Please give a study outline for the introduction to the basics of MCU Linux

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Please give a study outline for the introduction to the basics of MCU Linux [Copy link]

 

Please give a study outline for the introduction to the basics of MCU Linux

快乐人

For senior people in the electronics field to learn the basics of MCU Linux, the following is a learning outline:

1. Linux Basics

• Understand the basic concepts and features of the Linux operating system, including open source, multi-user, multi-tasking, etc.
• Learn the basic components of the Linux system, including the kernel, shell, file system, etc.

2. Linux command line operation

• Master the basic skills of Linux command line operations, including file operations, directory switching, permission management, etc.
• Learn common Linux commands, such as ls, cd, mkdir, chmod, etc.

3. Linux system configuration and management

• Learn the configuration and management of Linux systems, including user management, software package management, etc.
• Master the basic operations of Linux system such as network configuration and service management.

4. Linux Shell Programming

• Learn the basic syntax and structure of Shell script programming, and understand variables, conditional statements, loops, etc.
• Write simple Shell scripts to automate tasks and system management functions.

5. Interaction between MCU and Linux

• Understand the interaction between the microcontroller and the Linux system, such as serial port communication, network communication, etc.
• Learn how to develop and debug microcontroller applications on Linux systems.

6. Linux Embedded Development

• Learn the basic principles and architecture of Linux embedded systems, and understand technologies such as cross-compilation and cross-debugging.
• Learn how to deploy and run Linux systems on embedded systems.

7. Practical projects and case analysis

• Carry out a series of Linux embedded development project practices, such as embedded system construction, driver development, etc.
• Analyze and solve problems and challenges encountered in practical projects, and summarize experiences and lessons.

8. In-depth learning and advancement

• Learn in depth about Linux system kernel and driver development, and learn more advanced Linux embedded development technologies.
• Explore the application of Linux in specific areas, such as the Internet of Things, embedded devices, etc.

9. Continuous learning and updating

• Continue to track the latest developments in Linux embedded development technology, and pay attention to new features and application scenarios of related technologies.
• Participate in discussions and exchanges in the Linux community and developer community, and share experiences and skills.

10. Community and Resources

• Join Linux developer communities and forums to communicate and share experiences with other developers.
• Read books, blogs, and tutorials related to Linux system development and embedded development to expand your knowledge.

The above outline can help senior people in the electronics field to initially master the basic knowledge and skills of MCU Linux, and lead them to gradually gain a deeper understanding of the applications and advanced technologies in this field. I wish you a smooth study!

笑看人生123

The following is an outline for learning the basics of MCU Linux:

Phase 1: Linux System Basics

1. Linux Overview :

   • Understand the development history and basic concepts of the Linux operating system.
   • Learn the characteristics, advantages and application areas of Linux.

2. Basic Linux commands :

   • Master common Linux command line operations, such as file management, directory operations, permission management, etc.
   • Learn to use the man command to view command documentation.

3. File system :

   • Understand the Linux file system structure and basic concepts, such as root directory, user directory, etc.
   • Learn about file permissions, file types, and other related knowledge.

Phase 2: Interaction between MCU and Linux system

4. Serial communication :

   • Learn how to communicate between the microcontroller and the Linux system through the serial port.
   • Master the basic principles and related commands of serial communication.

5. Internet connection :

   • Learn how to configure your Linux system's network connections, both wired and wireless.
   • Discover methods and techniques for controlling microcontrollers over a network connection.

The third stage: MCU Linux development environment construction

6. Cross-compilation environment :

   • Learn how to build the cross-compilation environment required for MCU Linux development.
   • Master the installation and configuration of the cross-compilation tool chain.

7. development tools :

   • Understand the commonly used MCU Linux development tools, such as compilers, debuggers, etc.
   • Learn how to use development tools to compile, debug and download programs.

Phase 4: Project Practice

8. Simple application development :

   • Develop simple applications based on MCU Linux, such as sensor data acquisition, control, etc.
   • Practice writing, compiling, and deploying applications.

9. System customization :

   • Learn how to customize a Linux system to fit specific application needs by removing unnecessary components and features.

Phase 5: Expanded Application

10. Device driver development :

    • Learn how to develop device drivers for microcontroller Linux systems.
    • Explore the fundamentals and processes of device driver development.

11. Web Application Development :

    • Develop network-based applications such as remote control, data transmission, etc.
    • Practice web application development and testing.

Through the above study outline, you can systematically learn the basic knowledge and development skills of MCU Linux, laying a good foundation for future MCU Linux system development.

zhuanshi

The following is an introductory learning outline for microcontroller Linux basics for electronic engineers:

Phase 1: Linux basics and environment preparation

1. Understanding of Linux Operating System :

   • Learn the basic concepts, features and application areas of the Linux operating system, and understand the development history and major versions of Linux.

2. Familiarity with the Linux command line :

   • Learn common Linux command line operations, including basic operations such as file operations, directory management, and permission settings.

3. Build the development environment :

   • Install and configure the Linux environment required for MCU development, such as the cross-compilation tool chain, development board driver, etc.

Phase 2: Linux and MCU cross-compilation

1. Learn cross-compilation concepts :

   • Understand the principles and methods of cross-compilation, and learn how to cross-compile for MCU on Linux host.

2. Configure the cross-compilation toolchain :

   • Download and configure the cross-compilation toolchain suitable for the target MCU to ensure cross-compilation can be performed in the Linux environment.

3. Write a simple microcontroller program :

   • Write some simple MCU programs and use the cross-compilation tool chain to compile and debug them in the Linux environment.

Phase 3: Linux Driver Development

1. Learn Linux driver development :

   • Learn the basic principles and structure of Linux drivers, and understand the development process and methods of Linux device drivers.

2. Writing device drivers :

   • Write Linux device drivers for MCU hardware, including character device drivers, SPI/I2C drivers, etc.

Phase 4: Embedded Linux System Development

1. Understanding Embedded Linux Systems :

   • Understand the characteristics and components of embedded Linux systems, and learn how to build and customize embedded Linux systems.

2. Developing embedded applications :

   • Develop applications for embedded Linux systems, including system initialization, application writing, debugging and testing.

Phase 5: Continuous Learning and Expansion

1. Deep Learning :

   • In-depth study of the advanced features and application technologies of Linux systems, such as real-time operating systems, network programming, system optimization, etc.

2. Get involved in communities and projects :

   • Participate in Linux open source communities and projects, exchange experiences with other developers, and learn and share practical experience in Linux system development.

The above outline can help electronic engineers systematically learn the basic knowledge and skills of MCU development in Linux environment. Through practice and continuous learning, you will be able to skillfully apply Linux system to MCU development, providing more possibilities for the design and development of embedded systems. I wish you good learning!