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Course Outline

Introduction to Selenium with Python

  • Reasons for choosing Selenium for web testing.
  • Benefits of Python compared to other languages in test automation.
  • Practical real-world applications of Selenium and Python.

Installation and Configuration

  • Configuring Python and compatible IDEs (such as PyCharm or VS Code).
  • Installing Selenium libraries and corresponding WebDrivers.
  • Setting up Pytest as the primary test runner.

Selenium 4 Architecture and Key Components

  • Selenium IDE: Features for quick record-and-playback.
  • Selenium WebDriver: Core APIs for browser automation.
  • Selenium Grid: Enabling parallel and distributed test execution.

Essential Python Scripting for Automation

  • Core Python concepts relevant to testers.
  • Utilizing data structures effectively within test scripts.
  • Leveraging Pytest for assertions and fixture management.

Practical WebDriver Application

  • Navigation techniques for web applications.
  • Element identification strategies: locators, CSS selectors, XPath, and relative locators.
  • Interaction methods for forms, alerts, iframes, and dropdown menus.

Framework Design using Page Object Model (POM)

  • Overview of the POM approach.
  • Creating reusable page class structures.
  • Developing data-driven and keyword-driven test scenarios.

Advanced Test Automation Techniques

  • Executing tests across multiple browser instances.
  • Implementing parallel testing using Selenium Grid and Pytest-xdist.
  • Strategies for effective cross-browser testing.

Continuous Integration and Reporting Mechanisms

  • Connecting tests to Jenkins, GitHub Actions, or GitLab CI.
  • Generating comprehensive reports using Allure or Pytest-html.
  • Managing version control and adhering to Git best practices.

Troubleshooting and Industry Best Practices

  • Addressing common challenges related to locators, waits, and synchronization.
  • Methods for stabilizing flaky tests.
  • Best practices for maintaining long-term test suite health.

Summary and Recommended Next Steps

Requirements

  • Foundational experience in Python programming.
  • Introductory understanding of test automation principles.
  • Familiarity with web applications and major browsers.

Target Audience

  • Testers.
  • Developers.
  • QA automation engineers.
 14 Hours

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