How to Directly Control Hardware with C Language? Pointers, Memory, and Registers

How to Directly Control Hardware with C Language? Pointers, Memory, and Registers

Hello everyone, I am Xiao Feng Ge. This will be a series of articles related to the C language. In the previous article, we learned why we should use C language to develop operating systems. In this article, we will look at how C language controls hardware. The Design Philosophy of C Language The design … Read more

How C Language Directly Controls Hardware: Pointers, Memory, and Registers

How C Language Directly Controls Hardware: Pointers, Memory, and Registers

Hello everyone, I am Xiao Feng Ge, and today we will explore how the C language controls hardware. The Design Philosophy of C Language The design philosophy of C can be summarized as “trust the programmer“. Unlike many modern programming languages, C imposes very few restrictions on the behavior of the programmer,it assumes that the … Read more

MicroPython: The Mini Power of Embedded Systems!

MicroPython: The Mini Power of Embedded Systems!

▼ Click the card below to follow me ▲ Click the card above to follow me MicroPython: The Mini Power of Embedded Systems Is Python getting slim? That’s right, MicroPython is here to do just that. The originally large Python has transformed, putting on a slim suit and fitting into various compact hardware. What is … Read more

Fundamentals of ESP32 Programming – Practical Tutorial for Running Lights

Fundamentals of ESP32 Programming - Practical Tutorial for Running Lights

🌟 Fundamentals of ESP32 Programming – Practical Tutorial for Running Lights Today, we will start exploring the ESP32 from scratch! As a classic introductory project in embedded development, running lights can help you quickly grasp microcontroller programming logic and hardware control. Even complete beginners can easily get started, so prepare your development board and LED … Read more

MicroPython: The Mini Power of Embedded Systems!

MicroPython: The Mini Power of Embedded Systems!

▼ Click the card below to follow me ▲ Click the card above to follow me Python is the all-round warrior of the programming world, while MicroPython is like a lightweight version of this warrior. Imagine traditional Python as a heavy-duty truck, while MicroPython is a nimble motorcycle that can easily navigate various small hardware … Read more

Pycopy: A Lightweight Version of Python for Embedded Systems!

Pycopy: A Lightweight Version of Python for Embedded Systems!

▼ Click the card below to follow me ▲ Click the card above to follow me Python, as a powerful and flexible programming language, has always been loved by developers. However, traditional Python does not perform well in resource-constrained embedded systems. Today, let’s talk about this lightweight version of Python tailored for the embedded world … Read more

3D Printing Drive Technology

3D Printing Drive Technology

The drive technology of 3D printing mainly includes hardware control, motion execution, data processing and communication, safety monitoring, and fault diagnosis. Below is a detailed introduction: The drive technology involves the collaboration of various devices to achieve core functions such as precise motion control, material delivery, and energy application. 1. Hardware Control Core Control ChipIt … Read more

Why Use C Language to Write Operating Systems?

Why Use C Language to Write Operating Systems?

Source | The Programmer’s Desert Island SurvivalAuthor | The Programmer’s Desert Island SurvivalHave you ever wondered why most operating systems are written in C rather than other languages? This article provides the answer. C Language is Very Popular in the Processor World First of all, it must be said that C language is really very … Read more

How STM32 Combines Software and Hardware for Execution

How STM32 Combines Software and Hardware for Execution

Have you ever wondered why software can control hardware? This article analyzes how the STM32 microcontroller combines software and hardware and how the microcontroller program is compiled and executed. Software and Hardware Integration Beginners often have a question: why can software control hardware? Just like the 51 microcontroller, why can we output high and low … Read more

Introduction to Hardware Control with Python: Using RPi.GPIO

Introduction to Hardware Control with Python: Using RPi.GPIO

This is a tutorial article on Python hardware programming, using <span>RPi.GPIO</span> library to control Raspberry Pi GPIO ports for hardware operations. Python Hardware Programming: Controlling Raspberry Pi Hardware with RPi.GPIO Python is a powerful programming language that can be used not only for data analysis and web development but also for hardware control. With the … Read more