Your Ultimate Free Training Resource for C/C++

Are you ready to embark on a journey into the world of programming, armed with the power of C and C++? Welcome to our comprehensive guide, where we will equip you with the knowledge, skills, and resources needed to master these versatile and foundational programming languages. Whether you're a budding programmer or looking to expand your existing skill set, we are here to pave the way for your success.

Unveiling the Power of C/C++

Why Choose C/C++?

C and C++ have stood the test of time as two of the most influential programming languages in the history of computing. With their remarkable efficiency, portability, and ability to interface directly with hardware, they remain the bedrock of software development, systems programming, and even game development. Choosing to learn C/C++ is like acquiring a key to a treasure trove of opportunities in the tech world.

Systems Programming

C and C++ are the cornerstones of systems programming, enabling developers to create software that interfaces directly with hardware components. Operating systems, device drivers, and embedded systems rely heavily on the efficiency and low-level control that these languages provide. Whether you're crafting an intricate OS kernel or optimizing a device's performance, C and C++ are your go-to choices.

Application Development

From desktop applications to mobile apps, C and C++ continue to shine in the realm of application development. The ability to write fast, memory-efficient code makes them ideal for creating software that delivers a seamless user experience. Graphics-intensive applications, such as video games and multimedia software, benefit from the performance optimizations that these languages offer.

Mastering Performance and Efficiency

Performance-Critical Software

When milliseconds matter, C and C++ deliver unparalleled performance. Applications that require lightning-fast execution, such as financial systems, scientific simulations, and real-time data processing, harness the raw power of these languages. The ability to control memory allocation and manage resources at a low level contributes to their dominance in this arena.

Resource-Intensive Tasks

C and C++ excel at managing resources efficiently, making them perfect for resource-intensive tasks. Image and video processing, data compression, and cryptography are just a few examples of domains where C and C++ shine. Their ability to manipulate memory directly allows developers to optimize algorithms for maximum efficiency.

Crossing Boundaries with Portability

Cross-Platform Development

In a world of diverse devices and operating systems, cross-platform compatibility is crucial. C and C++ provide a common language that can be compiled for various platforms, ensuring that your software runs seamlessly on different environments. This cross-platform capability is particularly valuable for creating software that targets multiple devices and architectures.

Embracing Object-Oriented Excellence

Object-Oriented Programming

C++ introduces the paradigm of object-oriented programming (OOP), which brings modularity, reusability, and maintainability to your codebase. C++'s classes, objects, and inheritance mechanisms empower developers to create organized and scalable software architectures. OOP is especially beneficial for large projects and collaborative development.

The Path Forward: Education and Beyond

Learning and Teaching

C and C++ serve as excellent vehicles for learning programming fundamentals. Their concise syntax and close-to-hardware nature help newcomers grasp essential concepts while providing a solid foundation for advanced programming languages. Additionally, educators find C and C++ invaluable for teaching computer science principles.

Innovating for the Future

As technology continues to evolve, C and C++ remain at the forefront of innovation. The languages have adapted to incorporate modern features while preserving their core strengths. With the advent of IoT (Internet of Things), C and C++ are powering the devices that connect our world, from smart appliances to industrial machinery.

Free Training Resource for C/C++

• Build an Interpreter (Chapter 14 on is written in C)
• Memory Allocators 101 - Write a simple memory allocator
• Write a Shell in C
• Write a FUSE Filesystem
• Build Your Own Text Editor
• Build Your Own Lisp
• How to Program an NES Game in C
• Write an OS from scratch
• How to create an OS from scratch
• Building a CHIP-8 Emulator
• Beginning Game Programming with C++ and SDL
• Implementing a Key-Value Store
• Tiny 3D graphics projects
  • Tiny Renderer or how OpenGL works: software rendering in 500 lines of code
  • Understandable RayTracing in 256 lines of bare C++
  • KABOOM! in 180 lines of bare C++
  • 486 lines of C++: old-school FPS in a weekend
• Writing a minimal x86-64 JIT compiler in C++
  • Part 1
  • Part 2
• Build a Live Code-reloader Library for C++
• Write a hash table in C
• Let's Build a Simple Database
• Let's Write a Kernel
• Write a Bootloader in C
• Linux Container in 500 Lines of Code
• Write Your Own Virtual Machine
• Learning KVM - Implement Your Own Linux Kernel
• Build Your Own Redis with C/C++
• Write a C compiler
  • Part 1: Integers, Lexing and Code Generation
  • Part 2: Unary Operators
  • Part 3: Binary Operators
  • Part 4: Even More Binary Operators
  • Part 5: Local Variables
  • Part 6: Conditionals
  • Part 7: Compound Statements
  • Part 8: Loops
  • Part 9: Functions
  • Part 10: Global Variables
• Implementing a Language with LLVM
• Meta Crush Saga: a C++17 compile-time game
• High-Performance Matrix Multiplication
• Space Invaders from Scratch
  • Part 1
  • Part 2
  • Part 3
  • Part 4
  • Part 5
• Tetris Tutorial in C++ Platform Independent
• Writing a Linux Debugger
  • Part 1: Setup
  • Part 2: Breakpoints
  • Part 3: Registers and memory
  • Part 4: Elves and dwarves
  • Part 5: Source and signals
  • Part 6: Source-level stepping
  • Part 7: Source-level breakpoints
  • Part 8: Stack unwinding
  • Part 9: Handling variables
  • Part 10: Advanced topics
• Let's write a compiler
  • Part 1: Introduction, selecting a language, and doing some planning
  • Part 2: A lexer
  • Part 3: A parser
  • Part 4: Testing
  • Part 5: A code generator
  • Part 6: Input and output
  • Part 7: Arrays
  • Part 8: Strings, forward references, and conclusion

Network programming

• Let's Code a TCP/IP Stack
  • Part 1: Ethernet & ARP
  • Part 2: IPv4 & ICMPv4
  • Part 3: TCP Basics & Handshake
  • Part 4: TCP Data Flow & Socket API
  • Part 5: TCP Retransmission
• Programming concurrent servers
  • Part 1 - Introduction
  • Part 2 - Threads
  • Part 3 - Event-driven
  • Part 4 - libuv
  • Part 5 - Redis case study
  • Part 6 - Callbacks, Promises and async/await
• MQTT Broker from scratch
  • Part 1 - The protocol
  • Part 2 - Networking
  • Part 3 - Server
  • Part 4 - Data structures
  • Part 5 - Topic abstraction
  • Part 6 - Handlers
  • Bonus - Multithreading

OpenGL:

• Creating 2D Breakout game clone in C++ with OpenGL
  • Breakout
  • Setting up
  • Rendering Sprites
  • Levels
  • Collisions
    • Ball
    • Collision detection
    • Collision resolution
  • Particles
  • Postprocessing
  • Powerups
  • Audio
  • Render text
  • Final thoughts
• Handmade Hero
• How to Make Minecraft in C++/OpenGL (video)

C#:

• Learn C# By Building a Simple RPG Game
• Create a Rogue-like game in C#
• Create a Blank App with C# and Xamarin (work in progress)
• Build iOS Photo Library App with Xamarin and Visual Studio
• Building the CoreWiki This is a Wiki-style content management system that has been completely written in C# with ASP.NET Core and Razor Pages. You can find the source code here.

Exploring the Limitless Potential

The general uses of C and C++ programming are vast and varied, spanning industries and applications that shape our digital landscape. Whether you're crafting intricate systems, optimizing performance, or building cross-platform solutions, these languages empower you to transform your ideas into reality.