clang-18-examples
Clang examples
Clang project is a C, C++, Objective C and Objective C++ front-end
based on the LLVM compiler. Its goal is to offer a replacement to the
GNU Compiler Collection (GCC).
google-android-sources-29-installer
Google's 'Sources for Android 29' Installer
This package will download the Google's Sources for Android 29 package and
unpacks it into Debian-friendly paths.
llvm-18-tools
Modular compiler and toolchain technologies, tools
LLVM is a collection of libraries and tools that make it easy to build
compilers, optimizers, just-in-time code generators, and many other
compiler-related programs.
python3-clang-18
Clang Python Bindings
Clang project is a C, C++, Objective C and Objective C++ front-end
based on the LLVM compiler. Its goal is to offer a replacement to the
GNU Compiler Collection (GCC).
libeina1t64
EFL optimized data types
The Eina library is a library which implements an API for data types
in an efficient way. It also provides some useful tools like opening
shared libraries, error management, type conversion, time accounting
and memory pools.
libwfa2-0t64
exact gap-affine algorithm (shared library)
The wavefront alignment (WFA) algorithm is an exact gap-affine algorithm
that takes advantage of homologous regions between the sequences to
accelerate the alignment process. Unlike to traditional dynamic
programming algorithms that run in quadratic time, the WFA runs in time
O(ns+s^2), proportional to the sequence length n and the alignment score
s, using O(s^2) memory (or O(s) using the ultralow/BiWFA mode).
Moreover, the WFA algorithm exhibits simple computational patterns that
the modern compilers can automatically vectorize for different
architectures without adapting the code. To intuitively illustrate why
the WFA algorithm is so interesting, look at the following figure. The
left panel shows the cells computed by a classical dynamic programming
based algorithm (like Smith-Waterman or Needleman Wunsch). In contrast,
the right panel shows the cells computed by the WFA algorithm to obtain
the same result (i.e., the optimal alignment).