Scalasca 1.x series

Download Build requirements Documentation ChangeLog

 

This software is free but copyrighted
© 1998-2013 Forschungszentrum Jülich GmbH, Germany
© 2009-2013 German Research School for Simulation Sciences GmbH, Jülich/Aachen, Germany
© 2003-2008 University of Tennessee, Knoxville, USA
By downloading and using this software you automatically agree to comply with the regulations as described in the Scalasca v1 license agreement.

 

Sources in gzipped tar format
Version Date Description
1.4.3

 		30-Mar-2013 Latest Release
MD5sum: 41ce2d7d7b27c84d43f747dc6e32a161

This is a bugfix release which provides a number of significant fixes. Therefore, we strongly encourage all users to update their installations. Below is the list of fixes and improvements:
  • Support for PAPI-5 and multi-component PAPI-4
  • Support for Fujitsu FX10 & K computer (thanks to the Programming Environment Research Team at RIKEN)
  • Support for Open64 and Clang compilers
  • Support for IBM Platform MPI
  • Improved support for Intel Xeon Phi systems
  • Improved support for SIONlib trace files
  • Improved support for topologies with more than 3 dimensions
  • Improved topology API, named topologies and dimensions
  • Updated OPARI2 to v1.0.7
  • Various usability, stability and performance improvements
  • All CUBE 3.4.3 improvements
Features of previous releases can be found in the changelog.
For a list of known limitations please read the open issues document.

 

Supported Platforms

The Scalasca tool set has been successfully tested on the following platforms:

  • Cray XT5/6 & XE6/XK6
  • Fujitsu FX10 & K computer
  • IBM Blue Gene/Q
  • IBM SP & BladeCenter clusters (AIX/Linux)
  • NEC SX-9
  • SGI Altix
  • various Linux/Intel (x86/x64) clusters, including Intel Xeon Phi

The following platforms have not been tested recently, however, the supplied makefile definition files might still work on these systems:

  • Cray XT3/4
  • IBM Blue Gene/L & /P
  • SiCortex systems
  • Sun Solaris/SPARC-based clusters
  • other NEC-SX systems

Since the code is fairly portable, it is also likely to work on other systems as well with modest effort by someone experienced with the intricacies of MPI libraries and compilers. The supplied Makefile definition files may provide a good basis for building and testing the toolset on other platforms.