The Launch Configuration Generator is a small extension to the Eclipse IDE that allows to define launch configurations in a different way. Let me first elaborate on why the existing mechanism is sometimes not sufficient (on the other hand it is well suited for a lot of use cases, so we don't want to replace it completely!)
Project code is hosted on http://git.eclipse.org/c
Groups can be composed of an arbitrary number of other launch configurations (launch groups can be members of other launch groups).
Additionally, conditions for members of the group can be configured to control when the group considers the individual launch to be “launched”.
The Open Standard Business Platform (OSBP) comprises a model-based software factory composed of extensible frameworks, tools and runtime environments for building, deploying and managing business applications across their lifecycles.
The Apogy open source project provides a set of frameworks, EMF models, and Graphical User Interface components that simplify the creation of the software required to operate a physical system.
The APP4MC project provides a tool chain environment and de-facto standard to integrate tools for all major design steps in the multi- and many-core development phase. A basic set of tools will be available to demonstrate all the steps needed in the development process. Companies and R&D partners will benefit from the de-facto standard for tool chains and the support given by the features of the extended APP4MC tool chain platform. The platform can be easily adapted with commercial or in-house tools.
PMF focuses in fact on high level presentation modeling concepts on GUI by ignoring the displaying technology artifacts such as appearence, layouts and data binding support. It allows each technology to make its specific connection with this framework.
The purpose of this framework is to provide the basic functional concepts of user interaction in a PIM level UI modeling language. The language can be extended in two ways:
The symbolic execution platform of the E-FMP project will be organized around a symbolic execution infrastructure as illustrated in Figure 1.
Figure 1. The symbolic execution platform of the E-FMP project
tinydtls is a library for Datagram Transport Layer Security (DTLS) covering both the client and the server state machine. It is implemented in C and provides support for the mandatory cipher suites specified in CoAP.
The MDM|BL comprises a bottom to top architecture view of three parts.
The first one is a specific openMDM application model definition for the ASAM ODS data storage. The standardization provides a structured representation for common use case related data in all openMDM application. The data model is split into the base model, which covers the most common use cases, and extensions for additional use cases.