microservices deployment

or parallel call relationship. In case of system error, it is convenient to find the error point. MonitoringSupport platform: Because of the micro-service, the system becomes more fragmented, the deployment of the system, operations, monitoring, etc. are more complex than the monolithic architecture, you need to use automation. Four, micro-service architecture advantages? Why use a microservices architectu

What exactly is the relationship between SOA and microservices?To tell you the truth, I really don't understand the fundamental difference between SOA and microservices, both of which are ultimately an architectural design approach to providing interfaces externally. I think the micro-service is actually with the development of the Internet, complex platform, business, resulting in the SOA architecture to a

>> 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 vertical application architectures, with low l

anywhere, because the deployment itself already contains all the necessary components.Micro services are small enough. However, the definition of "small" is very subjective. You can use some estimation methods such as line of code, function point, use case, and so on. In general, however, there is no definite link between "small" and size. In building microservices, the author Sam Newman gives some techniq

, it is convenient to find the error point. MonitoringSupport platform: Because of the micro-service, the system becomes more fragmented, the deployment of the system, operations, monitoring, etc. are more complex than the monolithic architecture, you need to use automation.Four, micro-service architecture advantages? Why use a microservices architecture? The comparison between micro-service and monomer can

in the context of container orchestration). Swarm Mode Docker is responsible for all of our registration, heartbeat, and cancellation of registration. In the 2nd part of the blog series, we've been using the example field, and we might want to request Accountservice to get the current random quote from Quotes-service. In this article, we will focus on using the Docker Swarm service discovery and load balancing mechanism. If you are interested in how to integrate with Go language-based

Netflixoss Prana, which is primarily for non-JVM language development services, also known as companion applications (sidecar application), and Prana using Netflix Eureka to register and unregister service instances.Service Manager is a built-in module of the deployment environment. EC2 instances created with automatic expansion groups can be automatically registered from ELB, kubernetes services are automatically registered and available for discove

"). This means that applications and their dependencies can be packaged in a single JAR file, and runs as an independent Java program. $java-jarmyservice.jar The advantage of this method is that service startup and stop are extremely easy when the application is scaling in and out. Another advantage is that the deployment is simple. You only need to pass a JAR file.The disadvantage of this method is the compatibility of the lib library. You need to i

implementation is the business split into a lot of sub-business, and then for each sub-business cluster deployment, so that each sub-business if the problem, the entire system will not be affected. In addition, there is a concept similar to the distribution, that is, microservices. microservices are an architectural style, and a large, complex software applicat

modified. However, in microservices, it is not always possible for all API consumers to keep up with the API updates, and the new version and the older API may run concurrently. Choice of message Format: Determining the most appropriate message format for microservices is another key element. Traditional monomer software uses complex binary formats, and Soa/web services applications use text messages

IntroductionEnterprises are increasingly implementing cost savings, solving deployment problems, and improving DevOps and production operations by using containers. by creating products such as Azure container service, Azure service Fabric, and partnering with industry leaders such as Docker, Mesosphere, and Kubernetes, Microsoft has released Windows and LinuxInnovations in containers. These products provide a container solution that helps companies b

"monomer" applications, but more on the "vertical layering" of the overall business. Regardless of the horizontal or vertical points, the essence of "points" is actually because of "heavy". "Divide and conquer" should be regarded as the most basic human thinking logic. But the concrete realization of the "points" is also attributed to the question of what is standing on our opposite side. The internet is the main thrust of the "business" from the offline to the line, in the initial development

What is micro-service? The traditional single service architecture is a separate service package, sharing code and data, development cost is high, maintainability, scalability is poor, technology transformation, cross-language cooperation is relatively difficult. While the MicroServices architecture emphasizes that a service is responsible for a business, the service can be deployed separately, the technology is selected and developed independently, t

deployment environments. For example, we have a staging environment and a production environment, and the configuration for each environment will be different. Each configuration service will be hosted by a separate git repository for the environment. No other environment has access to this configuration repository, it simply provides the configuration service running in that environment.Manuscripts: Diligent Learning qkxue.netRead the full version o

architecture that splits a large and aggregated business project into multiple small, discrete business modules, module-as-a-service, and RPC, using efficient protocols (PROTOBUF, JSON, and so on) between services. This split code base has the following characteristics: Each service should run as a small, standalone business module, like the Unix do one thing and does it well Each service should have no impact on other services when automating Test and (distributed)

integrated application will be built, tested, and pushed quite well through these environments. It turns out that once you invest in the automation and productization of integral programs and then deploy more applications, it will not be terrible. Remember, one of the purposes of CD is to make deployment boring, so no matter whether it is one or three of its applications, it doesn't matter if it is boring [12]. Another field in which the team uses a

Micro-service Combat (III): Inter-process communication in the micro-service Architecture "Editor's note" This is the third article that uses a microservices architecture to create its own application series. The first article introduces the microservices architecture pattern, compares it to the singleton pattern, and discusses the pros and cons of using a microservices