# TinyMultiBootloader+ "$1" exit Call PICpgm-programming software: Call uploader for TinyBootLoader+ bootloader: You may need to add or remove double-quotes around the $ variables. Be sure to edit the commands appropriately. # avrdude -c wiring -P com7 -b 115200 -p $2 -U flash:w:"$1":i Call for Digispark bootloader: Replace the command name appropriately, and remove the '#' from the next three lines
# avrdude -c arduino -P com6 -b 57600 -p $2 -U flash:w:"$1":i Call AVRdude for Arduino_Mega2560 bootloader: # avrdude -i 1 -c dasa3 -P com1 -p $2 -U flash:w:"$1":i Call AVRdude for Arduino_Uno bootloader:Īvrdude -c arduino -P /dev/ttyUSB0 -b 115200 -p $2 -U flash:w:"$1":i Call AVRdude for Arduino_Pro_Mini bootloader: # avrdude -c stk500v2 -P com4 -p $2 -U flash:w:"$1":i Call AVRdude for DASA3 programmer: # avrdude -B 0.5 -c usbasp -P /dev/cuaa0 -p $2 -U flash:w:"$1":i Call AVRdude for STK500v2 programmer:
Actually most of the chinese USBASPs can be updated (needs two programmers).Įcho "Example: $basename myfile.hex tiny44"Įcho "Note: If calling this script from the gcbasic command line"Įcho "using the %FILENAME% and %CHIPMODEL% placeholders,"Įcho "the appropriate values will be populated automatically."įi - Your code here: - For AVR Call AVRdude for USBASP programmer - moderate speed (187.5 kHz) for 1 MHz devices: avrdude -B 5 -c usbasp -P /dev/cuaa0 -p $2 -U flash:w:"$1":i Call AVRdude for USBASP programmer - fastest mode (1500 kHz): But those with the actual USBASP firmware () benefit from. Both does not affect the speed of the firmware in most cheapy china programmers. The first call prevents errors when trying to flash AVRs in delivery status (1MHz). Changes August 2015 Changed AVRDude calls. Be sure to uncomment/edit the appropriate flash command line for your programmer.
$2 gets replaced with the value entered for. In this script, "$1" gets replaced with whatever you enter for on the command line. WARNING: Not tested! You can adapt this file to your needs including removing the. Linux gcb looks hard !/bin/bash Version 0.95.001 Adapted for use on Linux from flashAVR.bat and flashPIC.bat.
including the full path) current file name with no extension. The GCBasic compiler replaces %chipmodel% with the chip model name as defined in the program by the #Chip directive, and the phrase that took me forever to work out, %Fn_NoExt% returns a fully qualified (I.E. I should add that in Geany the final five characters %d/%f are replaced by Geany with the current full directory (%d) a directory "slash" / and the current filename (%f). I've been able to add these to my build menu in Geany so can call them directly with a keystroke within Geany. Hopefully it will give some hints as to the calls used to extract the (.hex) filename and the device name, the documentation for the compiler output is something I have not seen listed and it took me some time to figure them out. If you are using another programmer the portion of the line which invokes the programmer and sets the parameters for the programmer would need changing. I'm using the NSDSP programmer (nsprog.exe). hex file name to program the target device. Hopefully this will prevent those preferences from being lost.īeing spurred on by another thread, I've managed to create a "command line" that calls the GCB compiler directly, and invoking the programmer with the correct. Worse still, my preferences are often overwritten when updating, something that makes me reluctant to upgrade. It also means that where an error is found during compilation the G+STools window stays open which means it has to be closed to return control to the Geany window, and a re-compilation can't take place until this window has been closed.
This has the downside of not showing the full compilation information in Geany once the compilation has completed. I've previously used the GCB "tools" for compiling my programs. I have a preference for using Geany as my GCB IDE rather than SynWrite.