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Using PEEDI
[ACTIONS]
AUTORUN=3
1 = prog_tftp_dump
2 = erase_program
3 = prog_tftp
4 = prog_card
6 = dump_tftp
8 = dump_card
[erase_program]
flash erase 0x400000 0x600000
flash prog tftp://192.168.1.41/main_romram.bin bin 0x400000
[prog_tftp]
flash prog tftp://192.168.1.41/main_romram.bin bin 0x400000 erase
[prog_tftp_dump]
flash prog tftp://192.168.1.41/dump.bin bin 0x400000 erase
[prog_card]
flash prog card://dump.bin bin 0x400000 erase
[dump_tftp]
memory dump 0x400000 0x100000 tftp://192.168.1.41/dump.bin
[dump_card]
memory dump 0x400000 0x100000 card://dump.bin
3.10 Serial Interface
PEEDI’s RS232 connector is routed to a predefined TCP port (in the configuration file). This way if
a telnet connection is opened to that TCP port, the telnet application will receive each byte coming
in through the RS232 port. Vice versa, all data that is sent from the telnet application to the TCP
port is forwarded to the RS232 port. Note that no flow control is supported. You can use the normal
command line telnet connection to PEEDI simultaneously, as they work completely independent.
For information how to set serial port parameters, see section SERIAL in ’Target configuration file’
chapter.
3.11 ARM DCC Interface
On ARM targets, PEEDI routes the core’s DCC to a TCP port. This way if a telnet connection is
opened to that TCP port, the telnet application will receive each byte coming in through the DCC.
PEEDI User’s Manual
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