BDD Cucumber Interview Questions

 Basic Questions:

Ø What is BDD (Behaviour Driven Development)?

Ø Explain the concept of Cucumber.
Ø What is the purpose of using Cucumber in automation testing?
Ø What is a feature file in Cucumber?
Ø Explain the structure of a Cucumber feature file.
Ø What is a scenario in Cucumber?
Ø How do you write scenarios in a feature file?
Ø What is a step definition in Cucumber?
Ø How are step definitions written in Cucumber?
Ø Explain the purpose of regular expressions in step definitions.
Ø What is Gherkin syntax?
Ø What are the different types of hooks in Cucumber?
 
Intermediate Questions:
Ø How do you handle data-driven testing in Cucumber?
Ø Explain the role of tags in Cucumber feature files.
Ø How do you parameterize scenarios in Cucumber?
Ø Explain the difference between Scenario Outline and Scenario in Cucumber.
Ø What is the purpose of background in Cucumber?
Ø How do you handle multiple scenarios in Cucumber?
Ø What is the use of a Cucumber Options annotation?
Ø Explain how to integrate Cucumber with Selenium.
Ø What are the advantages of using Page Object Model (POM) with Cucumber?
Ø How do you manage dependencies in a Cucumber project?

Top Tools to keep in your Arsenal as a QA & SDET

 1) Clear Cache: It's a chrome browser extension - Clear your cache and browsing data with a single click of a button.

Installation link: https://lnkd.in/g_wCEmNy

2) Exploratory Testing: It's a chrome browser extension - Can help you to take screenshots, report bugs, take notes etc.

Installation link: https://lnkd.in/gEcjsdnF

3) Test case studio: It's a chrome browser extension - Helps to store the user actions performed in simple English.

Installation link: https://lnkd.in/g3k3F8n2

4) Selectors hub: It's a chrome browser extension - Helps to create and improve your existing locators. Such as xpath, CSS selectors, normalized texts etc.

Installation link: https://lnkd.in/gBAN7Fzf

5) Go Full Page: It's a chrome browser extension - Full page screenshot capability within your browser, then it can be downloaded as png or pdf file.

Installation link: https://lnkd.in/gU5Zzqze

6) JsonView: To view and interpret the JSON easily

Installation link: https://lnkd.in/gHtWQfx9

7) Session Manager: To manage and restore your sessions/tabs in browser conveniently

Installation link: https://lnkd.in/gHtWQfx9

Java Coding Programs

 

1. Reverse a String:
Write a Java program to reverse a given string.

2. Find the Largest Element in an Array:
Find and print the largest element in an array.

3. Check for Palindrome:
Determine if a given string is a palindrome (reads the same backward as forward).

4. Factorial Calculation:
Write a function to calculate the factorial of a number.

5. Fibonacci Series:
Generate the first n numbers in the Fibonacci sequence.

6. Check for Prime Number:
Write a program to check if a given number is prime.

7. String Anagrams:
Determine if two strings are anagrams of each other.

8. Array Sorting:
Implement sorting algorithms like bubble sort, merge sort, or quicksort.

9. Binary Search:
Implement a binary search algorithm to find an element in a sorted array.

10. Duplicate Elements in an Array:
Find and print duplicate elements in an array.

11. Linked List Reversal:
Reverse a singly-linked list.

12. Matrix Operations:
Perform matrix operations like addition, multiplication, or transpose.

13. Implement a Stack:
Create a stack data structure and implement basic operations (push, pop).

14. Implement a Queue:
Create a queue data structure and implement basic operations (enqueue, dequeue).

15. Inheritance and Polymorphism:
Implement a class hierarchy with inheritance and demonstrate polymorphism.

16. Exception Handling:
Write code that demonstrates the use of try-catch blocks to handle exceptions.

17. File I/O:
Read from and write to a file using Java's file I/O capabilities.

18. Multithreading:
Create a simple multi threaded program and demonstrate thread synchronization.

19. Lambda Expressions:
Use lambda expressions to implement functional interfaces.

20. Recursive Algorithms:
Solve a problem using recursion, such as computing the factorial or Fibonacci sequence.