#tinycc — Public Fediverse posts

#Ducktinycc 'C' scripting in #Duckdb via #TinyCC Of course what better example than the embedded #RStats example from "Writing R extensions". With a bit more work (and threading issue stuff) this can be extended into some arbitrary R UDFs API for the r-duckdb Repo: github.com/sounkou-bioi...

#ridiculousbutcool Embedding #RStats in #Duckdb via #TinyCC and Duckdb's C extensions API

RE: https://bsky.app/profile/did:plc:hmk4f5yf3ohtsvw32sbtwvk3/post/3mfr4dvkmmk2y

#Duckdb #TinyCC Ridiculous, dangerous but cool ! (very roundabout way to test out ideas of a potential api for a #RStats UDFs extension) Link for segfault lovers : github.com/sounkou-bioi...

#tinycc based #RStats #C #Transpiler, only 4x slower than #{quickr} for the convolution benchmark ! 2-3x faster than naive #C + marshaling. #tinycc transpilation will have an obvious advantage since it can always fallback when transpiling and use `Rf_lang3` since it has access to R's C runtime !

RE: https://bsky.app/profile/did:plc:hmk4f5yf3ohtsvw32sbtwvk3/post/3memwdbpbqs22

Tiny C Compiler is relicensing to MIT

https://repo.or.cz/tinycc.git/blob/3d963aebcd533da278f086a3e559d24b961e8c31:/RELICENSING

Interesting Changes

#Tinycc #compiler

Гений 21 века. Чем сейчас занимается Фабрис Беллар

Некоторые программисты настолько хорошо известны, что не нуждаются в особом представлении. Наверное, Фабрис Беллар — самая яркая звезда современности. Автор мультимедийного комбайна FFmpeg, эмулятора QEMU и десятков других полезных программ — абсолютный гений и пример программиста 100х, который в одиночку принёс больше пользы миру, чем многие корпорации с сотнями разработчиков. В общем, все знают Фабриса — про него ещё была статья на Хабре двенадцать лет назад… … Но по просьбам молодых читателей мы решили вернуться к этой теме. Оно и к лучшему, ведь Фабрис многое сделал за это десятилетие, особенно в области нейросетей.

https://habr.com/ru/companies/ruvds/articles/781922/

#ruvds_статьи #Фабрис_Беллар #Better_Portable_Graphics #BPG #LZEXE #Harissa #число_Пи #Linmodem #FFmpeg #TCC #TinyCC #TinyGL #QEmacs #QEMU #формула_Беллара #QuickJS

Гений 21 века. Чем сейчас занимается Фабрис Беллар

Некоторые программисты настолько хорошо известны, что не нуждаются в особом представлении. Наверное, Фабрис Беллар — самая яркая звезда современности. Автор мультимедийного комбайна FFmpeg, эмулятора QEMU и десятков других полезных программ — абсолютный гений и пример программиста 100х, который в одиночку принёс больше пользы миру, чем многие корпорации с сотнями разработчиков. В общем, все знают Фабриса — про него ещё была статья на Хабре двенадцать лет назад… … Но по просьбам молодых читателей мы решили вернуться к этой теме. Оно и к лучшему, ведь Фабрис многое сделал за это десятилетие, особенно в области нейросетей.

https://habr.com/ru/companies/ruvds/articles/781922/

#ruvds_статьи #Фабрис_Беллар #Better_Portable_Graphics #BPG #LZEXE #Harissa #число_Пи #Linmodem #FFmpeg #TCC #TinyCC #TinyGL #QEmacs #QEMU #формула_Беллара #QuickJS

@lispi314 sidenote: that #guile bootstrap path was developed for #guix :

GNU Mes (maxwell equations of software) provides a minimal #scheme interpreter and C #compiler with tooling to build #tinycc that can be used with the Mes C library to compile glibc-2.2.5, binutils-2.20.1, gcc-2.95.3 with which you can build the whole #GNU system.

Thanks to #GCCrs that will soon include #Rust

Thanks to #Python on Guile it includes a shortcut for compatible Python-based tooling.
#GCC
@dalias @jschauma

@ekaitz_zarraga and I have finally bootstrapped #TinyCC on #RISCV starting from GNU #Mes and #MesCC (and eventually tiny #hex0 binary if you go further back).

The binary that we have built is self-hosting and can build itself, though perhaps a few more bugfixes will be needed to reach the newest version of tcc.

@janneke
@efraim
#bootstrappableBuilds
#reproducibleBuilds

#RISCV support in #Mes’s bootstrappable #TinyCC

https://ekaitz.elenq.tech/bootstrapGcc6.html
#bootstrappablebuilds

@janneke @aziz @fsf @fsfe @reproducible_builds @ekaitz_zarraga Indeed! Right now we can bootstrap all the way from #hex0 to #Mes, then use #MesCC to build very first build of #tinycc (we can call it mes-tcc). mes-tcc can then build the next build of tinycc (boot0-tcc). Unfortunately, at the moment boot0-tcc segfaults. Today, I fixed one crash which was due to Global Offset Table being all zeros but it turns out we are now hitting another segfault, so more work is needed.

#bootstrappableBuilds

Spent part of my #RechageDay at #AMD looking at bootstrapping #TinyCC 0.9.26 from #GNUMes on #x86_64 architecture. And thanks to #Mes mantainer @janneke for his help with debugging various issues. We can now build initial #tcc binary and it can even run some simple commands such as --help or -vv.

Unfortunately, we still hit some critical bugs when trying to use this tcc binary to rebuild itself but hopefully we are not far now.

#bootstrappable
#BootstrappableBuilds
#ReproducibleBuilds

@monk Why is it from #TinyCC. We have successfully bootstrapped kernel and userspace on x86 from far smaller binaries. E.g. builder-hex0 is about 200 bytes of code.

I deeply admire and envy Fabrice Bellard, creator of #FFmpeg, #QEMU, #TinyCC, and countless other impactful projects.

https://smartbear.com/blog/fabrice-bellard-portrait-of-a-super-productive-pro/

@ekaitz_zarraga and I have finally bootstrapped #TinyCC on #RISCV starting from GNU #Mes and #MesCC (and eventually tiny #hex0 binary if you go further back).

The binary that we have built is self-hosting and can build itself, though perhaps a few more bugfixes will be needed to reach the newest version of tcc.

@janneke
@efraim #bootstrappableBuilds
#reproducibleBuilds

@ekaitz_zarraga and I have finally bootstrapped #TinyCC on #RISCV starting from GNU #Mes and #MesCC (and eventually tiny #hex0 binary if you go further back).

The binary that we have built is self-hosting and can build itself, though perhaps a few more bugfixes will be needed to reach the newest version of tcc.

@janneke
@efraim
#bootstrappableBuilds
#reproducibleBuilds

@ekaitz_zarraga and I have finally bootstrapped #TinyCC on #RISCV starting from GNU #Mes and #MesCC (and eventually tiny #hex0 binary if you go further back).

The binary that we have built is self-hosting and can build itself, though perhaps a few more bugfixes will be needed to reach the newest version of tcc.

@janneke
@efraim #bootstrappableBuilds
#reproducibleBuilds

@ekaitz_zarraga and I have finally bootstrapped #TinyCC on #RISCV starting from GNU #Mes and #MesCC (and eventually tiny #hex0 binary if you go further back).

The binary that we have built is self-hosting and can build itself, though perhaps a few more bugfixes will be needed to reach the newest version of tcc.

@janneke
@efraim #bootstrappableBuilds
#reproducibleBuilds

@janneke @aziz @fsf @fsfe @reproducible_builds @ekaitz_zarraga Indeed! Right now we can bootstrap all the way from #hex0 to #Mes, then use #MesCC to build very first build of #tinycc (we can call it mes-tcc). mes-tcc can then build the next build of tinycc (boot0-tcc). Unfortunately, at the moment boot0-tcc segfaults. Today, I fixed one crash which was due to Global Offset Table being all zeros but it turns out we are now hitting another segfault, so more work is needed.

#bootstrappableBuilds

@janneke @aziz @fsf @fsfe @reproducible_builds @ekaitz_zarraga Indeed! Right now we can bootstrap all the way from #hex0 to #Mes, then use #MesCC to build very first build of #tinycc (we can call it mes-tcc). mes-tcc can then build the next build of tinycc (boot0-tcc). Unfortunately, at the moment boot0-tcc segfaults. Today, I fixed one crash which was due to Global Offset Table being all zeros but it turns out we are now hitting another segfault, so more work is needed.

#bootstrappableBuilds

@janneke @aziz @fsf @fsfe @reproducible_builds @ekaitz_zarraga Indeed! Right now we can bootstrap all the way from #hex0 to #Mes, then use #MesCC to build very first build of #tinycc (we can call it mes-tcc). mes-tcc can then build the next build of tinycc (boot0-tcc). Unfortunately, at the moment boot0-tcc segfaults. Today, I fixed one crash which was due to Global Offset Table being all zeros but it turns out we are now hitting another segfault, so more work is needed.

#bootstrappableBuilds

@janneke @aziz @fsf @fsfe @reproducible_builds @ekaitz_zarraga Indeed! Right now we can bootstrap all the way from #hex0 to #Mes, then use #MesCC to build very first build of #tinycc (we can call it mes-tcc). mes-tcc can then build the next build of tinycc (boot0-tcc). Unfortunately, at the moment boot0-tcc segfaults. Today, I fixed one crash which was due to Global Offset Table being all zeros but it turns out we are now hitting another segfault, so more work is needed.

#bootstrappableBuilds