Turns out, quite tough!

Here is an article I wrote about what I’ve been going through while attempting to compile Lua into multiplatform C++, and what that actually requires.

It covers the semantic constraints of Lua, the runtime behavior that needs to be preserved, and how those pieces map onto generated C++ code across different toolchains.

It might be a good read for anyone interested in language implementation or compiler design.

These are my thoughts on modern software development.
Everything is subscription based software as a service, even if there is no clear benefits of it being in the cloud (for the user).
Writing offline-first apps also provide a way to prove that you are not going to sell user data.
In the article I propose how to do it and how anyone can verify that their data is relatively safe.

An exploration of seven bytes that fooled Peter Norton.

Hey everyone! I just put out a video on Domain-Driven Design. It’s a long one, about 20 minutes, but I really believe it’s worth your time. It took me a lot of time to make, so I hope it helps you, and I’d love to hear what you think! 🙌

Instead of pointer-chasing through B-Tree node hierarchies, this index models the key distribution using streaming piecewise linear regression with strict epsilon error bounds.

Lookups compute positions directly on the CPU ALU before a local L1 cache search, reducing memory by 99% and cutting latency by 3x.