
688ed585ade0a91139719e7731e461b6.ppt
- Количество слайдов: 23
Improving embedded software development productivity Papyrus for Embedded Systems Charles Rivet Senior Product Manager Zeligsoft 2014. 06. 18 © 2014 Zeligsoft
Improving embedded software development productivity Where does Papyrus come from? Developed as an open source project, primarily by the LISE team of the French Commissariat à l’Énergie Atomique (CEA) and Atos © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 2
Improving embedded software development productivity What is Papyrus? 1. Eclipse-based visual editor for UML – Complete UML 2. 5 specification support – Sys. ML 1. 1, MARTE 1. 1, Robot. ML, UML-RT 2. Tool for defining UML-based DSLs – UML Profiles – Strong focus on customizability – Open, robust, highly scalable 3. Experimental platform for researchers – Proof of concept prototypes © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 3
Improving embedded software development productivity Unified Modeling Language Source: Wikipedia © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 4
Improving embedded software development productivity Papyrus is a sub-project of MDT Model Development Tools Papyrus Sphinx Graphical Modeling Framework VF MT OCL GEF UML 2 Compare IMM Search Index XSD EMF Platform © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 5
Improving embedded software development productivity Why Papyrus? • Software industry shift continuing: – Build ? Buy ? Use – Proprietary ? Open • Opportunity to organize and provide industrial strength alternative to proprietary tools © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 6
Improving embedded software development productivity What’s coming up • Papyrus is coming out of incubation! Available with Luna (June 25 th) Unless it’s late… © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 7
Improving embedded software development productivity Embedded vs. other systems • Single purpose – Specialized Hardware and software • Limitations – Memory, processor, interfaces • Timeliness of execution – Cost of missing deadlines • Resiliency © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 8
Improving embedded software development productivity Papyrus profiles of interest RT © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 9
Improving embedded software development productivity Papyrus profiles of interest RT © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 10
Improving embedded software development productivity What is MARTE? • Industry-standard language • DSL for specifying and analyzing real-time and embedded systems • Refines UML concepts for real-time domain © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 11
Improving embedded software development productivity Why MARTE? • Provides accurate and precise modeling of – Qualitative and quantitative, functional and nonfunctional characteristics of real-time software applications – Time and temporal relationships – Different kinds of hardware and software resources and allocations © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 12
Improving embedded software development productivity MARTE • MARTE spec – Pro. MARTE consortium, of which the CEA is a member • Papyrus was used for the examples in the book © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 13
Improving embedded software development productivity Papyrus profiles of interest RT © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 14
Improving embedded software development productivity UML-RT history RTE e. Trice © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 15
Improving embedded software development productivity Why UML-RT? • UML-based DSML Abstraction Automation • Constrained UML – Easier to learn and use • Less concepts • Code generation • Runtime layer – “The model is the code” – Adaptability • Platform • Language Proven approach © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 16
Improving embedded software development productivity What is UML-RT? • Structured Classifiers • ROOM Actors and Rose. RT/RSARTE capsules • Protocols • “collaboration of pairs of provided/required interfaces” • “standard” classes used for carried data • Ports • Typed with (conjugated) protocols • Hierarchical state machines • Part of the structured classifiers © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 17
Improving embedded software development productivity Coming soon to a Papyrus near you! • UML-RT – “ROOM on UML” – Runtime service layer – Transformation (code generation) All Open Source © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 18
Improving embedded software development productivity Papyrus profiles of interest RT © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 19
Improving embedded software development productivity Sys. ML • Not directly related to Real Time Embedded – Often part of larger systems • Used by systems engineers – Drive requirements and architecture into devices that have embedded software • Continuity across disciplines © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 20
Improving embedded software development productivity © 2014 Zeligsoft Eclise Day Montréal 2014 21
Improving embedded software development productivity Who’s using Papyrus? What else is in Papyrus? • Go the to CEA booth (#6) and find out more! © 2014 Zeligsoft 2014 -06 -18 Eclise. Con France 2014 22
Improving embedded software development productivity Charles Rivet charles@zeligsoft. com Senior Product Manager, Zeligsoft © 2014 Zeligsoft Eclise Day Montréal 2014 23
688ed585ade0a91139719e7731e461b6.ppt