writing about some of the architectural challenges of making deeply flexible and extensible experimental frameworks I'm gonna be working on over here
after a number of rebuilds reflective of the challenge of hardware control on the raspi, we'll be clarifying the inheritance system to use backends as parallel mix-ins. rather than optimizing one system we'll work on making a clear path to define them
semantic wikis are powerful for communal development- creating multiple, mutually reinforcing means of interacting with a tool. combined with a plugin system (itself using the wiki), thinkin bout a different way of combining technical knowledge with code https://twitter.com/auto_pi_lot/status/1478987157058453505?t=ZTzF-7XnYPgSCwI-ThBakw&s=19
this thread a tiny tiny example of why this is hard to do and how architecture of a tool is not neutral to the kind of use patterns it supports. (the STS ppl will roast me for saying the obvious) https://twitter.com/auto_pi_lot/status/1478986353408811008?t=ZTzF-7XnYPgSCwI-ThBakw&s=19
this semantic wiki model is particularly good for making partial-match knowledge discoverable, someone doing something close but not *exactly* what you're doing shouldn't mean you start from scratch. finding code by motor type, sensory modality, or any dimension is v powerful
A Fediverse instance for people interested in cooperative and collective projects.