C++

Explore C++ with insights from its creator Bjarne Stroustrup, learn its industry impact, effective learning strategies, and key coding guidelines.

Get started with C++: learn program structure, compilation, data types, input/output, expressions, conditionals, loops, and user interaction through hands-on coding exercises.

Learn to use arrays, vectors, and STL algorithms in C++ for data storage, string manipulation, file I/O, and efficient error handling to write robust, maintainable programs.

Master C++ modularity by organizing code with functions, multi-file structure, and OOP—using classes, pointers, scope, linkage, and object lifecycle features for scalable design.

Learn to model search problems with graphs and grids, implement A* pathfinding in C++, use STL containers and lambdas, analyze complexity, and build projects with CMake.

Master encapsulation in object-oriented programming. Explore encapsulation principles, class structure, data hiding, and utilize getters and setters for efficient class design.

Learn C++ inheritance, composition, and class hierarchies: design clear, safe class structures using single/multiple inheritance, polymorphism, and the "is-a" vs. "has-a" approach.

Master C++ polymorphism and templates to build flexible, efficient, and type-safe designs using abstract classes, interfaces, runtime dispatch, and the power of the standard library.

Discover robust error handling in C++ with exceptions, return codes, and optionals, plus learn essential debugging, logging, assertions, and RAII for reliable, safe code.

Explore C++ memory structure, pointers, addresses, the system memory hierarchy, caching, and GDB debugger use for efficient programming and troubleshooting.

Learn C++ pointers: how they store memory addresses, enable direct data manipulation, perform pointer arithmetic, and avoid common errors like null, dangling, and out-of-bounds pointers.

Learn dynamic memory allocation in C++: using new/delete, preventing leaks, double deletion, and dangling pointers, and managing ownership with best practices and smart pointers.

Learn C++ copy constructors, move semantics, and the Rule of Three/Five. Master memory management, deep vs. shallow copy, and RAII for safe, efficient resource handling.

Master C++ smart pointers for safer, modern memory management: exclusive and shared ownership, avoiding leaks, breaking cycles, and refactoring legacy code using unique, shared, and weak pointers.

Learn how to create, manage, and synchronize threads in C++ to unlock parallel execution, avoid race conditions, and ensure safe resource management using RAII and synchronization primitives.

Master thread communication and synchronization using promises, futures, std::async, atomics, and lock-free programming for scalable, efficient concurrent applications.

Master advanced thread synchronization with mutexes, locks, and condition variables to build correct, efficient, and deadlock-free concurrent systems using modern C++ techniques.