A collection of Java, C, and C++ solutions to various Leetcode problems. This repository provides multiple language implementations for algorithm practice and serves as a reference for learners and enthusiasts who want to understand different approaches and paradigms across languages.
Each solution is provided in one or more of the supported languages:
- Java
- C++
- C
Each solution typically includes:
- Problem statement: A summary of the problem, including constraints and examples.
- Solution approach: A brief explanation of the intuition, approach, and complexity analysis.
- Code: Well-documented source code with comments to clarify logic.
The repository is updated periodically with new solutions and language variants.
Solutions are organized by language:
Leetcode-Solutions/
│
├── Java/
│ ├── PalindromeNumber.java
│ └── ReverseInteger.java
│
└── C&C++/
├── PalindromeNumber.c
└── PalindromeNumber.cpp
└── ReverseInteger.c
└── ReverseInteger.cpp
Each file is self-contained and named to reflect the problem it addresses.
You can clone or download the repository to explore and run solutions locally.
# Clone the repository
git clone https://github.com/yourusername/Leetcode-Solutions.git
cd Leetcode-Solutionscd Java
javac ProblemName.java
java ProblemNamecd C&C++
g++ ProblemName.cpp -o ProblemName
./ProblemNameMake sure you have the appropriate compilers installed:
- Java:
JDK - C++:
g++ - C:
gcc
If you have alternate implementations, optimizations, or want to add solutions in a new language, contributions are welcome!
- Fork the repository.
- Create a new branch (
git checkout -b feature/new-solution). - Add your changes and commit (
git commit -am "Add solution for [Problem Name] in [Language]"). - Push to your fork and open a pull request.
This repository is licensed under the MIT License. See the LICENSE file for details.
Happy coding, and best of luck with your Leetcode practice!