Jens Borrmann integrated replication of static constants into the
Jürgen Reuter and Bernhard Haumacher updated the JavaParty
website and documentation. A new distribution package for JavaParty
was created that now can be downloaded from this site.
Bernhard Haumacher ported JavaParty to the Generic Java
compiler. Timm Reinstorf did a great job extracting the
JavaParty transformation from the old compiler and formulating
it in a human readable way.
Christian Nester designed a flexible RMI for efficient
communication in workstation clusters. The resulting KaRMI
package is included in the current release of JavaParty. KaRMI
is now maintained by Bernhard Haumacher.
Bernhard Haumacher designed a fast object serialization
protocol that is now used in KaRMI to pass objects as
parameters to remote method invocations.
Daniel Lukic designed an interface from JavaParty to the
ParaStation library for using the high performance network
of a cluster of workstations. Interfacing to alternative
transport subsystems is realized by the KaRMI package in
the current JavaParty version.
Jörg Afflerbach implemented a distributed servlet
package for JavaParty. This package is no longer included in
the standard JavaParty distribution.
Bernhard Haumacher integrated static
analysis into the JavaParty compiler for automatic object locality
optimization. The static code analysis is not integrated into the
current release of JavaParty.
Matthias Jacob implemented a large-scale parallel
geophysical algorithm in JavaParty.
The JavaParty language was designed and built by Michael Philippsen
and Matthias Zenger. The first JavaParty compiler was an
extension to the Espresso Grinder compiler that was the first
available compiler for the Java language independent from