#c_lang — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #c_lang, aggregated by home.social.
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This is how the Linux kernel mailing list looks like from a browser.
From a mobile browser it looks less polished.
It's a *mailing list* you should read it from a email client, not a memory hungry browser, but if you are in the links browser it will look fine. Links is light ;)
The message is important; if you keep up with kernel development on the Linux side section audio drivers, you may find it interesting
https://lkml.org/lkml/2026/5/18/133
#Programming #Linux #kernel #module #Audio #ALSA #c #C_Lang #development #coding
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This is how the Linux kernel mailing list looks like from a browser.
From a mobile browser it looks less polished.
It's a *mailing list* you should read it from a email client, not a memory hungry browser, but if you are in the links browser it will look fine. Links is light ;)
The message is important; if you keep up with kernel development on the Linux side section audio drivers, you may find it interesting
https://lkml.org/lkml/2026/5/18/133
#Programming #Linux #kernel #module #Audio #ALSA #c #C_Lang #development #coding
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This is how the Linux kernel mailing list looks like from a browser.
From a mobile browser it looks less polished.
It's a *mailing list* you should read it from a email client, not a memory hungry browser, but if you are in the links browser it will look fine. Links is light ;)
The message is important; if you keep up with kernel development on the Linux side section audio drivers, you may find it interesting
https://lkml.org/lkml/2026/5/18/133
#Programming #Linux #kernel #module #Audio #ALSA #c #C_Lang #development #coding
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This is how the Linux kernel mailing list looks like from a browser.
From a mobile browser it looks less polished.
It's a *mailing list* you should read it from a email client, not a memory hungry browser, but if you are in the links browser it will look fine. Links is light ;)
The message is important; if you keep up with kernel development on the Linux side section audio drivers, you may find it interesting
https://lkml.org/lkml/2026/5/18/133
#Programming #Linux #kernel #module #Audio #ALSA #c #C_Lang #development #coding
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This is how the Linux kernel mailing list looks like from a browser.
From a mobile browser it looks less polished.
It's a *mailing list* you should read it from a email client, not a memory hungry browser, but if you are in the links browser it will look fine. Links is light ;)
The message is important; if you keep up with kernel development on the Linux side section audio drivers, you may find it interesting
https://lkml.org/lkml/2026/5/18/133
#Programming #Linux #kernel #module #Audio #ALSA #c #C_Lang #development #coding
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./configure
make
make test
make install -
./configure
make
make test
make install -
./configure
make
make test
make install -
./configure
make
make test
make install -
./configure
make
make test
make install -
Caught by a dangling `else`. An hour or more of debugging spent on this... :)
Wikipedia: "The C standard clarifies that an else block is associated with the nearest if."
https://en.wikipedia.org/wiki/Dangling_else
Writing without curly braces can look neat, but watch out for this! -
Caught by a dangling `else`. An hour or more of debugging spent on this... :)
Wikipedia: "The C standard clarifies that an else block is associated with the nearest if."
https://en.wikipedia.org/wiki/Dangling_else
Writing without curly braces can look neat, but watch out for this! -
Today's LOL:
"However, C itself has many issues. I mean, it is embarrassing when a language underpinning the world's computer systems has to overload 'break' to do two different jobs (you can't 'break' out of a loop from within a switch statement, or vice versa), or where most function pointer declarations would be viable IOCCC entries. "
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Today's LOL:
"However, C itself has many issues. I mean, it is embarrassing when a language underpinning the world's computer systems has to overload 'break' to do two different jobs (you can't 'break' out of a loop from within a switch statement, or vice versa), or where most function pointer declarations would be viable IOCCC entries. "
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Today's LOL:
"However, C itself has many issues. I mean, it is embarrassing when a language underpinning the world's computer systems has to overload 'break' to do two different jobs (you can't 'break' out of a loop from within a switch statement, or vice versa), or where most function pointer declarations would be viable IOCCC entries. "
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Today's LOL:
"However, C itself has many issues. I mean, it is embarrassing when a language underpinning the world's computer systems has to overload 'break' to do two different jobs (you can't 'break' out of a loop from within a switch statement, or vice versa), or where most function pointer declarations would be viable IOCCC entries. "
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Today's LOL:
"However, C itself has many issues. I mean, it is embarrassing when a language underpinning the world's computer systems has to overload 'break' to do two different jobs (you can't 'break' out of a loop from within a switch statement, or vice versa), or where most function pointer declarations would be viable IOCCC entries. "
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Does anyone know where _BitInt(N) is specified for the WASM ABI, if it's specified at all? Clang can compile it, but when it comes to long term compat I'd rather it be written in a standard somewhere.
As _BitInt implies, I'm concerned about C23 here.
#programming #c_programming #c #c_lang -
Does anyone know where _BitInt(N) is specified for the WASM ABI, if it's specified at all? Clang can compile it, but when it comes to long term compat I'd rather it be written in a standard somewhere.
As _BitInt implies, I'm concerned about C23 here.
#programming #c_programming #c #c_lang -
Does anyone know where _BitInt(N) is specified for the WASM ABI, if it's specified at all? Clang can compile it, but when it comes to long term compat I'd rather it be written in a standard somewhere.
As _BitInt implies, I'm concerned about C23 here.
#programming #c_programming #c #c_lang -
Does anyone know where _BitInt(N) is specified for the WASM ABI, if it's specified at all? Clang can compile it, but when it comes to long term compat I'd rather it be written in a standard somewhere.
As _BitInt implies, I'm concerned about C23 here.
#programming #c_programming #c #c_lang -
It took a little under 3 hours for my program on a #RaspberryPi 5 with 4 cores at 2.4 GHz to calculate that there are 863 #tetrahedral sums of up to 4 terms for the number 2^32-1, and another 377968 sums of 5 terms.
#programming #C #Clanguage #C_lang #mathematics #maths #math #numberphile #JournalOfRecreationalMathematics #compsci #PollocksConjecture
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It took a little under 3 hours for my program on a #RaspberryPi 5 with 4 cores at 2.4 GHz to calculate that there are 863 #tetrahedral sums of up to 4 terms for the number 2^32-1, and another 377968 sums of 5 terms.
#programming #C #Clanguage #C_lang #mathematics #maths #math #numberphile #JournalOfRecreationalMathematics #compsci #PollocksConjecture
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It took a little under 3 hours for my program on a #RaspberryPi 5 with 4 cores at 2.4 GHz to calculate that there are 863 #tetrahedral sums of up to 4 terms for the number 2^32-1, and another 377968 sums of 5 terms.
#programming #C #Clanguage #C_lang #mathematics #maths #math #numberphile #JournalOfRecreationalMathematics #compsci #PollocksConjecture