Free defined benefit pension plan software for linux

Define Word is an extension which allows you to look up definition of selected text.

Look up definition of selected text using any of several search engines. The list of engines is configurable.

Guifications is a Gaim plugin that displays msn style "toaster" popups in a user defined corner of the screen.

Guifications is highly configurable, and easy to use. There are a ton of preferences, that may be daunting at first, but are pretty straight forward.

mod_repository turns Apache into a content storage system with the benefit of storing just one copy of each file submitted to the repository. Upon storing a file a user is given a unique token representing the file.

This can be used to create content servers which are abstracted from the filesystem. Files can be placed, retrieved, and deleted from the server.

Testitool is an application written in PHP that allows its users to compose and manage QA test plans.
Main features:
Test Plan Management
- Use Testitool to compose rich test plans containing an unlimited number of test cases. Each test case can be mapped to a functional requirement (documented elsewhere), can be assigned a type (e.g. regression, functional, etc.), and more.
Manage Individual Instances of Each Test Plan
- Each test plan contains the master list of all test cases for a given product. However, for any given release you may not want to execute each and every test case. Testitool allows you to pick and choose which test case you will want to execute for any given instance of the test plan. Then track the pass and fail rate of each test plan instance.
Generate Reports
- Testitool allows anyone to view a variety of different test plan reports including: a bug report, a progress report, and failure rate report, and more.
Import/Export Test Cases from Excel
- Do you prefer to use a program like Excel to write your test plans - Testitool allows users to easily import and export test plans and all of their test cases to and from CSV file formats.

Schevo project is a next-generation DBMS that focuses on the following:
- Database Integrity: Schevo is designed from the ground up to protect your data. All changes to a Schevo database must be done using transactions, and Schevo ensures that those transactions always leave the database in a consistent state.
- Rapid Development: Schevo includes features to make it easy and fun to create even the most complex of databases. Not only is the schema syntax easy to write and understand, you can also quickly place initial values in your schema that are required by your database, and use the same syntax to create sets of sample data to use during development.
- User Interface Generation: Schevo provides user interface toolkits that take advantage of the richness of the database schema. You can use the full-featured Schevo Navigator to interact with your database without writing a single line of code outside of your database schema. A PyQt-based toolkit is already available, and TurboGears and NuFox toolkits are in the works.
- Rich Schema Definition: The schema for a Schevo database is written in concise, easy-to-read Python code. Not only does the schema describe how information in the database is structured, but also defines all transactions and rules that ensure database integrity.
- Assisted Schema Evolution: Once a Schevo database is deployed and is used to store valuable data, you will inevitably make further changes to the structure of the database. Schevo assists you in this task and makes it easy to restructure a database and facilitate the migration of data from one schema version to the next.
The main problem that Schevo was designed to address is that Relational databases, which use Structured Query Language (SQL), do not match well with object-oriented programming languages, such as Java, Python and Ruby.
This situation has been labeled the "object-relational impedance mismatch" problem, and it is a significant barrier to the rapid development and evolution of database applications.
Because of this mismatch, database applications tend to have three distinct layers of code: SQL within the database, object-oriented code within the application, and an object-relational mapping (ORM) layer to mediate between the SQL and the object language.
These extra layers add additional complexity and inflexibility to what are already complex and inflexible databases. Schevo eliminates these extra layers.
Schevo solves the object-relational impedance mismatch problem by combining relational features with the object-oriented programming language Python.
A database schema defined in Schevo results in a database that enforces the same integrity constraints supported by the Relational model, with the added benefit of Python objects.
The benefit of this is that application developers can create their entire application using the full power of the Python language without having to introduce another language (SQL) that has its own language constructs, its own datatypes, and a limited set of behavior. Instead, a Schevo database stores Schevo objects which use native Python datatypes and include any behavior defined for those objects.
In addition, Schevo objects contain a great deal of metadata that is available for introspection to support the development of rich user interfaces with a minimal amount of code.
In fact, Schevo includes a GUI Navigator that can display a fully interactive interface into any Schevo database. The Navigator is constructed on-the-fly based solely on the metadata available within the Schevo database file.
The Navigator allows you to display, create, update, and delete any object within the database, within the rules and constraints defined for that database.
Enhancements:
- Many minor changes were made.
- All supporting packages that used to be included with Schevo itself are now broken out into subpackages.

Genezzo::Plan::MakeAlgebra is a Perl module that can convert a SQL parse tree to relational algebra.

SYNOPSIS
use Genezzo::Plan::MakeAlgebra;

This module converts a SQL parse tree into a set of relational algebra operations.

Tenes Empanadas Graciela (TEG) is a turn-based strategy game based on Risk.

Tenes Empanadas Graciela (TEG) is a turn-based strategy game, a clone of "Plan Tactico y Estrategico de la Guerra" based on Risk.

Application::Pipeline is a module designed to map methods ( referred to in this role as handlers ) to different phases of an applications life cycle. By assigning methods to different phases of this pipeline, the author can concentrate on the logic for each phase and let the framework manage the application flow. Adopting the same idea as CGI::Application, writing an application with Application::Pipeline is a matter of creating a module that is a subclass of Application::Pipeline.

To build a pipeline application, it is necessary to register methods to run during each phase. This can be done one at a time, with the addHandler method. But Application::Pipeline also looks in the subclass package for the package variable %plan. This hashs keys are the names of the phases of the pipeline. Each key points to an array reference which is a list of the methods to run for that phase. The methods are either the names of the methods to run, or references to the actual methods.

This is not the be-all end-all definition of the pipeline. It is still possible to use addHandler to modify the pipeline, and as explained later, it is possible to take into account %plans defined in superclasses.