Welcome to the Mock Interview Question Solutions Repository! This repository is dedicated to those preparing for software engineering interviews, especially focusing on enhancing problem-solving abilities. Each directory within this repository contains solutions to common and complex interview questions, demonstrated through well-documented Python scripts.
The primary goal of this repository is to provide hands-on practice with a variety of programming challenges that mimic real interview questions. By working through these problems, you can:
- Improve Problem-Solving Skills: Enhance your ability to tackle unfamiliar problems under interview-like conditions.
- Learn Efficient Coding Techniques: Discover and apply optimal coding practices and algorithms.
- Prepare for Technical Interviews: Build confidence by familiarizing yourself with the types and formats of questions typically asked in technical interviews.
Each directory in the repository focuses on a particular set of problems or a specific topic, exemplified by:
- Algorithm Efficiency
- Data Structures
- Dynamic Programming
- Mathematical Problems (e.g., the
minOperations
script in this directory)
-
0-pascal_triangle.py
: This script generates Pascal's triangle up to a given number of rows. Pascal’s triangle is a triangular array of the binomial coefficients and has applications in algebra, probability, and combinatorics. This function helps in understanding how dynamic programming can be applied to compute values iteratively. -
0-lockboxes.py
: Implements a method to determine if all boxes can be opened where each box contains a set of keys that may unlock other boxes. This script utilizes a breadth-first search (BFS) algorithm to efficiently explore and unlock all possible boxes, demonstrating practical graph traversal techniques. -
0-minoperations.py
: Demonstrates the application of prime factorization to solve an optimization problem, namely minimizing the number of operations needed to multiply the count of a single character in a text file.
To make the most out of this repository:
- Clone or download the repository to your local machine.
- Navigate through the directories to find problems of interest.
- Study the provided solutions and attempt to solve the problems on your own before reviewing the solutions.
- Modify the scripts to try out different approaches or optimize the existing solutions.