The `reverseBytes` function

The input is an unsigned integer, and you must reverse the order of its bytes.

To understand this, let’s assume the input is in hex. The beauty of the hexadecimal system is that we can view the bytes individually as opposed to the decimal system.

For example, if we take the number 3735928559, we can’t know the value of each of the 4 bytes just by looking at the number. We could convert it into binary, but this still requires one extra operation, and binary is a bit hard to read.

Let’s use base 16 or hex. Its value is DEADBEEF ...

Introduction

Stack and Local Memory

Passing Arguments to Functions

Pointer Arithmetic Basics

Pointers and Arrays

Pointers and Strings

Pointers and Functions

Write a Shell in C

Complex Pointer Declarations

Assessment 1

Heap and Dynamic Memory

Structures

Practicing Everything with Linked Lists

Assessment 2

Genericity Using Void Pointers

Advanced Memory Manipulation

Project Prep: Binary Search Trees

Efficiently Processing Temperature Samples

Efficient Dictionary

Efficiently Processing Employee Records

Conclusion

Challenge: Set Integer Bytes

The `reverseBytes` function

Write a Shell in C

Assessment 1

Assessment 2

Efficiently Processing Temperature Samples

Efficient Dictionary

Efficiently Processing Employee Records

Challenge: Set Integer Bytes

The reverseBytes function

The `reverseBytes` function