Use Code: BLACKFRIDAY30What Are the Challenges in Test Automation? | LambdaTest
Playlist
- What Is Cypress?
- What Is Playwright?
- What Is TestNG?
- What is an Emulator?
- What is pytest?
- What Is Mocha?
- What is Page Object Model?
- What is a Window in Selenium?
- What is JUnit?
- What is Headless Testing?
- What is Shadow DOM?
- What are Web Components?
- WebDriver Bidi Unveiled: What's New & How to Use It!
- What is Shift Left Testing?
- What is Responsive Testing?
- What is UI Testing?
- What is the 'git add' command?
- What is Localization?
- What are Alerts in Playwright?
- What is a JavaScript alert?
- What are Progressive Web Apps?
- GitHub vs Git Flow Explained
- What is Maven Jenkins Plugin?
- What is Parameterization?
- What is Appium?
- Role of Artificial Intelligence (AI) in Software Testing
- What is JUnit 5?
- What Are Different Selenium Wait Methods?
- How to Apply Timeout to The Class?
- What is Quality-Driven Development (QDD)?
- What are JUnit Annotations?
- Difference Between Hard Assert & Soft Assert in pytest
- What Are Flaky Tests And Where Do They Come From?
- AI-Driven Strategies in Software Testing
- Importance of Manual Testing
- What is Modal Dialog Box?
- Strategies for Accelerating Feedback
- What Are the Challenges in Test Automation?
- Best Tools for Software Developers
- What is Jenkins Pipeline?
- The Role of Human Testing in Quality Assurance
- What are WebSockets?
- JUnit 5 Architecture
- Impact of Generative AI on Testing
- Key features of WebdriverIO Waits
- How to Convert Test Scripts From JUnit 4 To JUnit 5?
- Difference between JUnit 4 and JUnit 5
- What are TestNG Annotations?
- AI Use Cases in Software Testing
- Use Cases of Machine Learning
- Most Used Git Commands
- Impact of User-Centric Testing on Product Quality and Customer Satisfaction
- Why Async and Await Are Crucial in WebdriverIO Testing
- Promises in JavaScript
- Finding Elements Using WebdriverIO Selectors
- Automating Build and Publish with Jenkins & GitHub
- Understanding Implicit Waits in Selenium
- Understanding Playwright Selectors
- Selenium Vs Cypress Vs Playwright: Key Differences at a Glance
- Setting Up JUnit 4 Dependency
- How to Handle Alerts in Selenium
- How to Minimize Browser Using the Robot Class in Selenium
- How to Test Cookies on a Website?
- Performance Testing: Backend & Frontend Strategies
- Contract Testing: Key Approaches and Best Practices
- Test Execution Reporting: Tools, Trends, and Best Practices
About The Video
Watch this video to learn the common test automation challenges!
Some of the key test automation challenges are: โข ๐ฆ๐ฝ๐ฒ๐ฒ๐ฑ: Ensuring automated tests run quickly enough to keep up with rapid development cycles. โข ๐๐ฎ๐๐ฅ๐ข๐ญ๐ฒ: Maintaining high quality and reliability of automated tests to ensure they accurately detect issues and do not produce false positives or negatives. โข ๐๐จ๐ฌ๐ญ: Managing the high initial investment and ongoing costs associated with purchasing tools, training staff, and maintaining test automation suites. โข ๐๐๐๐ฅ๐๐๐ข๐ฅ๐ข๐ญ๐ฒ & ๐๐๐๐ฉ๐ญ๐๐๐ข๐ฅ๐ข๐ญ๐ฒ: Developing a scalable and adaptable test automation framework that can efficiently handle changes in application features, technologies, and platforms.
Video Chapters
00:00 Introduction
00:04 Test Automation Chaellenges
01:39 Evolution of test automation Framework
06:45 Closing
Key Topics Covered
Introduction to Test Automation Challenges
Overview of the importance of test automation in software development. Discussion on traditional challenges faced in test automation, including manual resource intensity, time consumption, incomplete test coverage, and scalability issues.
Evolution of Test Automation Frameworks
Historical progression from record and play frameworks to data-driven, keyword-driven, and BDD-based frameworks. Introduction to the latest fifth-generation frameworks that leverage machine learning.
Current Trends in Test Automation
Low Code/No Code: Emphasis on reducing manual scripting efforts by using platforms that generate scripts in various technologies (Java, JavaScript, TypeScript, etc.).
Artificial Intelligence and Machine Learning: Application of AI/ML for continuous testing, self-healing test scripts, and creating autonomous test systems.
Unified Comprehensive Testing: Integration of UI testing, microservices testing, and web services testing within the same framework.
Platform as a Service (PaaS) Testing: Ability to test PaaS environments without requiring specific SaaS applications to be built on top.
In-Sprint Automation
Importance of supporting in-sprint automation, enabling the initiation of automated testing even before the development of a single line of code.
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