Strongly typed file paths in Haskell.
This library provides a strongly typed representation of file paths, providing more safety during compile time while also making code more readable, compared to the standard solution (FilePath, which is really just String).
Without StrongPath:
getBashProfile :: IO FilePathWith StrongPath:
getBashProfile :: IO (Path System (Rel HomeDir) (File BashProfile))Simple but complete example:
import StrongPath (Path, System, Abs, Dir, parseAbsDir)
data HomeDir
getHomeDirPath :: IO (Path System Abs (Dir HomeDir))
getHomeDirPath = getLine >>= fromJust . parseAbsDirCheck documentation for more details!
Detailed documentation, including rich examples and API is written via Haddock.
Check out the latest documentation on Hackage: Documentation.
You can also build and view the Haddock documentation yourself if you wish, by running stack haddock --open.
We are using ormolu for code formatting. In order for the PR to pass, it needs to be formatted by ormolu.
strong-path is Stack project, so make sure you have stack installed on your machine.
stack build to build the project, stack test to run the tests.
stack build --file-watch --haddock to rebuild documentation as you change it.
First, make sure to update the version of package in package.yaml, if needed.
Then, stack sdist to build publishable .tar.gz., and then we need to upload it manually to Hackage.
Check if Hackage correctly built the Haddock docs -> if not, you need to upload them manually (check Hackage webpage for instructions, it should be smth like cabal v2-haddock --haddock-for-hackage --enable-doc and then cabal upload -d --publish <path_to_docs.tar.gz>).
We should also tag the commit in git with version tag (e.g. v1.0.0.0) so we know which version of code was used to produce that release.