Why Algebraic Effects Replace the Need for Monad Transformers
This article explains how algebraic effects work, why they avoid the boilerplate of monad transformers, and how teams can transition existing codebases.
Posts
How Paxos Breaks the Cycle of Dueling Proposers
This article explains the dueling proposers scenario in distributed consensus and walks through Paxos’s mechanisms that break the cycle, guaranteeing progress.
How Copy-on-Write Pages Prevent Fork from Exhausting Memory
A deep dive into the mechanics of copy‑on‑write pages and why they keep forked processes from blowing up system memory.
Where Extents Outperform Traditional Block Allocation Strategies
A deep dive into extents versus classic block allocation, showing why modern filesystems favor extents for speed and scalability.
The Hidden Mechanics of Lock Striping in Hash Maps
A deep dive into lock striping, revealing how it reduces contention in concurrent hash maps and how to apply it effectively.