Learn Multithreading in C++

🎓 Course Title: Learn Multithreading in C++

Course Headline: Modern C++ Multithreading: Threads, Async, Tasks, Locks, Futures, Promises, Conditions - And More!

Course Description:

Embark on a journey to master the art of concurrent programming with Learn Multithreading in C++. This comprehensive course will guide you through the intricacies of multithreading, leveraging the powerful features introduced in C++ between 2011 and 2017.

What You'll Learn:

• Understanding Threads: Learn to create and manage threads using the thread class or the async function. Discover how to efficiently execute code concurrently and the best practices for thread management. 🚀

• Working with Promises, Futures & Tasks: Explore the dynamic and flexible world of promises, futures, and tasks that facilitate asynchronous programming. Understand how to pass data between threads using these constructs. 🔄

• Coordinating Threads with Mutexes & Locks: Master thread synchronization by learning to use mutexes and locks. Ensure data integrity and prevent race conditions in multithreaded environments. 🗝️

• Signaling with Conditions: Unlock the power of conditions to signal between threads, enabling sophisticated communication patterns and coordination mechanisms. ✨

• Creating Blocking Queues & Thread Pools: Dive into the creation of blocking queues and thread pools for efficient task handling. Optimize your application's performance by effectively managing work distribution among multiple threads. 💾⚫️

Your Instructor: John Purcell, a seasoned expert in C++ multithreading, will break down these complex concepts into digestible pieces. With practical demonstrations and real-world examples, you'll see how to apply the principles of multithreading to enhance performance, improve scalability, and solve problems more efficiently.

Course Outline:

1. Introduction to Multithreading: Understand the fundamentals of concurrent execution and how it can be used to improve performance.

2. Creating Threads: Learn to create new threads using the std::thread class or by invoking functions asynchronously with the async function.

3. Working with Promises, Futures & Tasks: Discover how to perform asynchronous operations and manage their results through promises, futures, and tasks.

4. Threading Synchronization: Get to grips with mutexes and locks for thread synchronization and ensuring data consistency.

5. Advanced Thread Communication: Implement advanced communication between threads using conditions and signals.

6. Efficient Task Management: Learn about the practical applications of blocking queues and thread pools in managing tasks efficiently.

7. Practical Applications: Apply your knowledge by working on projects that demonstrate the capabilities of C++ multithreading in real-world scenarios.

Enroll now to harness the full potential of C++ and revolutionize the way you write multithreaded applications. With this course, you'll be equipped with the skills to tackle complex computational problems with ease and efficiency. 🚀👩‍💻🧠