Analog Devices VisualDSP++ 3.5 Manual page 124

ADSP-2192 DSP Loader Guide
Table 4-4. ADSP-2192 DSP Loader Command-Line Switches (Cont'd)
Switch
-Mo filename
-Mt targetname
-o file
-proc ADSP-2192
or
-dADSP2192
-si-revision version
-v
4-14
Description
Writes make dependencies to the named file.
The option is for use with either the
-Mo
not present, the default is a
Specifies the make dependencies target name.
The option is for use with either the
-Mt
not present, the default is the name of the input file with the
extension.
Specifies the name of the output file.
Produces an output file for the ADSP-2192-12 processor.
Note:
-proc ADSP-2192
switch is for legacy support only.
Provides a silicon revision of the specified processor.
The parameter represents a silicon revision of the processor
version
specified by the switch. The revision version takes one of two
-proc
forms:
• One or more decimal digits, followed by a point, followed by one
or two decimal digits. Examples of revisions are:
. Version is distinct from and "lower" than version
23.1 0.1
. The digits to the left of the point specify the chip tapeout
0.10
number; the digits to the right of the point identify the metal
mask revision number. The number to the right of the point can-
not exceed decimal
255
• A version value is also supported, indicating that the
none
VDSP++ tool should ignore silicon errata.
This switch either generates a warning about any potential anomalous
conditions or generates an error if any anomalous conditions occur.
Note: In the absence of the silicon revision switch, the loader selects
the greatest silicon revision it is aware of, if any.
Note: In the absence of the
value)—
-si-revision
generates an error.
Outputs verbose loader messages and status information as the loader
processes files.
or -
-M MM
display.
<stdout>
or -
-M MM
is the preferred form. The
.
parameter (a valid version
version
alone or with an invalid value—the loader
VisualDSP++ Loader Manual
for 16-Bit Processors
option. If is
-Mo
option. If is
-Mt
.LDR
-dADSP2192
; ;
0.0 1.12