We use ARM in our computer organization classes. It's more accessible than x86 and allows you to get a feel for the important concepts of assembly: register-to-

We use ARM in our computer organization classes. It's more accessible than x86 and allows you to get a feel for the important concepts of assembly: register-to-register operations, conditional branching, and how the stack is used to manage function calls and returns. I like the CPUlator as a platform. It lets you step through the program one instruction at a time and observe all of the registers and memory locations. https://cpulator.01xz.net/?sys=arm https://cpulator.01xz.net/?sys=arm This set of lessons is a good starting point: https://thinkingeek.com/series/arm-assembler-raspberry-pi/ https://thinkingeek.com/series/arm-assembler-raspberry-pi/ My course repository has several example programs with explanatory comments: https://github.com/dansmyers/ComputerOrganizationAndArchitecture/tree/master/Handouts https://github.com/dansmyers/ComputerOrganizationAndArchitec...