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Wing 12, the current Wing Python IDE release, is not supported on Ubuntu 18.04 or 16.04: Wingware lists a Linux requirement of glibc 2.28 or later, with Ubuntu 20.04 or newer as an example. If you must keep an older Ubuntu system, Wing 10 is the likeliest legacy option for 64-bit Intel or AMD hardware, but compatibility is not guaranteed for every installation. If you can upgrade Ubuntu, do that before installing the current Wing release.
Which Wing version should you use?
Wingware’s supported-platform requirements distinguish current Wing from older Linux releases. The table summarizes the practical choice for these Ubuntu versions.
| Wing release | Published Linux requirement or status | Ubuntu 18.04 or 16.04 guidance |
|---|---|---|
| Wing 12 | 64-bit Intel or ARM64 Linux with glibc 2.28 or later; Ubuntu 20.04+ is an example. Current release is Wing 12.0.1, released July 20, 2026, according to Wingware’s downloads page. | Not supported by the published requirements. Upgrade Ubuntu rather than assuming the latest .deb will work. |
| Wing 10 | x86_64 Linux with glibc 2.17 or later. | Likeliest historical choice on 64-bit Ubuntu 18.04 or 16.04, subject to library and package compatibility. |
| Wing 9 or earlier | Older compatibility branches are listed by Wingware. | Fallback only if a newer legacy installer is unsuitable; verify the selected release’s requirements. |
| Wing 101 | Simplified, free edition; compatibility depends on its specific release. | Consider it for learning Python, but check the chosen version’s platform requirements first. |
Wing 10’s glibc requirement makes it a plausible fit, not a guarantee that every desktop library, architecture, or package dependency on your system will work. A Debian package being available does not mean it is supported on every Ubuntu release.
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- Wing Pro is the full commercial IDE, including advanced development and remote-development features.
- Wing Classic is part of Wing’s product family; available features depend on the license or product level.
- Wing 101 is a reduced-feature edition for beginners and teaching. It is free and does not need a license.
Wingware’s Quick Start describes the editions and initial setup. Check that the chosen Wing 101 release supports the old Ubuntu system before downloading it.
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Check your system before downloading
The local Linux IDE requires a 64-bit installation. Run these checks in a terminal:
uname -m
ldd --version
dpkg --print-architecture
python3 --version
which python3uname -mshould reportx86_64for the historical Wing 10 route described here. ARM and 32-bit systems need a separately verified installer; do not assume that an old release supports the same architectures as Wing 12.ldd --versiondisplays the system glibc version. Wing 10’s published Linux requirement is glibc 2.17 or later.dpkg --print-architecturereports the Debian package architecture. Match the downloaded package to your system.- The Python commands show the system interpreter, not necessarily the interpreter you will use for a project.
Wing also requires a graphical desktop and X11-compatible libraries. It bundles many components, including Qt, PyQt, OpenSSH and Python, but still depends on low-level operating-system libraries. Its debugger needs working TCP/IP configuration; ordinary debugging does not require outside internet access. See Wingware’s installation prerequisites and Linux installation notes.
Download the matching Debian package
- Open Wingware’s official downloads page and use its older-release selector.
- Choose the Wing release and edition you intend to use. For 64-bit Ubuntu 18.04 or 16.04, Wing 10 is the likeliest legacy branch based on its published glibc requirement.
- Select the Ubuntu/Debian
.debpackage for the matching architecture, then save it in~/Downloads.
The downloads page exposes older releases, including Wing 10.0.10, but installer availability can change. Use the vendor’s release selector rather than relying on a copied direct-download URL.
Install Wing with apt
In a terminal, change to the download directory and install the local package. Replace the placeholder with the exact filename you downloaded:
cd ~/Downloads
sudo apt install ./<downloaded-wing-package>.debThe ./ tells apt that this is a local file. Wingware recommends this method because apt can handle package dependencies. For example, if the downloaded file is named wingpro10_10.0.10_amd64.deb, the command is:
sudo apt install ./wingpro10_10.0.10_amd64.debUse that filename only if it exactly matches your download; the actual package name may differ by release or edition.
If apt cannot finish the installation
First refresh package information and retry:
sudo apt-get update
sudo apt install ./<downloaded-wing-package>.debIf package registration failed or left dependencies unresolved, use the documented dpkg repair path:
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sudo apt-get -f installIf needed, retry the dpkg command afterward. Unlike apt, dpkg does not resolve dependencies by itself. Do not disable package authentication checks as a routine fix.
Launch Wing and complete first-run setup
Look for Wing in the desktop application menu. If it does not appear, inspect the launcher names installed on your system:
ls -l /usr/bin/wing*For a system-wide package installation, files are normally placed under a versioned directory in /usr/lib, with a launcher in /usr/bin. Names vary by edition and release. For example, current Wing 12 uses the wing12.0 launcher; do not assume an older package uses that name. If the installed launcher is wing10.0, run that exact command from a terminal. Wingware documents install locations in its installation guide and launch behavior in the Quick Start.
On first launch, accept the applicable EULA. Wing Pro can start with a 30-day trial; a license is required after the trial. Wing 101 does not require a license. Wing Pro activation is normally done on each machine.
Select the Python interpreter for your project
Installing Wing does not configure every project interpreter automatically, and the IDE’s bundled components are not a substitute for choosing the Python that runs your code. Create or open a project, set its source directory, then select the system Python or a virtual environment intended for that project. The exact controls depend on the Wing release; follow that release’s project and Python-environment workflow in the Quick Start.
To create and activate a virtual environment with the system Python, for example:
python3 -m venv ~/venvs/myproject
source ~/venvs/myproject/bin/activate
python --versionConfirm the selected interpreter is executable and contains the packages your project needs. Do not assume Ubuntu 16.04 or 18.04’s system Python is suitable for every modern project, and check the documentation for the particular Wing release to confirm support for your project’s Python version.
Run a small test project
This checks that the IDE opens a project, runs its selected interpreter and can communicate with Python:
mkdir -p ~/wing-test
cd ~/wing-test
printf 'print("Wing is working")n' > hello.pyOpen hello.py in Wing, select the intended interpreter, and run the file. The output should appear in Wing’s console or debugger. If the IDE opens but debugging fails, verify the project interpreter and its environment, check local firewall rules that might interfere with debugger communication, and confirm that your selected Wing release supports the interpreter’s Python version.
Troubleshoot common installation problems
“GLIBC_2.28 not found”
This usually means a newer Wing build was launched against an older system library. Do not replace Ubuntu’s system glibc manually; doing so can break the operating system and other applications. Instead, use a compatible legacy Wing release, upgrade Ubuntu, or run Wing on a supported host and connect to the old system remotely.
Wrong architecture or a rejected package
Check the system and package before trying workarounds:
uname -m
dpkg --print-architecture
file <downloaded-wing-package>.deb
dpkg-deb --info <downloaded-wing-package>.debA mismatch, incomplete download, corrupted file or package metadata issue can cause installation errors. Confirm that the file came from Wingware and matches your architecture; do not start by bypassing authentication checks.
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Missing Qt or X11 library
If Wing fails to start, check which shared libraries the installed launcher cannot find. Substitute its actual name for wing10.0:
ldd /usr/bin/wing10.0 | grep "not found"Wing identifies libraries such as libX11, libxcb, libxcb-xkb, libglib and libexpat among relevant Linux requirements. Install missing libraries through Ubuntu’s package manager, using the package names appropriate to your Ubuntu release; the required packages vary by system.
No desktop launcher appears
Run the executable shown by ls /usr/bin/wing*. To inspect the files installed by a package, use:
dpkg -L <installed-package-name> | lessThe package name may differ from the desktop or launcher name.
Window placement or layout problems on Wayland
Wing’s current Linux documentation notes UI limitations under native Wayland and gives XWayland as a workaround. If you are using a Wayland desktop, try launching through XWayland with the installed executable name:
QT_QPA_PLATFORM=xcb wing12.0Replace wing12.0 with the actual launcher. This applies mainly to newer desktops; Ubuntu 16.04 and 18.04 installations are more commonly X11-based. See the Linux installation notes.
When to upgrade Ubuntu or use remote development
If the machine is used for active development, upgrading to a currently supported Ubuntu release is usually the cleaner route: it gives you a supported basis for current Wing and newer Python packages, rather than relying on a legacy IDE and old system libraries. Wingware’s current requirements cite Ubuntu 20.04+ as an example, but check the current supported-platform page before choosing an upgrade target.
If Ubuntu 16.04 or 18.04 must remain in place, Wing Pro can run on a supported host and work with additional Linux systems through remote development. This keeps the IDE on the supported machine while using the older system remotely, and requires Wing Pro plus suitable SSH and network access. Details are on Wingware’s supported-platform page.
If you prefer another editor or IDE, compare the current requirements and licensing directly with the vendor: Visual Studio Code uses extensions for Python workflows; PyCharm offers a more traditional Python IDE; Spyder emphasizes scientific and data-analysis workflows; and Thonny is aimed at beginners. Their suitability on an old Ubuntu release depends on the versions they currently support.
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