The library provides an example implementation of the Eurocae ED-247 specification (nick name Vistas). It is written in C in order to facilitate the understanding of the transport layer code proposed by the Eurocae ED-247 specification. It is provided in order to serve as a guide for interconnection of modules (software or hardware) with avionic test benches or other modules also supporting ED-247 communications.
A Git repository on http://github.com/polarsys
PolarSys Time4Sys provides a framework that fills the gap between the capture of timing aspects in the design phase of a real-time system and the ability of specific/dedicated tools to verify the consistency and performances of a given scheduling.
Time4Sys is composed of two building blocks (the Design and the Analysis pivot models) as well as a set of transformation rules between them.
ARINC661 part 2 project defines a language that can be used by any airframe manufacturer to formally specify modern graphical user interface (tactile support, animation, ...). The PolarSys NG661 Designer project proposes an open source tool that allows to specify and simulate HMI using the ARINC661 Part 2 Language.
The editor allows to build a specification model for graphical user interfaces from simple objects (widgets) to complex pages. It will contain 3 parts:
- Specification of interfaces: tabular edition of input parameters, output parameters and events
The project is about developing a software to manage all the data around products. The term “product” should be largely understood as it could be a manufactured good, pharmaceutical one, apparel or anything that is made, assembled, packaged by an organization. Most of the time, a product is a mix of hardware and software binaries that must be managed under configuration.