However, since we are talking about coding in assembly language our philosophy is inherently to strip away all the periferals and interact directly with the microcontroller itself. You can simply use your arduino and do everything in these tutorials on that if you like. The complete set of my AVR assembler tutorials can be found here. HOWEVER, if you get the latest version using github then you will also get all of the necessary include files, in other words it already has the m328Pdef.inc and tn85def.inc files. The avra assembler using git: git clone or if you are using ubuntu or a debian based system just type "sudo apt install avra" and you will get both the avr assembler and avrdude. An Arduino, or just the microcontrollerĤ. I am attaching them to this instructable.Ģ. The details of the microcontroller can be found in the Atmel data sheets and the Instruction Set Manual. We will be writing programs for the 328p like the one that is in most arduino's but you should note that these same programs and techniques will also work for any of the Atmel microcontrollers and later on (if there is interest) we will work with some of the other ones as well. You can do it the same way as me or you can simply plug an arduino into your computer and work on the microcontroller that way. I am running Arch linux and I am working on an atmega328p-pu set up on a breadboard. If people remain interested I will continue to put out one a week or so until I run out of free time or else people stop reading them. I have decided to write a series of tutorials on how to write assembly language programs for the Atmega328p which is the microcontroller used in the Arduino.
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