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Software-Testing-Automation-Course

Software Testing Automation course covers the fundamental skills and knowledge in Australia for learning Automation Testing in Java. It lays a solid foundation to develop skills and knowledge required in Software Testing.

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Software-Testing-Automation-Course

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  1. Software Testing Automation Course Software testing automation is the process of using specialized tools and frameworks to execute software tests automatically, reducing manual effort and increasing efficiency. This course provides a comprehensive overview of the principles, tools, and strategies for effective software testing automation.

  2. Importance of Automation in Software Testing Improved Efficiency Reduced Costs 1 2 Automated tests can run faster and more consistently than manual tests, allowing for more frequent and thorough testing. Automation eliminates the need for repetitive manual testing, saving time and labor costs. Increased Reliability Faster Feedback 3 4 Automated tests are less prone to human error, ensuring more reliable and consistent results. Automation enables rapid feedback on code changes, allowing for quicker identification and resolution of defects.

  3. Automation Frameworks and Tools Popular Frameworks Key Features Selecting the Right Tool Selenium, Cypress, Appium, Robot Framework, and Katalon Studio are some of the most widely used automation frameworks for web, mobile, and desktop applications. These frameworks offer features such as cross-browser and cross-platform testing, data-driven testing, and integration with CI/CD pipelines. Choosing the appropriate automation framework depends on factors like the application under test, team expertise, and project requirements.

  4. Test Automation Strategies and Approaches Record and Replay 1 Capturing user actions and replaying them to create automated tests, suitable for simple, repetitive tests. Keyword-Driven 2 Using a set of predefined keywords to build and execute tests, allowing for better maintainability and reusability. Behavior-Driven 3 Focusing on the behavior of the system under test, using natural language specifications to define and automate tests.

  5. Selenium WebDriver: Fundamentals and Setup Selenium WebDriver Cross-Browser Testing A popular open-source tool for automating web-based applications across different browsers and platforms. Selenium WebDriver supports multiple browsers, including Chrome, Firefox, Safari, and Edge, allowing for comprehensive cross-browser testing. Installation and Configuration Supported Programming Languages Setting up Selenium WebDriver involves installing the appropriate drivers and integrating it with your preferred programming language. Selenium WebDriver provides bindings for various programming languages, such as Java, Python, C#, Ruby, and JavaScript.

  6. Selenium WebDriver: Locating Elements and Performing Actions Element Locators Performing Actions Selenium WebDriver provides various locator strategies, such as ID, CSS, XPath, and text, to uniquely identify and interact with elements on a web page. WebDriver's Action API allows you to simulate user interactions, such as clicking, typing, and dragging and dropping elements. Handling Waits Debugging and Troubleshooting Proper handling of implicit and explicit waits is crucial to ensure your tests can reliably interact with dynamic web pages. Techniques like logging, screenshots, and debugging tools can help identify and resolve issues during test execution.

  7. Test Scripting with Selenium WebDriver Test Planning Identify the test objectives, scenarios, and data requirements to create a comprehensive test suite. Script Development Write test scripts using Selenium WebDriver's APIs and the programming language of your choice. Execution and Reporting Run the tests and generate detailed reports to track test results and identify any failures or defects.

  8. Data-Driven Testing and Page Object Model Data-Driven Testing Page Object Model Test Modularity Parameterize your tests with external data sources, such as CSV files or databases, to enhance test coverage and maintainability. Organize your Selenium WebDriver code by encapsulating page-specific elements and actions into reusable page object classes. The Page Object Model promotes test modularity, making your test scripts more readable, maintainable, and less prone to breakage.

  9. Continuous Integration and Deployment CI/CD Integration Reporting and Analytics Parallel Test Execution Integrating Selenium WebDriver tests into a Continuous Integration (CI) and Continuous Deployment (CD) pipeline ensures early detection of issues and rapid feedback. Generating comprehensive reports and dashboards helps track test results, identify trends, and measure the effectiveness of the test automation efforts. Running tests in parallel across multiple browsers and environments can significantly improve test execution time and coverage.

  10. About the Company Location About Us MELBOURNE: 53 Dryburgh St, West Melbourne Software Testing Automation course covers the fundamental skills and knowledge in Australia for learning Automation Testing in Java. It lays a solid foundation to develop skills and knowledge required in Software Testing. SYDNEY: Suite 1A5, 410 Elizabeth St, Surry Hills BRISBANE: Level 5, 345 Ann St, Brisbane City

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