Free mrtg ping probe 2.2.0 software for linux

NIC is a suite of simple network utilities given a PHP web frontend.
Main features:
- Finger
- ICQ lookup
- DNS lookup
- Email address verification
- Ping
- SMTP open relay checking
- Service status
- Traceroute
- Whois

SILGraphite project is an extensible cross-platform rendering technologies for non-roman scripts.

Graphite is a project under development within SILs Non-Roman Script Initiative and Language Software Development groups to provide rendering capabilities for complex non-Roman writing systems.

Graphite can be used to create "smart fonts" capable of displaying writing systems with various complex behaviors. With respect to the Text Encoding Model, Graphite handles the "Rendering" aspect of writing system implementation.

Graphite is intended to serve as the principal non-Roman renderer for the FieldWorks package, the new generation of linguistic and translation tools under development within SIL. We also want to make the Graphite library available to any software developer who is working to develop multilingual text processing applications.

RogueScanner project is an open-source vulnerability management tool that is used to gain greater network visibility to enable you to quickly identify and remove rogue wireless devices that may provide a back door to access your critical data and infrastructure.

Considering that rogue access points and peers represent a major threat to data integrity, RogueScanner is a valuable tool that you can start using today at no cost.
More than 300 companies manufacture access points, and there are more than 10,000 different models of network infrastructure.

Companies thus face a major challenge in maintaining a system to track and identify all potential rogue wireless devices and in continually scanning the network to identify them. To address this challenge, Network Chemistry has made an open-source product available to help organizations begin to immediately scan their networks.

RogueScanner is available for use at no charge by organizations looking for a tool focused on device identification and rogue detection. RogueScanner leverages the Collaborative Device Classification system to automatically lookup and identify the device type and its identity in real time.

Whats New in This Release:

+ Reserved VLANs (1000 < VLAN < 1025) on Cisco devices are not queried.
+ Capture packets to trace.pcap and perform a hexdump of them in the log file
if DEBUG_PACKET is set (debug=0x01 or better).
+ Promiscuous mode testing is disabled unless ENABLE_SCAN_PROMISC is defined.
+ The switch/network scanning interval was bumped up to 24 hours.
+ Attribute data in the EvidenceMap wasnt being printed out correctly (always showed
up as "true") when issuing "device detail" commands in the CLI.
+ Ignore MACs in the bridge table that arent "learned" when querying switches.
+ *TAnalysisManager::LookupOrCreateDevice() will now refuse to create devices outside
"home_net" ranges, thus the IPs wont be scanned even if they are passively observed
on the local network.
+ Ignore our MAC address if a switch reports it to us.
+ Log timestamps are now in GMT.
+ Prevent duplicates in the "udp_ports" evidence by using AddEvidence() instead of
inserting into the EvidenceMap directly.
+ Manually invoke Rubys garbage collector after scanning a switch/router.
+ Added "packet queue size" CLI command to show how many packets are in the
AnalysisManagers packet queue.
+ If a device fails to be classified the classification will be retried automatically
in one minute.
+ All communication with the classification server is performed in a separate thread.
+ Keep ARP scanning from starving other threads for CPU time by introducing a delay
in addition to any that is added by bandwidth throttling.
+ Replaced internal ARP and routing table on WIN32 systems with functions from the
IPHelper API.
+ Added "device list size" command to show how many devices have been found.
+ Add read community strings from configured infrastructure devices to the list
of strings used when probing unknown devices.
+ Discard deferred scans if another scan of the same type is already deferred for
a device.
+ Added reporting of DHCP data.
+ If no scans are pending against a device, but a new port is found open then
submit the devices evidence.
+ Devices are re-scanned whenever a re-occuring ARP/Ping scan is launched.
+ Added "deferred list" CLI command to show scans that have been deferred.
+ Added "sniffer status" CLI command to report the number of packets that
have been received and dropped.
+ If we discover the IP of a device that we only knew about the MAC address for,
then issue scans against it.
+ If we see the MAC address associated with an IP change, then re-scan it since
its likely to be a different device.

Apache SNMP Module allows you to monitor different configuration and status values of the Apache Web server using SNMP.
Enhancements:
- Bugfixes, the inclusion of MRTG scripts, and changes to make the module work on the IBM HTTP Server.

qmailmrtg7 uses qmails excellent and extensive logging via multilog, tcpserver and qmail-send. qmailmrtg7 takes the pop3 smtp and qmail transaction logs and sends them to 9 different mrtg graphs, each graph with 4 historical time series.
Main features:
- very fast - typically processes in less than 2 seconds
- Intelligently uses the multilog file name time stamp to determine which logs to open and process.
- Single small C program with no external dependances and simple command line options. See the qmail.mrtg.cfg for working examples of the options.
- Works on any system that supports qmail

Web Ping is a program for testing your internet connection.

Web Ping is a simple application to test an internet connection to a perticular site. I created this application after my work moved locations and half our network stayed in the old building and the other half moved with us to the new location.

A flaky (significant point) VPN was set up to keep the two connected. Since a couple of the unmoved servers were of interest to me, I keeped checking to see if they were still accessable with the ping command before doing any serious work with them.

A quick and pathetic Google resulted in no other program that meet my needes, so I wrote one.

Insted of doing an actual network ping, Web Ping tests a connection by downloading a web page on a given server. The size of the page and time are stored in memory and the times are graphed. In this way, sites that block network a ping can still be tracked.

Web Ping also keeps track of the largest and smallest download times per session and also tracks the max and min values currently on the graph. Times of interest are graphed in a color which represents if it is a max or a min. (see figure one). The history tab also lists all the max values as they have been recevied.

A running average is also calculated with each download. The files downloaded are not processed or stored in any way. This prevents any security problems that can normaly happen in a web browser enviroment. The only two pecies of information retained about a downloaded file is the size and time.

Usage:

There are two ways to use Web Ping, GUI or CLI mode. The simplest of the two modes is CLI. Web Ping can be started in CLI mode by passing a url to the jar file in a command line interface like this: "java -jar WebPing.jar http://localhost". Web Ping will automaticly start getting statistics on the requested url, printing results to the screnn.

To quite, press q and then then ENTER key. CLI allows the user to Most people will probably want to use the GUI mode which has a history graph and allows the user to start and stop the session.

The best way to run Web Ping is in GUI mode. GUI mode allows the user start and stop the ping process at will and to change the site that is pinged. Users can also see more information about about the history of the pings and view max values and min values easily. There are three tabs on the top of the page, the first is the application, second is the history list, and the last give information about the application.

Ops Control Panel is a frontend for MRTG.

Unlike many other frontends, it does not have any requirements beyond those of MRTG, although it can support PHP-enabled Web servers instead of just running as a Perl CGI script.

Ops Control Panel project provides overviews of MRTG-based monitoring pages in a variety of formats.