For the introductory teaching of MCU functions, please give a learning outline

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For the introductory teaching of MCU functions, please give a learning outline [Copy link]

 

For the introductory teaching of MCU functions, please give a learning outline

闲时玩玩

The following is a study outline for the introductory teaching of microcontroller functions:

1. Introduction to the basics of functions

• Introduce the concept and function of functions, as well as their importance in microcontroller programming.
• Explain basic concepts such as function definition, calling and return value.

2. Function declaration and definition

• Learn how to declare and define functions, including the function's return type, function name, parameter list, and function body.
• Understand the purpose and necessity of function declaration.

3. Function parameter passing

• Explore the ways to pass function parameters, including value passing, pointer passing, and reference passing.
• Compare the characteristics and applicable scenarios of different delivery methods.

4. Function call and return

• Learn how to call functions and understand the process and principles of function calling.
• Analyze the role and processing of function return values.

5. Recursive function calls

• Introduce the concepts and characteristics of recursive functions.
• Learn how to write and call recursive functions, along with caveats and limitations.

6. Inline functions and macro definitions

• Understand the concepts and usage of inline functions and macro definitions.
• Compare the differences and applicable scenarios between the two, and choose the appropriate method to optimize and call the function.

7. Use of function library

• Learn how to use the standard function library and customize the function library.
• Explore the functions and usage of common function libraries, such as math function library, string function library, etc.

8. Practical projects and case analysis

• Carry out some practical projects, such as controller task function design, peripheral driver function writing, etc.
• Analyze and solve problems and challenges encountered in the project, and summarize experiences and lessons learned.

9. Continue to learn and explore

• Continue to learn advanced techniques and application methods of microcontroller function programming.
• Explore more complex function application scenarios and improve the efficiency and flexibility of function design and calling.

The above outline is designed to help learners master the basic concepts and usage of MCU functions, improve their functional programming skills through practical projects, and continue to learn and explore new technologies and methods in the field of MCU functional programming. I wish you good luck in your studies!

刘军强

The following is a learning outline for getting started with MCU functions:

Phase 1: Function Basics

1. The concept and function of function :

   • Understand the definition and function of functions, and master the function calling and returning mechanism.

2. Function declaration and definition :

   • Learn how to declare and define functions, and understand function parameters and return values.

3. Function parameter passing :

   • Understand the methods of passing function parameters, including passing by value, passing by reference, etc.

Phase 2: Function Types and Calls

4. Standard library functions :

   • Learn commonly used standard library functions, such as mathematical functions, string processing functions, etc.

5. Custom functions :

   • Learn how to define and call custom functions to improve code readability and maintainability.

6. recursive function :

   • Understand the concept and usage of recursive functions, and master the design and calling of recursive functions.

Phase 3: Function Practice and Case Studies

7. Function application case :

   • Learn application cases of functions in actual projects, such as mathematical calculations, data processing, etc.

8. Function debugging and optimization :

   • Master function debugging skills and solve bugs and performance issues in functions.

Stage 4: Advanced Function Application

9. Function pointer :

   • Learn the concept and usage of function pointers, and understand the application of function pointers in callback functions.

10. Design and packaging of function library :

    • Learn how to design and encapsulate function libraries to improve code reusability and portability.

Phase 5: Function Design and Optimization

11. Function design principles :

    • Learn good function design principles, including single responsibility principle, high cohesion and low coupling, etc.

12. Function optimization tips :

    • Master the methods and techniques of function optimization to improve program execution efficiency and resource utilization.

Phase 6: Experimental Design and Project Application

13. Function design experiment :

    • Design and implement multiple function design experiments covering different functions and complexities.

14. Project Application :

    • Participate in and complete a real project, from requirements analysis to system deployment.

Stage 7: Summary and sharing

15. Experience summary and review :

    • Summarize the function knowledge and experience mastered during the learning process, and deepen the understanding and mastery of function programming.

16. Experience sharing and exchange :

    • Share your learning experience and project results with your peers or interested people to expand your influence on the field of functional programming.

Through the above learning outline, learners can systematically learn the basic knowledge, types and calls, practices and cases, advanced applications, design and optimization of functions, and other aspects of knowledge and skills, so as to master the basic principles and methods of microcontroller function programming, and be able to design and write efficient and reliable function codes.

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The following is a study outline for the introductory teaching of MCU functions:

Phase 1: Function Basics

1. The concept of function :

   • Understand the basic concepts of functions, including function definition, calling and return values.

2. Advantages of functions :

   • Learn the advantages of functions, such as modular design, code reuse, and clear structure.

Phase 2: Function declaration and definition

1. Function declaration :

   • Learn how to declare functions in your programs, including function names, return types, and parameter lists.

2. Function definition :

   • Learn how to define functions in a program, including writing function headers and function bodies.

Phase 3: Function call and return

1. Function call :

   • Learn how to call functions in your programs, pass parameters and receive return values.

2. Function return value :

   • Learn the types and functions of function return values, and how to return multiple values.

Phase 4: Function parameter passing

1. Pass by value :

   • Learn how to pass function parameters by value, and understand the characteristics and limitations of value passing.

2. Address delivery :

   • Learn how to pass the address of function parameters and understand how to modify the value of actual parameters through addresses.

Phase 5: Recursive function calls

1. recursive function :

   • Understand the concepts and principles of recursive functions, and learn how to write recursive functions.

2. Recursive example :

   • Learn some common recursive algorithm examples, such as factorial, Fibonacci sequence, etc.

Stage 6: Advanced Application of Functions

1. Function pointer :

   • Learn the concept and usage of function pointers, and understand the application scenarios of function pointers.

2. Callback :

   • Learn the concepts and principles of callback functions, and understand the application of callback functions in event processing.

Phase 7: Practical Projects and Applications

1. Use of the library :

   • Learn how to use function libraries, including standard function libraries and custom function libraries.

2. Functional Programming Practice :

   • Participate in some practical project development, design and implement microcontroller applications with function modules.

The above outline can help you systematically learn the basic knowledge and application technology of MCU functions. Through gradual in-depth study and practice, you will be able to master the use of MCU functions and lay a solid foundation for your MCU programming ability. I wish you a smooth study!