Earlier quoted context omitted.
Thanks for the clarification! Till today I didn't know you can build a 64-bit RISC-V CPU with LiteX. Cool! The only problem (for me) is the availability of suitable hardware to implement it :) The only FPGA board I got is GateMate EVB-A1.
Where are you based, I can get you something beefier? I got a Tang Primer for one of my own projects recently.
QSOE: QNX-inspired OS with dual-kernel architecture
31–36 of 36 posts
Re: QSOE: QNX-inspired OS with dual-kernel architecture
#32 `The quickest way to see QSOE run — no hardware, no -kernel juggling.`
`Real hardware, real disk.`
`A working plan, not a contract: milestones may shift as the work reveals what's really next.`
I have no problem with using AI to draft docs, or as an editing tool, or even to help writing (if, e.g., you are not a native speaker) but this is just egregious low-effort slop. If you can't even put the time to write your own documentation (or at least disclose AI tool use), why would I trust you to even test your own sofware?Re: QSOE: QNX-inspired OS with dual-kernel architecture
#33> Skimmer's design intentionally echoes DragonFly BSD's LWKT and msgport subsystems — the per-CPU runqueue, the lwkt_* API surface, the rule that cross-CPU work flows as messages rather than as direct foreign writes. DragonFly's source under ~/proj/OS/DragonFlyBSD/6.4.2/sys/kern/ was studied as a structural reference during v0.1 bring-up. https://gitlab.com/qsoe/nq/-/blob/bfe5337676ee3818d24db4101b... Is this Claude…
Don't worry, it's being fully supervised :) . Yes, almost the entire product is developed with Claude.
Re: QSOE: QNX-inspired OS with dual-kernel architecture
#34This is one of the few AI hills I will die on: not disclosing AI tool usage when you produce a product where the writing is the end result (in this case, the website I'm being sent to) is disrespectful to your readers and users. `The quickest way to see QSOE run — no hardware, no -kernel juggling.` `Real hardware, real disk.` `A working plan, not a contract: milestones may shift as the work reveals what's really next…
Re: QSOE: QNX-inspired OS with dual-kernel architecture
#35This is one of the few AI hills I will die on: not disclosing AI tool usage when you produce a product where the writing is the end result (in this case, the website I'm being sent to) is disrespectful to your readers and users. `The quickest way to see QSOE run — no hardware, no -kernel juggling.` `Real hardware, real disk.` `A working plan, not a contract: milestones may shift as the work reveals what's really next…
Re: QSOE: QNX-inspired OS with dual-kernel architecture
#36Earlier quoted context omitted.
Well.. who knows. My interests are not exactly in the area of GUIs, but I do agree that Photon was great. When the main system stabilizes; when it runs RT tests (such as the audio test I'm planning) under heavy load for e.g. one week -- AND when all important "syscall-like" APIs are implemented and proven to be correct -- I might return to this. Question to you: on which hardware platform would you like to have Photo…
Low-spec/embedded/vintage devices. Mainly RISC-V, or old x86 hardware like a Pentium III with a Matrox Millennium AGP card or something. For context: I'm sick and tired of modern hardware, modern GUIs and modern Internet... all of which keeps getting more and more complex, commercialised, controlled and demanding. I miss the old days, when hardware resources were paltry, when you could mostly understand what went on…
I like the way you think. Do you have a site or blog somewhere?