Design Microservices Architecture with Patterns and Principles - Introduction - Decomposition of Microservices Architect

The video tutorial covers the microservices architecture, focusing on breaking down applications into microservices for independent deployability and scalability. It discusses vertical considerations in microservice architecture and the need to evolve an ecommerce application to handle increasing concurrent requests. The tutorial emphasizes learning microservices decomposition patterns and identifying microservice boundaries using domain-driven design and other strategies. The goal is to refactor the current design to leverage the benefits of microservices.

What is the primary goal of using microservices decomposition patterns?

• To enhance the user interface design

• To ensure independent deployability and scalability

• To reduce the complexity of the application

• To increase the number of services in an application

Why is it important to consider vertical issues in microservices architecture?

• To simplify the database schema

• To reduce the number of microservices

• To handle increasing concurrent requests effectively

• To improve the graphical user interface

Which strategy is NOT mentioned as a way to decompose microservices?

• Domain-driven design

• Decompose by sub-domain

• Decompose by user interface

• Decompose by business capability

What is the first step in learning microservices decomposition patterns?

• Analyzing the ecommerce domain

• Refactoring the current design

• Identifying microservice boundaries

• Implementing bounded context

What is the purpose of filling the design toolbox in microservices architecture?

• To enhance the graphical design of the application

• To understand design principles and patterns for decomposition

• To increase the number of microservices

• To simplify the user interface