Best Testng code snippet using org.testng.Interface ITestNGMethod.getThreadPoolSize
Source:ITestNGMethod.java
...200201 /**202 * @return the number of threads to be used when invoking the method on parallel203 */204 int getThreadPoolSize();205206 void setThreadPoolSize(int threadPoolSize);207208 boolean getEnabled();209210 public String getDescription();211 void setDescription(String description);212213 public void incrementCurrentInvocationCount();214 public int getCurrentInvocationCount();215 public void setParameterInvocationCount(int n);216 public int getParameterInvocationCount();217218 public ITestNGMethod clone();
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getThreadPoolSize
Using AI Code Generation
1public class GetThreadPoolSize {2 @Test(threadPoolSize = 3, invocationCount = 10)3 public void testMethod() {4 System.out.printf("Thread Id : %s%n", Thread.currentThread().getId());5 }6}7package com.journaldev.testng;8import org.testng.annotations.Test;9public class GetThreadPoolSize {10 @Test(threadPoolSize = 3, invocationCount = 10)11 public void testMethod() {12 System.out.printf("Thread Id : %s%n", Thread.currentThread().getId());13 }14}15package com.journaldev.testng;16import org.testng.ITestNGMethod;17import org.testng.annotations.Test;18public class GetThreadPoolSize {19 @Test(threadPoolSize = 3, invocationCount = 10)20 public void testMethod() {21 ITestNGMethod method = TestNGUtils.getMethod("testMethod");22 System.out.println(method.getThreadPoolSize());23 }24}25package com.journaldev.testng;26import org.testng.ITestNGMethod;27import org.testng.annotations.Test;28public class GetThreadPoolSize {29 @Test(threadPoolSize = 3, invocationCount = 10)30 public void testMethod() {31 ITestNGMethod method = TestNGUtils.getMethod("testMethod");32 System.out.println(method.getTestClass().getThreadPoolSize());33 }34}35package com.journaldev.testng;36import org.testng.ITestNGMethod;37import org.testng.annotations
getThreadPoolSize
Using AI Code Generation
1public class TestNGThreadPoolSize {2 public static void main(String[] args) {3 TestNG testNG = new TestNG();4 testNG.setTestClasses(new Class[]{TestNGThreadPoolSize.class});5 testNG.setThreadCount(2);6 testNG.setSuiteThreadPoolSize(2);7 testNG.run();8 }9 public void test1() {10 System.out.println("Test1 Thread ID: " + Thread.currentThread().getId());11 }12 public void test2() {13 System.out.println("Test2 Thread ID: " + Thread.currentThread().getId());14 }15 public void test3() {16 System.out.println("Test3 Thread ID: " + Thread.currentThread().getId());17 }18 public void test4() {19 System.out.println("Test4 Thread ID: " + Thread.currentThread().getId());20 }21 public void test5() {22 System.out.println("Test5 Thread ID: " + Thread.currentThread().getId());23 }24 public void test6() {25 System.out.println("Test6 Thread ID: " + Thread.currentThread().getId());26 }27 public void test7() {28 System.out.println("Test7 Thread ID: " + Thread.currentThread().getId());29 }30 public void test8() {31 System.out.println("Test8 Thread ID: " + Thread.currentThread().getId());32 }33}
getThreadPoolSize
Using AI Code Generation
1import org.testng.ITestNGMethod;2import org.testng.ITestResult;3import org.testng.TestListenerAdapter;4import org.testng.TestNG;5import org.testng.annotations.Test;6public class TestClass extends TestListenerAdapter {7 public void testMethod1() {8 System.out.println("Test method one");9 }10 public void testMethod2() {11 System.out.println("Test method two");12 }13 public static void main(String[] args) {14 TestNG testng = new TestNG();15 testng.setTestClasses(new Class[] { TestClass.class });16 testng.setThreadCount(3);17 testng.run();18 ITestNGMethod[] methods = testng.getAllTestMethods();19 System.out.println("Total number of threads used by TestNG is: " + methods[0].getThreadPoolSize());20 }21}
getThreadPoolSize
Using AI Code Generation
1package org.testng;2import org.testng.annotations.Test;3public class GetThreadPoolSize {4 @Test(threadPoolSize = 4)5 public void test() {6 System.out.println("The thread pool size of the test method is: " + ITestNGMethod.getThreadPoolSize());7 }8}
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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