Spring Boot Microservices Architecture

Check your understanding of designing microservices using Spring Boot and Spring Cloud.

1. What is the primary purpose of Spring Boot in microservices architecture?
2. Which of the following are core components of Spring Cloud for microservices?
3. Microservices architecture promotes a single shared codebase for all services.
4. What key functionality does Eureka provide in Spring Cloud (one word)?
5. Which design pattern helps prevent cascading failures when a downstream microservice is unresponsive?
6. Which are key benefits of microservices over monolithic architecture?
7. Spring Cloud Config Server allows centralized management of microservice configurations.
8. Name the Spring Boot starter dependency used to build RESTful web services (full name, hyphenated).
9. What is the primary role of Spring Cloud Gateway in microservices?
10. Which are characteristics of well-designed microservices?
11. All microservices in an architecture must use the same programming language.
12. What does the acronym 'REST' stand for in RESTful web services?
13. Which annotation is used to enable a Spring Boot application as a Eureka Service Registry?
14. Which technologies are commonly used for inter-service communication in Spring Boot microservices?
15. Spring Boot's auto-configuration feature eliminates the need for most manual XML or Java-based configuration.
16. What is the default port number for a Eureka Server in Spring Cloud?
17. Which Spring Cloud component helps manage externalized configuration for microservices, including version control integration?
18. Which are common challenges in microservices architecture?
19. A microservice should typically handle multiple unrelated business capabilities to maximize efficiency.
20. Name the architectural pattern that provides a single entry point for all client requests to microservices.
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