Free gupnp 0.4 software for linux

GUPnP application is an object-oriented open source framework for creating UPnP devices and control points, written in C using GObject and libsoup. The GUPnP API is intended to be easy to use, efficient and flexible.

The GUPnP framework consists of the following two libraries:

GSSDP implements resource discovery and announcement over SSDP.
GUPnP implements the UPnP specification: resource announcement and discovery, description, control, event notification, and presentation (GUPnP includes basic web server functionality through libsoup). GUPnP does not include helpers for construction or control of specific standardized resources (e.g. MediaServer); this is left for higher level libraries utilizing the GUPnP framework.
The GUPnP framework was born out of frustration with libupnp and its mess of threads. GUPnP is entirely single-threaded (though asynchronous), integrates with the GLib main loop, and provides the same set of features as libupnp while hiding most of the UPnP internals through an elegant object-oriented design.

This project is free software released under the GNU LGPL.

Ftpmap enables you to find what software/version a FTP server is running according to its fingerprint.
Ftpmap scans remote FTP servers to identify what software and what versions they are running.
It uses program-specific fingerprints to discover the name of the software even when banners have been changed or removed, or when some features have been disabled.
IPv6 is fully supported.
Install>/b>
./configure
make
make install
Usage
Usage : ftpmap [-h] [-P ] [-u ] [-p ] -s
-h : help
-P : connect to port (default=21)
-u : login to the server as (default=ftp)
-p : use this password (default=mickey@disneyland.com)
-s : connect to FTP server running on (IP or name)
Whats New in This Release:
- Check for ESTP/ESTA.
- Dont give up when a command times out.
- More fingerprints.

YASP project is a lightweight network protocol for micro controllers.
YASP is a simple and open protocol for building networks with small microcontrollers. It is designed to have a small footprint for easy implementation with minimal hardware resources, but without sacrifice advanced features and future growth.
The protocol scalability is implemented using variable length fields.
The physical layer use the NRZ encoding as in RS-232, but using dominant and recessive bus states to provide a reliable way to detect collisions.
Main features:
- Node adresses: 1 to n bytes
- Medium access: CDMA/CS/NDA (Carrier Sense Multiple Access / Collision Detection / Non-Destructive Arbitration)
- Addressing modes: unicast, broadcast and multicast
- Smallest frame: 6 bytes
- Error detection: CRC16
- Bus signaling: 1-wire "open collector" or 2-wire diferential (CAN transceiver)
- Current PIC implementation: about 480 words of code and 25 bytes of RAM (interrupt driven)
Enhancements:
- Fixed minor framing bugs that affect reception of consecutive frames.
- Added sample code for analog inputs node using 16f876.

LogPot provides a simple logging IRC bot that runs on a single server and on multiple channels.

LogPot is a simple IRC logging bot. It supports logging multiple channels on a single server.

To log is a verbed derivative of the noun logbook; the verb form means to record in a logbook, and may have been coined in the 1820s. The term logbook itself stems from the practice of floating a stationary "log" (actually a wooden block attached to a reel via rope) to provide a fixed point of reference for the purpose of measuring a ships speed (see Knot (speed)). Computer scientists adopted the verb to log circa 1963 to describe the systematic recording of specific types of data processing events.

WMgMon is a Window Maker (and AfterStep) generic monitor applet.
It can display CPU, I/O, memory, and swap usage, as WMMon does.
It can also display the result of other programs, as WMScript does.
The result can be displayed as a gauge, a histogram, a percentage, a number, or any combination of those.
WMgMons advantage is that it lets you configure whats displayed in its configuration file so that you can tailor it to your preferences and easily extend it by adding new monitoring functions and new scripts.
INSTALL
1. run "make" and youll find wmgmon in the bin/ directory
2. copy bin/wmgmon in /usr/X11/bin (or in ~/bin)
3. copy doc/WMgMon in your ~/GNUstep/Defaults/
4. youre done.
Enhancements:
- added a check_mailbox update function (checks /var/spool/mail/$USER)
- fixed a bug that produced gaps in the histogram if it was displayed more often than the value was sampled.
- added a load average function (read /proc/loa)
- improved doc sligh

Nao project is flexible, powerful and utterly configurable file manager for UNIX systems, written using the FOX toolkit.
Main features:
- Support for two panel view and single panel view
- Graphically configurable, you dont need to look at configuration file (but you can, it is written in XML)
- Powerful file recognition system allows you to configure how files of different types are shown (with colors and icons), and what happens when you doubleclick them
- Option for automatic configutation after first run
- Internal support for most file operations (copy, move, rename, makedir etc)
- Long operations are run in separated thread like for example copying/moving - you can use program during this process
- Open Source software licensed under the GNU General Public License
- Extensibility - two types of plugins - you can download and install them easily from configuration menu in program
- Virtual File System plugins adds supports for file systems like ftp,sftp, compressed files (tar.bz2,tar.gz) - you can use them like local files
- Commands plugins contain new commands with GUI
- Drag and Drop support compatible with KDE and GNOME applications
- Fast
- Thumbnails support
- Copy and paste
- Very fast and comfortable moving through directories
- Three icons display modes: big icons, small icons and details
- You can add new commands or change existing
- Option for setting hotkeys for all available operations
Enhancements:
- The main new features are internationalization (with translations for English, Polish, and German), enhanced support for UTF-8 and other charsets, support for large files, enhanced information about files in the statusbar, more precision with displaying files size, and automouting of CDROMs and other removable devices.

Wallpapoz tool enables your Gnome desktop to have different wallpapers for different workspaces or virtual desktops. It offers quick orientation cues where you are. The other reason is to increase eye candy. In this version, it support randomization.

It means you can group your wallpapers into spesific workspaces. You can manage it so that your cartoon wallpapers will be randomize for certain times in workspace one, your nature wallpapers in workspace two, your adult wallpapers in workspace three and your Gnome wallpapers in workspace four.

There are two programs. One is the daemon that will monitor your desktop continuously. So when you change workspace or specified time has passed, the daemon wil change your desktop wallpaper.

The daemon it self reads your wallpapers list and preferation then acts according to that. The configuration file is written in xml format. Of course you can edit with any text editor but that is not convenient.

To make it easy, there is another program to edit this configuration file. Click the button, find the wallpapers that you would like to put into spesific workspace. Please see the screenshot to see how it works.

The daemon program name is daemon_wallpapoz.py. You need to add this program into Gnome start up programs list if you want every time you log into Gnome session, your Gnome desktop will have the ability to have different wallpapers for different workspaces. But first you need to make the configuration file by using program that called wallpapoz.py.

Knab is a completely modular bot with support for any number of sources (e.g., IRC, a Web page, the console, etc.). Knab was originally designed as a drop-in replacement for infobot, but has expanded into a fully-functional modular bot. It is not IRC-specific: it has been designed so that it can accept events from any source. In addition, its behaviour is finely configurable, each aspect of its functionality being controlled by hot-pluggable modules which can be loaded and unloaded while the bot is still running. New modules are easy to write, making the bot able to behave in any way the bots owner wants.

Knab means for "Knab is Not A Bot", and is a bottom-up implementation of a general purpose "bot": effectively a program that takes text as input, and gives replies based on the input. The most common use is as a bot on an IRC channel, doing Google lookups, dictionary definitions, Weather checking, and general fact remembering.

Knab is written completely in perl, and will thus run on any platform that perl will, although I am developing on a FreeBSD machine with perl 5.005_03.

Knab differs from other bots I have seen (notably infobot (http://www.infobot.org)) in that it is completely modular: everything is a module that can be enabled and disabled. It is "source" independent (i.e. the source of the text can be IRC, the console, a web-based form, a network socket, Jabber, etc, as long as a module has been written for the medium), and the modules are hot-pluggable.