A Metamodel for Concurrent, Object-based Programming

The development of flexible and reusable concurrent object-oriented programming ions has suffered from the inherent problem that reusability and extensibility is limited due to position-dependent parameters. To tackle this problem, we propose the FORM-calculus, an inherently polymorphic variant of the -calculus, where polyadic tuple communication is replaced by monadic communication of extensible records. This approach facilitates the specification of flexible, concurrent, object-oriented programming abstractions. Based on our previous work in this field, we present a FORM-calculus based meta-level approach for concurrent, object-based programming which adapts a compositional view of programming. This approach enables the definition of various semantic models supporting different kinds of inheritance and method dispatch strategies, and clarifies concepts which are typically merged in existing objectoriented programming languages. R

• Type: Conference
• Year: 2000
• Where: LMO
• Authors: Jean-Guy Schneider, Markus Lumpe
• Keywords: Concurrent Object-oriented Programming, LMO 2000, Par Une Communication, Programming Languages, Une Position Fixe