Use C++ lambdas for concise inline functions. Combine them with powerful STL algorithms like find_if, sort, for_each for efficient code.
C++ for C Developers | Lesson 14: Introduction to Lambdas & Basic STL Algorithms Read More »
Write cleaner C++ code! Learn modern conveniences like auto type deduction, easy range-based for loops, and the type-safe nullptr.
Boost C++ performance with move semantics. Understand rvalue references (&&), std::move, move constructors/assignment for efficient resource transfer.
C++ for C Developers | Lesson 12: Move Semantics & Rvalue References Read More »
Master automatic memory management in C++! Learn unique_ptr (exclusive), shared_ptr (shared), and weak_ptr (cycles) for safe RAII.
Handle errors robustly in C++ using exceptions. Learn try, catch, throw, stack unwinding, standard exceptions, and RAII interaction.
C++ for C Developers | Lesson 10: Exception Handling: A Robust Approach to Errors Read More »
Unlock dynamic behavior in C++ with polymorphism. Learn virtual functions, override, dynamic dispatch, and crucial virtual destructors.
C++ for C Developers | Lesson 9: Polymorphism: Virtual Functions & Dynamic Behavior Read More »
Learn C++ inheritance for code reuse. Understand base/derived classes, public/protected access, and modeling “is-a” relationships.
C++ for C Developers | Lesson 8: Inheritance: Building on What You Have (Code Reuse) Read More »
Explore the C++ Standard Template Library (STL). Learn the powerful std::vector (dynamic array) and std::string classes for easier C++ code.
C++ for C Developers | Lesson 6: Constructors & Destructors: Object Lifecycle Management Goal: Learn about constructors (special functions for initializing objects) and destructors (special functions for cleaning up when objects are destroyed). Understand their role in ensuring objects are created in a valid state and resources are released correctly (linking back to RAII). 1.
C++ for C Developers | Lesson 6: Constructors & Destructors: Object Lifecycle Management Read More »
Define C++ classes! Learn how they extend C structs with member functions and use public/private for data hiding (encapsulation).
