Safe Haskell | None |
---|---|
Language | Haskell2010 |
Synopsis
- data ImportNumeric
- imports :: ImportNumeric -> Bool -> Bool -> Bool -> Doc ()
- importPragmas :: Bool -> [ModuleName] -> Doc ()
- sanitize :: String -> String
- data ConstructorStyle
- nameSuggestion :: Type -> String
- nameFor :: String1 -> String
- numberUniquely :: forall a. Ord a => [a] -> [(Maybe Int, a)]
- type Frequency a = Map a Int
- incr :: Ord a => a -> Frequency a -> Frequency a
- uArrow :: String
Documentation
data ImportNumeric Source #
Import the builtin numeric types (content of some token categories)?
YesImportNumeric | Import the numeric types. |
NoImportNumeric | Don't import the numeric types. |
Instances
Eq ImportNumeric Source # | |
Defined in BNFC.Backend.Agda.Utilities.Utils (==) :: ImportNumeric -> ImportNumeric -> Bool Source # (/=) :: ImportNumeric -> ImportNumeric -> Bool Source # |
:: ImportNumeric | Import also numeric types? |
-> Bool | If have layout, import booleans. |
-> Bool | If have position information, import natural numbers. |
-> Bool | Do we need |
-> Doc () |
:: Bool | Do we use position information? |
-> [ModuleName] | Haskell modules to import. |
-> Doc () |
data ConstructorStyle Source #
How to print the types of constructors in Agda?
UnnamedArg | Simply typed, like |
NamedArg | Dependently typed, like |
nameSuggestion :: Type -> String Source #
Suggest the name of a bound variable of the given category.
>>>
map nameSuggestion
[ ListType (BaseType (BaseCat 'S':|"tm")), BaseType (TokenCat 'V':|"ar"), (BaseType (BaseCat 'E':|"xp") ] ["ss","x","e"]
nameFor :: String1 -> String Source #
Suggest the name of a bound variable of the given base category.
>>>
map nameFor ["Stm","ABC","#String"]
["s","a","s"]
numberUniquely :: forall a. Ord a => [a] -> [(Maybe Int, a)] Source #
Number duplicate elements in a list consecutively, starting with 1.
>>>
numberUniquely ["a", "b", "a", "a", "c", "b"]
[(Just 1,"a"),(Just 1,"b"),(Just 2,"a"),(Just 3,"a"),(Nothing,"c"),(Just 2,"b")]
type Frequency a = Map a Int Source #
A frequency map.
NB: this type synonym should be local to numberUniquely
, but
Haskell lacks local type synonyms.
https://gitlab.haskell.org/ghc/ghc/issues/4020