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|
(* Copyright (C) 2019 Matthew Fluet
* Copyright (C) 1999-2007 Henry Cejtin, Matthew Fluet, Suresh
* Jagannathan, and Stephen Weeks.
* Copyright (C) 1997-2000 NEC Research Institute.
*
* MLton is released under a HPND-style license.
* See the file MLton-LICENSE for details.
*)
(* Primitive names are special -- see atoms/prim.fun. *)
signature PRIM_INTEGER =
sig
eqtype int
type t = int
val sizeInBits: Primitive.Int32.int
val sizeInBitsWord: Primitive.Word32.word
val precision: Primitive.Int32.int option
val +? : int * int -> bool
val +! : int * int -> int
val +$ : int * int -> int
val + : int * int -> int
val *? : int * int -> bool
val *! : int * int -> int
val *$ : int * int -> int
val * : int * int -> int
val ~? : int -> bool
val ~! : int -> int
val ~$ : int -> int
val ~ : int -> int
val quotUnsafe: int * int -> int
val -? : int * int -> bool
val -! : int * int -> int
val -$ : int * int -> int
val - : int * int -> int
val remUnsafe: int * int -> int
val < : int * int -> bool
val <= : int * int -> bool
val > : int * int -> bool
val >= : int * int -> bool
val compare: int * int -> Primitive.Order.order
val min: int * int -> int
val max: int * int -> int
end
structure Primitive = struct
open Primitive
structure Int1 =
struct
open Int1
type big = Int8.int
val fromBigUnsafe = _prim "WordU8_extdToWord1": big -> int;
val sizeInBits: Int32.int = 1
val toBig = _prim "WordU1_extdToWord8": int -> big;
end
structure Int2 =
struct
open Int2
type big = Int8.int
val fromBigUnsafe = _prim "WordU8_extdToWord2": big -> int;
val sizeInBits: Int32.int = 2
val toBig = _prim "WordU2_extdToWord8": int -> big;
end
structure Int3 =
struct
open Int3
type big = Int8.int
val fromBigUnsafe = _prim "WordU8_extdToWord3": big -> int;
val sizeInBits: Int32.int = 3
val toBig = _prim "WordU3_extdToWord8": int -> big;
end
structure Int4 =
struct
open Int4
type big = Int8.int
val fromBigUnsafe = _prim "WordU8_extdToWord4": big -> int;
val sizeInBits: Int32.int = 4
val toBig = _prim "WordU4_extdToWord8": int -> big;
end
structure Int5 =
struct
open Int5
type big = Int8.int
val fromBigUnsafe = _prim "WordU8_extdToWord5": big -> int;
val sizeInBits: Int32.int = 5
val toBig = _prim "WordU5_extdToWord8": int -> big;
end
structure Int6 =
struct
open Int6
type big = Int8.int
val fromBigUnsafe = _prim "WordU8_extdToWord6": big -> int;
val sizeInBits: Int32.int = 6
val toBig = _prim "WordU6_extdToWord8": int -> big;
end
structure Int7 =
struct
open Int7
type big = Int8.int
val fromBigUnsafe = _prim "WordU8_extdToWord7": big -> int;
val sizeInBits: Int32.int = 7
val toBig = _prim "WordU7_extdToWord8": int -> big;
end
structure Int8 =
struct
open Int8
val sizeInBits: Int32.int = 8
val sizeInBitsWord: Word32.word =
IntWordConv.zextdFromInt32ToWord32 sizeInBits
val precision = SOME sizeInBits
val +? = _prim "WordS8_addCheckP": int * int -> bool;
val +! = _prim "Word8_add": int * int -> int;
val +$ = Exn.mkOverflow (+!, +?)
val + = if Controls.detectOverflow then +$ else +!
val *? = _prim "WordS8_mulCheckP": int * int -> bool;
val *! = _prim "WordS8_mul": int * int -> int;
val *$ = Exn.mkOverflow ( *!, *? )
val * = if Controls.detectOverflow then *$ else *!
val ~? = _prim "WordS8_negCheckP": int -> bool;
val ~! = _prim "Word8_neg": int -> int;
val ~$ = Exn.mkOverflow (~!, ~?)
val ~ = if Controls.detectOverflow then ~$ else ~!
val quotUnsafe = _prim "WordS8_quot": int * int -> int;
val -? = _prim "WordS8_subCheckP": int * int -> bool;
val -! = _prim "Word8_sub": int * int -> int;
val -$ = Exn.mkOverflow (-!, -?)
val - = if Controls.detectOverflow then -$ else -!
val remUnsafe = _prim "WordS8_rem": int * int -> int;
val < = _prim "WordS8_lt": int * int -> bool;
end
structure Int8 : PRIM_INTEGER =
struct
open Int8
local
structure S = IntegralComparisons(Int8)
in
open S
end
end
structure Int9 =
struct
open Int9
type big = Int16.int
val fromBigUnsafe = _prim "WordU16_extdToWord9": big -> int;
val sizeInBits: Int32.int = 9
val toBig = _prim "WordU9_extdToWord16": int -> big;
end
structure Int10 =
struct
open Int10
type big = Int16.int
val fromBigUnsafe = _prim "WordU16_extdToWord10": big -> int;
val sizeInBits: Int32.int = 10
val toBig = _prim "WordU10_extdToWord16": int -> big;
end
structure Int11 =
struct
open Int11
type big = Int16.int
val fromBigUnsafe = _prim "WordU16_extdToWord11": big -> int;
val sizeInBits: Int32.int = 11
val toBig = _prim "WordU11_extdToWord16": int -> big;
end
structure Int12 =
struct
open Int12
type big = Int16.int
val fromBigUnsafe = _prim "WordU16_extdToWord12": big -> int;
val sizeInBits: Int32.int = 12
val toBig = _prim "WordU12_extdToWord16": int -> big;
end
structure Int13 =
struct
open Int13
type big = Int16.int
val fromBigUnsafe = _prim "WordU16_extdToWord13": big -> int;
val sizeInBits: Int32.int = 13
val toBig = _prim "WordU13_extdToWord16": int -> big;
end
structure Int14 =
struct
open Int14
type big = Int16.int
val fromBigUnsafe = _prim "WordU16_extdToWord14": big -> int;
val sizeInBits: Int32.int = 14
val toBig = _prim "WordU14_extdToWord16": int -> big;
end
structure Int15 =
struct
open Int15
type big = Int16.int
val fromBigUnsafe = _prim "WordU16_extdToWord15": big -> int;
val sizeInBits: Int32.int = 15
val toBig = _prim "WordU15_extdToWord16": int -> big;
end
structure Int16 =
struct
open Int16
val sizeInBits: Int32.int = 16
val sizeInBitsWord: Word32.word =
IntWordConv.zextdFromInt32ToWord32 sizeInBits
val precision = SOME sizeInBits
val +? = _prim "WordS16_addCheckP": int * int -> bool;
val +! = _prim "Word16_add": int * int -> int;
val +$ = Exn.mkOverflow (+!, +?)
val + = if Controls.detectOverflow then +$ else +!
val *? = _prim "WordS16_mulCheckP": int * int -> bool;
val *! = _prim "WordS16_mul": int * int -> int;
val *$ = Exn.mkOverflow ( *!, *? )
val * = if Controls.detectOverflow then *$ else *!
val ~? = _prim "WordS16_negCheckP": int -> bool;
val ~! = _prim "Word16_neg": int -> int;
val ~$ = Exn.mkOverflow (~!, ~?)
val ~ = if Controls.detectOverflow then ~$ else ~!
val quotUnsafe = _prim "WordS16_quot": int * int -> int;
val -? = _prim "WordS16_subCheckP": int * int -> bool;
val -! = _prim "Word16_sub": int * int -> int;
val -$ = Exn.mkOverflow (-!, -?)
val - = if Controls.detectOverflow then -$ else -!
val remUnsafe = _prim "WordS16_rem": int * int -> int;
val < = _prim "WordS16_lt": int * int -> bool;
end
structure Int16 : PRIM_INTEGER =
struct
open Int16
local
structure S = IntegralComparisons(Int16)
in
open S
end
end
structure Int17 =
struct
open Int17
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord17": big -> int;
val sizeInBits: Int32.int = 17
val toBig = _prim "WordU17_extdToWord32": int -> big;
end
structure Int18 =
struct
open Int18
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord18": big -> int;
val sizeInBits: Int32.int = 18
val toBig = _prim "WordU18_extdToWord32": int -> big;
end
structure Int19 =
struct
open Int19
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord19": big -> int;
val sizeInBits: Int32.int = 19
val toBig = _prim "WordU19_extdToWord32": int -> big;
end
structure Int20 =
struct
open Int20
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord20": big -> int;
val sizeInBits: Int32.int = 20
val toBig = _prim "WordU20_extdToWord32": int -> big;
end
structure Int21 =
struct
open Int21
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord21": big -> int;
val sizeInBits: Int32.int = 21
val toBig = _prim "WordU21_extdToWord32": int -> big;
end
structure Int22 =
struct
open Int22
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord22": big -> int;
val sizeInBits: Int32.int = 22
val toBig = _prim "WordU22_extdToWord32": int -> big;
end
structure Int23 =
struct
open Int23
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord23": big -> int;
val sizeInBits: Int32.int = 23
val toBig = _prim "WordU23_extdToWord32": int -> big;
end
structure Int24 =
struct
open Int24
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord24": big -> int;
val sizeInBits: Int32.int = 24
val toBig = _prim "WordU24_extdToWord32": int -> big;
end
structure Int25 =
struct
open Int25
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord25": big -> int;
val sizeInBits: Int32.int = 25
val toBig = _prim "WordU25_extdToWord32": int -> big;
end
structure Int26 =
struct
open Int26
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord26": big -> int;
val sizeInBits: Int32.int = 26
val toBig = _prim "WordU26_extdToWord32": int -> big;
end
structure Int27 =
struct
open Int27
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord27": big -> int;
val sizeInBits: Int32.int = 27
val toBig = _prim "WordU27_extdToWord32": int -> big;
end
structure Int28 =
struct
open Int28
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord28": big -> int;
val sizeInBits: Int32.int = 28
val toBig = _prim "WordU28_extdToWord32": int -> big;
end
structure Int29 =
struct
open Int29
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord29": big -> int;
val sizeInBits: Int32.int = 29
val toBig = _prim "WordU29_extdToWord32": int -> big;
end
structure Int30 =
struct
open Int30
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord30": big -> int;
val sizeInBits: Int32.int = 30
val toBig = _prim "WordU30_extdToWord32": int -> big;
end
structure Int31 =
struct
open Int31
type big = Int32.int
val fromBigUnsafe = _prim "WordU32_extdToWord31": big -> int;
val sizeInBits: Int32.int = 31
val toBig = _prim "WordU31_extdToWord32": int -> big;
end
structure Int32 =
struct
open Int32
val sizeInBits: Int32.int = 32
val sizeInBitsWord: Word32.word =
IntWordConv.zextdFromInt32ToWord32 sizeInBits
val precision = SOME sizeInBits
val +? = _prim "WordS32_addCheckP": int * int -> bool;
val +! = _prim "Word32_add": int * int -> int;
val +$ = Exn.mkOverflow (+!, +?)
val + = if Controls.detectOverflow then +$ else +!
val *? = _prim "WordS32_mulCheckP": int * int -> bool;
val *! = _prim "WordS32_mul": int * int -> int;
val *$ = Exn.mkOverflow ( *!, *? )
val * = if Controls.detectOverflow then *$ else *!
val ~? = _prim "WordS32_negCheckP": int -> bool;
val ~! = _prim "Word32_neg": int -> int;
val ~$ = Exn.mkOverflow (~!, ~?)
val ~ = if Controls.detectOverflow then ~$ else ~!
val quotUnsafe = _prim "WordS32_quot": int * int -> int;
val -? = _prim "WordS32_subCheckP": int * int -> bool;
val -! = _prim "Word32_sub": int * int -> int;
val -$ = Exn.mkOverflow (-!, -?)
val - = if Controls.detectOverflow then -$ else -!
val remUnsafe = _prim "WordS32_rem": int * int -> int;
val < = _prim "WordS32_lt": int * int -> bool;
end
structure Int32 : PRIM_INTEGER =
struct
open Int32
local
structure S = IntegralComparisons(Int32)
in
open S
end
end
structure Int64 =
struct
open Int64
val sizeInBits: Int32.int = 64
val sizeInBitsWord: Word32.word =
IntWordConv.zextdFromInt32ToWord32 sizeInBits
val precision = SOME sizeInBits
val +? = _prim "WordS64_addCheckP": int * int -> bool;
val +! = _prim "Word64_add": int * int -> int;
val +$ = Exn.mkOverflow (+!, +?)
val + = if Controls.detectOverflow then +$ else +!
val *? = _prim "WordS64_mulCheckP": int * int -> bool;
val *! = _prim "WordS64_mul": int * int -> int;
val *$ = Exn.mkOverflow ( *!, *? )
val * = if Controls.detectOverflow then *$ else *!
val ~? = _prim "WordS64_negCheckP": int -> bool;
val ~! = _prim "Word64_neg": int -> int;
val ~$ = Exn.mkOverflow (~!, ~?)
val ~ = if Controls.detectOverflow then ~$ else ~!
val quotUnsafe = _prim "WordS64_quot": int * int -> int;
val -? = _prim "WordS64_subCheckP": int * int -> bool;
val -! = _prim "Word64_sub": int * int -> int;
val -$ = Exn.mkOverflow (-!, -?)
val - = if Controls.detectOverflow then -$ else -!
val remUnsafe = _prim "WordS64_rem": int * int -> int;
val < = _prim "WordS64_lt": int * int -> bool;
end
structure Int64 : PRIM_INTEGER =
struct
open Int64
local
structure S = IntegralComparisons(Int64)
in
open S
end
end
end
|
