The messages in this chapter are sent by the NonStop SQL/MP
audit fix-up process. The subsystem ID displayed by these messages
includes SQLAUDIT as the subsystem name.
NOTE: Negative-numbered messages are common to most subsystems. If
you receive a negative-numbered message that is not described in this
chapter, see Chapter 15.
1
Audit fix-up process initialized Time to perform
initialization: interval secs
interval
is the interval since the last status message for
a given audit fix-up process servicing the request.
CauseThe audit fix-up process has been initialized.
EffectThe audit fix-up process is ready to accept fix-up requests.
RecoveryInformational message only; no corrective action is needed.
2
** Audit fix-up process status ** Time since
last status : interval secs Distance to
audit EOF : aud-distance-to-eof kbytes
Records read : aud^recs^read recs Records queued
for redo : aud^recs^redo recs Read rate : aud^read^rate bytes/sec Redo queueing rate : {+|-} aud^redo^rate bytes/sec
Progress rate : {+|-} aud^prog^rate bytes/sec
interval
is the interval since the last message for the request
was processed.
aud-distance-to-eof
is a computed amount of audit information, logically
merged from one or more audit files, determined to be necessary for
the fix-up operation.
aud^recs^read
is a running total of the number of audit records
read during the audit fix-up operation.
aud^recs^redo
is a running total of the number of audit records
redone during the audit fix-up operation.
aud^read^rate
is the rate in bytes per second that audit information
was generated in the audit trails since the last status report.
aud^redo^rate
is the rate in bytes per second that audit information
was redone during the last reporting period.
aud^prog^rate
is the rate in bytes per second that an operation
is approaching the logical (merged) audit end-of-file (EOF) during
the last reporting period. This number can be negative and is always
negative during the load phase of an operation. A negative number
means that the audit trail is being created faster than the fix-up
process can use it.
The number might not be available
for the first few status reports, in which case it is represented
as a question mark (?).
CauseThe progress of the audit fix-up operation is indicated at five-minute
intervals.
EffectNone. You can use this information to predict when the operation
will finish.
RecoveryInformational message only; no corrective action is needed.
3
Audit fix-up process aud-num started
aud-num
is the ordinal position of an audit fix-up request.
Several audit fix-up requests can be made through the execution of
an operation that uses WITH SHARED ACCESS. There are always at least
two requests.
CauseAn audit fix-up application request was made.
EffectThe audit fix-up process has been started.
RecoveryInformational message only; no corrective action is needed.
4
Audit fix-up process aud-num completed Duration: interval secs
aud-num
is the ordinal position of an audit fix-up request.
interval
is the interval since the last message for the request
was processed.
CauseAn audit fix-up application request is finished.
EffectThe audit fix-up process has received a request and responded
to it.
RecoveryInformational message only; no corrective action is needed.
5
Audit fix-up process terminated
CauseThe audit fix-up function is finished.
EffectThe audit fix-up process stops.
RecoveryInformational message only; no corrective action is needed.
101
** ABEND ** Audit fix-up process: process-name Program : program-name [ ** TRAP tt ** ] [ ** AudServ Internal
Error ** ] [ Exception Class : exception-class-code ] [ Audit Fix-up Error : audit-fix-up-error-code ] [ S : %ssssss P : %pppppp E : %eeeeee L : %llllll ]
process-name
is the name of the audit fix-up process.
program-name
is the program file name of the audit fix-up process.
tt
is the NonStop Kernel trap number in decimal.
exception-class-code
is additional information about the error condition.
audit-fix-up-error-code
is an error code generated by NonStop SQL/MP. For
information about the error, use the ERROR command from the SQL Conversational
Interface (SQLCI).
ssssss
is the contents of the stack (S) register in octal.
pppppp
is the contents of the program (P) register in octal.
eeeeee
is the contents of the environment (E) register in
octal.
llllll
is the contents of the local (L) register in octal.
CauseA trap or fatal error occurred in the NonStop SQL audit fix-up
process.
EffectThe audit fix-up process terminates and the associated operation
terminates abnormally.
RecoveryDepending on the cause of the failure, the operation might complete
successfully if resubmitted. If an audit fix-up error code is present,
check the code for more information and correct the problem if possible.
Otherwise, contact the Global NonStop Solution Center (GNSC) and provide
all relevant information as follows:
Descriptions of the problem and accompanying symptoms
Details from the message or messages generated, including
the trap number, exception class code, and audit fix-up error (if
supplied in the message).
Supporting documentation such as Event Management
Service (EMS) logs, SAVEABEND files, and a processor dump, if applicable
If your local operating procedures require contacting the Global
Mission Critical Solution Center (GMCSC), supply your system number
and the numbers and versions of all related products as well.