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Chapter 12: Emulator/Analyzer Interface Commands
display memory
mnemonic
This causes the memory listing to be formatted in assembly language instruction
mnemonics with associated operands. When specifying mnemonic format, you
should include a starting address that corresponds to the first byte of an operand to
ensure that the listed mnemonics are correct. If set source only is on, you will see
only the high level language statements and corresponding line numbers.
offset_by
This option lets you specify an offset that is subtracted from each of the absolute
addresses before the addresses and corresponding memory contents are listed. You
might select the offset value so that each module appears to start at address 0000H.
The memory contents listing will then appear similar to the assembler or compiler
listing.
This option is also useful for displaying symbols and source lines in dynamically
relocated programs.
previous_display
Returns to display associated with the previous mnemonic memory display
command.
real
Formats memory values in the listing as real numbers. (NaN in the display list
means "Not a Number.")
repetitively
Updates the memory listing display continuously. You should only use this to
monitor memory while running user code, since it is very CPU intensive. To allow
updates to the current memory display whenever memory is modified, a file is
loaded, software breakpoint is set, etc., use the set update command.
short
Formats the memory list as 32-bit real numbers.
thru
This option lets you specify a range of memory locations to be displayed. Use the
<Up arrow>, <Down arrow>, <NEXT>, and <PREV> keys to view additional
memory locations.
words
Displays the absolute or blocked memory listing as 16-bit word values.
,
A comma after memory in the command line appends the current display memory
command to the preceding display memory command. The data specified in both
commands is displayed. The data will be formatted as specified in the current
command. The comma is also a delimiter between values when specifying multiple
addresses.
Examples
You can display memory in real number and mnemonic formats:
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