Selenium Mastery: Advanced Web Automation Techniques

Explore how TestNG enhances Selenium test automation with annotations, grouping, and detailed reports, compare it to G-Unit, and install it in Eclipse using Java JDK 7+.

Explore the different types of annotations in Selenium, add the Selenium library to a project, import test annotations, and run tests to see how annotated tests execute.

Learn to run multiple test cases with TestNG annotations and generate custom reports. View results by class names and status (passed, failed, skipped) with exception details.

Discover the annotation calling sequence in selenium tests, from before suite through before method to after suite, guided by the stc mnemonic.

Sequence through Selenium annotations using before and after hooks, launch and close the browser, and drive data from Excel to log in to Flipkart and add items to cart.

Learn how to run TestNG tests via an XML file, specifying suites, packages, and specific classes, while observing before/after annotations and execution order.

Learn to run a TestNG XML file programmatically from a Java application by constructing a test list and invoking the test runner to execute the suite.

Learn to run test cases in TestNG using a batch file by setting the project path, navigating directories, and invoking Java with bin class files.

Create a batch file, then schedule it with Windows task scheduler to run automated tests at a set time, configure triggers, actions, and monitoring for server automation.

Explains using test annotations to order executions by priority, before/after hooks, and timeouts; demonstrates parameterized tests with Excel data and browser actions like login and item management.

Learn how to control a selenium test method using invocation count to run it multiple times and invocation timeout to cap its total duration.

Use the enabled attribute to skip or ignore tests in selenium, applying it at method or class level and understanding how overrides affect execution.

Discover how to logically group Selenium tests under named groups using annotations, assign tests to a group with the groups attribute, and run specific groups to control test execution.

Master grouping in selenium web automation by selecting test groups, including or excluding items, and running multiple groups like add items and delete items to generate logs and reports.

Define three test methods to simulate opening Gmail, composing and sending email, then organize them into a send email group, use groups of groups and dependencies to enforce execution order.

Define groups, write groups, and execute test cases in Selenium, using include and exclude to control which tests run, while creating log files, clearing cache, and closing the browser.

Explore how to link external data sources to a data provider to drive test cases, enabling data-driven automation and multiple test iterations in Selenium.

Explore data-driven web automation by using an Excel-based data provider to read credentials from an external Excel sheet and feed them into tests with a custom Excel reader utility.

Explore implementing a data provider by reading data from Excel, building a two-dimensional array, mapping rows to objects, and returning values for automated tests.

Walks through debugging a login test, fixing class mismatch by importing javax.inject jar, configuring data providers in a single class, wiring data from Excel, and re-running tests to verify login.

Explore data providers for different tests, ensure correct provider naming to prevent skipped tests, and validate login functionality through proper data-driven inputs.

Use a single data provider to drive multiple tests; configure the data repository to vary behavior by test case and reuse data across tests.

Learn how to use context to store and reuse web service responses as attributes with unique keys in Selenium tests, enabling data provider continuity, custom reports, and console-based progress tracking.

Explore using a single data provider to drive multiple test cases in selenium mastery, configuring a data repository to supply different data sets and control test flow across scenarios.

Explore how the test context captures all information for a test run, enabling you to set and retrieve attributes across tests, using data providers, and generating custom reports.

Discover how to run tests in parallel with Barlett, configure thread count in the suite tag, and compare sequential versus parallel execution across multiple browsers.

Learn to run test methods in parallel with parallel = methods, observe multi-thread execution, and preserve the specified order across test, class, and method levels.

Implement a retry analyzer in TestNG to automatically rerun failed Selenium tests. Return true to retry; false to stop.

Apply a custom correction of retry by using the test context to collect past, failed, and skipped results, then consolidate outcomes after the suite and clean the results.

Execute a testng suite, print and track test ids, skip and remove matched ids from the idist context, and implement custom logging to clean and read test results.

Apache Ant is a Java-based build and deploy tool. It automates compiling, deploying, and testing projects from the command prompt or Unix shell.

download the ant binary distribution and unzip it, then configure system variables and add the ant bin to the path; verify with a sample build and resolve tools.jar issues.

Learn to create a build.xml for ant, define targets and properties, and set the base directory. Execute targets to compile and run tests in a Selenium project.

Discover how to scaffold a build file for a Selenium web automation project, define properties, manage jar dependencies, configure classpaths, and run tests while generating xslt reports.

Explore how to transform test results into XSLT reports and pie charts using Saxon jar, by configuring build targets, source and destination files, and viewing test runs.

Learn to generate and analyze XSLT test reports for Selenium tests, view skips and failures with stack traces, and configure the environment for running and reviewing results.

Import a maven project into Eclipse to view the project, and use the dependency tag to specify artifactId and version, enabling dependency resolution and downloading required libraries.

Modify a test case and manage dependencies by selecting the correct artefact from the central repository, build a jar, and deploy it with mvn install.

Learn how to convert an existing test project to Maven and integrate it with Maven. Configure pom.xml, manage dependencies, and resolve jar file issues while building in Eclipse.

Explore managing Maven dependencies, resolving jar issues, and configuring the Surefire plugin to run tests and generate reports for a Maven-based project.

Explore why Selenium WebDriver 3 outperforms Selenium IDE by enabling cross-browser testing, scalable test suites, and maintainable frameworks, with implicit and explicit waits and reusable functions.

Explain the difference between Selenium and the driver, and how find element and timeouts work. Review the Java documentation and changelog, and learn to download and configure the driver jar.

Launch the Firefox browser using the Selenium Firefox driver, configure the executable path, and navigate with driver.get to a page, then locate single and multiple elements.

Discover the three components of Selenium architecture: bindings, the WebDriver API, and browser drivers—and how bindings issue commands, drivers run the browser, and return results.

Explore WebDriver methods like get, close, and quit, distinguishing closing a single window from quitting all browsers, and validate navigation via page source and element checks.

Explore how to use get window handle, get window handles, and switch to different browser windows; compare navigate with get to move forward and back, and manage timeouts.

Learn to configure Chrome and Internet Explorer drivers for Selenium web automation, including selecting driver versions, managing downloads, dependencies, and launching browser navigation.

Configure the IE driver by aligning security settings across all zones and enforcing protected mode for reliable selenium automation across browsers.

Create and launch a Firefox profile with preloaded plugins such as Firebug and Selenium IDE to enable reliable web driver debugging and precise object identification during automation.

Explore the evolution from Selenium IDE to Selenium RC and finally WebDriver, detailing Firefox add-on limitations, cross-browser and remote execution with RC, and the native browser control of WebDriver.

Explore how to use desired capabilities to define browser name, platform, and SSL options, enabling the script to run under defined circumstances and route tests through the selenium grid.

Configure Selenium with proxy servers by creating a proxy class and using desired capabilities. Apply proxy configurations to browser launches across drivers and ensure autoconfig settings function.

Learn to configure proxy settings in selenium by creating and using a firefox profile, setting network proxy details, and validating the proxy in the browser's settings.

Identify and navigate HTML structure using view source and inspect element tools; learn tags, attributes, and anchor elements to reliably locate web page elements for Selenium automation.

Learn to identify elements in firefox using the firebug add-on, inspect elements, highlight them on the page, and test selectors for unique identification in selenium scripts.

Explore basic HTML tags used in Selenium automation—input, radio, checkbox, select, and button—focusing on mandatory attributes like type and how elements are identified in the DOM.

Explore basic HTML tags, begin with anchor tags and their href attribute, distinguish mandatory versus optional attributes, and examine heading tags and inline elements like span and text content.

Learn to locate elements with Selenium by setting up a project in Eclipse, importing jar files, and creating a driver to navigate and interact with a browser.

Learn to locate web elements with Selenium using by strategies (class name, id, name, tag name, link text), interact via click and send keys, and retrieve text, attributes, and screenshots.

Identify that the driver close issue stems from version mismatches between Windows 10, Firefox 53, and Selenium 3.4, then resolve by updating to compatible versions after reviewing the changelog.

Identify elements uniquely on a page with selenium using absolute and relative xpath. Absolute paths are fragile; use relative xpath with the document object model and ids for maintainable selectors.

Master absolute and relative XPath techniques to uniquely identify web elements, using id, class, tag, and relative paths to create efficient selectors for robust Selenium automation.

learn to identify elements using relative XPath by targeting a parent, using attributes or class names, and traversing the page structure when direct selectors are unavailable.

Explore web elements and how to generate CSS selectors for interactions, using interface-based element references, click actions, and retrieving element location and size with Selenium.

Develop custom css selectors by analyzing element attributes such as id, class, and tag, and test them with the Firefox driver, avoiding firebug for robust automation.

Learn how to identify elements with css selectors by using attributes and ids when no hierarchy or attributes exist, and understand how css selectors differ from xpath.

Explore creating a signup button using a css selector with selenium, and learn to handle implicit and explicit waits, element presence, and text verification on the page.

Learn how to locate elements using css selectors by targeting class names and contains patterns, manage dynamic identifiers, and use the driver to interact with elements.

Learn how to run selenium tests across chrome and firefox by configuring the appropriate browser driver and system properties. Ensure compatibility and correct driver paths for all browsers.

Explore implicit and explicit waits in Selenium to reliably handle Ajax and dynamically loaded elements, compare strategies, and avoid sleep-based delays.

Learn to capture and store all browser window handles in selenium, iterate safely with hasNext, and switch between windows using driver.switchTo, then verify titles and manage closes.

Learn to handle web alerts in Selenium by recognizing simple, confirm, and input alerts, switch to the alert, and use accept, dismiss, get text, and send keys.

Learn to handle browser alerts in Selenium by implementing an alert interface with concrete classes and methods like accept, gettext, and send.

Master handling text fields and other web elements with Selenium, including typing, clearing, and sending keys. Compare get text and get attribute (value) for id attributes with examples on Amazon.

Master controlling test execution with TestNG XML by selecting a single test method from a class, excluding others, and launching a browser session to verify the flow.

Learn how to fetch multiple elements with Selenium's findElements, store them in a Java List, and use generics with ArrayList to manage multiple WebElement instances.

Learn to identify multiple elements in Selenium by checking visibility with isDisplayed, handling lists of anchors, and validating which tabs are visible to end users.

Learn to locate multiple web elements with Selenium in Java, verify element sizes, and navigate dynamic sections using XPath, anchors, and debugging techniques.

Learn to handle multiple elements in Selenium by identifying targets, using a for loop with dynamic locators, retrieving text via getText, asserting count, and comparing two methods for tables.

Learn to identify and manipulate dropdowns in web forms using the select tag and option elements, then select items like milk with send keys or the Selenium select class.

Learn how to work with dropdown elements in Selenium by locating option tags, counting options, retrieving value attributes, and identifying the selected option using the select class.

Explore how radio buttons and checkboxes behave: same-name radios allow one selection, while differently named checkboxes permit multiple selections; identify elements and read values with gettext or get_attribute.

Master Selenium techniques for radio buttons and check boxes, using JavaScript executor or the Actions class to resolve element not clickable errors, including scrolling into view and moving to element.

Validate on-page text by selecting items from the column and photo sections, comparing displayed text to input, and clicking the matching Amazon link.

Learn how to use the JavaScript executor in Selenium to click elements, scroll the page, and interact with non-clickable elements using an alternate form of interaction.

Explore the JavaScript executor interface in Selenium to run scripts and click elements when regular commands fail, using synchronous scripts to improve page performance.

Learn synchronization in Selenium by implementing implicit and explicit waits to handle element not found or not visible errors, and validate web ui elements such as checkboxes and radio buttons.

Master implicit and explicit waits in Selenium to handle dynamic page loading, avoid unable to locate element errors, and learn how global implicit waits affect all test cases.

Master explicit waits in Selenium by using expected conditions to pause for a specific element to be clickable, improving reliability and performance over implicit waits.

Master advanced dropdown interactions in selenium by selecting options by index, value, or visible text, handling multiple selections, de-selecting, and retrieving options with get options.

Master dynamic dropdown handling in Selenium by inspecting changing attributes, using input fields, and sending keys to select options from live lists.

Explore how to work with dynamic dropdowns by selecting city items from a list, using name-based and selector-based approaches, and validating selections with text comparison.

Learn the difference between checkboxes and radio buttons, how to locate them with id or other locators, and verify selections in Selenium-driven automation using is_selected on SpiceJet examples.

Learn to automate radio buttons with Selenium: use unique IDs to click, verify selection, distinguish radio from checkbox, and validate the chosen option against the page state.

Learn to validate and select radio buttons in web automation using attribute values and indices. Handle missing name or value and compare text with equals or equals ignore case, click.

Learn to handle browser alerts in Selenium automation, including simple, confirmation, and prompt dialogs. Retrieve alert text, send input, and accept or dismiss prompts to simulate user interactions.

Master types of alerts in Selenium by handling simple and confirmation alerts, switching to alert contexts, and accepting or dismissing popups in automated web tests.

Master confirm alert boxes and prompts in Selenium by interacting with OK or Cancel choices and entering text into input fields, including text and password fields, with practical examples.

Master selenium techniques to validate checkbox and radio button interactions, handle no such element errors, and locate elements with xpath using the select method.

Create and use the action class in Selenium to perform complex user interactions, including mouse over, by building and performing actions on chosen elements.

Master the action class to perform right clicks, context clicks, and double clicks, send capital letters and keys on web elements, and build sequence of advanced actions for Selenium automation.

Explore how iframes embed content from other sites, learn how web designers interact with iframe content, and see how multiple iframes and drag-and-drop ideas appear in practice.

Learn how to use the Selenium actions class to perform complex user interactions, including moving to elements, mouseover, and chaining actions for reliable web automation.

Explore advanced usage of the Selenium actions class, including right-click, drag-and-drop, double-click, and keyboard input, constructing and performing action sequences for reliable web automation.

Create a new class and learn to locate elements with Selenium by id and tag name, then switch between frames and nested iframes with index navigation.

Master web interactions with selenium by creating and executing actions using the actions class, including click and hold, drag and drop, and moving to elements with name or id locators.

Learn how iterator strings help navigate multiple browser windows and child elements by using IDs, next pointers, and exact text selection to perform actions and switch windows.

Master how to manage multiple browser windows in Selenium. Switch between parent and child windows and perform actions within each window.

Learn to build a login test case with selenium IDE by recording web interactions, inserting commands, and validating username/password fields across a Firefox browser.

Learn how to use selenium for login automation by verifying element presence, text, and images, employing open, assert, verify, and wait strategies to handle page loads and failures.

Master Selenium locator strategies to verify element presence using id, name, XPath, DOM, and CSS selectors. Learn recording, saving, and re-running automated test cases for reliable web automation.

Learn how selenium uses locator types to verify UI element presence, including image checks, and locate elements by ID or name in Firefox.

master selenium locator strategies with xpath to robustly locate elements by id, name, or relative relationships, and inspect or copy xpath to target hyperlinks and verify link text.

Learn to use selenium IDE with the firefox extension to record, export and run tests across languages, adjust playback speed, and manage locators for efficient web automation.

Install and configure the Selenium WebDriver in Visual Studio, then write code to automate Firefox navigation, element interaction, and dynamic page testing using a friendly API.

Learn to locate web elements with selenium webdriver using id, name, class, iframe contexts, and text-based or partial text-based queries, then retrieve displayed text via JavaScript and WebDriver methods.

Master advanced WebDriver commands to interact with text areas and forms, cycle through select options, switch between windows and frames, handle alerts, manage cookies, navigate, and perform drag-and-drop actions.

Master how to use explicit waits with WebDriverWait and expected conditions to handle dynamic elements, including visibility and clickability, and avoid mixing implicit and explicit waits.

Explore locator techniques in Sikuli and learn locator definitions, how to get started, and practical examples. Dive into setting up drivers and configuring Firefox and other browsers for web automation.

Discover how to identify reliable web element locators in Selenium by using inspect element tools, choosing unique ids or names, and leveraging link text strategies for robust automation.

Discover how to customize xpath in locators for web automation by using attributes and tag names, with double slash syntax and inspect tools like firebug.

Master Selenium interview questions, covering Selenium ID, Selenium RC, and WebDriver, along with browser support, languages, drivers, and locator fundamentals.

Explore the difference between absolute and relative xpaths, learn when to use single versus double slashes, and master basic, contains, and text-based selectors for dynamic web elements through practical examples.

Explore how to locate web elements with absolute xpaths, using single or multiple conditions, and verify attributes, unique names, and dynamic page changes to ensure reliable selectors.

Master XPath axes methods to navigate ancestors, grandparents, siblings, and parents in dynamic web elements, and apply these techniques with practical Selenium examples.

Master XPath axes by using ancestor and child relationships, indexing with square brackets, and applying following and following-sibling selectors to navigate and count elements.

Master the XPath axes method to navigate preceding and following siblings, descendants, and the current node for precise web element selection, with class and id selectors for performance.