Growler distributed object architecture 0.3.9 (Default branch)


 
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Old 02-24-2008
Growler distributed object architecture 0.3.9 (Default branch)

Image Growler is a general purpose, C++-based distributed object and event architecture. Though general, its primary application has been in support of collaborative visualization, computational steering, and "concurrent visualization" (the visualization of supercomputer simulations in progress). Growler's distributed object and event architecture is suitable for application to high-performance LAN environments as well the Internet. Its features include strong integration with C++, selective distributed reference counting, and efficient well-typed event channels for local and remote event broadcast. License: OSI Approved Changes:
Python bindings were added for some parts of Growler. Rotation and scaling were added for 3x3 matrices. Bugs were fixed in buffer management, mainly for infiniband. Other minor bugs were fixed.Image

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pkglab(1)							   USER COMMANDS							 pkglab(1)

NAME
pkglab - explore package repositories SYNOPSIS
pkglab [OPTION]... DESCRIPTION
Pkglab is an interactive, console-based environment to explore package repositories of package-based software distributions. A pkglab session typically starts by loading a package repository in one of the different formats understood pkglab. Then, pkglab can check given package combinations for co-installability according to inter-package relationships. OPTIONS
-architecture architecture Default architecture to use when accessing packages from a package repository. By default the current host architecture is used. -history filename Use the file filename to load and save command-line history. Defaults to $HOME/.pkglab-history. -script filename Execute commands from the file filename. -merge waterway Start by merging the archive found in waterway. -help, --help Display basic help information. SEE ALSO
Pkglab can read package repositories in the dose format produced by ceve(1). The non-interactive tools edos-debcheck(1) and rpm-debcheck(1) use the same algorithm as pkglab for checking installability of packages. AUTHORS
Pkglab was written by Berke Durak and Jaap Boender for the EDOS and Mancoosi projects. Version 1.4 April 20, 2009 pkglab(1)