1-36
To do...
Use the command...
Remarks
View the number of PIM control
messages
display pim control-message counters
[
message-type
{
probe
|
register
|
register-stop
} | [
interface interface-type
interface-number
|
message-type
{
assert
|
bsr
|
crp
|
graft
|
graft-ack
|
hello
|
join-prune
|
state-refresh
} ] * ]
Available in
any view
View the information about
unacknowledged graft
messages
display pim
grafts
Available in
any view
View the PIM information on an
interface or all interfaces
display pim
interface
[
interface-type
interface-number
] [
verbose
]
Available in
any view
View the information of
join/prune messages to send
display pim join-prune mode
{
sm
[
flags
flag-value
]
|
ssm
} [
interface
interface-type
interface-number
|
neighbor
neighbor-address
] *
[
verbose
]
Available in
any view
View PIM neighboring
information
display pim neighbor
[
interface
interface-type
interface-number
|
neighbor-address
|
verbose
] *
Available in
any view
View the content of the PIM
routing table
display pim routing-table
[
group-address
[
mask
{
mask-length
|
mask
} ] |
source-address
[
mask
{
mask-length
|
mask
} ] |
incoming-interface
[
interface-type
interface-number
|
register
] |
outgoing-interface
{
include
|
exclude
|
match
}
{
interface-type
interface-number
|
register
} |
mode
mode-type
|
flags flag-value
|
fsm
] *
Available in
any view
View the RP information
display pim rp-info
[
group-address
]
Available in
any view
Reset PIM control message
counters
reset pim control-message counters
[
interface
interface-type interface-number
]
Available in
user view
PIM Configuration Examples
PIM-DM Configuration Example
Network requirements
z
Receivers receive VOD information through multicast. The receiver groups of different
organizations form stub networks, and one or more receiver hosts exist in each stub network. The
entire PIM domain operates in the dense mode.
z
Host A and Host C are multicast receivers in two stub networks.
z
Switch D connects to the network that comprises the multicast source (Source) through
VLAN-interface 300.
z
Switch A connects to stub network N1 through VLAN-interface 100, and to Switch D through
VLAN-interface 103.
z
Switch B and Switch C connect to stub network N2 through their respective VLAN-interface 200,
and to Switch D through VLAN-interface 101 and VLAN-interface 102 respectively.
z
IGMPv2 is to run between Switch A and N1, and between Switch B/Switch C and N2.
