simulavr(1) [debian man page]

SIMULAVR(1)							   User Commands						       SIMULAVR(1)

NAME

       simulavr - Atmel AVR simulator

SYNOPSIS

       simulavr [OPTIONS]... -d DEVICE [IMAGE]

DESCRIPTION

       Simulate an avr device. The optional IMAGE file is loaded into the flash program memory space of the device.

   Options
       -h, --help
	      Show this message

       -D, --debug
	      Debug instruction output

       -v, --version
	      Print out the version number and exit

       -g, --gdbserver
	      Run as a gdbserver process

       -G, --gdb-debug
	      Print out debug messages for gdbserver

       -p, --port <port>
	      Listen for gdb connection on TCP port

       -d, --device <dev>
	      Specify device type

       -e, --eeprom-image <img>
	      Specify an eeprom image file

       -E, --eeprom-type <type>
	      Specify the type of the eeprom image file

       -F, --flash-type <type>
	      Specify the type of the flash image file

       -L, --list-devices
	      Print supported devices to stdout and exit

       -P, --disp-prog <prog>
	      Display register and memory info with prog

       -X, --without-xterm
	      Don't start disp prog in an xterm

       -C, --core-dump
	      Dump a core memory image to file on exit

       -c, --clock-freq <freq>
	      Set the simulated mcu clock freqency (in Hz)

       -B, --breakpoint <addr>
	      Set a breakpoint (address is a byte address)

       If the image file types for eeprom or flash images are not given, the default file type is binary.

       If  you wish to run the simulator in gdbserver mode, you do not have to specify a flash-image file since the program can be loaded from gdb
       via the `load` command.

       If '--port' option is given, and '--gdbserver' is not, port is ignored

       If running in gdbserver mode and port is not specified, a default port of 1212 is used.

       If using the '--breakpoint' option, note the simulator will terminate when the address is hit if you are not  running  in  gdbserver  mode.
       This  feature not intended for use in gdbserver mode. It is really intended for testing the simulator itself, but may be useful for testing
       avr programs too.

   Currently available device types:
       Use the '--list-devices' option to obtain the list your version of simulavr supports.

	       at90s1200
	       at90s2313
	       at90s4414
	       at90s8515
	       atmega8
	       atmega16
	       atmega103
	       atmega128
	       at43usb351
	       at43usb353
	       at43usb355
	       at43usb320
	       at43usb324
	       at43usb325
	       at43usb326

AUTHOR

       Written by Theodore A. Roth.

REPORTING BUGS

       Report bugs to <simulavr-devel@nongnu.org>

COPYRIGHT

       Copyright 2001, 2002, 2003  Theodore A. Roth.

       simulavr is free software, covered by the GNU General Public License, and you are welcome to change it and/or distribute copies of it under
       the conditions of the GNU General Public License.

SEE ALSO

       http://savannah.nongnu.org/projects/simulavr/

simulavr 0.1.2.2						      @DATE@							       SIMULAVR(1)

Check Out this Related Man Page

EEP24C(1)						      General Commands Manual							 EEP24C(1)

NAME

       eep24c - read and write 24Cxxx eeprom devices

SYNOPSIS

       eep24c -d device [ -r[n] filename | -w[n] filename | -k[n] filename | -f[n] xx ]

DESCRIPTION

       The command eep24c can be used to read and write 24Cxxx eeprom devices.

OPTIONS

       The following options are available:

       -d device
	      Specify the device type. To see a list of the supported devices, try -d help

       -r filename
	      Read from eeprom and save to a file.

       -w filename
	      Read from a file and write to eeprom.  The addresses not specified in the input file will be filled with 00.

       -k filename
	      Read  from  a  file and write to eeprom.	The addresses not specified in the input file will be kept with its previous values. (this
	      mode is twice slower. It reads whole memory to know previous values, then write whole memory)

       -f XX  Fills the whole eeprom with XX (XX is an hexadecimal value)

       n      Can be used to multiply clock time. If you have a long cable, you may use this option. Example: -r5 will read eeprom 5 times  slower
	      (pulse width will be standard value multiplied by 5). Valid range for n is from 1 to 50.	Default value is 1.

USAGE EXAMPLES

       eep24c -d 24c04 -r file.hex
	      read eeprom, write to file.hex

       eep24c -d 24c04 -r3 file.hex
	      read eeprom, write to file.hex, 3 times slower.

       eep24c -d 24c04 -w file.hex
	      read file.hex and write to eeprom. All the bytes not found in file.hex will be written as 00.

       eep24c -d 24c04 -k file.hex
	      read file.hex and write to eeprom. All the bytes not found in file.hex will remain unchanged.

       eep24c -d 24c04 -f 7A
	      fill eeprom with 7A (hexadecimal).

INPUT AND OUTPUT FORMAT

       Input and output file format is Intel Hexadecimal Object File Format
       You can find this specification at
       ftp://download.intel.com/support/processors/
       i960/devtools/INTELHEX.PDF
       Record  types  00  and 01 are implemented in this version.  In input lines, LF and CR+LF are accepted as newline markers.  Output files are
       generated with LF as a newline marker.

DEVICE SPECIFIC

       If you are using Microchip 24*515, you must tie its pin A2 to VCC (needs a hardware modification, see device datasheet).

SEE ALSO

       ihex2txt(1), txt2ihex(1).

AUTHOR

       This manual page was written by Pedro Zorzenon Neto <pzn@vztech.com.br>.

								    2002-11-14								 EEP24C(1)

Linux and UNIX Man Pages

simulavr(1) [debian man page]

Check Out this Related Man Page