MyJVM: a 100% pure Java customizable Java Virtual Machine
Christophe Deleray, Nicolas Bédon, Gilles Roussel
Abstract
Christophe Deleray, Nicolas Bédon, Gilles Roussel
Abstract
Numerous research works propose Java extensions. Most of these works try to solve a precise problem and offer ad-hoc solutions to achieve their goal: language extensions, preprocessors implementation, modifications of the compiler, of the bytecode or of the virtual machine behavior. Most of this changes could be implemented in a common framework by extending a Java Virtual Machine (JVM). Unfortunately, most JVM are not freely available or difficult to manage and/or to extend, and explicit use of their particular features implies a loss of portability. In this paper, we present an open Java Virtual Machine (100% pure Java) designed to be easily extensible (at compile-time and at run-time) by Java programmers.
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Numerous research works propose Java extensions. Most of these works try to solve a precise problem and offer ad-hoc solutions to achieve their goal: language extensions, preprocessors implementation, modifications of the compiler, of the bytecode or of the virtual machine behavior. Most of this changes could be implemented in a common framework by extending a Java Virtual Machine (JVM). Unfortunately, most JVM are not freely available or difficult to manage and/or to extend, and explicit use of their particular features implies a loss of portability. In this paper, we present an open Java Virtual Machine (100% pure Java) designed to be easily extensible (at compile-time and at run-time) by Java programmers.
Key concepts: Computer science, Java, strictfp, Java concurrency, Java annotation, Real time Java, Programming language, Bytecode