gccgo-14-mips-linux-gnu
GNU Go compiler for the mips-linux-gnu architecture
This is the GNU Go compiler for the mips-linux-gnu architecture, which
compiles Go on platforms supported by the gcc compiler. It uses the gcc
backend to generate optimized code.
vim-minimap
code minimap
minimap is a vim plugin showing a window rending the current buffers contents
as minimap (aligned dots).
Scrolling the minimap buffer aligns with the buffer itself.
This makes it easier to keep overview over huge source files.
wasix-libc
wasix libc implementation for WebAssembly
This fork of wasi-libc extends libc with the missing functionality needed to
build complete and useful applications, in particular it incorporates these
additional extensions:
- full support for efficient multithreading including joins, signals
and `getpid`
- `pthreads` support (now extended from the WASI threads spec)
- full support for sockets (`socket`, `bind`, `connect`, `resolve`)
- IPv4, IPv6
- UDP, TCP
- Multicast, Anycast
- RAW sockets
- current directory support (`chdir`) integrated with the runtime
- `setjmp` / `longjmp` support (used extensively in `libc` ) via `asyncify`
- process forking (`fork` and `vfork` )
- subprocess spawning and waiting (`exec` , `wait` )
- TTY support
- asynchronous polling of sockets and files
- pipe and event support (`pipe`, `event` )
- DNS resolution support (`resolve` )
weii
read Wii balance board as a weight scale
Weii (pronounced "weigh") is a small script that connects to a Wii
Balance Board, reads a weight measurement, and disconnects.
waycheck
Display all Wayland protocols that your compositor supports
Waycheck is a simple Qt6 application that displays all of the Wayland
protocols that your compositor supports, and all of the protocols that it
doesn't support. It can be used to compare protocol support between
compositors, or if you're working on your own compositor, to keep track
of which protocols you still need to implement.
libxar1
eXtensible ARchiver (library)
The XAR project aims to provide an easily extensible archive format. Important
design decisions include an easily extensible XML table of contents for random
access to archived files, storing the toc at the beginning of the archive to
allow for efficient handling of streamed archives, the ability to handle files
of arbitrarily large sizes, the ability to choose independent encodings for
individual files in the archive, the ability to store checksums for individual
files in both compressed and uncompressed form, and the ability to query the
table of content's rich meta-data.