WineGUI

At last, a user-interface friendly Wine (A compatibility layer capable of running Windows applications under Linux) Manager.

Download

You can find the latest version on the Releases page of GitLab.

Download the WineGUI package you require for your Linux distribution (we provide .deb, .rpm and .tar.gz files). Typically you should use .deb file for Ubuntu and Linux Mint distros.

Install the package and you are ready to go! WineGUI should be listed in your menu.

Features

• Graphical user-interface on top of Wine
• Creating a new machine using an easy step-by-step wizard
• Application list per machine (with search feature and refresh button)
• Editing, removing and cloning Windows machines in a breeze
• Configure window installing additional software with just a single click (like installing DirectX)
• One-button click to run a program, open the C: drive, simulate a reboot or kill all processes

GitHub Star History

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Development

WineGUI is created by using GTK3 toolkit (Gtkmm C++-interface) and C++ code.

Development has been done in VSCcodium, using the following extensions:

• C/C++
• CMake
• CMake Tools
• GitLab Workflow

Documentation

See latest WineGUI Developer Docs.

Requirements

Dependencies should be met before build:

• gcc/g++ (advised: v8 or later)
• cmake (advised: v3.10 or later)
• ninja-build
• libgtkmm-3.0-dev (implicit dependency with libgtk-3-dev)
• libjson-glib-dev
• pkg-config

Optionally:

• Ccache (optional, but much recommended)
• doxygen
• graphviz
• rpm
• clang-format (v14)
• cppcheck (v2.10 or higher)

Hint: You could execute ./scripts/deps.sh script for Debian based systems (incl. Ubuntu and Linux Mint) in order to get all the dependencies installed automatically.

Build

Run script: ./scripts/build.sh

Or execute:

# Prepare
cmake -GNinja -B build
# Build WineGUI
cmake --build ./build

Building from source

Building from the source code archive files (eg. tar.gz) is just as easy, however be sure to download the specially prepared WineGUI-Source-*.tar.gz archive file (instead of the GitLab generated source archives).
This WineGUI source archive contains the version.txt meaning the tarball is aware of the project version during the build.

There are various CMake options/variables flags you can set. Use cmake -LAH to see all options. For example (release build with /usr install prefix):

cmake -GNinja -B build -DCMAKE_BUILD_TYPE=Release -DCMAKE_INSTALL_PREFIX:PATH=/usr

Then execute the build using: cmake --build ./build as shown earlier.

Run

Execute: ninja -C build run

Or execute the binary directly:

./build/bin/winegui

Rebuild

Configuring the ninja build system via CMake is often only needed once (cmake -GNinja -B build), after that just execute:

cmake --build ./build

Or just: ninja within the build directory.
Clean the build via: ninja clean.

Hint: Run ninja help for all available targets.

Debug

You can use the helper script: ./scripts/build_debug.sh

Start debugging in GDB (GNU Debugger):

cd build_debug
gdb -ex=run bin/winegui

Memory check

First build the (Linux) target including debug symbols. Binary should be present in the build/bin directory.

Next, check for memory leaks using valgrind by executing:

./scripts/valgrind.sh

Or to generate a memory usage plot in massif format, execute:

./scripts/valgrind_plot.sh

Production

For production build and DEB file package, you can run: ./scripts/build_prod.sh

Or use:

cmake -GNinja -DCMAKE_INSTALL_PREFIX:PATH=/usr -DPACKAGE -DCMAKE_BUILD_TYPE=Release -B build_prod
cmake --build ./build_prod --config Release
cd build_prod
cpack -C Release -G "DEB"

Build Doxygen

Or build with generated doxygen files locally:

cmake -GNinja -DDOXYGEN=ON -B build_docs
cmake --build ./build_docs --target Doxygen

Releasing

Before you can make a new release, align the version number in WineGUI with the version you want to release. Then create a new tagged version in Gitlab with the same version name.

Note: Only a release tag on the main branch will trigger the publish task.

Automated Clang Format

We use our own Clang LLVM C++ Programming Style Format, using clang-format command.

To automatically comply to our style format execute following script (inplace edits are performed for you):

./scripts/fix_format.sh

Or depend on the docker image instead of your local clang-format:

./scripts/fix_format.sh docker

Check only for errors, run: ./scripts/check_format.sh (same idea with Docker, run: ./scripts/check_format.sh docker to not depend on your local clang-format tool)

Guidelines

First we try to use the Google C++ Style Guide as basis.

Next, we also tend to follow the popular C++ Core Guidelines as much as possible.

CI/CD

For continuous integration & delivery we use our Dockerfile to create a Docker image. This image (danger89/gtk3-docker-cmake-ninja) is hosted on Dockerhub.

A helper script can be used: ./scripts/build_and_upload_image.sh