Free netflow configuration software for linux

Kernel Configuration Comparison (kccmp) provides a GUI for comparing two Linux kernel ".config" files.
It shows configuration variables with different values in a tabular format. It also shows configuration variables found in only one of the input configuration files.
Building:
kccmp by default requires Qt 3.x. However, by changing one line in kccmp.pro you can build against Qt 4.x. Note that the Qt 4.x build requilres libboost_regex as well.
The standard build is as easy as:
example:
% qmake
% make
Usage
% kccmp /path/to/first/.config path/to/second/.config
example:
% kccmp /usr/src/linux/.config /usr/src/linux/.config.old
Enhancements:
- This release was ported to Qt 3.x.
- The requirement for libboost_regex was removed.
- Building with either Qt 4.x or Qt 3.x is now supported.

Fontconfig is a library for configuring and customizing font access.

Font Configuration Library contains two essential modules, the configuration module which builds an internal configuration from XML files and the matching module which accepts font patterns and returns the nearest matching font.

The configuration module consists of the FcConfig datatype, libexpat and FcConfigParse which walks over an XML tree and ammends a configuration with data found within. From an external perspective, configuration of the library consists of generating a valid XML tree and feeding that to FcConfigParse.

The only other mechanism provided to applications for changing the running configuration is to add fonts and directories to the list of application-provided font files.

The intent is to make font configurations relatively static, and shared by as many applications as possible.

It is hoped that this will lead to more stable font selection when passing names from one application to another. XML was chosen as a configuration file format because it provides a format which is easy for external agents to edit while retaining the correct structure and syntax.

Font configuration is separate from font matching; applications needing to do their own matching can access the available fonts from the library and perform private matching.

The intent is to permit applications to pick and choose appropriate functionality from the library instead of forcing them to choose between this library and a private configuration mechanism.

The hope is that this will ensure that configuration of fonts for all applications can be centralized in one place. Centralizing font configuration will simplify and regularize font installation and customization.

Razer DeathAdder mouse configuration is a configuration utility for the Razer DeathAdder on Linux systems.
You can control the LEDs, scanning resolution and frequency and profiles with this tool. In future things like firmware upload are also planned.
Enhancements:
- This adds support for the Razer Krait mouse.

Emacs Configuration Framework is a versatile configuration package for Emacs. It is meant for users whose Emacs configuration has become so complex that it appears to be unmanageable.
It enables you to write and load the configuration for individual Emacs packages in pieces. You can use it to setup some autoloads for a package when you start Emacs and then do extra configuration after the package has loaded.
This speeds up your Emacs startup without compromising your ability to do complicated things.
Enhancements:
- This release adds a new rc.d/lang directory.
- Modes added: speedbar, semantic, cedet, and ecb.

Razer device configuration tool 0.05 is a versatile and very useful razer device configuration tool which can bring the Razer gaming experience to the free OpenSource world. This utility is supposed to replace the old deathaddercfg utility. It features a device HAL library, a python razer HAL module, a commandline tool and a graphical QT tool to configure the devices.

System Configuration Collector in short SCC, collects configuration data of systems in snapshots. The structure of the snapshot allows SCC to compare a snapshot with the previous one and detect changes in the configuration.
Upon detecting changes, scc adds the differences to a logbook. The snapshot and the logbook are converted to HTML for local inspection. Optionally, the SCC-files can be send to a system running the SCC server software. On the server, summaries of the SCC-data are generated and search/compare operations on the snapshots and logbooks are available via a web-interface.
The logbook is a starting point in case a system "suddenly" does not work correctly and the administrator is wondering what he/she has changed in the last weeks or months. As most of us know by experience, configuration changes can have accidental side-effects on (other) systems.
By examining the entries in the logbooks and considering the consequences, the cause of an actual problem might be found more easily than by just trying to remember the changes that were performed.
The snapshots can be used to compare the configuration of two systems. Imagine systems, that are supposed to be identical, but behave differently. Comparing parts of the snapshots of the two systems can indicate the cause of the difference in behavior.
Enhancements:
- The DIV tags in the HTML was corrected.
- Directory data/transfer was created to avoid errors in scc-pull. cpu-speed for SunOS was added.
- The machinfo variable is now initialized.
- The determination of local filesystems on Linux was corrected.
- Squid classification was corrected.

The Configuration File Library (CFL) is a collection of routines for manipulating configuration files. The project is a portable library fully written from scratch in pure ANSI C.

It is designed to offer for C programmers common routines for manipulating configuration text files.