C Programming Language Tutorial

• C - Tutorial
• Binary, Octal And Hexadecimal
• Conversion Between Binary, Octal, Hexadecimal, And Decimal
• Data Storage In Memory
• ASCII Encoding
• The First C Program
• What Is a Source File in C Programming
• C - Compiling and Linking
• C - Compiler
• What Is a Project in C Programming
• Which C Programming Compiler (IDE) Is Suitable For Beginners
• Analyze The First C Program
• Whitespace In C Code

Variables and Data Types

• C - Variables and Data Types
• C - Output Data On The Screen
• C - Integers (short,int,long)
• C - Binary, Octal, And Hexadecimal Numbers
• C - Positive And Negative Numbers
• C - Decimals (float, Double)
• C - Using English Characters
• C - Escape Characters
• C - Identifiers/Keywords/Comments/Expressions/Statements
• C - Number Addition/Subtraction/Multiplication/Division
• C - Increment (++) And Decrement (--)
• C - Operators Precedence and Associativity
• C - Data Type Conversion (Automatic + Casting)

Input/Output

• C - Data Output
• C - Read Data Entered From The Keyboard
• C - Input Characters And Strings

Looping and Selection Structures

• C - if else Statements
• C - Relational Operators
• C - Logical Operators
• C - switch case Statements
• C - Conditional Operators (? And :)
• C - while Loop And do while Loop
• C - for Loop
• C - break And continue (Break Out Of Loop)
• C - Nested Loop
• C - Looping and Selection Structures Summary

Array

• C - Arrays
• C - 2D Array
• C - Whether An Array Contains An Element
• C - Character Arrays And Strings
• C - String Input And Output
• C - String Processing Functions
• C - Sort Array Elements
• C - Arrays Summary

Functions

• C - Functions
• C - Function Definitions (Custom Functions)
• C - Formal Parameters And Actual Parameters
• C - Function Return Value
• C - Function Calls
• C - Function Declarations And Prototypes
• C - Global And Local Variables
• C - Variables Scope
• C - Block-level Variables
• C - Recursive Functions
• C - Functions Summary

Preprocessing Command

• C - Preprocessing Commands
• C - #include
• C - Macro Definition
• C - Macro Definition With Parameters
• C - Parameterized Macro Definitions VS Functions
• C - Conditional Compilation (#if, ##ifdef, #ifndef)
• C - Preprocessing Commands Summary

Pointer

• C - Pointers
• C - Pointer Variables
• C - Pointer Variable Operations
• C - Array Pointer (Pointer To Array)
• C - String Pointer (Pointer To String)
• C - Pointer Variables as Function Parameters
• C - Pointers as Function Return Values
• C - Secondary Pointers (Pointers To Pointers)
• C - Pointer Array (Each Element Of The Array Is A Pointer)
• C - 2D Array Pointer (Pointer To 2D Array)
• C - Function Pointer (Pointer To Function)
• C - Pointers Summary

Structure

• C - Structure
• C - Structure Array
• C - Structure Pointer (Pointer To Structure)
• C - Enum
• C - Union
• C - Bit Field
• C - Bitwise Operations

File Operations

• C - Files
• C - Open File
• C - Read/Write Files as Characters
• C - Read/Write Files as Strings
• C - ​​Read And Write Files in Chunks
• C - Formatting Read And Write Files
• C - Random Read And Write Files

Important Knowledge

• C - typedef Keyword
• C - const Keyword
• C - Generate Random Number

What Is A Project in C Programming?

In C programming, a project is a collection of source code files, header files, and other resources, such as scripts and data files, organized together to create an executable program, library, or firmware. A C project usually consists of multiple components, including:

1. Source code files: These are the files containing the actual C code, typically having a .c file extension. Source code files contain function definitions, data structures, and global variables that make up the core logic of the project.

2. Header files: These files have a .h file extension and contain function declarations, type definitions, and macros that are shared between different source code files. Header files are included in source code files using the #include directive.

3. Makefiles or build scripts: These are files that contain instructions to build the project, specifying how to compile the source code files, link object files, and create the final executable or library. Makefiles are used in conjunction with the make command, while build scripts can be written in various scripting languages, such as Bash or Python.

4. External libraries: Most projects depend on external libraries for additional functionality, such as handling network connections or graphical user interfaces. These libraries need to be linked to the project during the build process. Header files for these libraries are usually included in the source code to access their functions and data structures.

5. Resource files: Some projects require additional resources like images, text files, or data files that are needed during runtime. These resources are often packaged with the executable or placed in a specific directory.

6. Documentation: Proper documentation is crucial for understanding the purpose and functionality of a project. This may include comments in the source code, as well as external documentation files, such as README files, API references, and user guides.

When working with a C project, you will often use an Integrated Development Environment (IDE) or a text editor along with a build system to manage, compile, and debug the project. Common IDEs for C programming include Code::Blocks, Eclipse CDT, and Visual Studio.

In summary, a project in C programming is a collection of related source code files, header files, and other resources organized together to create an executable program, library, or firmware. A C project typically consists of multiple components, including source code files, header files, build scripts, external libraries, resource files, and documentation.