Welcome to my Strivers A2Z DSA Course Solutions repository! Here, you'll find my solutions to various problems from the Strivers A2Z DSA Course Sheet. This repository serves as a collection of my progress and learning journey through the comprehensive Data Structures and Algorithms curriculum provided by the Strivers team.
The Strivers A2Z DSA Course is a highly regarded course designed to equip aspiring software engineers with a strong foundation in Data Structures and Algorithms. The course covers a wide range of topics, from the basics to advanced algorithms, and includes problems that have been frequently asked in technical interviews.
The repository is organized based on the topics covered in the Strivers A2Z DSA Course Sheet. Each topic has its own directory containing solutions to problems related to that topic. The structure is as follows:
- Basics/
- problem1.cpp
- problem2.py
- ...
- Sorting/
- problem3.java
- problem4.cpp
- ...
- Arrays/
- problem5.py
- problem6.java
- ...
- ... (Similar structure for other topics)
| # | Topic | Links |
|---|---|---|
| 01 | Learn the Basics | link |
| 02 | Learn Important Sorting Techniques | link |
| 03 | Solve problems on Arrays | link |
| 04 | Binary Search | link |
| 05 | Strings | link |
| 06 | Learn Linked List | link |
| 07 | Recursion | link |
| 08 | Bit Manipulation | link |
| 09 | Stack and Queues | link |
| 11 | Slinding Window & Two Pointers | link |
| 12 | Heaps | links |
| 13 | Greedy Algorithms | link |
| 14 | Binary Trees | link |
| 15 | Graphs | link |
| 16 | Dynamic Programming | link |
| 17 | Tries | link |
| 18 | More on Strings | link |
If you're interested in exploring my solutions, follow these steps:
-
Clone the repository to your local machine:
git clone https://github.com/arindal1/StriversDSASheet.git
-
Navigate to the directory corresponding to the topic and problem difficulty you're interested in.
-
Open the solution files in your preferred programming language to study the code and approach used.
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Feel free to modify and experiment with the solutions to deepen your understanding.
While this repository primarily contains my solutions, I welcome contributions in the form of additional solutions, optimization techniques, or explanations. If you'd like to contribute, follow these steps:
-
Fork the repository to your GitHub account.
-
Create a new branch for your contributions:
git checkout -b feature/add-solution
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Add your solution file to the appropriate directory.
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Commit your changes:
git commit -m "Add solution to problemX" -
Push the changes to your forked repository:
git push origin feature/add-solution
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Open a pull request on GitHub, describing the problem and your solution.
If you have any questions or want to connect, feel free to reach out:
- GitHub: arindal1
- LinkedIn: Arindal
- Strivers A2Z DSA Course: TakeUForward
Raj Vikramaditya aka Striver_79 and his team.
- LinkedIn: Raj Vikramaditya
- YouTube: takeUforward
- Other: links