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docker+swarm+etcd+shipyard为什么nodes节点没显示出来,其他都正常
uxux007
2018-09-10 03:58:12
这显示有节点
后台显示有6个容器,5个镜像,但是前端显示各少一个,因为另外一台运行一个容器还有一个镜像,也就是说master显示不了slave里面的东西
请问有人碰到吗
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docker+swarm+etcd+shipyard为什么nodes节点没显示出来,其他都正常
这显示有节点 后台显示有6个容器,5个镜像,但是前端显示各少一个,因为另外一台运行一个容器还有一个镜像,也就是说master显示不了slave里面的东西 请问有人碰到吗
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舞时尚
2018-11-30
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那你需在子节点执行, #添加节点 curl -sSL https://raw.githubusercontent.com/shipyard/shipyard-project.com/master/site/themes/shipyard/static/deploy | ACTION=node DISCOVERY=etcd://主节点IP:4001 bash -s
uxux007
2018-09-10
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nodes里面都是空的
Packt.Native.
Docker
.Clustering.with.
Swarm
Chapter 1, Welcome to
Docker
Swarm
, introduces
Swarm
, and explains why you need a clustering solution for your containers. It illustrates the
Swarm
features, giving a high-level description of its architecture. We define some use cases and describe how
Swarm
is different from Fleet, Kubernetes and Mesos. The chapter proceeds with the
Docker
tools installation and finally with two
Swarm
s provisionings: A local
Swarm
Standalone and a remote
Swarm
Mode cluster on DigitalOcean. Chapter 2, Discover the Discovery Services, is a descriptive and mostly abstract chapter. We’ll learn what discovery mechanisms and consensus algorithms are, and why they are crucial for distributed systems. We’ll describe in detail Raft and its implementation
Etcd
, the consensus mechanism included in
Swarm
Mode. We will also show the limitations of the discovery mechanism used in Chapter 1, Welcome to
Docker
Swarm
, by extending the local tiny example with Consul, re deploying it. Chapter 3, Meeting
Docker
Swarm
Mode, is about the new
Docker
kit that allows to create task clusters of any size. We will introduce
Swarm
it, the foundation of
Docker
Swarm
Mode, showing how it works in
Docker
1.12+, discuss its architecture, its concepts, how it’s different from the “old”
Swarm
, and how it organizes workloads by abstracting services and tasks. Chapter 4, Creating a Production-Grade
Swarm
, shows and discusses the community-driven projects
Swarm
2k and
Swarm
3k, our 2,300 and 4,800
nodes
Swarm
clusters experiments, which ran hundreds of thousands of containers. We demonstrate how such huge clusters were planned, provisioned, and summarize the lessons we learned. Chapter 5, Administer a
Swarm
Cluster, is a chapter about infrastructure. We will show how to increase or decrease
Swarm
s sizes, how to promote and demote
nodes
, and how to update clusters and
nodes
properties. We’ll introduce
Shipyard
and Portainer.io as graphical UIs for
Swarm
. Chapter 6, Deploy Real Applications on
Swarm
, is where we will put real applications in motion on
Swarm
and where we add to the discussion some notes about Compose,
Docker
Stacks and
Docker
Application Bundles. We will show the typical deployment workflow, how to filter and schedule containers over the cluster, launch them as services, handle containers as tasks. We’ll start defining a web service with Nginx, then we’ll deploy a mandatory Wordpress with MySQL example. We’ll finally move on with a more realistic app: Apache Spark. Chapter 7, Scale Up Your Platform, will develop new topics from the previous chapter. Here we’ll introduce Flocker to add storage capacity to Spark on
Swarm
, and we’ll show how to install and use it automatically at a scale in conjunction with
Swarm
. We’ll refine our Spark example by running some real big data jobs and setting up a basic monitoring system for this infrastructure. Chapter 8, Exploring Additional Features to
Swarm
, discusses some advanced topics important to
Swarm
, such as Libnetwork and Libkv. Chapter 9, Securing a
Swarm
Cluster and
Docker
Software Supply Chain, will focus on security considerations for
Swarm
clusters. Among the arguments, certificates, firewalling concepts for platform, and a mention to Notary. Chapter 10,
Swarm
and the Cloud, is a chapter illustrating the most popular options for running
Swarm
on cloud providers. We’ll install
Swarm
on AWS and Azure before introducing the
Docker
Datacenter, and we’ll finally move to OpenStack showing how to install and manage
Swarm
s on the top of Magnum, the Container as a Service solution for OpenStack. Chapter 11, What is Next?, concludes the discussion with an overview on the next
Docker
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