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Cisco Broadband Cable Command Reference Guide

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debug hccp plane<br />

debug hccp plane<br />

Syntax Description<br />

<strong>Command</strong> History<br />

4-88<br />

<strong>Cisco</strong> <strong>Broadband</strong> <strong>Cable</strong> <strong>Command</strong> <strong>Reference</strong> <strong>Guide</strong><br />

Chapter 4 <strong>Cisco</strong> <strong>Cable</strong> Modem Termination System Debugging <strong>Command</strong>s<br />

To display debug messages for HCCP-related messages sent between the router’s control plane and data<br />

backplane, use the debug hccp plane command in privileged EXEC mode. To disable HCCP group<br />

debug message output, use the no form of this command.<br />

debug hccp plane {message | packet | syncpulse}<br />

no debug hccp plane {message | packet | syncpulse}<br />

message Display debugging messages for the inter-plane messages that occur.<br />

packet Display a partial dump of packets that are sent between the control plane and<br />

data backplane.<br />

syncpulse Display debugging messages related to the “heartbeat” packets that are sent<br />

between the control plane and data backplane to synchronize events.<br />

Release Modification<br />

12.2(4)BC1 This command was introduced for the <strong>Cisco</strong> uBR10012 router.<br />

12.2(4)XF1,<br />

12.2(4)BC1<br />

Support was added for the N+1 RF Switch with the <strong>Cisco</strong> uBR10012 router.<br />

12.2(11)BC1 Support was added for the N+1 RF Switch with the <strong>Cisco</strong> uBR7246VXR<br />

router. The syncpulse option also was added.<br />

Usage <strong>Guide</strong>lines The processor card and line cards on the <strong>Cisco</strong> uBR10012 router chassis communicate with each other<br />

using the control plane (which is on the processor card) and the data backplane (the backplane into which<br />

the line cards are installed). The debug hccp plane command displays debugging messages related to<br />

the messages and packets that are transmitted between the control plane and data backplane.<br />

Note You must use the debug hccp events command to activate HCCP event debugging before the debug<br />

hccp plane command will generate any debug output.<br />

Examples The following example shows typical output that is produced by the debug hccp plane message<br />

command:<br />

Router# debug hccp events<br />

Router# debug hccp plane message<br />

HCCP inter-plane message debugging is on<br />

Mar 7 08:47:26.513: HCCP 1 Working 4: Control plane sending message BECOME_ACTIVE_STRUCT<br />

Mar 7 08:47:26.513: HCCP 1 Working <strong>Cable</strong>7/1/0: Control plane sending message FORWARDING<br />

Mar 7 08:47:26.513: HCCP 1 Working 1: Control plane sending message STOP_SYNC<br />

Mar 7 08:47:26.513: HCCP 1 Working 5: Control plane sending message STOP_SYNC<br />

Mar 7 08:47:26.513: HCCP 2 Working 5: Control plane sending message BECOME_ACTIVE_STRUCT<br />

Mar 7 08:47:26.513: HCCP 2 Working <strong>Cable</strong>7/0/1: Control plane sending message FORWARDING<br />

Mar 7 08:47:26.513: HCCP 2 Working 4: Control plane sending message STOP_SYNC<br />

Mar 7 08:47:26.513: HCCP 1 Protect 80: Data plane sending message FAILURE_SYNCPULSE<br />

OL-1581-05

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