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Summary here
Both Hibernate and JPA (Java Persistence API) deal with object-relational mapping (ORM), but they serve different purposes.
Feature | Spring + Hibernate | JPA (Java Persistence API) |
---|---|---|
Definition | Hibernate is a full-fledged ORM framework that provides advanced features beyond JPA. | JPA is a specification (like an interface) that defines how ORM should work, but it does not provide an actual implementation. |
Spring Integration | Spring can integrate with native Hibernate using SessionFactory and Session objects. | Spring integrates with JPA using the EntityManager interface (implemented by Hibernate or other JPA providers). |
Configuration | Requires Hibernate-specific configurations like hibernate.cfg.xml . | Uses persistence.xml , which is more standard and works with any JPA provider (Hibernate, EclipseLink, etc.). |
Annotations | Uses Hibernate-specific annotations like @Entity , @Table , but also offers extra features like @GeneratedValue(strategy = GenerationType.IDENTITY) . | Uses JPA standard annotations, making it portable across different ORM frameworks. |
Transactions | Uses HibernateTransactionManager for managing transactions. | Uses JpaTransactionManager , which works with any JPA provider. |
Portability | Tightly coupled with Hibernate (harder to switch to another ORM framework). | More flexibleβyou can switch between Hibernate, EclipseLink, OpenJPA, etc. |
Ease of Use | More complex since it requires handling Hibernate-specific session management. | More standardized and recommended for modern applications. |
β Use Hibernate directly if you need Hibernate-specific features like caching, native queries, and performance tuning.
β Use JPA if you want a standard, vendor-independent ORM approach (recommended for modern Spring Boot applications).