Car Dashboard

Main goal

Create a modern Car Dashboar using QT framework(QT creator, QT desinger).

How to start?

1. Download QT Framewrk.
2. Clone the repository.
3. Open QT Design.
4. Open project by clicking in project direcotry the "CarDashboard.qml" file.

Example and division of Classes

Development

• C++20 (recommended g++ or clang++)
• CMake 3.21.1
• Qt 6.7.0
• Qt Design Studio 4.4
• Qt Creator 13.0
• clang-format
• clang-tidy
• cppcheck
• ninja
• valgrind

Clone repository

• clone repository: https://github.com/coders-school/car-dashboard

Qt

You can open project with:

• Qt Design Studio
  • Run Qt Design Studio and open CarDashboard.qmlproject file.
  • User settings are saved in CarDashboard.qmlproject.qtds.
• Qt Creator
  • Run Qt Creator and open CMakeLists.txt file.
  • User settings are saved in CMakeLists.txt.user.

Generate CMake

If you added files in Qt Design Studio (.qml, .png, .svg, ...), you must generete CMake by run executable file. Open Qt Design. Then File > Export > Generate CMake. In details select CMakes which you want generate and click ok. Warning: Please commit before generate

Run from terminal

1. Run cmake

• For Unix

cmake -S <PROJECT DIR> -B <BUILD DIR> -DCMAKE_PREFIX_PATH=[QT DIR]/[QT VERSION]/gcc_64 ...

• For Windows

cmake -S <PROJECT DIR> -B <BUILD DIR> -DCMAKE_PREFIX_PATH=[QT DIR]/[QT VERSION]/mingw ...

Example:

cmake -S . -B build -DCMAKE_PREFIX_PATH=/home/user/Qt/6.7.0/gcc_64 -G Ninja

Or

mkdir build
cd build
cmake .. -DCMAKE_PREFIX_PATH=/home/user/Qt/6.7.0/gcc_64

2. Build

cmake --build <PROJECT DIR>

For ninja:

ninja -C <BUILD DIR>

Examples:

cmake --build build
ninja -C build

3. Run

./<BUILD DIR>/CarDashboardApp

4. Unit tests

ctest --test-dir <BUILD DIR>

For ninja:

ninja -C <BUILD DIR> test

Or run executable file directly:

./build/utest/CarDashboardApp_UnitTest
./build/utestQml/CarDashboardApp_UnitTestQml

Code analysis

CMake targets

CMake provided following targets for code analysis:

• clang-format - formating code
• clang-format-check - check formating without chagned code
• cppcheck-check - run cppcheck
• clang-tidy-check - run clang-tidy without chagned code
• clang-tidy-fix - run clang-tidy and fix code

Run cmake target:

cmake --build <BUILD DIR> --target <TARGET NAME>

For ninja

ninja -C build <TARGET NAME>

clang-format

CMake targets:

• clang-format
• clang-format-check

cppcheck

CMake targets:

• cppcheck-check

clang-tidy

CMake targets:

• clang-tidy-check
• clang-tidy-fix

pre-commit

In the project is added pre-commit, which is run before commit. If an error occurred, try: pip install --force-reinstall -U pre-commit

Set up:

pre-commit install

valgrind

valgrind --leak-check=full \
         --show-leak-kinds=all \
         --track-origins=yes \
         --verbose \
         ./<BUILD DIR>/CarDashboardApp

Description

$${\color{red}1.Class \space Car \space Gauges}$$

• Speed Gauge
• RPM Gauge
• Additional: timer, thermometer etc.

$${\color{blue}2.Class \space 3D \space Car}$$

• 3D car model that can be moved by mouse
• Open doors and trunk by using buttons on screen

$${\color{yellow}3.Class \space A/C \space Sit \space Control}$$

• Change the temperature by using A/C button
• Change the postion of sit by using sit control button

$${\color{green}4.Class \space Phone \space Calling}$$

• Choose number to call
• Adding new phone numbers to phone book

$${\color{purple}5.Class \space Music \space Player}$$

• Change music
• Change beetwen radio and songs
• Mute, volume etc.

$${\color{grey}6.Class \space Navigation}$$

• Navigation map
• Search tool bar

$${\color{brown}7.Class \space Menu}$$

• Switching menu beetwen classes (apart from Gauges)
• Seperate Right from the Left side of the screen