Free implement software for linux

Implementing Mobile Calculi provides a Java framework for distributed applications and code mobility.
IMC (Implementing Mobile Calculi) is a Java framework for implementing distributed applications possibly with code mobility.
The name is due to the fact that this framework was originally built to help implement the run-time system of a mobile calculi implementation, i.e., calculi accessing remote resources and nodes, and, possibly, exchanging code, processes, and mobile agents.
If you dont need code mobility features, you can simply ignore them and use IMC for building any distributed and network application.
Enhancements:
- SessionStarter is a base class instead of an interface (*)
- IpSessionId syntax (*)
- Primordial log capabilities
- close in NodeProcess and NodeCoordinator (*)
- autogenerated names for NodeProcess and NodeCoordinator.
- The same SessionStarter should not be used for concurrent accepts. (*)
- Udp, Tcp and LocalSessionStarter are in separate packages
- ProtocolStack.createXXX (passing the ProtocolLayer to be considered
- as the highest layer). (*)
- closeSessions(SessionId). (*)
- mark, reset, skip in UnMarshaler (*)
- ProtocolThread moved in topology (it is now a NodeProcess) (*)

Persistent::DBI is an Abstract Persistent Class implemented using a DBI Data Source.

SYNOPSIS

### we are a subclass of ... ###
use Persistent::DBI;
@ISA = qw(Persistent::DBI);

ABSTRACT

This is an abstract class used by the Persistent framework of classes to implement persistence using DBI data stores. This class provides the methods and interface for implementing Persistent DBI classes. Refer to the Persistent
documentation for a very thorough introduction to using the Persistent
framework of classes.

This class is part of the Persistent DBI package which is available from:

http://www.bigsnow.org/persistent
ftp://ftp.bigsnow.org/pub/persistent

Before we get started describing the methods in detail, it should be noted that all error handling in this class is done with exceptions. So you should wrap an eval block around all of your code. Please see the Persistent documentation for more information on exception handling in Perl.

Regular Statement String (RSS) provides several libraries in C, Java, and COM to implement and demonstrate the key-value development method using well-designed "strings" (RSS) as the media. Regular Statement String also shows a way to write "Process Oriented" applications.
Enhancements:
- This release adds an implementation for SUN Solaris (SPARC).

There are some interesting projects (OpenDocumentPHP, OpenDocument Fellowship) around the creation of OpenDocument Text from a Web-application.

Thus far none of these projects yielded a result to create an OpenDocument Text. Therefore - and inspired by an article in the German cumuter magasin ct - I desiced to implement a libary that takes a template document and adds some to it.

Bio::PopGen::IO contains input individual,marker,allele information.

SYNOPSIS

use Bio::PopGen::IO;
my $io = new Bio::PopGen::IO(-format => csv,
-file => data.csv);

# Some IO might support reading in a population at a time

my @population;
while( my $ind = $io->next_individual ) {
push @population, $ind;
}

This is a generic interface to reading in population genetic data (of which there really isnt too many standard formats). This implementation makes it easy to provide your own parser for the data. You need to only implement one function next_individual. You can also implement next_population if your data has explicit information about population memberhsip for the indidviduals.

M2Crypto project is a crypto and SSL toolkit for Python.
Main features:
- RSA, DSA, DH, HMACs, message digests, symmetric ciphers (including AES).
- SSL functionality to implement clients and servers.
- HTTPS extensions to Pythons httplib, urllib, and xmlrpclib.
- Unforgeable HMACing AuthCookies for web session management.
- FTP/TLS client and server.
- S/MIME.
- ZServerSSL: A HTTPS server for Zope.
- ZSmime: An S/MIME messenger for Zope.

pyraknet is a Python extension that has bindings for the reliable UDP network library RakNet.
pyraknet allows you to concentrate on your game or application rather then writing a your own networking code. pyraknet is straightforward to implement and you only need a small amount of TCP/IP networking knowledge.
Main features:
- Easy to implement
- Cross platform
- High performance
- Low bandwidth overhead
- Automatic peer management. Each client is assigned an identifier.
- Optonally specify packets to be reliable -- packets will automatically resend themselves if dropped.
- Optonally specify packets to arrive in the right order, or to be discarded if it receives an old packet.
Enhancements:
- pyraknets license has changed to LGPL.
- There are now Mac OS X binaries and a few new methods.

AI::NNFlex is a base Perl class for implementing neural networks.

SYNOPSIS

use AI::NNFlex;

my $network = AI::NNFlex->new(config parameter=>value);

$network->add_layer( nodes=>x,
activationfunction=>function);

$network->init();

$network->lesion( nodes=>PROBABILITY,
connections=>PROBABILITY);

$network->dump_state (filename=>badgers.wts);

$network->load_state (filename=>badgers.wts);

my $outputsRef = $network->output(layer=>2,round=>1);

AI::NNFlex is a base class for constructing your own neural network modules. To implement a neural network, start with the documentation for AI::NNFlex::Backprop, included in this distribution