AVR: Architecture, Assembly & Reverse Engineering

Class 5 - We'll get even more hands-on AVR assembly experience by writing a complete program from scratch, learning how to set up and utilize the built-in AVR Timer peripherals.

Final Project Instructions - please tag your project with AVRPong
(For those who would like a Certificate of Completion from HackadayU, this must be completed by March 31st, 2021).

Class 5 Video:

Class 4 - Let's take a look under the hood! We'll take a look at the source code of the Arduino's Wiring library, and then learn how to see the assembly code produced by the Arduino compiler using avr-objdump, and start practicing reading AVR assembly code and understanding it.

Class 4 Video:

Class 3 - We'll get deeper into AVR assembly, covering topics such as: the stack pointer, branches and method calls, the interrupt vector, conditional instructions, and data transfer instructions.

Class 3 Video:

Class 2 - We'll get our hands dirty with Assembly code and learn how to use it in our Arduino code. We'll go over the basics of AVR assembly: working with registers, the program counter, performing arithmetic operations and their effect on the status register, and using the asm statement to include inline assembly in our code.

Class 2 Video:

Class 1 - We'll learn how the memory space is organized, explore the I/O space and the register space, become friends with the ATmega328P datasheet, and see how our C code can interact with the on-chip peripherals (such as GPIO) by directly accessing the hardware registers.

Class 1 Video:

The document with all the links/resources from the class: https://link.wokwi.com/avr-class