Falaina (falaina@falaina.net)

https://github.com/Falaina/AsmJit-Python

AsmJit

Simple Python wrapper for AsmJit using SWIG.
AsmJit has a high-level code generation classes which can be used as a portable way to create JIT code.

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Marat Dukhan

https://bitbucket.org/MDukhan/peachpy

PeachPy is a Python framework for writing high-performance assembly kernels. PeachPy is developed to simplify writing optimized assembly kernels while preserving all optimization opportunities of traditional assembly.

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PeachPy: A Python Framework for Developing High-Performance Assembly Kernels

Grant Olson (kgo@grant-olson.net)

http://www.grant-olson.net/python/pyasm

Pyasm is a full-featured dynamic assembler written entirely in Python. By dynamic, I mean that it can be used to generate and execute machine code in python at runtime without requiring the generation of object files and linkage. It essentially allow 'inline' assembly in python modules on x86 platforms. Pyasm can also generate object files (for windows) like a traditional standalone assembler, although you're probably better off using one of the many freely available assemblers if this is you primary goal.

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example
PyASM User's Guide

Jurriaan Bremer (@skier_t)

https://github.com/jbremer/pyasm2

Although its called pyasm2, this is not per se a successor of Pyasm or pyASM. pyasm2 aims to be as flexible as possible, it will support x86, SSE and SSE2.
A key feature of pyasm2 is the ability to have blocks of instructions and being able to give the base address at a later time, that is, you don't need to know the address of instructions before-hand. For example, you can construct a series of instructions, request the size that will be needed in order to store all instructions as sequence, allocate this memory and write the instructions from there, this approach is very useful when making JIT compilers etc.

SBI

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