value: "service-apollo-portal-server.mydlqcloud"  # 注意修改 Namespace
71
        readinessProbe:
72
          tcpSocket:
73
            port: 8070
74
          initialDelaySeconds: 10
75
          periodSeconds: 5
76
        livenessProbe:
77
          tcpSocket:
78
            port: 8070
79
          initialDelaySeconds: 120
80
          periodSeconds: 15
81
        volumeMounts:
82
        - name: volume-configmap-apollo-portal-server
83
          mountPath: /apollo-portal-server/config/application-github.properties
84
          subPath: application-github.properties
85
        - name: volume-configmap-apollo-portal-server
86
          mountPath: /apollo-portal-server/config/apollo-env.properties
87
          subPath: apollo-env.properties
88
      volumes:
89
      - name: volume-configmap-apollo-portal-server
90
        configMap:
91
          name: configmap-apollo-portal-server
92
          items:
93
          - key: application-github.properties
94
            path: application-github.properties
95
          - key: apollo-env.properties
96
            path: apollo-env.properties

（2）、kubernetes 部署 Apollo Portal

-n：指定应用在 Kubernetes 中部署的 Namespace

1
$ kubectl apply -f service-apollo-portal-server.yaml -n mydlqclub

十、访问 Apollo Portal 界面

本人 Kubernetes 集群地址为 192.168.2.11，并且刚刚创建 Portal 时候配置的 Service 设置的 NodePort 端口为 30011，所以这里输入地址：http://192.168.2.11:30011 访问 Apollo Portal 界面，进入 Apollo 配置中心。

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