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Building Microservices with Spring

You're reading from   Building Microservices with Spring Master design patterns of the Spring framework to build smart, efficient microservices

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Product type Course
Published in Dec 2018
Publisher Packt
ISBN-13 9781789955644
Length 502 pages
Edition 1st Edition
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Authors (2):
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Rajesh R V Rajesh R V
Author Profile Icon Rajesh R V
Rajesh R V
Dinesh Rajput Dinesh Rajput
Author Profile Icon Dinesh Rajput
Dinesh Rajput
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Table of Contents (22) Chapters Close

Title Page
Copyright
About Packt
Contributors
Preface
1. Getting Started with Spring Framework 5.0 and Design Patterns 2. Overview of GOF Design Patterns - Core Design Patterns FREE CHAPTER 3. Wiring Beans using the Dependency Injection Pattern 4. Spring Aspect Oriented Programming with Proxy and Decorator pattern 5. Accessing a Database with Spring and JDBC Template Patterns 6. Improving Application Performance Using Caching Patterns 7. Implementing Reactive Design Patterns 8. Implementing Concurrency Patterns 9. Demystifying Microservices 10. Related Architecture Styles and Use Cases 11. Building Microservices with Spring Boot 12. Scale Microservices with Spring Cloud Components 13. Logging and Monitoring Microservices 14. Containerizing Microservices with Docker 15. Scaling Dockerized Microservices with Mesos and Marathon 1. Other Books You May Enjoy Index

Monitor object pattern


The monitor object pattern is another concurrency design pattern that helps in the execution of multi-threaded programs. It is a design pattern implemented to make sure that at a single time interval, only one method runs in a single object, and for this purpose, it synchronizes concurrent method execution.

Unlike the active object design pattern, the monitor object pattern does not have a separate thread of control. Every request received is executed in the thread of control of the client itself, and until the time the method returns, the access is blocked. At a single time interval, a single synchronized method can be executed in one monitor.

The following solutions are offered by the monitor object pattern:

  • The synchronization boundaries are defined by the interface of the object, and it also makes sure that a single method is active in a single object.
  • It must be ensured that all the objects keep a check on every method that needs synchronization and serialize them...
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