In this chapter, we discuss the Raspberry Pi’s memory. So far, we’ve used memory to hold our Assembly instructions; now we will look in detail at how to define data in memory, then how to load memory into registers for processing, and how to write the results back to memory.
The ARM32 uses what is called a load-store architecture. This means that the instruction set is divided into two categories: one to load and store values from and to memory and the other to perform arithmetic and logical operations between the registers. We’ve spent most of our time looking at the arithmetic ...
