Implementation of Merkle Tree as part of CS104 Mathematical Foundations of Computing's project to understand Merkle Tree.

Given a scenario where we have peer file systems, we need to compare if there are any changes to the files. In this project, we embark on a merkle tree that verifies the data in file systems.

You may use CL arguments for the following feature:

1. To get the root hash of a folder path

python merkleTree.py --f1 <folderpath>

2. To compare two folders

python merkleTree.py --f1 <folderpath> --f2 <folderpath>

• Slow to verify the data in the files (Running through everything)

Merkle tree is a type of full binary tree where each parent node has two children. It maintains data integrity by using hash functions.

Merkle tree hashes the content of a file, meaning if there are two files with different names but same content, the hash would still be the same. With hash, we can immediately tell if the content of two files are different.

In a scenario where two merkle trees have differing root hashes, we can speed up the process of searching the different file contents by looking at the left and right children node hashes. In the worst case, it gives O(log2 n) since merkle tree is a full 2-ary tree unlike an old file system where it runs through every content at O(n).