Jarkko Sakkinen
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Jarkko Sakkinen
jarkko
@oleksandr @gromit @vbabka I'll put that to the same queue as compiler flags. Thank you!
Cannot say anything before testing the patch because Murphy's law clearly states if you judge without testing you always get it wrong ;-)
Cannot say anything before testing the patch because Murphy's law clearly states if you judge without testing you always get it wrong ;-)
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Jarkko Sakkinen
jarkko
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@vbabka after some testing and "unfixing" mbsync bug [1] I don't think it is yet ready for production use but sure going to try the latest main every once in a while and might even fix a bug or something.
Normally I hate the whole "Rust fork scene" but in the case of IMAP sync there would be really an actual need for a modern robust alternative. Maybe even something that would handle both IMAP and EWS in the same package. And also email is somewhat fuzzy data to make deductions of so a strong type system can actually make a difference here.
[1] https://social.kernel.org/notice/AkX1oAnWFMXja3uN84
Normally I hate the whole "Rust fork scene" but in the case of IMAP sync there would be really an actual need for a modern robust alternative. Maybe even something that would handle both IMAP and EWS in the same package. And also email is somewhat fuzzy data to make deductions of so a strong type system can actually make a difference here.
[1] https://social.kernel.org/notice/AkX1oAnWFMXja3uN84
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Jarkko Sakkinen
jarkko
@laamaa I did one test track with polyend couple of years ago but got frustrated of 1.6 fw envelope glitches. Planning to do some new stuff with 1.8 but I need to switch the encoder first, which unfortunately went loose (duh) ;-) New encoder has been waiting on table already for some months...
https://soundcloud.com/triplaespresso/sivutie
https://soundcloud.com/triplaespresso/sivutie
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Jarkko Sakkinen
jarkko
@rjzak Personally I think that this can be at most taken as a guideline. In some cases Python could be also the best possible solution. It also requires less heavy CI than many other options. E.g. I could imagine doing a real-time embedded system based on MicroPython, and take full control of GC and flush it only in planned call sites.
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Jarkko Sakkinen
jarkko
One critical angle towards #AI from my side is that software engineering is not about producing code.
Even if I wrote all my code in Notepad and slowed my productivity down on purpose let's say to 10%, it would not affect much to my ability to deliver all that much.
The thing is that analysis is the key with minimum amount of false positives, and AI is not an #algorithm.
Even if I wrote all my code in Notepad and slowed my productivity down on purpose let's say to 10%, it would not affect much to my ability to deliver all that much.
The thing is that analysis is the key with minimum amount of false positives, and AI is not an #algorithm.
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Jarkko Sakkinen
jarkkoI also checked GCC 13 later on:
- LLVM 18 without the fix: works
- GCC 13 without the fix: works
- GCC 14 without the fix does not work.
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@Noremak Also surprisingly producing some music in the past also helped because also in that you tend deduce stuff from frequency distributions. And also I've written a couples of 3D engines in the past, which has helped a lot understanding unit transformations :-) Enjoyed so far because I really need to stretch all my experience to get shit together in my head (and without being a physician).
Just sharing my experiences for anyone who might give a shot in this area. The mindset with semiconductors is computing. The mindset with quantum IMHO is observation (when put to a single word).
Just sharing my experiences for anyone who might give a shot in this area. The mindset with semiconductors is computing. The mindset with quantum IMHO is observation (when put to a single word).
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@Noremak I still know nothing about physics but that was the whole point of this learning experiment because in the end of the day it must detach out of physics literature in order to be successful. Early days of semiconductor programming was also more tied to the physics so I expect similar development here.
I've studied algebra and discrete math so I know the binary side, and also vector analysis and linear algebra a bit, so combining that knowledge and thinking superposition states as base transformations helped a lot to cope the topic. It is a game of unit vector spaces with complex factors or that is how I see it like for a regular programmer (like me).
I've studied algebra and discrete math so I know the binary side, and also vector analysis and linear algebra a bit, so combining that knowledge and thinking superposition states as base transformations helped a lot to cope the topic. It is a game of unit vector spaces with complex factors or that is how I see it like for a regular programmer (like me).
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Jarkko Sakkinen
jarkko
@Noremak My high school friend is one of the founders of a quantum computer company called IQM: https://www.meetiqm.com/. He is quantum computing professor at Aalto University in Helsinki.
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