RabbitMQ cluster configuration, rabbitmq Cluster
Reference:
This article describes the basic installation and basic cluster configuration of rabbitmq.I. Environment 1. Operating System
CentOS-7-x86_64-Everything-15112. Version
Haproxu version: 1.7.7
Erlang version: 20.0
Set up a RabbitMq cluster and a rabbitmq Cluster
Lab environment:
The operating system is Centos 7.2.
IP hostName
192.168.190.132 node132
192.168.190.139 node139
192.168.190.140 node140
RabbitMQ Port
4369 (epmd)
5672,567 1 (AMQP 0-9-1 and 1.0 without and with TLS)
256
protected]:* Unable to connect to EPMD (Port 4369) on Vms00386:nxdomain (non-existing domain)Current node Details:-Node Name: ' [email protected] '-Home dir:/VAR/LIB/RABBITMQ-Cookie hash:50yo3zk+hjhos0tab1vhjg==The way to solve it:Cluster nodes need to be able to access each other, so each cluster node Hosts file should contain all the nodes in the cluster infor
High Availability of rabbitmq Clusters
Rabbitmq is developed using Erlang and clusters are very convenient. Because Erlang is a distributed language, it does not support Server Load balancer itself.
The rabbit mode can be divided into the following three modes: single mode, normal mode, and image mode.
Single Mode: the simplest mode, not the cluster mode.
There i
RABBITMQ Cluster High AvailabilityRABBITMQ is developed with Erlang, which is very handy because Erlang is inherently a distributed language, but it does not natively support load balancing.Rabbit mode is roughly divided into the following three types: Single mode, normal mode, mirror modeSingle mode: The simplest case, non-clustered mode.There's nothing to say.Normal mode: The default
"ABC" is set to be posted to the queue. When the key is matched with a pattern, it is called a topic switch, and the symbol "#" matches one or more words, and the symbol "*" matches exactly one word. For example, "abc.#" matches "Abc.def.ghi", "abc.*" matches only "Abc.def". There is also a need for a key, called the fanout Switch, which takes broadcast mode, when a message comes in, it is posted to all queues that are bound to the switch.
RABBITMQ s
the ecs00044. RABBITMQ page (web) managementTo enable the Web plugin:[Email protected]:~# rabbitmq-plugins Enable Rabbitmq_managementClose the Web plugin[email protected]:~#rabbitmq-plugins Disable rabbitmq_managementcan use the default account guest,guest login http:// host ip:15672, if you want to telnet, you need to create an account, because it is a
Rabbitmq-server#rabbitmqctl stop#/etc/init.d/rabbitmq-server startCheck that the management port has no boot:# Netstat-tnlp|grep 55672650) this.width=650; "src=" http://s3.51cto.com/wyfs02/M00/56/C5/wKioL1SNk6HAqqi-AAKaRTzIU9g550.jpg "title=" r3.jpg "alt=" wkiol1snk6haqqi-aakartziu9g550.jpg "/> Browser Open http://IP:55672 account password is guest note :rabbitmq
RabbitMQ-high-availability cluster deployment practices
In the previous chapters, we talked about setting up and using the single-Host Mode of RabbitMQ. In the actual production environment, we will use the cluster mode to deploy RabbitMQ for performance and availability c
". *". * "". * "Setting permissions for the user "admin" in Vhost "/" ...??Delete User (delete guest user)[email protected] ~]# rabbitmqctl Delete_user Guest????RabbitMQ Cluster ConfigurationThe cluster configuration is based on the completion of the single-machine configurationThe following takes node140 as an example, node132 needs to do the same
RABBITMQ Introduction 1, What is RABBITMQ?
MQ is all called MessageQueue, and Message Queuing (MQ) is an application-to-application communication method. Applications communicate by writing and retrieving data (messages) for applications that enter and leave the queue, without requiring a private connection to link them.RabbitMQ is an open-source implementation of the AMQP (Advanced Message Queuing
This article is based on: http://www.360doc.com/content/15/0312/17/20874412_454622619.shtml finishingRABBITMQ has a very good messaging performance, but also open source software, the use of a wide range.Because you are using a Windows system, in a nutshell, the point of entry is naturally the bat file provided by RABBITMQ. RABBITMQ provides 5 bat files, respectively: R
allowed.RABBITMQ cluster nodes include memory nodes, disk nodes. So the lab environment prepares three servers, one using disk mode and two using memory mode.RABBITMQ Cluster Specific configuration:
Host name
IP Address
Use
Operating System
Mq01
192.168.195.147
Disk node
CentOS7
Mq0
First, install the Erlang environment on the cluster machine, install the RABBITMQ;Second, assume that the 192.168.10.111 node name is [email protected],192.168.10.112 node name is [email protected]1. Create the cluster configuration file rabbitmq.config on the RabbitMQ data of the two machines and the path of the log
One: Installation of RABBITMQ:Reference: http://www.blogjava.net/hellxoul/archive/2014/06/25/415135.htmlhttp://blog.haohtml.com/archives/15249Description: Modify the machine name before installing (prepare for the cluster behind)Vi/etc/sysconfig/network Modify NameVi/etc/hosts Modify the address mapping table, such as 192.168.1.112 rabbitmq-node1.com rabbitmq-nod
What is RABBITMQ? MQ (Message queue) message middleware, which is generally deployed in cluster mode, mainly provides the receiving and sending of messages, and realizes the synchronization of messages between each micro-service. Principle Introduction RABBITMQ is based on the distributed nature of Erlang (RABBITMQ is
Project needs to build RABBITMQ high-availability cluster, recently in the learning and building process, recorded here can communicate with everyone (here is just a record of their own building process after learning, many of the principles of things not in detail).
Build the Environment
CentOS7 64-bit
RabbitMQ 3.6.2
Keepalive
First install RABBITMQ, then continue to look down
Article title: "RABBITMQ single Installation Small Remember"
Article Address: http://www.bbtang.info/591.html
You also need to modify the host file 1 127.0.0.1 rabbitmq1 localhost.localdomain localhost4 localhost4.localdomain4 2:: 1 localhost local Host.localdomain localhost6 localhost6.localdomain6 3 192.168.1.254 rabbitmq1 4 192.168.1.22 rabbitmq2
Each m
stored in$home/.erlang.cookie(like my root user installed in my Root/.erlang.cookie), the file is 400 permissions. So it is necessary to ensure that each node cookie is consistent, otherwise the nodes can not communicate.Erlang CookiesErlang nodes use a cookie to determine whether they is allowed to communicate with each other-for both nodes to be able To communicate they must has the same cookie. The cookie is just a string of alphanumeric characters. It can be as a long or short as.Erlang wou
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