GitHub - h4ck3rm1k3/llvm-codegen-py: (Machine) code generation experiments in Python, roughly centered around LLVM IR

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Name		Name	Last commit message	Last commit date
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docs		docs
tests		tests
.gitignore		.gitignore
README		README
adot2dot		adot2dot
clang2llvm		clang2llvm
dot.py		dot.py
graph.py		graph.py
graph_color.py		graph_color.py
interference.py		interference.py
liveness.py		liveness.py
llvm2c.py		llvm2c.py
llvm2exe		llvm2exe
llvm2icode.py		llvm2icode.py
llvm2py.py		llvm2py.py
parse.py		parse.py
phi_resolver.py		phi_resolver.py
pllvm.py		pllvm.py
reg_alloc.py		reg_alloc.py
reg_alloc_old_draft.py		reg_alloc_old_draft.py
run-tests.sh		run-tests.sh
run.sh		run.sh

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The ultimate goal of this project is to make easy to develop a
code generation backend in Python for an arbitrary CPU, taking LLVM IR
as input.

However, the code is currently very far away from that aim, and just
contains some hacks towards:

1. Graph-based register allocation.
2. Parsing LLVM IR into Python-native objects, with output support,
aiming towards 100% roundtrip.
3. Utilities to transform LLVM encoded as Python objects, for example,
converting out of SSA form.

These separate features are not 100% complete either, so it may be useful:

1. As a starting base if you wanted to do something similar (I wish I
didn't have start from scratch myself).
2. As an example for llvmpy (http://llvmpy.org) usage.


See also: https://github.com/pfalcon/graph-llvm-ir