Command-Line Version
56800E Flash Programmer User Guide, Rev. 0
Freescale Semiconductor
9
Connects to the local computer, at port 1000
fflash flash.cfg my_appl.S –remote=127.0.0.1:1000
Connects to the remote CCS server at IP address 1.2.3.4
fflash flash.cfg my_appl.S–remote=1.2.3.4
Connects to the remote CCS server named BOB
fflash flash.cfg my_appl.S –remote=BOB
Connects to the remote CCS server at IP address 1.2.3.4 at port 1000
fflash flash.cfg my_appl.S –remote=1.2.3.4:1000
2.1.1.15 –s
This option enables
Silent
mode. Normally the 56800E Flash Programmer reports an error for each word
of data, or code, found in the specified S-Record not fitting into any of the address ranges of the Flash
blocks defined in the Flash configuration file. When
Silent
mode is enabled, the 56800E Flash Programmer
only reports some data was ignored, but it does not print any further details.
Example:
fflash flash.cfg my_appl.S –s
2.1.1.16 –t<S-record file>
Legacy Support
This option has the same behavior as simply specifying additional S-Records, or ELF files, on the
command line; however, using the –t guarantees it will be the last S-Record, or ELF file, loaded in the
chain.
Example:
fflash flash.cfg my_app.S –tserial.S
2.1.1.17 –timeout=<x>
This option determines the wait length in seconds for the CCS server to respond before it will abort and
return an error. The default value is 5 seconds.
Example:
fflash flash.cfg my_appl.S –timeout=10
2.1.1.18 –USB
By default, the 56800E Flash Programmer uses the current configured device on the CCS server. However,
the default can be overridden by the –USB or –LPTX switches. The USB switch configures the CCS server
for the
CodeWarrior USB TAP
device. Additionally, this change is permanent to CCS, and may need to
be changed before other applications use the CCS server. When connecting to a remote CCS server using
the –remote switch, the remote server will be configured to use the USB port.
Example:
fflash flash.cfg my_appl.S –USB
2.1.1.19 –v<mem><start>:<end>
This option allows the user to view the DSC memory by dumping the contents of the memory to the screen.
‘<mem>’ specifies whether Data (‘X’) or Program (‘P’) memory should be dumped. Addresses, ‘<start>’
and ‘<end>’, are expressed in hexadecimal.
