Bartek Kryza

@CyCle1024 Thanks for the detailed issue description. I'll into that this week... If you're in a hurry, you can try to rebuild clang-uml from branch `improve-alias-template-generation`, where I'm currently refactoring...

@CyCle1024 Ok thanks - in that case this another issue related to the glob search pattern processing - thanks for pointing it out! I'll look into it nevertheless...

This should also skip dependencies from subclasses, e.g. when class A is the base of classes B and C, and they all depend on class E, then probably only dependency...

@sukram230799 Thanks for the PR - again :-) The code looks ok, could you please add a test case for this for instance by duplicating these test cases with kwargs...

Also it would be nice to have options to decide how the class elements should be ordered and grouped: ``` my_class_diagram: type: class ... methods_order: lexical # or 'declared' ```

@CyCle1024 This is now fixed since `0.2.0`, there is a test case checking for that: * https://github.com/bkryza/clang-uml/blob/master/docs/test_cases/t00048.md

@DeveloperPaul123 As far as I remember it was intended more to be the latter, i.e. there would be a simple CMake module called for instance `clang-uml.cmake` that would get installed...

@tsukione Can you try adding the following at the top of your `.clang-uml` config: ```yaml add_compile_flags: - --target=x86_64-w64-mingw32 ``` It's possible that your `compile_commands.json` does not contain this flag and...

@tsukione No you don't need to compile your project with LLVM to run `clang-uml`, however you need to generate `compile_commands.json` in such a way that all compilation flags are understood...

@tsukione I've finally managed to reproduce your problem and have found a possible solution to it. The core of the issue is that Mingw GCC contains headers with Intel SIMD...