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pcapreport

Langue: en

Version: November 2008 (debian - 07/07/09)

Section: 1 (Commandes utilisateur)

NAME

pcapreport - Report on network captures

SYNOPSIS

pcapreport [switches] <infile> [switches]

DESCRIPTION

TS tools version 1.11, pcap built Nov 11 2008 17:15:51
Report on a pcap capture file.
-o <output file>
Dump selected UDP payloads to the named output file.
-d <dest ip>:<port>
Select data with the given destination IP and port.
--dump-data | -D
Dump any data in the input file to stdout.
--extra-dump | -e
Dump only data which isn't being sent to the -o file.
--times | -t
Report on PCR vs PCAP timing for the destination specified in -d.
--verbose | -v
Output metadata about every packet.
--skew-discontinuity-threshold <number>
Gives the skew discontinuity threshold in 90kHz units.
Specifying 0.0.0.0 for destination IP or 0 for destination port will capture all hosts and ports respectively.
Network packet and TS packet numbers start at 0.
Positive skew means that we received too low a PCR for this timestamp.
TS tools version 1.11, pcap built Nov 11 2008 17:15:51
Report on a pcap capture file.
-o <output file>
Dump selected UDP payloads to the named output file.
-d <dest ip>:<port>
Select data with the given destination IP and port.
--dump-data | -D
Dump any data in the input file to stdout.
--extra-dump | -e
Dump only data which isn't being sent to the -o file.
--times | -t
Report on PCR vs PCAP timing for the destination specified in -d.
--verbose | -v
Output metadata about every packet.
--skew-discontinuity-threshold <number>
Gives the skew discontinuity threshold in 90kHz units.
Specifying 0.0.0.0 for destination IP or 0 for destination port will capture all hosts and ports respectively.
Network packet and TS packet numbers start at 0.
Positive skew means that we received too low a PCR for this timestamp.

SEE ALSO

The full documentation for pcapreport is maintained as a Texinfo manual. Please check http://tstools.berlios.de for more information.
La géométrie a deux grands trésors, le premier est le théorème de
Pythagore, le deuxième la division d'une ligne selon le partage en
moyenne et extrême raison ; nous pouvons comparer le premier à une
mesure d'or et contempler le deuxième tel un bijou précieux.
-+- Johannes Kepler -+-