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126 results for “sporksmith”

  1. Worked on rolling mounts a bit today, in preparation for level testing at the #unicycle Midwest mini meet next month.

    Getting smoother, but for testing I need to ensure the wheel doesn't stop, and definitely doesn't roll back.

  2. Worked on rolling mounts a bit today, in preparation for level testing at the #unicycle Midwest mini meet next month.

    Getting smoother, but for testing I need to ensure the wheel doesn't stop, and definitely doesn't roll back.

  3. Worked on rolling mounts a bit today, in preparation for level testing at the Midwest mini meet next month.

    Getting smoother, but for testing I need to ensure the wheel doesn't stop, and definitely doesn't roll back.

  4. Worked on rolling mounts a bit today, in preparation for level testing at the #unicycle Midwest mini meet next month.

    Getting smoother, but for testing I need to ensure the wheel doesn't stop, and definitely doesn't roll back.

  5. achievement unlocked: I'm getting in long enough stretches of backwards on the #unicycle that I'm starting to loosen the pedals.

    I guess I'd better start turning the seat around backwards for extended backwards-riding practice sessions

  6. #vgmcon hallway is a no running or jumping zone for folks over 6' :blobfoxlaughsweat:

  7. So we're gradually rewriting it in #no_std #rust. We can make direct syscalls, which are allowed by our seccomp filter so as to avoid recursion, and that's about it.

    Luckily most of what this library does is set up fast IPC to our main process and delegate most of the syscall handling to there, so there's not that much we need to implement in this constrained environment. It's certainly making for some interesting exercises, though.

  8. So we're gradually rewriting it in #no_std #rust. We can make direct syscalls, which are allowed by our seccomp filter so as to avoid recursion, and that's about it.

    Luckily most of what this library does is set up fast IPC to our main process and delegate most of the syscall handling to there, so there's not that much we need to implement in this constrained environment. It's certainly making for some interesting exercises, though.

  9. So we're gradually rewriting it in . We can make direct syscalls, which are allowed by our seccomp filter so as to avoid recursion, and that's about it.

    Luckily most of what this library does is set up fast IPC to our main process and delegate most of the syscall handling to there, so there's not that much we need to implement in this constrained environment. It's certainly making for some interesting exercises, though.

  10. So we're gradually rewriting it in #no_std #rust. We can make direct syscalls, which are allowed by our seccomp filter so as to avoid recursion, and that's about it.

    Luckily most of what this library does is set up fast IPC to our main process and delegate most of the syscall handling to there, so there's not that much we need to implement in this constrained environment. It's certainly making for some interesting exercises, though.

  11. Wrote an implementation of thread local storage in #no_std #rust, for Linux x86_64, with options to a) use libc's thread local storage, b) leverage libc's thread local storage that something in the same process has set up, or c) work without native thread local storage at all.

    Toying with the idea of publishing it as a crate but, uh, I guess these requirements are pretty niche.