Free cricket software for linux

Cricket project is a high performance, extremely flexible system for monitoring trends in time-series data. Cricket was expressly developed to help network managers visualize and understand the traffic on their networks, but it can be used all kinds of other jobs, as well.
Cricket has two components, a collector and a grapher. The collector runs from cron every 5 minutes (or at a different rate, if you want), and stores data into a datastructure managed by RRD Tool. Later, when you want to check on the data you have collected, you can use a web-based interface to view graphs of the data.
Cricket reads a set of config files called a config tree. The config tree expresses everything Cricket needs to know about the types of data to be collected, how to get it, and from which targets it should collect data. The config tree is designed to minimize redundant information, making it compact and easy to manage, and preventing silly mistakes from occurring due to copy-and-paste errors.
Cricket is written entirely in Perl and is distributed under the GNU General Public License.
Cricket is developed on Solaris machines running under Apache. It is known to work on Linux, HP-UX, variants of BSD, and other operating systems. Some users are successfully using Cricket under Windows NT and/or Windows 2000, but at this time, no one has documented this.
Enhancements:
- An error with case dependance with new style views was eliminated.
- A "label" tag was added to the "view" dictionary. This eliminates the need for using spaces in view names. It also allows the Cricket admin to alias different targetTypes to the same name in the HTML menu -- use this feature wisely!
- systemPerfConf.pl was reverted back to using our own SNMP_Session based SNMP interface, and interfaces detection was added [Mike Han]
- The distributed sample-config/Defaults has width-hint and height-hint commented out, to cut down on squashed graphics.
- The handling of NaN was standardized throughout the code. To check for NaN, use isNaN from Common::Util.
- All text files now have LF line endings. In the 1.0.4 release, a number of files were inadvertantly changed to have CRLF line endings.
- A small bug in threshold monitoring was identified and fixed by Jase MacLeod.
- Error reporting by the monitor subsystem has been reviewed and made more extensive, based on a patch by Andrew Clark. If you have scripts that look for the text string "Skipping", you are well advised to look for "Monitor" instead, and review your scripts while youre at it.
- We now support s390x-linux, thanks to Shane Stixrud. [Patch #877924]

Monkey Cricket project is a small game of cricket.

It runs under X window system and requires the GTK+ library. This game prject is distributed under the GNU GPL.The Project includes source so that developers can change and re-distribute the code.

Playing the game is straight forward. You can stat a new game choosing the new game menu item from the game menu. Then you will be asked to select your team. It is very simple, you can select your team from the given list of players using the IN and OUT buttons.

You can save your dream team to a file which can be later opened to reduce the overhead of selecting the team members each time a new game is started. Before starting the new game, you can set the conditions of the pitch. The pitch can be set to behave in three ways, batting, medium and balling. I hope you understood what it is.

After selecting your team members it is the time select your opponent. You will have to select your opponent from the given list.

Then call the toss, if you won the toss you can select to bat or ball according to your choice. Else the other captain will decide what you should do.

krickscore is a simple score ticker for KDE that displays the latest cricket scores on the taskbar.

ElvinRRD is a tool to provide a mechanism for transporting data across a network and storing it in RRD databases.

ElvinRRD is written entirely in Python and works and requires both Elvin and RRDtool.

Any Elvin producer (client) can send data for ElvinRRD to store (e.g., EDDIE-Tool); and any RRD-aware software can process the resulting RRD databases (e.g., Cricket, Cacti).

FlowScan is a network analysis and reporting tool.[ COPYRIGHT=1]
Enhancements:
- The CampusIO and SubNetIO reports were enhanced with a new optional configuration directive: TopN. When defined, this directive causes ``Top Talker reports to be produced. These HTML reports contain the most active (i.e. ``top) source and destination addresses.
- The CampusIO and SubNetIO reports were enhanced to record the number of local IP addresses that where active for each network and subnet into the RRD files. This enables users to estimate the number of active hosts hosts over time, detect ``scans which systematically sweep across network address space, and to calculate the average bytes, packets, and flows per host.
- The template Makefile used to produce the graphs was enhanced to allow the inclusion of ``events in the graphs, similarly to what can be done with Cricket. This allows you to label events such as configuration changes and outages to discover correlations with traffic measurement.
- Two new utilities suitable for stand-alone use, are included. ip2hostname converts IP addresses to their respective hostnames. event2vrule adds ``events to rrdtool graphs.
- Added support for LFAP (Lightweight Flow Accouting Protocol) used by Riverstone and Enterasys (formerly Cabletron) routers. This currently requires slate (from http://www.nmops.org) and lfapd by Steven Premeau . lfapd produces time-stamped raw flow files in the same cflowd-defined format that is processed by FlowScan.
- Added the ability for the CampusIO report to identify outbound flows based solely on the flows destination IP address. While this is less trustworthy than using NextHops or OutputIfIndexes, it is now the default and will be useful for environments where the flow nexthop or output ifIndex values are not meaningful.
- The CampusIO report contains a new experimental feature which reads a BGP routing table, and therefore can determine which Autonomous systems source, transit, or sink most of your institutions traffic. The CampusIO report was enhanced with new optional configuration directives: BGPDumpFile, TopN, ReportPrefixFormat. When properly defined, these directives cause CampusIO to create tabular HTML reports named {origin|path}_{in|out}.html under OutputDir after analyzing each raw flow file. These reports show the ``top Autonomous Systems with which your site exchanges traffic.
- A WebProxyIfIndex directive was added to the CampusIO report. This allows one to specify the index of the interface to which HTTP traffic is being transparently redirected. This enables FlowScan to properly count HTTP flows even though NetFlow v5 does not accurately report the nexthop value for flows which are transparently redirected via a Cisco route-map.
- CampusIO now contains a fix for a bug introduced in FlowScan-1.005 which would sometimes cause perl to abort with this message: patricia.c:645: patricia_lookup: Assertion `prefix failed.