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.
MAD-FLUTE is an implementation of FLUTE - File Delivery over
Unidirectional Transport (IETF draft). FLUTE is a protocol for the
unidirectional delivery of files over the Internet, which is particularly
suited to multicast networks. FLUTE builds on Asyncronous Layered Coding
(ALC), the base protocol designed for massively scalable multicast
distribution (RFC 3450). ALC is a protocol instantiation of Layered Coding
Transport building block (LCT) (RFC 3451). MAD-ALC is an implementation of
the ALC/LCT protocols. The MAD/TUT project is going on at Tampere
University of Technology (TUT).
The linux-decnet project is an effort to bring full DECnet
support to Linux; however, they also separately offer the latd
package, a collection of programs that speak Digital's old Local
Area Terminal (LAT) protocol. These programs enable network
clients to reach serial devices connected to old LAT-only
terminal servers, such as the DECserver 200/MC.
This is a redistribution of the linux-decnet project's software,
with FreeBSD compatibility added. It is based very closely on the
NetBSD port by Matt Fredette and has benefited from the
wonderful assistance of Patrick Caulfield (the original author).
eXosip is a GPL library that extend the capability of the oSIP library.
It aims to implement a simple high layer API to control the SIP for sessions
establishments and common extensions. Once completed, this eXtended library
should provide an API for call management, messaging and presence features.
eXosip2 has support for:
* registrations. (REGISTER)
* call initiation and modification. (INVITE, re-INVITE)
* other methods within calls (INFO, OPTIONS, UPDATE)
* call transfer. (REFER)
* reliability for provisional response. (PRACK)
* sip event package. (SUBSCRIBE/NOTIFY)
* event state publication. (PUBLISH)
* instant messaging. (MESSAGE)
eXosip2 does not contain:
* RTP.
* audio interface
* sdp negotiation.
This allow you to write any kind of SIP endpoint/gateway.
GNetwork is a networking wrapper written in pure C against the Glib/GObject
object framework.
The intention here is to provide a useful and easy-to-develop-against sockets
wrapper for GNOME2 & GTK+ 2.0 programs which require TCP/IP connection
capabilities. It can be used by programs which do not use GNOME or GTK+
anyways,however. It is NOT recommended or intended for high-load server
situations, just user applications which need TCP/IP networking. Proxies are
supported completely transparently, using the same settings as gnome-vfs.
-- The libgnetwork README