Language

Eclipse Lua Development Tools (LDT) is about providing Lua developers with an IDE providing the user experience developers expect fr

The Eclipse Handly project provides basic building blocks for handle-based models, with an emphasis on language-specific source code models of the underlying Eclipse workspace. It allows creating highly scalable, robust, and thoroughly optimized models similar in design principles to the tried-and-tested Java model of Eclipse Java development tools while reducing programming effort, fostering software reuse, and enabling interoperability.

Handly is designed for flexibility and can be used to create source code models for practically any language, whether general-purpose or domain-specific; it is compatible with any parsing technology. The model implementor has complete control over the model's base-level API, including the ability to implement a preexisting handle-based model API. At the same time, the provided uniform meta-level API establishes a common language and makes it possible for IDE components to work in a generic way with any Handly-based model.

The Eclipse Web Tools Platform (WTP) project extends the Eclipse platform with tools for developing Web and Java EE applications.

Eclipse AspectJ is a seamless aspect-oriented extension to the Java™ programming language. It is Java platform compatible easy to learn and use.

Eclipse Object Teams adds new dimensions of modularity for extreme re-use while sustaining a crisp architecture that's a breeze to maintain during long-term software evolution. — This is done by extending object oriented programming with the concept of Roles which are grouped into Teams. — The Object Teams Development Tooling supports efficient development using OT/J by seamlessly and comprehensively extending JDT.

The Eclipse CDT Project provides a fully functional C and C++ Integrated Development Environment based on the Eclipse platform.

The Eclipse Dynamic Languages Toolkit (DLTK) is a tool for vendors, researchers, and end-users who rely on dynamic languages.

The Eclipse QVT Operational component is an implementation of the Operational Mappings Language defined by Meta Object Facility™ (MOF™) 2.0 Query/View/Transformation™ (QVT™). In long term, it aims to provide a complete implementation of the operational part of the standard.

Operational QVT project provides a powerful Eclipse IDE:

• feature-rich editor (syntax highlighting, hovers, hyperlinks, code completion, templates, outlines, markers, etc.)
• debugger (conditional breakpoints, variables view, expressions view, watches)
• metamodel browser, trace view
• project builders, launch configurations
• deployment facilities and Ant support
• Java API for executing QVT transformations programmatically, support for the standalone execution of transformations
• support of Java Black-Box units and libraries
• seamless integration with JDT supporting co-development of QVTo and Java in single workspace

Additional tooling QVTO Code Coverage provides:

• annotate the Operational QVT Editor to highlight covered and non-covered parts of transformation
• JUnit launch configuration to integrate with the JUnit test framework

Eclipse OCL provides libraries and tools for the Object Constraint Language (OCL) OMG standard using EMF-based models.

The Eclipse QVT Declarative (QVTd) component is a partial implementation of the Core (QVTc) and Relations (QVTr) Languages defined by the OMG standard specification (MOF) 2.0 Query/View/Transformat