Unveiling the Cypress Enigma: Top 20 Cypress Interview Questions Decoded in 2024

12 mins read

In the ever-evolving landscape of software testing, the arrival of Cypress has been nothing short of a revolution. With its sleek architecture and powerful features, Cypress has redefined how we approach test automation. If you find yourself preparing for a Cypress interview, you’re on the brink of navigating the future of testing technology.

Here is the list of Top 20 Cypress Interview Questions with Answers:

1. What is Cypress and why is it used for front-end testing?

Cypress: The Front-End Maestro

Cypress is the virtuoso of front-end testing, orchestrating seamless and efficient testing experiences. It’s not just a tool; it’s the symphony conductor of modern web development. But why is Cypress center stage for front-end testing?

Cypress is an open-source, end-to-end testing framework designed for one purpose: ensuring your web applications perform flawlessly. Its allure lies in its innovative features:

1. Real-Time Interaction: Cypress allows you to interact with your application as tests run, providing real-time insights and fostering intuitive debugging.

2. Developer-Centric: It’s a tool crafted by developers for developers, featuring an elegant and expressive API that makes writing tests a breeze.

3. Time Travel Debugging: Say goodbye to cryptic logs. Cypress lets you time-travel through your tests, pinpointing issues with precision.

4. Speed and Consistency: Its architecture ensures speedy test execution, aligning perfectly with agile and CI/CD development cycles.

2. How is Cypress different from other testing frameworks like Selenium?

Cypress vs. Selenium: A Paradigm Shift in Testing

Cypress and Selenium are both stars in the testing galaxy, but they belong to different constellations. Here’s the cosmic difference:

1. Architecture: Cypress is designed as a modern, all-in-one solution, running directly in the browser. Selenium, on the other hand, relies on a client-server architecture, which can introduce latency.

2. Real-Time Interaction: Cypress offers real-time interaction with your application, enabling live debugging. Selenium offers this but with greater complexity.

3. Automation Simplicity: Cypress’s simple, developer-centric API streamlines test creation. Selenium, although versatile, can be more code-intensive.

4. Time Travel Debugging: Cypress’s time-travel feature is a game-changer for pinpointing issues. Selenium lacks this capability.

5. Cross-Browser Testing: Selenium traditionally excels here, but Cypress is catching up with cross-browser support.

6. Speed: Cypress is faster, offering quicker feedback in your development workflow.

3. What are the key components of a Cypress test?

Deconstructing Cypress Tests: The Key Components

A Cypress test is more than code; it’s a symphony of key components, each playing a unique role in orchestrating a flawless testing experience:

1. Describe Block: This is the script’s title, providing context for the test. It’s like the opening scene in a play, setting the stage for what’s to come.

2. It Block: These are individual test cases, like scenes in our play, containing the actions and assertions that define the test’s plot.

3. Commands: Cypress comes loaded with a powerful set of commands, each akin to an actor with a specific role. They interact with your application and gather information for assertions.

4. Selectors: Think of these as your props and sets – they help identify and target elements on your webpage. CSS selectors, XPaths, or custom attributes can be used.

5. Actions: Actions are the stage directions – they tell the actors (commands) what to do. Click, type, and submit – these are the cues that drive the test forward.

6. Assertions: These are the critical lines in our script, like the climax in a play. Assertions confirm if the expected outcome matches reality.

7. Hooks: Before and after each test, you can set up and tear down your environment with before and after hooks. They’re like the pre-show prep and post-performance cleanup.

These components come together in harmony, allowing you to write tests that are not just code but stories – narratives that ensure your web applications perform flawlessly.

4. How do you install Cypress in your project?

Elevating Your Project with Cypress: The Installation Choreography

Installing Cypress in your project is akin to choreographing a performance. Here’s the unique dance:

  1. Package.json: First, you add Cypress as a dev dependency to your project’s package.json file. This sets the stage for your project to welcome Cypress.
  2. npm/yarn Install: Run the installation command using npm or yarn, and watch as the installation choreography unfolds. This fetches the necessary dependencies, costumes, and props.
  3. Cypress Open: Now, it’s showtime. Execute the ‘cypress open’ command. This command raises the curtains, launching the Cypress Test Runner, your stage for crafting and performing tests.
  4. Configuration: Your tests will need a configuration, much like a director’s script. You can customize this in the cypress.json file, setting up browsers, environment variables, and other stage settings.
  5. Writing Tests: This is your performance script. Create your test files in the cypress/integration directory. Each test file is like a new act, and each ‘it’ block within is a scene.
  6. Run the Show: Execute your tests, and watch Cypress gracefully execute your choreography of actions and assertions.

Installing Cypress isn’t just an installation; it’s setting up a theater where your tests become performances. It’s where you don the director’s hat and create stories that ensure your project shines on the testing stage.

Cypress Interview Questions with Answers - djtechnews

5. Explain the Cypress testing framework architecture.

Cypress: A Symphony of Testing Architecture

Cypress’s testing framework architecture is like an intricately composed symphony. Here’s the unique arrangement:

1. Dual Processes: Cypress operates in two parallel processes: the ‘Node.js process’ and the ‘browser process.’ This dual nature empowers Cypress to control and observe your application simultaneously, ensuring real-time interaction and precise control.

2. Test Runner: The Test Runner is Cypress’s command center. It orchestrates the entire testing process. It displays your tests, lets you interact with them in real-time, and shows the results. It’s where you, as the conductor, wave your baton.

3. Cypress Command Line: The command line interface is your conductor’s podium. From here, you execute commands, run tests, and control the show. It’s where you direct the symphony.

4. Real-Time Execution: Cypress’s architecture allows you to see your application and tests side by side. It’s like having a live orchestra playing alongside your conductor – every move is in sync.

5. Customizable Browser: Cypress uses its own instance of Chrome, which you can customize to suit your needs. This separation from your default browser ensures a stable and controlled testing environment.

6. Continuous Running: Cypress runs your tests continuously, like a repeating melody. It provides live reloading, auto-waits for elements, and automatic retries to ensure the performance is flawless.

7. Plugins and Extensibility: Cypress’s architecture is open and extensible, allowing you to add plugins or custom commands to tailor the symphony to your requirements.

In this orchestration, you, as the conductor, stand at the helm, guiding the various components to perform in harmony. Cypress’s architecture ensures that your testing symphony is not just accurate and powerful but also elegant, much like a well-composed piece of music.

6. What are custom commands in Cypress, and why are they useful?

Custom Commands in Cypress: Your Symphony’s Signature Moves

Custom commands in Cypress are the choreographed signature moves that set your testing symphony apart. They’re not just lines of code; they’re the secret sauce that makes your testing experience extraordinary.

Why They’re Useful:

  1. Abstraction of Complexity: Custom commands abstract away complexity, simplifying your tests. They act like the graceful dance steps that make even the most intricate choreography look effortless.
  2. Reusability: Once you’ve defined a custom command, it’s at your beck and call. You can reuse it across multiple tests, like a recurring motif in your symphony, ensuring consistency and efficiency.
  3. Readability: Custom commands make your tests read like well-composed music. They transform repetitive blocks of code into elegant and easily understandable statements.
  4. Maintainability: Just like a well-practiced move in a performance, custom commands are easier to maintain. If something changes in your application, you update it in one place, and the change resonates across your entire symphony.
  5. Collaboration: They’re the shared dance moves your team can follow. Custom commands create a common language for collaboration, ensuring everyone is in tune with the testing choreography.
  6. Specialization: Custom commands let you encapsulate specialized logic or interactions, like the solo performance of a talented musician. This specialization enhances your testing capabilities.

7. How do you handle file uploads in Cypress?

Cypress and the Art of File Uploads: A Seamless Ballet

Handling file uploads in Cypress is a graceful dance of commands and interactions. Here’s the choreography:

  1. cy.fixture(): First, you prepare the file using cy.fixture(). Think of this as selecting your costume for the performance. It loads the file from your fixture folder.
  2. cy.get(): Next, you select the input element using cy.get(). This element is where you’ll upload the file. It’s like choosing your stage for the dance.
  3. .attach(): Now, you perform the main move with .attach(). This command attaches the file to the input element, much like a dancer gracefully taking their position on the stage.
  4. Assertions and Actions: After the upload, you can follow it with Cypress commands to assert or perform actions related to the uploaded file. This is akin to continuing the dance with precision and style.

The elegance of handling file uploads in Cypress lies in its simplicity and readability. It’s like a well-practiced ballet, where each step flows seamlessly into the next, creating a beautiful performance that’s easy to follow and understand.

8. Can you explain the concept of chaining in Cypress commands?

Chaining in Cypress: The Art of Command Symphony

Chaining in Cypress is the graceful choreography of commands, akin to a symphony of actions that flow seamlessly from one to the next. It’s not just a sequence; it’s the essence of Cypress testing.

Here’s the unique dance of chaining:

  1. Command Flow: Each Cypress command returns an implicit subject. Chaining allows you to pass this subject from one command to another. It’s like passing a baton between musicians in an orchestra.
  2. Seamless Actions: With chaining, you can perform a series of actions and assertions on the same subject without repetitive selections. It’s as smooth as a musical note transitioning to the next.
  3. Readability: Chaining makes your test code read like a story, with commands flowing in a logical sequence. It’s like musical notes on a staff, creating a harmonious melody.
  4. Precision: Chaining ensures that each command operates on the exact element or context you intend. It’s the conductor’s precise cues to different sections of the orchestra.

The result: A beautifully orchestrated test script, where commands harmonize effortlessly to create an elegant and powerful testing symphony. Chaining in Cypress is not just about executing commands; it’s about composing a testing masterpiece.

9. How can you handle different browser actions like right-click using Cypress?

Elegance in Browser Actions: Right-Click and Cypress’s Dance

Handling browser actions like a right-click in Cypress is a choreography of elegance, where every step is a graceful move in the performance:

  1. .trigger() Command: Just like a well-rehearsed dancer, you employ the .trigger() command. It can mimic a right-click by specifying the event type ‘contextmenu.’ This command creates the illusion of a right-click, initiating the ballet.
  2. Assertions or Further Actions: After the right-click, you can follow up with assertions or additional actions, much like a dancer continuing their performance with subsequent steps. These actions give meaning to the right-click gesture.
  3. .contextmenu() Command: As an alternative, you can use the .contextmenu() command to directly trigger a context menu event on an element. This is like a signature move in a dancer’s repertoire, a special technique to express a specific action.

Handling browser actions, like a right-click, in Cypress is not just a technical feat; it’s an artistic expression. It allows you to choreograph your tests with finesse, creating a performance that’s as elegant as it is functional.

10. What is a Page Object Model (POM) in the context of Cypress?

Cypress POM: The Script of Test Choreography

In the context of Cypress, the Page Object Model (POM) is not just a design pattern; it’s the script of a well-orchestrated testing choreography.

Here’s the innovative performance:

  1. Pages as Characters: Each page of your web application is a character in your play. POM defines these characters, encapsulating their elements, actions, and interactions within dedicated classes or modules.
  2. Methods as Moves: Just like a dancer’s moves, POM methods represent the interactions with the page. Clicks, inputs, assertions – each is a well-defined dance move in your testing choreography.
  3. Reuse and Maintainability: POM promotes the reuse of these moves across tests. Much like a timeless dance routine, you don’t need to reinvent the steps for every test. This not only saves time but ensures consistency.
  4. Readability and Collaboration: POM makes your tests read like a script, where anyone can follow the storyline. It’s like a well-structured theater play, inviting collaboration between testers and developers.
  5. Modular Design: POM is modular, just like the different acts in a play. You can update or replace a character’s script (page object) without affecting the entire performance.

Cypress’s POM is not just a design pattern; it’s a testament to the elegance and artistry that can be achieved in testing. It turns your tests into a well-choreographed play, making your web application’s interactions a beautifully orchestrated symphony of actions.

11. Explain the difference between ‘get’ and ‘find’ commands in Cypress.

‘get’ and ‘find’ in Cypress: A Choreography of Targeting

In Cypress, ‘get’ and ‘find’ are like two dancers with distinct roles in a ballet:

  1. ‘get’ – The Spotlight Seeker: The ‘get’ command takes center stage. It targets and retrieves elements from the DOM, bringing them into the spotlight. It’s like a soloist, stepping forward and capturing attention.
  2. ‘find’ – The Supportive Partner: ‘find,’ on the other hand, works in harmony with ‘get.’ It helps you narrow down your selection within elements that were previously ‘got.’ ‘find’ is like a supportive partner, guiding the main dancer’s movements.

The Duet:

  • ‘get’ sets the stage, capturing the primary elements.
  • ‘find’ complements ‘get’ by exploring and selecting elements within the primary ones.

Why This Dance?:

  • ‘get’ helps you bring the main elements to the forefront, making them accessible for interactions.
  • ‘find’ enables you to navigate within these elements, refining your focus to specific parts, much like a dancer’s detailed movements in a performance.

Together, ‘get’ and ‘find’ form a choreographed duet, ensuring precise and expressive elements targeting Cypress tests.

12. How do you handle multiple elements with the same selector in Cypress?

Cypress: The Maestro of Multiple Element Handling

Handling multiple elements with the same selector in Cypress is like conducting an orchestra. Here’s how you orchestrate this symphony:

  1. ‘get’ Command: Use the ‘get’ command with the shared selector to capture all matching elements, creating a harmonious ensemble.
  2. Chaining: Cypress’s chaining capabilities shine here. You can iterate through the ensemble using .each() to perform actions or assertions on each element. It’s like conducting individual instrument solos in a concert.
  3. Custom Commands: For repetitive actions on multiple elements, you can create custom commands, turning complex sequences into a single note. This is akin to composing a musical piece with recurring motifs.
  4. Assertions: Just as a conductor ensures each musician plays the right notes, you can assert specific conditions on each element within the ensemble.

The beauty of Cypress is that it empowers you to handle multiple elements with the grace and precision of a maestro. Whether it’s performing a synchronized routine or orchestrating a complex composition, Cypress gives you the tools to create a testing symphony that’s both powerful and elegant.

13. What is the role of ‘cy. request’ in Cypress, and how is it different from ‘cy.visit’?

Cypress’ ‘cy.request’ – The Backstage Pass in Testing

In the grand theater of Cypress, ‘cy.request’ isn’t the main act; it’s the backstage pass. Here’s the unique script:

  1. ‘cy.visit’ – The Star of the Show: ‘cy.visit’ is your leading actor, opening the curtains for the web page performance. It’s like an actor stepping onto the stage, taking the audience into the world of your application.
  2. ‘cy.request’ – The Backstage Magician: ‘cy.request,’ however, works behind the scenes. It sends HTTP requests directly to your server, bypassing the need to load the web page. It’s like the backstage magician who pulls strings to make things happen.

The Distinction:

  • ‘cy.visit’ is for end-to-end testing, simulating user interactions and providing a visual representation of the page.
  • ‘cy.request’ is for backstage testing, focusing on server interactions, APIs, and responses without rendering the page. It’s ideal for prepping the stage before the main performance or for checking what’s happening behind the scenes.

When to Use Them:

  • Use ‘cy.visit’ when you need to test user journeys, interactions, and visual aspects.
  • Use ‘cy.request’ when you want to interact with APIs, validate server responses, or set up server conditions before the main act.

In Cypress’s theatrical world, ‘cy.visit’ and ‘cy.request’ play distinct roles. ‘cy.visit’ is the star performer in front of the audience, while ‘cy.request’ is the behind-the-scenes wizard ensuring that everything runs smoothly.

14. How do you handle iframes in Cypress?

Cypress and Iframes: The Dance of Inclusion

Handling iframes in Cypress is a choreographed dance of inclusion. Here’s the unique performance:

  1. Selecting the Iframe: Just as a dance partner is chosen, use the ‘cy.iframe()’ command to select the iframe by its name, id, or index. This command puts you in sync with the iframe’s rhythm.
  2. Interaction within the Iframe: Once you’re inside the iframe, you can perform actions and assertions as if it’s the main stage. It’s like seamlessly joining the ongoing dance.
  3. Exiting the Iframe: To gracefully exit the iframe and return to the main stage, use ‘cy.iframe()’ again and specify ‘parent’ as the target. This is like gracefully concluding your dance duet.

Handling iframes in Cypress is about becoming one with the performance. You step into the iframe’s world, perform your steps, and then gracefully return to the main stage. It’s a dance of inclusion that Cypress orchestrates with finesse.

15. What are Cypress plugins, and how can they extend Cypress functionality?

Cypress Plugins: The Wings of Cypress’s Imagination

Cypress plugins are like the wings of a creative mind, extending the capabilities and imagination of Cypress. Here’s the unique narrative:

  1. Custom Abilities: Cypress plugins are custom scripts that grant Cypress new superpowers. They can be written to extend Cypress’s core functionality or introduce entirely new capabilities.
  2. Vivid Imagination: These plugins are the embodiment of a vivid imagination. They allow you to envision and implement functionalities that are specific to your testing needs, like a playwright crafting a unique scene.
  3. Community Contributions: Cypress plugins are not just personal creations; they thrive on collaboration. The community contributes a wealth of plugins, enriching Cypress’s ecosystem and expanding its repertoire.
  4. Seamless Integration: Cypress plugins integrate seamlessly with your test scripts. It’s like adding a new character to the play, and their lines blend harmoniously with the rest of the cast.
  5. Boundless Innovation: With plugins, your innovation knows no bounds. You can enhance Cypress to interact with external services, databases, browsers, and more. It’s the limitless canvas where you paint your testing masterpiece.

In essence, Cypress plugins are the creative instruments that empower you to extend and personalize Cypress, transforming it from a testing tool into a limitless stage where your testing scenarios become a grand performance. They are the wings of imagination, carrying your testing abilities to new heights.

16. How can you run Cypress tests in a headless browser?

Cypress in Stealth Mode: Running Tests in a Headless Browser

Running Cypress tests in a headless browser is like hosting a grand performance behind closed curtains. Here’s how you achieve this stealthy elegance:

  1. Configuration Magic: Within your Cypress configuration (cypress.json), set the ‘headless’ option to ‘true.’ It’s like instructing your actors to perform in disguise.
  2. Command Execution: When you execute your tests, Cypress will run them in headless mode, without a visible browser window. It’s akin to a covert operation, where the audience (in this case, the browser window) is concealed.
  3. Silent Spectators: In headless mode, Cypress silently observes and orchestrates your tests. Just like a well-directed play, the audience remains hidden while the performance unfolds.
  4. Efficiency and Speed: Headless mode is not just about secrecy; it’s also about efficiency and speed. Tests run faster, making it perfect for continuous integration and automation.

Running Cypress tests in a headless browser is the art of performing in secrecy, where the elegance and precision of your tests shine without the distraction of a visible browser window. It’s the embodiment of testing in stealth mode, ensuring that your scripts are as efficient as they are effective.

17. What are the best practices for writing efficient and reliable Cypress tests?

Mastering the Art of Cypress Testing: Best Practices for Effortless Brilliance

Efficient and reliable Cypress tests are like a well-practiced ballet – graceful, precise, and always in sync. Here are the best practices for achieving this artistic excellence:

  1. Strategic Test Design: Plan your tests like a seasoned director. Focus on critical user journeys and functionalities. Keep them short and to the point, ensuring each test has a clear purpose.
  2. Reusable Commands: Create custom commands that encapsulate repetitive actions, just like timeless dance routines. Reuse these commands across tests to ensure consistency and reduce redundancy.
  3. Stable Selectors: Choose stable selectors for your elements. Much like a dancer’s strong footing, this ensures your tests are resilient to UI changes.
  4. Waiting Gracefully: Use Cypress’s built-in waiting mechanisms instead of ‘cy.wait()’. It’s like waiting for the right cue in performance – it makes your tests more reliable and faster.
  5. Fixture Data: Keep test data in fixtures. Much like costume changes, this keeps your data organized and separate from the test script.
  6. Clear Assertions: Write clear and concise assertions. They’re like the climax of a performance, and they should clearly express the expected outcome.
  7. Hooks for Setup and Cleanup: Use ‘before’ and ‘after’ hooks for setup and cleanup tasks. It’s like preparing the stage before a performance and cleaning up after it.
  8. Selective Running: Run only relevant tests during development to save time. Like rehearsing specific scenes before the big show, this speeds up development.
  9. Continuous Integration: Integrate Cypress into your CI/CD pipeline. This is akin to nightly rehearsals to catch issues early.
  10. Community Plugins: Explore and use community plugins to extend Cypress’s capabilities. It’s like inviting guest artists to enrich your performance.

In Cypress, testing is not just a technical task; it’s an art. These best practices ensure your tests are not just efficient and reliable but also a masterpiece of automation. It’s a choreography where each step is a graceful move toward flawless testing.

18. Explain the Cypress Dashboard Service and its benefits.

Cypress Dashboard Service: The Maestro of Testing Orchestration

The Cypress Dashboard Service is not just a tool; it’s the maestro of your testing orchestration. Here’s the unique symphony it conducts and the benefits it brings:

  1. Centralized Command Center: The Dashboard is like your centralized command center, where you can manage, monitor, and gain insights into your test runs. It’s where you wield your conductor’s baton.
  2. Test Parallelization: It allows you to parallelize your test runs. This is like expanding your orchestra, enabling multiple sections to play in harmony, leading to faster test execution.
  3. Automatic Recordings: The Dashboard records your test runs, providing video recordings and screenshots of each test. It’s like capturing a live performance for later analysis and debugging.
  4. Team Collaboration: It’s a platform for team collaboration. Like musicians rehearsing together, your team can access, share, and collaborate on test results.
  5. Performance Insights: The Dashboard provides insights into your test performance, including detailed logs, timings, and error reports. It’s like reviewing the conductor’s notes for continual improvement.
  6. CI/CD Integration: It seamlessly integrates into your CI/CD pipeline. It’s like the orchestra rehearsing before the main performance, ensuring that every note is in tune.
  7. Project Management: It supports project management with test grouping and tagging. It’s like organizing your musical pieces into themed acts for a coherent performance.

The Cypress Dashboard Service is more than just a reporting tool; it’s the orchestration, collaboration, and analysis hub for your testing symphony. It ensures that your tests are not just automated but perform flawlessly, like a finely-tuned orchestra delivering a breathtaking musical experience.

19. How can you integrate Cypress with a Continuous Integration (CI) tool like Jenkins?

Cypress and Jenkins: A Harmonious Automation Duet

Integrating Cypress with Jenkins is not just a technical task; it’s a symphony of automation. Here’s how you orchestrate this innovative duet:

  1. Cypress Installation: First, make sure Cypress is installed as a dependency in your project. It’s like tuning your instruments before the performance.
  2. Test Execution Script: Create a script in your project that executes Cypress tests. This script will serve as the musical score for Jenkins to follow.
  3. Jenkins Configuration: Set up your Jenkins job to pull your project’s code from your version control system, like a conductor preparing the orchestra.
  4. Custom Workspace: Configure Jenkins to use a custom workspace for each build. This keeps your testing environment clean, just like setting the stage for each performance.
  5. Dependency Installation: Jenkins can install project dependencies using npm or yarn. It’s like preparing the props and costumes for the actors.
  6. Test Execution: In your Jenkins job, execute the Cypress test script created earlier. Jenkins plays the role of the conductor, directing the performance.
  7. Reporting: After the test run, configure Jenkins to capture and display Cypress test results. This is like the post-performance review for continuous improvement.
  8. Scheduled Performances: Set up your Jenkins job to run tests at specified intervals or in response to code changes. It’s like scheduling regular rehearsals for your orchestra.

Cypress and Jenkins, when integrated, create a seamless automation duet. Jenkins conducts the continuous testing performance, and Cypress ensures the flawless execution of the testing symphony. It’s an innovative and harmonious collaboration that keeps your project’s quality at its peak.

20. Can you briefly describe the Cypress Selector Playground?

Cypress Selector Playground: The Improv Stage for Element Selection

The Cypress Selector Playground isn’t just a tool; it’s the improvisational stage for selecting elements in your web application. Here’s the unique performance:

  1. Live Interaction: It allows you to interact with your web page in real-time, just like an improvisational actor responding to the audience’s cues.
  2. Element Selection: As you hover over elements, Cypress highlights them, helping you choose the right actors for your scene.
  3. Generated Commands: It generates Cypress commands for the selected elements, like scripting the dialogues for your actors in real time.
  4. Immediate Feedback: The Selector Playground provides immediate feedback on the correctness of your selections, much like an audience’s reaction during a live show.
  5. Efficiency: It speeds up the process of finding the right elements, ensuring your test script is not just accurate but also efficient.

The Selector Playground is where you, as the director, improvise and fine-tune your element selections, ensuring that your testing performance is a masterpiece of precision and interactivity.

Conclusion

For testers who need to automate tests that interact with encrypted data, Cypress Enigma is a useful solution. It offers an effective and safe method of testing apps without jeopardizing the confidentiality or security of sensitive data.

Cypress Enigma is an end-to-end testing framework that makes use of the Enigma data encryption library and the Cypress.io test runner. Without sacrificing security or privacy, it lets testers create automated tests that interact with encrypted data. In this article we covered most asked cypress interview questions with answers. I hope you like all given questions and answers.

Please feel free to comment if you have any question or suggestions.

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Mayank is expert in Quality Assurance and automation. He is responsible for creation and implementation of quality coordination strategy, as well as proposing solutions to classified quality related issues.

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