Free represent software for linux

PacGen is an Ethernet IP TCP/UDP packet generating tool for Linux. Experimental ARP generation is included. Experimental ARP generation is included. This tool enables custom packets with configurable Ethernet, IP, TCP, and UDP layers as well as custom payloads. As an added feature there are configurations for packet count and a programmable time interval between packet sends. Plaintext config files control all the functions and represent all layers used to build packets. Included in the archive is the source code and a recompiled binary along with example configs.


Since I didnt write a smart interface routine, pacgen will only work with eth0. If you need to use a different interface the source code is pretty obvious on where this would be changed.

Graph::ModularDecomposition is a Perl module for modular decomposition of directed graphs.

SYNOPSIS

use Graph::ModularDecomposition qw(pairstring_to_graph tree_to_string);
my $g = new Graph::ModularDecomposition;

my $h = $g->pairstring_to_graph( ab,ac,bc );
print "yesn" if check_transitive( $h );
print "yesn" if $h->check_transitive; # same thing
my $m = $h->modular_decomposition_EGMS;
print tree_to_string( $m );

This module extends Graph::Directed by providing new methods related to modular decomposition.

The most important new method is modular_decomposition_EGMS(), which for a directed graph with n vertices finds the modular decomposition tree of the graph in O(n^2) time. Method tree_to_string() may be useful to represent the decomposition tree in a friendlier format; this needs to be explicitly imported.

If you need to decompose an undirected graph, represent it as a directed graph by adding two directed edges for each undirected edge.

The method classify() uses the modular decomposition tree to classify a directed graph as non-transitive, or for transitive digraphs, as series-parallel (linear or parallel modules only), decomposable (not series-parallel, but with at least one non-primitive module), indecomposable (primitive), decomposable but consisting of primitive or series modules only (only applies to graphs of at least 7 vertices), or unclassified (should never apply).

Yahoo::Marketing::BasicReportRequest is an object to represent a Yahoo Marketing BasicReportRequest.

SYNOPSIS

See http://ysm.techportal.searchmarketing.yahoo.com/docs/reference/dataObjects.asp for documentation of the various data objects.

new

Creates a new instance

METHOD

get/set methods

dateRange
endDate
reportName
reportType
startDate

get (read only) methods

Yahoo::Marketing::BasicResponse is an object to represent a Yahoo Marketing BasicResponse.

SYNOPSIS

See http://ysm.techportal.searchmarketing.yahoo.com/docs/reference/dataObjects.asp for documentation of the various data objects.

METHODS

new

Creates a new instance

get/set methods

errors
operationSucceeded

get (read only) methods

XML::Mini::Element::CData Perl module is used internally to represent < ![CDATA [ CONTENTS ]] >.

You shouldnt need to use it directly, see XML::Mini::Elements cdata() method.

XML::Mini::Element::Entity Perl module is used internally to represent < !ENTITY name "stuff" >.

You shouldnt need to use it directly, see XML::Mini::Elements entity() method.

ambergriss goal is to provide a simple Ruby solution to two-way sync appointments and contacts between Evolution and Kolab2 for offline work.

Here is a description of the ambergris directory structure:

ext/ contains native ruby Evolution interface code
lib/ contains the ambergris library code in ruby
misc/ basically contains old code that is not use anymore
test/ contains unit tests for ambergris

Here is a description of the most important ruby files contained in ambergris:

evolution.rb ruby part of the evolution ruby interface
pim.rb general PIM classes to represent appointments and Contacts
kolab.rb code to retrieve and store PIM data via IMAP on a kolab2 server
wallet.rb simple account/password management
sync.rb general syncing mechanism for PIM objects