User`s guide

NOTE
HALT has a higher priority than
LOOP. Thus, if
both are set, halt
on error occurs first.
Example: MIC>SE LO
NER - No error reports. SETting this flag causes the MICMON to skip the printout of error reporting.
Example: MIC>SE NE
BELL - Bell on error. SETting this flag causes the MICMON to ring the terminal bell each time an error
is reported.
Example: MIC>SE BE
SER - Enable single bit errors to be reported as normal errors. SETting this flag causes the MICMON to
print single bit errors.
Example: MIC>SE SE
TRACE - Trace execution. SETting this flag causes the MICMON to print the test number before start-
ing each test.
Example: MIC>SE TR
SOMM - Stop on micromatch. SETting this flag causes the MICMON to write bad parity to the WCS
location specified. When execution occurs and PARITY is set, the MICMON traps the interrupt caused by
the parity error.
If the address matches the last SOMM address, MICMON prints "SOMM" and the UPC
and returns to the command mode (MIC». If the parity is not the SOM address, a parity error message is
displayed. SETting SOMM a second time clears the previous address.
NOTE
CLear PArity must
be issued prior to SEt SOmm.
Example: MIC>SE SO xxxx
Where xxxx is the WCS address.
DEFAULT - Set flags to default value. SETting this flag cuases the MICMON to SET HALT, disable
SOMM and CLEAR all other flags.
Example: MIC>SE DE
PARITY - Set bad parity. SETting this flag causes the MICMON to write bad parity to the address
specified and to disable stall
on parity errors. If no address is given, only disable stall on parity error occurs.
Clear parity
is used to remove the bad parity error and reenable stall on parity error. If no address is given,
only enable stall
on parity error occurs. This command is also useful to write good parity at the location
that has data deposited into it. This assures the parity
at that location is correct.
Example: MIC>SE PA xxxx
Where xxxx is the WCS address.
B-4