This course aims to teach learners how to design concurrent C++ applications by moving the focus from micro-managing thread safety to building concurrency in the application from design time. The course covers topics such as tasks, executors, senders/receivers, and performance considerations. Through a series of examples and code walkthroughs, students will learn to use high-level concurrency constructs instead of traditional threads and synchronization primitives. The intended audience for this course is C++ programmers looking to improve their skills in designing concurrent applications without using locks.
Overview
Syllabus
Introduction
SuperSparse Community
Poll
Rules of engagement
Promise
Agenda
Title
Threads
General Method
Theoretical Results
Talk Outline
Core Routines
Hello World Example
Concurrent Work
Multiple Tasks
Tracy Profiler
Tracy Demo
Task System
Delay Continuation
Parallel Continuation
Async Implementation
Join
FinishedWork
ForkJoin
Example
Concurrent Reduce
Concurrent Scan
Pipelines
Serializers
Taught by
CppNow
