Chapter 1 Basics
1.1 machine language
generation assembly language 1.2
1.3 Composition assembly language
1.4 memory
1.5 instructions and data
1.6 storage unit
1.7 CPU memory read and write
1.8 address bus
data bus 1.9
1.10 Control Bus
1.11 memory address space (Overview)
1.12 motherboard
1.13 Interface Card
various types of memory chip 1.14
1.15 memory address space
Chapter 2 register
2.1 General Registers
2.2 words stored in the register
2.3 a few assembly instructions
2.4 physical address
2.5 16-bit CPU configuration
method of a physical address given 2.6 8086cPu
2.7 "segment address = xl6 + offset address physical address" essential meaning of
paragraph 2.8 of concept
2.9 segment registers
2.10 CS and the IP
2.11 modifications CS, IP instruction
2.12 snippet
experiment 1 Viewing CPU and memory, with the machine instructions and assembler programming instructions
Chapter 3 register (memory access)
3.1 words of memory storage
3.2 DS 31: 1 [address]
transfer 3.3 Word
3.4 ITIOV, add, sub instructions
3.5 data segment
3.6 Stack
Stack Mechanism 3.7 CPU provided in
question 3.8 stack superkingdoms
3.9 puSh, pop instruction
3.10 stack segment
experiment 2 with the assembly instructions and a machine instruction program
Chapter 4 First Program
4.1 from a source program written to during the execution of the
4.2 source
4.3 editing source code
4.4 compiler
connection 4.5
4.6 simplified manner to compile and link
execution 4.7 1.exe the
program who 4.8 executable file loaded into the memory and run?
tracing the execution of the program 4.9
experiment 3 programming, compiling, linking, tracing
Chapter 5 [BX] instruction and loop
[BX] 5.1
5.2 Loop instructions
5.3 - tracking loop with one loop program instructions in Debu9
5.4 Debu9 compiler and assembler instruction masm different treatment
combination and 5.5 [bx] of the loop