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Rational Rhapsody Frameworks and Operating Systems Reference
Rational Rhapsody Frameworks and Operating Systems Reference Before using the information in this manual, be sure to read the “Notices” section of the Help or the PDF available from Help > List of Books. This edition applies to IBM® Rational® Rhapsody® 7.5 and to all subsequent releases and modifications until otherwise indicated in new editions. © Copyright IBM Corporation 1997, 2009. US Government Users Restricted Rights - Use, duplication or disclosure restricted by GSA ADP Schedule Contract with IBM Corp. ii Contents Frameworks and Operating Systems . 1 Real-Time Frameworks . 1 Rational Rhapsody Statecharts . 2 The Object Execution Framework (OXF). 3 Working with the Object Execution Framework . 3 The OXF Library. 4 Rational Rhapsody Applications and the RTOS. 5 Operating System Abstraction Layer (OSAL). 5 Threads . 7 Stack Size . 7 Synchronization Services . 8 Message Queues . 8 Communication Port. 9 Timer Service . 10 Real-time Operating System (RTOS) . 11 AbstractLayer Package (OSAL) . 11 Classes . 12 OSWrappers Package . 12 Adapting Rational Rhapsody for a New RTOS . 13 Run-Time Sources . 13 Adding the New Adapter . 13 Creating the Batch File and Makefiles. 14 Sample <env>build.mak File . 15 Creating New Makefiles . 16 OXF Versions . 16 Animation Libraries. 16 Implementing the Adapter Classes . 18 Modifying rawtypes.h . 19 Other Operating System-Related Modifications . 19 Building the Framework Libraries . 20 Rational Rhapsody i Table of Contents Building the C or C++ Framework for Windows Systems . 20 Building the Ada Framework . 21 Building the Java Framework . 22 Building the Framework for Solaris Systems . 22 Creating Properties for a New RTOS . .24 Modifying the site<lang>.prp Files . -
Putting Systems to Work
i PUTTING SYSTEMS TO WORK Derek K. Hitchins Professor ii iii To my beloved wife, without whom ... very little. iv v Contents About the Book ........................................................................xi Part A—Foundation and Theory Chapter 1—Understanding Systems.......................................... 3 An Introduction to Systems.................................................... 3 Gestalt and Gestalten............................................................. 6 Hard and Soft, Open and Closed ............................................. 6 Emergence and Hierarchy ..................................................... 10 Cybernetics ........................................................................... 11 Machine Age versus Systems Age .......................................... 13 Present Limitations in Systems Engineering Methods............ 14 Enquiring Systems................................................................ 18 Chaos.................................................................................... 23 Chaos and Self-organized Criticality...................................... 24 Conclusion............................................................................ 26 Chapter 2—The Human Element in Systems ......................... 27 Human ‘Design’..................................................................... 27 Human Predictability ........................................................... 29 Personality ............................................................................ 31 Social -
The Rational Rhapsody Family from IBM Collaborative Systems Engineering and Embedded Software Development 2 the Rational Rhapsody Family from IBM
IBM Software Design and Development The Rational Rhapsody family from IBM Collaborative systems engineering and embedded software development 2 The Rational Rhapsody family from IBM Model-driven development helps build a Unified Modeling Language (UML) standards. Throughout competitive edge the development process, the Rational Rhapsody family assists How do systems engineers and software developers, creating in managing complexity through visualization and helps main- embedded and real-time applications, meet the demands for tain consistency across the development life cycle to facilitate complex, robust deliverables—especially when there is little agility in response to ever changing requirements. time to produce, let alone test, the systems and software before they go into production? With its robust SysML/UML-based environment and model- driven development (MDD) approach, the Rational Rhapsody In fields such as automotive electronics, avionic controls, family of products helps in addressing the needs of both sys- next-generation wireless infrastructures, consumer electronics, tems engineers and software developers. The IBM Rational medical devices and industrial automation, systems engineers Rhapsody family of products has been recognized by engineers and software designers are facing intense global competition. and developers as the leading MDD solution in a wide variety of industries including aerospace, defense, automotive, To overcome these challenges, IBM provides the telecommunications, medical devices, consumer electronics, IBM® -
Une Approche Paradigmatique De La Conception Architecturale Des Systèmes Artificiels Complexes
Une approche paradigmatique de la conception architecturale des systèmes artificiels complexes Thèse de doctorat de l’Université Paris-Saclay préparée à l’École Polytechnique NNT : 2018SACLX083 École doctorale n◦580 Sciences et technologies de l’information et de la communication (STIC) Spécialité de doctorat : Informatique Thèse présentée à Palaiseau, le 19 novembre 2018, par Mr. Jean-Luc Wippler Composition du Jury : Mr. Vincent Chapurlat Professeur, IMT Mines Alès Président Mme. Claude Baron Professeur des universités, INSA Toulouse Rapporteur Mr. Eric Bonjour Professeur des universités, Université de Lorraine, ENSGSI Rapporteur Mme. Marija Jankovic Professeur associé, CentraleSupélec Examinateur Mr. Olivier de Weck Professeur, Massachusetts Institute of Technology Examinateur Mr. Eric Goubault Professeur, École Polytechnique Examinateur Mr. Dominique Luzeaux IGR, École Polytechnique Directeur de thèse Une approche paradigmatique de la conception architecturale des systèmes artificiels complexes Jean-Luc Wippler c Copyright Jean-Luc Wippler – 2018 Certaines images utilisées dans ce manuscrit sont protégées par une licence c (Creative Commons). Plus particulièrement : b Gan Khoon Lay. b Lluisa Iborra. b Alice Noir et Yasser Magahed. ii À Élisa, mon amour de toujours. À Alfredo, il mio nonno, et à Luciano, mon parrain. «Perché l’architettura è tra tutte le arti quella che più arditamente cerca di riprodurre nel suo ritmo l’ordine dell’universo, che gli antichi chiamavano kosmos, e cioè ornato; in quanto è come un grande animale su cui rifulge la perfezione e la proporzione di tutte le sue membra. E sia lodate il Creatore Nostro che, come dice Agostino, ha stabilito tutte le cose in numero, peso e misura.» « Car l’architecture est, d’entre tous les arts, celui qui cherche avec le plus de hardiesse à reproduire dans son rythme l’ordre de l’univers, que les anciens appelaient kosmos, à savoir orné, dans la mesure où elle est comme un grand animal sur lequel resplendit la perfection et la proportion de tous ses membres. -
Report 2018-19
REPORT 2018-19 The annual report of Trinity College, Oxford CONTENTS The Trinity Community Obituaries President’s Report 2 Peter Brown 63 The Fellowship and Lecturers 4 Sir Fergus Millar 65 Fellows’ News 8 Justin Cartwright 67 REPORT 2018-19 Members of Staff 15 Bill Sloper 69 New Undergraduates 17 Old Members 70 New Postgraduates 18 Degrees, Schools Results and Awards 19 Reviews The annual report of Trinity College, Oxford The College Year Book Review 91 On the cover Some of the JCR Access Senior Tutor’s Report 25 Ambassadors and helpers Outreach & Access Report 26 Notes and Information at an Open Day for Estate Bursar’s Report 28 potential applicants Information for Old Members 92 Domestic Bursar’s Report 30 Inside front cover Editor’s note 92 Director of Development’s Report 31 Old Members attending Benefactors 33 the Women at Trinity day in September, which marked Library Report 41 the 40th anniversary of the Archive Report 47 admission of women Garden Report 51 Junior Members JCR Report 54 MCR Report 55 Clubs and Societies 56 Blues 62 1 THE TRINITY COMMUNITY President’s Report Marta Kwiatkowska, Professorial Fellow in Computing Systems, was elected a Fellow of the Royal Society in recognition of her outstanding s I write this report, work on contribution to the field of computer the new building means that science, with further recognition Athe college estate is being through the award of the prestigious transformed around us with a fairly constant low-level rumble of earth- moving equipment. Following planning ‘Trinity’s Fellowship has permission gained in October 2018, again distinguished itself we moved swiftly to detailed designs, with a raft of awards.’ demolition and preparation of the site, through to the start of the construction Lovelace Medal. -
Com.Telelogic.Rhapsody.Core
com.telelogic.rhapsody.core Package Class Use Tree Serialized Deprecated Index Help PREV PACKAGE NEXT PACKAGE FRAMES NO FRAMES All Classes Package com.telelogic.rhapsody.core Interface Summary The IRPAcceptEventAction interface represents Accept Event IRPAcceptEventAction Action elements in a statechart or activity diagram. The IRPAcceptTimeEvent interface represents Accept Time Event IRPAcceptTimeEvent elements in activity diagrams and statecharts. The IRPAction interface represents the action defined for a IRPAction transition in a statechart. The IRPActionBlock interface represents action blocks in IRPActionBlock sequence diagrams. The IRPActivityDiagram interface represents activity diagrams in IRPActivityDiagram Rational Rhapsody models. IRPActor The IRPActor interface represents actors in Rhapsody models. The IRPAnnotation interface represents the different types of IRPAnnotation annotations you can add to your model - notes, comments, constraints, and requirements. The IRPApplication interface represents the Rhapsody application, IRPApplication and its methods reflect many of the commands that you can access from the Rhapsody menu bar. The IRPArgument interface represents an argument of an IRPArgument operation or an event. IRPASCIIFile The IRPAssociationClass interface represents association classes IRPAssociationClass in Rational Rhapsody models. The IRPAssociationRole interface represents the association roles IRPAssociationRole that link objects in communication diagrams. The IRPAttribute interface represents attributes of -
AA08 A4 16Pg Hbook
INCOSE UK SEASON Report 2009 (Systems Engineering Annual State of the Nation) Prepared by the SEASON Working Group Published by the UK Chapter of the International Council on Systems Engineering © INCOSE UK Ltd, February 2009 Distribution This report will be available to INCOSE UK and UKAB membership from 1 February 2009 as an exclusive member benefit. It will be available on the INCOSE UK public web site on or after 1 July 2009. Disclaimer and Copyright Reasonable endeavours have been used throughout its preparation to ensure that the SEASON REPORT is as complete and correct as is practical. INCOSE, its officers and members shall not be held liable for the consequences of decisions based on any information contained in or excluded from this report. Inclusion or exclusion of references to any organisation, individual or service shall not be construed as endorsement or the converse. Where value judgements are expressed these are the consensus view of expert and experienced members of INCOSE UK and UKAB. The copyright of this work is vested in INCOSE UK Ltd. Where other sources are referenced the copyright remains with the original author. Any material in this work may be referenced or quoted with appropriate attribution. © INCOSE UK Ltd 2009 issue 01 february 2009 Contents Executive Summary 3 Introduction 4 Background to the SEASON report 4 What is INCOSE? 4 Invitation to participate 4 Disclaimer and Copyright 4 POSTSCRIPT June 2009 4 Systems Engineering in the UK 5 What is a system? 5 What is Systems Engineering? 5 Application of Systems -
IBM Rational Rhapsody Case Studies
IBM Rational Rhapsody IBM Rational Rhapsody Case Studies © 2011 IBM Corporation Software and Systems Engineering | Rational Tap into Pools of Productivity To free up time for innovation with automation & integration IBM Collaborative Average Developer time lost to delays in designDesign completion Management Traditional approach 55.3 person-months World Model-driven 29.6 person-months Project savings $257,000 development (MDD) World MDD with 20.0 person-months Project savings $353,000 IBM Rational Source: 2011 EMF Study A move to architecture & design best practices and integrated solutions will significantly free up time for innovation © 2011 IBM Corporation Software and Systems Engineering | Rational Embedded Market Leadership VDC data shows IBM/Rational as the market leader of standard language-based, embedded software / system modeling tools for the 2011 calendar year*. IBM/Rational 74% Others 26% 0% 20% 40% 60% 80% percent of dollars 2011 •Source: 2012 Software & System Lifecycle Management Tools Market Intelligence Service, Volume 1: Software & System Modeling Tools – April 2012, VDC Research © 2011 IBM Corporation 3 4 Software and Systems Engineering | Rational The Quantified RoI (1 of 2) Business Challenge Rational Solution Business benefit Examples in italics below, Customer Examples (Product/Feature) (links to references) Improve productivity across product Automated generation of full production code for C, C++, Java, and - Speed and time to value Alps Electric Co., Ltd. development team Ada allows developers to focus on model level structural and behavioral design - Development cut by 50-60% - Faster delivery of software components that are in Seamless host/target development enabling development and test synch with the design before hardware available Valtech India Systems Pvt. -
The Rational Rhapsody Family from IBM Collaborative Systems Engineering and Embedded Software Development 2 the Rational Rhapsody Family from IBM
IBM Software December 2012 Complex and Embedded Systems The Rational Rhapsody family from IBM Collaborative systems engineering and embedded software development 2 The Rational Rhapsody family from IBM Break down engineering and Building innovative products requires collaboration from development silos cross-discipline teams, which may include mechanical, electrical, How do systems engineers and software developers, creating management, quality assurance and many others. Central embedded and real-time applications in fields such as automo- design-sharing through IBM Rational Rhapsody Design tive, electronics, avionic controls, next-generation wireless Manager software helps the extended team to share, trace, infrastructures, consumer electronics, medical devices and indus- review and analyze design and lifecycle information earlier trial automation, collaborate across multiple disciplines and meet to avoid costly integration errors later. the complex requirements to deliver safe and robust systems— especially when there is little time to produce, let alone test, Additionally, support is available for advanced requirements the systems and software before they go into production? management and analysis, customizable documentation genera- tion, graphical prototyping, automated model-based unit testing, To overcome these challenges, IBM provides the The MathWork Simulink integration and more. IBM® Rational® Rhapsody® family of products, delivering key capabilities for the IBM Rational Solution for Systems & Collaboration for faster, more agile design Software Engineering. and development Defining solid architectures and designs help teams address The powerful, flexible design and development capabilities of the growing complexity of today’s embedded systems. Getting the Rational Rhapsody family of products provide a systems the design right is critical to helping teams break down the engineering and embedded software development solution complexity to manageable pieces and reduce costly rework later. -
IJIR Paper Template
Vol-2 Issue-3 2016 IJARIIE-ISSN(O)-2395-4396 Analysis of Design Patterns in Java with Rational Rhapsody as the New Building Blocks of Software Engineering Bhushan Bharat Ghatkar1, Amruta Ramchandra Pandhare2 1 Student, MCA SEM VI, DES’s NMITD, Mumbai, Maharashtra, India 2 Student, MCA SEM VI, DES’s NMITD, Mumbai, Maharashtra, India ABSTRACT The use of object-oriented design patterns in Software development is being analysis in this paper. Design patterns are solutions to common problems that developers faced during software development. In this study, we analysis Design Patterns by using Rhapsody in Java. We show how Java language features affect the implementation of Design Patterns using Rhapsody, analysis some potential Java programming patterns, and demonstration of how studying design patterns can contribute to provide the reusable solution to a commonly occurring problem within a given idea in software design. Keywords: Design Patterns, Java, Rational Rhapsody, Object-Oriented. 1. INTRODUCTION s we developed more complex computer systems, we are going to face difficulties in construction rather A than difficulties in analysis. The difficulties in developments are solved by designing programming solutions for such difficulty in the context of the software application we are trying to develop . Some constructional problems occur over and over again across a wide range of different Software. Obviously, we can design a common solution to such repeating problems, and then try to adjust such a common solution to the specific need of the software we are currently building. Such common solutions are usually referred to as design patterns. Design Patterns are very popular among software developers. -
Reengineering Systems Engineering Joseph Kasser, National University of Singapore; Derek Hitchins, ASTEM, Consultant Systems Architect; Thomas V
rd 3 Asia-Pacific Conference on Welcome from the Systems Engineering General Chair APCOSE 2009 Singapore Welcome to the 19th Annual INCOSE International Symposium (INCOSE 2009), which will be held in conjunction with the 3rd July 20 - 23 Asia-Pacific Conference on Systems Engineering (APCOSE 2009) from 20-23 July 2009. As the General Chair, I have the pleasure to welcome you to the choice international forum of the systems engineering community. The theme of the symposium, East meets West: The Human Dimension to Systems Engineering, highlights the human cognitive dimension as an integral part of systems thinking and systems engineering processes across different cultures. Moreover, human capital and capability form the fundamental basis for large-scale systems engineering. This is the first time that the INCOSE Symposium is held in Singapore and in Asia. Jointly hosted by INCOSE Region VI Chapters of Australia, Beijing, Japan, Korea, Singapore and Taiwan, the symposium reflects the growth of systems engineering as an emerging discipline in the region. This premier event will present researchers, students, educators, academics, professionals, public and private organisations from the East and East Meets West the West the opportunity to share and deliberate on the latest The Human Dimension to Systems Engineering systems engineering developments in education, research and applications. I believe this mutual exchange of ideas across different cultures can only spur greater dynamism and thinking in stretching the existing boundaries of systems engineering. Hosted by the Region VI Chapters of Finally, Singapore with its strategic location and world-class Australia, Beijing, Japan, Korea, infrastructure, serves as the logical meeting place for industry, Singapore and Taiwan academia and government from East and West to network, develop and grow partnerships. -
Interpretation Problems in Code Generation from UML State Machines - a Comparative Study
Interpretation Problems in Code Generation from UML State Machines - a Comparative Study Anna Derezi ńska, Marian Szczykulski Institute of Computer Science, Warsaw University of Technology, Nowowiejska 15/19, 00-665 Warsaw, Poland A.Derezinska @ii.pw.edu.pl Abstract. A practical utilisation of a model-driven approach to an information system development is hampered by inconsistencies causing interpretation problems. This paper focuses on the state machine that is a common means for modelling behaviour. A transformation of classes with their state machines into a code assists in the efficient development of reliable applications. A set of interpretation problems of state machines was revisited in accordance with the UML specification and examined on model examples transformed to an executable code. The paper compares the implementation of the problems regarding to two tools that support the transformation and takes into account the most comprehensive set of the UML behavioural state machine concepts. The tools are the IBM Rational Rhapsody, which transforms state machines to C, C++, Java, Ada and the Framework for eXecutable UML (FXU) dealing with the C# code. The basic information about the FXU tool is also given. Keywords: UML state machines, statecharts, semantic variation points, UML model to code transformation 1 Introduction The Unified Modelling Language (UML) is a notation commonly used in different phases of an information system development. UML models can be employed to describe static and dynamic aspects of a system from different viewpoints. They constitute a basis for Model Driven Engineering (MDE) [1], where model transformations are used for system development and verification. Building applications based not only on structural models, like class diagrams, but also on behavioural models is considered to be an issue of a sheer practical importance.