Book Image

Application Development with Qt Creator - Third Edition

By : Lee Zhi Eng, Ray Rischpater
Book Image

Application Development with Qt Creator - Third Edition

By: Lee Zhi Eng, Ray Rischpater

Overview of this book

Qt is a powerful development framework that serves as a complete toolset for building cross-platform applications, helping you reduce development time and improve productivity. Completely revised and updated to cover C++17 and the latest developments in Qt 5.12, this comprehensive guide is the third edition of Application Development with Qt Creator. You'll start by designing a user interface using Qt Designer and learn how to instantiate custom messages, forms, and dialogues. You'll then understand Qt's support for multithreading, a key tool for making applications responsive, and the use of Qt's Model-View-Controller (MVC) to display data and content. As you advance, you'll learn to draw images on screen using Graphics View Framework and create custom widgets that interoperate with Qt Widgets. This Qt programming book takes you through Qt Creator's latest features, such as Qt Quick Controls 2, enhanced CMake support, a new graphical editor for SCXML, and a model editor. You'll even work with multimedia and sensors using Qt Quick, and finally develop applications for mobile, IoT, and embedded devices using Qt Creator. By the end of this Qt book, you'll be able to create your own cross-platform applications from scratch using Qt Creator and the C++ programming language.
Table of Contents (19 chapters)
1
Section 1: The Basics
7
Section 2: Advanced Features
12
Section 3: Practical Matters

Setting up an embedded Linux image

Embedded devices used to be custom-made individually by hardware manufacturers as the firmware had to be created specifically for the chip soldered to the device. This prevented small companies and hobby developers from designing new products without cooperating with a big manufacturer, which was pretty challenging, especially for hobbyists.

However, our technology has improved significantly in recent years, which means that the chips running our PC and mobile phones have become almost as powerful as the proprietary devices produced by the big manufacturers. This has led to most manufacturers switching sides in order to use the ARM and x86 chips and, by doing so, reduce their cost on research and development. This also allows small companies or hobby developers to easily prototype their software on low-budget embedded hardware, such as the Intel...