Free dan strong jsb software for linux

dtRdr::Config is a Perl module with Factory class for configuration system.

Factory Methods

factory_read_config

Constructor function (see new)

my $obj = factory_read_config($file);

new

$conf = dtRdr::Config->new($file);

get_library_info

my @libraries = $conf->get_library_info;

Anonym.OS LiveCD is based on OpenBSD 3.8 with strong tools for anonymizing and encrypting connections.

Standard network applications are provided and configured to take advantage of the tor onion routing network.

Anonym.OS was first suggested by kaos.theory at Interzone 4 in Atlanta, March of 2005.

Nearly a year and a lot of marathon coding sessions later, its a reality and was released by elmore, fade, arcon, dr.kaos, digunix, atlas and beth of kaos.theory at Shmoocon 2006.

Class::DBI::DataMigration::Mapping is an abstract parent class for objects that map a single column in a single row from the source database to the target database.

Synopsis

use Class::DBI::DataMigration::Mapping;

# ... Later, when building $mappings hashref for use by a
# Class::DBI::DataMigration::Mapper (which see for synopsis --
# in this example, assume an appropriate @source_keys):

foreach my $source_key (@source_keys) {
$mappings{$source_key} = new Class::DBI::DataMigration::Mapping;
}

# ... Now we can assign $mappings to our Mapper ...

Class::DBI::DataMigration::Mapping objects are used by Class::DBI::DataMigration::Mapper objects to retrieve the values for particular keys into source database objects; these will in turn be stored under particular keys into newly-created target database objects.

autovaca is a probabilities simulator for contract bridge with a Web interface. autovaca game helps the user explore the probabilities of the presence of cards in each hand, color, and point lengths, as new information is learned during bidding and playing.
Enter known cards and properties of each hand. Enter for example: AT67 at S of NORTH to say that you know that north has the ace, the ten, the 6 and the 7 of spades.
Use A,K,Q and J for the honor cards. To say that you know positively that north does not have another spade enter both a min and a max of 4, except if you enter all the cards in norths hand.
Click the button below to compute the probabilities for each card to be in each hand, each hand to have any length in any colour or any number of honour points.
Enhancements:
- Produces output compliant with HTML 4.01 Transitional.

Pidentd is a program that implements the RFC1413 identification server. It was very much inspired by Dan Bernsteins original authd (but unlike that program doesnt use netstat to get some of the information).
It uses the kernel information directly. (And is due to that fact a lot faster). Dan has now written another version of the authd daemon that uses his kstuff to read the kernel information.
Unlike that daemon, this will use only normally available kernel access functions (and is due to that more limited in the different machines it support).
Please note that this daemon used to be called pauthd but has changed name to better reflect what it does (and to conform to the new RFC).
Enhancements:
- Support for Solaris 10 on AMD64 was added and the 64-bit support was generalized for Solaris.
- A minor compilation problem in k_sunos510.c was fixed.

QuantLib project is aimed at providing a comprehensive software framework for quantitative finance. QuantLib is a free/open-source library for modeling, trading, and risk management in real-life.

QuantLib is written in C++ with a clean object model, and is then exported to different languages such as C#, Objective Caml, Java, Perl, Python, GNU R, Ruby, and Scheme. The QuantLibAddin/QuantLibXL project uses ObjectHandler to export an object-oriented QuantLib interface to a variety of end-user platforms including Microsoft Excel and OpenOffice.org Calc. Bindings to other languages and porting to Gnumeric, Matlab/Octave, S-PLUS/R, Mathematica, COM/CORBA/SOAP architectures, FpML, are under consideration. See the extensions page for details.

Appreciated by quantitative analysts and developers, it is intended for academics and practitioners alike, eventually promoting a stronger interaction between them. QuantLib offers tools that are useful both for practical implementation and for advanced modeling, with features such as market conventions, yield curve models, solvers, PDEs, Monte Carlo (low-discrepancy included), exotic options, VAR, and so on.

Finance is an area where well-written open-source projects could make a tremendous difference:

any financial institution needs a solid, time-effective, operative implementation of cutting edge pricing models and hedging tools. However, to get there, one is currently forced to re-invent the wheel every time. Even standard decade-old models, such as Black-Scholes, still lack a public robust implementation. As a consequences many good quants are wasting their time writing C++ classes which have been already written thousands of times.
By designing and building these tools in the open, QuantLib will both encourage peer review of the tools themselves, and demonstrate how this ought to be done for scientific and commercial software. Dan Gezelters talk at the first Open Source/Open Science conference discussed how the scientific tradition of peer review fits well with the philosophy of the Open Source movement. Open standards are the only fair way for science and technology to evolve.

The library could be exploited across different research and regulatory institutions, banks, software companies, and so on. Being a free/open-source project, quants contributing to the library would not need to start from scratch every time.

Students could master a library that is actually used in the real world and contribute to it in a meaningful way. This would potentially place them in a privileged position on the job market.
Researchers would have a framework at hand, which vastly reduces the amount of low-level work necessary to build models, so to be able to focus on more complex and interesting problems.
Financial firms could exploit QuantLib as base code and/or benchmark, while being able to engage in creating more innovative solutions that would make them more competitive on the market.
Regulatory institutions may have a tool for standard pricing and risk management practices.

The QuantLib license is a modified BSD license suitable for use in both free software and proprietary applications, imposing no constraints at all on the use of the library.

A few companies have committed significant resources to the development of this library, notably StatPro, a leading international risk-management provider, where the QuantLib project was born.