Texas Instruments TMS320C6 Series, Руководство пользователя

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Managing Data in Memory
7-6
7.4 Managing Data in Memory
In mixed and assembly modes, the debugger maintains a MEMORY window
that displays the contents of memory. For details concerning the MEMORY
window, see
MEMORY windows on page 3-13.
MEMORY
Addresses Data
00000100 06be14f6 063de2f6 05bdc2f6
0000010c 053da2f6 06bd82f4 063d62f4
00000118 05bd42f5 00000000 05080059
00000124 053d22f4 000f8411 05a80064
00000130 01280064 00000001 00000000
0000013c 00000000 0000ae29 003d02f5
The debugger has commands that show the memory values at a specific
location or that display a different range of memory in the MEMORY window.
The debugger allows you to change the values at individual locations; for more
information, refer to Section 7.3,
Basic Methods for Changing Data Values.
Displaying memory contents
The main way to observe memory contents is to view the display in a
MEMORY window. The debugger displays the default MEMORY windows au-
tomatically (labeled MEMORY). You can open any number of additional
MEMORY windows to display different memory ranges.
The amount of memory that you can display in a MEMORY window is limited
by the size of the window (which is limited only by the screen size).
mem You can use the MEM command to open an additional MEMORY window or
to display a different memory range in a window. The syntax for this command
is:
mem expression [, [display format] [, window name] ]
-
The expression represents the address of the first entry in the MEMORY
window. The end of the range is defined by the size of the window: to show
more memory locations, make the window larger; to show fewer locations,
make the window smaller. For more information, see
Resizing a window
on page 3-24.