ipV6

ipV6 - configure the ipV6 options for a stream

SYNOPSIS

ipV6 sub-command options

DESCRIPTION

The ipV6 command is used to configure the IPv6 options associated with a stream a stream set and stream write must follow an ipV6 set command. The ipV6 object also includes list of extension headers. Extension headers are built-in with type specific objects:

An extension header is added to a ipV6 object by configuring the extension header with the appropriate command from the list above and then adding it to the group with ipV6 addExtensionHeader type, where type indicates which of the extensions to use. An extension may be retrieved from an ipV6 object through the use of getFirstExtensionHeader / getNextExtensionHeader. These commands return the name of the command that was used to configure the header extension. The type of the extension header can be determined from the nextHeader value from the ipV6 command (for the first extension header) or from the previous extension header otherwise. This is typically used in the following sequence of commands:

set eHeader [ipV6 getFirstExtensionHeader]

set nextType [$eHeader cget -nextHeader]

In addition, if this is to be the header to a TCP, UDP or ICMP packet, then a separate call to ipV6 addExtensionHeader must be made with tcp, udp or icmpV6 must be made. For example:

ipV6 addExtensionHeader tcp

Although it is the default, ipV6 addExtensionHeader ipV6NoNextHeader may be used to indicate that there is no header following this one.

Note that stream get must be called before this command's get sub-command.

The source and destination addresses may be set from the result of a PPP negotiation through the use of the enableDestSyncFromPpp and enableSourceSyncFromPpp options. Note that it is necessary to wait until the PPP session has been negotiated before:

STANDARD OPTIONS

 

destAddr

The destination address, expressed as any valid IPv6 format address. (default = {0:0:0:0:0:0:0:0})

destAddrMode

The manner in which the destination address is modified per packet. For all but the default case, one of the UDFs is reserved for this use.

Option

Value

Usage

Valid with Address Prefix:

ipV6Idle

0

(default) No change to address.

All

ipV6IncrHost

1

Increment the host part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6DecrHost

2

Decrement the host part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6IncrNetwork

3

Increment the network part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6DecrNetwork

4

Increment the network part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6IncrInterfaceId

5

For use when the address is Link Local Unicast, Site Local Unicast or Global Unicast. Increments the interface ID part of the address.

Global Unicast, Link Local Unicast, Site Local Unicast

ipV6DecrInterfaceId

6

For use when the address is Link Local Unicast, Site Local Unicast or Global Unicast. Decrements the interface ID part of the address.

Global Unicast, Link Local Unicast, Site Local Unicast

ipV6IncrGlobalUnicastTopLevelAggrId

7

For use when the address is Global Unicast. Increments the top level aggregation ID part of the address.

Global Unicast

ipV6DecrGlobalUnicastTopLevelAggrId

8

For use when the address is Global Unicast. Decrements the top level aggregation ID part of the address.

Global Unicast

 

ipV6IncrGlobalUnicastNextLevelAggrId

9

For use when the address is Global Unicast. Increments the next level aggregation ID part of the address.

Global Unicast

 

ipV6DecrGlobalUnicastNextLevelAggrId

10

For use when the address is Global Unicast. Decrements the next level aggregation ID part of the address.

Global Unicast

 

ipV6IncrGlobalUnicastSiteLevelAggrId

11

For use when the address is Global Unicast. Increments the site level aggregation ID part of the address.

Global Unicast

 

ipV6DecrGlobalUnicastSiteLevelAggrId

12

For use when the address is Global Unicast. Decrements the site level aggregation ID part of the address.

Global Unicast

 

ipV6IncrSiteLocalUnicastSubnetId

13

For use when the address is Site Local Unicast. Increments the Subnet ID part of the address.

Site Local Unicast

ipV6DecrSiteLocalUnicastSubnetId

14

For use when the address is Site Local Unicast. Decrements the Subnet ID part of the address.

Site Local Unicast

 

ipV6IncrMulticastGroupId

15

For use when the address is Multicast. Increments the multicast group part of the address.

Multicast

ipV6DecrMulticastGroupId

16

For use when the address is Multicast. Decrements the multicast group part of the address.

Multicast

ipV6IncrementGlobalUnicastGlobalRoutingPrefixId

17

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

ipV6DecrementGlobalUnicastGlobalRoutingPrefixId

18

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

ipV6IncrementSubnetId

19

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

ipV6DecrementSubnetId

20

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

destAddrRepeat

Count

The number of times to repeat the function indicated in destAddrMode (except ipV6Idle) before restarting the address at destAddr. (default = 10)

destMask

The number of bits in the network mask part of the address, counting from the high-order bits. For use with destAddrMode set to all but ipV6Idle mode.

This command's valid range is dependent on what options is selected in

destAddrMode above:

Option

Range

decrMulticastGroupId

fixed at 96

incrMulticastGroupId

fixed at 96

decrGlobalUnicastTopLevelAggregationId

fixed at 4

incrGlobalUnicastTopLevelAggregationId

fixed at 4

decrGlobalUnicastNextLevelAggregationId

fixed at 24

incrGlobalUnicastNextLevelAggregationId

fixed at 24

decrGlobalUnicastSiteLevelAggregationId

fixed at 48

incrGlobalUnicastSiteLevelAggregationId

fixed at 48

decrSiteLocalUnicastSubnetId

fixed at 48

incrSiteLocalUnicastSubnetId

fixed at 48

incrHost

96 to 128

decrHost

96 to 128

decrNetwork

96 to 128

incrMetwork

96 to 128

decrInterfaceId

96 to 128

incrInterfaceId

96 to 128

ipIncrementGlobalUnicastGlobalRoutingPrefixId

16 to 48

ipDecrementGlobalUnicastGlobalRoutingPrefixId

16 to 48

ipIncrementSubnetId

Range- fixed at 48

ipDecrementSubnetId

Range- fixed at 48

destStepSize

The amount to increment the address by between iterations. For use with destAddrMode set to all but ipV6Idle mode. (default = 1)

enableDestSyncFrom

Ppp true | false

If true, then the destAddr is set from negotiated PPP session. See the note at the head of this command about interaction with the PPP negotiation process. (default = false)

enableSourceSyncFrom

Ppp true | false

If true, then the sourceAddr is set from negotiated PPP session. See the note at the head of this command about interaction with the PPP negotiation process. (default = false)

flowLabel

The flow label for the IPv6 address. (default = 0)

hopLimit

The hop limit for the IPv6 address. (default = 255)

nextHeader

The type of the next packet header.

Option

Value

Usage

ipV6HopByHopOptions

0

Next header is hop-by-hop options.

ipV6Routing

43

Next header has routing options.

ipV6Fragment

44

Payload is a fragment.

ipV6EncapsulatingSecurityPayload

50

Next header is an IPSEC ESP.

ipV6Authentiication

51

Next header is an IPSEC AH.

ipV6NoNextHeader

59

There is no next header.

ipV6DestinationOptions

60

Next header has destination options.

tcp

6

Next header is TCP.

udp

17

Next header is UDP.

icmpV6

58

Next header is ICMP V6.

payloadLength

Read-only. The calculated payload length.

sourceAddr

The source address, expressed as any valid IPv6 format address. (default = {0:0:0:0:0:0:0:0})

sourceAddrMode

The manner in which the source address is modified per packet. For all but the default case, one of the UDFs is reserved for this use.

Option

Value

Usage

Valid with Address Prefix:

ipV6Idle

0

(default) No change to address.

All

ipV6IncrHost

1

Increment the host part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6DecrHost

2

Decrement the host part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6IncrNetwork

3

Increment the network part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6DecrNetwork

4

Increment the network part of the address (as indicated by sourceMask) by sourceStepSize for sourceAddrRepeatCount before restarting at the sourceAddr value.

Reserved, NSAP Allocation, IPX Allocation, User Defined

ipV6IncrInterfaceId

5

For use when the address is Link Local Unicast, Site Local Unicast or Global Unicast. Increments the interface ID part of the address.

Global Unicast, Link Local Unicast, Site Local Unicast

ipV6DecrInterfaceId

6

For use when the address is Link Local Unicast, Site Local Unicast or Global Unicast. Decrements the interface ID part of the address.

Global Unicast, Link Local Unicast, Site Local Unicast

ipV6IncrGlobalUnicastTopLevelAggrId

7

For use when the address is Global Unicast. Increments the top level aggregation ID part of the address.

Global Unicast

ipV6DecrGlobalUnicastTopLevelAggrId

8

For use when the address is Global Unicast. Decrements the top level aggregation ID part of the address.

Global Unicast

 

ipV6IncrGlobalUnicastNextLevelAggrId

9

For use when the address is Global Unicast. Increments the next level aggregation ID part of the address.

Global Unicast

 

ipV6DecrGlobalUnicastNextLevelAggrId

10

For use when the address is Global Unicast. Decrements the next level aggregation ID part of the address.

Global Unicast

 

ipV6IncrGlobalUnicastSiteLevelAggrId

11

For use when the address is Global Unicast. Increments the site level aggregation ID part of the address.

Global Unicast

 

ipV6DecrGlobalUnicastSiteLevelAggrId

12

For use when the address is Global Unicast. Decrements the site level aggregation ID part of the address.

Global Unicast

 

ipV6IncrSiteLocalUnicastSubnetId

13

For use when the address is Site Local Unicast. Increments the Subnet ID part of the address.

Site Local Unicast

ipV6DecrSiteLocalUnicastSubnetId

14

For use when the address is Site Local Unicast. Decrements the Subnet ID part of the address.

Site Local Unicast

 

ipV6IncrMulticastGroupId

15

For use when the address is Multicast. Increments the multicast group part of the address.

Multicast

ipV6DecrMulticastGroupId

16

For use when the address is Multicast. Decrements the multicast group part of the address.

Multicast

ipV6IncrementGlobalUnicastGlobalRoutingPrefixId

17

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

ipV6DecrementGlobalUnicastGlobalRoutingPrefixId

18

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

ipV6IncrementSubnetId

19

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

ipV6DecrementSubnetId

20

Increments the corresponding field of the new Global Unicast 3587 address mode

Global Unicast 3587

sourceAddrRepeat

Count

The number of times to repeat the function indicated in sourceAddrMode (except ipV6Idle) before restarting the address at sourceAddr. (default = 10)

sourceMask

The number of bits in the network mask part of the address, counting from the high-order bits. For use with sourceAddrMode set to all but ipV6Idle mode.

This command's valid range is dependent on what options is selected in

destAddrMode above:

Option

Range

decrMulticastGroupId

fixed at 96

incrMulticastGroupId

fixed at 96

decrGlobalUnicastTopLevelAggregationId

fixed at 4

incrGlobalUnicastTopLevelAggregationId

fixed at 4

decrGlobalUnicastNextLevelAggregationId

fixed at 24

incrGlobalUnicastNextLevelAggregationId

fixed at 24

decrGlobalUnicastSiteLevelAggregationId

fixed at 48

incrGlobalUnicastSiteLevelAggregationId

fixed at 48

decrSiteLocalUnicastSubnetId

fixed at 48

incrSiteLocalUnicastSubnetId

fixed at 48

incrHost

96 to 128

decrHost

96 to 128

decrNetwork

96 to 128

incrMetwork

96 to 128

decrInterfaceId

96 to 128

incrInterfaceId

96 to 128

ipIncrementGlobalUnicastGlobalRoutingPrefixId

16 to 48

ipDecrementGlobalUnicastGlobalRoutingPrefixId

16 to 48

ipIncrementSubnetId

Range- fixed at 48

ipDecrementSubnetId

Range- fixed at 48

sourceStepSize

The amount to increment the address by between iterations. For use with sourceAddrMode set to all but ipV6Idle mode. (default = 1)

trafficClass

The traffic class for the ipV6 address. (default = 3)

COMMANDS

The ipV6 command is invoked with the following sub-commands. If no sub-command is specified, returns a list of all sub-commands available.

ipV6 addExtensionHeader type

Adds an extension header of the type indicated in the type argument. The data for the extension is read from the object that corresponds to the type.

Option

Value

Usage

ipV6HopByHopOptions

0

Data is read from ipV6HopByHop

ipV6Routing

43

Data is read from ipV6Routing

ipV6Fragment

44

Data is read from ipV6Fragment

ipV6EncapsulatingSecurityPayload

50

Not supported in the current release.

ipV6Authentication

51

Data is read from ipV6Authentication

ipV6DestinationOptions

60

Data is read from ipV6Destination

ipV6NoNextHeader

59

(default) There is no next header.

tcp

6

Next header is TCP.

udp

17

Next header is UDP.

icmpV6

58

Next header is ICMP V6.

ipV6 cget option

Returns the current value of the configuration option given by option. Option may have any of the values accepted by the ipV6 command.

ipV6 clearAllExtensionHeaders

Removes all of the extension headers from the list.

ipV6 config option value

Modify the ipV6 options. If no option is specified, returns a list describing all of the available ipV6 options (see STANDARD OPTIONS) for port.

ipV6 decode capFrame [chasID cardID portID]

Decodes a captured frame in the capture buffer and updates TclHal. ipV6 cget option command can be used after decoding to get the option data.

ipV6 delExtensionHeader

Deletes the currently referenced extension header accessed through the use of getFirstExtensionHeader / getNextExtensionHeader. Specific errors include:

ipV6 get chasID cardID portID

Gets the current ipV6 options for the indicated port. Note that stream get must be called before this command's get sub-command. Call this command before calling ipV6 cget option value to get the value of the configuration option.

ipV6 getFirstExtensionHeader

Access the first extension header in the list. The results of the command is the name of the command used to make the extension header. This command may be symbolically used to view/modify the extension header contents. The type of the extension header is determined from the nextHeader value from the ipV6 command (for the first extension header) or from the previous extension header otherwise. Note that the use of the addExtensionHeader sub-command for the tcp, udp, icmpV6 and ipV6NoNextHeader options does not result in a list element. In the current release, the IxExplorer tool allows extension headers of the type ipv6HopBHopOptions to be placed in the list. An attempt to retrieve such a header results is no element retrieval and the remainder of the list is inaccessible. Specific errors are:

ipV6 getNextExtensionHeader

Access the next header extension in the list. See the notes and errors in the getFirstExtensionHeader sub-command.

ipV6 set chasID cardID portID

Sets the ipV6 options by reading the configuration option values set by the ipV6 config option value command. This command should be followed by a stream set and stream write commands.

ipV6 setDefault

Sets to IxTclHal default values for all configuration options.

EXAMPLES

package req IxTclHal

 

chassis add thebrain

 

set chasId [chassis cget -id]

set cardId 2

set portId 3

set streamId 1

 

stream setDefault

stream config -framesize 200

 

# Configure protocol

protocol setDefault

protocol config -name ipV6protocol config -ethernetType ethernetII

 

# Configure ipV6

ipV6 setDefault

ipV6 config -trafficClass 3

ipV6 config -sourceAddr {1:2:3:0:0:0:0:0}

ipV6 config -sourceMask 64

ipV6 config -sourceAddrMode ipV6Idle

ipV6 config -sourceStepSize 1

ipV6 config -sourceAddrRepeatCount 10

ipV6 config -destAddr {4:5:6:0:0:0:0:0}

 

# Clear all the extension headers

ipV6 clearAllExtensionHeaders

 

# Configure and add ipV6Routing extension header

ipV6Routing setDefault

ipV6Routing config -reserved {88 88 88 88}

ipV6Routing config -nodeList {7777:7777:7777:7777:7777:7777:7777:7777, 8888:8888:8888:8888:8888:8888:8888:8888}

if {[ipV6 addExtensionHeader ipV6Routing ]} {

ixPuts "Error adding ipV6Routing "

}

 

# Configure and add ipV6DestinationOptions extension header

ipV6Destination setDefault

if {[ipV6 addExtensionHeader ipV6DestinationOptions ]} {

ixPuts "Error adding ipV6DestinationOptions "

}

 

# Configure and add ipV6Fragment extension header

ipV6Fragment setDefault

ipV6Fragment config -enableFlag false

ipV6Fragment config -fragmentOffset 345

ipV6Fragment config -identification 345

ipV6Fragment config -res 1

ipV6Fragment config -reserved 170

if {[ipV6 addExtensionHeader ipV6Fragment ]} {

ixPuts "Error adding ipV6Fragment"

}

 

# Configure and add ipV6Authentication extension header

ipV6Authentication setDefault

ipV6Authentication config -payloadLength 8

ipV6Authentication config -securityParamIndex 1212

ipV6Authentication config -sequenceNumberField 3434

ipV6Authentication config -authentication {44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44 44}

if {[ipV6 addExtensionHeader ipV6Authentication ]} {

ixPuts "Error adding ipV6Authentication"

}

 

ipV6HopByHop clearAllOptions

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 4

ipV6OptionPADN config -value "11 11 11 11"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionJumbo setDefault

ipV6OptionJumbo config -length 4

ipV6OptionJumbo config -payload 5

ipV6HopByHop addOption ipV6OptionJumbo

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 6

ipV6OptionPADN config -value "22 22 22 22 22 22"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 2

ipV6OptionPADN config -value "00 00"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6HopByHop addOption ipV6OptionPAD1

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 5

ipV6OptionPADN config -value "33 33 33 33 33"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionRouterAlert setDefault

ipV6OptionRouterAlert config -length 2

ipV6OptionRouterAlert config -routerAlert ipV6RouterAlertRSVP

ipV6HopByHop addOption ipV6OptionRouterAlert

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 5

ipV6OptionPADN config -value "44 44 44 44 44"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 2

ipV6OptionPADN config -value "88 88"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 1

ipV6OptionPADN config -value 00

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionBindingUpdate setDefault

ipV6OptionBindingUpdate config -length 10

ipV6OptionBindingUpdate config -acknowledge 1

ipV6OptionBindingUpdate config -home 1

ipV6OptionBindingUpdate config -router 1

ipV6OptionBindingUpdate config -duplicate 1

ipV6OptionBindingUpdate config -MAP 1

ipV6OptionBindingUpdate config -bicasting 1

ipV6OptionBindingUpdate config -prefixLength 5

ipV6OptionBindingUpdate config -sequenceNumber 5

ipV6OptionBindingUpdate config -lifeTime 5

ipV6HopByHop addOption ipV6OptionBindingUpdate

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 4

ipV6OptionPADN config -value "30 45 45 45"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionBindingAck setDefault

ipV6OptionBindingAck config -length 13

ipV6OptionBindingAck config -status 4

ipV6OptionBindingAck config -sequenceNumber 40

ipV6OptionBindingAck config -lifeTime 4

ipV6OptionBindingAck config -refresh 4

ipV6HopByHop addOption rprVendorSpecific

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 4

ipV6OptionPADN config -value "44 44 44 44"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 3

ipV6OptionPADN config -value "00 00 00"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionHomeAddress setDefault

ipV6OptionHomeAddress config -length 14

ipV6OptionHomeAddress config -address "1111:1111:1111:1111:1111:1111:1111:3"

ipV6HopByHop addOption ipV6OptionHomeAddress

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 4

ipV6OptionPADN config -value "22 22 22 16"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionBindingRequest setDefault

ipV6OptionBindingRequest config -length 9

ipV6HopByHop addOption ipV6OptionBindingRequest

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 4

ipV6OptionPADN config -value "00 00 00 00"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionMIpV6UniqueIdSub setDefault

ipV6OptionMIpV6UniqueIdSub config -length 24

ipV6OptionMIpV6UniqueIdSub config -subUniqueId 89

ipV6HopByHop addOption ipV6OptionMIpV6UniqueIdSub

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 2

ipV6OptionPADN config -value "10 13"

ipV6HopByHop addOption ipV6OptionPADN

 

ipV6OptionMIpV6AlternativeCoaSub setDefault

ipV6OptionMIpV6AlternativeCoaSub config -length 20

ipV6OptionMIpV6AlternativeCoaSub config -address "1414:1414:1414:1414:1414:1414:0:5"

ipV6HopByHop addOption ipV6OptionMIpV6AlternativeCoaSub

 

ipV6OptionPADN setDefault

ipV6OptionPADN config -length 4

ipV6OptionPADN config -value "00 00 00 00"

ipV6HopByHop addOption ipV6OptionPADN

 

if {[ipV6 addExtensionHeader ipV6HopByHopOptions]} {

ixPuts "Error adding ipV6Authentication"

}

 

# Add tcp

if {[ipV6 addExtensionHeader ipV4ProtocolTcp ]} {

ixPuts "Error adding tcp"

}

 

if {[ipV6 set $chasId $cardId $portId ]} {

ixPuts "Error setting ipV6 on port $chasId.$cardId.$portId"

}

 

# Configure tcp

tcp setDefault

tcp config -offset 5

tcp config -sourcePort 16

tcp config -destPort 26

tcp config -useValidChecksum true

 

if {[tcp set $chasId $cardId $portId ]} {

ixPuts "Error setting tcp on port $chasId.$cardId.$portId"

}

 

# Set and write the stream

if {[stream set $chasId $cardId $portId $streamId]} {

ixPuts "Error setting stream $streamId on port $chasId.$cardId.$portId"

}

 

if {[stream write $chasId $cardId $portId $streamId]} {

ixPuts "Error writing stream $streamId on port $chasId.$cardId.$portId"

 

SEE ALSO

stream, ipV6Authentication, ipV6Destination, ipV6Fragment, ipV6Routing.