RRN 07439 HOURLY STATISTICAL ERROR REPORT (SUCCESSFUL)

ALUSW005

Message Triggering Condition

This report is triggered as a result of the facility that exists to gather statistics about incoming anomaly reports and CE recovery reports. The result of those statistics can be sent to the operator as an hourly report. Hourly statistical report is a data driven function, switched ON / OFF by a flag in the relation R_MAI_ENV which contains the flags for general routing of reports (RRN 00048 and RRN 00045). Hourly statistical report counts incoming anomaly reports and CE recovery reports and stores the following information in a user buffer : * time stamp of the start of the observation period, * global counter : number of all errors, * global counter : number of reloads, * global counter : number of restarts, * global counter : number of other errors, * array (maximum 250 entries) with error type + counter per error type, * array (maximum 700 entries) with network address + counter per network address (to count errors per processor), * array (maximum 50 entries) with network address + counter per network address (to count restarts per processor), * array (maximum 50 entries) with network address + counter + unavailibility time in seconds per network address (to count reloads per processor). * array (maximum 150 entries) with network address + counter +errortype (to count reloads per processor per errortype). * array (maximum 150 entries) with network address + counter +errortype (to count restarts per processor per errortype). * array (maximum 1000 entries) with network address + counter +errortype (to count other errors per processor per errortype). At expiry of an hourly timer, this buffer is analysed and the following information is extracted and put into the report buffer : * time of begin and end of observation period, * the global counters, * the 10 errors with highest count, * the 10 network addresses with highest error count, * the 10 network addresses with highest reload count/type, * the 10 network addresses with highest restart count/type, * the 10 network addresses with highest error count/type. For the reload top-10, two options exist (data driven via R_MAI_ENV flag):

total unavailibility time in seconds. A second function, which is done when analysing the buffer, is reporting about some selected (observed) errors. When the errors with highest count are not really important, but in this case other errors which are not belonging to the 10 higest count would not appear in the report layout, there is a possibility existing to enter a number of error types, using the MMC-command;
CRN 04262 CREATE-MAIREP-ROUTING

The error type has to be entered with the parameter REPREF = 07 439 which is the report code of this report. Only 20 observed errors are treated and they are copied into the report buffer with their counter and given threshold.

Report Layout

   SWA-ERROR REPORTING
                                                       (A).....................
      -------------------------------------------------------------------------
        HOURLY STATISTICAL ERROR REPORT
        --------------------------------
        STATISTIC GATHERING PERIOD : (YYYY-MM-DD HH:MM:SS)
        -------------------------------------------------------------
        START = (1).-(2)-(3) (4):(5):(6)       STOP=(7).-(8)-(9)(10):(11):(12)
        TOTAL NUMBER OF ERRORS LEADING TO
        RELOAD RESTART OTHER
        -------------------------------------------------------------
        (13).  (14).   (15).
        TOTAL NUMBER OF DIFFERENT
        ERRTYPES  NA WITH RELOAD  NA WITH RESTART  NA OTHER ERRORS
        -------------------------------------------------------------
        (16).     (17).           (18).            (19).
        TOP 10 OF ALL ERRORTYPES:
        ERRTYPE   NBR
        -------------------------------------------------------------
        (21)..    (22).
        TOP 10 OF NA WITH ALL ERRORS:
        TYPE   NA   NBR
        -------------------------------------------------------------
        (24).. (25) (26)
        TOP 10 OF NA WITH RELOAD:
        TYPE   NA      ERT/NBR    ERT/NBR    ERT/NBR    ERT/NBR    ERT/NBR
        ------------------------------------------------------------------
        (30).. (31)(32)../(33)(34)../(35)(36)../(37)(38)../(39)(40)../(41)(42)
        TOP 10 OF NA WITH RESTART:
        TYPE   NA      ERT/NBR    ERT/NBR    ERT/NBR    ERT/NBR    ERT/NBR
        ------------------------------------------------------------------
        (44).. (45) (46)../(47) (48)../(49) (50)../(51) (52)../(53) (54)../(55)
        TOP 10 OF NA WITH OTHER ERROR:
        TYPE   NA      ERT/NBR    ERT/NBR    ERT/NBR    ERT/NBR    ERT/NBR
        ------------------------------------------------------------------
        (57).. (58) (59)../(60) (61)../(62) (63)../(64) (65)../(66) (67)../(68)
        OBSERVED ERRORS:
        ERRTYPE  THRESHOLD  NBR
        ------------------------------------------------------------------
        (70).    (71)        (72)
  REPORT REFERENCE NUMBER = 7439

Parameter Identification

Par. No. Meaning Remarks
(A) Message type
(1) Statistics gathering period start date year
(2) Statistics gathering period start date month
(3) Statistics gathering period start date day
(4) Statistics gathering period start time hour
(5) Statistics gathering period start time minute
(6) Statistics gathering period start time seconds
(7) Statistics gathering period stop date year
(8) Statistics gathering period stop date month
(9) Statistics gathering period stop date day
(10) Statistics gathering period stop time hour
(11) Statistics gathering period stop time minute
(12) Statistics gathering period stop time seconds
(13) Total number of reloads number of reloads
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(14) Total number of restarts number of restarts
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(15) Total number of errors number of errors
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(16) Total number of different error types number of different error types
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(17) Total number of different network addresses with reload number of network addresses
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(18) Total number of different network addresses with restart number of network addresses
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(19) Total number of different network addresses with other errors number of network addresses
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(21) Error type in the list of TOP-10 with the highest count see SI 008
(22) Number of occurences related to the error type number of occurences
OVERFLOW OVERFLOW: means that maximum
counter value (32767) is reached
or exceeded
(24) PBA type as NA is not unique anymore in
MPSR
BB-AS MPSR board
BB-PS1 MPSR board
BB-PS2 MPSR board
BB-RCD MPSR board
BB-RLK MPSR board
BB-RPU MPSR board
BB-XLK MPSR board
CCK MPSR board
NB-CE S12 processor
SCC MPSR board
(25) Network address in the list of
TOP-10 with the highest error count
in hexadecimal form
(26) Number of faults related to the network address number of faults
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(30) PBA type
see param (24)
as NA is not unique anymore in
MPSR
(31) Network address in the list of
TOP-10 with the highest reload count
in hexadecimal form
(32) Error type see SI 008
(33) Number of reloads caused by this errortype number of reloads
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(34) Error type see SI 008
(35) Number of reloads caused by this errortype number of reloads
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(36) Error type see SI 008
(37) Number of reloads caused by this errortype number of reloads
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(38) Error type see SI 008
(39) Number of reloads caused by this errortype number of reloads
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(40) Error type see SI 008
(41) Number of reloads caused by this errortype number of reloads
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(42) Total reload unavailibility time in seconds
(44) PBA type
see param (24)
as NA is not unique anymore in
MPSR
(45) Network address in the list of
TOP-10 with the highest restart count
in hexadecimal form
(46) Error type see SI 008
(47) Number of restarts caused by this errortype number of restarts
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(48) Error type see SI 008
(49) Number of restarts caused by this errortype number of restarts
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(50) Error type see SI 008
(51) Number of restarts caused by this errortype number of restarts
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(52) Error type see SI 008
(53) Number of restarts caused by this errortype number of restarts
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(54) Error type see SI 008
(55) Number of restarts caused by this errortype number of restarts
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(57) PBA type
see param (24)
as NA is not unique anymore in
MPSR
(58) Network address in the list of
TOP-10 with the highest other fault count
in hexadecimal form
(59) Error type see SI 008
(60) Number of errors for this errortype number of errors
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(61) Error type see SI 008
(62) Number of errors for this errortype number of errors
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(63) Error type see SI 008
(64) Number of errors for this errortype number of errors
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(65) Error type see SI 008
(66) Number of errors for this errortype number of errors
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(67) Error type see SI 008
(68) Number of errors for this errortype number of errors
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded
(70) Observed error type see SI 008
(71) Observed error type threshold value
(72) Number of occurrences related to the observed error type number of occurrences
OVF OVERFLOW: means that maximum
counter value (255) is reached or
exceeded