MultiThreading and IPC with Qt 5 C

MultiThreading and IPC with Qt 5 C

What you’ll learn

Creating and Managing Threads
Sending Feedback to main thread
Thread Synchronization
Thread Safety and Reentrancy
Using Thread Pools
Qt Concurrent : High level Threading API
Managing Processes
Inter Process Communication
DBus

Requirements

Basic Qt C++ Knowledge
Strong drive and willingness to learn

Description

Special Note : This course is based on Qt 5. Qt 6 is the latest version of Qt (Released in December 2020), and it introduced some changes that won’t work with code written for Qt 5. Threading is one of the highly affected areas of Qt. We will be creating  an update that takes Qt 6 in consideration over the next few months, but with this course, we highly recommend using Qt 5.Qt is a cross platform application development framework , you can use it to develop applications for windows, mac, linux , mobile and embedded devices.This course will enable you to take advantage of the Multi-threading and Inter Process Communication features offered by the Qt framework, using the C++ programming language.You will learn and master different ways you can create and manage threads, give them work they can do in the background and let them report back to you when they are done with the results.The course won’t just show you how to create threads and use them to improve the design of your application; you will also understand why each technique works and the common pitfalls one comes across when using threads and  IPC in their C++ applications.The lectures are carefully designed backed by engaging demos for you to try out the concepts on your own, right away. If you’re  looking to use Multi-threading or Inter Process Communication in your Qt C++ applications, this course will get  you up and running in the shortest amount of time possible. Here are some of the things you’ll get to master as you go through the course : Creating and Managing ThreadsSending Feedback to main threadThread SynchronizationThread Safety and ReentrancyUsing Thread PoolsQt Concurrent : High level Threading APIManaging ProcessesInter Process CommunicationDBusand moreQt is the platform of choice for thousands of software projects, both open source and commercial,  including the one we passionately use to record our videos. If you want to use threads and inter process communication mechanisms in your cross platform applications, Qt is going to make your life a whole lot easier. Please check out some of the preview videos, and let’s get  you started using Threads and Inter Process Communication, in your Qt C++ cross platform applications.

Overview

Section 1: Introduction

Lecture 1 Welcome

Lecture 2 Threads, Processes and IPC : Context

Section 2: Creating Threads

Lecture 3 Threading Overview

Lecture 4 QThread-Create

Lecture 5 MoveToThread

Lecture 6 Subclass QThread

Lecture 7 QThread with asynchronous code-QThread-Create

Lecture 8 QThread with asynchronous code-MoveToThread

Lecture 9 QThread with asynchronous code-Subclass QThread

Lecture 10 ThreadPool and QRunnable

Lecture 11 ThreadPool and QRunnable – Sending feedback to ui

Lecture 12 ThreadPool and QRunnable – Async Code

Lecture 13 Custom Type Signal Parameters

Lecture 14 Threading Methods Comparison

Section 3: Thread Synchronization

Lecture 15 Thread Synchronization Overview

Lecture 16 Thread Synchronization – Mutex

Lecture 17 Thread Synchronization – Mutex -Shared variable

Lecture 18 Thread Synchronization – ReadWrite Lock

Lecture 19 Thread Synchronization – Semaphores

Lecture 20 Thread Synchronization – WaitConditions

Lecture 21 Wait Conditions – Pause Resume

Lecture 22 Thread Synchronization- Chapter Review

Section 4: Thread Safety and Reentrancy

Lecture 23 Thread Safety and Reentrancy Overview

Lecture 24 Cross Thread Signals and Slots – Example1

Lecture 25 Cross Thread Signals and Slots – Example2

Lecture 26 Cross Thread Signals and Slots – Example3

Lecture 27 Slots in QThread Subclass

Lecture 28 Thread Safety and Reentrancy – Chapter Review

Section 5: Qt Concurrent

Lecture 29 Qt Concurrent Overview

Lecture 30 Qt Concurrent-run-synchronous

Lecture 31 Qt Concurrent Asynchronous – Return values

Lecture 32 Qt Concurrent-map

Lecture 33 Qt Concurrent-maped

Lecture 34 Qt Concurrent-mapReduced

Lecture 35 Qt Concurrent-Filter

Lecture 36 Qt Concurrent-Filtered

Lecture 37 Qt Concurrent-FilterReduce

Lecture 38 Qt Concurrent-QFutureSynchronizer

Lecture 39 Qt Concurrent : Feedback

Lecture 40 Threading Overview-Comparison

Section 6: Processes

Lecture 41 Processes and QProcess

Section 7: Inter Process Communication

Lecture 42 IPC Overview

Lecture 43 IPC- SharedMemory

Lecture 44 IPC -TCP( QTcpSocket)

Lecture 45 IPC – Files on FileSystem

Lecture 46 IPC Overview-Comparison

Section 8: DBus

Lecture 47 DBus Overview

Lecture 48 DBus-Client-Server : Server

Lecture 49 DBus Client-Server : Client

Lecture 50 DBus-SignalsSlots

Lecture 51 QDBusMessage

Lecture 52 QDBusInterface

Lecture 53 Introspection

Lecture 54 DBus-Overview

Section 9: Wrap up

Lecture 55 Course Wrap up

Anyone willing to use Qt C++ threading capabilities in their projects.

Course Information:

Udemy | English | 12h 52m | 12.14 GB
Created by: Daniel Gakwaya

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