This topic explains the basic procedure for using Parasoft’s Extension Framework to extend Parasoft’s built-in transports and message formats.
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Adding an Extension
Parasoft’s Extension Framework is standardized across all extension types. Once you understand the basic process, you can apply it to add support for all the various message formats and transports your team is working with. All extension work is done using Java.
install dir]/plugins/com.parasoft.xtest.libs.web_[version]/root/com.parasoft.api.jarto your Java project classpath. You can also create a new project by going toFile> New>Virtualize> Custom Development> Virtualize Java Project; this will create a new Java project that already has that .jar file added to the classpath.
Info icon false title Building with Maven?
If you’re building your Java project with Apache Maven, you can add the following to your project's pom.xml:
<project> ... <dependencies> <dependency> <groupId>com.parasoft.soavirt</groupId> <artifactId>com.parasoft.api</artifactId> <version>9.9.0</version> <!-- should match product version --> <scope>provided</scope> </dependency> </dependencies> ... <repositories> <repository> <id>ParasoftMavenPublic</id> <name>Parasoft Public Repository</name> <url>http://build.parasoft.com/maven/</url> </repository> </repositories> ... </project>
Implement the appropriate interfaces. See the following sections for details on implementing the appropriate interfaces:
parasoft-extension.xmlfile in the default package of your Java project and configure it as appropriate for the item (or items) you’re adding.
- One parasoft-extension.xml file is expected for each Java project.
If you want to add multiple extensions at once, you create one parasoft-extension.xml file that covers all of the extensions you’re adding—and you use the top-level
<extensions>element; see Adding Multiple Extensions at Once for details. Parasoft looks for parasoft-extension.xml files in its classpath under the default package, so each of your parasoft-extension.xml files need to be included on the classpath—by putting the directories each live in (or the jar files each are contained in) on the classpath in the System Properties preferences.
For details on how to configure this file for a specific type of extension in Virtualize, see:
- Build your Java project and add it to your system properties classpath area—either as a jar file, a Java project within your SOAtest or Virtualize workspace, or a class folder.
Restart SOAtest/Virtualize and verify that the extension appears in the appropriate area.
For details, see the following Virtualize sections for details:
If your team is using a number of extensions, you might want to add multiple extensions at once—for example, a bundle that includes all of your custom message formats, custom transports, and message listeners.
To add multiple extensions at once:
- Instead of creating multiple parasoft-extension.xml files (one for each extension), create one parasoft-extension.xml file in the project and ensure that it describes all of the extensions. Be sure to use the top-level xml element
<extensions>and define the specific custom extensions as children of this top-level element.
- Include all of the extensions in your Java project, build it, then add the resulting jar file, Java project, or class folder to the system properties classpath (as described in step #4 above).
For example, a single extension might have a parasoft-extension.xml file such as:
<?xml version="1.0" encoding="UTF-8"?> <extension xmlns="urn:com/parasoft/extensibility-framework/v1/extension" type="tool" name='the name of your tool, appears in menus' description='A more detailed description'> <class>com.myCompany.MyTool</class> <!-- implements ICustomTool --> <version id='your version ID' updaterClass="com.myCompany.myUpdater"/> <tool xmlns="http://schemas.parasoft.com/extensibility-framework/v1/tool" ... </extension>
For a project that includes multiple extensions, you would have a parasoft-extension.xml file like:
<?xml version="1.0" encoding="UTF-8"?> <extensions xmlns="urn:com/parasoft/extensibility-framework/v1/extension"> <extension type="tool" name='the name of your tool, appears in menus' description='A more detailed description'> <class>com.myCompany.MyTool</class> <!-- implements ICustomTool --> <version id='your version ID' updaterClass="com.myCompany.myUpdater" /> <tool xmlns="http://schemas.parasoft.com/extensibility-framework/v1/tool"> ... </tool> ... </extension> <extension type="transport" name='The name of your transport, appears in the transports menu' description='A more detailed description'> <class>com.mycompany.MyTransport</class> <!-- implements ICustomTransport --> <form xmlns="urn:com/parasoft/extensibility-framework/gui"> <!-- This describes the fields you wish to appear in your transport GUI --> <section label="field group 1"> <field id="key 1" label="field 1"/> ... <field id="key n" label="field n"/> </section> </form> </extension> ... <extension> ... </extension> </extensions>
You can access documentation for the Extension framework API via the Parasoft> Help menu and look for the Parasoft SOAtest or Virtualize Extensibility API book.
Custom extensions can depend on Java libraries other than com.parasoft.api.jar. For details in Virtualize, see Configuring External Dependencies.
You can externalize any string displayed in the GUI to support different languages. For details in Virtualize, see Localizing GUI Text.
If you are using an existing extension and later create a new version of that extension that has a different set of GUI options, you can use a version updater to update your saved .tst (SOAtest) or .pva, .pvn (Virtualize) files to adapt them to the new set of options. For details on updating Virtualize artifacts, see Updating GUI Fields for a New Version.