Direct execution of Java byte code is possible thanks to a Java extension to the ARM processor core by ARM Ltd., Cambridge, England. Known as Jazelle, the new Java acceleration feature initially ...

Not anymore. Last year, [Michael] wrote Java Grinder, a Java byte-code compiler that compiles classes into assembly language instead of being part of a JVM.

Security means many things to many people. For much of its history, Java security has meant virtual machine and byte code security. That notion neglects two equally important facets -- application ...

The extreme ease with which Java .class files can be reconstructed into Java sources that closely resemble the originals has a lot to do with Java byte-code design goals and trade-offs. Among ...

The J# compiler will not generate Java-compiled byte code (class) files, so it is impossible to run a J# application outside of .Net.

This project is built around Java Grinder a Java byte code compiler that will compile classes, factories, and all the horrible Java design.design.pattern.pattern.patterns () into assembly language.

Jazelle Extension Another way to speed Java execution on a standard RISC architecture is to extend the architecture itself, to directly execute Java instructions. ARM designers added a new Java ...

Furthermore, the javap tool can show you the bytecode that the compiler created for the class and provide insight about how the component performs its logic. The javap command-line interface tool ...

In his article “Comparing Java Implementations for Linux”, Michael Hirsch (LJ August 2000) searches for “a programming language with the elegance of Java and the efficiency of C”. This language ...

Users demand that their applications run fast, but working with Java bytecode presents optimization problems that other architectures do not encounter. Here we look at how to improve the performance ...