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The Jakarta Messaging API (formerly Java Message Service or JMS API) is a Java application programming interface (API) for message-oriented middleware. It provides generic messaging models, able to handle the producer–consumer problem , that can be used to facilitate the sending and receiving of messages between software systems . [ 1 ]
Jakarta Mail (formerly JavaMail) is a Jakarta EE API used to send and receive email via SMTP, POP3 and IMAP. Jakarta Mail is built into the Jakarta EE platform, but also provides an optional package for use in Java SE. [1] The current version is 2.1.3, released on February 29, 2024. [2]
The Jakarta Management model is a specification of the attributes, operations and architecture of the managed objects required by compliant Jakarta EE platform implementations. The model is designed to be interoperable with a variety of industry standard management systems and protocols.
The following projects were formerly part of Jakarta, but now form independent projects within the Apache Software Foundation: Ant - a build tool; Commons - a collection of useful classes intended to complement Java's standard library. HiveMind - a services and configuration microkernel; Maven - a project build and management tool
Jakarta Connectors (JCA; formerly known as Java EE Connector Architecture and J2EE Connector Architecture) are a set of Java programming language tools designed for connecting application servers and enterprise information systems (EIS) as a part of enterprise application integration (EAI). While JDBC is specifically used to establish ...
The Jakarta Transactions (JTA; formerly Java Transaction API), one of the Jakarta EE APIs, enables distributed transactions to be done across multiple X/Open XA resources in a Java environment. JTA was a specification developed under the Java Community Process as JSR 907.
Jakarta RESTful Web Services, (JAX-RS; formerly Java API for RESTful Web Services) is a Jakarta EE API specification that provides support in creating web services according to the Representational State Transfer (REST) architectural pattern. [1]
Messages with a specific content may be routed differently. For example, some messages may have different priority or security policies. Policy: Enterprise messaging systems should provide some consideration for a centralized policy of messages such as what classes or roles of users can access different fields of any message.