Embedded Qt Programming

Overview of the Qt framework and architecture

Qt modules for GUI development

Setting up Qt development environment using Qt Creator

Creating a basic Qt project and understanding its structure

Building and running a simple application

Accessing Qt documentation and resources

Introduction to Qt Widgets and their properties

Common Qt Widgets like buttons, labels, and text boxes

Layout management using QHBoxLayout, QVBoxLayout, and QGridLayout

Event handling with signal and slot mechanisms

Creating basic GUI applications using Qt Widgets

Introduction to Qt Quick and QML (Qt Meta-Object Language)

Understanding QML syntax and components

Designing user interfaces with QML

Implementing animations and property bindings

Handling user input using Qt Quick Controls

Introduction to Model/View architecture in Qt

Using Qt’s model classes like QStringListModel and QStandardItemModel

Implementing custom models for data handling

Displaying data using QListView, QTableView, and QTreeView

Customizing data presentation using delegates

Introduction to Qt’s graphics framework using QPainter and QGraphicsView

Drawing shapes and rendering images

Implementing 2D transformations and animations

Using Qt Quick’s animation framework for visual effects

Basics of concurrency and multithreading in Qt

Using QThread and QRunnable for parallel processing

Ensuring thread-safe data access

Communicating between threads using signals and slots

Building and deploying Qt applications for mobile platforms like Android and iOS

Using Qt’s mobile development tools and libraries

Implementing platform-specific features using sensors and multimedia APIs

Introduction to Qt Test framework for unit testing

Writing and running test cases for Qt applications

Using Qt Creator’s debugging tools for troubleshooting

Applying debugging techniques for performance optimization

End-to-end project to design a simplified automotive infotainment application

Implementing user interactions and data management

Integrating with hardware systems, if applicable

Applying best practices for performance optimization and resource management