Accurate include paths and preprocessor definitions via CMake

[letmaik]

The vscode CMake Tools extension talks to the C/C++ extension API to provide accurate preprocessor definitions and include paths. If vscode-fortran-support would provide a similar API then the CMake Tools extension could use it in the same way. This would avoid having to manually configure include paths etc. if CMake is used as build system.

[MuellerSeb]

Any news on this?

[machsix]

https://github.com/rizsotto/Bear

This looks like a cool tool if someone prefer Makefile

[gnikit]

I think I should clarify what the status of this feat req is. You can have extremely accurate and functional include paths by using glob patterns. So using cmake to have accurate include paths is not that important anymore.

The circumstances that I can foresee this being the only solution are:

• There are conflicting include files, hence using a global include would lead to linter conflicts. Although I am not sure if that is possible when you use the -fsyntax-only flag.
• You want a plug and play experience with your build system i.e. not having to configure linter paths manually.

[renierm]

The use case I have for this is a complex and always changing compile environment.

The compile environment that I'm working in, has a large set of dependencies and the versions used change often. This is all managed using multiple include paths with specific versions. It would really help if cmake information could be used to configure fortls environment.

Basically, the conflicting include file scenario.

[odlomax]

Supporting cmake projects via a compile_commands.json or any similar mechanism would be very much welcome. I work on a very large cmake project with several changing sub-projects and external dependencies. The predominant language is C++ with some Fortran. clangd works very well here, using compile_commands.json. However, try as I might, I can't get fortls to understand how to include the various modules, which are are distributed between sub-projects.

It feels like there's a very real opportunity to have a plug and play experience with the linter, given that's exactly what clangd does with compile_commands.json.

Alternatively, any advice on how to convert a compile_commands.json file to a suitable .fortls file would be very much welcome.