gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
This release adds support for gcc 9 (along with continued support for
gcc 4.6, 4.7, 4.8, 4.9, 5, 6, 7, and
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
This releases adds support for gcc 7 and gcc 8 (along with continued
support for gcc 4.6, 4.7, 4.8, 4.9, 5
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with "gcc-with-cpychecker", which implements static analysis
passes for GCC aimed at finding bugs
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with gcc-with-cpychecker, which implements static analysis
passes for GCC aimed at finding bugs in
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with gcc-with-cpychecker, which implements static analysis
passes for GCC aimed at finding bugs in
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with gcc-with-cpychecker, which implements static analysis
passes for GCC aimed at finding bugs in
firehose is a Python package intended for managing the results from
code analysis tools (e.g. compiler warnings, static analysis, linters,
etc).
It currently provides parsers for the output of gcc, clang-analyzer and
cppcheck. These parsers convert the results into a common data model of
Python
firehose is a Python package intended for managing the results from
code analysis tools (e.g. compiler warnings, static analysis, linters,
etc).
It currently provides parsers for the output of gcc, clang-analyzer and
cppcheck. These parsers convert the results into a common data model of
Python
https://fedorahosted.org/releases/p/y/python-ethtool/python-ethtool-0.8.tar.bz2
Dave Malcolm (13):
pifethtool: Show IPv6 address information when available
remove redundant material from setup.py
Fix buffer overflow in get_module()
Fix bad loop condition within
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with gcc-with-cpychecker, which implements static analysis
passes for GCC aimed at finding bugs in
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings for C/C++ in Python, generate code visualizations, etc. It
comes with cpychecker: a tool for static analysis tool of CPython
extensions.
Tarball releases
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with gcc-with-cpychecker, which implements static analysis
passes for GCC aimed at finding bugs in
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with gcc-with-cpychecker, which implements static analysis
passes for GCC aimed at finding bugs in
gcc-python-plugin is a plugin for GCC 4.6 onwards which embeds the
CPython interpreter within GCC, allowing you to write new compiler
warnings in Python, generate code visualizations, etc.
It ships with cpychecker, which implements static analysis passes for
GCC aimed at finding bugs in CPython
I've been working on a new plugin for GCC, which supports embedding
Python within GCC, exposing GCC's internal data structures as Python
objects and classes.
The plugin links against libpython, and (I hope) allows you to invoke
arbitrary Python scripts from inside a compile. My aim is to allow
I've written a tool to help people port their C python extensions from
Python 2 to Python 3.
It uses the Coccinelle tool [1] to apply a series of semantic patches
to .c files. I also had to code one of the refactorings in python with
regular expressions (due to the need to manipulate preprocessor
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