Hibernate is a well-established Object-Relational Mapping (ORM) framework that is widely used in Java development. This framework helps developers optimize the code for database operations such as fetching data. Choosing the right fetching strategy - Eager Loading or Lazy Loading - is crucial for your application’s performance. In this article, we will examine these two strategies and discuss when and how you should use them in your Spring Data project.
In this article, we will deal with the definition of indexes in Spring Data JPA and the Hibernate Framework. Our focus is on defining an index for a non-primary key and using the @Index annotation. The proper use of indexes plays a crucial role in optimizing the performance of your database, as they enable faster data queries and overall improve database performance. Defining an Index with the @Index Annotation With JPA and Hibernate, you can define indexes on entities and non-entity tables such as @SecondaryTable, @CollectionTable, and @JoinTable using the @Index annotation.
In the world of application development using Spring Boot, it’s crucial to focus not just on the development aspect but also on performance monitoring. In this extensive guide, we’ll explore the steps to set up monitoring for your Spring Boot application using Spring Actuator and Micrometer, and how to employ Prometheus and Grafana for effective metrics handling and visualization. Understanding Spring Boot Monitoring Monitoring forms an essential part of ensuring the health of an application.
Anyone who develops a backend application with more than a handful of users knows that most performance problems are related to I/O. In modern web applications, these are typically network calls. Whether it’s REST requests to another service, queries to an external database, or communication with middleware. We handle all these cases - consciously or unconsciously - in asynchronous threads. This way, we no longer block the main thread. Doing this correctly is not trivial.
The implications of JPA always manage to surprise me. Yesterday a colleague of mine made me aware of a warning in IntelliJ. The conversation went like that: “Marcus, in your blog you explained that we should check constraints in the constructor instead of bean validation . Me: “yeah”. “I wanted to make it right, but when I do it in this entity IntelliJ warns me with Accessing non-final property name in constructor”.