Best Testng code snippet using org.testng.reporters.jq.ResultsBy.getResults
getResults
Using AI Code Generation
1import org.testng.reporters.jq.ResultsBy;2def results = new ResultsBy(this)3def failedTests = results.getResults("failed")4def passedTests = results.getResults("passed")5def skippedTests = results.getResults("skipped")6def totalTests = results.getResults("total")7def total = failedTests.size() + passedTests.size() + skippedTests.size()8def passed = passedTests.size()9def failed = failedTests.size()10def skipped = skippedTests.size()11def passedPercentageLabel = "${passedPercentage}%"12def failedPercentageLabel = "${failedPercentage}%"13def skippedPercentageLabel = "${skippedPercentage}%"14def passedLabel = "${passed} passed"15def failedLabel = "${failed} failed"16def skippedLabel = "${skipped} skipped"
getResults
Using AI Code Generation
1def resultsByClassname = getResults().getResultsByClassname()2def totalTests = resultsByClassname.getTotalCount()3def totalPassedTests = resultsByClassname.getPassedCount()4def totalFailedTests = resultsByClassname.getFailedCount()5def totalSkippedTests = resultsByClassname.getSkippedCount()6def totalFailedButWithinSuccessPercentageTests = resultsByClassname.getFailedButWithinSuccessPercentageCount()7def totalMethods = resultsByClassname.getTotalMethodCount()8def totalPassedMethods = resultsByClassname.getPassedMethodCount()9def totalFailedMethods = resultsByClassname.getFailedMethodCount()10def totalSkippedMethods = resultsByClassname.getSkippedMethodCount()11def totalFailedButWithinSuccessPercentageMethods = resultsByClassname.getFailedButWithinSuccessPercentageMethodCount()12def totalRuntime = resultsByClassname.getTotalRuntime()13def totalPassedRuntime = resultsByClassname.getPassedRuntime()14def totalFailedRuntime = resultsByClassname.getFailedRuntime()15def totalSkippedRuntime = resultsByClassname.getSkippedRuntime()16def totalFailedButWithinSuccessPercentageRuntime = resultsByClassname.getFailedButWithinSuccessPercentageRuntime()17def totalMethodRuntime = resultsByClassname.getTotalMethodRuntime()18def totalPassedMethodRuntime = resultsByClassname.getPassedMethodRuntime()19def totalFailedMethodRuntime = resultsByClassname.getFailedMethodRuntime()
getResults
Using AI Code Generation
1ResultsBy.getResults("testName", "test2")2ResultsBy.getResults("className", "test.TestClass")3ResultsBy.getResults("methodName", "testMethod")4ResultsBy.getResults("testName", "test2", "className", "test.TestClass")5ResultsBy.getResults("testName", "test2", "className", "test.TestClass", "methodName", "testMethod")6ResultsBy.getResults("className", "test.TestClass", "methodName", "testMethod")7ResultsBy.getResults("testName", "test2", "methodName", "testMethod")8ResultsBy.getResults("testName", "test2", "className", "test.TestClass", "methodName", "testMethod", "status", "PASS")9ResultsBy.getResults("testName", "test2")10ResultsBy.getResults("className", "test.TestClass")11ResultsBy.getResults("methodName", "testMethod")12ResultsBy.getResults("testName", "test2", "className", "test.TestClass")13ResultsBy.getResults("testName", "test2", "className", "test.TestClass", "methodName", "testMethod")14ResultsBy.getResults("className", "test.TestClass", "methodName", "testMethod")15ResultsBy.getResults("testName", "test2", "methodName", "testMethod")16ResultsBy.getResults("testName", "test2", "className", "test.TestClass", "methodName", "testMethod", "status", "
getResults
Using AI Code Generation
1var results = resultsBy.getResults();2for each (var result in results) {3 var methodName = result.key;4 var methodResult = result.value;5 var status = methodResult.get("status");6 var duration = methodResult.get("duration");7 var message = methodResult.get("message");8 println("method name: " + methodName);9 println("status: " + status);10 println("duration: " + duration);11 println("message: " + message);12}
TestNG is a Java-based open-source framework for test automation that includes various test types, such as unit testing, functional testing, E2E testing, etc. TestNG is in many ways similar to JUnit and NUnit. But in contrast to its competitors, its extensive features make it a lot more reliable framework. One of the major reasons for its popularity is its ability to structure tests and improve the scripts' readability and maintainability. Another reason can be the important characteristics like the convenience of using multiple annotations, reliance, and priority that make this framework popular among developers and testers for test design. You can refer to the TestNG tutorial to learn why you should choose the TestNG framework.
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Watch this complete tutorial to learn how you can leverage the capabilities of the TestNG framework for Selenium automation testing.