Its a Advance DSA repo for honing your skills in Data Structures and Algorithms. Packed with diverse questions of GFG and Leetcode . It's the perfect resource for learners of all levels. Contribute, give feedback, and start mastering DSA today!

Solving LeetCode problems hones coding skills through algorithmic challenges. Enhancing problem-solving abilities, it prepares individuals for technical interviews and strengthens their grasp of data structures and algorithms

This repository contains my solutions to the questions from the GFG POTD. Each solution enhances problem-solving skills and covers various topics essential for technical interviews. Given as {date month year}.

Java data structures for primitive and/or Object items

Collection of LeetCode questions to ace the coding interview!

Practicing on JAVA

This repository contains my solutions to various problems and my practice implementations of data structures and algorithms in Java.

An array A consisting of N integers is given. The dominator of array A is the value that occurs in more than half of the elements of A.

Learning DSA from TUF

This repository offers a comprehensive collection of Data Structures and Algorithms (DSA) implemented in Java. It aims to help students and developers understand and apply DSA concepts through practical code examples, covering topics such as arrays.

TTLHashMap is a Java library that provides a thread-safe hash map implementation with support for entries with time-to-live (TTL).

Initiated to Solve a LeetCode problem every day to steadily build and refine problem-solving skills. Explore solutions across multiple languages.

Helps to compile your HashMap code using Swing GUI

This repository contains a collection of Java projects and exercises that I've worked on, including applications, algorithms, and small code snippets. Each project is organized into separate directories and demonstrates my progress and learning in Java programming. Feel free to explore and provide feedback!

DSA Related Codes like ADTs, Searching and Sorting Algos

Java learning

I developed a Java application that efficiently processes and summarizes customer orders using both single-threaded and multi-threaded approaches. By implementing thread-safe data structures and synchronization mechanisms, I ensured accurate data aggregation and enhanced the application's performance in handling multiple order files concurrently.

A Java-based LLD cache using LRU implementation. Simple to use, ideal for caching scenarios with limited memory and customisable capacity.

High-performance, lightweight Java library for loading and interacting with registry data.