| No. | Program Name | Duration | Deployment |
|---|---|---|---|
| 1. | Hacktoberfest (2022) | 1st Oct 2022 - 31st Oct 2022 | Algorithm |
| 2. | Social Winter of Code (2023) | 1st Jan 2023 - 10th Apr 2023 | Algorithm |
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The resources are categorized based on programming language. One folder for one programming language
- Each folder has different subfolders. The subfolder represents the category algorithm belongs to
- Each subfolder has different files. Filename represents the name of the algorithm
- Each folder has different subfolders. The subfolder represents the category algorithm belongs to
| No. | Algorithm Name | Available languages | Category |
|---|---|---|---|
| 1. | Huffman Coding | C, C++, Java,Python | Data Compression |
| 2. | Banker's Algorithm | C, Python | Deadlock Avoidance |
| 3. | Karatsuba Algorithm | C++, Java, Python | Divide and Conquer |
| 4. | 0/1 Knapsack | C, C++, Java, Python | Dynamic Programming |
| 5. | Edit Distance | C++ | Dynamic Programming |
| 6. | Longest Common Subsequence | C++ | Dynamic Programming |
| 7. | Matrix Chain Multiplication | C++ | Dynamic Programming |
| 8. | Travelling Salesman Problem | C | Dynamic Programming |
| 9. | Bellman Ford | C++ | Graphs |
| 10. | Dijkstra | C, C++, Java, Python | Graphs |
| 11. | Floyd Warshall | C, C++, Java, Python | Graphs |
| 12. | Kosaraju's Algorithm | C++ | Graphs |
| 13. | Prim's Algorithm | C++, Java | Graphs |
| 14. | Tarjan Algorithm | C++ | Graphs |
| 15. | Activity Selection | C, C++, Java, Python | Greedy Algorithm |
| 16. | Fractional Knapsack | C++, Python | Greedy Algorithm |
| 17. | Job Sequencing | C++ | Greedy Algorithm |
| 18. | Merge Interval Algorithm | C, C++, Java, Python | Greedy Algorithm |
| 19. | Addition of two Linked Lists | C++ | Linked List |
| 20. | Circular Linked List | C++, Python | Linked List |
| 21. | Doubly Linked List | C++, Java | Linked List |
| 22. | Intersection of two Linked Lists | C++ | Linked List |
| 23. | Singly Linked List | C, C++, Python | Linked List |
| 24. | Decision Tree | Python | Machine Learning |
| 25. | Linear Regression | C++, Python | Machine Learning |
| 26. | Logistic Regression | C++, Python | Machine Learning |
| 27. | Armstrong Numbers | C, C++, Java, Python | Maths |
| 28. | Binary Exponentiation | C++ | Maths |
| 29. | Factors | C, C++, Java, Python | Maths |
| 30. | GCD & LCM | C, C++, Java, Python | Maths |
| 31. | Prime Number | C, C++, Java, Python | Maths |
| 32. | Reverse Integer | C++ | Maths |
| 33. | Sieve Eratosthenes Algorithm | C, C++, Java,Python | Maths |
| 34. | Rabin Karp | C++ | Pattern Matching |
| 35. | BFS and DFS | C++ | Searching |
| 36. | Binary Search on 2D Matrix | Java | Searching |
| 37. | Binary Search | C, C++, Java, Python | Searching |
| 38. | Linear Search | C, C++, Java, Python | Searching |
| 39. | Sliding Window Problems | C++ | Sliding Window |
| 40. | Bubble Sort | C, C++, Java, Python | Sorting |
| 41. | Counting Sort | C++ | Sorting |
| 42. | Cyclic Sort | C++, Java, Python | Sorting |
| 43. | Dutch National Flag | C++, Java | Sorting |
| 44. | Heap Sort | C, C++, Java, Python | Sorting |
| 45. | Insertion Sort | C, C++, Java, Python | Sorting |
| 46. | Merge Sort | C, C++, Java, Python | Sorting |
| 47. | Quick Sort | C, C++ | Sorting |
| 48. | Selection Sort | C, C++, Java, Python | Sorting |
| 49. | Topological Sort | C++ | Sorting |
| 50. | Wave Sort | C++, Python | Sorting |
| 51. | Max Area in Histogram | C, C++, Java, Python | Stacks |
| 52. | Rain Water Problem | C, C++, Java, Python | Stacks |
| 53. | Beautiful String Algorithm | C, C++, Java, Python | Strings |
| 54. | Boyer-Moore Majority Voting | C++, Python | Sub-Arrays |
| 55. | Kadane's Algorithm | C++ | Sub-Arrays |
| 56. | AVL Tree | C++, Java, Python | Trees |
| 57. | Binary Search Tree | C, C++ | Trees |
| 58. | Binary Tree to BST | C, C++, Java, Python | Trees |
| 59. | Morris Traversal | C, C++ | Trees |
| 60. | Red-Black Tree | C++, Python | Trees |
| 61. | Tree Traversal | C, C++, Java, Python | Trees |
- Fork and clone the Repo by typing the following commands in the terminal
$ git clone https://github.com/Kumar-laxmi/Algorithms.git
$ cd Algorithms
- Now to add your resource to website, add an object with keys same as listed in existing objects in the file.
- Save and commit your code.
- Push to your fork of the repository , navigate to original repository and make a pull request.
- Clone the Repository after forking
$ git clone https://github.com/<your-github-username>/Algorithms.git
$ cd techsquad-community-website
-
Make changes to the code(for ex- add an update route)
-
Create a Branch using:
$ git checkout -b <branch-name>
- Stage your changes using:
$ git add .
- Commit your changes using:
$ git commit -m "add any comment"
- Push the changes to the forked repository using:
$ git push origin <branch-name>
- Navigate to the original repository and make a pull request
- In case of merge conflict fetch and merge from the remote repository
Please don't forget to update the Available Resources section