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400 Cucumber Interview Questions with Answers 2026
Rating: 4.0 out of 5(1 rating)
174 students

400 Cucumber Interview Questions with Answers 2026

Cucumber Interview Questions Practice Test | Freshers to Experienced | Detailed Explanations for Each Question
Last updated 3/2026
English

What you'll learn

  • Master Cucumber BDD fundamentals, Gherkin syntax, and advanced framework design to build scalable, professional-grade automation suites from scratch.
  • Implement complex Cucumber integrations with Selenium, TestNG, and Maven using industry-standard patterns like Page Object Model and Dependency Injection.
  • Validate API endpoints using Cucumber and REST Assured, incorporating security protocols like OAuth and JWT for enterprise-level testing.
  • Solve real-world automation challenges, including parallel execution, custom reporting, and CI/CD pipeline integration via Jenkins and Docker.

Included in This Course

400 questions
  • Cucumber Fundamentals & BDD Concepts80 questions
  • Cucumber Framework Design & Integration80 questions
  • Advanced Cucumber Concepts & Best Practices80 questions
  • API Testing, CI/CD & DevOps Integration with Cucumber80 questions
  • Security, Real-Time Scenarios & Interview-Based Problem Solving80 questions

Description

Master Cucumber BDD with 2026 Interview-Ready Practice Questions and Real-World Scenarios.

Cucumber BDD Interview Practice Questions are designed to bridge the gap between basic syntax and professional-grade framework engineering, ensuring you don’t just memorize definitions but actually master the logic behind scalable automation. I have meticulously crafted this course to cover everything from Gherkin fundamentals and Scenario Outlines to complex dependency injection with PicoContainer and CI/CD integration using Jenkins and REST Assured. Whether you are a beginner preparing for your first QA role or a senior automation engineer tackling architectural interview questions, I provide detailed explanations for every single option to help you understand the "why" behind every best practice. By focusing on real-world pain points like parallel execution, custom parameter types, and handling JWT/OAuth in API tests, I’ve ensured this question bank mirrors the actual challenges you’ll face in high-stakes technical interviews and enterprise projects.

Exam Domains & Sample Topics

  • Section 1: Cucumber Fundamentals & BDD Concepts (Gherkin Syntax, Hooks, Tags, Background, Feature Files)

  • Section 2: Framework Design & Integration (Selenium, JUnit/TestNG, POM, Maven, Dependency Injection)

  • Section 3: Advanced Concepts & Best Practices (Data Tables, Regex, Parallel Execution, Custom Reporting)

  • Section 4: API & DevOps Integration (REST Assured, Jenkins, Docker, Cloud Grids, CI/CD Pipelines)

  • Section 5: Real-Time Scenarios & Security (OAuth/JWT, Mocking, Database Validation, Debugging Strategies)

Sample Practice Questions

  • Question 1: Which of the following statements accurately describes the behavior and scope of a Background in a Cucumber feature file?

    • A) It runs once before the entire Feature file starts.

    • B) It runs after every Scenario to reset the test data.

    • C) It runs before every Scenario, including every row in a Scenario Outline.

    • D) It is used only for defining global variables and cannot contain executable steps.

    • E) It executes only before the first Scenario of a Feature file.

    • F) It is a replacement for @Before hooks in the Step Definition file.

    • Correct Answer: C

    • Overall Explanation: The Background keyword allows you to add context to the scenarios in a single feature. it is executed before each scenario but after any @Before hooks.

    • Option-Specific Explanations:

      • A is incorrect: This describes a "Before-All" setup; Background runs before every scenario.

      • B is incorrect: Background is for setup, not teardown (After hooks handle resets).

      • C is correct: It executes before every individual scenario and every iteration of a Scenario Outline.

      • D is incorrect: Background contains standard Gherkin steps (Given/When/Then).

      • E is incorrect: It does not stop after the first scenario; it repeats for all.

      • F is incorrect: Background is a Gherkin-level construct; @Before is a code-level Hook. They are often used together.

  • Question 2: When integrating Cucumber with TestNG for parallel execution at the "Scenario" level, what is the primary requirement?

    • A) Set parallel = true in the @CucumberOptions annotation.

    • B) Set thread-count to 1 in the testng.xml file.

    • C) Override the scenarios() method in the Runner class and use the @DataProvider(parallel = true) annotation.

    • D) Use the Background keyword to split scenarios into different threads.

    • E) Scenario-level parallel execution is not supported in Cucumber-TestNG.

    • F) You must use the maven-surefire-plugin with the forkCount set to zero.

    • Correct Answer: C

    • Overall Explanation: To achieve scenario-level parallelism in TestNG, you must interact with the DataProvider that supplies the scenarios to the executor.

    • Option-Specific Explanations:

      • A is incorrect: There is no parallel attribute inside the @CucumberOptions annotation.

      • B is incorrect: Setting thread-count to 1 explicitly forces sequential execution.

      • C is correct: Overriding the scenarios() method and marking the provider as parallel is the standard TestNG approach.

      • D is incorrect: Background is for step reusability, not execution threading.

      • E is incorrect: It is supported and is a very common interview question.

      • F is incorrect: Setting forkCount to zero disables JVM forking entirely.

  • Question 3: How does Cucumber handle "Dependency Injection" using PicoContainer?

    • A) It requires a public static void main method to initialize classes.

    • B) You must manually instantiate the Step Definition classes in a Base class.

    • C) It automatically shares state by injecting the same instance of a class into the constructors of multiple Step Definition classes.

    • D) It uses the @Autowired annotation from the Spring Framework.

    • E) It creates a new instance of every Step Definition class for every step executed.

    • F) It requires all variables to be declared as static to share data between steps.

    • Correct Answer: C

    • Overall Explanation: PicoContainer is a lightweight DI library that helps share state (like WebDriver or test data) between different Step Definition files without using static variables.

    • Option-Specific Explanations:

      • A is incorrect: Cucumber manages the lifecycle; a main method is not used for DI setup.

      • B is incorrect: Manual instantiation leads to tight coupling and is exactly what DI avoids.

      • C is correct: PicoContainer looks at constructors and "injects" shared objects automatically.

      • D is incorrect: Spring uses @Autowired, but PicoContainer works via constructor injection without annotations.

      • E is incorrect: Instances are shared across the life of a single scenario, not recreated per step.

      • F is incorrect: Using static variables is a "code smell" and a bad practice in parallel testing.

  • Welcome to the best practice exams to help you prepare for your Cucumber BDD Interview Practice Questions.

    • You can retake the exams as many times as you want

    • This is a huge original question bank

    • You get support from instructors if you have questions

    • Each question has a detailed explanation

    • Mobile-compatible with the Udemy app

    • 30-day money-back guarantee if you're not satisfied

I hope that by now you're convinced! And there are a lot more questions inside the course. Enroll today and take the final step toward getting certified!

Who this course is for:

  • QA Automation Engineers: Professionals looking to sharpen their BDD skills and master the architectural side of Cucumber for senior-level technical interviews.
  • Manual Testers: Individuals aiming to transition into automation by learning one of the most in-demand frameworks in the current job market.
  • SDETs and Lead Engineers: Experienced testers who need to implement advanced features like parallel testing, API automation, and CI/CD integration.
  • Computer Science Students: Recent graduates or students who want to gain practical, industry-relevant testing skills to boost their resumes for QA roles.