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OCP_export_import

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huanqing.shao
2019-10-01 15:03:15 +08:00
parent 926dc7bfd9
commit 6bd2648ef2
28 changed files with 1016 additions and 82 deletions
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50
.vuepress/config.js
View File

@ -349,21 +349,43 @@ module.exports = {
},
{
title: 'Open Capacity Platform',
collapsable: false,
collapsable: true,
children: [
['k8s-practice/ocp/', 'OCP介绍'],
'k8s-practice/ocp/prepare',
'k8s-practice/ocp/build',
'k8s-practice/ocp/sequence',
'k8s-practice/ocp/eureka-server',
'k8s-practice/ocp/mysql',
'k8s-practice/ocp/redis',
'k8s-practice/ocp/auth-server',
'k8s-practice/ocp/user-center',
'k8s-practice/ocp/api-gateway',
'k8s-practice/ocp/back-center',
'k8s-practice/ocp/review',
'k8s-practice/ocp/export',
{
title: '准备',
collapsable: false,
path: '/learning/k8s-practice/ocp/',
children: [
['k8s-practice/ocp/', 'OCP介绍'],
'k8s-practice/ocp/prepare',
'k8s-practice/ocp/build',
]
},
{
title: '部署',
collapsable: false,
path: '/learning/k8s-practice/ocp/sequence.html',
children: [
'k8s-practice/ocp/sequence',
'k8s-practice/ocp/eureka-server',
'k8s-practice/ocp/mysql',
'k8s-practice/ocp/redis',
'k8s-practice/ocp/auth-server',
'k8s-practice/ocp/user-center',
'k8s-practice/ocp/api-gateway',
'k8s-practice/ocp/back-center',
'k8s-practice/ocp/review',
]
},
{
title: '多环境',
collapsable: false,
path: '/learning/k8s-practice/ocp/export.html',
children: [
'k8s-practice/ocp/export',
'k8s-practice/ocp/import',
]
},
]
},
]

733
.vuepress/public/practice/ocp/kuboard_ocp_2019_10_01_13_58_04.yaml Normal file
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@ -0,0 +1,733 @@
---
apiVersion: apps/v1
kind: StatefulSet
metadata:
namespace: ocp
name: cloud-eureka
annotations:
k8s.eip.work/workload: cloud-eureka
k8s.eip.work/displayName: 服务注册中心
k8s.eip.work/service: NodePort
k8s.eip.work/ingress: 'true'
labels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-eureka
spec:
selector:
matchLabels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-eureka
template:
metadata:
labels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-eureka
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/eureka-server:latest'
imagePullPolicy: Always
name: eureka-server
volumeMounts: []
resources: {}
env:
- name: eureka.instance.prefer-ip-address
value: 'false'
envFrom:
- configMapRef:
name: ocp-config
volumes: []
replicas: 3
volumeClaimTemplates: []
serviceName: cloud-eureka
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: cloud-eureka
annotations:
k8s.eip.work/workload: cloud-eureka
k8s.eip.work/displayName: 服务注册中心
labels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-eureka
spec:
selector:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-eureka
type: NodePort
ports:
- port: 1111
targetPort: 1111
protocol: TCP
name: mpqzwr
nodePort: 31111
---
apiVersion: networking.k8s.io/v1beta1
kind: Ingress
metadata:
namespace: ocp
name: cloud-eureka
annotations:
k8s.eip.work/workload: cloud-eureka
k8s.eip.work/displayName: 服务注册中心
labels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-eureka
spec:
rules:
- host: cloud-eureka.ocp.demo.kuboard.cn
http:
paths:
- path: /
backend:
serviceName: cloud-eureka
servicePort: mpqzwr
---
apiVersion: apps/v1
kind: StatefulSet
metadata:
namespace: ocp
name: cloud-redis
annotations:
k8s.eip.work/workload: cloud-redis
k8s.eip.work/displayName: Redis缓存
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'false'
labels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-redis
spec:
selector:
matchLabels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-redis
template:
metadata:
labels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-redis
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'redis:4.0.14'
imagePullPolicy: Always
name: redis
volumeMounts: []
resources: {}
env: []
volumes: []
replicas: 1
volumeClaimTemplates: []
serviceName: cloud-redis
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: cloud-redis
annotations:
k8s.eip.work/workload: cloud-redis
k8s.eip.work/displayName: Redis缓存
labels:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-redis
spec:
selector:
k8s.eip.work/layer: cloud
k8s.eip.work/name: cloud-redis
type: ClusterIP
ports:
- port: 6379
targetPort: 6379
protocol: TCP
name: xcndrj
nodePort: 0
---
apiVersion: apps/v1
kind: StatefulSet
metadata:
namespace: ocp
name: db-auth-center
annotations:
k8s.eip.work/workload: db-auth-center
k8s.eip.work/displayName: 认证中心数据库
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'false'
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-auth-center
spec:
selector:
matchLabels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-auth-center
template:
metadata:
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-auth-center
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/auth-center-mysql:latest'
imagePullPolicy: Always
name: auth-center-mysql
volumeMounts: []
resources: {}
env:
- name: MYSQL_ROOT_PASSWORD
value: root
volumes: []
replicas: 1
volumeClaimTemplates: []
serviceName: db-auth-center
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: db-auth-center
annotations:
k8s.eip.work/workload: db-auth-center
k8s.eip.work/displayName: 认证中心数据库
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-auth-center
spec:
selector:
k8s.eip.work/layer: db
k8s.eip.work/name: db-auth-center
type: ClusterIP
ports:
- port: 3306
targetPort: 3306
protocol: TCP
name: hzib57
nodePort: 0
---
apiVersion: apps/v1
kind: StatefulSet
metadata:
namespace: ocp
name: db-log-center
annotations:
k8s.eip.work/workload: db-log-center
k8s.eip.work/displayName: 日志中心数据库
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'false'
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-log-center
spec:
selector:
matchLabels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-log-center
template:
metadata:
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-log-center
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/log-center-mysql:latest'
imagePullPolicy: Always
name: log-center-mysql
volumeMounts: []
resources: {}
env:
- name: MYSQL_ROOT_PASSWORD
value: root
volumes: []
replicas: 1
volumeClaimTemplates: []
serviceName: db-log-center
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: db-log-center
annotations:
k8s.eip.work/workload: db-log-center
k8s.eip.work/displayName: 日志中心数据库
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-log-center
spec:
selector:
k8s.eip.work/layer: db
k8s.eip.work/name: db-log-center
type: ClusterIP
ports:
- port: 3306
targetPort: 3306
protocol: TCP
name: 4zep27
nodePort: 0
---
apiVersion: apps/v1
kind: StatefulSet
metadata:
namespace: ocp
name: db-user-center
annotations:
k8s.eip.work/workload: db-user-center
k8s.eip.work/displayName: 用户中心数据库
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'false'
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-user-center
spec:
selector:
matchLabels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-user-center
template:
metadata:
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-user-center
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/user-center-mysql:latest'
imagePullPolicy: Always
name: user-center-mysql
volumeMounts: []
resources: {}
env:
- name: MYSQL_ROOT_PASSWORD
value: root
volumes: []
replicas: 1
volumeClaimTemplates: []
serviceName: db-user-center
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: db-user-center
annotations:
k8s.eip.work/workload: db-user-center
k8s.eip.work/displayName: 用户中心数据库
labels:
k8s.eip.work/layer: db
k8s.eip.work/name: db-user-center
spec:
selector:
k8s.eip.work/layer: db
k8s.eip.work/name: db-user-center
type: ClusterIP
ports:
- port: 3306
targetPort: 3306
protocol: TCP
name: 2m2tyy
nodePort: 0
---
apiVersion: apps/v1
kind: Deployment
metadata:
namespace: ocp
name: gateway-api
annotations:
k8s.eip.work/workload: gateway-api
k8s.eip.work/displayName: 接口网关
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'true'
labels:
k8s.eip.work/layer: gateway
k8s.eip.work/name: gateway-api
spec:
selector:
matchLabels:
k8s.eip.work/layer: gateway
k8s.eip.work/name: gateway-api
template:
metadata:
labels:
k8s.eip.work/layer: gateway
k8s.eip.work/name: gateway-api
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/api-gateway:latest'
imagePullPolicy: Always
name: api-gateway
volumeMounts: []
resources: {}
env:
- name: spring.datasource.druid.core.url
value: >-
jdbc:mysql://db-auth-center:3306/oauth-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false
envFrom:
- configMapRef:
name: ocp-config
volumes: []
replicas: 1
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: gateway-api
annotations:
k8s.eip.work/workload: gateway-api
k8s.eip.work/displayName: 接口网关
labels:
k8s.eip.work/layer: gateway
k8s.eip.work/name: gateway-api
spec:
selector:
k8s.eip.work/layer: gateway
k8s.eip.work/name: gateway-api
type: ClusterIP
ports:
- port: 9200
targetPort: 9200
protocol: TCP
name: zmcdbh
nodePort: 0
---
apiVersion: networking.k8s.io/v1beta1
kind: Ingress
metadata:
namespace: ocp
name: gateway-api
annotations:
k8s.eip.work/workload: gateway-api
k8s.eip.work/displayName: 接口网关
labels:
k8s.eip.work/layer: gateway
k8s.eip.work/name: gateway-api
spec:
rules:
- host: api-gateway.ocp.demo.kuboard.cn
http:
paths:
- path: /
backend:
serviceName: gateway-api
servicePort: zmcdbh
---
apiVersion: apps/v1
kind: Deployment
metadata:
namespace: ocp
name: svc-auth-server
annotations:
k8s.eip.work/workload: svc-auth-server
k8s.eip.work/displayName: 认证中心
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'true'
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-auth-server
spec:
selector:
matchLabels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-auth-server
template:
metadata:
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-auth-server
spec:
imagePullSecrets: []
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/auth-server:latest'
imagePullPolicy: Always
name: auth-server
volumeMounts: []
resources: {}
env:
- name: spring.datasource.druid.core.url
value: >-
jdbc:mysql://db-auth-center:3306/oauth-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false
envFrom:
- configMapRef:
name: ocp-config
volumes: []
replicas: 1
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: svc-auth-server
annotations:
k8s.eip.work/workload: svc-auth-server
k8s.eip.work/displayName: 认证中心
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-auth-server
spec:
selector:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-auth-server
type: ClusterIP
ports:
- port: 8000
targetPort: 8000
protocol: TCP
name: dzprby
nodePort: 0
---
apiVersion: networking.k8s.io/v1beta1
kind: Ingress
metadata:
namespace: ocp
name: svc-auth-server
annotations:
k8s.eip.work/workload: svc-auth-server
k8s.eip.work/displayName: 认证中心
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-auth-server
spec:
rules:
- host: svc-auth-server.ocp.demo.kuboard.cn
http:
paths:
- path: /
backend:
serviceName: svc-auth-server
servicePort: dzprby
---
apiVersion: apps/v1
kind: Deployment
metadata:
namespace: ocp
name: svc-user-center
annotations:
k8s.eip.work/workload: svc-user-center
k8s.eip.work/displayName: 用户中心
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'true'
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-user-center
spec:
selector:
matchLabels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-user-center
template:
metadata:
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-user-center
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/user-center:latest'
imagePullPolicy: Always
name: user-center
volumeMounts: []
resources: {}
env:
- name: spring.datasource.druid.core.url
value: >-
jdbc:mysql://db-user-center:3306/user-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false
envFrom:
- configMapRef:
name: ocp-config
volumes: []
replicas: 1
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: svc-user-center
annotations:
k8s.eip.work/workload: svc-user-center
k8s.eip.work/displayName: 用户中心
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-user-center
spec:
selector:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-user-center
type: ClusterIP
ports:
- port: 7000
targetPort: 7000
protocol: TCP
name: jhaxwk
nodePort: 0
---
apiVersion: networking.k8s.io/v1beta1
kind: Ingress
metadata:
namespace: ocp
name: svc-user-center
annotations:
k8s.eip.work/workload: svc-user-center
k8s.eip.work/displayName: 用户中心
labels:
k8s.eip.work/layer: svc
k8s.eip.work/name: svc-user-center
spec:
rules:
- host: svc-user-center.ocp.demo.kuboard.cn
http:
paths:
- path: /
backend:
serviceName: svc-user-center
servicePort: jhaxwk
---
apiVersion: apps/v1
kind: Deployment
metadata:
namespace: ocp
name: web-back-center
annotations:
k8s.eip.work/workload: web-back-center
k8s.eip.work/displayName: 后台中心
k8s.eip.work/service: ClusterIP
k8s.eip.work/ingress: 'true'
labels:
k8s.eip.work/layer: web
k8s.eip.work/name: web-back-center
spec:
selector:
matchLabels:
k8s.eip.work/layer: web
k8s.eip.work/name: web-back-center
template:
metadata:
labels:
k8s.eip.work/layer: web
k8s.eip.work/name: web-back-center
spec:
imagePullSecrets:
- {}
restartPolicy: Always
initContainers: []
containers:
- image: 'ocpsample/back-center:latest'
imagePullPolicy: Always
name: back-center
volumeMounts: []
resources: {}
env: []
envFrom:
- configMapRef:
name: ocp-config
volumes: []
replicas: 1
---
apiVersion: v1
kind: Service
metadata:
namespace: ocp
name: web-back-center
annotations:
k8s.eip.work/workload: web-back-center
k8s.eip.work/displayName: 后台中心
labels:
k8s.eip.work/layer: web
k8s.eip.work/name: web-back-center
spec:
selector:
k8s.eip.work/layer: web
k8s.eip.work/name: web-back-center
type: ClusterIP
ports:
- port: 80
targetPort: 80
protocol: TCP
name: rxcrxf
nodePort: 0
---
apiVersion: networking.k8s.io/v1beta1
kind: Ingress
metadata:
namespace: ocp
name: web-back-center
annotations:
k8s.eip.work/workload: web-back-center
k8s.eip.work/displayName: 后台中心
labels:
k8s.eip.work/layer: web
k8s.eip.work/name: web-back-center
spec:
rules:
- host: back-center.ocp.demo.kuboard.cn
http:
paths:
- path: /
backend:
serviceName: web-back-center
servicePort: rxcrxf
---
metadata:
name: ocp-config
namespace: ocp
data:
CLOUD_EUREKA_URL: 'http://cloud-eureka.ocp.demo.kuboard.cn/'
GATEWAY_API_URL: 'http://api-gateway.ocp.demo.kuboard.cn/'
eureka.client.serviceUrl.defaultZone: >-
http://cloud-eureka-0.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-1.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-2.cloud-eureka.ocp.svc.cluster.local:1111/eureka
spring.datasource.druid.log.url: >-
jdbc:mysql://db-log-center:3306/log-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false
spring.redis.host: cloud-redis
kind: ConfigMap

30
README.md
View File

@ -86,19 +86,21 @@ Kubernetes教程的主要依据是：Kubernetes 官网文档，以及使用 Kubo
在 Kubernetes 上部署 Spring Cloud 微服务：(Open Capacity Platform)
* [OCP介绍](https://kuboard.cn/learning/k8s-practice/ocp/)
* [准备OCP的构建环境和部署环境](https://kuboard.cn/learning/k8s-practice/ocp/prepare.html)
* [构建Docker镜像并推送到仓库](https://kuboard.cn/learning/k8s-practice/ocp/build.html)
* [部署顺序](https://kuboard.cn/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](https://kuboard.cn/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](https://kuboard.cn/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](https://kuboard.cn/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-server](https://kuboard.cn/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](https://kuboard.cn/learning/k8s-practice/ocp/user-center.html)
* [在K8S上部署api-gateway](https://kuboard.cn/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](https://kuboard.cn/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](https://kuboard.cn/learning/k8s-practice/ocp/review.html)
* [导出部署配置]
* [在新的名称空间导入部署配置]
* 准备
* [准备OCP的构建环境和部署环境](https://kuboard.cn/learning/k8s-practice/ocp/prepare.html)
* [构建docker镜像并推送到仓库](https://kuboard.cn/learning/k8s-practice/ocp/build.html)
* 部署
* [部署顺序](https://kuboard.cn/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](https://kuboard.cn/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](https://kuboard.cn/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](https://kuboard.cn/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-server](https://kuboard.cn/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](https://kuboard.cn/learning/k8s-practice/ocp/user-server.html)
* [在K8S上部署api-gateway](https://kuboard.cn/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](https://kuboard.cn/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](https://kuboard.cn/learning/k8s-practice/ocp/review.html)
* 多环境
* [导出部署配置](https://kuboard.cn/learning/k8s-practice/ocp/export.html)
* [导入部署配置](https://kuboard.cn/learning/k8s-practice/ocp/import.html)
Kuboard官网免费提供 K8S教程，K8S安装文档，学习过程中如有疑问，请加QQ群在线答疑。

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@ -84,17 +84,19 @@ description: Kubernetes免费中文教程目录
在 Kubernetes 上部署 Spring Cloud 微服务：(Open Capacity Platform)
* [OCP介绍](/learning/k8s-practice/ocp/)
* [准备OCP的构建环境和部署环境](/learning/k8s-practice/ocp/prepare.html)
* [构建docker镜像并推送到仓库](/learning/k8s-practice/ocp/build.html)
* [部署顺序](/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-center](/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](/learning/k8s-practice/ocp/user-center.html)
* [在K8S上部署api-gateway](/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](/learning/k8s-practice/ocp/review.html)
* [导出部署配置]
* [在新的名称空间导入部署配置]
* 准备
* [准备OCP的构建环境和部署环境](/learning/k8s-practice/ocp/prepare.html)
* [构建docker镜像并推送到仓库](/learning/k8s-practice/ocp/build.html)
* 部署
* [部署顺序](/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-server](/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](/learning/k8s-practice/ocp/user-server.html)
* [在K8S上部署api-gateway](/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](/learning/k8s-practice/ocp/review.html)
* 多环境
* [导出部署配置](/learning/k8s-practice/ocp/export.html)
* [导入部署配置](/learning/k8s-practice/ocp/import.html)

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# 导出部署配置
通过本系列文章前面的部分，我们终于完整了 Spring Cloud OCP 的核心组件在 Kubernetes 上的部署。此时，Kuboard 的名称空间 `ocp` 界面的截图如下所示：
![Kubernetes教程_部署SpringCloud_OCP_导出部署配置_配置内容](./export.assets/image-20191001123231022.png)
接下来，立刻要面临的问题是：假设刚部署完的环境是用于开发的，那我们如何快速部署一个新的环境用于测试呢？
Kuboard 支持您将此名称空间界面导出到一个 yaml 文件，并在另一个名称空间（或Kubernetes集群）中导入所有的配置。本文档后面的部分将描述导出配置的过程：
* 点击 **导出工作负载** 按钮
选择 **展现层**、**网关层**、**服务层**、**持久层**、**中间件** 五个分层，点击刷新，然后全选所有的工作负载，如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导出部署配置_筛选工作负载](./export.assets/image-20191001125319936.png)
* 点击 **下一步** 按钮
选择 `ocp-config`，如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导出部署配置_筛选ConfigMap](./export.assets/image-20191001125449800.png)
* 点击 **下一步** 按钮
![Kubernetes教程_部署SpringCloud_OCP_导出部署配置_筛选Secrets](./export.assets/image-20191001125539949.png)
* 点击 **下一步** 按钮
![Kubernetes教程_部署SpringCloud_OCP_导出部署配置_确认导出信息明细](./export.assets/image-20191001125606055.png)
* 点击 **确定** 按钮
并保存文件，文件名格式为 `kuboard_名称空间_年_月_日_时_分_秒.yaml`，例如 `kuboard_ocp_2019_10_01_12_56_14.yaml`
![Kubernetes教程_部署SpringCloud_OCP_导出部署配置_下载导出文件](./export.assets/image-20191001131142691.png)
:tada: :tada: :tada: 您已完成了部署和配置信息的导出，下一步可以在新的名称空间直接导入，请参考 [导入部署配置](./import.html)

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---
vssueId: 105
titlePrefix: 部署SpringCloud_OCP
layout: LearningLayout
description: Kubernetes教程_使用Kuboard在Kubernetes上部署Spring_Cloud微服务平台OCP_open_capacity_platform微服务能力开放平台_导入部署配置
meta:
- name: keywords
content: Kubernetes部署SpringCloud,Kubernetes部署OCP,Kuboard部署OCP
---
# 导入部署配置
<script>
export default {
data () {
return {
}
},
methods: {
downloadYaml () {
if (window.ga) {
window.ga('send', {
hitType: 'event',
eventCategory: '下载OCP_YAML',
eventAction: 'OCP_YAML',
eventLabel: '下载OCP部署yaml文件'
});
console.log('发送成功 ga event')
} else {
console.log('开发环境，不发送 ga event')
}
}
}
}
</script>
## 获得yaml文件
在 [导出部署配置](./export.html) 中，我们将 Spring Cloud OCP 部署相关的所有信息导出到一个 yaml 文件，本文描述如何在一个新的名称空间（或者新的 Kubernetes 集群）中导入该部署信息，并形成一个新的独立的部署环境。
如果您还没有该 yaml 文件，可从此处
<span v-on:click="downloadYaml"><a :href="$withBase('/practice/ocp/kuboard_ocp_2019_10_01_13_58_04.yaml')" download="kuboard_ocp_2019_10_01.yaml">下载 OCP部署yaml文件</a></span>
## 导入yaml文件
假设您已创建了名称空间 `ocp-import` 用来导入部署配置。请参考接下来的导入步骤：
* 点击 **导入工作负载** 按钮
在此界面中上传前一个步骤导出的（或从 www.kuboard.cn 下载的）yaml 文件。如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_上传YAML文件](./import.assets/image-20191001141313966.png)
* 点击 **下一步** 按钮
全选所有的工作负载，如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_选择要导入的工作负载](./import.assets/image-20191001141409779.png)
* 点击 **下一步** 按钮
选中 `ocp-config` 如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_选择要导入的ConfigMap](./import.assets/image-20191001141454878.png)
* 点击 **下一步** 按钮
如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_选择要导入的Secret](./import.assets/image-20191001141532125.png)
* 点击 **下一步** 按钮
如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_配置存储卷](./import.assets/image-20191001141554887.png)
* 点击 **下一步** 按钮
勾选 `使用随机端口` 此处由于我们在原集群的新名称空间中导入配置，因此，需要修改节点端口号，以避免冲突。如果您不知道该怎么分配端口号，可以在节点端口字段填写 `0`，集群将自动为您分配可用的节点端口。
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_配置节点端口](./import.assets/image-20191001142507168.png)
* 点击 **下一步** 按钮
在此界面中调整对外的域名，以避免和原名称空间的部署产生域名冲突，如下图所示：
* cloud-eureka.ocp-import.demo.kuboard.cn
* api-gateway.ocp-import.demo.kuboard.cn
* svc-auth-server.ocp-import.demo.kuboard.cn
* svc-user-center.ocp-import.demo.kuboard.cn
* back-center.ocp-import.demo.kuboard.cn
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_配置域名](./import.assets/image-20191001141951560.png)
* 点击 **确定** 按钮
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_校验导入参数](./import.assets/image-20191001142617667.png)
* 点击 **应用** 按钮
![Kubernetes教程_部署SpringCloud_OCP_执行导入操作](./import.assets/image-20191001142642948.png)
* 点击 **完成** 按钮
* 此时进入名称空间，可看到所有的配置和部署都已经完成导入。
## 导入后调整
* 导入到新的名称空间以后，ConfigMap中配置参数受到影响的部分需要调整，如下图所示：
* <span style="color: blue">eureka.client.serviceUrl.defaultZone</span> = `http://cloud-eureka-0.cloud-eureka.ocp-import.svc.cluster.local:1111/eureka,http://cloud-eureka-1.cloud-eureka.ocp-import.svc.cluster.local:1111/eureka,http://cloud-eureka-2.cloud-eureka.ocp-import.svc.cluster.local:1111/eureka`
* <span style="color: blue">spring.datasource.druid.log.url</span> = `jdbc:mysql://db-log-center:3306/log-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false`
* <span style="color: blue">spring.redis.host</span> = `cloud-redis`
* <font color="blue">GATEWAY_API_URL</font> = `http://api-gateway.ocp-import.demo.kuboard.cn/`
* <font color="blue">CLOUD_EUREKA_URL</font> = `http://cloud-eureka.ocp-import.demo.kuboard.cn/`
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_调整ConfigMap中的参数](./import.assets/image-20191001142831089.png)
* 由于 ConfigMap 中的参数发生了变化，此时必须删除所以引用该 ConfigMap 中的容器组，Kubernetes 将自动创建新的容器组以替换被删除的容器组，新的容器组中，ConfigMap 的变更将生效。
点击名称空间上方的 **容器组列表** 按钮，全选，并删除，如下图所示：
![Kubernetes教程_部署SpringCloud_OCP_导入部署配置_重启容器组](./import.assets/image-20191001142955738.png)
## 验证配置
* 在浏览器打开 `http://back-end.ocp-import.demo.kuboard.cn` （此域名已失效，以节省演示服务器空间，请使用您自己的域名），可登录 OCP 后台中心的界面。
:tada: :tada: :tada: 您成功学会了如何使用 Kuboard 快速复制一份 Spring Cloud 微服务架构的部署环境。
## Kuboard授权
使用 Kuboard 是免费的，请查看 [Kuboard 授权声明](/support/)

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## 使用 Kuboard 在 K8S 上部署 OCP
Kuboard 网站将陆续 **连载** 如何使用 Kuboard 在 Kubernetes 上部署 OCP 的如下组件：
本系列文章将描述如何使用 Kuboard 在 Kubernetes 上部署 OCP 的如下组件：
* eureka-server
* auth-server
* user-center
* api-gateway
* back-center
该系列连载文章的目录如下：
* [准备OCP的构建环境和部署环境](/learning/k8s-practice/ocp/prepare.html)
* [构建docker镜像并推送到仓库](/learning/k8s-practice/ocp/build.html)
* [部署顺序](/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-server](/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](/learning/k8s-practice/ocp/user-server.html)
* [在K8S上部署api-gateway](/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](/learning/k8s-practice/ocp/review.html)
* [导出部署配置](/learning/k8s-practice/ocp/export.html)
* [在新的名称空间导入部署配置]
该系列文章的目录如下：
* 准备
* [准备OCP的构建环境和部署环境](/learning/k8s-practice/ocp/prepare.html)
* [构建docker镜像并推送到仓库](/learning/k8s-practice/ocp/build.html)
* 部署
* [部署顺序](/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-server](/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](/learning/k8s-practice/ocp/user-server.html)
* [在K8S上部署api-gateway](/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](/learning/k8s-practice/ocp/review.html)
* 多环境
* [导出部署配置](/learning/k8s-practice/ocp/export.html)
* [导入部署配置](/learning/k8s-practice/ocp/import.html)
::: tip OCP答疑
与 OCP 相关的问题，请加 OCP 的 QQ群 483725710

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@ -126,13 +126,14 @@ meta:
可参考文档 [使用ConfigMap配置您的应用程序](/learning/k8s-intermediate/config/config-map.html#configmap-%E5%AE%B9%E5%99%A8%E7%9A%84%E7%8E%AF%E5%A2%83%E5%8F%98%E9%87%8F%EF%BC%88configmap%E7%9A%84%E6%89%80%E6%9C%89%E5%90%8D%E5%80%BC%E5%AF%B9%EF%BC%89)
* 在 Kuboard 界面中进入 `ocp` 名称空间
* 创建ConfigMap，并填入三个名值对：
* 创建ConfigMap，并填入五个名值对：
* <span style="color: blue">eureka.client.serviceUrl.defaultZone</span> = `http://cloud-eureka-0.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-1.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-2.cloud-eureka.ocp.svc.cluster.local:1111/eureka`
* <span style="color: blue">spring.datasource.druid.log.url</span> = `jdbc:mysql://db-log-center:3306/log-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false`
* <span style="color: blue">spring.redis.host</span> = `cloud-redis`
* <font color="blue">GATEWAY_API_URL</font> = `http://api-gateway.ocp.demo.kuboard.cn/`
* <font color="blue">CLOUD_EUREKA_URL</font> = `http://cloud-eureka.ocp.demo.kuboard.cn/`
![Kubernetes教程：部署SpringCloud_创建ConfigMap](./review.assets/image-20191001090827800.png)
![Kubernetes教程：部署SpringCloud_创建ConfigMap](./review.assets/image-20191001135132953.png)
* 修改 eureka-server、auth-server、user-center、api-gateway 的部署信息，将上面创建的 ConfigMap 中所有名值对注入到容器的环境变量，并去除已经在 ConfigMap 中包含的环境变量。
@ -149,11 +150,13 @@ meta:
在本教程中，为了避免对 OCP 已有代码的修改，因此以直接注入 `spring.datasource.druid.log.url` 类似的环境变量的方式，使docker镜像适应不同的环境（开发环境、测试环境、生产环境等）。这种做法就会碰到一个比较尴尬的情况，例如，对于参数 `spring.datasource.druid.core.url` 键值相同，而不同模块中（auth-server、user-center、api-gateway）取值却不同。这是从参数使用者视角来看不可避免的现象。
一个建议的方式是，从参数提供者的视角来定义环境变量参数，并由参数使用者引用。例如，我们定义如下几个ConfigMap属性：
* <font color="blue">EUREKA_URLS</font>=http://cloud-eureka-0.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-1.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-2.cloud-eureka.ocp.svc.cluster.local:1111/eureka
* <font color="blue">DB_AUTH_CENTER_URL</font>=jdbc:mysql://db-auth-center:3306/auth-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries</font>=true&useSSL=false
* <font color="blue">DB_USER_CENTER_URL</font>=jdbc:mysql://db-user-center:3306/user-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false
* <font color="blue">DB_LOG_CENTER_URL</font>=jdbc:mysql://db-log-center:3306/log-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false
* <font color="blue">REDIS_HOST</font>=cloud-redis
* <font color="blue">EUREKA_URLS</font> = `http://cloud-eureka-0.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-1.cloud-eureka.ocp.svc.cluster.local:1111/eureka,http://cloud-eureka-2.cloud-eureka.ocp.svc.cluster.local:1111/eureka`
* <font color="blue">DB_AUTH_CENTER_URL</font> = `jdbc:mysql://db-auth-center:3306/auth-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries</font>=true&useSSL=false`
* <font color="blue">DB_USER_CENTER_URL</font>= `jdbc:mysql://db-user-center:3306/user-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false`
* <font color="blue">DB_LOG_CENTER_URL</font> = `jdbc:mysql://db-log-center:3306/log-center?useUnicode=true&characterEncoding=utf-8&allowMultiQueries=true&useSSL=false`
* <font color="blue">REDIS_HOST</font> = `cloud-redis`
* <font color="blue">GATEWAY_API_URL</font> = `http://api-gateway.ocp.demo.kuboard.cn/`
* <font color="blue">CLOUD_EUREKA_URL</font> = `http://cloud-eureka.ocp.demo.kuboard.cn/`
然后在参数使用者的 `application.xml` 中引用这些环境变量参数，以 auth-center 的 `application.xml` 为例：

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@ -176,20 +176,22 @@ Kuboard 为 Kubernetes 初学者设计了如下学习路径：
在 Kubernetes 上部署 Spring Cloud 微服务：(Open Capacity Platform)
* [OCP介绍](/learning/k8s-practice/ocp/)
* [准备OCP的构建环境和部署环境](/learning/k8s-practice/ocp/prepare.html)
* [构建docker镜像并推送到仓库](/learning/k8s-practice/ocp/build.html)
* [部署顺序](/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-center](/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](/learning/k8s-practice/ocp/user-center.html)
* [在K8S上部署api-gateway](/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](/learning/k8s-practice/ocp/review.html)
* [导出部署配置]
* [在新的名称空间导入部署配置]
* 准备
* [准备OCP的构建环境和部署环境](/learning/k8s-practice/ocp/prepare.html)
* [构建docker镜像并推送到仓库](/learning/k8s-practice/ocp/build.html)
* 部署
* [部署顺序](/learning/k8s-practice/ocp/sequence.html)
* [在K8S上部署eureka-server](/learning/k8s-practice/ocp/eureka-server.html)
* [在K8S上部署mysql](/learning/k8s-practice/ocp/mysql.html)
* [在K8S上部署redis](/learning/k8s-practice/ocp/redis.html)
* [在K8S上部署auth-server](/learning/k8s-practice/ocp/auth-server.html)
* [在K8S上部署user-center](/learning/k8s-practice/ocp/user-server.html)
* [在K8S上部署api-gateway](/learning/k8s-practice/ocp/api-gateway.html)
* [在K8S上部署back-center](/learning/k8s-practice/ocp/back-center.html)
* [重新审视配置信息](/learning/k8s-practice/ocp/review.html)
* 多环境
* [导出部署配置](/learning/k8s-practice/ocp/export.html)
* [导入部署配置](/learning/k8s-practice/ocp/import.html)
### Kubernetes 有经验者