xmpi 2.2.3b8-11ubuntu1 source package in Ubuntu

Changelog

xmpi (2.2.3b8-11ubuntu1) natty; urgency=low

  * Merge from debian unstable (LP: #666813). Remaining changes:
    - CXX transition: renaming libxmpi4 to libxmpi4c2.
    - Modified shlibs.local for UnmetDeps.
    - De-capitalise short descriptions in debian/control.
    - Set Ubuntu maintainer address.
 -- Angel Abad <email address hidden>   Tue, 26 Oct 2010 16:44:50 +0200

Upload details

Uploaded by:
Angel Abad
Sponsored by:
Daniel T Chen
Uploaded to:
Natty
Original maintainer:
Ubuntu Developers
Architectures:
any
Section:
devel
Urgency:
Low Urgency

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File Size SHA-256 Checksum
xmpi_2.2.3b8.orig.tar.gz 449.4 KiB 3f240e511e0477244f537396f1a1d05adb21764b53b0e0e8b5e97742f8cd38d3
xmpi_2.2.3b8-11ubuntu1.diff.gz 87.0 KiB 1f258baafb5119ecf9c3cfb32220ed916ad79b26a372900b87047d05d1e26c56
xmpi_2.2.3b8-11ubuntu1.dsc 1.1 KiB 7fc55a12f40e63892381bf8de2f694b00462f6f25f4966a54a012d79fe25c996

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Binary packages built by this source

libxmpi4-dev: a graphical user interface for MPI program development

 MPI is a standard for writing parallel processing programs using
 a well defined Message Passing Interface.
 .
 This package provides the few development files required to write new
 applications using the XMPI protocol.

libxmpi4c2: a graphical user interface for MPI program development

 MPI is a standard for writing parallel processing programs using
 a well defined Message Passing Interface.
 .
 This package provides the shared library required for any programs
 using the XMPI protocol to graphically analyze MPI programs, most
 notably the xmpi program supplied in a separate package.

xmpi: a graphical user interface for MPI program development

 MPI is a standard for writing parallel processing programs using
 a well defined Message Passing Interface.
 .
 XMPI can acquire and display extensive detail on an application's MPI
 communication, including the following:
  o process synchronization status: running, system or blocked
  o message queue contents
  o source, destination, root ranks
  o MPI function name
  o communicator
  o data type
  o message count
  o tag
 The above information is acquired from on-demand snapshots of
 application status using debugging hooks in the MPI implementation or
 from a trace log of communication activity.