Web service specifications
Jakarta RESTful Web Services provides support in creating web services according to the Representational State Transfer (REST) architectural pattern;
Jakarta JSON Processing is a set of specifications to manage information encoded in JSON format;
Jakarta JSON Binding provides specifications to convert JSON information into or from Java classes;
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This guide is a step-by-step practical guide to help developers on Jakarta EE Specification projects to navigate the steps of the Jakarta EE Specification Process (JESP).It is meant as a helpful tool, so if in doubt, alway refer to the JESP for completeness.Please do not hesitate to contact the Specification Committee if you have any questions or c...
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The Jakarta EE Specification Process (JESP) is concerned with the Specification Process as it applies to Specification Projects operating under the purview of the Jakarta EE Working Group.
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The process for releasing a point revision of a TCK entails filing an issue in the jakartaee/specifications repository with the following details: 1. Link to the TCK release to be published. 2. Updated TCK links in the specification’s _index.md file. 3. A high-level description of what tests were excluded from the TCK and why.
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Jakarta EE includes several specifications that serve different purposes, like generating web pages, reading and writing from a database in a transactional way, managing distributed queues. The Jakarta EE APIs include several technologies that extend the functionality of the base Java SE APIs, such as Jakarta Enterprise Beans, connectors, servlets, Jakarta Server Pages and several web service technologies.
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Jakarta Bean Validation 2.0. Jakarta Bean Validation 2.0 was published in July 2019. It is based on Bean Validation 2.0. It's part of Jakarta EE 8 (but can of course be used with plain Java SE as the previous releases). You can learn more about Jakarta Bean Validation 2.0 here (specification text, full change log, API docs etc). Bean Validation 2.0
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Jakarta Persistence ( JPA; formerly Java Persistence API) is a Jakarta EE application programming interface specification that describes the management of relational data in enterprise Java applications. Persistence in this context covers three areas: The API itself, defined in the javax.persistence package
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Signed-off-by: Kevin Sutter [email protected] Specification PR template When creating a specification project release review, create PRs with the content defined as follows. NOTE: This PR is covering both the Platform and Web Profile Specifications for Jakarta EE 9.1. So, you need to review both directory structures: https://deploy-preview-372--jakartaee …
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This document is the specification of the Jakarta Bean Validation in Jakarta EE and Java SE. The technical objective of this work is to provide an object level constraint declaration and validation facility for the Java application developer, as well as …
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This specification has several aspects: Definition and usage of centralized, manageable java.util.concurrent.ExecutorService objects in a Jakarta EE application server. Usage of Java SE Concurrency Utilities in a Jakarta EE application. Propagation of the Jakarta EE container’s runtime contextual information to other threads.
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May 07, 2016 . The Jakarta EE 9 technologies. According to the specification, the goal of the Jakarta EE 9 release is to deliver a set of specifications functionally similar to Jakarta EE 8 but in the new Jakarta EE 9 namespace jakarta.*.. In addition, the Jakarta EE 9 release removes a small set of specifications from Jakarta EE 8 that were old, optional, or deprecated in order …
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The JavaBeans Activation Framework API documentation is available here. The following documents summarize the API changes in each release of the JavaBeans Activation Framework API specification: JAF 2.0 JAF 1.2 JAF 1.1 Help You can post questions to the jaf-dev mailing list. Bugs
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A web conversation context in addition to the three standard web contexts defined by the Java Servlets specification An SPI allowing portable extensions to integrate cleanly with the container Latest Release The latest release of CDI is 3.0. You can download the spec or browse the javadoc. Tweets by @cdispec
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The specification project team creates PRs against the Jakarta EE Specification Committee specifications repository. The first PR provides everything requested in the PR template. The javadoc can be included in this first PR, or a second optional PR can be created to only include the javadoc contents.
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The specification defines APIs (application programming interface) and their interactions. As with other Java Community Process specifications, providers must meet certain conformance requirements in order to declare their products as Jakarta EE compliant .
The specification encourages Jakarta Bean Validation providers to provide such a tool to their users. Let’s see a couple of declarations and their respective ConstraintValidatorresolution. Assuming the definitions shown in ConstraintValidator and type resolution:
This specification defines a metadata model and API for JavaBean validation. The default metadata source is annotations, with the ability to override and extend the metadata through the use of XML validation descriptors. The validation API developed by this specification is not intended for use in any one tier or programming model.
All jakarta namespace development must occur within the scope of a Specification Project operating under the purview of the Jakarta EE Working Group’s Specification Committee and must implement the process as defined by the most recently adopted revision of the JESP. The EFSP takes precedence in cases where this document is silent.
In 2018 Jakarta EE, a part of the Eclipse Enterprise for Java (EE4J) project, became the new name for the Java EE platform at the Eclipse Foundation. Major contributions by the Jakarta Project include tools, libraries and frameworks such as: Apache JMeter - a load- and stress-testing tool.
Jakarta is situated on the northwest coast of Java, at the mouth of the Ciliwung River on Jakarta Bay, an inlet of the Java Sea. The northern part of Jakarta is plain land, some areas of which are below sea level and subject to frequent flooding.
The Jakarta EE APIs include several technologies that extend the functionality of the base Java SE APIs, such as Jakarta Enterprise Beans, connectors, servlets, Jakarta Server Pages and several web service technologies. Jakarta Servlet: defines how to manage HTTP requests, in a synchronous or asynchronous way.
As with other Java Community Process specifications, providers must meet certain conformance requirements in order to declare their products as Jakarta EE compliant . Examples of contexts in which Jakarta EE referencing runtimes are used are: e-commerce, accounting, banking information systems.