Scan to FollowLearn Embedded Together, learn and grow together Embedded system development is becoming increasingly complex, evolving from simple microcontroller control to today’s smart devices that integrate various sensors, communication protocols, and complex algorithms. Modular programming has become the core methodology in embedded software development. Modular programming refers to dividing a software system into a … Read more
Click the blue text above “Luomu Qingyun” to follow me! What mindset is required for microcontroller programming? It has been a long time since I updated my articles. This article was actually written a long time ago, but I only completed it today. I apologize for keeping those who are waiting for updates waiting! Looking … Read more
To promote vocational education exchange between China and Malaysia, the International Exchange and Cooperation Office of the college has negotiated with the Malaysian Duta Education Institution to co-organize the “2025 National High School AI Robotics Competition” in Malaysia. A team of four teachers from the college, Zhao Jiaming (School of Mechanical and Electrical Engineering), Yu … Read more
Relationship Between Modular Program Structure and Segments In the 8086/8088 architecture, memory is managed in segments. Therefore, when a complex program consists of multiple modules, each module may contain several segments. The linker needs to combine these scattered segments into a final executable program. Basic Concepts of Module Linking: Source Module: Can be written in … Read more
Concept of Modular Programming Design Modular programming design refers to the method of breaking down a large program into multiple independent modules with clear tasks, which are written and debugged separately before being linked together to form a complete program. This approach is particularly important in assembly language development as it effectively manages complexity. Advantages … Read more
1. Evolution of Modular Programming In assembly language development, code reuse techniques have undergone three main stages of development: Source File Inclusion (INCLUDE) – The most basic method of reuse Object Module Linking – Intermediate reuse solution Subroutine Libraries – The most efficient reuse mechanism 2. Comparative Analysis of Three Implementation Methods 2.1 Source File … Read more
1. Key Knowledge Points:1. Microcontrollers and their internal structure;2. Microcontroller application systems and development processDifficulties: The concepts of microcontrollers and microcontroller application systemsRecommended Learning Method: Light up an LED with a microcontroller, using the Keil C51 development environment to write the program.2. Learning Tasks: 1. Learn to use the Keil C51 development environment for developing … Read more
Content In simple terms, the adapter pattern converts the interface of one class into another interface that the client expects. This pattern is often used when we are programming, especially in projects involving microcontrollers. However, when we are working on projects and writing code, we often do not consider many factors. If we want the … Read more
#includeIn C language, #include is a preprocessor directive that is used to include the contents of another file into the current file before compilation. In simple terms, it acts like copying and pasting the contents of the specified file at the location of#include.Its core function is toinclude header files, allowing the code to access functions, … Read more
In C language, functions are also a type of “object”, which have addresses in memory. Therefore, it is possible to define pointers to functions, which can be used for dynamic calls, callback handling, building function tables, etc. Mastering function pointers is key to understanding the “low-level abstraction” and “modular programming” in C language. 1. Basic … Read more