Debugging

2.The master node continues sending Health messages

The master node continues sending Health messages, and increments the Hello Sequence number with each message. If all nodes and links in the ring are intact, these Health messages are the only debugging output you see.

.

.

.

Manager x900-48-A>

epsrHelloTimeout: EPSR test Hello Timer expired

EPSR Port1 Tx: 00e02b00 00040000 cd280619 8100e3e8 005caaaa 0300e02b 00bb0100 00541eef 00000000 0000cd28 0619990b 00400105 03e80000 00000000 cd280619 00010002 010000f9

EPSR Port1 Tx:

-----------------------------------------------------------------------

TYPE

= HEALTH

STATE

= COMPLETE

CTRL VLAN

= 1000

SYSTEM

=

00-00-cd-28-06-19

HELLO TIME

=

1

FAIL TIME

=

2

HELLO SEQ

=

249

 

 

 

-----------------------------------------------------------------------

EPSR Port2 Rx: 00e02b00 00040000 cd280619 8100e3e8 005caaaa 0300e02b

00bb0100 00541eef

00000000

0000cd28

0619990b

00400105

03e80000

00000000 cd280619

00010002

010000f9

 

 

 

EPSR Port2 Rx:

-----------------------------------------------------------------------

TYPE

= HEALTH

STATE

= COMPLETE

CTRL VLAN

= 1000

SYSTEM

=

00-00-cd-28-06-19

HELLO TIME

=

1

FAIL TIME

=

2

HELLO SEQ

=

249

 

 

 

-----------------------------------------------------------------------

3.The primary port goes down

The link between the master node’s primary port and the neighbouring transit node goes down. Therefore, the master node detects that its primary port (port 1) has gone down.

EPSR test, Port 1 port down

Flush FDB EPSR: test vid: 2

Page 37 AlliedWare™ OS How To Note: EPSR

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Image 37
Allied Telesis AT-8948, X900-48FE-N, AT-9924T-40 manual Master node continues sending Health messages, Primary port goes down

AT-9924SP-30, AT-9924T-40, AT-8948, AT-9924T/4SP-A-20, X900-48FE-N specifications

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