SYNOPSIS

use Net::Frame::Simple;
use Net::Frame::Layer::ICMPv6 qw(:consts);
my $icmp = Net::Frame::Layer::ICMPv6->new(
type => NF_ICMPv6_TYPE_ECHO_REQUEST,
code => NF_ICMPv6_CODE_ZERO,
checksum => 0,
);
# Build an ICMPv6 echo-request
use Net::Frame::Layer::ICMPv6::Echo;
my $echo = Net::Frame::Layer::ICMPv6::Echo->new(payload => 'echo');
my $echoReq = Net::Frame::Simple->new(layers => [ $icmp, $echo ]);
print $echoReq->print."\n";
# Build an ICMPv6 neighbor-solicitation
use Net::Frame::Layer::ICMPv6::NeighborSolicitation;
my $solicit = Net::Frame::Layer::ICMPv6::NeighborSolicitation->new(
targetAddress => $targetIpv6Address,
);
$icmp->type(NF_ICMPv6_TYPE_NEIGHBORSOLICITATION);
my $nsReq = Net::Frame::Simple->new(layers => [ $icmp, $solicit ]);
print $nsReq->print."\n";
#
# Read a raw layer
#
my $layer = Net::Frame::Layer::ICMPv6->new(raw => $raw);
print $layer->print."\n";
print 'PAYLOAD: '.unpack('H*', $layer->payload)."\n"
if $layer->payload;

DESCRIPTION

This modules implements the encoding and decoding of the ICMPv6 layer.

RFC: http://www.rfc-editor.org/rfc/rfc4861.txt

RFC: http://www.rfc-editor.org/rfc/rfc4389.txt

RFC: http://www.rfc-editor.org/rfc/rfc4191.txt

RFC: http://www.rfc-editor.org/rfc/rfc3775.txt

RFC: http://www.rfc-editor.org/rfc/rfc2463.txt

RFC: http://www.rfc-editor.org/rfc/rfc2461.txt

RFC: http://www.rfc-editor.org/rfc/rfc2460.txt

See also Net::Frame::Layer for other attributes and methods.

ATTRIBUTES

type

code

Type and code fields. See CONSTANTS.

checksum

The checksum of ICMPv6 header.

The following are inherited attributes. See Net::Frame::Layer for more information.

raw

payload

nextLayer

METHODS

new

new (hash)

Object constructor. You can pass attributes that will overwrite default ones. See SYNOPSIS for default values.

computeChecksums

Computes the ICMPv6 checksum.

getKey

getKeyReverse

These two methods are basically used to increase the speed when using recv method from Net::Frame::Simple. Usually, you write them when you need to write match method.

match (Net::Frame::Layer::ICMPv6 object)

This method is mostly used internally. You pass a Net::Frame::Layer::ICMPv6 layer as a parameter, and it returns true if this is a response corresponding for the request, or returns false if not.

The following are inherited methods. Some of them may be overridden in this layer, and some others may not be meaningful in this layer. See Net::Frame::Layer for more information.

layer

computeLengths

computeChecksums

pack

unpack

encapsulate

getLength

getPayloadLength

print

dump

CONSTANTS

Load them: use Net::Frame::Layer::ICMPv6 qw(:consts);

Various types and codes for ICMPv6 header.

NF_ICMPv6_CODE_ZERO

NF_ICMPv6_TYPE_DESTUNREACH

NF_ICMPv6_CODE_NOROUTE

NF_ICMPv6_CODE_ADMINPROHIBITED

NF_ICMPv6_CODE_NOTASSIGNED

NF_ICMPv6_CODE_ADDRESSUNREACH

NF_ICMPv6_CODE_PORTUNREACH

NF_ICMPv6_CODE_FAILPOLICY

NF_ICMPv6_CODE_REJECTROUTE

NF_ICMPv6_TYPE_TOOBIG

NF_ICMPv6_TYPE_TIMEEXCEED

NF_ICMPv6_CODE_HOPLIMITEXCEED

NF_ICMPv6_CODE_FRAGREASSEMBLYEXCEEDED

NF_ICMPv6_TYPE_PARAMETERPROBLEM

NF_ICMPv6_CODE_ERRONEOUSHERDERFIELD

NF_ICMPv6_CODE_UNKNOWNNEXTHEADER

NF_ICMPv6_CODE_UNKNOWNOPTION

NF_ICMPv6_TYPE_ECHO_REQUEST

NF_ICMPv6_TYPE_ECHO_REPLY

NF_ICMPv6_TYPE_ROUTERSOLICITATION

NF_ICMPv6_TYPE_ROUTERADVERTISEMENT

NF_ICMPv6_TYPE_NEIGHBORSOLICITATION

NF_ICMPv6_TYPE_NEIGHBORADVERTISEMENT

NF_ICMPv6_OPTION_SOURCELINKLAYERADDRESS

NF_ICMPv6_OPTION_TARGETLINKLAYERADDRESS

NF_ICMPv6_OPTION_PREFIXINFORMATION

NF_ICMPv6_OPTION_REDIRECTEDHEADER

NF_ICMPv6_OPTION_MTU

Various flags for some ICMPv6 messages.

NF_ICMPv6_FLAG_ROUTER

NF_ICMPv6_FLAG_SOLICITED

NF_ICMPv6_FLAG_OVERRIDE

NF_ICMPv6_FLAG_MANAGEDADDRESSCONFIGURATION

NF_ICMPv6_FLAG_OTHERCONFIGURATION

NF_ICMPv6_FLAG_MOBILEIPv6HOMEAGENT

NF_ICMPv6_FLAG_ROUTERSELECTIONPREFHIGH

NF_ICMPv6_FLAG_ROUTERSELECTIONPREFMEDIUM

NF_ICMPv6_FLAG_ROUTERSELECTIONPREFLOW

NF_ICMPv6_FLAG_ROUTERSELECTIONPREFRESERVED

NF_ICMPv6_FLAG_NEIGHBORDISCOVERYPROXY

AUTHOR

Patrice <GomoR> Auffret

COPYRIGHT AND LICENSE

Copyright (c) 2006-2014, Patrice <GomoR> Auffret

You may distribute this module under the terms of the Artistic license. See LICENSE.Artistic file in the source distribution archive.