What are microservices? http://microservices.io/

What are microservices?

Microservices - also known as the microservice architecture - is an architectural style that structures an application as a collection of loosely coupled services, which implement business capabilities. The microservice architecture enables the continuous delivery/deployment of large, complex applications. It also enables an organization to evolve its technology stack.

Microservices are not a silver bullet

The microservice architecture is not a silver bullet. It has several drawbacks. Moreover, when using this architecture there are numerous issues that you must address. The microservice architecture pattern language is a collection of patterns for applying the microservice architecture. It has two goals:

  1. The pattern language enables you to decide whether microservices are a good fit for your application.
  2. The pattern language enables you to use the microservice architecture successfully.

Where to start?

A good starting point is the Monolithic Architecture pattern, which is the traditional architectural style that is still a good choice for many applications. It does, however, have numerous limitations and issues and so a better choice for large/complex applications is the Microservice architecture pattern.

Building Microservices Using an API Gateway | NGINX https://www.nginx.com/blog/building-microservices-using-an-api-gateway/

https://serviceName.api.company.name

Building Microservices: Using an API Gateway的更多相关文章

  1. Why Do Microservices Need an API Gateway?

    Why Do Microservices Need an API Gateway? - DZone Integration https://dzone.com/articles/why-do-micr ...

  2. 微服务实战(二):使用API Gateway

    微服务实战(一):微服务架构的优势与不足 微服务实战(二):使用API Gateway 微服务实战(三):深入微服务架构的进程间通信 微服务实战(四):服务发现的可行方案以及实践案例 微服务实践(五) ...

  3. 微服务实战-使用API Gateway

    当你决定将应用作为一组微服务时,需要决定应用客户端如何与微服务交互.在单体式程序中,通常只有一组冗余的或者负载均衡的服务提供点.在微服务架构中,每一个微服务暴露一组细粒度的服务提供点.在本篇文章中,我 ...

  4. 使用API Gateway

    http://dockone.io/article/482 [编者的话]本系列的第一篇介绍了微服务架构模式.它讨论了采用微服务的优点和缺点,除了一些复杂的微服务,这种模式还是复杂应用的理想选择. Do ...

  5. 微服务实战(二):使用API Gateway - DockOne.io

    原文:微服务实战(二):使用API Gateway - DockOne.io [编者的话]本系列的第一篇介绍了微服务架构模式.它讨论了采用微服务的优点和缺点,除了一些复杂的微服务,这种模式还是复杂应用 ...

  6. Using Amazon API Gateway with microservices deployed on Amazon ECS

    One convenient way to run microservices is to deploy them as Docker containers. Docker containers ar ...

  7. Pattern: API Gateway / Backend for Front-End

    http://microservices.io/patterns/apigateway.html Pattern: API Gateway / Backend for Front-End Contex ...

  8. Building microservices with Spring Cloud and Netflix OSS, part 2

    In Part 1 we used core components in Spring Cloud and Netflix OSS, i.e. Eureka, Ribbon and Zuul, to ...

  9. 微服务API Gateway

    翻译-微服务API Gateway 原文地址:http://microservices.io/patterns/apigateway.html,以下是使用google翻译对原文的翻译. 让我们想象一下 ...

随机推荐

  1. vue 页面过渡效果

    App.vue 模板 <template> <div id="app"> <transition :name="transition&quo ...

  2. JSTL标签判断list是否为空

    jsp页面判断获得action传的list的是否为空或者list.size的长度,就可以用fn这个标签: <c:if test="${list== null || fn:length( ...

  3. 【BZOJ 1076】[SCOI2008]奖励关(期望)

    Description 你正在玩你最喜欢的电子游戏,并且刚刚进入一个奖励关.在这个奖励关里,系统将依次随机抛出k次宝物, 每次你都可以选择吃或者不吃(必须在抛出下一个宝物之前做出选择,且现在决定不吃的 ...

  4. 7-16 Sort with Swap(0, i)(25 分)

    7-16 Sort with Swap(0, i)(25 分) Given any permutation of the numbers {0, 1, 2,..., N−1}, it is easy ...

  5. 【转】Quartz.NET

    原文链接:http://www.cnblogs.com/tommyli/archive/2009/02/09/1386644.html Quartz.NET是一个开源的作业调度框架,是OpenSymp ...

  6. Python浅拷贝copy()与深拷贝deepcopy()区别

    其实呢,浅拷贝copy()与深拷贝deepcopy()之间的区分必须要涉及到python对于数据的存储方式. 首先直接上结论: —–我们寻常意义的复制就是深复制,即将被复制对象完全再复制一遍作为独立的 ...

  7. python学习笔记--面向对象的编程和类

    一.面向对象的编程 面向对象程序设计--Object Oriented Programming,简称oop,是一种程序设计思想.二.面向对象的特性类:class类,对比现实世界来说就是一个种类,一个模 ...

  8. Python的另一种开发环境--Anaconda中的Spyder

    本文作者LucyGill,转载请注明出处(虽然我觉得并不会有人转载). 刚开始学Python的时候,我用的是其自带的idle(安装Python后,在开始菜单里可以找到),后来发现在eclipse中设置 ...

  9. 虫食算(codevs 1064)

    题目描述 Description 所谓虫食算,就是原先的算式中有一部分被虫子啃掉了,需要我们根据剩下的数字来判定被啃掉的字母.来看一个简单的例子: 43#9865#045    +    8468#6 ...

  10. Pollard rho模板

    #include<cstdio> #include<cstring> #include<cstdlib> #include<algorithm> #in ...