| CRN 06938 | DISPLAY-RESTART-INFO |
SWA-EXCHANGE DEFENCE
|
|(A)....................... (B).................
| (C)........................... (D) (E)
|-----------------------------------------------------------------
NA = (1)...
AMOUNT = (2)
==> (3).............................
REL-ID = (4)..
DB-MAINSTAT = (5)
DB-SUBSTAT = (6)
ERROR POINT = (7)
LCE = (8)...
INDEX = (9)
RECOVERY LEVEL = (10)
SENDER PROCESS ID = (11)..
ERROR CLASS = (12)
ERROR TYPE = (13)-(14).....................
USER DATA : (15).. (16).. (17).. (18).. (19)..
PROGRAM TYPE = (20)
PROCESS DEF = (21)
FMM ID = (22)
PROCESS ID = (23)..
ERROR POINT : CS = (24).. IP = (25)..
ERROR TIME = (26) MIN (27),(28) SEC
ERROR SEQ NR = (30)
CE STATUS = (31)
CE INIT LEVEL = (32)
RUN JOB PROC ID = (33)..
ACTUAL JOB TYPE = (34)
PREVIOUS JOB TYPE = (35)
REGISTERS :
SP = (36)..
SS = (37)..
BP = (38)..
BX = (39)..
DS = (40)..
ES = (41)..
ES = (42)..
SI = (43)..
SI = (44)..
DI = (45)..
DI = (46)..
AX = (47)..
AX = (48)..
CX = (49)..
CX = (50)..
DX = (51)..
DX = (52)..
IP = (53)..
IP = (54)..
CS = (55)..
CS = (56)..
USER STACK :
(57).. (58).. (59).. (60).. (61).. (62).. (63).. (64)..
(65).. (66).. (67).. (68).. (69).. (70).. (71).. (72)..
(73).. (74).. (75).. (76).. (77).. (78).. (79).. (80)..
(81).. (82).. (83).. (84).. (85).. (86).. (87).. (88)..
JOB STATUS = (89)
AVAILABLE MSG BUF = (90)
AVAILABLE PCB'S = (91)
AVAILABLE TCB'S = (92)
AVAILABLE OCB'S = (93)
(94).. TIME : (95) (96)-(97)-(98) (99):(100):(101),(102)
REPORT REFERENCE NUMBER = 6469
| Par. No. | Meaning | Remarks |
|---|---|---|
| (A) | Command name | |
| (B) | Main execution result | |
| (C) | Result part type | |
| (D) | Result part number | |
| (E) | Continuation indicator | |
| (1) | Network address of CE (hexadecimal) | |
| (2) | Amount of restarts to be displayed | |
| (3) | Main execution result | |
| (4) | Relation identity | |
| (5) | Database main status | |
| (6) | Database sub-status | |
| (7) | Error point referring to a specific point in the source listing as indication where the database failure occured | |
| (8) | Logical CE identity | |
| (9) | Database index | |
| (10) | Recovery level | |
| (11) | Process identity of the sender | |
| (12) | Error class | |
| AUDIT | errors reported from audit
programs (not including blocked process audit) | |
| BLOCKED PROCESS AUDIT | errors reported from when a
process is found blocked | |
| DUAL PORT MEMORY | errors in case of Dual Port
Memory failure (PLCE or defence processor) | |
| ERROR HANDLER | error class used by error handler
to report the errors it has detected itself | |
| FORCED RELOAD | indication of a forced bootstrap
of a processor, message interface FMM puts this class in the boot buffer after the reception of a forced boot request from maintenance or the operator | |
| FORCED RESTART | indication of a forced restart of
a processor, message interface FMM puts this class in the restart buffer after the reception of a forced restart request from maintenance or the operator | |
| HARDWARE DH | hardware errors found by device
handlers | |
| HARDWARE RT | hardware errors found by routine
tests | |
| INITIALISE | error class to be used when an
FMM is not able to initialise itself after having received the FMM_INIT message | |
| MATE | in case the message handler
detects an access failure from a standby CE that tries to communicate with the mate | |
| NON MASKABLE INTERRUPT | non maskable trap such as write
protect violation or invalid addressing reported by process manager | |
| NOTIFY | error class to be used for error
reports with no system reaction needed but which have always to be reported to the operator | |
| OSN NON-RECOVERABLE | non-recoverable errors reported
by OSN module | |
| OSN RECOVERABLE | recoverable errors in OSN module | |
| OSN USER | errors detected by OSN during the
process of primitives due to incorrect info given by the user (FMM or SSM) of the primitives | |
| OVERLAY MANAGER | errors reported from Local
Overlay Manager when an overlay FMM is timed out | |
| POWER ON | power-on indication | |
| RELOAD | error class to indicate
explicitely that a processor reload is needed (to be used very carefully) | |
| RESTART | error class to indicate
explicitely that a processor restart is needed (to be used by non-critical FMMs) | |
| SANITY | unmaskable interrupt from Sanity
Timer | |
| SUMCHECK | sumcheck failure | |
| USER NON-RECOVERABLE | errors reported by FMMs or SSMs
in case that no internal recovery was possible | |
| USER RECOVERABLE | errors reported by FMMs or SSMs
in case that internal recovery was possible | |
| (13) | Error type | value (see SI 008) |
| (14) | Error type | mnemonic (see SI 008) |
| (15) | Word 1 of user data | |
| (16) | Word 2 of user data | |
| (17) | Word 3 of user data | |
| (18) | Word 4 of user data | |
| (19) | Word 5 of user data | |
| (20) | Program type | |
| (21) | Process definition | |
| (22) | FMM identity | |
| (23) | Process identity | |
| (24) | Code segment | |
| (25) | Instruction pointer | |
| (26) | Error time, minutes | |
| (27) | Error time, seconds | |
| (28) | Error time, tenths of seconds | |
| (30) | Error sequence number | |
| (31) | CE status | |
| (32) | CE initialisation level | |
| (33) | Running job process identity | |
| (34) | Actual job type | |
| (35) | Previous job type | |
| (36) | SP register | |
| (37) | SS register | |
| (38) | BP register | |
| (39) | BX register | |
| (40) | DS register | |
| (41) | ES register | |
| (42) | ES register | |
| (43) | SI register | |
| (44) | SI register | |
| (45) | DI register | |
| (46) | DI register | |
| (47) | AX register | |
| (48) | AX register | |
| (49) | CX register | |
| (50) | CX register | |
| (51) | DX register | |
| (52) | DX register | |
| (53) | IP register | |
| (54) | IP register | |
| (55) | CS register | |
| (56) | CS register | |
| (57) | Word 1 of user stack | |
| (58) | Word 2 of user stack | |
| (59) | Word 3 of user stack | |
| (60) | Word 4 of user stack | |
| (61) | Word 5 of user stack | |
| (62) | Word 6 of user stack | |
| (63) | Word 7 of user stack | |
| (64) | Word 8 of user stack | |
| (65) | Word 9 of user stack | |
| (66) | Word 10 of user stack | |
| (67) | Word 11 of user stack | |
| (68) | Word 12 of user stack | |
| (69) | Word 13 of user stack | |
| (70) | Word 14 of user stack | |
| (71) | Word 15 of user stack | |
| (72) | Word 16 of user stack | |
| (73) | Word 17 of user stack | |
| (74) | Word 18 of user stack | |
| (75) | Word 19 of user stack | |
| (76) | Word 20 of user stack | |
| (77) | Word 21 of user stack | |
| (78) | Word 22 of user stack | |
| (79) | Word 23 of user stack | |
| (80) | Word 24 of user stack | |
| (81) | Word 25 of user stack | |
| (82) | Word 26 of user stack | |
| (83) | Word 27 of user stack | |
| (84) | Word 28 of user stack | |
| (85) | Word 29 of user stack | |
| (86) | Word 30 of user stack | |
| (87) | Word 31 of user stack | |
| (88) | Word 32 of user stack | |
| (89) | Job status word | |
| (90) | Amount of available message buffers | |
| (91) | Amount of available Process control blocks | |
| (92) | Amount of available Timing control blocks | |
| (93) | Amount of available Overlay control blocks | |
| (94) | RELOAD or RESTART | |
| (95) | Reload time, day of week | |
| (96) | Reload time, day of month | |
| (97) | Reload time, month | |
| (98) | Reload time, year | |
| (99) | Reload time, hours | |
| (100) | Reload time, minutes | |
| (101) | Reload time, seconds | |
| (102) | Reload time, tenths of seconds |
| Key Parameter | Contents / Meaning | Action | ||
|---|---|---|---|---|
| 1 | 2 | 3 | ||
| (3) | BROADBAND CE . . . . . . . . . . . . . . . . . . . | C | ||
| (3) | DATA BASE FAILURE . . . . . . . . . . . . . . . . | A | ||
| (3) | DATA BASE INCONSISTENCY . . . . . . . . . . . . . | B | ||
| (3) | UNEXISTING NA . . . . . . . . . . . . . . . . . . | C | ||
| Action | Meaning |
|---|---|
| A | Special fault clearing will be necessary. Refer to the document FAULT REPORTING PROCEDURES which is part of the Customer Documentation Guide. If any error point is given it refers to a specific point in the source listing as an indication where the database failure has occurred. |
| B | The result data is given as an error message when inconsistent data is detected during the check of the operation. |
| C | If the input data is not correct, repeat the MMC-command with adapted data. If the input data is correct, the given result data can be taken as information only. |