We all know that writing test automation code can be time-consuming and sometimes repetitive. So why not automate the process of calling your test classes from a generic class? That way, you can focus on writing the code that actually tests your application functionality, and the generic class can take care of the rest.

To do this, you’ll first need to create a generic class that contains a method for each test class you want to call. The method should take the name of the test class as a parameter, and should return an instance of the class. For example, if you have a test class named LoginTest, your generic class might look like this:

public class TestClassRunner {
public static LoginTest getLoginTest(String name) {
return new LoginTest(name);

Then, in your test automation code, you can simply call the appropriate method from the TestClassRunner class to get an instance of the test class you want to run. For example:

LoginTest loginTest = TestClassRunner.getLoginTest(“LoginTest”);


This approach has a few advantages. First, it allows you to easily reuse your test classes in different test automation frameworks. Second, it makes it easy to add new test classes to your automation suite without having to modify existing code. Finally, it keeps your test code clean and organized.

So next time you’re starting a new test automation project, consider using this approach to call your test classes from a generic class. It just might save you some time and effort in the long run.

Other related questions:

How do you call a method using generics?

There is no definitive answer to this question since it can vary depending on the specific implementation. However, one way to call a method using generics would be to use reflection.

What is generic utility in selenium?

Generic utility is a term used to describe a set of tools or services that can be used across a wide range of applications. Selenium is a popular open source testing tool that can be used for automating web applications.

How do generic classes work?

Generic classes are templates that allow you to create classes that can work with any data type.

This is useful when you need to create a class that can work with multiple data types, but you don’t want to have to create a separate class for each data type.

To use a generic class, you first need to specify the data type that the class will work with. This is done by using the angle brackets (< and >) after the class name.

For example, if you wanted to create a generic class that could work with an integer, you would specify the data type like this:

class MyClass



Once you have specified the data type, you can then use that data type throughout the class just as you would with any other data type.

For example, you could create a variable of that data type like this:

int myVariable;

You could also create a method that returns that data type:

int myMethod()


return 5;


You can also use multiple data types in a single generic class. For example, if you wanted to create a generic class that

What is generic type of testing?

Generic type testing is a method of testing in which the tester does not need to have specific knowledge of the implementation of the software being tested.


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