LeetCode Kotlin Project

This project is a curated collection of solutions to a wide variety of LeetCode problems, all implemented in modern, idiomatic Kotlin. It's designed to be a valuable resource for anyone preparing for technical interviews, learning Kotlin, or exploring different algorithmic approaches to common problems.

Key Features

• Comprehensive Problem Coverage: The project includes solutions for a diverse set of problems, covering many important data structures and algorithms.
• Organized by Topic: Solutions are neatly organized into packages based on the primary data structure or algorithm used, making it easy to find examples and study specific topics.
• Idiomatic Kotlin: The code is written in a clean, readable, and idiomatic Kotlin style, demonstrating best practices and modern language features.
• Educational Resource: By studying the solutions, you can learn how to approach different types of algorithmic problems and how to implement them effectively in Kotlin.

Why Use This Project?

There are several great reasons to use this project:

• Accelerate Your Learning: If you're learning algorithms and data structures, this project provides a rich library of examples that you can study and learn from.
• Prepare for Interviews: The problems in this collection are representative of what you might encounter in a technical interview. You can use these solutions to practice and prepare.
• Discover Kotlin Best Practices: The code in this project demonstrates how to write clean, efficient, and expressive Kotlin. It's a great way to see how the language is used in a practical context.

Getting Started: How to Use the Solutions

The solutions in this project are organized into functions. To use a solution, you can simply call the function with the required input.

Here is an example of how you could call the getCommon function from the HashTableLeetcode.kt file within a main function:

fun main() {
    // Example usage of the getCommon function
    val nums1 = intArrayOf(1, 2, 3)
    val nums2 = intArrayOf(2, 4)
    val common = getCommon(nums1, nums2)

    if (common != -1) {
        println("The minimum common value is: $common")
    } else {
        println("No common value was found.")
    }
}

Table of Contents by Topic

Here is a list of the topics covered in this project, with a reference to the corresponding package:

Topic	Package
Array	com.github.contest.array
Backtracking	com.github.contest.backtracking
Binary Search	com.github.contest.binarySearch
Binary Tree	com.github.contest.binaryTree
Bit Manipulation	com.github.contest.bitManipulation
Design	com.github.contest.design
Dynamic Prog.	com.github.contest.dp
Graph	com.github.contest.graph
Hash Table	com.github.contest.hashTable
Heap	com.github.contest.heap
Linked List	com.github.contest.linkedList
Math	com.github.contest.math
Priority Queue	com.github.contest.priorityqueue
Queue	com.github.contest.queue
Recursion	com.github.contest.recursion
Sliding Window	com.github.contest.slidingWindow
Sorting	com.github.contest.sorting
Stack	com.github.contest.stack
Strings	com.github.contest.strings
Two Pointer	com.github.contest.twoPointer

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