Titlebook: ECOOP 2000 - Object-Oriented Programming; 14th European Confer Elisa Bertino Conference proceedings 2000 Springer-Verlag Berlin Heidelberg

erythema

GOAD

無效

Runtime Support for Type-Safe Dynamic Java Classesruntime. This poses problems for applications that have limited down-time. More support is needed for dynamic evolution. In this paper we present an approach for supporting dynamic evolution of Java programs. In this approach, Java programs can evolve by changing their components, namely classes, du

凹槽

OpenJIT: An Open-Ended, Reflective JIT Compiler Framework for Javau Ltd. Although in general self-descriptive systems have been studied in various contexts such as reflection and interpreter/compiler bootstrapping, OpenJIT is a first system we know to date that offers a stable, full-fledged Java JIT compiler that plugs into existing monolithic JVMs, and offer comp

鋼盔

Using Objects for Next Generation Communication Services provides new service opportunities. Object-oriented systems show great promise for building new classes of services that dynamically adapt to changing networks and appliances. This paper describes how we use migratory objects to build new classes of services. The focus is on telecommunication servi

crutch

共同確定為確

Exposure

甜瓜

The Power of Formative Assessment,mpatibility with existing Java applications, and maintains the security and type safety controls imposed by Java’s dynamic linking mechanism. Experimental analyses of our implementation indicate that the implementation imposes a moderate performance penalty relative to the unmodified virtual machine.

染色體

A Basic Model of Typed Componentsntiation and definition of atomic components. Some motivating programming examples are presented, and the operational semantics is shown to enjoy a typesafety property. We also discuss an extension to the Java language aimed at supporting the proposed model, and some implementation issues.