Kushal Parikh

important factors on testNG

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Interview questions series for QA Automation Role Experience level -> 3 to 8 years Duration -> 1.5 hrs. Quick tips - good understanding of programming, QA and Selenium Questions: 1) Brief me about your experience 2) What tools and technologies have you worked on? 3) What’s your favorite programming language? And rate yourself Note - If you rate yourself 6 or above then get ready to face challenging coding questions. 4) Find the longest substrings of these three strings: Example 1 - aab Example 2 - pwwkew Example 3 - abcbcabcda 5) Have you created a dynamic Xpath? If yes then give examples. How to automate the elements which sometimes pass or fail? 6) How to send only lowercase text where data is derived from external source, without using any java functions or libraries. 7) What is the difference in keyword driven vs data driven vs behavior driven frameworks? 8) What is Hashmap? 9) If hashmap is available then why do you need HashSet? 10) How to handle exceptions? 11) Why do you need finally block? 12) Why do you use Array when ArrayList is available? 13) What are different ways to execute parallel tests in selenium? 14) How to execute different suites using Maven and TestNG? 15) Create a dynamic XPath which can find all headlines on Amazon.com Steps - Go to Amazon.com Search for Smart TV Create Xpath to retrieve the name of all products and store in List 16) Why strings are immutable? 17) What is string constant pool? 18) When int a = 20; int b = a ; System.out.println(a); -> o/p - 20 System.out.println(b); -> o/p - 20 a=30; System.out.println(a); -> o/p - 30 System.out.println(b); -> o/p - 20 But when we do same operation in HashMaps Map<String, Integer> map1 = new HashMap<>(); map1.put(“value”, 25); Map<String, Integer> map2 = new HashMap<>(); map1=map2; System.out.println(map1); -> o/p - value,25 System.out.println(map2); -> o/p - 20 - value,25 Now if we update this to - map1.put(“value”, 42) System.out.println(map1); -> o/p - value,42 System.out.println(map2); -> o/p - 20 - value,42 Why does this happen?? 19) Why do you need Throw and Throws keyword when we have Try,catch and finally? 20) Explain Smoke vs Sanity vs Regression differences? 21) What do you understand by git rebase? -x-x- Do follow for more: Japneet Sachdeva Find all the answers for above questions here (paid): https://lnkd.in/gSU-m2F7 Crack Test Automation Interviews using JAVA, Master Package for Clearing QA Automation Interviews: https://lnkd.in/g5hr9bea #japneetsachdeva

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Interview questions series for QA Automation Role Experience level -> 3 to 8 years Duration -> 1.5 hrs. Quick tips - good understanding of programming, QA and Selenium Questions: 1) Brief me about your experience 2) What tools and technologies have you worked on? 3) What’s your favorite programming language? And rate yourself Note - If you rate yourself 6 or above then get ready to face challenging coding questions. 4) Find the longest substrings of these three strings: Example 1 - aab Example 2 - pwwkew Example 3 - abcbcabcda 5) Have you created a dynamic Xpath? If yes then give examples. How to automate the elements which sometimes pass or fail? 6) How to send only lowercase text where data is derived from external source, without using any java functions or libraries. 7) What is the difference in keyword driven vs data driven vs behavior driven frameworks? 8) What is Hashmap? 9) If hashmap is available then why do you need HashSet? 10) How to handle exceptions? 11) Why do you need finally block? 12) Why do you use Array when ArrayList is available? 13) What are different ways to execute parallel tests in selenium? 14) How to execute different suites using Maven and TestNG? 15) Create a dynamic XPath which can find all headlines on Amazon.com Steps - Go to Amazon.com Search for Smart TV Create Xpath to retrieve the name of all products and store in List 16) Why strings are immutable? 17) What is string constant pool? 18) When int a = 20; int b = a ; System.out.println(a); -> o/p - 20 System.out.println(b); -> o/p - 20 a=30; System.out.println(a); -> o/p - 30 System.out.println(b); -> o/p - 20 But when we do same operation in HashMaps Map<String, Integer> map1 = new HashMap<>(); map1.put(“value”, 25); Map<String, Integer> map2 = new HashMap<>(); map1=map2; System.out.println(map1); -> o/p - value,25 System.out.println(map2); -> o/p - 20 - value,25 Now if we update this to - map1.put(“value”, 42) System.out.println(map1); -> o/p - value,42 System.out.println(map2); -> o/p - 20 - value,42 Why does this happen?? 19) Why do you need Throw and Throws keyword when we have Try,catch and finally? 20) Explain Smoke vs Sanity vs Regression differences? 21) What do you understand by git rebase? -x-x- Do follow for more: Japneet Sachdeva Get answers for all the above questions and more (paid): https://lnkd.in/gSU-m2F7 Become a successful Test Automation Architect with Full Stack QA skills (paid): https://lnkd.in/dWjpT3-3 E2E Test Automation Framework Creation with parallel execution and Cloud Setup: https://lnkd.in/gprAykg4 #japneetsachdeva

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Get Daily #Testing (Exp) Jobs On your Mail : http://bit.ly/3RYws7k API Automation Interview Questions for SDET Role! Are you preparing for an interview as a Software Development Engineer in Test (SDET) with a focus on API automation? 1️⃣ What is API automation testing? How does it differ from UI automation testing? 2️⃣ What are the advantages of API automation testing? 3️⃣ How do you select the appropriate tools and frameworks for API automation testing? 4️⃣ Explain the steps involved in testing an API. 5️⃣ What are the commonly used HTTP methods in API testing? 6️⃣ What is the difference between GET and POST methods in API testing? 7️⃣ How do you handle authentication and authorization in API automation testing? 8️⃣ What is JSON? How do you parse and validate JSON responses in API automation testing? 9️⃣ What is the role of assertions in API automation testing? 🔟 How do you handle dynamic data in API responses during automation? 1️⃣1️⃣ What is endpoint testing, and how do you perform it? 1️⃣2️⃣ How do you handle error responses and status codes in API automation testing? 1️⃣3️⃣ What are some common challenges faced in API automation testing, and how do you overcome them?

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Refining technical skills is not just a requirement for freshers and entry level QAs but also for experienced professionals who are targeting a promotion or good job switch. I often get asked about the technical skills required to excel in QA domain. I have written a small blog which discusses the same. #preplaced #QA #womenintech #freshers #opentowork #opportunities #SDET

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Good to know that ‘Human Testing’ is something that many big organizations are looking out for and understanding the need of it even more with AI and GenAI booming: Here is my short post on **The Power of Human Testing in the Age of AI** In today's world, Generative AI is changing the way we work in IT, but human testing is still very important. Even with smart AI systems, we need real people to test and ensure our technology works well for everyone. Here’s why human testing is key in IT: 1. **User Experience**: Real users help us make sure our technology is easy to use and meets their needs. They can spot problems that machines might miss. 2. **Bias Detection**: AI can sometimes pick up unfair biases from its training data. Human testers help find and fix these biases to make our technology fair for all users. 3. **Security**: Humans can think of unique ways to use or misuse technology, helping us find security flaws that automated tests might overlook. 4. **Real-World Testing**: Human testers bring different perspectives and real-life scenarios, making sure our technology works well in all kinds of situations. 5. **Ethics**: Human oversight ensures our technology is used in ways that align with societal values and ethics, maintaining public trust. 6. **Innovation and Improvement**: Feedback from human testers can lead to new ideas and improvements that automated tests might not uncover. This can drive innovation and make products better. As we embrace the power of GenAI, let’s remember the critical role of human testing. It helps us create technology that is not only innovative but also user-friendly, fair, secure, and ethical. Let's build a future where AI and humans work together seamlessly to create better IT solutions. #HumanTesting #ManualTesting #TestingEnsuresQuality #QualityMatters

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🔍 Priority vs Severity in Software Testing: Understanding the Differences 🔍 In the realm of software testing, Priority and Severity are crucial terms that help us manage and resolve bugs effectively. While they are often used together, they refer to different aspects of a defect. Let's explore their meanings and see examples of how they intersect: Severity 💥 Definition: Indicates the impact of a bug on the system’s functionality. Purpose: To assess the seriousness of the defect from a technical standpoint. Levels: Minor, Major, Critical, Blocker Example: A critical bug causes a system crash, while a trivial bug involves a minor UI glitch. Priority 🏁 Definition: Indicates the urgency with which a bug should be fixed. Purpose: To decide the order in which defects should be resolved based on business needs. Levels: Low, Medium, High, Critical Example: A high-priority bug needs immediate attention, while a low-priority bug can be scheduled for later. Combining Priority and Severity: Examples 🚀 High Priority & High Severity Example: The login functionality of a banking app is broken, preventing all users from accessing their accounts. Impact: Critical to business operations and user access. Action: Needs immediate attention and a quick fix. High Priority & Low Severity Example: A typo in the company name on the homepage of an e-commerce website. Impact: Minimal functional impact but can affect the company’s image. Action: Should be fixed quickly to maintain professionalism. Low Priority & High Severity Example: A rare crash that occurs only when a specific, rarely-used feature is accessed. Impact: Significant technical issue but affects very few users. Action: Can be scheduled for a later release but needs thorough fixing. Low Priority & Low Severity Example: Misalignment of text in a seldom-visited settings page. Impact: Minimal impact on functionality and user experience. Action: Can be fixed in a future maintenance release. Why Understanding Both Matters 📊 Priority helps us align bug fixes with business goals. Severity helps us understand the technical impact of issues. By effectively categorizing defects using priority and severity, we ensure that the most critical issues are addressed promptly, balancing both technical and business needs. #SoftwareTesting #BugManagement #Priority #Severity #QualityAssurance #TechTips

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𝗕𝗲𝘀𝘁 𝗣𝗿𝗮𝗰𝘁𝗶𝗰𝗲𝘀 𝗳𝗼𝗿 𝗘𝗳𝗳𝗲𝗰𝘁𝗶𝘃𝗲 𝗠𝗮𝗻𝘂𝗮𝗹 𝗧𝗲𝘀𝘁𝗶𝗻𝗴: Manual testing remains a critical component of software quality assurance. Here are a few best practices:Understand the Requirements: Thoroughly understand the application requirements before testing.Create Detailed Test Cases: Ensure test cases are comprehensive and cover all scenarios.Prioritize Test Cases: Focus on high-risk areas first.Document Everything: Keep detailed records of your testing process and findings.Communicate Effectively: Maintain clear communication with your development team.These practices can help in identifying issues early and ensuring a high-quality product. #ManualTesting #QATips #BestPractices #QA #QualityAssurance #SoftwareTesting #ManualTesting #AutomatedTesting #TestAutomation #BugHunting #ContinuousIntegration #DevOps #SoftwareQuality #TestingTools #AgileTesting #PerformanceTesting #SecurityTesting #UserAcceptanceTesting #ExploratoryTesting #TestingTrends #AIinQA #TechTips #Engineering

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"Exciting news! 🎉 Join me for the premiere of "Waits in Selenium WebDriver" on YouTube! 📽️ Set your reminders and be the first to watch as we explore [brief description of video topic]. Don't miss out – see you there! 🚀 https://lnkd.in/gyVsWmxH #YouTubePremiere #NewVideo #ExcitingTimes"#automation #qa #selenium #webdriver #testing #NewVideo #VideoLaunch #ContentCreation #WatchNow #ExcitingTimes #YouTubeCreators #VideoMarketing #DigitalContent #SubscribeNow #Selenium #AutomatedTesting #TestAutomation #QualityAssurance #SoftwareTesting #WebTesting #QAEngineer #TestAutomationFramework #Programming #PythonSelenium #JavaSelenium #implicit wait #waits #explicitwait #AutomationEngineer #DevOps #ContinuousIntegration #AgileTesting #JavaProgramming #PythonProgramming

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#Selenium #Training #New #Batch Register : https://t.ly/kRNPk Qualcomm Interview Questions for #QA role ( Exp: 2 Years ) 1.How to run selenium scripts in Linux systems through Jenkins. 2. Selenium Java or selenium python vs selenium Java script which is faster 3. GitHub actions 4. Java acrchitecture 5. Custom exceptions 6. How to execute Java file in command line tool 7. How to trim string in web element 8. Heroku app selenium Problem 9. Multiple inheritance 10. String immutability 11. Which locator is slow and why 12. Static block 13. Vector vs Array list 14. How one driver instance can handle opening multiple tabs opening in one browser 15.How to handle window widgets through selenium script. 16.what happens if we remove static in public void main (String args[]) 17.What are String args[] if we don’t use them. 18.Actions class 19.Checked vs Unchecked exceptions examples 20. What kind of errors do u get while running automation scripts 21. How to execute overridden method in parent class 22. Test Pyramid

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✅𝐒𝐞𝐥𝐞𝐧𝐢𝐮𝐦 𝐖𝐞𝐛𝐃𝐫𝐢𝐯𝐞𝐫: 𝐈𝐦𝐩𝐨𝐫𝐭𝐚𝐧𝐭 𝐈𝐧𝐭𝐞𝐫𝐯𝐢𝐞𝐰 𝐐𝐮𝐞𝐬𝐭𝐢𝐨𝐧𝐬 𝐟𝐨𝐫 𝐀𝐮𝐭𝐨𝐦𝐚𝐭𝐢𝐨𝐧 𝐓𝐞𝐬𝐭𝐢𝐧𝐠 𝐟𝐨𝐫 𝐄𝐱𝐩𝐞𝐫𝐢𝐞𝐧𝐜𝐞𝐝 (3-5 𝐲𝐞𝐚𝐫𝐬)🚀 1)Why do we prefer TestNG over JUnit for the testing framework? 2)What are the different ways to input text other than sendkeys()? 3)What are the Relative Locators with respect to Selenium 4? 4)Is it possible to read PDF files using Selenium WebDriver? If yes, then how? 5)How would you automate a CAPTCHA using Selenium WebDriver? 6)How can you read Barcode if present on a Web Page? 7)Why we are getting StaleElementReference Exception in Selenium? Give Reasons. 8)For Angular/React/Node.js Based Application which automation tool do you prefer -Selenium, Cypress or Playwright and Why? 9)What kind of tests should not be automated? 10)Which XPath Axes do you know? 11)Compare Selenium WebDriver v3 vs v4 - Key features. 12)How can you disable images on a Web Page as it takes more to load a page? 13)How would you handle the alert popups in Selenium WebDriver? 14)How will you handle dynamic elements by using XPath? 15)What is the Test Automation Pyramid? 16)Suppose a file is 100mb, how can I wait for the file to be downloaded completely? 17)Explain Soft Assertions & Hard Assertions in the Automation Framework. 18)Can you able to access the OTP code from your email through Selenium Automation? If yes then how? 19)How to handle Psuedo-Elements by Selenium WebDriver? 20)How to handle Browser Based Authentication pop-up in Selenium WebDriver? 21)How can you handle cookies in Selenium WebDriver? Will you able to use the same cookies to restore the session of Web application? 22)How would you automate a scenario where you need to verify specific colors -Theme testing? 23)What are the different Chrome Options you have used so far in your automation framework? 24)The Automation script needs to run on multiple browsers and platforms. How do you handle this? 25)How will you give the total time required for the test case to automate? 26)Can you able to automate the below WebElements: <canvas data-type="lower" width="489" height="211" class=""></canvas> <mat-select role="combobox" aria-autocomplete="none" aria-haspopup="listbox" class="mat-mdc-select"><!----></mat-select> 27)How to select a good test automation tool for a project? 28)What is SikuliX? 29)What are the common Selenium Exceptions you faced so far and how have you handled them? 30)What is the CI/CD pipeline & how will you implement it in your automation framework? ✅Follow Kushal Parikh for insightful content on Software Automation Testing! 🚀 𝐐&𝐀 𝐨𝐧 𝐀𝐮𝐭𝐨𝐦𝐚𝐭𝐢𝐨𝐧 𝐓𝐞𝐬𝐭𝐢𝐧𝐠 𝐖𝐢𝐭𝐡 𝐒𝐞𝐥𝐞𝐧𝐢𝐮𝐦 (𝐅𝐫𝐞𝐬𝐡𝐞𝐫𝐬): https://lnkd.in/gtNxEV5v 𝐃𝐫𝐨𝐩 𝐜𝐨𝐦𝐦𝐞𝐧𝐭𝐬 -𝐢𝐟 𝐲𝐨𝐮 𝐤𝐧𝐨𝐰 𝐨𝐭𝐡𝐞𝐫 𝐢𝐧𝐭𝐞𝐫𝐯𝐢𝐞𝐰 𝐪𝐮𝐞𝐬𝐭𝐢𝐨𝐧𝐬.😀 𝐇𝐚𝐩𝐩𝐲 𝐓𝐞𝐬𝐭𝐢𝐧𝐠!😎 #testing #automation #selenium #interviews #testingcommunity

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🚀 Why Manual Testing Matters in Software Testing🚀 In the realm of software testing, the debate between manual and automated testing is ongoing. While automated testing offers speed and efficiency, manual testing remains an indispensable part of the process. Here's why: 1. Human Judgment: Manual testers bring critical thinking and intuition to the table, catching issues that automated scripts might overlook. #HumanJudgment #CriticalThinking 2. Exploratory Testing: Manual testers can delve into the software, uncovering unexpected issues and edge cases. #ExploratoryTesting #UncoverTheUnexpected 3. Adaptability: Manual testing easily adapts to changing requirements and user feedback, making it ideal for agile environments. #AdaptableTesting #AgileQA 4. User Perspective: Manual testing provides insights into usability and user experience, ensuring software meets user needs. #UserExperience #UsabilityTesting 5. Early Bug Detection: Manual testing catches bugs early, preventing them from becoming costly issues later on. #EarlyBugDetection #PreventiveTesting 6. Complex Scenarios: Certain scenarios demand human intervention due to their complexity. Manual testing shines here. #ComplexScenarios #HumanTouch 7. Validation of Automated Tests: Manual testing validates automated scripts, ensuring accuracy and effectiveness. #ValidateTests #QualityAssurance In conclusion, manual testing complements automated testing, offering the human touch necessary for software quality and a seamless user experience. 🔍 Let's discuss the importance of manual testing in software QA! #ManualTesting #SoftwareQuality #QAInsights

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QA testers are crucial in making sure products meet high standards before they get to users. For QA software testers to do well, they need a mix of technical skills, problem-solving abilities, and personal qualities. Here are the main traits that make a great QA software tester: 1. Attention to Detail 🔎 QA testers have to pay close attention to pick up even the smallest bugs or issues. This carefulness ensures that problems are caught early, stopping small errors from becoming big issues later on. 2. Analytical Skills 📊 Having strong analytical skills helps QA testers understand complex systems, spot weaknesses, and come up with effective testing strategies. 3. Technical Proficiency💻 It's essential to have a deep understanding of programming languages, software development methods, and testing tools. Being familiar with automated testing frameworks, bug-tracking systems, and version control tools helps testers find and fix issues efficiently. 4. Communication Skills 🗣️ Effective communication is important for working with developers, project managers, and other team members. It's crucial for QA testers to clearly report bugs, give detailed feedback, and suggest improvements. 5. Problem-Solving Ability 👩🏽‍💻 QA testers often face complex problems that need creative and logical solutions. Having strong problem-solving skills helps testers come up with new ways to test and fix issues, making sure the software works as expected. 6. Curiosity and Inquisitiveness ❓ Great QA testers are naturally curious and eager to explore all aspects of the software. This curiosity drives them to thoroughly test features, question assumptions, and find potential problems that others might miss. 7. Adaptability✨ The software development world is always changing, with new technologies and methods coming up all the time. QA testers need to be adaptable and willing to learn new skills to stay effective in their roles. 8. Patience and Perseverance 🧘🏼‍♀️ Testing can be repetitive and take a lot of time. QA testers need patience to thoroughly go through test cases and the determination to keep testing until all issues are fixed. 9. Critical Thinking 🧠 Critical thinking helps QA testers evaluate the quality and functionality of software from different angles. By questioning assumptions and thinking about various scenarios, they can find potential risks and improve the overall quality of the product. 10. Team Collaboration 👏 While QA testers often work independently, they are also important development team members. Collaborative skills help them work effectively with developers, designers, and other team members to ensure the software meets user expectations and quality standards. In conclusion, the role of a QA software tester is complex and challenging. Having these traits not only means delivering high-quality software but also helps the overall success of the development team and the satisfaction of end-users.

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🧪 Positive Testing vs. Negative Testing: Ensuring Robust Software Qualit🧪 In software testing, both positive testing and negative testing are crucial for delivering reliable and user-friendly applications. Here’s a quick overview of what they entail and why both are necessary: 🌟 Positive Testing: Positive testing verifies that the software behaves as expected under normal conditions. It involves testing with valid input data to ensure the application performs its intended functions correctly. Example: * In a login form, entering a valid username and password should successfully log the user into the application. * For an e-commerce site, adding an item to the cart and proceeding to checkout with a valid credit card should complete the purchase. Benefits: * Ensures the software meets functional requirements. * Confirms that the main use cases work correctly. * Builds confidence in the application's basic functionality. ⚠️ Negative Testing: Negative testing checks how the software handles invalid input and unexpected user behavior. It aims to ensure the application can gracefully handle errors and prevent failures. Example: * Entering an invalid username or password in a login form should display an appropriate error message and not allow access. * For the same e-commerce site, attempting to proceed to checkout with an expired credit card should trigger a decline message and request correct payment information. Benefits: * Identifies potential security vulnerabilities and weaknesses. * Ensures the application can handle unexpected situations without crashing. * Enhances the robustness and reliability of the software. Why Both Are Important: Combining positive and negative testing ensures comprehensive coverage, validating both the expected behavior and the application's resilience to incorrect input. Here’s a scenario to illustrate: Scenario: Banking Application: Positive Testing: Verify that transferring funds between accounts works correctly with valid account numbers and sufficient balance. Negative Testing: Ensure that transferring funds with an invalid account number or insufficient balance triggers appropriate error messages and prevents the transaction. By incorporating both testing strategies, we can deliver software that not only functions correctly but also handles errors gracefully, providing a seamless and secure user experience. #SoftwareTesting #PositiveTesting #NegativeTesting #QualityAssurance #SoftwareDevelopment #TestingStrategies

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Manual testers are often considered technical professionals, but sometimes they may not be perceived as such due to various reasons: 1. *Lack of coding skills*: Manual testers may not be expected to write code, which can lead to the misconception that they are not technical. 2. *Focus on testing*: Manual testers are primarily focused on testing and ensuring the quality of software, which may be seen as a non-technical aspect of software development. 3. *Comparison to automated testing*: Automated testing, which involves writing code to test software, may be seen as more technical than manual testing. 4. *Historical context*: In the past, testing was sometimes seen as a non-technical activity, and this perception may still persist. 5. *Misconceptions about testing*: Some people may view testing as simply "clicking around" or "breaking things," rather than recognizing the technical skills and expertise required to test software effectively. 6. *Lack of understanding*: Some developers or technical professionals may not fully understand the technical aspects of testing, leading to a lack of recognition for manual testers' technical skills. 7. *Title or role*: Manual testers may have titles like "Quality Assurance Engineer" or "Test Engineer," which may not explicitly convey their technical expertise. However, manual testers require a range of technical skills, including: - Understanding of software development processes and methodologies - Knowledge of testing techniques and methodologies - Familiarity with various software tools and technologies - Analytical and problem-solving skills - Attention to detail and ability to reproduce issues - Communication skills to report and collaborate with developers It's essential to recognize and challenge these misconceptions, acknowledging the technical expertise and value that manual testers bring to software development teams.

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>> As a manual tester, you should test your software or application on a variety of screen sizes to ensure compatibility and usability across different devices. Here are some key screen sizes to consider: ➤ Desktop Monitors: ➥ Large Monitors: 27" or higher (2560x1440 or 4K resolution) ➥ Standard Monitors: 21" to 24" (1920x1080 resolution) ➥ Small Monitors: 17" to 20" (1280x1024 or 1366x768 resolution) ➤ Laptops: ➥ Large Laptops: 17" (1920x1080 or higher resolution) ➥ Standard Laptops: 13" to 15" (1366x768 to 1920x1080 resolution) ➥ Small Laptops/Netbooks: 11" to 12" (1366x768 resolution) ➤ Tablets: ➥ Large Tablets: 12.9" (2732x2048 resolution) ➥ Standard Tablets: 9.7" to 10.5" (2048x1536 or 1920x1200 resolution) ➥ Small Tablets: 7" to 8" (1280x800 or 1920x1200 resolution) ➤ Smartphones: ➥ Large Phones: 6.5" to 7" (1440x3040 or 1440x2560 resolution) ➥ Standard Phones: 5" to 6.4" (1080x1920 or 1080x2340 resolution) ➥ Small Phones: 4" to 4.9" (720x1280 or 1080x1920 resolution) ➤ Wearables: ➥ Smartwatches: 1.5" to 2" (320x320 or 360x360 resolution) ➤ Considerations for Testing: ➥ Responsive Design: Ensure your application is responsive and adjusts correctly to different screen sizes and orientations. ➥ Touch Interaction: Test touch interaction on touch-enabled devices (tablets, smartphones, some laptops). ➥ Performance: Evaluate how the application performs on devices with different resolutions, as higher resolutions can demand more processing power. ➥ Usability: Ensure that the application remains user-friendly and accessible across all screen sizes. Pay attention to readability, button sizes, and overall layout. ➥ Accessibility: Consider testing with screen readers and other accessibility tools to ensure compliance with accessibility standards. By covering this range of devices and screen sizes, you can ensure a comprehensive assessment of your software's functionality and user experience across the most commonly used devices. #Testing #SoftwareTesting #QA #ManualTesting #ResponsiveTesting #DeviceTesting #MobileTesting #WebTesting #ResponsiveDesign #ResponsiveWebDesign #UIResponsive #UXTesting #ViewportTesting #RWD #ScreenResolutionTesting #UserInterface #UserExperience #BrowserCompatibility #AdaptiveTesting

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