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DEFINITY Enterprise Communications Server Release 6
Maintenance for R6vs/si
555-230-127
Issue 1
August 1997
Maintenance Object Repair Procedures
Page 10-1157STBY-SPE (Standby SPE)
10
2. Replace the new Standby (and former Active) SPE Processor
circuit pack with a circuit pack of the appropriate vintage.
3. Issue the test spe-standby long command. Use the display error
command with the "dup-spe" category to verify that all tests pass
and that Error Type 139 does not recur.
4. Restore the SPE-Select switches to their normal position.
l. Error Type 149 occurs when the Standby SPE goes into down mode
during system technician demanded testing. Wait three minutes, then look
for other STBY-SPE errors and follow the procedures described for these
errors.
m. Aux Data value 0 is equivalent to Aux Data value 2017. Aux Data values
2014, 2015, 2017, 2021, 2024, and 2051 for Error Type 257 are described
in the "System Technician-Demanded Tests: Test Result Error Codes". The
Aux Data values 2048, 2049, and 2050 for Error Type 257 are described in
SHDW-LNK (Memory Shadowing Link) Maintenance documentation.
These values are shared between Standby SPE maintenance activity
results and the test results for System Technician commands on Standby
SPE components because the values represent the common set of
problems that can be encountered when attempting to conduct any form
of maintenance activity on the Standby SPE.
Error Type 257 with an Aux Data value of 2051 and a Major alarm results
when, in attempting to refresh the Standby SPE, it is determined that
software cannot communicate with the Duplication Interface circuit pack
in the A carrier. This implies that the shadowing mechanism is not
functioning. This error type is accompanied by Error Type 80.
Error Type 257 with an Aux Data value of 2051 and no alarm results when,
in attempting to refresh the Standby SPE, it is determined that software
cannot communicate with the Duplication Interface circuit pack in the B
carrier. This does not necessarily imply that the shadowing mechanism is
not functioning, but it is possible that it is not functioning. This error type is
accompanied by Error Type 82. However, Error Type 82 may not be
logged until sometime later.
n. After issuing the specified command(s) to clear this alarm, perform the
following procedure to clear the STBY-SPE alarm:
1. If all the tests pass or abort, issue a refresh spe-standby
command. If the refresh is successful, wait 1 minute and then
check for alarms against STBY-SPE. If the refresh was not
successful, or if there are still alarms against STBY-SPE, continue
attempts to resolve other STBY-SPE error types. The busyout
spe-standby and release spe-standby commands may also be
used to clear out STBY-SPE alarms. After entering the busyout
spe-standby command followed by the release spe-standby
command, all STBY-SPE alarms are retired and, 1 minute later, the
equivalent of scheduled maintenance is run on the standby SPE.