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Both the net.sf.jasperreports.engine.design.JasperDesign and net.sf.jasperreports. engine.JasperReport classes implement the java.io.Serializable interface. This allows users to store their report templates as serialized objects either in their fully modifiable state (JasperDesign objects) or in their compiled form (JasperReport objects). The preferred file extension for storing net.sf.jasperreports.engine.JasperReport objects in files is *.jasper. Throughout the documentation we ll often mention the *.jasper file when referring to a compiled report template. There is no preferred file extension for storing net.sf.jasperreports.engine.design.JasperDesign objects because this is not done very often. For serializing objects to files or output streams, the JasperReports library offers a utility class named net.sf.jasperreports.engine.util.JRSaver. To load serialized objects, you can rely on the supplied net.sf.jasperreports. engine.util.JRLoader utility class, which exposes various methods for loading objects from files, input streams, URLs, or classpath resources. This utility class has a method called loadObjectFromLocation(String location), with built-in logic to load a serialized object from a specified java.lang.String location received as parameter. If this method is called, the

Figure 4 1. BizTalk messaging architecture The receive objects enable the publishing side of BizTalk Server s publish/subscribe architecture. They publish messages into the MessageBox database, the central repository for all messages handled by BizTalk Server. The following objects are involved with receiving messages: Receive location: Handles the actual retrieval of messages from a specified location. The following are the main objects included within receive locations: The receive adapter defines the location and method (file, MSMQ, SQL, and so on) to retrieve messages. The receive pipeline allows decoding, decryption, disassembling, and validating messages against a schema. Receive pipelines also enable party resolution. A custom pipeline component can implement custom logic. Receive port: Groups one to many receive locations and defines any transformation (or mapping) that occurs on messages being received by the receive port.

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The send objects enable the subscribing side of BizTalk Server s publish/subscribe architecture. They subscribe to messages in the MessageBox database and deliver the messages onward to destination locations. The following objects are involved with sending messages: Send port: Handles the actual delivery of messages to a specified location. The following are the main objects included within send ports: A filter defines the subscriptions for the send port. Promoted properties define these subscriptions and determine which messages the send port will handle. (See Recipe 1-3 for details on promoted properties.) A map defines any transformation occurring on messages sent through the send port. (See 2 for details on document mapping.) The send pipeline allows assembling, validating against a schema, encoding, and encrypting messages. A customer pipeline component can also implement custom logic. Send port group: Groups one to many send ports and defines the filter(s) used to determine the messages handled by the send ports.

The parameters are used like normal java.sql.PreparedStatement parameters, using the following syntax: <queryString> <![CDATA[ SELECT * FROM Orders WHERE OrderID <= $P{MaxOrderID} ORDER BY ShipCountry ]]> </queryString>

As the MessageBox database receives a message, BizTalk Server checks to see what active subscriptions (send port filters, for example) there are for that message and routes the message to each of the appropriate subscribers. This publish/subscribe architecture facilitates adding new consumers of information, making it easy to deliver messages to additional systems if needed. Once the MessageBox database receives a message, BizTalk can deliver it to any number of subscribing destination systems. While the MessageBox database holds all messages that are processed by BizTalk Server, messaging objects (receive ports, receive locations, send ports, and send port groups) are stored in the Management database. In BizTalk Server 2010, messaging objects can be associated with an application, which is a logical grouping of all objects related to a specific application or solution (including messaging objects, orchestrations, schemas, and so on). The application concept facilitates the management of a wide variety of BizTalk objects that are essentially part of one unit of work. Messaging objects are created and managed through the BizTalk Administration Console. A number of other tools are also available for managing messaging objects. This chapter focuses on using the tools provided with BizTalk Server to lay the pipes for your integration solutions.

Note In previous editions of BizTalk Server, some administration could be done through BizTalk Explorer in

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You have messages from an external application or system that you want to receive into BizTalk Server.

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