uisp(1)


NAME

   uisp - Micro In-System Programmer for Atmel's AVR MCUs

SYNOPSIS

   uisp  [OPTION]..  -dprog=TYPE  -dpart=AT90XXX  --FUNCTION.. [if=SOURCE]
   [of=DEST]

DESCRIPTION

   Programming Methods:
   -dprog=<method>

          avr910 Standard   Atmel   Serial   Programmer/Atmel   Low   Cost
                 Programmer

          pavr   http://www.avr1.org/pavr/pavr.html

          stk500 Atmel STK500

          dapa   Direct AVR Parallel Access

          stk200 Parallel Starter Kit STK200, STK300

          abb    Altera ByteBlasterMV Parallel Port Download Cable

          atdh   Atmel-ISP Download Cable (P/N ATDH1150VPC)

          avrisp Atmel AVR ISP (?)

          bsd    http://www.bsdhome.com/avrdude/ (parallel)

          fbprg  http://ln.com.ua/~real/avreal/adapters.html (parallel)

          dt006  http://www.dontronics.com/dt006.html (parallel)

          maxi   Investment Technologies Maxi (parallel)

          dm04   Datamekatronik 2004 (parallel)

          dasa   serial (RESET=RTS SCK=DTR MOSI=TXD MISO=CTS)

          dasa2  serial (RESET=!TXD SCK=RTS MOSI=DTR MISO=CTS)

          dasa3  serial (RESET=!DTR SCK=RTS MOSI=TXD MISO=CTS)

   Target Device Selection:
   -dpart=part
          Set  target abbreviated name or number. For some programmers, if
          -dpart is not given programmer's supported devices  are  listed.
          Set  -dpart=auto for auto-select. Auto-select does not work with
          all programmers, so it is recommended to always specify a target
          device explicitly.

   Parallel Device Settings:
   -dlpt=address|device name
          specify device name (Linux ppdev, FreeBSD ppi, serial) or direct
          I/O parallel port address (0x378, 0x278, 0x3BC)

   -dno-poll
          Program without data polling (a little slower)

   -dno-retry
          Disable retries of program enable command

   -dvoltage=value
          Set timing specs according to the power supply  voltage  in  [V]
          (default 3.0)

   -dt_sck=time
          Set minimum SCK high/low time in micro-seconds (default 5)

   -dt_wd_flash=time
          Set FLASH maximum write delay time in micro-seconds

   -dt_wd_eeprom=time
          Set EEPROM maximum write delay time in micro-seconds

   -dt_reset=time
          Set reset inactive (high) time in micro-seconds

   -dinvert=[sck[,mosi[,miso[,reset]]]]]
          Invert specified lines Use -v=3 option to see current settings.

   -d89   Allow parallel programming of AT89S51 and AT89S52 devices.

   Atmel Low Cost Programmer Serial Device Settings:
   -dserial=device name
          Set serial interface as /dev/ttyS* (default /dev/avr)

   -dspeed=1200|2400|4800|9600|19200|38400|57600|115200
          Set speed of the serial interface (default 19200)

   Stk500 specific options:
   -dhiv  Use Hi-V programming instead of SPI (default is SPI).

   --rd_aref
          Read  the  ARef  Voltage.  Note  that due to a bug in the stk500
          firmware, the read value is sometimes off by 0.1 from the actual
          value measured with a volt meter.

   --wr_aref=value
          Set  the  ARef Voltage. Valid values are 0.0 to 6.0 volts in 0.1
          volt increments.  Value can  not  be  larger  than  the  VTarget
          value.

   --rd_vtg
          Read  the  Vtarget Voltage. Note that due to a bug in the stk500
          firmware, the read value is sometimes off by 0.1 from the actual
          value measured with a volt meter.

   --wr_vtg=value
          Set  the  VTarget  Voltage. Valid values are 0.0 to 6.0 volts in
          0.1 volt increments.  Value can not be  smaller  than  the  ARef
          value.

   --rd_osc
          Read the oscillator frequency in Hertz.

   --wr_osc=value
          Set the oscillator frequency in Hertz, from 14.06 to 3686400.

   Functions:
   --upload
          Upload "input_file" to the AVR memory.

   --verify
          Verify "input_file" (processed after the --upload opt.)

   --download
          Download AVR memory to "output_file" or stdout.

   --erase
          Erase device.

   --segment=flash|eeprom|fuse
          Set active segment (auto-select for AVA Motorola output)

   Fuse/Lock Bit Operations:
   --rd_fuses
          Read all fuses and print values to stdout

   --wr_fuse_l=byte
          Write fuse low byte

   --wr_fuse_h=byte
          Write fuse high byte

   --wr_fuse_e=byte
          Write fuse extended byte

   --wr_lock=byte
          Write lock bits. Argument is a byte where each bit is:
           Bit5 -> blb12
           Bit4 -> blb11
           Bit3 -> blb02
           Bit2 -> blb01
           Bit1 -> lb2
           Bit0 -> lb1

   --lock Write lock bits [old method; deprecated].

   Files:
   if=filename
          Input  file  for the --upload and --verify functions in Motorola
          S-records (S1 or S2) or 16 bit Intel format

   of=filename
          Output file for the --download function  in  Motorola  S-records
          format, default is standard output

   Other Options:
   -v=level
          Set verbose level (-v equals -v=2, min/max: 0/4, default 1)

   --hash=perbytes
          Print hash (default is 32 bytes)

   --help -h
          Help

   --version
          Print version information

   --terminal
          Invoke shell-like terminal

AUTHOR

   Written by Uros Platise.

REPORTING BUGS

   Report bugs to <uisp-dev@nongnu.org>

SEE ALSO

   http://savannah.nongnu.org/download/uisp/

COPYRIGHT

   (c) 1997-1999 Uros Platise, 2000-2004 Marek Michalkiewicz

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





Opportunity


Personal Opportunity - Free software gives you access to billions of dollars of software at no cost. Use this software for your business, personal use or to develop a profitable skill. Access to source code provides access to a level of capabilities/information that companies protect though copyrights. Open source is a core component of the Internet and it is available to you. Leverage the billions of dollars in resources and capabilities to build a career, establish a business or change the world. The potential is endless for those who understand the opportunity.

Business Opportunity - Goldman Sachs, IBM and countless large corporations are leveraging open source to reduce costs, develop products and increase their bottom lines. Learn what these companies know about open source and how open source can give you the advantage.





Free Software


Free Software provides computer programs and capabilities at no cost but more importantly, it provides the freedom to run, edit, contribute to, and share the software. The importance of free software is a matter of access, not price. Software at no cost is a benefit but ownership rights to the software and source code is far more significant.


Free Office Software - The Libre Office suite provides top desktop productivity tools for free. This includes, a word processor, spreadsheet, presentation engine, drawing and flowcharting, database and math applications. Libre Office is available for Linux or Windows.





Free Books


The Free Books Library is a collection of thousands of the most popular public domain books in an online readable format. The collection includes great classical literature and more recent works where the U.S. copyright has expired. These books are yours to read and use without restrictions.


Source Code - Want to change a program or know how it works? Open Source provides the source code for its programs so that anyone can use, modify or learn how to write those programs themselves. Visit the GNU source code repositories to download the source.





Education


Study at Harvard, Stanford or MIT - Open edX provides free online courses from Harvard, MIT, Columbia, UC Berkeley and other top Universities. Hundreds of courses for almost all major subjects and course levels. Open edx also offers some paid courses and selected certifications.


Linux Manual Pages - A man or manual page is a form of software documentation found on Linux/Unix operating systems. Topics covered include computer programs (including library and system calls), formal standards and conventions, and even abstract concepts.