We will focusing on Java as a programming language in selenium WebDriver we need to be comfortable with the basics of Java. This topic we will discuss about basic concepts around Java language, Syntax for basic Java statements, exception handling and concept of classes and objects.
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The Java programming language is statically-typed, which means that all variables must first declared before they can be used.
Example – int gear=1;
| Data Type | Default Value |
| Byte | 0 |
| Short | 0 |
| Int | 0 |
| Long | 0L |
| Float | 0.0f |
| Double | 0.0d |
| Char | \u0000′ |
| String | Null |
| Boolean | FALSE |
The Java programming language defines the following kinds of variable: Read More
Declaring Classes – You have seen classes defined in the following way:
Class MyClass {
// field, constructor, and
// method declarations
}
This is a class declaration. The class body contains all the code that provide for the lifecycle of the objects created from the class.
In general, class declarations can include these components, in order: Read More
To be able to use WebDriver for scripting, there are some pre-requisites that need to be in place like the basic environment setup. Users have to ensure that they have the initial configuration done. Setting up the environment involves the following steps.
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We will record the test case using Selenium IDE and then export the test case using Java / JUnit 4 / WebDriver option. Follow the steps given below:
Step 1: Open Selenium IDE and verify that recording mode is ON
Step 2: Assuming that application Google search is already open in Firefox browser, Perform the following steps in IDE recording mode:
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While working with Selenium we need to use Java as well as Selenium WebDriver functions. WebDriver provides various methods to perform different actions on Web elements.
The following lists show details of some of the methods that selenium provides to perform actions on different web elements (listbox, editbox, checkbox, radio button) depending upon their type. Read More
A verification point is a specialized step that compares two values and reports the result. A verification point compares the actuals from the test run, with the expected results in the test case.
You use a checkpoint to:
A verification point checks whether an application responds appropriately when a user performs tasks correctly while testing application. A verification point ensures that a user is barred from performing certain tasks and confirms that invalid or incomplete data are flagged with appropriate messages. Read More