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The EAR file encapsulates the web archive, client archive, and EJB archive.
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JEE APIs and Certi cation
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The archives are accompanied by XML files that describe the deployment specifics of the EAR, WAR, JAR, and CAR archives.
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The JEE platform, together with the JSE platform, includes a number of industrystandard APIs for access to existing enterprise information systems. The following APIs provides basic access to these systems:
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n JDBC, the API for accessing relational data from Java n The Java Transaction API (JTA), the API for managing and coordinating
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transactions across heterogeneous enterprise information systems
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n The Java Naming and Directory Interface (JNDI), the API for accessing
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n The Java Message Service (JMS), the API for sending and receiving messages
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through enterprise-messaging systems such as IBM MQ Series and TIBCO Rendezvous
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The JEE standard is defined through a set of related specifications; key among these are the EJB specification, the Servlet specification, and the JSP specification. Together, these specifications define the architecture described in this book. In addition to the specifications, several other offerings are available to support the JEE standard, including the JEE Compatibility Test Suite (CTS) and the JEE SDK (see http://java.sun.com/j2ee/licensees.html). The JEE CTS helps maximize the portability of applications by validating the specification compliance of a JEE platform product. This test suite begins where the basic Java Conformance Kit (JCK) ends. The CTS tests conformance to the Java standard extension APIs not covered by the JCK. In addition, it tests a JEE platform s ability to run standard end-to-end applications. The JEE SDK is intended to achieve several goals. First, it provides an operational definition of the JEE platform, used by vendors as the gold standard to determine what their product must do under a particular set of application circumstances.
2: Common Architectures and Protocols
To verify the portability of an application, developers can use it, and it is used as the standard platform for running the JEE CTS. The JEE SDK exists to provide the developer community with a free implementation of the JEE platform. This is Sun s way of expediting adoption of the JEE standard. The JEE specifications have, by design, set the bar for platform compatibility. Owing to the collaborative way in which the platform specifications have been developed thus far, Sun gave platform vendors the opportunity to supply implementations of the JEE platform. Obvious and unreasonable implementation hurdles were avoided. For example, no restrictions exist on vendors adding value to JEE products by supporting services not defined in the specifications. JEE-component portability is primarily a function of the dependency a component has on the underlying container. The rule is (as it was with SQL), where possible, follow the standard to ensure portability or else mark the divergent parts of the application. Components using a vendor-specific feature that falls outside of the JEE requirements can have limitations in the area of portability. JEE specifications, however, spell out a base set of capabilities that a component can count on; hence, an application should be able to achieve a minimum cross-container portability. An application developer expecting to deploy on a specific vendor implementation of the JEE platform should carefully engineer the design to implement the application across a wide range of operating systems and hardware architectures. Sun Microsystems set a new standard for client-side computing with the JSE. That experience, coupled with input from enterprise software vendors and developers, has led to a full support program for the JEE standard. This program includes four specific deliverables: the CTS to validate the JEE brand, the JEE specification, a complete JEE reference implementation, and the JEE Sun BluePrint.
JEE Speci cation
Based on input and feedback from a variety of enterprise technology leaders and the industry at large, the JEE specification is the beginning of a definition for a consistent yet flexible approach to implementing the platform. The JEE specification enumerates the APIs to be provided with all JEE platforms and includes full descriptions of the support levels expected for containers, clients, and components. It defines a standard that can either be built on a single system or deployed across several servers, each providing a specific set of JEE support services. Hopefully, this will mean that a wide range of existing enterprise systems in use throughout the industry will be able to support JEE.
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