C++11 Programming Training in Vancouver, Canada

C++11 programming training introduces developers to the new features and improvements introduced in the C++11 standard, enhancing the power and efficiency of C++ development. Participants learn about key features such as auto keyword, range-based for loops, and lambda expressions to write cleaner and more concise code. The course covers enhanced memory management tools, including smart pointers, and explores concurrency features like threads and atomic operations for parallel programming. Learners also dive into improved syntax for handling initialization, type traits, and move semantics, optimizing both performance and memory usage. By the end of the training, participants will be well-versed in leveraging C++11 features to write modern, high-performance applications.

Introduction to C++11 Features and Basics

1. Overview of C++11 and Key Features

• Introduction to the new features of C++11

• Compiler support and setup

• Writing the first C++11 program

2. C++11 Syntax Enhancements

• The auto keyword

• nullptr for null pointer constants

• Range-based for loops

• Practical exercise

3. Smart Pointers in C++11

• Introduction to smart pointers

• unique_ptr, shared_ptr, and weak_ptr

• Benefits of smart pointers for memory management

• Practical exercise

4. Lambda Expressions

• Syntax and use cases of lambdas

• Captures, parameters, and return types in lambdas

• Practical exercise

Advanced C++11 Concepts and Application

5. Multithreading and Concurrency in C++11

• Introduction to threads and the thread library

• Managing threads and synchronization mechanisms (mutex, lock)

• Practical exercise

6. STL Enhancements in C++11

• New container types and algorithms in STL

• For-each algorithms, and parallel algorithms

• Practical exercise

7. Move Semantics and Rvalue References

• Introduction to move semantics and its advantages

• Rvalue references and std::move

• Practical exercise

8. Type Traits and New Type System Features

• Understanding type traits and std::type_traits

• Static assertions and constexpr

• Practical exercise