Applying C++11/C++14 Training in Copenhagen, Denmark

This training provides a comprehensive understanding of the modern features and best practices introduced in C++11 and C++14 standards. Participants will learn to leverage these enhancements to write more efficient, maintainable, and robust code. The training includes hands-on exercises and real-world scenarios to reinforce key concepts and practical applications.

Introduction to Modern C++

Overview of C++11 and C++14:

Key motivations for introducing the new standards.

High-level overview of features and improvements.

Core Language Enhancements:

Auto keyword and type inference.

Range-based for loops.

Uniform initialization and initializer lists.

Memory Management:

Move semantics and std::move.

Rvalue references and their use cases.

Smart pointers: std::unique_ptr, std::shared_ptr, and std::weak_ptr.

Hands-on Exercises

Advanced Features and Functional Programming

Lambda Expressions:

Introduction to lambdas and their syntax.

Capturing variables and closures.

Using lambdas with STL algorithms.

New Standard Library Features:

Additions to STL containers and algorithms.

Enhancements in std::string, std::tuple, and std::array.

Regular expressions with std::regex.

Concurrency and Multithreading:

std::thread and thread management.

Synchronization primitives: std::mutex, std::lock_guard, and std::unique_lock.

Atomic operations and std::atomic.

Hands-on Exercises

Best Practices and Real-World Applications

Refinements in C++14:

Generic lambdas.

Binary literals and digit separators.

Return type deduction for functions.

Performance Optimization:

Using constexpr for compile-time evaluation.

Avoiding common pitfalls in move semantics.

Efficient usage of memory and resources.

Case Studies and Code Reviews:

Analyzing and refactoring real-world C++ projects.

Applying modern C++ best practices.

Hands-on Exercises