nvvm alternatives and similar packages

Based on the "Foreign" category.
Alternatively, view nvvm alternatives based on common mentions on social networks and blogs.

language-c-inline

9.5 0.0 nvvm VS language-c-inline

Inline C & Objective-C in Haskell
cuda

9.2 0.0 nvvm VS cuda

Haskell FFI bindings to CUDA

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HaPy

9.2 0.0 L5 nvvm VS HaPy

Haskell bindings for Python
erlang

8.6 0.0 nvvm VS erlang

A Foreign Function Interface that lets Haskell and Erlang programs communicate.
emacs-module

8.0 0.0 nvvm VS emacs-module

Wrappers around emacs-module.h to write Emacs modules in Haskell
libltdl

7.9 0.0 nvvm VS libltdl

FFI interface to libltdl
cplusplus-th

7.6 0.0 nvvm VS cplusplus-th

C++ Foreign Import Generation
libnvvm

7.5 0.0 nvvm VS libnvvm

Haskell bindings for libNVVM
libnix

7.1 0.0 nvvm VS libnix

Haskell library to interface with the nix package manager
greencard

6.8 0.0 nvvm VS greencard

Green Card, a foreign function interface pre-processor for Haskell.
matlab

6.6 0.0 nvvm VS matlab

Matlab bindings and interface for Haskell
htaglib

6.6 0.0 nvvm VS htaglib

Haskell bindings for TagLib, an audio meta-data library
hsyslog

6.4 0.0 nvvm VS hsyslog

Haskell FFI bindings to syslog(3) from POSIX.1-2001.
hlibsass

6.4 0.0 nvvm VS hlibsass

Low-level bindings to libsass for Haskell
cublas

6.2 0.0 nvvm VS cublas

Haskell FFI bindings for CUBLAS, CUSPARSE, and CuFFT
cufft

6.0 0.0 nvvm VS cufft

Haskell bindings for the CUFFT library
AppleScript

5.9 0.0 nvvm VS AppleScript

Call AppleScript from Haskell
c-storable-deriving

5.2 0.0 nvvm VS c-storable-deriving

Derivation of C-like Storable Instances
tasty-lua

4.4 2.4 nvvm VS tasty-lua

Integrate Lua tests into tasty. This package is now part of the hslua monorepo.
hlibev

4.3 0.0 nvvm VS hlibev

FFI interface to libev
hslua-module-text

4.1 0.0 nvvm VS hslua-module-text

Lua module providing a selected set of operations on Text. NOTE: moved into the hslua monorepo.
hslua-module-system

3.8 4.6 nvvm VS hslua-module-system

HsLua module for system and directory functions. This repository has been moved to the hslua monorepo.
hslua-module-doclayout

3.7 0.0 nvvm VS hslua-module-doclayout

Lua module wrapping Text.DocLayout.
cusparse

3.4 0.0 nvvm VS cusparse

Haskell FFI bindings to CUDA Sparse BLAS library
cusolver

3.1 0.0 nvvm VS cusolver

Haskell FFI bindings to CUDA Solver, a LAPACK-like library
hopencl

2.9 0.0 L5 nvvm VS hopencl

OpenCL library for Haskell
arbb-vm

2.2 0.0 nvvm VS arbb-vm

Intel ArBB virtual machine bindings
missing-py2

1.9 0.0 nvvm VS missing-py2

Support for calling Python [Haskell]
exiftool

1.8 0.0 nvvm VS exiftool

Haskell bindings to ExifTool
marshal-contt

1.6 0.0 nvvm VS marshal-contt

A ContT-based wrapper for Haskell-to-C marshalling functions.
cloudi

1.6 0.0 nvvm VS cloudi

Haskell CloudI API
hlibcpuid

1.3 0.0 nvvm VS hlibcpuid

Haskell bindings to https://github.com/anrieff/libcpuid
hhwloc

1.3 0.0 nvvm VS hhwloc

Haskell bindings to https://github.com/open-mpi/hwloc
foreign-storable-asymmetric

- - nvvm VS foreign-storable-asymmetric

Types and instances for implementing a Storable with different peek and poke

* Code Quality Rankings and insights are calculated and provided by Lumnify.
They vary from L1 to L5 with "L5" being the highest.

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README

Haskell FFI Bindings to NVVM

The NVVM library compiles NVVM IR (a subset of LLVM IR) into PTX code which can then be executed on NVIDIA GPUs.

In contrast to the standard NVPTX target built in to the LLVM toolchain, NVVM includes a set of proprietary optimisations which are otherwise only available by compiling CUDA code with the nvcc compiler. On the other hand, the version of LLVM that NVVM is internally based on typically lags the public release by several generations (years), so these secret optimisations may or may not be worthwhile to your application.

The resulting PTX code can be loaded onto the GPU and executed using the cuda package.

The NVVM library is a compiler component available a part of the CUDA toolkit:

https://developer.nvidia.com/cuda-toolkit

The configure step will look for your CUDA installation in the standard places, and if the nvcc compiler is found in your PATH, relative to that.