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IT architecture has been from all in one to nearly two years, the popular microservices architecture, technology advances, Microservice Architect Pattern (Microservice Architect Pattern) began to be more and more companies are accepted, then what is the microservice architecture? Micro What are the benefits of service architecture model?
From the perspective of the development trend of IT, we can see that both the hardware and the software, or the infrastructure, are moving towards the goal of reducing the weight. The development of cloud computing has more resources to control the flexibility and speed of deployment have improved, microservices is a deployment of applications and services in the cloud technology. Adopting the concept of zeroing, the complex IT deployment, through functionalization and atomization, forms a loosely coupled component that makes it easier to upgrade and extend.
Martin Fowler, the chief scientist at ThoughtWorks, made the following definition of microservices: "microservices architecture is an architectural paradigm that advocates dividing a single application into smaller groups of services that are coordinated with one another Cooperate to provide users with the ultimate value.Each service runs in its own process, service and service using lightweight communication mechanism to communicate with each other (usually based on the HTTP protocol RESTful API) .Each service is around specific Business to build, and can be independently deployed to the production environment, production environment, etc. In addition, we should try to avoid a unified, centralized service management mechanism, for a specific service, should be based on the business context, select the appropriate Language, tools to build it. "
Microservices architecture is a technology for deploying applications and services in the cloud
In summary, the benefits of microservices architecture can be summarized as follows:
1, controllable complexity
In all in one state, easily lead to blind people like the state, resulting in unnecessary data islands. The microservices architecture by decomposing monolithic applications for multiple service methods, so that complexity controllable. In order to achieve the same function, the application is broken down into multiple manageable branches or services. Through the microservice architecture mode, complex functions are presented in a modular manner, so that a single service can be easily developed and maintained.
2, flexible and scalable
Flexibility is based on the microservices architecture model that allows each service to scale independently. Microservices architecture, technology selection is decentralized. In this model, each team can make their own judgments based on the needs of their own services and the development of the industry, select the appropriate technology stack.
3, independent deployment
Because microservices have separate running processes, each microservice can also be deployed independently. In this way, there is no compilation, deployment, or deployment of a microservice to make publishing more efficient and lower right down the application delivery cycle. UI team can use AB testing, rapid deployment changes. Microservice architecture makes continuous deployment possible.
4, development of more targeted
As we all know, under the monolithic architecture system, the cultivation period of new people is very long, and it takes a lot of time to understand the local development environment. The microservices architecture makes each service independent expansion, development and maintenance staff do not need to spend a month to familiarize themselves with the local environment, but only need to know their own state of the module can be.
5, lower TCO
In the traditional IT architecture, that is, single-block architecture system, is the technology stratification, such as logic, data layer. However, with the ever-changing market demand, the user needs personalized home, the development cycle needs to be shorter and shorter, the product life cycle began to become shorter, monolithic architecture system began to face challenges. Either development or maintenance costs are too high.
In contrast, microservices architecture mode, when a component fails, will not find the monolithic architecture of the process of proliferation and other defects, the fault will be isolated in a single service.
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