About This Book
The book begins with an introduction that provides an overview of different categories of microprocessors and introduces Cortex-M processors.
Chapter 1 provides the hardware basics: the processor, memory and bus system, input/output (IO) ports and interrupts, and reset, clock and power management.
The following two chapters present the microprocessor architecture concepts. Chapter 2 describes the instruction-set architecture for Cortex-M0 processor, and chapter 3 explains how these instructions get executed inside a typical RISC processor.
Chapter 4 provides an introduction to assembly programming. Chapters 5–9 get into the details of various types of operations carried out by the processor: arithmetic and logic operations, load-store operations, program control and stack operations.
Chapter 10 introduces the exception model and explains the vector table, exception handling and reset processing. Chapter 11 describes SysTick timer and core interrupts.
Chapter 12 introduces C programming and describes the structure of a C program. Chapters 13, 14 and 15 demonstrate how various C elements get implemented and executed on the processor. Chapter 16 explains the compilation process, from source files to the binary program loaded in the processor's memory.
Chapter 17 introduces the microcontroller using an abstract implementation, simplified to explain the basic structure. Chapter 18 explains IO programming, and chapter 19 illustrates a few examples of real-world applications ...
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