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Docker Swarm集群部署应用

时间:2017-08-27 10:03:54      阅读:266      评论:0      收藏:0      [点我收藏+]

标签:docker   duyuheng   swarm   

在Docker Swarm集群部署应用


我们过去使用docker run的命令创建容器, 把前面替换成docker service create就行了.

建议搭建一个registry,为所的docker主机提供镜像下载,否则你需要在每个docker主机本地存在容器镜像。

所以搭建一个私有仓库,由私有仓库提供所需要的镜像,

本实验环境中用node1同时作为registry

拉取本地私有仓库registry查看registry镜像

 

基础环境

全部为CentOS7系统,Docker 版本为1.12.6

node1 192.168.1.107      ntpserver、registry   

node2 192.168.1.136     dockerfile生成httpd镜像、mamager节点    

node3 192.168.1.137     work节点

设置时间同步

[root@node1 ~]# yum  -y  install  ntp
[root@node1 ~]# vim  /etc/ntp.conf

添加下面两行

server 127.127.1.0

fudge 127.127.1.0 stratum 8

[root@node1 ~]# systemctl  restart  ntpd
[root@node1 ~]# firewall-cmd  --permanent  --add-port=123/udp
[root@node1 ~]# firewall-cmd --reload

node2node3两台节点服务器进行时间同步

[root@node2 ~]# /usr/sbin/ntpdate  192.168.1.10

21 Aug 15:31:23 ntpdate[4304]: step time server 192.168.1.107 offset 0.621419 sec

[root@node3 ~]# /usr/sbin/ntpdate  192.168.1.107

21 Aug 15:31:52 ntpdate[4239]: adjust time server 192.168.1.107 offset -0.004892 sec

修改三台主机名分别为node1node2、node3

[root@localhost ~]# vim  /etc/hostname

node1

将所有服务器开启路由转发

[root@node1 ~]# vim  /etc/sysctl.conf

添加

net.ipv4.ip_forward=1

[root@node1 ~]# sysctl  -p

net.ipv4.ip_forward = 1

关闭所有服务器selinux

[root@node1 ~]# setenforce  0

所有服务器配置解析

[root@node1 ~]# vim  /etc/hosts

添加

192.168.1.107 node1

192.168.1.136 node2

192.168.1.137 node3

关闭所有服务器防火墙(不关闭即将相关端口放行)

[root@node1 ~]# systemctl   stop   firewalld.service

配置所有节点密钥登录

node1设置即可(一路回车)

[root@node1 ~]# ssh-keygen

将密钥发布到各个节点

node1设置即可

[root@node1 ~]# ssh-copy-id  node1
[root@node1 ~]# ssh-copy-id  node2
[root@node1 ~]# ssh-copy-id  node3

测试密钥登录

[root@node1 ~]# for N in $(seq 1 3); do ssh node$N  hostname; done ;

node1

node2

node3

所有服务器安装docker

[root@node1 ~]# yum  -y install  docker

查看版本(必须是1.12或以上版本)

[root@node1 ~]# docker  -v

Docker version 1.12.6, build 88a4867/1.12.6

设置开机自启动并动启docker

[root@node1 ~]# systemctl  start docker

node1初始化swarm集群

[root@node1 ~]# docker swarm  init --advertise-addr  192.168.1.107

Swarm initialized: current node (9cxfsbt5294ya0wn7ji0gs3ji) is now a manager.

 

To add a worker to this swarm, run the following command:

 

    docker swarm join \

    --token SWMTKN-1-0mlhcveie1hpqsj8m9recv40bmv6h3nvvf05rqjqkvdxs4dqpp-7z2advdggin0g9yqvsr4bg4q9 \

    192.168.1.107:2377

 

To add a manager to this swarm, run ‘docker swarm join-token manager‘ and follow the instructions.

node2加入集群

[root@node2 ~]# docker swarm join >     --token SWMTKN-1-0mlhcveie1hpqsj8m9recv40bmv6h3nvvf05rqjqkvdxs4dqpp-7z2advdggin0g9yqvsr4bg4q9 >     192.168.1.107:2377

This node joined a swarm as a worker.

 node3加入集群

[root@node3 ~]# docker swarm join >     --token SWMTKN-1-0mlhcveie1hpqsj8m9recv40bmv6h3nvvf05rqjqkvdxs4dqpp-7z2advdggin0g9yqvsr4bg4q9 >     192.168.1.107:2377

This node joined a swarm as a worker

提升node2manager节点

[root@node1 ~]# docker node promote node2

Node node2 promoted to a manager in the swarm.

查看集群节点情况

[root@node1 ~]# docker  node ls

ID                           HOSTNAME  STATUS  AVAILABILITY  MANAGER STATUS

6qfftgsw2ba2eq0j0ztvcyjna    node3     Ready   Active        

9cxfsbt5294ya0wn7ji0gs3ji *  node1     Ready   Active        Leader

c1lpchr06vjl7pg5s3leezxrq    node2     Ready   Active        Reachable

至此基础环境已配置完毕

 

开始搭建私有仓库

node1上传registry:2镜像也可直接#docker pull registry:2

[root@node1 src]# docker  load  < registry2.tar 
[root@node1 ~]# docker  images

REPOSITORY          TAG                 IMAGE ID            CREATED             SIZE

registry            2                   c6c14b3960bd        13 months ago       33.28 M

 

附:registry1python语言写的,而现在registry2版本即docker distribution更加安全和快速,并且是用go语言写的

基于私有仓库镜像运行容器

默认情况下,registry2会将仓库存放于容器的/var/lib/registry目录下,这样如果容器被删除,则存放于容器中的镜像也会丢失,所以我们一般情况下会指定本地一个目录挂载到容器的/var/lib/registry下,两个目录下都有!

·registry的默认存储路径是/var/lib/registry,只是个临时目录,一段时间之后就会消失

·所以使用-v参数,指定个本地持久的路径,

运行容器(端口映射、随docker启动时容器亦启动、路径映射、名字)

[root@node1 ~]# mkdir -p /opt/data/registry
[root@node1 ~]#docker run -d -p 5000:5000 --restart=always -v /opt/data/registry/:/var/lib/registry --name registry2 registry:2

35639a4b8c60d877488d1bb79e71af288fbb2694cda9aa7d6ae9811b467eb906

[root@node1 ~]# docker ps

CONTAINER ID        IMAGE               COMMAND                  CREATED             STATUS              PORTS                    NAMES

35639a4b8c60        registry:2          "/entrypoint.sh /etc/"   34 seconds ago      Up 31 seconds       0.0.0.0:5000->5000/tcp   regist

[root@node1 ~]# curl 192.168.1.107:5000/v2/_catalog

{"repositories":[]}

 

返回{"repositories":[]} 说明registry服务工作正常.

注:镜像信息存放在/var/lib/registry目录下,因此这里将宿主机目录映射到/var/lib/registry

 

所有主机都指向registry服务器:

停止docker服务node1为例注意

[root@node1 ~]# systemctl   stop  docker

修改vim /usr/lib/systemd/system/docker.service,修改后保存退出

[root@node1 ~]# vim /usr/lib/systemd/system/docker.service

修改以下内容(添加红色字部分即可)

ExecStart=/usr/bin/dockerd-current --insecure-registry 192.168.1.107:5000  \

 

 重载docker服务并启动docker服务

[root@node1 ~]# systemctl   daemon-reload 
[root@node1 ~]# systemctl  start  docker

 

测试本地镜像仓库

有了本地镜像仓库registry, 现在我们推送一个测试镜像到本机镜像仓库, 测试下registry服务.

上传基础镜像

[root@node2 src]# docker  load <  centos7.tar

编写Dockerfile创建一简的容器

[root@node2 ~]# mkdir  /httpd
[root@node2 ~]# cd /httpd/
[root@node2 httpd]# vim  Dockerfile

FROM  50dae1ee8677

RUN  yum -y install httpd net-tools

RUN  sed ‘s/#ServerName /ServerName /g‘ -i /etc/httpd/conf/httpd.conf

EXPOSE  80

CMD ["/usr/sbin/httpd","-DFOREGROUND"]

[root@node2 httpd]# docker build  -t 192.168.1.107:5000/centos:httpd .


[root@node2 httpd]# docker   images


REPOSITORY                  TAG                 IMAGE ID            CREATED             SIZE

192.168.1.107:5000/centos   httpd               e500f78679e6        28 seconds ago      334.8 MB

docker.io/centos            latest              50dae1ee8677        13 months ago       196.7 MB

 

测试:node2主机上推送镜像到registry

[root@node2 httpd]# docker  push  192.168.1.107:5000/centos:httpd

The push refers to a repository [192.168.1.107:5000/centos]

8214cbd58105: Pushed

1cba5315c37c: Pushed

0fe55794a0f7: Pushed

httpd: digest: sha256:57aa90b2fb375d33f6e7ddd2a6f446082a8e43720abeb2e738c179e52060b11c size: 949

push成功后, 可以调用registry API查看 registry中的镜像

[root@node2 httpd]# curl 192.168.1.107:5000/v2/_catalog

{"repositories":["centos"]}

测试成功将镜像删除

[root@node2 httpd]# docker rmi -f $(docker images -q)

node3主机测试从registry下载镜像

[root@node3 ~]# docker  pull  192.168.1.107:5000/centos:httpd

Trying to pull repository 192.168.1.107:5000/centos ...

httpd: Pulling from 192.168.1.107:5000/centos

015eb01e8c8a: Pull complete

d779d3709bc9: Pull complete

b992bb2524dd: Pull complete

Digest: sha256:57aa90b2fb375d33f6e7ddd2a6f446082a8e43720abeb2e738c179e52060b11c

[root@node3 ~]# docker  images

REPOSITORY                  TAG                 IMAGE ID            CREATED             SIZE

192.168.1.107:5000/centos   httpd               fb438be1e9dc        7 minutes ago       334.8 MB

测试成功将镜像删除

[root@node3 ~]# docker rmi  192.168.1.107:5000/centos:httpd


overlay网络

解决了镜像构建问题, 为了让应用跑在swram集群,我们还需要解决容器间的网络访问问题.

单台服务器的时候我们应用所有的容器都跑在一台主机上, 所以容器之间的网络是互通的. 现在我们的集群有3台主机, 所以docker应用的服务会分布在这3台主机上.

如何保证不同主机上的容器网络互通呢?

swarm集群已经帮我们解决了这个问题了,就是只用overlay network.

docker 1.12以前, swarm集群需要一个额外的key-value存储(consul, etcd). 来同步网络配置, 保证所有容器在同一个网段中.
docker 1.12已经内置了这个存储, 集成了overlay networks的支持.

下面我们演示下如何创建一个 overlay network:

注:swarm上默认已有一个名为ingressoverlay 网络, 可以直接使用, 但本文会创建一个新的

为我们的docker应用创建一个名为dockercoinsoverlay network

[root@node2 ~ ]# docker network  create --driver  overlay  dockercoins

czrggbi9bzr93hj41xk7wyi7t

查询docker network 列表

[root@node2 ~]# docker  network  ls

NETWORK ID          NAME                DRIVER              SCOPE

243db7b3b091        bridge              bridge              local               

8af0a3999e12        docker_gwbridge     bridge              local               

6eucw2o38a54        dockercoins         overlay             swarm               

406da66db113        host                host                local               

6dxsbfttclfv        ingress             overlay             swarm               

f5e4dd3297cc        none                null                local           

在网络列表中你可以看到dockercoins网络的SCOPEswarm, 表示该网络在整个swarm集群生效的, 其他一些网络是local, 表示本机网络.
你只需要在manager节点创建network, swarm集群会自动处理配置到其他的节点,这是你可以查看其他节点的network. dockercoins网络已经都创建了.:

 

注:一旦新的任务被指定给这个节点,Overlay网络就会被按需创建。

[root@node1 ~]# docker network  ls

NETWORK ID          NAME                DRIVER              SCOPE

9ee608df7b31        bridge              bridge              local               

f9ec38ea9c8f        docker_gwbridge     bridge              local               

6eucw2o38a54        dockercoins         overlay             swarm               

6d5d39f8176e        host                host                local               

6dxsbfttclfv        ingress             overlay             swarm               

b96fe7a0e42c        none                null                local    

node3不是manager节点所以查不到

[root@node1 ~]# ssh node3 docker network ls

NETWORK ID          NAME                DRIVER              SCOPE

57d951547d1b        bridge              bridge              local               

7268e014f58b        docker_gwbridge     bridge              local               

63eb157bfb4f        host                host                local               

6dxsbfttclfv        ingress             overlay             swarm               

9c2af9cd387c        none    


swarm集群上运行docker应用

概念解释:service

Docker1.12 swarm引入了服务的概念,一个服务由多个任务组成,一个任务即一个运行的容器。

服务包括两种类型:

复制服务(replicated services):类似 k8s 中复制集的概念,保持一定数量的相同任务在集群中运行;

全局服务(global services):类似 k8s daemon 的概念,每个工作节点上运行一个。

 

发布服务

manager上执行如下命令:

下面我们可以使用之前push到本地镜像仓库的镜像启动服务, centos:httpd为例:

[root@node1 ~]# docker  pull  192.168.1.107:5000/centos:httpd

Trying to pull repository 192.168.1.107:5000/centos ...

httpd: Pulling from 192.168.1.107:5000/centos

015eb01e8c8a: Pull complete

d779d3709bc9: Pull complete

b992bb2524dd: Pull complete

Digest: sha256:57aa90b2fb375d33f6e7ddd2a6f446082a8e43720abeb2e738c179e52060b11c

[root@node1 ~]# docker  images

REPOSITORY                  TAG                 IMAGE ID            CREATED             SIZE

192.168.1.107:5000/centos   httpd               fb438be1e9dc        31 minutes ago      334.8 MB

registry                    2                   c6c14b3960bd        13 months ago       33.28 MB

 

manager上执行如下命令:

[root@node1 ~]# docker service create  --replicas 1 --network  dockercoins  --name ceshi1 -p 8080:80 192.168.1.107:5000/centos:httpd

9zipvng0tsdpdfnhprzmdymmz

参数:

docker service create命令创建一个 service.

--name标签命名serviceweb1.

--replicas标签来声明1个运行实体(即容器副本数)

注意, 我们启动的镜像名字192.168.1.107:5000/centos:http使用我们本地镜像仓库的镜像名称, 这样当主机上没有这个镜像时, 会自动到本地镜像仓库拉取镜像.

使用docker service ls查看服务

[root@node1 ~]# docker  service  list

ID            NAME    REPLICAS  IMAGE                            COMMAND

2syr9grsirji  ceshi1  1/1       192.168.1.107:5000/centos:httpd    

 

docker service inspect命令用户查看service详细信息

 

使用docker serviceps<SERVICE-ID/NAME>查看服务运行在哪个节点上

[root@node1 ~]# docker service  ps  ceshi1

ID                         NAME      IMAGE                            NODE   DESIRED STATE  CURRENT STATE               ERROR

35s0e9ebps6oijty0klhsc6sy  ceshi1.1  192.168.1.107:5000/centos:httpd  node3  Running        Running about a minute ago

现在你可以用浏览器访问http://192.168.1.107:8080 就能访问测试页

技术分享


事实上, 你可以访问swarm集群中的所有节点 192.168.1.136192.168.1.1378080端口, 都可以访问测试页。(注:将firewall防火墙默认区域设置为trusted

 

manager Leader上执行如下命令:

[root@node1 ~]# docker service  create  --replicas  2 --network  dockercoins  --name  ceshi2  -p  8000:80 192.168.1.107:5000/centos:httpd

3ljbgwjrgtiw0njmbby76aqmm

--replicas标签来声明2个运行实体

查看服务:

[root@node1 ~]# docker  service  ls

ID            NAME    REPLICAS  IMAGE                            COMMAND

2syr9grsirji  ceshi1  1/1       192.168.1.107:5000/centos:httpd  

3ljbgwjrgtiw  ceshi2  2/2       192.168.1.107:5000/centos:httpd  

 

[root@node1 ~]# docker service   ps ceshi2

ID                         NAME      IMAGE                            NODE   DESIRED STATE  CURRENT STATE          ERROR

1nop65bw2tx5n8oz4ydas1shv  ceshi2.1  192.168.1.107:5000/centos:httpd  node2  Running        Running 4 minutes ago  

dspxbg8yd42ftdx0k9p61ld1p  ceshi2.2  192.168.1.107:5000/centos:httpd  node1  Running        Running 4 minutes ago

从上面可以看到ceshi2名称的service2个副本分别运行在node1node2节点上。

 

以全局服务类型运行服务

[root@node1 ~]# docker service  create  --mode  global  --name ceshi3 -p  8020:80  192.168.1.107:5000/centos:httpd

3tm3krvcg3xoe6tlobbn4xp8x

[root@node1 ~]# docker service  ls

ID            NAME    REPLICAS  IMAGE                            COMMAND

2syr9grsirji  ceshi1  1/1       192.168.1.107:5000/centos:httpd  

3ljbgwjrgtiw  ceshi2  2/2       192.168.1.107:5000/centos:httpd  

3tm3krvcg3xo  ceshi3  global    192.168.1.107:5000/centos:httpd

从下面可以看到服务ceshi3在每个节点上都运行一个

[root@node1 ~]# docker service  ps  ceshi3

ID                         NAME        IMAGE                            NODE   DESIRED STATE  CURRENT STATE               ERROR

28qcqbocq3fssq6prry8b1yhr  ceshi3      192.168.1.107:5000/centos:httpd  node3  Running        Running about a minute ago  

601t61m1a9vhjsx2enbwrwkk1   \_ ceshi3  192.168.1.107:5000/centos:httpd  node2  Running        Running about a minute ago  

5zip3tapzobnxit0bhi07zvxl   \_ ceshi3  192.168.1.107:5000/centos:httpd  node1  Running        Running about a minute ag

下面我们扩展旧的服务,从下面可以看到ceshi1   service目前只有一个副本

[root@node1 ~]# docker service  ls

ID            NAME    REPLICAS  IMAGE                            COMMAND

2syr9grsirji  ceshi1  1/1       192.168.1.107:5000/centos:httpd  

3ljbgwjrgtiw  ceshi2  2/2       192.168.1.107:5000/centos:httpd  

3tm3krvcg3xo  ceshi3  global    192.168.1.107:5000/centos:httpd  

 

扩展已有的服务的副本数

这里将ceshi1服务扩展到3个副本

[root@node1 ~]# docker service  scale  ceshi1=3

ceshi1 scaled to 3

[root@node1 ~]# docker service  ls

ID            NAME    REPLICAS  IMAGE                            COMMAND

2syr9grsirji  ceshi1  3/3       192.168.1.107:5000/centos:httpd  

3ljbgwjrgtiw  ceshi2  2/2       192.168.1.107:5000/centos:httpd  

3tm3krvcg3xo  ceshi3  global    192.168.1.107:5000/centos:httpd  

缩减已有的服务的副本数

这里将ceshi1服务缩减到2个副本

[root@node1 ~]# docker service  ls

ID            NAME    REPLICAS  IMAGE                            COMMAND

2syr9grsirji  ceshi1  2/2       192.168.1.107:5000/centos:httpd  

3ljbgwjrgtiw  ceshi2  2/2       192.168.1.107:5000/centos:httpd  

3tm3krvcg3xo  ceshi3  global    192.168.1.107:5000/centos:httpd  

 

Swarm节点是自组织(self-organizing)和自修复(self-healing)的,什么意思?只要有节点或容器宕掉,swarm engine就会尝试修复,下面我们来具体看一下

自修复(self-healing

经过上面的操作之后,我们有以下3个节点:

[root@node1 ~]# docker node  ls

ID                           HOSTNAME  STATUS  AVAILABILITY  MANAGER STATUS

6qfftgsw2ba2eq0j0ztvcyjna    node3     Ready   Active        

9cxfsbt5294ya0wn7ji0gs3ji *  node1     Ready   Active        Reachable

c1lpchr06vjl7pg5s3leezxrq    node2     Ready   Active        Leader

 运行着3个服务共5个任务(容器)

[root@node1 ~]# docker service  ls

ID            NAME    REPLICAS  IMAGE                            COMMAND

2syr9grsirji  ceshi1  2/2       192.168.1.107:5000/centos:httpd  

3ljbgwjrgtiw  ceshi2  2/2       192.168.1.107:5000/centos:httpd  

3tm3krvcg3xo  ceshi3  global    192.168.1.107:5000/centos:httpd

node1节点上运行着容器2个容器还有一个私有仓库注册服务器容器

[root@node1 ~]# docker  ps

CONTAINER ID        IMAGE                             COMMAND                  CREATED             STATUS              PORTS                    NAMES

00ea67d76d15        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   16 minutes ago      Up 16 minutes       80/tcp                   ceshi3.0.5zip3tapzobnxit0bhi07zvxl

cef6786aa5bf        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   25 minutes ago      Up 25 minutes       80/tcp                   ceshi2.2.dspxbg8yd42ftdx0k9p61ld1p

35639a4b8c60        registry:2                        "/entrypoint.sh /etc/"   51 minutes ago      Up 47 minutes       0.0.0.0:5000->5000/tcp   registry2

node2节点上运行着容器3个容器

[root@node2 ~]# docker ps

CONTAINER ID        IMAGE                             COMMAND                  CREATED             STATUS              PORTS               NAMES

c81a2f073941        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   14 minutes ago      Up 13 minutes       80/tcp              ceshi1.2.avu47j8eim8gclzkbws9lgvuc

9cb3704e8221        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   17 minutes ago      Up 17 minutes       80/tcp              ceshi3.0.601t61m1a9vhjsx2enbwrwkk1

35c95d81dc1b        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   26 minutes ago      Up 26 minutes       80/tcp              ceshi2.1.1nop65bw2tx5n8oz4ydas1shv

 

node3节点上运行着容器2个容器

[root@node3 ~]# docker ps

CONTAINER ID        IMAGE                             COMMAND                  CREATED             STATUS              PORTS               NAMES

0542ea9089e7        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   18 minutes ago      Up 18 minutes       80/tcp              ceshi3.0.28qcqbocq3fssq6prry8b1yhr

cd52075eea06        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   35 minutes ago      Up 34 minutes       80/tcp              ceshi1.1.35s0e9ebps6oijty0klhsc6sy

 

现在我们让node3上的容器都宕掉或部分宕掉

[root@node3 ~]# docker stop $(docker ps -aq)

一旦node3上所有容器停止,Docker就会试图在相同的节点上启动2个不同ID的容器。

这就是Docker Swarm Engineself-healing功能。

[root@node3 ~]# docker  ps

CONTAINER ID        IMAGE                             COMMAND                  CREATED             STATUS              PORTS               NAMES

ad2f0a30f991        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   27 seconds ago      Up 21 seconds       80/tcp              ceshi1.1.7qxmmvfbej3w9yekrqpf4gptf

c6ae75728aa0        192.168.1.107:5000/centos:httpd   "/usr/sbin/httpd -DFO"   28 seconds ago      Up 22 seconds       80/tcp              ceshi3.0.exxmoz1443gybq4txds2vu4v1

 

Self-Organizing

现在我们让node3整个宕掉,node3上的容器会自动在其它节点上启动。

manager节点上执行docker  server ps服务名

[root@node1 ~]# docker service ps ceshi3

ID                         NAME        IMAGE                            NODE   DESIRED STATE  CURRENT STATE           ERROR

exxmoz1443gybq4txds2vu4v1  ceshi3      192.168.1.107:5000/centos:httpd  node3  Running        Running 2 minutes ago   

28qcqbocq3fssq6prry8b1yhr   \_ ceshi3  192.168.1.107:5000/centos:httpd  node3  Shutdown       Complete 3 minutes ago  

601t61m1a9vhjsx2enbwrwkk1   \_ ceshi3  192.168.1.107:5000/centos:httpd  node2  Running        Running 23 minutes ago  

5zip3tapzobnxit0bhi07zvxl   \_ ceshi3  192.168.1.107:5000/centos:httpd  node1  Running        Running 23 minutes ago  

[root@node1 ~]# docker service ps ceshi1

ID                         NAME          IMAGE                            NODE   DESIRED STATE  CURRENT STATE            ERROR

7qxmmvfbej3w9yekrqpf4gptf  ceshi1.1      192.168.1.107:5000/centos:httpd  node3  Running        Running 3 minutes ago    

35s0e9ebps6oijty0klhsc6sy   \_ ceshi1.1  192.168.1.107:5000/centos:httpd  node3  Shutdown       Complete 3 minutes ago   

avu47j8eim8gclzkbws9lgvuc  ceshi1.2      192.168.1.107:5000/centos:httpd  node2  Running        Running 19 minutes ago   

a4samjx85fw7v4cqsm3asr09j  ceshi1.3      192.168.1.107:5000/centos:httpd  node3  Shutdown       Shutdown 18 minutes ago  

 



本文出自 “duyuheng” 博客,谢绝转载!

Docker Swarm集群部署应用

标签:docker   duyuheng   swarm   

原文地址:http://duyuheng.blog.51cto.com/12879147/1959589

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