julia-docstrings

To generate Julia docstrings for exported functions, you provide the function signature to the skill, which then produces standardized documentation using DocStringExtensions.jl macros like $TYPEDSIGNATURES for clear argument and return value formatting.

Documenting Julia public types using SciML conventions involves applying specific DocStringExtensions.jl macros like $TYPEDEF and $TYPEDFIELDS to ensure structured, discoverable type definitions and field descriptions within your package.

DocStringExtensions.jl works with Julia package modules by providing macros that automatically extract type definitions and typed fields, ensuring standardized, user-facing documentation for key modules without manual duplication of code signatures.

Yes, you can document Julia packages without manually writing signatures because the skill leverages DocStringExtensions.jl macros like $TYPEDSIGNATURES to automatically populate function signatures, reducing manual transcription errors in your docstrings.

A limitation of using DocStringExtensions macros for Julia code is that adherence to SciML conventions is required, meaning the generated docstrings must apply specific macro usage for types, fields, and signatures to ensure proper discoverability.

You need to apply specific macros like $TYPEDEF and $TYPEDFIELDS for Julia type definitions and fields when documenting public types to ensure the generated docstrings adhere to SciML conventions and maintain proper discoverability.