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avrdude.conf.in
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# AVRDUDE Configuration File -*- text -*-
#
avrdude_conf_version = "@AVRDUDE_FULL_VERSION@";
# This file contains AVRDUDE's default configuration data describing
# programming hardware pinouts and part definitions. Normally, it
# requires AVRDUDE be of the same or higher version than above string.
# AVRDUDE's -C command line option specifies the location of the
# configuration file. The -c option names the programmer configuration
# which must match one of the entry's id parameter. The -p option
# identifies which part AVRDUDE is going to be programming and must
# match one of the parts' id parameters.
#
# DO NOT MODIFY THIS FILE. Modifications will be overwritten the next
# time a "make install" is run. For user-specific additions, use the
# "-C +filename" command line option.
#
# Possible entry formats are:
#
# programmer
# parent <id> # optional parent
# id = <id1> [, <id2> ... ] ; # <idN> are quoted strings
# desc = <description> ; # quoted string
# type = <type>; # programmer type, quoted string
# # list known types with -c ?type
# prog_modes = PM_<i/f> {| PM_<i/f>} # interfaces, eg, PM_SPM|PM_PDI (1)
# is_serialadapter = <yes|no> # programmer is also a serialadapter
# extra_features = HAS_<fea> {| HAS_<fea>} # extra features, eg, HAS_SUFFER (2)
# connection_type = parallel | serial | usb | spi
# baudrate = <num> ; # baudrate for avr910-programmer
# vcc = <pin1> [, <pin2> ... ] ; # pin number(s) (3)
# buff = <pin1> [, <pin2> ... ] ; # pin number(s)
# reset = <pin> ; # pin number
# sck = <pin> ; # pin number
# sdo|pico = <pin> ; # pin number
# sdi|poci = <pin> ; # pin number
# tck = <pin> ; # pin number
# tdi = <pin> ; # pin number
# tdo = <pin> ; # pin number
# tms = <pin> ; # pin number
# errled = <pin> ; # pin number
# rdyled = <pin> ; # pin number
# pgmled = <pin> ; # pin number
# vfyled = <pin> ; # pin number
# usbvid = <hexnum> ; # USB vendor ID
# usbpid = <hexnum> [, <hexnum> ...] ; # USB product ID (4)
# usbdev = <interface> ; # USB interface or other device info
# usbvendor = <vendorname> ; # USB Vendor Name
# usbproduct = <productname> ; # USB Product Name
# usbsn = <serialno> ; # USB Serial Number
# hvupdi_support = <num> [, <num>, ... ] ; # HV support for enabling UPDI
# ;
#
# # Notes
# #
# # (1) The following program modes are known:
# # - PM_SPM: Bootloaders, self-programming with SPM opcodes or NVM Controllers
# # - PM_TPI: Tiny Programming Interface (t4, t5, t9, t10, t20, t40, t102, t104)
# # - PM_ISP: SPI programming for In-System Programming (almost all classic parts)
# # - PM_PDI: Program and Debug Interface (xmega parts)
# # - PM_UPDI: Unified Program and Debug Interface
# # - PM_HVSP: High Voltage Serial Programming (some classic parts)
# # - PM_HVPP: High Voltage Parallel Programming (most non-HVSP classic parts)
# # - PM_debugWIRE: Simpler alternative to JTAG (a subset of HVPP/HVSP parts)
# # - PM_JTAG: Joint Test Action Group standard (some classic parts)
# # - PM_JTAGmkI: Subset of PM_JTAG, older parts, Atmel ICE mkI
# # - PM_XMEGAJTAG: JTAG, some XMEGA parts
# # - PM_AVR32JTAG: JTAG for 32-bit AVRs
# # - PM_aWire: AVR32 parts
# #
# # (2) The following extra programmer features are known:
# # - HAS_SUFFER: Only present on Xplained Mini/Nano programmers.
# # The Super User Fantastic Feature Enable Register allows the user to modify
# # the behavior of the mEDBG programmer/debugger chip. See the Xplained Mini/Nano
# # documentation for more information
# # - HAS_VTARG_SWITCH: Programer has a programmable target power switch
# # - HAS_VTARG_READ: Programmer can read the target voltage
# # - HAS_VTARG_ADJ: Programmer has an adjustable target power source that can
# # be controlled with Avrdude
# # - HAS_FOSC_ADJ: Programmer has a programable frequency generator that
# # can clock an AVR directly through its XTAL1 pin
# # - HAS_VAREF_ADJ: Programmer has an adjustable analog reference voltage that
# # can be controlled with Avrdude
# #
# # (3) To invert the polarity of a pin use a tilde: ~<num>
# # To invert the polarity of all pins in a list use ~(<num1> [, <num2> ... ])
# #
# # (4) Not all programmer types can process a list of PIDs
#
# serialadapter # same as programmer albeit only for usb parameters
# parent <id> # optional serialadapter or programmer parent
# id = <id1> [, <id2> ... ] ; # <idN> are quoted strings
# desc = <description> ; # quoted string
# baudrate = <num> ; # optional default baudrate, eg, in .avrduderc
# usbvid = <hexnum> ; # USB vendor ID
# usbpid = <hexnum> [, <hexnum> ...] ; # list of USB product IDs
# usbsn = <serialno> ; # USB Serial Number in per-user .avrduderc
# ;
#
# part
# desc = <description> ; # quoted string, the long part name, eg, "ATmega328p"
# id = <id> ; # quoted string, normally an abbreviated part name
# variants = <str1> [, <str2> ...]; # quoted strings, each starts with "<alt-name>: ..."
# family_id = <id> ; # quoted string, eg, "megaAVR" or "tinyAVR"
# prog_modes = PM_<i/f> {| PM_<i/f>} # interfaces, eg, PM_SPM|PM_ISP|PM_HVPP|PM_debugWIRE
# mcuid = <num>; # unique id in 0..2039 for 8-bit AVRs
# archnum = <num>; # avr-gcc architecture number for the part
# n_interrupts = <num>; # number of interrupts, used for vector bootloaders
# n_page_erase = <num>; # if set, number of pages erased during SPM erase
# n_boot_sections = <num>; # Number of boot sections
# boot_section_size = <num>; # Size of (smallest) boot section, if any
# hvupdi_variant = <num> ; # numeric: -1 or 0..3; how to enable UPDI with HV
# stk500_devcode = <num> ; # numeric
# avr910_devcode = <num> ; # numeric
# is_at90s1200 = <yes/no> ; # AT90S1200 part
# signature = <num> <num> <num> ; # signature bytes
# usbpid = <num> ; # DFU USB PID
# chip_erase_delay = <num> ; # microseconds
# reset = dedicated | io ;
# retry_pulse = reset | sck ;
# # STK500 parameters (parallel programming IO lines)
# pagel = <num> ; # page load pin name in hex, eg, 0xD7
# bs2 = <num> ; # byte select 2 pin name in hex, eg, 0xA0
# serial = <yes/no> ; # can use serial programming
# parallel = <yes/no/pseudo> ; # can use parallel programming
# # STK500v2 parameters, to be taken from Atmel's ATDF files
# timeout = <num> ;
# stabdelay = <num> ;
# cmdexedelay = <num> ;
# synchloops = <num> ;
# bytedelay = <num> ;
# pollvalue = <num> ;
# pollindex = <num> ;
# predelay = <num> ;
# postdelay = <num> ;
# pollmethod = <num> ;
# hvspcmdexedelay = <num> ;
# # STK500v2 HV programming parameters, from ATDFs
# pp_controlstack = <num>, <num>, ... ; # PP only
# hvsp_controlstack = <num>, <num>, ... ; # HVSP only
# flash_instr = <num>, <num>, <num> ;
# eeprom_instr = <num>, <num>, ... ;
# hventerstabdelay = <num> ;
# progmodedelay = <num> ; # PP only
# latchcycles = <num> ;
# togglevtg = <num> ;
# poweroffdelay = <num> ;
# resetdelayms = <num> ;
# resetdelayus = <num> ;
# hvleavestabdelay = <num> ;
# resetdelay = <num> ;
# synchcycles = <num> ; # HVSP only
# chiperasepulsewidth = <num> ; # PP only
# chiperasepolltimeout = <num> ;
# chiperasetime = <num> ; # HVSP only
# programfusepulsewidth = <num> ; # PP only
# programfusepolltimeout = <num> ;
# programlockpulsewidth = <num> ; # PP only
# programlockpolltimeout = <num> ;
# # debugWIRE and/or JTAG ICE mkII parameters, also from ATDF files
# allowfullpagebitstream = <yes/no> ;
# enablepageprogramming = <yes/no> ;
# idr = <num> ; # IO addr of IDR (OCD) reg
# rampz = <num> ; # IO addr of RAMPZ reg
# spmcr = <num> ; # mem addr of SPMC[S]R reg
# eecr = <num> ; # mem addr of EECR reg
# eind = <num> ; # mem addr of EIND reg
# mcu_base = <num> ; # MCU control block in ATxmega devices
# nvm_base = <num> ; # NVM controller in ATxmega devices
# ocd_base = <num> ; # OCD module in AVR8X/UPDI devices
# syscfg_base = <num> ; # Chip revision ID in AVR8X/UPDI devices
# ocdrev = <num> ; # JTAGICE3 parameter from ATDF files
# pgm_enable = <instruction format> ;
# chip_erase = <instruction format> ;
# # parameters for bootloaders
# autobaud_sync = <num> ; # autobaud detection byte, default 0x30
# factory_fcpu = <num> ; # F_CPU in Hz on reset and factory-set fuses
#
# memory <memstr>
# paged = <yes/no> ; # yes/no (flash of classic parts only)
# offset = <num> ; # memory offset
# size = <num> ; # bytes
# page_size = <num> ; # bytes
# num_pages = <num> ; # numeric
# initval = <num> ; # factory setting of fuses and lockbits
# bitmask = <num> ; # bits used (only in fuses and lockbits)
# n_word_writes = <num> ; # TPI only: if set, number of words to write
# min_write_delay = <num> ; # micro-seconds
# max_write_delay = <num> ; # micro-seconds
# readback = <num> <num> ; # pair of byte values
# readback_p1 = <num> ; # byte value (first component)
# readback_p2 = <num> ; # byte value (second component)
# pwroff_after_write = <yes/no> ; # yes/no
# mode = <num> ; # STK500 v2 file parameter from ATDF files
# delay = <num> ; # "
# blocksize = <num> ; # "
# readsize = <num> ; # "
# read = <instruction format> ;
# write = <instruction format> ;
# read_lo = <instruction format> ;
# read_hi = <instruction format> ;
# write_lo = <instruction format> ;
# write_hi = <instruction format> ;
# loadpage_lo = <instruction format> ;
# loadpage_hi = <instruction format> ;
# writepage = <instruction format> ;
# ;
# ;
#
# If any of the above parameters are not specified, the default value
# of 0 is used for numerics (except for mcuid, hvupdi_variant, ocdrev,
# initval and bitmask, all of which default to -1, and for autobaud_sync
# which defaults to 0x30), or the empty string "" for string values. If
# a required parameter is left empty, AVRDUDE will complain. Almost all
# occurrences of numbers (with the exception of pin numbers and where
# they are separated by space, eg, in signature and readback) can also
# be given as simple expressions involving arithemtic and bitwise
# operators.
#
# Parts can also inherit parameters from previously defined parts
# using the following syntax. In this case specified integer and
# string values override parameter values from the parent part. New
# memory definitions are added to the definitions inherited from the
# parent. If, however, a new memory definition refers to an existing
# one of the same name for that part then, from v7.1, the existing
# memory definition is extended, and components overwritten with new
# values. Assigning NULL removes an inherited SPI instruction format,
# memory definition, control stack, eeprom or flash instruction, eg,
# as in memory "efuse" = NULL;
#
# part parent <id> # quoted string
# id = <id> ; # quoted string
# <any set of other parameters from the list above>
# ;
#
# NOTES:
# * Not all memories will implement all instructions
# * AVR Fuse bits and Lock bits are implemented as a type of memory
# * Example memories are:
# "flash", "eeprom", "fuse", "lfuse" (low fuse), "hfuse" (high
# fuse), "signature", "calibration", "lock"
# * The memory specified on the avrdude command line must match
# one of the memories defined for the specified chip
# * The pwroff_after_write flag causes avrdude to attempt to
# power the device off and back on after an unsuccessful write to
# the affected memory area if VCC programmer pins are defined. If
# VCC pins are not defined for the programmer, a message
# indicating that the device needs a power-cycle is printed out.
# This flag was added to work around a problem with the
# at90s4433/2333's; see the at90s4433 errata at:
#
# https://www.microchip.com/content/dam/mchp/documents/OTH/ProductDocuments/DataSheets/doc1042.pdf
#
# INSTRUCTION FORMATS
#
# Instruction formats are specified as a comma separated list of
# string values containing information (bit specifiers) about each
# of the 32 bits of the instruction. Bit specifiers may be one of
# the following formats:
#
# '1' = the bit is always set on input as well as output
#
# '0' = the bit is always clear on input as well as output
#
# 'x' = the bit is ignored on input and output and set as 0
#
# 'a' = the bit is an address bit; from v 7.1 the bit-number
# is set to match the right bit position for the
# instruction to "just work"
#
# 'aN' = the bit is the Nth address bit, bit-number = N, i.e., a12
# is address bit 12 on input, a0 is address bit 0.
#
# 'i' = the bit is an input data bit (can optionally be followed
# by a memory bit position between 0 and 7 if that differs
# from the bit-position in the SPI write command byte)
#
# 'o' = the bit is an output data bit (can optionally be followed
# by a memory bit position between 0 and 7)
#
# Each instruction must be composed of 32 bit specifiers. The
# instruction specification closely follows the instruction data
# provided in Atmel's data sheets for their parts. Note that flash
# addresses always refer to *word* addresses whilst all other
# memory types specify *byte* addresses.
#
# Example for signature read on the ATmega328P:
# read = "0 0 1 1 0 0 0 0", "0 0 0 x x x x x",
# "x x x x x x a1 a0", "o o o o o o o o";
#
# As the address bit numbers in the SPI opcodes are highly
# systematic, they don't really need to be specified. A compact
# version of the format specification neither uses bit-numbers for
# address lines nor spaces. If such a string is longer than 7
# characters, then the characters 0, 1, x, a, i and o will be
# recognised as the corresponding bit, whilst any of the characters
# ., -, _ or / can act as arbitrary visual separators, which are
# ignored. Examples:
#
# loadpage_lo = "0100.0000--000x.xxxx--xxaa.aaaa--iiii.iiii";
#
# loadpage_lo = "0100.0000", "000x.xxxx", "xxaa.aaaa", "iiii.iiii";
#
#
# The following are STK500 part device codes to use for the
# stk500_devcode field of the part. These came from Atmel's software
# section avr061.zip which accompanies the application note
# AVR061 available from:
#
# https://ww1.microchip.com/downloads/en/Appnotes/doc2525.pdf
#
#define ATTINY10 0x10 /* the _old_ one that never existed! */
#define ATTINY11 0x11
#define ATTINY12 0x12
#define ATTINY15 0x13
#define ATTINY13 0x14
#define ATTINY22 0x20
#define ATTINY26 0x21
#define ATTINY28 0x22
#define ATTINY2313 0x23
#define AT90S1200 0x33
#define AT90S2313 0x40
#define AT90S2323 0x41
#define AT90S2333 0x42
#define AT90S2343 0x43
#define AT90S4414 0x50
#define AT90S4433 0x51
#define AT90S4434 0x52
#define ATMEGA48 0x59
#define AT90S8515 0x60
#define AT90S8535 0x61
#define AT90C8534 0x62
#define ATMEGA8515 0x63
#define ATMEGA8535 0x64
#define ATMEGA8 0x70
#define ATMEGA88 0x73
#define ATMEGA168 0x86
#define ATMEGA161 0x80
#define ATMEGA163 0x81
#define ATMEGA16 0x82
#define ATMEGA162 0x83
#define ATMEGA169 0x84
#define ATMEGA323 0x90
#define ATMEGA32 0x91
#define ATMEGA64 0xA0
#define ATMEGA103 0xB1
#define ATMEGA128 0xB2
#define AT90CAN128 0xB3
#define AT90CAN64 0xB3
#define AT90CAN32 0xB3
#define AT86RF401 0xD0
#define AT89START 0xE0
#define AT89S51 0xE0
#define AT89S52 0xE1
# The following table lists the devices in the original AVR910
# appnote:
# |Device |Signature | Code |
# +-------+----------+------+
# |tiny12 | 1E 90 05 | 0x55 |
# |tiny15 | 1E 90 06 | 0x56 |
# | | | |
# | S1200 | 1E 90 01 | 0x13 |
# | | | |
# | S2313 | 1E 91 01 | 0x20 |
# | S2323 | 1E 91 02 | 0x48 |
# | S2333 | 1E 91 05 | 0x34 |
# | S2343 | 1E 91 03 | 0x4C |
# | | | |
# | S4414 | 1E 92 01 | 0x28 |
# | S4433 | 1E 92 03 | 0x30 |
# | S4434 | 1E 92 02 | 0x6C |
# | | | |
# | S8515 | 1E 93 01 | 0x38 |
# | S8535 | 1E 93 03 | 0x68 |
# | | | |
# |mega32 | 1E 95 01 | 0x72 |
# |mega83 | 1E 93 05 | 0x65 |
# |mega103| 1E 97 01 | 0x41 |
# |mega161| 1E 94 01 | 0x60 |
# |mega163| 1E 94 02 | 0x64 |
# Appnote AVR109 also has a table of AVR910 device codes, which
# lists:
# dev avr910 signature
# ATmega8 0x77 0x1E 0x93 0x07
# ATmega8515 0x3B 0x1E 0x93 0x06
# ATmega8535 0x6A 0x1E 0x93 0x08
# ATmega16 0x75 0x1E 0x94 0x03
# ATmega162 0x63 0x1E 0x94 0x04
# ATmega163 0x66 0x1E 0x94 0x02
# ATmega169 0x79 0x1E 0x94 0x05
# ATmega32 0x7F 0x1E 0x95 0x02
# ATmega323 0x73 0x1E 0x95 0x01
# ATmega64 0x46 0x1E 0x96 0x02
# ATmega128 0x44 0x1E 0x97 0x02
#
# These codes refer to "BOOT" device codes which are apparently
# different than standard device codes, for whatever reasons
# (often one above the standard code).
# There are several extended versions of AVR910 implementations around
# in the Internet. These add the following codes (only devices that
# actually exist are listed):
# ATmega8515 0x3A
# ATmega128 0x43
# ATmega64 0x45
# ATtiny26 0x5E
# ATmega8535 0x69
# ATmega32 0x72
# ATmega16 0x74
# ATmega8 0x76
# ATmega169 0x78
#
# Overall avrdude defaults; suitable for ~/.config/avrdude/avrdude.rc
#
default_parallel = "@DEFAULT_PAR_PORT@";
default_serial = "@DEFAULT_SER_PORT@";
default_spi = "@DEFAULT_SPI_PORT@";
# default_baudrate = 115200;
# default_bitclock = 2.5;
default_linuxgpio = "@DEFAULT_LINUXGPIO_PORT@";
allow_subshells = no;
@HAVE_PARPORT_BEGIN@
# Parallel port programmers
#------------------------------------------------------------
# bsd
#------------------------------------------------------------
# Brian Dean, June 2023: "The programmer was a simple parallel port
# programmer and was the first programmer that AVRDUDE supported by
# bit-banging the pins. Before releasing it open-source, I wrote the
# driver interface with the yacc definitions so that it would be easy
# to support multiple programmers without having to modify too much
# code, one would mainly just need to fill in the appropriate driver
# functions for any new programmer and retain the API. And then added
# support for the STK500 programmer which was the dominant serial port
# programmer at that time. The parallel port was attractive because the
# STK500 was fairly expensive at the time and people could build a
# parallel port programmer for very little cost in parts if they didn't
# already have them on-hand."
#
# Here a 2003 webpage about the bsd programmer:
# http://web.archive.org/web/20030217002616/http://www.bsdhome.com/avrdude/
#
# The internet archive seems to have lost the schematic drawn by Joerg
# Wunsch, but here is still a copy of the pdf created on 2001-04-25:
# https://github.com/avrdudes/avrdude/blob/main/supporting-docs/avrprog.pdf
#
programmer # bsd
id = "bsd";
desc = "Brian S. Dean's parallel programmer";
type = "par";
prog_modes = PM_TPI | PM_ISP;
vcc = 2, 3, 4, 5;
reset = 7;
sck = 8;
sdo = 9;
sdi = 10;
;
#------------------------------------------------------------
# stk200
#------------------------------------------------------------
# The Atmel STK200 is a starter kit designed for the 40-pin
# AT89 and AT90 series microcontrollers. It was shipped with
# a parallel port to ISP adapter. The original STK200 board
# and programmer may be difficult to source due to being
# end of life, but there exist third-party boards, and the
# parallel port adapter can be DIY'ed. See
# https://www.kanda.com/products/Kanda/STK200-X.html
# https://ponty.github.io/MyElectronicProjects/projects/stk200/stk200.html
# for details.
programmer # stk200
id = "stk200";
desc = "STK200 starter kit";
type = "par";
prog_modes = PM_TPI | PM_ISP;
buff = 4, 5;
reset = 9;
sck = 6;
sdo = 7;
sdi = 10;
;
#------------------------------------------------------------
# pony-stk200
#------------------------------------------------------------
# The programming dongle used by the popular Ponyprog
# utility. It is almost similar to the STK200 one,
# except that there is a LED indicating that the
# programming is currently in progress. See
# https://www.lancos.com/prog.html
# https://www.olimex.com/Products/AVR/Programmers/AVR-PG2B/
# for details.
programmer parent "stk200" # pony-stk200
id = "pony-stk200";
desc = "Pony Prog STK200";
pgmled = 8;
;
#------------------------------------------------------------
# dt006
#------------------------------------------------------------
# Dontronics DT006 programmer. See
# https://www.dontronics.com/dt006.html
# https://www.dontronics.com/dt006_programming.html
# for details.
programmer # dt006
id = "dt006";
desc = "Dontronics DT006";
type = "par";
prog_modes = PM_TPI | PM_ISP;
reset = 4;
sck = 5;
sdo = 2;
sdi = 11;
;
#------------------------------------------------------------
# bascom
#------------------------------------------------------------
# Identical to the Dontronics DT006 wiring. See
# https://avrhelp.mcselec.com/index.html?sample_electronics_cable_programmer.htm
# for details.
programmer parent "dt006" # bascom
id = "bascom";
desc = "Bascom SAMPLE programming cable";
;
#------------------------------------------------------------
# alf
#------------------------------------------------------------
# PC Parallel Port Programmer
# https://web.archive.org/web/20050928233713fw_/http://nightshade.homeip.net/ALF-PgmAVR.htm
programmer # alf
id = "alf";
desc = "Nightshade ALF-PgmAVR via PC parallel port";
type = "par";
prog_modes = PM_TPI | PM_ISP;
vcc = 2, 3, 4, 5;
buff = 6;
reset = 7;
sck = 8;
sdo = 9;
sdi = 10;
errled = 1;
rdyled = 14;
pgmled = 16;
vfyled = 17;
;
#------------------------------------------------------------
# sp12
#------------------------------------------------------------
# DIY parallel port programmer solution. See
# https://web.archive.org/web/20210324041016/https://sbolt.home.xs4all.nl/e-spider_prog.html
# for details.
programmer # sp12
id = "sp12";
desc = "Steve Bolt's Programmer";
type = "par";
prog_modes = PM_TPI | PM_ISP;
vcc = 4, 5, 6, 7, 8;
reset = 3;
sck = 2;
sdo = 9;
sdi = 11;
;
#------------------------------------------------------------
# picoweb
#------------------------------------------------------------
# Programmer option for flashing the on-board AVR
# microcontroller on the PicoWeb hardware. See
# https://www.picoweb.net/downloads.html
# https://www.lightner.net/picoweb/article/picoweb.htm
# for details.
programmer # picoweb
id = "picoweb";
desc = "Picoweb Programming Cable";
type = "par";
prog_modes = PM_TPI | PM_ISP;
reset = 2;
sck = 3;
sdo = 4;
sdi = 13;
;
#------------------------------------------------------------
# abcmini
#------------------------------------------------------------
# Parallel port based ISP and TPI programmer. See
# https://www.bipom.com/appnotes/bascomavr/an0108.php
# https://web.archive.org/web/20050615231426/http://invtech.com.au/
# for details.
programmer # abcmini
id = "abcmini";
desc = "ABCmini Board, aka Dick Smith HOTCHIP";
type = "par";
prog_modes = PM_TPI | PM_ISP;
reset = 4;
sck = 3;
sdo = 2;
sdi = 10;
;
#------------------------------------------------------------
# futurlec
#------------------------------------------------------------
# Not able to find any information online. Do you own this
# cable or have information about it? Please report it here:
# https://github.com/avrdudes/avrdude/issues
programmer # futurlec
id = "futurlec";
desc = "Futurlec.com programming cable";
type = "par";
prog_modes = PM_TPI | PM_ISP;
reset = 3;
sck = 2;
sdo = 1;
sdi = 10;
;
#------------------------------------------------------------
# xil
#------------------------------------------------------------
# From the contributor of the "xil" jtag cable:
# The "vcc" definition isn't really vcc (the cable gets its power from
# the programming circuit) but is necessary to switch one of the
# buffer lines (trying to add it to the "buff" lines doesn't work in
# avrdude versions before 5.5j).
# With this, TMS connects to RESET, TDI to SDO, TDO to SDI and TCK
# to SCK (plus vcc/gnd of course)
programmer # xil
id = "xil";
desc = "Xilinx JTAG cable";
type = "par";
prog_modes = PM_TPI | PM_ISP;
vcc = 6;
buff = 5;
reset = 4;
sck = 3;
sdo = 2;
sdi = 13;
;
#------------------------------------------------------------
# dapa
#------------------------------------------------------------
# DIY parallel port based ISP and TPI programmer solution. See
# https://ponty.github.io/MyElectronicProjects/projects/dapa/dapa.html
# https://importgeek.wordpress.com/2013/07/12/diy-avr-parallel-port-programmer/
# for details.
programmer # dapa
id = "dapa";
desc = "Direct AVR Parallel Access cable";
type = "par";
prog_modes = PM_TPI | PM_ISP;
vcc = 3;
reset = 16;
sck = 1;
sdo = 2;
sdi = 11;
;
#------------------------------------------------------------
# atisp
#------------------------------------------------------------
# A programming cable from https://micro-research.co.th
# Not able to find any information online. Do you own this
# cable or have information about it? Please report it here:
# https://github.com/avrdudes/avrdude/issues
programmer # atisp
id = "atisp";
desc = "AT-ISP v1.1 programming cable for AVR-SDK1";
type = "par";
prog_modes = PM_TPI | PM_ISP;
reset = ~6;
sck = ~8;
sdo = ~7;
sdi = ~10;
;
#------------------------------------------------------------
# ere-isp-avr
#------------------------------------------------------------
# No longer exists: http://www.ere.co.th/download/sch050713.pdf
programmer # ere-isp-avr
id = "ere-isp-avr";
desc = "ERE ISP-AVR";
type = "par";
prog_modes = PM_TPI | PM_ISP;
reset = ~4;
sck = 3;
sdo = 2;
sdi = 10;
;
#------------------------------------------------------------
# blaster
#------------------------------------------------------------
# Altera parallel port based ISP/TPI programmer.
# Compatible with ByteBlaster I and II. See
# https://web.archive.org/web/20070906144849/http://www.ln.com.ua/~real/avreal/adapters_e.html#ABB
# for details.
programmer # blaster
id = "blaster";
desc = "Altera ByteBlaster";
type = "par";
prog_modes = PM_TPI | PM_ISP;
buff = 14;
reset = 3;
sck = 2;
sdo = 8;
sdi = 11;
;
#------------------------------------------------------------
# frank-stk200
#------------------------------------------------------------
# It is almost same as pony-stk200, except vcc on pin 5 to auto
# disconnect port, see http://electropol.free.fr/spip/spip.php?article27
programmer parent "pony-stk200" # frank-stk200
id = "frank-stk200";
desc = "Frank STK200";
vcc = 5;
buff = ; # delete buff pin assignment
;
#------------------------------------------------------------
# 89isp
#------------------------------------------------------------
# The AT89ISP Cable is a simple parallel dongle for AT89 family
# https://www.microchip.com/en-us/development-tool/AT89ISP
# https://ww1.microchip.com/downloads/en/appnotes/doc3310.pdf
# https://ww1.microchip.com/downloads/en/DeviceDoc/AT89ISP_Update3.3.zip
programmer # 89isp
id = "89isp";
desc = "Atmel at89isp cable";
type = "par";
prog_modes = PM_TPI | PM_ISP;
reset = 17;
sck = 1;
sdo = 2;
sdi = 10;
;
@HAVE_PARPORT_END@
@HAVE_LINUXGPIO_BEGIN@
# This programmer bitbangs GPIO lines using the Linux libgpiod or sysfs GPIO interface
#
# To enable it set the configuration below to match the GPIO lines connected
# to the relevant ISP header pins and uncomment the entry definition. In case
# you don't have the required permissions to edit this system wide config
# file put the entry in a separate <your name>.conf file and use it with
# -C+<your name>.conf on the command line.
#
# To check if your avrdude build has support for the linuxgpio programmer
# compiled in, use -c?type on the command line and look for linuxgpio in the
# list. If it's not available you need pass the --enable-linuxgpio=yes option
# to configure and recompile avrdude.
#
#
# #------------------------------------------------------------
# # linuxgpio
# #------------------------------------------------------------
#
# programmer
# id = "linuxgpio";
# desc = "Linux sysfs/libgpiod to bitbang GPIO lines";
# type = "linuxgpio";
# prog_modes = PM_ISP;
# connection_type = linuxgpio;
# reset = ?;
# sck = ?;
# sdo = ?;
# sdi = ?;
# ;
#------------------------------------------------------------
# Program from a Raspberry Pi GPIO port using linuxgpio
#------------------------------------------------------------
programmer # raspberry_pi_gpio
id = "raspberry_pi_gpio";
desc = "Raspberry Pi GPIO via sysfs/libgpiod";
type = "linuxgpio";
prog_modes = PM_ISP;
connection_type = linuxgpio;
reset = 22;
sck = 24;
sdo = 23;
sdi = 18;
;
@HAVE_LINUXGPIO_END@
@HAVE_LINUXSPI_BEGIN@
#------------------------------------------------------------
# linuxspi
#------------------------------------------------------------
# This programmer uses the built in linux SPI bus devices to program an
# attached AVR. The reset pin must be attached to a GPIO pin that
# is otherwise unused (see gpioinfo(1)); the SPI bus CE pins are not
# suitable since they would release /RESET too early.
#
programmer # linuxspi
id = "linuxspi";
desc = "Use Linux SPI device in /dev/spidev*";
type = "linuxspi";
prog_modes = PM_TPI | PM_ISP;
connection_type = spi;
reset = 25; # Pi GPIO number - this is J8:22
;
@HAVE_LINUXSPI_END@
#
# PROGRAMMER DEFINITIONS
#
#------------------------------------------------------------
# dryrun
#------------------------------------------------------------
# Using -c dryrun is a good way to get acquainted with AVRDUDE and its
# command line -U memory operations, -T terminal commands or the
# interactive terminal -t. No hardware needs to be connected, as the
# dryrun programmer emulates what can be expected to happen with a real
# -c programmer and a corresponding connected physical programmer or a
# directly connected board when it has a bootloader.
#
# Examples:
# avrdude -c dryrun -p ATmega328P -t # Interactive terminal: enter help
# avrdude -c dryrun -p ATmega2560 -U flash:w:myapplication.hex:i
# avrdude -c dryrun -p AVR64DB48 -Tconfig
programmer # dryrun
id = "dryrun";
desc = "Emulates programming without a programmer";
type = "dryrun";
prog_modes = PM_TPI | PM_ISP | PM_PDI | PM_UPDI | PM_HVSP | PM_HVPP | PM_aWire;
;
#------------------------------------------------------------
# dryboot
#------------------------------------------------------------
# Like -c dryrun the -c dryboot programmer only emulates programming,
# albeit for communicating to bootloaders, ie, without a physical
# programmer between the host and the target AVR part. AVRDUDE behaves
# slightly different when talking to a bootloader: Whilst for most classic
# parts the flash memory looks like NOR-memory, ie, cleared bits cannot be
# set and therefore programming requires a chip erase first, bootloaders
# do have the power of erasing a flash page (setting it to all 0xff)
# before writing a page. This requires AVRDUDE to behave differently when
# talking to a bootloader, which it recognises by the prog_modes = PM_SPM
# setting below. -c dryboot allows exploring these differences at an
# emulation level.
programmer # dryboot
id = "dryboot";
desc = "Emulates bootloader programming without the part";
type = "dryrun";
prog_modes = PM_SPM;
;
#------------------------------------------------------------
# wiring
#------------------------------------------------------------
# http://wiring.org.co/
# Basically STK500v2 protocol, with some glue to trigger the bootloader
programmer # wiring
id = "wiring";
desc = "Wiring bootloader using STK500 v2 protocol";
type = "wiring";
prog_modes = PM_SPM;
connection_type = serial;
;
#------------------------------------------------------------
# arduino
#------------------------------------------------------------
# Serves optiboot bootloaders and others using the STK500v1 protocol;
# it is superseded by the more modern -c urclock programmer, see below.
# The programmer is named after the popular embedded programming
# environment Arduino that has for a long time used optiboot
# bootloaders. Same as the stk500v1 except that it resets the attached
# board and treats EEPROM as the optiboot bootloaders expect.
programmer # arduino
id = "arduino";
desc = "Arduino bootloader using STK500 v1 protocol";
type = "arduino";
prog_modes = PM_SPM;
connection_type = serial;
;
#------------------------------------------------------------
# urclock
#------------------------------------------------------------
# Serves urboot and optiboot bootloaders
# - Reads/writes flash/EEPROM via the MCU bootloader and a serial connection
# - Automatically resets an attached board via RTS/DTR into bootloader mode
# - Implements urprotocol, a skeleton version of STK500v1
# - Supports vector bootloaders by patching interrupt vectors on flash writes
# + Vector bootloaders run on all parts, no need for a HW boot section
# + Can be much smaller than the smallest HW boot section of a part, eg,
# 256 bytes for ATmega2560 (smallest HW boot section is 1024 bytes)
# - Checks sizes of applications so they don't overwrite the bootloader
# - Keeps the bootloader alive during interactive terminal sessions
# - Provides a 4-byte metadata interface in top flash for
# + Allowing applications to utilise unused flash similar to EEPROM
# + Storing in top flash the file name and its last-modified date
# + Displaying file name and date of the last programmed application
#
# See https://github.com/stefanrueger/urboot
programmer # urclock
id = "urclock";
desc = "Urboot bootloaders using urprotocol";
type = "urclock";
prog_modes = PM_SPM;
connection_type = serial;
;
#------------------------------------------------------------
# xbee
#------------------------------------------------------------
# The XBeeBoot bootloader provides XBee Series 2 Over-The-Air
# firmware update capability as well as supporting direct
# firmware update via the stk500v1 protocol. See
# https://github.com/davidsainty/xbeeboot
# for details.
programmer # xbee
id = "xbee";
desc = "XBeeBoot Over-The-Air bootloader (STK500 v1)";
type = "xbee";
prog_modes = PM_SPM;
connection_type = serial;