Detailed Explanation of Function Pointers in C Language

Detailed Explanation of Function Pointers in C Language

We know that we can create pointers to any data type, such as int, char, and float. We can also create pointers to functions. The code of a function always resides in memory, which means that the function has a certain address. We can obtain the memory address using function pointers. Let’s look at a … Read more

Detailed Explanation of Strings in C Language

Detailed Explanation of Strings in C Language

Strings can be defined as one-dimensional character arrays terminated by a null character (‘\0’). Character arrays or strings are used to manipulate text, such as words or sentences. Each character in the array occupies one byte of memory, and the last character must always be 0. The terminating character (‘\0’) is important in strings because … Read more

Master These C Language Tips to Greatly Improve Your Programming Skills

Master These C Language Tips to Greatly Improve Your Programming Skills

Click on the blue text Follow us Due to changes in the public account’s push rules, please click “View” and add “Star” to get exciting technical shares as soon as possible Source from the internet, infringement will be deleted 1. Function Pointers Before discussing callback functions, we need to understand function pointers. As we all … Read more

Understanding Dangling Pointers in C Language

Understanding Dangling Pointers in C Language

The most common errors related to pointers and memory management are dangling pointers. Sometimes, programmers fail to initialize pointers with a valid address, and such uninitialized pointers are called dangling pointers in C language. Dangling pointers occur when an object is destroyed, and the pointer’s value is not modified when the object is deleted or … Read more

Detailed Explanation of Pointers in C Language

Detailed Explanation of Pointers in C Language

Pointers in C language are variables that store the address of another variable. This variable can be an int, char, array, function, or any other pointer type. The size of a pointer depends on the computer architecture. However, in a 32-bit computer architecture, the size of a pointer is 2 bytes. Consider the following example … Read more

Understanding C Language Pointers: A Comprehensive Guide

Understanding C Language Pointers: A Comprehensive Guide

Click on “Beginner Learning Visuals” above to choose to add “Star” or “Top“ Essential knowledge delivered promptly. Editor’s Recommendation Pointers are crucial in C. To fully understand pointers, one must not only be proficient in C but also have fundamental knowledge of computer hardware and operating systems. Reprinted from丨Embedded Intelligence Bureau Why Do We Need … Read more

Understanding Pointers in Microcontrollers

Understanding Pointers in Microcontrollers

Word Count: 6000 Content Quality Index: ⭐⭐⭐⭐⭐ Abstract: Have you ever wondered where the functions and variables you write in Keil for microcontrollers end up? We often talk about the five areas of memory, but what exactly are those five areas? Where are they located on the chip? And why is it that after learning … Read more

Key Considerations for C Language in Embedded Systems – Memory Operations

Key Considerations for C Language in Embedded Systems - Memory Operations

Article Length: 4600 Content Quality Index: ⭐⭐⭐⭐⭐ Memory Operations in C Language Embedded System Programming In embedded system programming, it is often required to read and write content in specific memory units. Assembly language has the corresponding MOV instruction, while other programming languages, except C/C++, generally do not have the capability to directly access absolute … Read more

C++ References Explained: Characteristics and Usage

C++ References Explained: Characteristics and Usage

Review of Basic Concepts of References A reference is essentially an alias for an existing variable. When we create a reference, we are essentially giving another name to a variable, and both point to the same memory address. For example: int num = 10; int& ref = num; Here, ref is a reference to num. … Read more