nsq vs kafka

This is a creation in Article, where the information may have evolved or changed. 1. Introduction Recently in the study of some message middleware, commonly used MQ such as Rabbitmq,activemq,kafka. NSQ is a distributed real-time messaging platform based on the Go language, which is based on the MIT Open Source protocol, an easy-to-use message middleware developed by Bitly Corporation.The official and third

This is a creation in Article, where the information may have evolved or changed. 1. Introduction Recently in the study of some message middleware, commonly used MQ such as Rabbitmq,activemq,kafka. NSQ is a distributed real-time messaging platform based on the Go language, which is based on the MIT Open Source protocol, an easy-to-use message middleware developed by Bitly Corporation.The official and third

This is a creation in Article, where the information may have evolved or changed. Why to use NSQ has recently been looking for a high-performance, highly available message queue to do communication between internal services. At first think of using ZEROMQ, but in the process of finding information, accidentally found NSQ this Golang developed message queue, after all, is Golang original things, full-feature

This is a creation in Article, where the information may have evolved or changed. Why to use NSQ has recently been looking for a high-performance, highly available message queue to do communication between internal services. At first think of using ZEROMQ, but in the process of finding information, accidentally found NSQ this Golang developed message queue, after all, is Golang original things, full-feature

This is a creation in Article, where the information may have evolved or changed. NSQ is a distributed real-time messaging platform based on the Go language, which is based on the MIT Open Source protocol, which is hosted on GitHub and is currently the latest version of the 0.3.1 version. NSQ can be used for real-time messaging services in large-scale systems and can handle hundreds of millions of levels of

Resources:1. In-depth NSQ tour: http://www.oschina.net/translate/day-22-a-journey-into-nsq2. NSQ Source: https://github.com/bitly/nsq/3. NSQ Source Interpretation: http://www.baiyuxiong.com/?p=873After reading the above several articles, to nsq have a certain understanding,

This is a creation in Article, where the information may have evolved or changed. NSQ is using the source code to compile the installation. Compile and install using source code to build a separate gopath to prevent confusion with the original program The environment used is UBUNTU14 1. Install git:apt-get installed git first2, go environment and Gopath set directly skip the self-Baidu3. Install Godep:go get GITHUB.COM/KR/GODEP4. Install Assert:go

an environmental dependency:Golang Development Environment (version >= 1.2) under source code, configure environment variables, execute installation scriptGPM Dependency Package Manager Ubantu:sudo Apt-get intall GPMtwo NSQ installation: git get Source: mkdir-p $GOPATH/src/github.com/nsqio;cd $GOPATH/src/github.com/nsqio;git clone https://github.com/nsqio/ NSQ.GIT;CD NSQ Install dependency Pack

This is a creation in Article, where the information may have evolved or changed. First in the local service run up, I use docker-compose, a sentence 6666 First create a new docker-compose.ymlversion: ' 2 ' services: nsqlookupd: image:nsqio/nsq command:/NSQLOOKUPD Ports: -"192.168.9.111:4160:4160" -"192.168.9.111:4161:4161" nsqd: image:nsqio/nsq command :/nsqd--lookupd-tcp-address

This is a creation in Article, where the information may have evolved or changed. Because business needs, need to use NSQ. So I learned the next NSQ. First is the installation, I am on my own computer, tend to source code installation. The first is the source installation can install the latest code, the second is the entire installation process can be controlled. However, some pits were encountered during

This is a creation in Article, where the information may have evolved or changed. NSQ is a real-time message queue written by bitly company using Golang. NSQ official currently provides GOLANG,PY,JS client, this article briefly describes the use of Golang client writer. The official Go client library is here: github.com/bitly/go-nsq GO-

1. InstallationRefer:Http://nsq.io/deployment/installing.htmlHttp://www.baiyuxiong.com /? P = 873 (recommended .)It is not recommended to directly drop the official binary releases version down and drop the bin directory.We recommend that you use the "Building from source" method (refer to the following steps). In this way, you can lower the source to $ gopath/src and build the program into $ gopath/bin at the same time. (then add the bin directory to the environment variable $ sudo VI/etc/profi

In order to solve the problem of blocking caused by high concurrency, the problem is usually solved by Message Queuing.A recent study of the NSQ framework for the next Golang Message Queue (HTTP/ Nsq.io), but also hands-on to achieve such a function: through the NSQ producer mass production messages to nsq push to form a message queue, and then through the

This is a creation in Article, where the information may have evolved or changed. Transferred from: http://www.baiyuxiong.com/?p=886----------------------------------------------------------------------- Previous Go Language nsq Source Interpretation-Basic introduction introduced the most basic NSQ environment construction and use. In the last use, we used several commands: NSQLOOKUPD, NSQD, nsqadmin, curl,

This is a creation in Article, where the information may have evolved or changed. NSQ Source Learning Brief introduction NSQ is a distributed queue implemented with the go language. Read the source of the Chanel of the Go language, distributed has a better understanding Code structure The core code is divided into 3 parts: NSQD: Queue data store Nsqlookup: Managing NSQD nodes, service discovery

Exiting a running program can be rough kill-9 $PID, but this will disrupt the integrity of the business, it is possible that one is executing in the middle of the logic, resulting in abnormal garbage data.This article summarizes in go language, how can gracefully exit the network application, involves the knowledge including: Signal,channel,waitgroup and so on.From here: Https://gobyexample.com/channel-synchronization can simply learn how to use the channel in go to achieve goroutines synchroniz

This is a creation in Article, where the information may have evolved or changed. Exiting a running program can be rough kill-9 $PID, but this will disrupt the integrity of the business, it is possible that one is executing in the middle of the logic, resulting in abnormal garbage data.This article summarizes in go language, how can gracefully exit the network application, involves the knowledge including: Signal,channel,waitgroup and so on.From here: Https://gobyexample.com/channel-synchronizat

This is a creation in Article, where the information may have evolved or changed. # # NSQ Introduction NSQ is a real-time distributed messaging platform designed to handle a large number of 1 billion-level messages per day. The NSQ has a distributed and decentralized topology that features no single point of failure, fault tolerance, high availability, and the ab

This is a creation in Article, where the information may have evolved or changed. Exiting a running program can be rough kill-9 $PID, but this will disrupt the integrity of the business, it is possible that one is executing in the middle of the logic, resulting in abnormal garbage data. This article summarizes in go language, how can gracefully exit the network application, involves the knowledge including: Signal,channel,waitgroup and so on. From here: Https://gobyexample.com/channel-synchroniz

, the function of which is to subscribe to a topic and channel, when producer to the channel to send messages, the message printed on the screen. You want to further understand the server NSQD through the process of interaction. As follows package mainimport ( "fmt" nsq "github.com/nsqio/go-nsq")func main() { config := nsq.NewConfig() c, err := nsq.NewConsumer("