In Relation To

Hibernate Reactive 2.3.1.Final is now available!

This release is compatible with Hibernate ORM 6.5.2.Final and contains a bug fix for identity generation with batching.

The full list of changes is available on GitHub.

We just published Hibernate Search 7.2.0.Alpha1, the first alpha release of the next minor version of Hibernate Search.

This version contains many improvements to the Search DSL, including new projection types, predicate improvements, query parameters and more.

It also upgrades Lucene and Hibernate ORM dependencies and includes compatibility with the latest OpenSearch 2.14.

Hibernate ORM version 6.6 is already available in Alpha version, and a final release will follow soon. In today’s post we’re going to dive into one of the new features that comes with this version, the new @ConcreteProxy annotation.

Hibernate Reactive 2.3.0.Final is now available!

This release is compatible with Hibernate ORM 6.5.0.Final and support for soft deletes.

The full list of changes is available on GitHub.

6.5 has gone final!

I had so many interesting new things to talk about in the summary of Jakarta Persistence 3.2 that I forgot to mention an important thing we’re taking away.

Hibernate ORM version 6.5 already received a couple candidate release versions, and a final release will follow shortly. This post highlights one of the improvements that comes with this version: efficient retrieval of non-identifier database generated values.

Jakarta Data is a new specification for persistence in Java, scheduled for release as part of the EE 11 platform. In a previous post I introduced the basic features of a Jakarta Data repository, with a strong emphasis on how Jakarta Data provides compile-time type safety, enabling static analysis performed by an annotation processor.

This involved moving some information that used to be expressed in procedural code into:

Today we’re going to talk about some more dynamic features of Jakarta Data. You might anticipate that these would come with a loss of type safety, but we’ve found a way to avoid that. The essential ingredient is a static metamodel.