OOPS Messenger, Volume 4

Volume 4, Number 1, January 1993

• Trevor P. Hopkins:
  Animating an actor programming model. 2-11
  
• Jorn Andersen, Trygve Reenskaug:
  Operations on sets in an OODB. 12-25
  
• Franz Penz, Thomas J. Wollinger:
  The ObjectWorld, a classless, object-based, visual programming language. 26-35
  
• Andrew M. Drinnan, David M. Morton:
  Advantages of a component-based approach to defining complicated objects. 36-45
  

Volume 4, Number 2, April 1993

• Jerry L. Archibald, Mark C. Wilkes:
  Introduction. 1-2
  
• Grady Booch:
  The end of objects and the last programmer (Invited talk). 3-8
  
• Charles Suscheck, Gregory J. Komar:
  AUTOSPEC: Automatic Motor Specification System. 9-11
  
• Glenn Olander:
  Chembench: redesign of a large commercial application using object-oriented techniques. 13-16
  
• Frederic H. Wild:
  Creating well formed class inheritance schemes in C++. 17-23
  
• Paul Townsend, Gail C. Murphy:
  Objects in the life-cycle. 25-28
  
• Ward Cunningham:
  The WyCash portfolio management system. 29-30
  
• Alan Dotts, Don Birkley:
  Development of reusable test equipment software using Smalltalk and C. 31-35
  
• Lon Fisher:
  Constructing a class library for Microsoft Windows. 37-38
  
• Rick DeNatale:
  The role of methods and case in OO development. 39-47
  
• Peter Coad:
  Methods and CASE tools - Peter's cartoons. 49-53
  
• Larry L. Constantine, Lucy A. D. Lockwood:
  From events to objects: the heresy of event-orientation in a world of objects. 55-59
  
• Dennis de Champeaux:
  The OO software development process (abstract). 61-62
  
• Peter Dickman:
  Objects in large distributed applications (OLDA-II). 63-69
  
• Dennis de Champeaux:
  The OOA process. 71-74
  
• Haim Kilov, Bill Harvey:
  Object-oriented reasoning in information modeling. 75-80
  
• Fred A. Cummins:
  Object-oriented programming languages: the next generation. 81-83
  
• Steven Fraser, Lynn Marshall, Tony Bailetti:
  Team approaches to OO design. 85-92
  
• Peter Coad, Mark Mayfield:
  Patterns. 93-95
  
• Teri Roberts:
  Metrics for object-oriented software development. 97-100
  
• James Coplien, Susana Hutz, Brent Marykuca:
  Iterative development/OO: the bottom line. 101-108
  
• Bruce Anderson:
  Towards an architecture handbook. 109-113
  
• Magnus Christerson:
  Objects for changeable systems. 109-113
  
• Fredrik Lindström:
  Experiences of use cases and similar concepts. 123-130
  
• Mary Lynn Manns, David A. Carlson:
  Retraining procedural programmers: a case against "unlearning". 131-133
  
• Michel Fortier, Gail C. Murphy:
  An object-oriented hypermedia framework for command and control information system. 135-137
  
• Gail C. Murphy, Pok Sze Wong:
  Towards a testing methodology for object-oriented systems. 139-140
  
• Dinesh C. Kulkarni, Arindam Banerji, David L. Cohn:
  A new approach to the design of distributed operating systems. 141-143
  
• Vivek Singhal, Sheetal V. Kakkad, Paul R. Wilson:
  Texas: good, fast, cheap persistence for C++. 145-147
  
• Franz Weber:
  Towards a discipline of class composition. 149-151
  
• Satoshi Imai, Takahiro Yamaguchi, Givargis A. Danialy:
  Which paradigm can improve the reliability of next-generation measurement system software. 153-155
  
• David M. Morton, Andrew M. Drinnan:
  A distributed, visual object environment using stages: aggregation objects with local namespaces. 157-158
  
• Andreas Birrer, Walter R. Bischofberger, Erich Gamma, Bruno Schäffer, André Weinand:
  Object-oriented software development in a commercial environment: the evolution of ET++. 159-161
  
• L. Lemarchand, A. Plantec, Bernard Pottier, S. Zanati:
  An object-oriented environment for specification and concurrent execution of genetic algorithms. 163-165
  
• Bruce Anderson:
  Towards an architecture handbook. 167-168
  
• Stephen Chan:
  An implementation of EXPRESS in Smalltalk. 169-170
  
• Richard Thomas:
  A proposal for object oriented Modula-2. 171-173
  
• Nadir Yousfi:
  Measurement-driven restructuring of object oriented applications. 175-176
  
• Patrick Herde, Peter R. Sibbald:
  Integration of molecular biology data collections using object oriented databases and programming. 177-178
  
• Horst D. Clausen, Anton Hofmann, Gabriele H. Pawlitzek:
  Integration of different system engineering methods using an object-oriented model. 179-181
  
• L. Desmond, D. B. Anderson:
  Operations and collections, some architectural choices. 183-185
  
• Alistair Cockburn:
  Using natural language as a metaphoric base for OO. 187-189
  
• Michael H. Conner, Nurcan Coskun, Scott Danforth, Larry K. Loucks, Andy Martin, Larry K. Raper, Roger Sessions:
  Developing language neutral class libraries with the System Object Model (SOM). 191-193
  
• Scott Danforth:
  Interfacing different object-oriented programming languages. 195-197
  
• Yves Caseau:
  Some original features of the LAURE language. 199-200
  
• Fumihiko Nishio, Toyohide Watanabe, Noboru Sugie:
  A programming language based on the concepts of objects and fields. 201-204
  
• Robert E. Strom, Daniel M. Yellin:
  A visual environment for distributed object-oriented multi-applications. 205-206
  
• Elmer Sandvad:
  The Mjøner BETA CASE tool. 207-210
  
• R. Winder, G. Roberts, M. Wei:
  CoSIDE and parallel object-oriented languages. 211-213
  
• R. L. Winder, G. C. Joly, A. H. Kamalati:
  Applications in CoSIDE. 215-216
  
• Raimund K. Ege:
  Concepts of object-oriented programming (abstract). 217
  
• Douglas Bennett:
  Object design of modularity, reuse and quality (abstract). 217
  
• Martin Fowler:
  A comparison of object-oriented analysis and design methods (abstract). 217
  
• Derek Coleman, Paul Jeremaes:
  Integrating analysis and design methods (abstract). 218
  
• Jean-Pierre Briot:
  Object-oriented concurrent programming (abstract). 218
  
• Andrew P. Black:
  Types for the working programmer (abstract). 219
  
• Süleyman Sevinc:
  Simulation with DEVS-CLOS (abstract). 219
  
• Michael I. Schwartzbach, Jens Palsberg:
  Types for the language designer (abstract). 219
  
• David Maier:
  Introduction to object-oriented database management systems (abstract). 220
  
• Jon L. White:
  Advanced CLOS and meta-object protocols (abstract). 220
  
• Karl J. Lieberherr:
  Object-oriented software development with the Demeter Method (abstract). 220
  
• Dave Collins:
  Object-oriented user interfaces (abstract). 221
  
• James C. McKim:
  Teaching object-oriented programming and design (abstract). 221
  
• Timothy D. Korson:
  Evaluating reusable class libraries (abstract). 221
  
• R. Stonewall Ballard:
  Object engineering (abstract). 221
  
• Kenneth S. Rubin, Adele Goldberg:
  Object-oriented project management (abstract). 222
  
• Grady Booch:
  The pragmatics of building object-oriented systems (abstract). 222
  
• Lori Stipp, Grady Booch:
  Introduction to object-oriented design (abstract). 222
  
• Martin Fowler, Thomas Cairns:
  Martin Flower, Thomas Cairns. 222
  
• Mehmet Aksit:
  The analysis and design of distributed systems (abstract). 223
  
• Scott Meyers:
  Writing efficient C++ programs (abstract). 223
  
• Mahesh Dodani:
  Specification techniques for object-oriented software (abstract). 223
  
• Arthur J. Riel:
  The design and management of C++ class libraries (abstract). 224
  
• Craig Chambers, David Ungar:
  Efficient implementation of object-oriented programming lanaguages (abstract). 224
  
• Mario Wolczko:
  Hardware support for object-oriented systems (abstract). 224
  
• Bjørn N. Freeman-Benson, Alan Borning:
  Constraint-based languages and systems (abstract). 225
  
• Allen L. Ambler, Margaret M. Burnett:
  Visual programming languages from an object-oriented perspective (abstract). 225
  
• Trygve Reenskaug:
  Intermediate Smalltalk: practical design and implementation (abstract). 225
  
• Ken Auer:
  Writing efficient Smalltalk programs (abstract). 225
  
• Edward V. Berard:
  Testing object-oriented software (abstract). 226
  
• Jan Krc-Jediny, Augustin Mrazik:
  Object-oriented geometry and graphics (abstract). 226
  
• Roy H. Campbell, Peter Madany:
  The design of an object-oriented operating system: a case study of choices (abstract). 226
  
• Roberto Zicari:
  Schema updates for object-oriented database systems (abstract). 227
  
• Peter Coad:
  Teaching "object" with multi-sensory engagement (abstract). 227
  
• Jan Bosch:
  Composition based object-oriented software development (COOSD) methodology and supporting tools (abstract). 229
  
• Walter R. Bischofberger:
  Sniff: a pragmatic approach to a C++ programming environment (abstract). 229
  
• Ion Cartiant:
  Object-oriented communication server for banking applications (abstract). 230
  
• Shang-cheng Chyou:
  Multiple-view CASE support for object-oriented design (abstract). 230
  
• Marko Heikkinen, Petri Pulli:
  Graphical animation of object-oriented software designs (abstract). 231
  
• Andrew Drinnan, David Morton:
  Audition: a tool for visual interactive modeling (abstract). 231
  
• Peter Coad, Jill Nicola:
  Applying text and graphic tools in parallel: exploring multimedia approaches for accelerating "Object Think" (abstract). 231
  
• Ralph Johnson:
  HotDraw: a structured drawing editor framework for Smalltalk (abstract). 232
  
• Max Mühlhäuser, Lutz Heuser:
  Object-oriented engineering of distributed applications (abstract). 232
  
• Karl J. Lieberherr, Ian M. Holland, Walter L. Hürsch, Ignacio Silva-Lepe, Cun Xiao:
  Demeter Tools/C++ (abstract). 233
  
• Moira Mallison, Edward R. Perez:
  Moira Mallison, Edward R Perez. 233
• Giuseppe Menga:
  G++: an object-oriented design and prototyping environment for manufacturing systems (abstract). 234
  
• Augustin Mrazik, Janka Kleinertova:
  Spacetalk: object-oriented environment and tools for building open object-based GIS environments (abstract). 234
  
• Alfred Peisl:
  Dynamics/V (abstract). 235
  
• Pat Clark, Jeff Honious, Kerris J. Renken:
  The integrated model development environment: an object-oriented approach to modeling (abstract). 235
  
• Chris Richardson:
  Object-oriented program development using CLOS and CLIM (abstract). 236
  
• Lothar Schmitz:
  The visual compiler-compiler SIC (abstract). 236
  
• Steve Strong:
  Introduction to OOP: teaching object-oriented programming concepts and skills using multi-media, computer-assisted instructions (abstract). 237
  
• Bruce Schwartz, Mark Lentczner:
  Direct programming using a unified object model (abstract). 237
  
• Andreas Tonne:
  TermWorks: a flexible framework for implementing (nearly) arbitrary kinds of terms (abstract). 238
  
• Brad T. Vander Zanden:
  Lapidary: an interactive design tool (abstract). 238
  
• James E. Heliotis:
  Summary of educators' symposium. 241-243
  
• Linda M. Northrop:
  Finding an educational perspective for object-oriented development. 245-249
  
• Mahesh Dodani:
  Teaching practical object-oriented software engineering. 251-256
  
• David M. West:
  Teaching object-oriented concepts to graduate and professional software developers. 257-260
  
• Hermann Hüni, Igor Metz:
  Teaching object-oriented software architecture by example: the games factory. 261-267
  
• Jean Bézivin, Olivier Roux, Jean-Claude Royer:
  Teaching object-oriented programming or using the object model to teach software engineering. 269-276
  
• Joseph Bergin:
  The object-oriented data structures course. 277-284
  
• William J. Collins:
  Verification and testing in an object-oriented CS2 course. 285-288
  
• Raj Tewari, Frank L. Friedman:
  The impact of object-oriented software engineering in the introductory computer science curriculum. 289-292
  
• Richard G. Epstein, Allen B. Tucker:
  Introducing object-orientedness into a breadth-first introductory curriculum. 293-298
  
• Douglas D. Grant:
  Object-orientation and Ada: the expected impact of Ada9X on a computer science/software engineering degree. 299-302
  
• Martin Osborne:
  The role of object-oriented technology in the undergraduate computer science curriculum. 303-308
  
• Rick Decker, Stuart Hirshfield:
  A case for, and an instance of, objects in CS1. 309-312
  
• Mary Beth Rosson:
  How might the object-oriented paradigm change the way we teach introductory programming? 313-314
  
• Mamdouh H. Ibrahim:
  Reflection and metalevel architectures in object-oriented programming. 315-318
  

Volume 4, Number 3, July 1993

• Donald Firesmith:
  An expanded view of messages. 2-5
  
• Johannes Sametinger, Alois Stritzinger:
  A documentation scheme for object-oriented software systems. 6-17
  
• Henry G. Baker:
  Iterators: signs of weakness in object-oriented languages. 18-25
  
• Iztok Savnik, Tomaz Mohoric, Tomi Dolenc, Franc Novak:
  Database model for design data. 26-40
  
• Christopher Burdorf:
  A performance evaluation on caching mechanisms for a persistent object system. 41-49
  

Volume 4, Number 4, October 1993

• Henry G. Baker:
  Equal rights for functional objects or, the more things change, the more they are the same. 2-27
  
• June Power:
  The object in perspective. 28-32
  
• Pei-Chi Wu, Feng-Jian Wang:
  Applying classification and inheritance into compiling. 33-43
  
• W. Craig Scratchley:
  Using Smalltalk for wait-free implementation of highly-concurrent objects. 44-53