Modular Programming Languages

Inhaltsverzeichnis

• Invited Talks.
• The Essence of Programming Languages.
• Safe Code – It’s Not Just for Applets Anymore.
• Computing with Distributed Resources.
• The Verifying Compiler: A Grand Challenge for Computing Research.
• Evolving a Multi-language Object-Oriented Framework: Lessons from . NET.
• Architectural Concepts and Education.
• The KITE Application Server Architecture.
• Compiler Support for Reference Tracking in a Type-Safe DSM.
• Caste: A Step Beyond Object Orientation.
• Distributed XML Objects.
• Programming Education: A Russian Perspective.
• Component Architectures.
• Towards an Adaptive Distributed Multimedia Streaming Server Architecture Based on Service-Oriented Components.
• A Layered Type System for Re-entrance Control.
• A Practical Approach to Software Portability Based on Strong Typing and Architectural Stratification.
• Object Life-Cycle Management in a Highly Flexible Middleware System.
• Fighting Class Name Clashes in Java Component Systems.
• Language Concepts.
• Real-Time Systems Development Using Hierarchical State Machines.
• Classboxes: A Minimal Module Model Supporting Local Rebinding.
• Zonnon for . NET – A Language and Compiler Experiment.
• Safely Extending Procedure Types to Allow Nested Procedures as Values.
• Frameworks and Design Principles.
• Leveraging Managed Frameworks from Modular Languages.
• Systems – Components + Languages: Building a Flexible Real-Time Simulation and Test Environment.
• Event Library: An Object-Oriented Library for Event-Driven Design.
• Controlling Access to Distributed Object Frameworks.
• Architectural Aspects of a Thread-Safe Graphical Component System Based on Aos.
• Compilers and Tools.
• LL(1) Conflict Resolution in a Recursive Descent Compiler Generator.
• Graph Coloring vs. Optimal Register Allocation for Optimizing Compilers.
• ASource-To-Source Architecture for User-Defined Optimizations.
• An Oberon Linker for an Imperfect World – More Notes on Building Your Own Tools.
• Formal Aspects and Reflective Programming.
• Language Definition in the Schütz Semantic Editor.
• Demand-Driven Specification Partitioning.
• Source-to-Source Transformation in the Large.
• Metaprogramming Library for the C# Programming Language.