Nowadays, microservice architecture is very popular, and the use of microservices to build a system will also bring clearer business division and scalability. At the same time, the technology stacks supporting microservices are also diverse. This article mainly describes why we chose Spring Cloud and its technical overview.
Why does the microservice architecture need Spring Cloud
To put it simply, the core of servicing is to split the traditional one-stop application into services one by one according to the business, and on this basis, microservices must be more thoroughly decoupled (no longer sharing DB, KV, remove heavyweight ESB), and emphasizes DevOps and rapid evolution. This requires us to adopt a technology stack different from the one-stop era and pan-SOA era, and Spring Cloud is one of the best.
Now Internet companies have a full-service microservice architecture. If you are still a microservice novice, you can't keep up with the pace of the times, and you will only be laid off! The following interview questions for microservice architecture, see if you can answer them correctly?
- What is a microservice
- How to communicate independently between microservices
- What are the differences between SpringCloud and Dubbo
- SpringCloud and SpringBoot, please talk about your understanding of them
- What are the advantages and disadvantages of microservices? Tell me about the pitfalls you encountered in project development
- What are the microservice technology stacks you know? Please list one or two
- Both eureka and zookeeper can provide service registration and discovery functions, please tell us the difference between the two
How to learn Spring Cloud microservice architecture?
The editor shares a PDF here to take you from zero to one to learn Spring Cloud microservice architecture
The main content of the document:
The content of the document is too much, there is no way to show it all, if you want to get the PDF document shared by the editor
Chapter 1 Basic Knowledge
- What is microservice architecture
- The difference from a single system.
- How to implement microservices
- Why choose Spring Cloud.
- Introduction to Spring Cloud
- Imprint
Chapter 2 Microservice Construction: Spring Boot
- Introduction to the framework
- Quick start
- Project construction and analysis
- Implement RESTful API
- Detailed configuration
- Configuration file
- Custom parameters
- Parameter reference
- Use random numbers
- Command line parameters
- Multi-environment configuration
- Load order
- Monitoring and management
- Getting to know the actuator
- Native endpoint
- summary
Chapter 3 Service Governance: Spring Cloud Eureka
Build a service registry
High-availability registry
Chapter 4 Client Load Balancing: Spring Cloud Ribbon
Client load balancing
Detailed RestTemplate
Chapter 5 Service Fault Tolerant Protection: Spring Cloud Hystrix
Principle analysis
Combine with message broker
The content of the document is too large to display all of it. If you want to get the PDF document shared by the editor, you can
Chapter 6 Declarative Service Invocation: Spring Cloud Feign
Chapter 7 API Gateway Service: Spring Cloud Zuul
Chapter 8 Distributed Configuration Center: Spring Cloud Config
Chapter 9 Message Bus: Spring Cloud Bus
Chapter 10 Message Driven Microservices: Spring Cloud Stream
Chapter 11 Distributed Service Tracking: Spring Cloud Sleuth
The content of the document is too much, there is no way to show it all. If you want to get the PDF document shared by the editor, you can check the way to get it in the picture!
