.NET Core
Introduction to C Language: Conversion Specifiers and Modifiers
About Conversion Specifiers and Modifiers In C/C++ (and many languages that support C-style formatted strings, such as Java and Python in certain contexts), it is often necessary to use formatted output or input functions (like printf, scanf, etc.) to handle different types of data. The “format string” for these functions typically consists of two parts: … Read more
In-Depth Exploration of C Language: Challenges from Code to Soul
The C language, as a cornerstone of programming, is renowned for its efficiency, flexibility, and close-to-the-metal characteristics. However, deeply learning C is not just about mastering syntax and basic usage; it involves understanding its underlying mechanisms, core philosophies, and how to use it to solve complex problems. Today, we will take a look at the … Read more
C Language Quick Learning Plan by Gospel Master
Blog Address: https://www.securepulse.website/archives/lan-ren-fu-yin-bu-zao-qi-han-jia-cyu-yan-er-ji-yi-ci-guo-ji-hua-biao Based on Gospel Master’s experience with the C language level two, passing level two is not difficult; it’s just that everyone lacks a systematic way of learning and planning. Now, here it is! This plan does not require early mornings or late nights! The goal is to pass level two in one … Read more
Understanding the Volatile Keyword in Microcontroller Programming
Click the “blue text” above Follow us! The variable modified by volatile indicates that this variable may be unexpectedly changed. For programmers, this keyword is quite common in microcontroller programming. Volatile means changeable and unstable. In fact, many people may have never seen this keyword and are unaware of its existence. There are also many … Read more
80 Examples of Microcontroller Programming
▍Note: If you need the Word source file, please reply “Admin” in the public account backend to get the material. *Example 70: Software Debounce Independent Keyboard Input Experiment #include<reg51.h> // Include header file defining 51 microcontroller registers sbit S1=P1^4; // Define S1 pin as P1.4 sbit LED0=P3^0; // Define LED0 pin as P3.0 /* Function: … Read more