Ubuntu
netpipe package

netpipe 3.7.2-7.4 source package in Ubuntu

Changelog

netpipe (3.7.2-7.4) unstable; urgency=medium

  * Non-maintainer upload.
  * Build-depend on libmpich-dev instead of libmpich2-dev.
  * Build the netpipe-openmpi package on arm64 and ppc64el. Closes: #746692.
  * Build using dpkg-buildflags.
  * Bump the standards version.

 -- Matthias Klose <email address hidden>  Sat, 16 Jan 2016 14:58:54 +0100

Upload details

Uploaded by:
Matthias Klose
Uploaded to:
Xenial
Original maintainer:
Camm Maguire
Architectures:
any
Section:
net
Urgency:
Medium Urgency

See full publishing history Publishing

Series Pocket Published Component Section

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File Size SHA-256 Checksum
netpipe_3.7.2.orig.tar.gz 390.9 KiB 13dac884ff52951636f651c421f5ff4a853218a95aa28a4a852402ee385a2ab8
netpipe_3.7.2-7.4.debian.tar.xz 11.4 KiB 34f8eb82d2523ce4234553b8684a982220146be88f9201c6568fe01a253796cf
netpipe_3.7.2-7.4.dsc 2.1 KiB ec64d99893bdc1c6b757106db70797eea03aa1e35371606a1cc0ed41cde47d5c

Available diffs

View changes file

Binary packages built by this source

netpipe-lam: Network performance tool using LAM MPI

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the MPI protocol, a
 Message Passing Interface frequently used in parallel processing, and
 which uses in turn TCP as its underlying transport. The implementation
 of the MPI standard used by this package is that provided by the lam set
 of packages.

netpipe-lam-dbgsym: debug symbols for package netpipe-lam

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the MPI protocol, a
 Message Passing Interface frequently used in parallel processing, and
 which uses in turn TCP as its underlying transport. The implementation
 of the MPI standard used by this package is that provided by the lam set
 of packages.

netpipe-mpich2: Network performance tool using MPICH2 MPI

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the MPI protocol, a
 Message Passing Interface frequently used in parallel processing, and
 which uses in turn TCP as its underlying transport. The implementation
 of the MPI standard used by this package is that provided by the mpich
 package.

netpipe-mpich2-dbgsym: debug symbols for package netpipe-mpich2

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the MPI protocol, a
 Message Passing Interface frequently used in parallel processing, and
 which uses in turn TCP as its underlying transport. The implementation
 of the MPI standard used by this package is that provided by the mpich
 package.

netpipe-openmpi: Network performance tool using OpenMPI

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the MPI protocol, a
 Message Passing Interface frequently used in parallel processing, and
 which uses in turn TCP as its underlying transport. The implementation
 of the MPI standard used by this package is that provided by the openmpi
 set of packages.

netpipe-openmpi-dbgsym: debug symbols for package netpipe-openmpi

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the MPI protocol, a
 Message Passing Interface frequently used in parallel processing, and
 which uses in turn TCP as its underlying transport. The implementation
 of the MPI standard used by this package is that provided by the openmpi
 set of packages.

netpipe-pvm: Network performance tool using PVM

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the PVM protocol, a
 Parallel Virtual Machine interface frequently used in parallel processing,
 and which uses in turn TCP as its underlying transport. PVM support
 is provided in its own separate pvm package on Debian systems.

netpipe-pvm-dbgsym: debug symbols for package netpipe-pvm

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package measures network performance using the PVM protocol, a
 Parallel Virtual Machine interface frequently used in parallel processing,
 and which uses in turn TCP as its underlying transport. PVM support
 is provided in its own separate pvm package on Debian systems.

netpipe-tcp: Network performance tool using the TCP protocol

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package uses a raw TCP protocol to measure network performance.

netpipe-tcp-dbgsym: debug symbols for package netpipe-tcp

 NetPIPE is a protocol independent performance tool that encapsulates
 the best of ttcp and netperf and visually represents the network
 performance under a variety of conditions. By taking the end-to-end
 application view of a network, NetPIPE clearly shows the overhead
 associated with different protocol layers. NetPIPE answers such
 questions as: how soon will a given data block of size k arrive at its
 destination? Which network and protocol will transmit size k blocks
 the fastest? What is a given network's effective maximum throughput
 and saturation level? Does there exist a block size k for which the
 throughput is maximized? How much communication overhead is due to the
 network communication protocol layer(s)? How quickly will a small (< 1
 kbyte) control message arrive, and which network and protocol are best
 for this purpose?
 .
 This package uses a raw TCP protocol to measure network performance.