⛓️ Top-Down vs Bottom-Up: The Direction That Builds Your Tree
Build direction isn’t just about performance—it determines what’s even possible. Understand how to choose between top-down, bottom-up, and hybrid strategies when constructing trees from data.
CRDTs: Mergeable Data Structures for Distributed Systems
Start With This Excellent Explanation
Diffing Large Arrays Efficiently: How Merkle Trees Unlock Scalable Sync
🧠 The Problem: Efficiently Diffing Large Arrays
How to Build Tree Structures
Explore multiple techniques for converting flat or semi-structured data into trees in Python, including recursive, map-based, and bottom-up builds like Merkle trees.
I Thought in Graphs. I Just Didn’t Know How to Code Them.
How reframing recursion as structure, not control flow, finally made graph traversal click for me.
The Deterministic Property of Hashing: Why O(1) Lookups (and Bloom Filters) Work at All
Hash maps aren’t fast because of magic or randomness — they’re fast because hashing is deterministic. Learn why this property powers O(1) lookups, Bloom filters, and consistent hashing.
Why Heaps Are Often Implemented as Arrays
Heaps are binary trees, so why aren't they stored like one? Discover why arrays are the perfect data structure for implementing heaps — and how heaps work in the first place.