This repository contains my implementations and practice exercises related to Data Structures and Algorithms. I have been learning from the Hex Coder Youtube Channel, and I've uploaded my code here for reference and sharing with the community.
-
- header
- linkList.h
- linkedList_nxt.cpp
- header
-
- queueLinkList.cpp
- queueArray.cpp
- queue_stack.cpp
-
- fibonacci.cpp
- factorial.py
-
- stackLinkList.cpp
- stackDArray.cpp
- stackArray.cpp
In this section, you'll find the implementation of a custom linked list. The linked list provides basic functionality such as insertion, deletion, and traversal.
You can use the linked list by including the linkedList_nxt.cpp file in your project. While the current implementation lacks comments, it is highly recommended to add comments to explain the logic and purpose of each section of the code.
In this section, you'll find the implementation of a queue using a linked list. The queueLinkList.cpp file contains the code for basic queue operations using a linked list.
Include the queueLinkList.cpp file in your C++ project. While the current implementation lacks comments, it is highly recommended to add comments to explain the logic and purpose of each section of the code.
The queueArray.cpp file contains the implementation of a queue using a static array. It provides enqueue and dequeue operations.
Include the queueArray.cpp file in your C++ project. Similar to the linked list queue, please consider adding comments to enhance code readability and understanding.
This section includes a queue implemented using a stack. The queue_stack.cpp file demonstrates how to create a queue using two stacks.
Include the queue_stack.cpp file in your C++ project. While the code may currently lack comments, it is strongly advised to add comments for better code comprehension.
Here, you'll find the implementation of a stack using a linked list in the stackLinkList.cpp file.
Include the stackLinkList.cpp file in your C++ project. While the current code may not have comments, please consider adding comments to elucidate the purpose of each code segment.
The stackDArray.cpp file contains the implementation of a stack using a dynamic array. It includes push, pop, and peek operations.
Include the stackDArray.cpp file in your C++ project. Similar to the other implementations, adding comments will significantly improve the code's understandability.
This section presents a stack implementation using a static array in the stackArray.cpp file.
Include the stackArray.cpp file in your C++ project. While the code currently lacks comments, adding comments will make the code more accessible to others.
The factorial.py file includes a solution for calculating factorial using recursion in Python.
I've included a program that calculates Fibonacci numbers using recursion.
Feel free to use the fibonacci.cpp file in your projects. While the current implementation lacks comments, it is highly recommended to add comments to explain the logic and purpose of each section of the code.
You can use the factorial.py file for factorial calculations in Python projects. While the code may be clear, adding comments will provide further clarity on the recursive factorial algorithm.
If you find any issues or have suggestions for improvement, please feel free to open an issue or submit a pull request. Contributions are welcome!
Happy coding!