{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE ScopedTypeVariables #-}
{-# LANGUAGE TypeApplications #-}
module Text.Pandoc.Lua.Module.Path
( documentedModule
) where
import Data.Version (makeVersion)
import HsLua
import qualified HsLua.Module.Path as MPath
import qualified HsLua.Module.System as MSystem
documentedModule :: forall e. LuaError e => Module e
documentedModule :: forall e. LuaError e => Module e
documentedModule = Module
{ moduleName :: Name
moduleName = Name
"pandoc.path"
, moduleDescription :: Text
moduleDescription = forall e. Module e -> Text
moduleDescription @e Module e
forall e. LuaError e => Module e
MPath.documentedModule
, moduleFields :: [Field e]
moduleFields =
[ Field e
forall e. Field e
MPath.separator
, Field e
forall e. Field e
MPath.search_path_separator
]
, moduleFunctions :: [DocumentedFunction e]
moduleFunctions =
[ DocumentedFunction e
forall e. DocumentedFunction e
MPath.directory DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. LuaError e => DocumentedFunction e
MSystem.exists DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
3,Int
7,Int
1]
, DocumentedFunction e
forall e. DocumentedFunction e
MPath.filename DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. DocumentedFunction e
MPath.is_absolute DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. DocumentedFunction e
MPath.is_relative DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. LuaError e => DocumentedFunction e
MPath.join DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. DocumentedFunction e
MPath.make_relative DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. DocumentedFunction e
MPath.normalize DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. LuaError e => DocumentedFunction e
MPath.split DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. DocumentedFunction e
MPath.split_extension DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. LuaError e => DocumentedFunction e
MPath.split_search_path DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
, DocumentedFunction e
forall e. LuaError e => DocumentedFunction e
MPath.treat_strings_as_paths DocumentedFunction e -> Version -> DocumentedFunction e
forall e. DocumentedFunction e -> Version -> DocumentedFunction e
`since` [Int] -> Version
v[Int
2,Int
12]
]
, moduleOperations :: [(Operation, DocumentedFunction e)]
moduleOperations = []
, moduleTypeInitializers :: [LuaE e Name]
moduleTypeInitializers = []
}
where
v :: [Int] -> Version
v = [Int] -> Version
makeVersion