gm2-13-i686-linux-gnu
GNU Modula-2 compiler for the i686-linux-gnu architecture
This is the GNU Modula-2 compiler for the i686-linux-gnu architecture,
which compiles Modula-2 on platforms supported by gcc. It uses the gcc
backend to generate optimised code.
libiceoryx-posh-gateway1
zero-copy inter-process communication POSH Gateway library
Iceoryx is an inter-process communication (IPC) middleware for POSIX
based operating systems. It features shared memory capabilities which
allow a true zero-copy data transfer.
eta
Utility for monitoring ETA and progress of an arbitrary process
ETA is a shell utility to monitor the progress of arbitrary processes. Given a
target value and a command to run that generates the current value, ETA will
print a progress bar and an up-to-date estimated time for the process to
complete. This is useful to monitor a variety of other tools which do not
output their progress or their time until completion.
libpf4j-update-java
update mechanism for Java modular applications
This package allows one to inspect repositories to check the availability of
updates for Java plugins. The available updates can then be installed, updated
or uninstalled using the classes in this package.
Plugins are containers for extension points (defining where, in the
application, custom code may be called), for extensions (which implement
extension points) and for optional life-cycle methods to start, load and stop
extensions.
futhark
optimising compiler for Futhark programming language
Futhark is a small programming language designed to be compiled to
efficient parallel code. It is a statically typed, data-parallel, and
purely functional array language in the ML family, and comes with a
heavily optimising ahead-of-time compiler that presently generates
GPU code via CUDA, HIP and OpenCL, although the language itself is
hardware-agnostic.
libdexx-java
immutable, persistent collection classes for Java
Dexx Collections are a port of Scala's immutable, persistent collection
classes to pure Java. Persistent in the context of functional data structures
means the data structure preserves the previous version of itself when
modified. This means any reference to a collection is effectively immutable.
However, modifications can be made by returning a new version of the data
structure, leaving the original structure unchanged.