Open Source C Source Code Analysis Tools for Mac

Just another manual code analysis tool and static analysis tool. https://github.com/CoolerVoid/codewarrior

cline is a command line tool that counts code lines or non-whitespace characters in your project folder. It is designed to recursively find any source file matching specific rules and count the line breaks within that file. You may specify file suffixes to include or exclude as well as regular expressions for code lines that shall be excluded (e.g. to exclude comments). By default a heuristic algorithm skips binary files. You may configure the restrictiveness of this algorithm with command line options.

The purpose of the project is generating a function call tree for a software application written in C. This utility takes as input an uncompressed CScope (http://cscope.sourceforge.net/) output file. With a few options, an output DOT language file can be generated. The DOT file may be used as input for Graphviz (http://www.graphviz.org/) to make an image of the function call tree (see screenshot examples for tceetree run over its sources). For more information, see the Wiki page.

Flowcharts not telling you what you want to know about some C source code? Try a State Dependency map! Every C source file is an implemention of a state machine. Implicit in the definition of a state machine is a network of dependencies between the states. The Automalator * deconstructs the C code into the core state machine * collates the transactions into the dependency net * generates a diagram-format file with the states and dependencies as the nodes and edges. Pre-requisites * Perl - tested with versions 5.12.3, 5.14.2 and 5.20.2, Windows, Linux and MAC * Get the Automalator by downloading the zip, or checking out or exporting the SVN trunk * copy the source code of interest into "project.c" * windows - double-click "src2map.bat" * linux & MAC - navigate the command line to the "project" folder, then run "src2map.sh" * open "project.gml" file with diagramming software.

Ohcount is the source code line counter that powers Ohloh. Ohcount supports over 70 programming languages. Ohcount can also detect popular open source licenses such as GPL determine if code targets a particular programming API, such as Win32 or KDE.

This package will allow people to check, change, update the license of their projects. It will conform to all new licenses available.

REL (Research and Education Language) is a simple but very powerfull language with a compiler, an interpreter and a verifier.

With this tiny program, you can remove comments easily from source code.

A small tool to remove C / C++ style comments from your source code. Including source.

CPIP is a C/C++ preprocessor implemented in Python. CPIP exposes all aspects of preprocessing for inspection. NOTE: This project has now moved to https://github.com/paulross/cpip. This is no reflection on Sourceforge, indeed I am very grateful for them hosting CPIP for may years. It is merely because I can't manage two workflows!

LuziensEditor ist eine kleine IDE für Java, C/C++, und Webentwicklung mit einigen Besonderheiten. - Direkter Zugriff auf XAMPP - Eigene Konsole - Syntax highligts - Eigene Versionsverwaltung - Programme als Debian Paket verpacken - ...

xRecurseDiff is a small program that can rapidly traverse entire directory trees to show different version of the same files, for example to compare different version of the same project. For every file in the first directory searches in the second for files having the same name. A report containing results is shown. A detailed diff output can be shown. Search can be case-insensitive and limited by a char filter. In "library" working mode it compares only files basenames, while in "project" mode it compares relatives paths too. In "files" working mode it compares directly two files.

Shiny is a lightning fast, fully documented & by-far-easiest-to-use C/C++/Lua profiler with no extensive surgery. Results are smoothed & shown in run-time as a call-tree or sorted-by-time. Output also renderable as graphs in Ogre3D or your custom engine