Idris2/libs/base/Data/IOArray/Prims.idr

module Data.IOArray.Prims

%default total

export
data ArrayData : Type -> Type where [external]

-- 'unsafe' primitive access, backend dependent
-- get and set assume that the bounds have been checked. Behaviour is undefined
-- otherwise.
export %extern prim__newArray : forall a . Int -> a -> PrimIO (ArrayData a)
export %extern prim__arrayGet : forall a . ArrayData a -> Int -> PrimIO a
export %extern prim__arraySet : forall a . ArrayData a -> Int -> a -> PrimIO ()
Add experimental support for linear arrays Backed by Data.IOArray. Also moved the array external primitives to a separate module Data.IOArray.Prims, since the next step is to add a linear bounded array type where the bounds checks are done at compile time, so we'll want to read and write without bounds likes. 2020-06-12 16:08:00 +03:00			`module Data.IOArray.Prims`

Add totality annotations to `src` and `libs/{prelude, base}` 2021-06-09 01:05:10 +03:00			`%default total`

Add experimental support for linear arrays Backed by Data.IOArray. Also moved the array external primitives to a separate module Data.IOArray.Prims, since the next step is to add a linear bounded array type where the bounds checks are done at compile time, so we'll want to read and write without bounds likes. 2020-06-12 16:08:00 +03:00			`export`
			`data ArrayData : Type -> Type where [external]`

			`-- 'unsafe' primitive access, backend dependent`
			`-- get and set assume that the bounds have been checked. Behaviour is undefined`
			`-- otherwise.`
			`export %extern prim__newArray : forall a . Int -> a -> PrimIO (ArrayData a)`
			`export %extern prim__arrayGet : forall a . ArrayData a -> Int -> PrimIO a`
			`export %extern prim__arraySet : forall a . ArrayData a -> Int -> a -> PrimIO ()`