docker swarm kubernetes

Firewall add rule name= "SWM 4789udp" Dir=in action=allow protocol=udp localport=47893. Initializing cluster modeExecute on Masterc:\> Docker swarm init--advertise-addr=192.168.2.30--listen-addr 192.168.2.30:2377Pit: Perform Docker swarm init on Linux to initialize the cluster, but will not be stuck on windows, you ne

Original address: https://docs.docker.com/swarm/discovery/ Docker Swarm node found in three ways: Distributed key value Storage, node list, Docker Hub. Note: The following "host discovery" is equivalent to "node discovery". Storage host discovery using distributed key values It is recommended that the LIBKV project be

This is a creation in Article, where the information may have evolved or changed. main.goThe code is as follows: package mainimport ( _ "github.com/docker/docker/pkg/discovery/file" _ "github.com/docker/docker/pkg/discovery/kv" _ "github.com/docker/

Add some missing questions. The main content of this chapter: use constraints to specify service constraints. Service mounts use local volume. The Elk Log platform uses the Gelf log driver to collect logs. 1. Specify service constraint In the previous chapters, we created the Registry service, which was executed on a node by the Swarm automatic dispatch definition. In that case, if we restart the service, registry services may be started with random n

1. Swarm is a scheduling framework developed by docker. (Found on the Internet) 2.Server Load balancer: Docker is called ingress load balancing ). It works by listening to published service ports on all worker nodes. When the service is called by an external system, the node that receives the traffic will use the internal DNS service provided by

Tags: using the download LOB stderr results UAC easy-to-use DEP amp The Docker swarm cluster has many monitoring options, and the Cadvisor+influxdb+grafana solution is powerful and flexible. The most important thing is that this program is open source, free, easy to use, is an inexpensive version of the monitoring program. Reference Document: https://botleg.com/stories/monitoring-

First, create a cluster1. Initialize the manager node (XXX is the manager's IP address)docker swarm init --advertise-addr xxx.xxx.xxx.xxxWill output the following, note Bold Italic command, join the cluster need to use Swarm initialized:current Node (pk4p936t4e03cpse3izuws07s) is now a manager.To add a worker to this

---env---[Email protected]:~# cat/etc/issueUbuntu 12.04.4 LTS \ \l[Email protected]:~# docker-vDocker version 1.12.3, build 6b644ecNode1, Consul, shipyard, Portainer = 172.18.0.78Node2 = 172.18.0.86Node3 = 172.18.0.4---Consul---[Node1]Docker run-d-P 8500:8500--name=consul progrium/consul-server-bootstrap-advertise=172.18.0.78---master---[Node1]Docker run-d-P 4000

10.40.100.145 onDocker run-d--name consul0--restart=always-v/mnt:/data \- P 8300:8300 \- P 8301:8301 \- P 8301:8301/udp \- P 8302:8302 \- P 8302:8302/udp \- P 8400:8400 \- P 8500:8500 \docker-registry.venic.com:5000/consul:latest-server-advertise 10.40.100.145-bootstrap-expect 310.40.100.146 onDocker run-d--name consul1--restart=always-v/mnt:/data \- P 8300:8300 \- P 8301:8301 \- P 8301:8301/udp \- P 8302:8302 \- P 8302:8302/udp \- P 8400:8400 \- P 8

Environment Construction _c5-6 Adjusting the micro-service adaptation Mesos5-7 Micro-Service Deployment _a5-8 Micro-Service Deployment _b5-9 Micro-Service Deployment _c6th Chapter Service Orchestration-dockerswarmThe process of learning is similar to Mesos, which is to start with the concept, understand the architecture design of swarm, understand its service discovery, service orchestration, and then build swarm