Bart Janssens

Another option now is to use Docker, see the first part of the workshop here: https://live.juliacon.org/talk/NNVQQF

This is a problem in the wrapper, the type: ```c++ CGAL::Triangulation_3 ``` probably hasn't been added using `add_type`. (note: you can demangle the type using the `c++filt -t ` command)

Is this using the master branch of CxxWrap? `libcxxwrap_julia` 0.12 needs CxxWrap 0.15, which is currently unreleased but installable via `CxxWrap#main` or `CxxWrap#testjll`.

Not able to get to a Wayland machine soon unfortunately, but can you try to add and import the `Qt6Wayland_jll` package before plotting? It should activate Wayland support automatically once...

I don't think it is needed to add Qt6Wayland as a dependency in the build_tarballs, for QML I added `Qt6Wayland_jll` as a dependency to `QML.jl` and in the main source...

To avoid this automatic overload from happening, you can define the functions using `StrictlyTypedNumber`: ```c++ void f(jlcxx::StrictlyTypedNumber e){ std::cout

Thanks, but this fails the tests on all platforms with the error `ERROR: Unable to parse 'ENV{USERPROFILE}' as a package` and it also needs to be rebased on the current...

Hi Philippe, A fix for this is now in the main branch of libcxxwrap-julia/CxxWrap (you need to compile libcxxwrap to test). Note that in the (hopefully soon to be released)...

I have tested using vscode on my machine, and at least the ctests work, provided I set the override correctly. On Windows, it may be easier to use the `Overrides.toml`...

You can use `jlcxx::ArrayRef` as an argument on the C++ side, and then on the Julia side you can pass a 2D array. See the `check_mutable_array` function in the containers...