C++ Threaded Programming Course | DevelopIntelligence

Course Summary

The C++ Threaded Programming training course is designed to provide experienced C++ programmers with practical instruction and information so that they can begin writing multi-threaded applications.

The course begins by explaining the history and need for multi-threading. Students will learn about thread classes and how to create threads. Hands-on exercises and demos will provide instruction on how to work with threads, including joining and detaching thread as well as pausing thread execution. The course also explores using concurrent libraries and collections, using Execution Framework, Synchronizers and Atomics.The course concludes with a focus on best practices.

Suggested Reference Text: C++ Concurrency in Action, 2nd Edition, by Anthony Williams

Purpose

Learn how to build safe, high-performing multi-threaded C++ applications.

Audience

Experienced C++ programmers with little-to-no background in multi-threaded application development needing to write multi-threaded stand-alone applications.

Role

Software Developer

Skill Level

Intermediate

Style

Targeted Topic - Workshops

Duration

3 Days

Related Technologies

C++

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Productivity Objectives:

Write multi-threaded C++ applications.
Employ alternative mechanisms for achieving thread safety.
Utilize best practices including immutable objects, exception and error handling, debugging and when to use what.

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What You'll Learn

In the C++ Threaded Programming training course, you'll learn:

Core Concepts
- Introduction to concurrent programming
- Need for multithreading, advantages, disadvantages
- C++’s threading model and threading library
Using thread class
- Thread object
- Creating threads – function pointers, function objects, lambdas
- Passing arguments to threads
- Differentiating between threads: the thread ID
- Joining and detaching threads
- Writing asynchronous threads
- Pausing execution of threads
- Using wait() and notify()
Using Concurrent Libraries
Using Concurrent Collections
- Lists
- Queues
Using Execution Framework
- Thread pool
- Using Future
- Using Fork-Join
Using Synchronizers
- Semaphores
- Mutexes
- Locks
Using Atomics
- Atomic class
Best Practices
- Starvation, deadlock and livelock
- Immutable objects
- Exception and Error handling
- Debugging
- When to use what