Naro·5d agoZig vs Goose: Who Really Controls Your Memory?A parser, a deleted arena, and one changed requirement show how two languages handle memory in very different ways.
InRustaceansbyEnzo Lombardi·5d ago🦀 What Happens After a Rust PanicUnwinding, landing pads, and the real price of panic=abort
Huanyu Wang·5d agoFrom Chaos to Certainty (Part II): Taming Uncertainty in the Physical WorldOn the relationship between probabilistic intelligence and deterministic engineering.
InLevel Up CodingbyEnzo Lombardi·6d agoBloom Filters Lie in Only One DirectionSomewhere between 1968 and 1970, Burton Bloom was thinking about how to tell whether a string belongs to a set without keeping the set. The…A response icon1A response icon1
Stoyan Petkov·Nov 6The Amazing World Beneath Our SoftwareThere is an extraordinary world inside every computer. Most of us never get to see it.
Ajay Kumar·Nov 5Your Rust Code Compiles, But It Allocates Too Much MemoryWhy memory-safe Rust applications can still suffer from excessive heap allocations — and how experienced engineers identify, measure, and…
Shubham Bhardwaj·Oct 21How an 8-Byte Allocation Exposed a Bug in Microsoft’s mimallocAn unexpected segmentation fault, a hidden assumption in a fast path, and my fix to an open-source memory allocator.
Vaibhav_Khokha·Oct 20I Gave My C++ Code 20 Threads. It Didn’t Get 20x Faster.Why Throwing More hardware at a problem isn’t always a magic bullet, and what it teaches us about systems performance.
Naeem ul Haq·Oct 20The Rust Advantage in Cloud Native: Benchmarking Performance and Memory Safety for Infrastructure…What actually moves the bill and the incident rate in infrastructure: language choice, or the handful of metrics that fail under real…
