UNICASE is a CASE-Tool integrating models from the different development acitivities, such as requirements, use cases, UML models, schedules, bug and feature models into a unified model.

The primary goal of SPLOT is to put Software Product Lines research into practice through the delivery of state-of-the-art online tools targeting academics and practitioners in the field. With SPLOT you can edit, debug, analyze, configure, share and download feature models instantly.

Mia-Generation is a development environment to build custom generators based on a very powerful template mechanism.

Any kind of file (Java, C#, C, C++, Php, Xml, ...) can be produced by Mia-Generation from UML models.

It provides a dynamic bridge between analysis and design, and supports iterative cycles by preserving user defined code fragments between two generations.

The main features are :
* Full support of UML (1.3, 1.4, 2.0)
* Compliant with major modeling tools (Rose, RSM, MagicDraw, Rhapsody, Together, Poseidon, StarUML, and any XMI compliant tool).
* Full support of DSLs (expressed with MOF, eCore, DTD or XSD)
* Template based generation engine
* Java to customize templates
* Support for iterative development cycles (to preserve hand-written code)
* Built-in support for UML Profiles
* Dedicated development environment
* Facilities for generators deployment

MetaEdit+ allows developers to obtain modelling and code generation tool support for domain-specific languages (DSM) within days. DSM languages are more expressive than generic UML and allow developers to generate full code, making development less complex and accelerating development time with a factor of 5 to 10. MetaEdit+ provides an open standards-based WebServices API for integration purposes and runs on all major platforms in single and multi-user set-up.

Gears is a software product line development tool that addresses the unique challenges of engineering software for a portfolio of similar products. Gears shifts the development focus from a multitude of products to a single Software Production Line capable of automatically producing all of the products in a portfolio. The key elements of Gears are:

Feature Models and Product Feature Profiles: The Gears feature model language allows software architects to model – at the domain level – the optional and varying features that differentiate the products in a portfolio. A product feature profile is created for each product in a portfolio, uniquely characterizing each product by specifying the desired feature choices in the feature model.

Configurable Software Assets and Variation Points: Gears variation points – used in software assets such as requirements, source code and test cases – allow developers to create intelligent encapsulations for implementation-level differences among the products in a portfolio. Gears provides a language for programming each variation point with the intelligence to configure itself based on a product feature profile.

Product Configurator: Gears provides a product configurator that engineers use to automatically produce the individual products in a portfolio. Given a feature profile, the configurator composes the necessary assets and configures the variation points within those assets to produce a product matching the feature profile.

Gears Development Environment: The Gears development environment provides a unique “console” for the portfolio-specific facets of software development. With its powerful collection of browsers, views, languages, constraints, editors, dashboards, wizards and analytical tools, Gears dramatically simplifies the entire portfolio development lifecycle for software product lines. The Gears development environment integrates easily with legacy and new software, and with existing development tools and organizations.

FeatureIDE is an Eclipse-based IDE that supports building program families following the AHEAD architecture model. It provides tools for the feature oriented design process and the implementation of software product lines. It integrates AHEAD, FeatureC++ and FeatureHouse tools like composition tools, compilers and more.

FaMa-FW is a Framework for automated analyses of feature models integrating some of the most commonly used logic representations and solvers proposed in the literature (BDD, SAT and CSP solvers are implemented). FaMa is the first tool integrating different solvers for the automated analyses of feature models.

BitKeeper is the industry leader in peer-to-peer, distributed, source control management. This unique architecure promotes the adoption and use of the new Delta Development model. Users see the imediate benefits of increased productivity, improved code quality, more development uptime, faster time to market, and improved debugging and code archeology. These benefits are further enhanced by minimal hardware requirements coupled with virtually no administration overhead.

Request a demo or evalution copy to see how BitKeeper can improve your devlopement process.

AtomWeaver is a suitable tool for all code generation tasks. You can generate source code, configuration files, database scripts, or any other kind of text artifact. AtomWeaver lets you develop using models, offering an interactive modeling environment, supported on ABSE's easy and pragmatic modeling approach. ABSE is a model-driven software development approach: you create reusable assets that you can later use to build specific features of the system you are developing. These models capture your knowledge in an automation framework that makes it easy to generate artifacts (code or any other type of file) an unlimited number of times.

Accept360 Requirements Management is a product planning and requirements management tool designed for hi-tech enterprises. Accept 360° is based on a web platform that enables full collaboration throughout the entire development lifecycle. Different release scenarios and product roadmaps can be planned and tested to align product strategies with market requirements and customer needs. Accept 360° lets you automatically generate PRDs and MRDs.