4-18Displaying and Maintaining PIMConfiguration Use the command... RemarksDisplay PIM multicast routingtablesdisplay pim routing-table [ { { *g[ group-address [ mask { mask-length |mask } ] ] | **rp [ rp-address [ mask{ mask-length | mask } ] ] } | { group-address[ mask { mask-length | mask } ] |source-address [ mask { mask-length |mask } ] } * } | incoming-interface{ interface-type interface-number | null } |{ dense-mode | sparse-mode } ] *Available inany viewDisplay the information aboutPIM interfacesdisplay pim interface [ interface-typeinterface-number ]Available inany viewDisplay the information aboutPIM neighbor routersdisplay pim neighbor [ interfaceinterface-type interface-number ]Available inany viewDisplay BSR information display pim bsr-info Available inany viewDisplay RP information display pim rp-info [ group-address ] Available inany viewPIM Configuration ExamplesPIM-DM Configuration ExampleNetwork requirementsz Receivers receive VOD information through multicast. The receiver groups of differentorganizations form stub networks, and one or more receiver hosts exist in each stub network. Theentire 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) throughVLAN-interface 300.z Switch A connects to stub network N1 through VLAN-interface 100, and to Switch D throughVLAN-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 IGMP is required on Switch A, Switch B, Switch C, and hosts in N1 and N2. Switch B is the IGMPquerier on the multi-access subnet.
