# yum repolist Loaded plugins: fastestmirror, langpacks Loading mirror speeds from cached hostfile. base: mirror.us.leaseweb.net. epel: mirror.cogentco.com. extras: mirror.umd.edu. updates: centos.firehosted.com repo id repo name status!base/7/x8664 CentOS-7 - Base 8,652!epel/x8664 Extra Packages for Enterprise Linux 7 - x8664 8,653!extras/7/x8664 CentOS-7 - Extras 216!updates/7. Download this app from Microsoft Store for Windows 10 Mobile. See screenshots, read the latest customer reviews, and compare ratings for Iperf. More than a simple speed test, nPerf brings you the best and the fullest mobile connection quality measurement tool up to 1 Gb/s speeds! Full QoS test: In few seconds, test your bitrate speed, latency, browsing speed and video streaming quality on your mobile device.
netperf rpm build for : CentOS 7. For other distributions click netperf.Name : netperf | |
Version : 2.7.0 | Vendor : obs://build_opensuse_org/home:assmannst |
Release : 8.3 | Date : 2017-09-14 04:53:36 |
Group : Productivity/Networking/Other | Source RPM : netperf-2.7.0-8.3.src.rpm |
Size : 0.63 MB | |
Packager : (none) | |
Summary : A Simple But Powerful Network Tool | |
Description : Netperf is a benchmark that can be used to measure the performance of many different types of networking. It provides tests for both unidirecitonal throughput, and end-to-end latency. The environments currently measureable by netperf include: * TCP and UDP via BSD Sockets for both IPv4 and IPv6 * DLPI * Unix Domain Sockets * SCTP for both IPv4 and IPv6 | |
RPM found in directory: /mirror/ftp5.gwdg.de/pub/opensuse/repositories/home:/assmannst/CentOS_7/x86_64 |
Content of RPMProvidesRequires
Download
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Provides :
netperf
netperf(x86-64)
Requires :
libc.so.6()(64bit) |
libc.so.6(GLIBC_2.3.4)(64bit) |
libc.so.6(GLIBC_2.2.5)(64bit) |
libc.so.6(GLIBC_2.14)(64bit) |
/bin/sh |
rtld(GNU_HASH) |
rpmlib(PayloadFilesHavePrefix) <= 4.0-1 |
libm.so.6(GLIBC_2.2.5)(64bit) |
rpmlib(CompressedFileNames) <= 3.0.4-1 |
rpmlib(FileDigests) <= 4.6.0-1 |
libc.so.6(GLIBC_2.7)(64bit) |
libc.so.6(GLIBC_2.4)(64bit) |
libc.so.6(GLIBC_2.15)(64bit) |
libm.so.6()(64bit) |
libc.so.6(GLIBC_2.3)(64bit) |
rpmlib(PayloadIsXz) <= 5.2-1 |
libc.so.6(GLIBC_2.5)(64bit) |
Content of RPM :
/usr/bin/netperf
/usr/bin/netserver
/usr/share/doc/netperf-2.7.0
/usr/share/doc/netperf-2.7.0/AUTHORS
/usr/share/doc/netperf-2.7.0/COPYING
/usr/share/doc/netperf-2.7.0/ChangeLog
/usr/share/doc/netperf-2.7.0/INSTALL
/usr/share/doc/netperf-2.7.0/README
/usr/share/doc/netperf-2.7.0/README.aix
/usr/share/doc/netperf-2.7.0/README.hpux
/usr/share/doc/netperf-2.7.0/README.osx
/usr/share/doc/netperf-2.7.0/README.ovms
/usr/share/doc/netperf-2.7.0/README.solaris
/usr/share/doc/netperf-2.7.0/README.vmware
/usr/share/doc/netperf-2.7.0/README.windows
/usr/share/doc/netperf-2.7.0/Release_Notes
/usr/share/doc/netperf-2.7.0/examples
/usr/share/doc/netperf-2.7.0/examples/Makefile
/usr/share/doc/netperf-2.7.0/examples/Makefile.am
/usr/share/doc/netperf-2.7.0/examples/Makefile.in
/usr/share/doc/netperf-2.7.0/examples/arr_script
/usr/share/doc/netperf-2.7.0/examples/bloat.sh
/usr/share/doc/netperf-2.7.0/examples/packet_byte_script
/usr/share/doc/netperf-2.7.0/examples/runemomni.sh
/usr/share/doc/netperf-2.7.0/examples/runemomniagg2.sh
![Install Netperf On Windows Install Netperf On Windows](https://oyster.ignimgs.com/wordpress/stg.ign.com/2017/03/qos.jpg)
/usr/share/doc/netperf-2.7.0/examples/sctp_stream_script
/usr/share/doc/netperf-2.7.0/examples/snapshot_script
/usr/share/doc/netperf-2.7.0/examples/tcp_range_script
/usr/share/doc/netperf-2.7.0/examples/tcp_rr_script
There is 7 files more in these RPM.
Latest version
Released:
Wrapper for running network tests such as netperf concurrently
Project description
Python wrapper to run multiple simultaneous netperf/iperf/ping instancesand aggregate the results.
Tests are specified as config files (which are really Python), andvarious parsers for tool output are supplied. Evinrude serial number decoder. At the moment, parsers fornetperf in -D mode, iperf in csv mode and ping/ping6 in -D mode aresupplied, as well as a generic parser for commands that just outputs asingle number.
Several commands can be run in parallel and, provided they outputtimestamped values, (which netperf ping and iperf do, the latter with asmall patch, available in the misc/ directory), the test data points canbe aligned with each other in time, interpolating differences betweenthe actual measurement points. This makes it possible to graph (e.g.)ping times before, during and after a link is loaded.
An alternative run mode is running several iterated tests (which eachoutput one data point, e.g. netperf tests not in -D mode), andoutputting the results of these several runs.
The aggregated data is saved in (gzipped) json format for laterprocessing and/or import into other tools. The json format is documentedbelow.
Apart from the json format, the data can be output as csv values, emacsorg mode tables or plots. Each test can specify several different plots,including time-series plots of the values against each other, as well asCDF plots of (e.g.) ping times.
Plotting requires a functional matplotlib installation (but everythingelse can run without matplotlib), and can be output to the formatssupported by matplotlib by specifying the output filename with -ooutput.{png,ps,pdf,svg}. If no output file is specified, the plot isdiplayed using matplotlib’s interactive plot browser, which also allowssaving of the output (in .png format).
The basic invocation is ./netperf-wrapper-H <host> <test_name>.Various options to control test parameters are available; try running./netperf-wrapper-h. Tests can be displayed with./netperf-wrapper--list-tests and the available plots can bedisplayed with ./netperf-wrapper--list-plots <test_name>.
Running tests and plotting/displaying the output is logically split upin two separate processes, but can be combined into one. When a test isrun, its data output is always saved in a file called<test_name>-<date>.json.gz in the same directory as the output fileselected with -o (or the current directory if no output file isselected). This file can be read back in with the -i switch, in whichcase the test will not be run again, but the saved test data will beused as input for plotting functions etc. If an output format isselected while a test is run, the test data will be used directly forthis output, but will still be saved in the json file.
Installing
Install the package system-wide by runningsudo python2 setup.py install orsudo pip install netperf-wrapper for the latest released version.
The json data format
The aggregated test data is saved in a file called<test_name>-<date>.json.gz. This file contains the data pointsgenerated during the test, as well as some metadata. The top-level jsonobject has three keys in it: x_values, results and metadata.
x_values is an array of the x values for the test data (typicallythe time values for timeseries data).
results is a json object containing the result data series. The keysare the data series names; the value for each key is an array of yvalues for that data series. The data array has the same length as thex_values array, but there may be missing data points (signified bynull values).
metadata is an object containing various data points about the testrun. The metadata values are read in as configuration parameters whenthe data set is loaded in for further processing. Not all tests use allthe parameters, but they are saved anyway.
Currently the metadata values are:
- NAME: The test name.
- TITLE: Any extra title specified by the -t parameter when thetest was run.
- HOST: The server hostname connected to during the test.
- LOCAL_HOST: The hostname of the machine that ran the test.
- LENGTH: Test length in seconds, as specified by the -l parameter.
- TOTAL_LENGTH: Actual data series length, after the test has addedtime to the LENGTH.
- STEP_SIZE: Time step size granularity.
- TIME: ISO timestamp of the time the test was initiated.
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Install Netperf On Windows 10
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