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TABLE 15.6
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Generated File CarPrice.java CarPriceSOAPBindingImpl.java
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CarPriceService.java CarPriceServiceLocator.java CarPriceSOAPBindingSkeleton.java CarPriceSOAPBinding Stub deploy.wsdd undeploy.wsdd
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The output WSDL document will contain the appropriate WSDL types, messages, portType, bindings, and service descriptions to support a SOAP RPC encoding Web Service. In the third and the final step, we use the tool WSDL2Java to generate both the server-side and the client-side bindings. A typical invocation of this tool for our current example is shown in Listing 15-18.
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Listing 15-18
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%java org.apache.axis.wsdl.WSDL2Java o . d Session s S true N urn:examples examples carprice.wsdl
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This invocation will create a number of files. These files are described in Table 15.6. This concludes our description of the bottom-up approach using the tools supplied by the Apache Axis engine. Next, we discuss some commercial tools that provide additional features for the development and deployment of Web Services. Commercial Tools Several commercial tools are available on the market that can be used to develop services and their clients. These are typically productionclass tools and have additional features compared to open-source or
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Web Services Implementation
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free tools. We describe only the tools from IBM in this section for the sake of consistency and because IBM tools may also be the best for the commercial development of Web Services and their clients. Two major tools are offered by IBM for the development of Web Services and services clients:
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The WSDK Toolset Rational Application Developer (RAD)
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Our preferred implementation for JAX-RPC and JSR 109 is the WSDK Toolset. Therefore, we discuss it first. WSDK stands for WebSphere Services Development Kit and is based on the Apache SOAP engine, Axis. This toolkit includes a number of command-line tools to help develop the Web Services using either one of the two approaches: top-down or bottom-up. The two command-line tools for the bottom-up approach are Bean2WebService and EJB2WebService. The first is a utility for creating relevant artifacts to expose a bean as a Web Service. In addition, this utility creates all the files required for a service client. This utility is built on top of the Apache Axis command-line tool. The second utility, EJB2WebService, converts a session EJB into a Web Service using a bottom-up approach. This utility also wraps an Apache Axis commandline tool. The third utility included in the WSDL toolset is WSDL2WebService. This utility uses a top-down approach to create a Web Service implementation skeleton for a given WSDL service specification. This utility is also built on top of Apache s Axis command-line tools. In addition to the three aforementioned utilities, WSDK includes two other utilities that are needed for developing and testing Web Services. One of the command-line utilities is appserver. This utility is used to support the administration of the provided application server. This tool allows users to deploy, undeploy, and manage enterprise applications as well as to start and stop the application server itself. Another command-line utility included in the WSDK toolset is tcpmon. This utility provides a graphical TCP/IP monitor. Lastly, it is important to note that WSDK comes with a number of online tutorials and a graphical help system. Trial downloads of a full-featured WSDK are available from the IBM website to help serve as a starting point for your organization. Although WSDK is our recommended toolset for developing and testing Web Services, Rational Application Developer (RAD) also provides a comprehensive set of wizards to develop both Web Services and their clients.
Fifteen
RAD offers the following features for developing services and related tasks:
Create Web Services using a bottom-up approach either from a Java bean or from a stateless session EJB. Create Web Services using a top-down approach starting from a WSDL document and creating either a Java bean skeleton or a stateless session EJB. Create a SOAP message monitor. Deploy, run, test, and publish Web Services providers.
In addition, RAD also offers a wizard for creating Web Services clients. RAD supports the development of the following four kinds of Web Services clients:
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