nasprivate.blogg.se

1. #Import 8.h file into avr studio 5.1 how to#
2. #Import 8.h file into avr studio 5.1 update#
3. #Import 8.h file into avr studio 5.1 Pc#
4. #Import 8.h file into avr studio 5.1 plus#

The message is as follows: => what can I do … ?Īvrdude.exe: invalid file format ‘\Users\Bruno\Documents\Atmel Studio\6.2\T_Board_28\T_Board_28\’ in update specifierĪvrdude.exe: error parsing update operation ‘flash:w:C:\Users\Bruno\Documents\Atmel Studio\6.2\T_Board_28\T_Board_28\’ => Release\T_Board_28.hex I compiled the T_board_28.c program => Atmel Studio: Start Without Debugging => Tools:USBTiny Principially all works fine with the atmel Studio 6.2 … except the AVRdude program does not find the appropriate *.hex file … see in below the error message ! I changed the ATmega328 on the Elektor T-Board against an ATmega328P … and tried to get the blink.c program running with Atmel-Studio 6.2 with the USBTiny programmer and exactly the “recepy” for AVRdude from above … and I get the error message … as well as other colleagues in the different AVRdude Forae !

c usbtiny -p m328p -v -v -v -U flash:w:$(TargetDir)$(TargetName).hex:i For this project I used the most basic settings: This contains the command-line arguments for AVRDude.

#Import 8.h file into avr studio 5.1 Pc#

On my PC I installed it in D:\WinAVR\bin\avrdude.exe

#Import 8.h file into avr studio 5.1 plus#

This is the path to AVRDude, plus “avrdude.exe”. Under the Tools menu, click on External ToolsĬlick Add and enter the following: Parameter You’ll need to configure Atmel Studio for each microcontroller that you want to program. In this case we’re going to configure it to use AVRDude from a command-line call.Įxpand each step by clicking on the heading Get the USBTiny Working with Atmel STudioĭon’t panic! Luckily Atmel Studio allows you to configure other programming tools. The downside of the USBTiny is that it isn’t supported by Atmel Studio. I recommend that you download the latest version of AVRDude before continuing. Lady Ada has another useful tutorial on using AVRDude. This program allows you to flash your hex program files onto a defined set of AVR microcontrollers, and is what the Arduino IDE uses in the background. The upside with the USBTiny is that it works with AVRDude – a cool program with a cool name (well, not as cool as it sounds… it’s derived from “AVR Downloader/UploaDEr”). This makes it easier to use, as you don’t need to hunt around looking for which COM port it has attached itself to. FTDI appears as a virtual COM port, whereas the USBTiny has native USB drivers. The USBTiny has its own USB drivers, and therefore differs from other programmers like the FTDI ones you’ve probably used. I went this route as I had an Atmel microcontroller that I needed to program fast. If you want to get up and running even faster, then Sparkfun sell a Pocket AVR Programmer, based on Adafruit’s USBTinyISP and Dick Streefland’s USBTiny.

#Import 8.h file into avr studio 5.1 how to#

Learn more about the project, how to build your own, or buy a kit over at Adafruit. The USBTinyISP is a collaborative effort, in the spirit of open source hardware development. I use my USBTiny all the time to program my Toadstool Boards. This ticked a few boxes for me: it was open-source, it was easy to build yourself (if you prefer that), and it was cheap to buy (if you didn’t want to build one). After a fair bit of research I came across a great project – the USBTinyISP. When I first started with Atmel Studio, I was a little taken aback at the cost of the programmers needed to flash my programs onto the microcontroller.