Advanced Automation Testing Using Selenium WebDriver & Java

Create and structure a Selenium Java project by adding jar files, initializing a browser, and outlining three code parts—beginning, main, and end—to drive automated tests.

Continue Selenium WebDriver coding by configuring jar files, importing the before annotation, and initializing a private WebDriver with the Internet Explorer driver to support test scripts.

Learn to write eclipse selenium code with an internet explorer driver, initialize the driver, use before and test blocks, and navigate to a url stored in a variable.

Learn to set up Selenium WebDriver with Java and Firefox, run code that opens a browser and navigates to YouTube, and troubleshoot during hands-on practice.

Discover how to use Firebug with Selenium WebDriver to inspect elements, copy ex-parte properties, and automate typing in the YouTube search box while planning login and search tests.

Learn to locate elements by xpath via firebug inspection, type with send keys, and run a selenium webdriver script that opens a browser, navigates to a site, and enters text.

Develop automated test cases using Selenium WebDriver and Java, including launching the browser, navigating to youtube.com, typing in the search box, clicking the search button, and verifying results.

Learn to refine Selenium WebDriver code in Java by declaring and using string variables for search input, replacing hardcoded values, and capturing results to compare with expected outcomes.

Review and verify automation results by running the test again, navigating to YouTube, typing a search term, and reading the result text with getText, then printing it with System.out.println.

Learn to compare automation results by performing a YouTube search, capturing results count with element inspection and XPath, and printing value to Eclipse console using Selenium WebDriver and Java.

Parameterize input data in a data-driven selenium framework and switch to external sheets, then verify YouTube search results by comparing actual results to expected values using if-else logic.

Learn cross-browser automation with Selenium as you read dynamic text and validate it against expected values, switching from Firefox to Internet Explorer via two added driver lines.

Launch a browser, navigate pages, click buttons, type text, and verify results within a data driven Selenium WebDriver framework in Java, and implement before and after sections to close browser.

Rename the Selenium script and align the public class name to build a data driven framework that uses external test data sources, such as Excel sheets or text files.

Leverage data-driven testing to run a single Selenium script across multiple data sets stored in external files. Enable no code changes when data updates, empowering non-technical testers to run tests.

Learn how to build a data-driven Selenium framework by using an external Excel data sheet, design and rename sheets, and read data with a reusable function.

Learn to read data from an Excel sheet in a Selenium Java test by using a public readExcelSheet function, passing sheet name, and handling two dimensional array with Apache jars.

Learn how to read data from Excel for a Selenium data-driven framework, converting cells to strings, handling sheet names, and using two-dimensional arrays to feed tests.

Discover a datadriven framework using two-dimensional arrays to read test data from an Excel sheet and feed inputs into Selenium tests via a read Excel sheet function in Eclipse.

Finalize a Selenium WebDriver datadriven framework by reading test input data from an external Excel sheet, looping through rows and selecting a specific column to drive tests.

Demonstrates final touches on a Selenium data-driven framework in Java, using an Excel data source to drive multiple inputs in a single script across a browser.

Reuse a data-driven Selenium WebDriver framework built with Eclipse and Java from YouTube to Facebook. Learn manual testing before automation and automate Facebook sign-up, validating passwords longer than six characters.

Demonstrates key framework concepts for data-driven automation with Selenium WebDriver and Java, reading first name from an Excel sheet and typing it into the Facebook first name box.

Learn a data-driven framework with selenium and java by driving tests from an excel 97 2003 workbook, manage sheet names and avoid null values to prevent errors in data binding.

Continue building a Facebook data-driven automation framework using Selenium WebDriver and Java, reading first name, last name, email, and password from Excel, and handling variables and dropdown selections.

Automate selecting month, day, and year from Facebook signup dropdowns on the home page using Selenium WebDriver and Java, with the Select class and visible text.

Explore automating Facebook sign-up flows with Selenium WebDriver and Java by handling dropdowns, radio buttons, and form validations, including password length checks, cookie handling, and sign-up restrictions across browsers.

Automate Facebook signup with Selenium WebDriver and Java, driving data from an Excel sheet for first name, last name, email, and password, and validating password policy errors.

Analyze how to implement a Java if-else that checks a search result against an expected message, using equals, print statements, and proper braces, and debugging syntax errors in Eclipse.

Troubleshoot a Facebook signup test with Selenium WebDriver and Java, using an external Excel sheet for inputs and handling blank cells while ensuring dropdowns match visible text.

Finalize the Facebook project by clearing cookies across browsers to bypass signup blocks, and fix Excel password tests by treating inputs as text for Selenium.

Explore final touches to the Facebook framework by using Selenium WebDriver in Java to locate elements, handle dropdowns, read test data from Excel, and validate error messages with waits.

Perform data-driven testing with excel inputs to validate facebook sign-up password rules and dropdown selections by visible text, while formatting day and year as text to avoid decimals.