The library that appointed itself signal handler
A commit landed a month before I noticed it. By the time somebody told me, two of my own tools had already written workarounds for it without mentioning it.

A commit landed a month before I noticed it. By the time somebody told me, two of my own tools had already written workarounds for it without mentioning it.

I ran one job past three AI providers and had them vote. The voting was the easy part. Deciding what counted as agreement was not.

Change one line in the tls module and you've signed up for twelve releases. That's not a bug in the architecture, that's the architecture.

I wrote the process document before doing the hard one. Then the hard one went through it and rewrote a step.

Everyone writes up the modules that came out. The decisions that mattered were the four packages I decided to leave exactly where they were.

Twenty-seven packages, four marks each, out of ten. The interesting column wasn't the one I expected, and one row explained the whole programme.

I wanted an FFmpeg that couldn't touch my disk. Building the interface to get one accidentally produced something considerably more useful.

The issue tracker is full of answers, which is exactly why my support bot isn't allowed to quote it. An issue can point at the docs, but it never gets to be the answer.

An hour to compile and 170GB of artefacts to clean up afterwards. Rust has a built-in answer to that, and I only used half of it.

Viper reads a dozen extensions. Mine reads one, and the other formats live somewhere else entirely. Here's what that bought, measured rather than asserted.
