Some rankings can remain unchanged for centuries, like the eight great masters of the Tang and Song dynasties.The names of Han Yu, Liu Zongyuan, Ouyang Xiu, Su Xun, Su Shi, Su Zhe, Zeng Gong, and Wang Anshi will never be replaced.
Some rankings are updated annually, such as the annual box office ranking of movies.
There are also some rankings that exist on a monthly basis, like the programming rankings among programmers.
The world of programmers is ever-changing; you never know which expert will develop a new programming language next, or which language will dominate in the future.
Thus, many “old” veterans give this advice to the younger generation—
“Learn some more durable knowledge, invest more energy in knowledge that has a longer decay period.”
However, in the world of computer languages, the language that can be called “durable” is undoubtedly assembly language.
Although assembly language has seen a gradual reduction in its applicable fields due to its complexity, this does not mean that assembly has become obsolete.
Because assembly is closer to machine language and can operate directly on hardware, the programs generated have higher running speeds and occupy less memory compared to those in other languages. Therefore, it is widely used in programs that have high requirements for timeliness, many core modules of large programs, and in industrial control.
Furthermore, although there are many programming languages to choose from, assembly remains a required course for students in computer science majors at various universities, allowing students to gain a deep understanding of computer operation principles.
Today, I recommend the KX course—
“Quick Introduction to Assembly”
Instructor Introduction
Striving to Go Abroad, a programming enthusiast with many years of software development and project management experience,
currently working in the education industry, explaining problems from a different perspective and conducting guided teaching.
Always adhering to: teaching a person to fish is better than giving them a fish. Sharing personal learning experiences with everyone.
Course Introduction
Explaining the basic structure of computers, memory, registers, instruction-related topics, and x86 assembly opcodes.
Course Outline
Materials
Basic Knowledge
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What is Assembly
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Number Systems in Computers
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Memory, CPU
Registers
Assembly Tools under Windows – Using Debug
Segment Management and Flag Registers
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Segment Management
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Flag Registers
Instructions and Addressing Modes
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Introduction to Instructions
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Seven Addressing Modes
Common Assembly Instructions
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Data Transfer Instructions
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Arithmetic Operation Instructions
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Logical Operation and Shift Instructions
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String Operation Instructions, Transfer Instructions, Processor Control Instructions
OPCode
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Introduction to OPCode
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OPCode Exercises
Conclusion
Course Evaluation
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