Manualshelf

MPE/iX Error Messages Manual Vol 2 (32650-90879)

ManualsBrandsHP ManualsSoftwareMPE/iX 6.0 Operating System
291292293294295296297298299300
Chapter 8 299
System Startup, Shutdown, and Configuration
Class Errors
where:
xx = the last two digits of the hex display.
00 MESSAGE No message. System halts. (E)
CAUSE Error indicates that the coprocessor is frozen.
ACTION Contact your Hewlett-Packard Support Representative.
Remove the floating-point board, then reboot the system.
02 MESSAGE No message. System halts. (E)
CAUSE Test fails as single load followed by a single store is
executed without an intervening I-cache miss.
ACTION Contact your Hewlett-Packard Support Representative.
Remove the floating-point board, then reboot the system.
03 MESSAGE No message. System halts. (E)
CAUSE Test fails as double load followed by a double store is
executed to see that the lower word returns correctly.
ACTION Contact your Hewlett-Packard Support Representative.
Remove the floating-point board, then reboot the system.
04 MESSAGE No message. System halts. (E)
CAUSE Test fails as floating-point operation is executed and
followed by a sufficient number of nonfloating-point
instructions to ensure that the FP operation has been
completed. A single-precision store performs the check of
the result.
ACTION Contact your Hewlett-Packard Support Representative.
Remove the floating-point board, then reboot the system.
05 MESSAGE No message. System halts. (E)
CAUSE An error occurs as a floating-point compare operation that
sets the C bit is executed. An FTEST instruction checks
that the C bit has been set.
ACTION Contact your Hewlett-Packard Support Representative.
Remove the floating-point board, then reboot the system.
06 MESSAGE No message. System halts. (E)
CAUSE An error occurs as a load of the status register is
attempted from an I/O address. This should abort.
ACTION Contact your Hewlett-Packard Support Representative.
Remove the floating-point board, then reboot the system.
07 MESSAGE No message. System halts. (E)
CAUSE An error occurs as a coprocessor load followed by a
floating-point operation that uses the load data is
executed.