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Course Outline

Advanced Selenium Concepts

  • Overview of Selenium architecture and industry best practices
  • Advanced capabilities of WebDriver
  • Development of maintainable and scalable test automation solutions
  • Addressing common challenges in testing complex web applications

Advanced Object Identification

  • Implementation of advanced locator strategies
  • Construction of dynamic and complex XPath and CSS selectors
  • Management of dynamic web elements
  • Programmatic identification and interaction with web objects

Capturing and Validating Data

  • Data extraction from web controls
  • Validation of dynamic content
  • Processing tables, lists, and complex page elements
  • Application of pattern-based verification techniques

Exception Handling and Test Reliability

  • Management of Selenium exceptions
  • Implementation of robust error handling mechanisms
  • Execution strategies for synchronization and explicit waits
  • Enhancement of test stability and maintainability

Logging and Reporting

  • Development of effective logging strategies
  • Troubleshooting failed test executions
  • Capture of screenshots and execution evidence
  • Integration of logging with test reporting frameworks for government and public sector operations

Regular Expressions and Advanced Validation

  • Fundamentals of regular expressions
  • Pattern matching for dynamic content
  • Advanced assertions and validation procedures
  • Practical applications in automated testing environments

Data-Driven Test Automation

  • Core principles of data-driven testing
  • Ingestion of test data from external sources
  • Parameterization of automated tests
  • Construction of reusable and scalable test frameworks for government systems

Cross-Browser and Parallel Testing

  • Execution of tests across multiple browser environments
  • Considerations for browser compatibility
  • Overview of Selenium Grid architecture
  • Conducting distributed and parallel test execution

Best Practices and Course Review

  • Recommendations for test automation framework design
  • Optimization of test performance and maintainability
  • Review of key course concepts
  • Discussion, questions, and identification of next steps

Requirements

  • Demonstrated proficiency in automated testing utilizing Selenium frameworks.
  • Professional background in web application development (preferred).
  • Foundational knowledge of Java programming principles (preferred).

Audience

  • Software quality assurance testers.
  • Test management personnel.
  • Quality assurance specialists and analysts.
 14 Hours

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