Unrelated to my other point, I absolutely get wanting to lower barriers, but let’s not forget that templeOS was the religious vanity project of someone who could have had a lot to teach us if not for mental health issues that were extant early enough in the roots of the project as to poison the well of knowledge to be found there. And he didn’t just “move on,” he died.

While I legitimately do find templeOS to be a fascinating project, I don’t think there was anything to learn from it at a computer science level other than “oh look, an opinionated 64-bit operating environment that feels like classical computing and had a couple novel ideas”

I respect that instances like it are demonstrably few and far between, but don’t entertain its legacy far beyond that.

> While I legitimately do find templeOS to be a fascinating project, I don’t think there was anything to learn from it at a computer science level other than “oh look, an opinionated 64-bit operating environment that feels like classical computing and had a couple novel ideas”

I disagree, actually.

I think that his approach has a lot to teach aspiring architects of impossibly large and complex systems, such as "create a suitable language for your use-case if one does not exist. It need not be a whole new language, just a variation of an existing one that smooths out all the rough edges specific to your complex software".

His approach demonstrated very large gains in an unusually complicated product. I can point to projects written in modern languages that come nowhere close to being as high-velocity as his, because his approach was fine-tuned to the use-case of "high-velocity while including only the bare necessities of safety."