The Java method annotated with this request method designator will process HTTP HEAD requests. The behavior of a resource is determined by the HTTP method to which the resource is annotation is a request method designator and corresponds to the similarly named HTTP method. The Java method annotated with this request method designator will process HTTP DELETE requests. The Java method annotated with this request method designator will process HTTP PUT requests. The Java method annotated with this request method designator will process HTTP POST requests. The Java method annotated with this request method designator will process HTTP GET requests. For example, you could ask for the name of a user and pass it to the application as a variable in the URI: annotation is a request method designator and corresponds to the similarly named HTTP method. You can also embed variables in the URIs to make a URI path template. Table 29-1 Summary of JAX-RS Annotations annotation's value is a relative URI path indicating where the Java class will be hosted: for example, /helloworld. Further information on the JAX-RS APIs can be viewed at. Table 29-1 lists some of the Java programming annotations that are defined by JAX-RS, with a brief description of how each is used. A Java EE application archive containing JAX-RS resource classes will have the resources configured, the helper classes and artifacts generated, and the resource exposed to clients by deploying the archive to a Java EE server. JAX-RS annotations are runtime annotations therefore, runtime reflection will generate the helper classes and artifacts for the resource. Developers decorate Java programming language class files with JAX-RS annotations to define resources and the actions that can be performed on those resources. The JAX-RS API uses Java programming language annotations to simplify the development of RESTful web services. JAX-RS is a Java programming language API designed to make it easy to develop applications that use the REST architecture. This property can be set while using build tools like Ant or Maven.29.2.1 Developing RESTful Web Services with JAX-RS This default report generation can be disabled while running the tests by setting the value of the property useDefaultListeners to false. These files can be found under the output report folder (in this case, test-output). These reports mainly include TestNG HTML report, TestNG email-able report, TestNG report XML, and JUnit report XML files. TestNG, by default, generates multiple reports as part of its test execution. Now, open the file /work/testng/src$/test-output/testing-results.xml in the default XML editor on your system, and you will see the following content in the XML file − Open the index.html on your default web browser. Now, go to the /work/testng/src/test-output folder. Total tests run: 3, Failures: 1, Skips: 1 Create testng.xmlĬreate testng.xml in /work/testng/src to execute test case(s).Ĭompile the SampleTest class using javac. The preceding test class contains three test methods out of which testMethodOne and testMethodThree will pass when executed, whereas testMethodTwo is made to fail by passing a false Boolean value to the Assert.assertTrue method, which is used for truth conditions in the tests. Public class SampleTest void testMethodOne() void testMethodTwo() = ) Create Test Case ClassĬreate a java class, say, SampleTest.java in /work/testng/src. These reports consist of certain HTML and XML reports that are TestNG specific. The report is generated by default under the folder named testoutput and can be changed to any other folder by configuring it. These listeners are by default added to any test execution and generate different HTML and XML reports for any test execution. TestNG comes with certain predefined listeners as part of the library.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |