![]() If I had to guess I would say that it is related to overloading. Users can quickly access documentation from the Help menu in Simply Fortran. ![]() Included Documentation Included with Simply Fortran is documentation for both the integrated development environment and the Fortran compiler. They will probably have a better answer as to why it is the way it is. Simply Fortran provides autocompletion for Fortran derived types, available modules, and individual module components. You might want to open a feature request/ask the question in their repo. Here is an example of how it looks like (implemented in our Fortran language server) Fortran Autocomplete: Simply Fortran provides autocompletion for Fortran derived types, available modules, and. Additionally, Simply Fortran can be used on platforms compatible with Microsoft Windows, including WINE. ![]() InsertText is just a string so theoretically the server could pass the function name + argument list in the format of a snippet, set the variable InsertTextFormat = 2, marking it as a snippet and then pressing Tab would autocomplete to exactly what you want. When an intrinsic function or subroutine is encountered, the documentation for that procedure will be displayed as well. If you have a look at LSP's specification page you will see this bit After all, that is how snippets are handled. The LSP, written by Microsoft originally for VSCode, absolutely permits such types of completion. A Language Server is an implementation of the Language Server Protocol (LSP) which is simply a way to provide programming language-specific features for multiple code editors / IDEs. The autocomplete feature is actually handled by the Language Server for C/C++. Moreover, In theory, you could use recursion to implement the factorial function using heap memory, but it would not be practical since the purpose of using heap memory is to avoid stack overflow errors. The more involved answer is that the authors of the C/C++ extension could do so but for some reason (probably a good one) have chosen not to. In such cases, it may be necessary to use an iterative approach on the stack or use the heap for dynamic memory allocation. VS Code's C/C++ extension will not expand the autocompletion feature to the argument list of a function. I think this is a perfectly valid question and nothing to do with IDE-like features as some are suggesting in the comments.
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