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FreetuxTV is a WebTV player working on the Linux platform based on GTK2+ and LibVLC. The goal of this project is to create a WebTV player. It can be used by french people to watch ADSL TV on the PC with ISPs or by other people to watch WebTV and Web Radio in many languages. The GUI is developed in GTK2+ and is using the VLC engine to display the channels. Features : - Play TV (Free, SFR and WebTV) - Play in full screen mode - Play in miniature Mode - Support for multimedia keys - Add new groups of channels from M3U playlists

This is a fork off of the vstream library from the tivo-mplayer project. It has been stripped down to just the client code, and includes an example client application. If you have vserver installed on your Tivo (which most tivo hackers do), then you can use this simple client to stream .ty files from it. MPlayer will also include support for this library soon. This library can also be used by MPlayer/MEncoder to watch/re-encode tivo streams live over a network. (As of October 2005, mplayer does in fact have support for this library.)

SNMP++v3.x is a C++ API which supports SNMP v1, v2c, and v3. SNMP++v3.x is based on SNMP++v2.8 from HP* and extends it by support for SNMPv3 and a couple of bug fixes. The v3 support to SNMP++ and AGENT++ is provided by courtesy of Jochen Katz (katz07@agentpp.com). SNMP++v3.x extends the original SNMP++v2.8 by the following: # SNMPv3 including User Security Model (USM) with: # MD5 and SHA authentication # DES and IDEA privacy # Thread-safety # Bug-fixes

grepcidr can be used to filter a list of IP addresses against one or more Classless Inter-Domain Routing (CIDR) specifications, or arbitrary networks specified by an address range. As with grep, there are options to invert matching and load patterns from a file. grepcidr is capable of comparing thousands or even millions of IPs to networks with little memory usage and in reasonable computation time. grepcidr has endless uses in network software, including: mail filtering and processing, network security, log analysis, and many custom applications.

The general idea of these scripts is to check as many things as possible with SNMP: disks, memory, load, network interfaces, running processes, etc... The other idea is to select disks, interfaces, process using regular expressions: - it is possible to test more than one disk/int/process in one Nagios check (ex.: eth* instead of eth0,eth1,eth2,...) - you only have to provide a unique part of the name to select a disk/int/process (ex. : "C:" instead of "C:\ Label: Serial Number xxxxxxx" makes it easy to use on multiple Windows hosts). Most of these scripts can make performance outputs.

Icinga 2 is a network monitoring system and parallel development branch to Icinga 1. Written from scratch, it builds on the success of Icinga 1 and deals with shortcomings inherited from Nagios as a fork. Icinga 2 is: - Easy to install with soft link activation of functions and packages - Multithreaded and very fast: Capable of thousands of checks per second - Intuitive to configure, using new object-based, template-driven format - Easy to extend with native support for Livestatus and Graphite - Cluster-enabled for distributed monitoring out of the box

Riemann monitors low-latency, transient shared state for systems with many moving parts. Riemann aggregates events from your servers and applications with a powerful stream processing language. Send an email for every exception raised by your code. Track the latency distribution of your web app. See the top processes on any host, by memory and CPU. Combine statistics from every Riak node in your cluster and forward to Graphite. Send alerts when a key process fails to check in. Know how many users signed up right this second.

This is a plugin package for Nagios. Quoting from the snmp4nagios home page: SNMP4Nagios is a package of Nagios plugins which use SNMP to query hosts. While some of the plugins use standard MIBs, most are designed for vendor specific agents. Unlike other Nagios plugins, they are able to scan hosts for objects which can be monitored. They also can keep performance logs and draw plots of these using Tobias Oetiker's RRDTool. Currently devices by Brocade, Cisco, Compaq/HP and Network Appliance as well as computers running Microsoft Windows or Net-SNMP and uninterruptable power supplies are supported.

Tcpreplay is aimed at testing the performance of a Network Intrusion Detection System by replaying real background network traffic in which to hide attacks. Tcpreplay allows you to control the speed at which the traffic is replayed, and can replay arbitrary libpcap traces. Unlike programmatically-generated artificial traffic which doesn't exercise the application/protocol inspection that a NIDS performs, and doesn't reproduce the real-world anomalies that appear on production networks (asymmetric routes, traffic bursts/lulls, fragmentation, retransmissions, etc.), tcpreplay allows for exact replication of real traffic seen on real networks.

GNUnet is an anonymous, distributed, reputation-based network. A first service implemented on top of the networking layer allows censorship- resistant file-sharing. Our goal is to provide an infrastructure for secure networking. All communication in GNUnet is authenticated and encrypted. The reputation model makes attacks on the network harder. GNUnet does not rely on any centralized services. While our goals are similar to projects like Freenet, Gnutella, MojoNation and others, we hope to provide a superior combination of features for users that value security more than efficiency.