or AllowNewSource group report). The request is ignored if the access list query
fails. The
ipv6 mld access-source-group
command uses IPv6 access lists, which
allow both source and destination group addresses to be specified.
■
Use the MLD-Access-Src-Name RADIUS attribute (VSA 26-75) in RADIUS
Access-Accept messages as an alternative method of configuring this value.
■
Example
host1:boston(config-if)#
ipv6 mld access-source-group dallas-list
■
Use the
no
version to remove any access list restriction.
■
See ipv6 mld access-source-group.
Assigning a Multicast Group to an Interface
You can assign an interface to send and receive all traffic for a particular multicast
group. This feature allows you to control the MLD traffic and to test the behavior of
multicast protocols in the network.
ipv6 mld static-group
■
Use to send and receive all traffic for a multicast group from a specific interface.
■
The interface sets no timers for this group.
■
Example
host1:boston(config-if)#
ipv6 mld static-group ff0e::1
■
Use the
no
version to remove the group from the interface.
■
See ipv6 mld static-group.
Configuring Group Outgoing Interface Mapping
You can configure an MLD protocol interface to use a different outgoing interface
(OIF) for multicast-data-forwarding by applying an OIF map. When you configure an
OIF map on an MLD protocol interface, the map is applied to all MLD membership
requests that the interface receives. To configure OIF mapping on an interface, you
first create the OIF map using the
ipv6 mld oif-map
command and then apply that
map to an interface with the
ipv6 mld apply-oif-map
command.
To properly configure an interface used in the OIF map for multicast-data-forwarding
capability, you must configure the interface version as passive with the
ipv6 mld
version
command. You can either specify a passive interface as the OIF or specify
the OIF as
self
(to use the MLD protocol interface as the OIF) in the
ipv6 mld
oif-map
command.
ipv6 mld apply-oif-map
■
Use to apply the specified outgoing interface (OIF) map to the current interface.
■
Example
192
■
Assigning a Multicast Group to an Interface
JUNOSe 11.1.x Multicast Routing Configuration Guide
Содержание JUNOSE 11.1.X MULTICAST ROUTING
Страница 6: ...vi...
Страница 8: ...viii JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 16: ...xvi List of Figures JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 18: ...xviii List of Tables JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 24: ...2 Internet Protocol Version 4 JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 64: ...42 Investigating Multicast Routes JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 100: ...78 Monitoring IGMP Proxy JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 145: ...Monitoring PIM 123 Chapter 3 Configuring PIM for IPv4 Multicast...
Страница 146: ...124 Monitoring PIM JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 166: ...144 Monitoring DVMRP JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 168: ...146 Internet Protocol Version 6 JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 204: ...182 BGP Multicast JUNOSe 11 1 x Multicast Routing Configuration Guide...
Страница 263: ...Part 3 Index Index on page 243 Index 241...
Страница 264: ...242 Index JUNOSe 11 1 x Multicast Routing Configuration Guide...