amazon microservices architecture

Chris Richardson Micro-Service series translation of all 7 links: Micro Service Introduction Building the Use API Gateway for microservices Building process communication for microservices architecture (this article) Service discovery in micro-service architecture Event-driven data management f

(Swaggerresource ("Check System Interface", "/study-proxy/prevention-check/v2/api-docs", "1.0"));Ten returnresources; One } A - Privateswaggerresource Swaggerresource (string name, string location, string version) { -Swaggerresource Swaggerresource =NewSwaggerresource (); the swaggerresource.setname (name); - swaggerresource.setlocation (location); - swaggerresource.setswaggerversion (version); - returnSwaggerresource; + } -}Vi. Add the relevant configurat

With the individuation of user demand and the shortening of product life cycle, the micro-service architecture is the inevitable direction of future development of software software architecture towards flexibility, expansibility, scalability and high availability. At the same time, the popularity of container virtualization technology represented by Docker will greatly reduce the cost of implementation of

The series of articles on microservices architecture will describe the definition, characteristics, application scenarios, evolution of enterprise integration architecture, microservices transformation ideas and technical decision-making considerations in several articles, the following uses IBM technology as an exampl

The birth of MicroServices is not accidental, it is the product of the rapid development of the Internet, the rapid changes in technology and the traditional architecture can not adapt to fast changes, such as the impetus of the emergence of multiple factors.The birth of MicroServices is not accidental, it is the product of the rapid development of the Internet,

applications. At first, only one application was used to interact with the backend, which was completed by C ++. The architecture will evolve over time. Over the years, Amazon has focused its primary focus on backend databases, trying to accommodate more product data, more customer data, and more order data, and allow it to support multiple international sites. By 2001, front-end applications were obviou

interaction between the application modules is complex, sometimes directly accessing the counterpart module database. Databases involve too many correlated queries and slow queries, and database optimization is difficult. A single point of access to the database is critical and the failure cannot be resumed. The data replication problem is serious, causing a large amount of data inconsistency.We tried to solve the scaling problem with SQL Server always on, but the experiment found t

The book titled "Spring Cloud and Docker microservices architecture in action"-Li, which was completed in 2017-01-12, was written with the spring Cloud play Micro service architecture. Many friends want to first look at the source code, is now released.The code released this time: A total of 70 + Demo Covers Eureka, Ribbon, Feign, Hystrix, Zuul, Spri

Analytic microservices Architecture Series The article will describe the definition, characteristics, application scenarios, evolution of enterprise integration architecture and micro-service transformation thinking and technical decision-making considerations in several sections, and take IBM technology as an example to introduce how to realize the transformatio

you will lose many of the benefits of a typical enterprise application server that needs to provide the necessary functionality (performance metrics, monitoring, and so on). you may find that in some cases, the cost of serializing and deserializing JSON loads in a full transaction can cause system bottlenecks. Maybe JSON doesn't work, and you may need to use other protocols, such as PROTOBUF. Some of the communication between services can be completely decoupled, and in fact, some services can

Micro-Service ArchitectureThe birth of MicroServices is not accidental, it is the product of the rapid development of the Internet, the rapid changes in technology and the traditional architecture can not adapt to fast changes, such as the impetus of the emergence of multiple factors. In the Internet era, the products usually have two kinds of characteristics: rapid demand changes and large user groups, in

Distributed: Decentralized pressure. MicroServices: Decentralized capabilities. today's understanding of distributed: Different modules deployed on different servers: distributed solutions for high concurrency problems cluster: The same service multiple servers deploy the same application to form a cluster role: through the load Balancer equipment to provide services soa[Assembly services/ESB Enterprise Service Bus] The business system is decompo

in the Agile development , we did find a framework that would enable domain experts, architects, to work together to design an adaptable ROA architecture. But I think we should think of it from another angle. ...even domain experts and architects can work together in a team, but after all, domain experts and architects are people, not gods. So, in the end, how much of the future needs change can be predicted from the current version ? This is really

MicroServices are now the preferred cloud architecture component for a wide range of Internet applications, whether it's BAT or drip, or a group of micro services.Compared to microservices, traditional application architectures have the following drawbacks:1. The business code is mixed, the team members ' responsibilities are not clear, the team experience is poo

>> Micro-service ArchitectureWith the development of agile development, continuous delivery and Docker-based application deployment, the MicroServices architecture is becoming more and more popular.>> Application Architecture Evolution(1) Vertical Application ArchitectureTraditional lamp architectures and spring+struts+ibatis/hibernate architectures are typical v

Spring cloud itself provides a lot of components, but we need to follow the business model to customize the enterprise needs of the common architecture, then we need to consider what technology to use now?Below I have made the following technical summary for the spring Cloud Micro-service distributed cloud architecture, hoping to help you:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud

: FastdfsLoad balancing: Keepalived+nginx+proxy (triple load)Cloud ServicesSUBSYSTEM: Backend management system, RESTFU service System, Dubbo Service/control/monitoring CenterZookeeper Registration Center, Report analysis system, logging system, timing dispatch systemSearch engine system, Distributed File system, message system, SSO Single sign-on systemSOA control platform, UI component system, OA Office System, CMS press release systemPayment system, database configuration system, Workflow sys

Standardization Project management solution, realize the software pipelining production, guarantee the correctness, the reliabilityGuided creation, import of projects, integrated version control (GIT/SVN), project Management (trac/redmine), Code quality (Sonar), continuous integration (Jenkins)Private deployment, unified management, for developersJeesz UIBased on BOOTSTRAP4Simple, intuitive, and powerful, the most popular HTML, CSS, and JS frameworks for developing responsive layouts, mobile de

, intuitive, and powerful, the most popular HTML, CSS, and JS frameworks for developing responsive layouts, mobile device-first WEB projects.Designed for all developers, all application scenarios.Make front-end development faster and easier. All developers are quick to get started, all devices are adaptable, and all projects are available.DistributedDistributed services: Dubbo+zookeeper+proxy+restfulDistributed message Middleware: Kafka+flume+zookeeperDistributed cache: Redis Distributed files: