Advanced C Programming Course

Become a True Master of the C Programming Language - Confidently Apply for Real Time or Embedded C Jobs or contracts!

Instructor

Jason Fedin

Requirements

Basic knowledge of the C programming language (ideally having completed our Beginners course on Udemy).
A computer running Microsoft Windows, Linux or the Mac operating systems.
At least 4GB of ram on your computer.

What you will learn

Understand and be able to apply advanced concepts of the C programming language to create advanced C applications.
Understand Function and Double Pointers, Recursion, Bit Manipulation, Macros, Signals and loads more (check curriculam on this page for full list).
Learn all about threads and networking with Sockets.
Master the art of problem solving in programming using efficient, proven methods.
Be able to apply advanced C concepts to other programming languages.
How to write high quality C code to make yourself more marketable for senior programming positions and be apply for real-time/embedded programming positions.

Who should attend

This course is not aimed for beginners. If you have never used C programming before, then I would suggest you purchase our C Programming For Beginners course first, complete it then come back to take this advanced course.
On the other hand, if you already have a basic or prior experience with C programming, then this course is for you!

Is available on google app?

Yes

Is available on ios?

Yes

Course Features

Lectures 175
Quizzes 13
Exercises 0
Duration 29 total hours
Skill level Intermediate Level
Students 38989
Last Updated November, 2024

Introduction 36:52
- Lecture
  Welcome to Class! 14:42
- Lecture
  Class Organization 05:55
- Lecture
  The C99 Standard 05:03
- Lecture
  Creating a Project in Code Blocks 05:12
- Lecture
  The C11 Standard 06:00
Installing Required Software 02:20:56
- Lecture
  Overview 04:50
- Lecture
  Installing the C Compiler (Windows) 08:38
- Lecture
  Installing CodeLite On Windows 03:51
- Lecture
  Configuring CodeLite on Windows 18:30
- Lecture
  Installing the C Compiler (Mac) 04:16
- Lecture
  Exploring the Visual Studio Code Environment 11:23
- Lecture
  Installing CodeLite on Mac 04:43
- Lecture
  Configuring CodeLite on Mac 19:01
- Lecture
  Installing CodeLite on Ubuntu Linux 06:43
- Lecture
  Configuring CodeLite on Ubuntu Linux 10:46
- Lecture
  Creating a Default CodeLite Project Template (All Versions) 07:16
- Lecture
  Using the Command Line Interface 02:18
- Lecture
  Using the Command Line Interface on Windows 10:37
- Lecture
  Using the Command Line Interface on Mac 10:08
- Lecture
  Using the Command Line Interface on Linux 10:10
- Lecture
  Using a Web-based C compiler 07:46
Starting to Write Code 50:17
- Lecture
  Creating a Workspace and configuring the compiler in Visual Studio Code 17:16
- Lecture
  Exploring the CodeLite Environment 12:04
- Lecture
  Creating our first C program 07:22
- Lecture
  Building/Compiling our first program 13:35
Working with Larger Programs 47:09
- Lecture
  Overview 18:49
- Lecture
  Compiling multiple source files from the command line 05:45
- Lecture
  Makefiles 05:57
- Lecture
  Communication between files 04:12
- Lecture
  Using Header files effectively 04:46
- Lecture
  Heap and Stack Memory Allocation 07:40
Storage Classes 51:35
- Lecture
  Automatic Variables 12:39
- Lecture
  External 13:22
- Lecture
  Static 14:09
- Lecture
  Register 08:29
- Quiz
  (Quiz) 12 questions
- Lecture
  (Challenge) 02:56
Advanced Data Types 01:23:33
- Lecture
  The #define statement (constants) 09:54
- Lecture
  Using typedef 10:37
- Lecture
  Variable Length Arrays 10:55
- Lecture
  (Challenge) Variable Length Arrays 01:54
- Lecture
  Flexible Array Members 05:11
- Lecture
  (Challenge) Flexible Array Members 01:51
- Lecture
  Complex number types 15:51
- Lecture
  (Challenge) Complex number types 02:28
- Lecture
  Designated Initializers 10:49
- Quiz
  (Quiz) 14 questions
- Lecture
  (Demonstration) Challenge solutions 14:03
Type Qualifiers 27:38
- Lecture
  const 14:33
- Lecture
  volatile 05:00
- Lecture
  restrict 08:05
- Quiz
  (Quiz) 9 questions
Bit Manipulation 02:06:33
- Lecture
  Binary numbers and bits 13:05
- Lecture
  (Challenge) Binary numbers and Bits 02:07
- Lecture
  (Demonstration) Binary numbers and Bits 10:40
- Lecture
  Bitwise Operators (Logical) 21:43
- Lecture
  Bitwise Operators (Shifting) 13:22
- Lecture
  (Challenge) Bitwise Operators 04:38
- Lecture
  (Demonstration) Bitwise Operators 05:27
- Lecture
  Bitmasks 14:34
- Lecture
  Using Bit Operators to pack data 09:20
- Lecture
  (Challenge) Setting and Reading bits 02:22
- Lecture
  (Demonstration) Setting and Reading bits 06:08
- Lecture
  Using Bit Fields to pack data 10:08
- Lecture
  (Challenge) Using Bit Fields to pack data 05:10
- Lecture
  (Demonstration) Using Bit Fields to pack data 07:49
- Quiz
  (Quiz) 15 questions
Advanced Control Flow 46:30
- Lecture
  The goto statement 09:36
- Lecture
  (Challenge) The goto statement 01:53
- Lecture
  The null statement 05:02
- Lecture
  The comma operator 07:40
- Lecture
  setjmp and longjmp functions 12:45
- Lecture
  (Challenge) setjmp and longjmp functions 01:28
- Lecture
  (Demonstration) Advanced Control Flow 08:06
- Quiz
  (Quiz) 8 questions
Input and Output 01:42:04
- Lecture
  char functions (input) 19:35
- Lecture
  char functions (output) 11:30
- Lecture
  (Challenge) char functions 03:00
- Lecture
  (Demonstration) char functions 12:16
- Lecture
  string functions 17:49
- Lecture
  (Challenge) string functions 02:11
- Lecture
  (Demonstration) string functions 07:03
- Lecture
  Formatting functions 20:37
- Lecture
  (Challenge) Formatting functions 02:55
- Lecture
  (Demonstration) Formatting functions 05:08
- Quiz
  (Quiz) 10 questions
Advanced Function Concepts 01:20:39
- Lecture
  Variadic Functions 17:47
- Lecture
  va_copy 08:27
- Lecture
  (Challenge) Variadic Functions 03:30
- Lecture
  (Demonstration) Variadic Functions 03:58
- Lecture
  Recursion 19:35
- Lecture
  (Challenge) Recursion 02:54
- Lecture
  (Demonstration) Recursion 10:27
- Lecture
  Inline Functions 06:11
- Lecture
  _Noreturn Functions 07:50
- Quiz
  (Quiz) 14 questions
Unions 38:13
- Lecture
  Overview 09:39
- Lecture
  Defining a Union 10:56
- Lecture
  Accessing Union Members 10:41
- Lecture
  (Challenge) Unions 03:05
- Lecture
  (Demonstration) Unions 03:52
- Quiz
  (Quiz) 8 questions
The Preprocessor 34:50
- Lecture
  Overview 04:03
- Lecture
  Conditional Compilation 15:49
- Lecture
  Include guards and #undef 04:11
- Lecture
  #pragma and #error 10:47
- Quiz
  (Quiz) 16 questions
Macros 01:06:31
- Lecture
  Overview 06:16
- Lecture
  Macros vs. Functions 05:17
- Lecture
  Creating your own Macros 16:56
- Lecture
  Preprocessor Operators 16:35
- Lecture
  Predefined Macros 05:59
- Lecture
  (Challenge) Macros 06:07
- Lecture
  (Demonstration) Macros 09:21
Advanced Debugging, Analysis, and Compiler Options 02:23:10
- Lecture
  GCC Compiler Options (part 1) 17:53
- Lecture
  GCC Compiler Options (part 2) 17:37
- Lecture
  Debugging with the preprocessor 21:10
- Lecture
  Debugging with gdb (part 2) 18:53
- Lecture
  core files 13:11
- Lecture
  Profiling 10:47
- Lecture
  Static Analysis 08:42
- Lecture
  (Challenge) 16:23
- Lecture
  (Demonstration) 18:34
Advanced Pointers 01:45:18
- Lecture
  Double pointers (pointer to a pointer) 14:19
- Lecture
  Double pointers (pointer to a pointer) Part 2 15:17
- Lecture
  Debugging with gdb (part 1) 18:01
- Lecture
  (Challenge) Double pointers 06:01
- Lecture
  (Demonstration) Double pointers 08:07
- Lecture
  Function pointers 17:38
- Lecture
  (Challenge) Function pointers 07:23
- Lecture
  (Demonstration) Function pointers 07:38
- Lecture
  void pointers 10:54
- Quiz
  (Quiz) 15 questions
Static Libraries and Shared Objects 02:05:07
- Lecture
  Overview 15:50
- Lecture
  Creating a Static Library (archive) 17:45
- Lecture
  (Challenge) Static Library 04:23
- Lecture
  (Demonstration) Static Library 12:12
- Lecture
  Creating a Dynamic Library (Shared object) 23:35
- Lecture
  (Challenge) Dynamic Library 03:54
- Lecture
  (Demonstration) Dynamic Library 12:49
- Lecture
  Dynamically loading a shared object 20:55
- Lecture
  (Challenge) Dynamic Loading 03:53
- Lecture
  (Demonstration) Dynamic Loading 09:51
Useful C Libraries 01:29:50
- Lecture
  Assert 08:47
- Lecture
  General Utilities (stdlib.h) 16:59
- Lecture
  General Utilities (stdlib.h) part 2 15:44
- Lecture
  General Utilities (stdlib.h) part 3 17:14
- Lecture
  Date and Time functions 17:10
- Lecture
  (Challenge) 02:55
- Lecture
  (Demonstration) 11:01
- Quiz
  (Quiz) 15 questions
Data Structures 01:50:41
- Lecture
  Abstract Data Types 08:36
- Lecture
  Linked Lists (Overview) 07:26
- Lecture
  Linked LIsts (Implementation) 20:30
- Lecture
  (Challenge) Linked Lists 05:57
- Lecture
  (Demonstration) Linked Lists 12:11
- Lecture
  Stacks (Overview) 06:07
- Lecture
  Stacks (Implementation) 12:15
- Lecture
  Queues (Overview) 05:51
- Lecture
  Queues (Implementation) 12:31
- Lecture
  Binary Trees (Overview) 10:25
- Lecture
  Binary Trees (Implementation) 08:52
- Quiz
  (Quiz) 20 questions
Interprocess Communication and Signals 01:16:39
- Lecture
  Interprocess Communication 15:43
- Lecture
  Signals (Overview) 07:08
- Lecture
  Raising a Signal 07:09
- Lecture
  Handling a Signal using the signal function 12:30
- Lecture
  Handling a Signal using sigaction 10:52
- Lecture
  The fork() system call 09:23
- Lecture
  (Challenge) 06:41
- Lecture
  (Demonstration) 07:13
Threads 01:43:43
- Lecture
  Overview 09:35
- Lecture
  Creating a thread 10:43
- Lecture
  Passing arguments and returning values 08:48
- Lecture
  Common Thread functions 10:35
- Lecture
  Thread Synchronization Concepts 09:16
- Lecture
  Mutexes 16:42
- Lecture
  Condition Variables 08:57
- Lecture
  (Challenge) 13:21
- Lecture
  (Demonstration) 15:46
- Quiz
  (Quiz) 14 questions
Networking (Sockets) 01:01:28
- Lecture
  Overview 08:52
- Lecture
  The Socket API 19:19
- Lecture
  Creating a Server Socket 09:49
- Lecture
  Creating a Client Socket 10:25
- Lecture
  (Challenge) 02:44
- Lecture
  (Demonstration) 10:19
Conclusion 23:11
- Lecture
  Course Summary 23:11
Extra Information - Source code, and other stuff 05:59
- Lecture
  Source Codes 01:05
- Lecture
  Bonus Lecture and Information 04:49
- Lecture
  Course Slides 00:05

Jason Fedin

Instructor / Software Developer I have been teaching students for over 12 years via online classes at over 10 different online Universities. I have created many different class curriculums, ranging from mobile programming to… View Profile

Tim Buchalka's Learn Programming Academy

Professional Programmers and Teachers - 323,000+ students The Learn Programming Academy was created by Tim Buchalka, a software developer with 35 years experience, who is also an instructor on Udemy, with over 335,000 students in his courses… View Profile

Student Feedback

4.5

4,823 Average ratings

53%

34%

4 days ago
Guilherme Rialli Oliveira
Olá, esse comentária é para você brasileiro que gostaria de aprofundar seus estudos em C. O professor explica muito bem, principalmente para as pessoas que não falam muito bem o inglês. O nível recomendado de inglês é ser médio(A2). O conteúdo do curso é bom, ele não vai aprofundar muito nos assuntos, porém dará uma base solida.
5 days ago
Fariyal Bagwan
good
1 week ago
Robert T. Manigault
Jason was clear and concise while explaining course structure.
2 weeks ago
Amarnath Bejugam
so far great
2 weeks ago
Volkan Akkoyun
Kesinlikle tavsiye ediyorum. Özellikle 19-20-21-22. bölümler yavaş ve sindirilerek ilerlenilmeli.
3 weeks ago
Vera Brkic
Great!
4 weeks ago
Mahesh Koruprolu
nice
1 month ago
Suresh M
good
1 month ago
Phạm Huy Tuyên
This course is amazing It contains almost all the knowledge about advanced C programming. The lectures come with code and exercises, which are truly fantastic!
1 month ago
Pranay Baldi
good

Programming Languages

Advanced C Programming Course

Become a True Master of the C Programming Language - Confidently Apply for Real Time or Embedded C Jobs or contracts!

Requirements

What you will learn

Who should attend

Is available on google app?

Is available on ios?

Course Features

Introduction 36:52

Installing Required Software 02:20:56

Starting to Write Code 50:17

Working with Larger Programs 47:09

Storage Classes 51:35

Advanced Data Types 01:23:33

Type Qualifiers 27:38

Bit Manipulation 02:06:33

Advanced Control Flow 46:30

Input and Output 01:42:04

Advanced Function Concepts 01:20:39

Unions 38:13

The Preprocessor 34:50

Macros 01:06:31

Advanced Debugging, Analysis, and Compiler Options 02:23:10

Advanced Pointers 01:45:18

Static Libraries and Shared Objects 02:05:07

Useful C Libraries 01:29:50

Data Structures 01:50:41

Interprocess Communication and Signals 01:16:39

Threads 01:43:43

Networking (Sockets) 01:01:28

Conclusion 23:11

Extra Information - Source code, and other stuff 05:59

Student Feedback

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