Carp/core/StdInt.carp

(system-include "carp_stdint.h")

(register-type Uint8)
(register-type Uint16)
(register-type Uint32)
(register-type Uint64)
(register-type Int8)
(register-type Int16)
(register-type Int32)
(register-type Int64)

(defmodule Int8
  (register = (λ [Int8 Int8] Bool))
  (register > (λ [Int8 Int8] Bool))
  (register < (λ [Int8 Int8] Bool))
  (register + (λ [Int8 Int8] Int8))
  (register - (λ [Int8 Int8] Int8))
  (register * (λ [Int8 Int8] Int8))
  (register / (λ [Int8 Int8] Int8))
  (register bit-shift-left (λ [Int8 Int8] Int8))
  (register bit-shift-right (λ [Int8 Int8] Int8))
  (register bit-or (λ [Int8 Int8] Int8))
  (register bit-and (λ [Int8 Int8] Int8))
  (register bit-not (λ [Int8] Int8))
  (register bit-xor (λ [Int8 Int8] Int8))
  (register to-long (λ [Int8] Long))
  (register from-long (λ [Long] Int8))
  (register copy (Fn [&Int8] Int8))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Int8)))

  (implements + Int8.+)
  (implements - Int8.-)
  (implements * Int8.*)
  (implements / Int8./)
  (implements < Int8.<)
  (implements > Int8.>)
  (implements = Int8.=)
  (implements copy Int8.copy)
  (implements zero Int8.zero)
  (implements bit-shift-left Int8.bit-shift-left)
  (implements bit-shift-right Int8.bit-shift-right)
  (implements bit-and Int8.bit-and)
  (implements bit-or Int8.bit-or)
  (implements bit-xor Int8.bit-xor)
  (implements bit-not Int8.bit-not)
)

(defmodule Int8Extra
  (defn = [a b] (Int8.= @a @b))
  (implements = Int8Extra.=)
)

(defmodule Int16
  (register = (λ [Int16 Int16] Bool))
  (register > (λ [Int16 Int16] Bool))
  (register < (λ [Int16 Int16] Bool))
  (register + (λ [Int16 Int16] Int16))
  (register - (λ [Int16 Int16] Int16))
  (register * (λ [Int16 Int16] Int16))
  (register / (λ [Int16 Int16] Int16))
  (register bit-shift-left (λ [Int16 Int16] Int16))
  (register bit-shift-right (λ [Int16 Int16] Int16))
  (register bit-or (λ [Int16 Int16] Int16))
  (register bit-and (λ [Int16 Int16] Int16))
  (register bit-not (λ [Int16] Int16))
  (register bit-xor (λ [Int16 Int16] Int16))
  (register to-long (λ [Int16] Long))
  (register from-long (λ [Long] Int16))
  (register copy (Fn [&Int16] Int16))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Int16)))

  (implements + Int16.+)
  (implements - Int16.-)
  (implements * Int16.*)
  (implements / Int16./)
  (implements < Int16.<)
  (implements > Int16.>)
  (implements = Int16.=)
  (implements copy Int16.copy)
  (implements zero Int16.zero)
  (implements bit-shift-left Int16.bit-shift-left)
  (implements bit-shift-right Int16.bit-shift-right)
  (implements bit-and Int16.bit-and)
  (implements bit-or Int16.bit-or)
  (implements bit-xor Int16.bit-xor)
  (implements bit-not Int16.bit-not)
)

(defmodule Int16Extra
  (defn = [a b] (Int16.= @a @b))
  (implements = Int16Extra.=)
)

(defmodule Int32
  (register = (λ [Int32 Int32] Bool))
  (register > (λ [Int32 Int32] Bool))
  (register < (λ [Int32 Int32] Bool))
  (register + (λ [Int32 Int32] Int32))
  (register - (λ [Int32 Int32] Int32))
  (register * (λ [Int32 Int32] Int32))
  (register / (λ [Int32 Int32] Int32))
  (register bit-shift-left (λ [Int32 Int32] Int32))
  (register bit-shift-right (λ [Int32 Int32] Int32))
  (register bit-or (λ [Int32 Int32] Int32))
  (register bit-and (λ [Int32 Int32] Int32))
  (register bit-not (λ [Int32] Int32))
  (register bit-xor (λ [Int32 Int32] Int32))
  (register to-long (λ [Int32] Long))
  (register from-long (λ [Long] Int32))
  (register copy (Fn [&Int32] Int32))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Int32)))

  (implements + Int32.+)
  (implements - Int32.-)
  (implements * Int32.*)
  (implements / Int32./)
  (implements < Int32.<)
  (implements > Int32.>)
  (implements = Int32.=)
  (implements copy Int32.copy)
  (implements zero Int32.zero)
  (implements bit-shift-left Int32.bit-shift-left)
  (implements bit-shift-right Int32.bit-shift-right)
  (implements bit-and Int32.bit-and)
  (implements bit-or Int32.bit-or)
  (implements bit-xor Int32.bit-xor)
  (implements bit-not Int32.bit-not)
)

(defmodule Int32Extra
  (defn = [a b] (Int32.= @a @b))
  (implements = Int32Extra.=)
)

(defmodule Int64
  (register = (λ [Int64 Int64] Bool))
  (register > (λ [Int64 Int64] Bool))
  (register < (λ [Int64 Int64] Bool))
  (register + (λ [Int64 Int64] Int64))
  (register - (λ [Int64 Int64] Int64))
  (register * (λ [Int64 Int64] Int64))
  (register / (λ [Int64 Int64] Int64))
  (register bit-shift-left (λ [Int64 Int64] Int64))
  (register bit-shift-right (λ [Int64 Int64] Int64))
  (register bit-or (λ [Int64 Int64] Int64))
  (register bit-and (λ [Int64 Int64] Int64))
  (register bit-not (λ [Int64] Int64))
  (register bit-xor (λ [Int64 Int64] Int64))
  (register to-long (λ [Int64] Long))
  (register from-long (λ [Long] Int64))
  (register copy (Fn [&Int64] Int64))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Int64)))

  (implements + Int64.+)
  (implements - Int64.-)
  (implements * Int64.*)
  (implements / Int64./)
  (implements < Int64.<)
  (implements > Int64.>)
  (implements = Int64.=)
  (implements copy Int64.copy)
  (implements zero Int64.zero)
  (implements bit-shift-left Int64.bit-shift-left)
  (implements bit-shift-right Int64.bit-shift-right)
  (implements bit-and Int64.bit-and)
  (implements bit-or Int64.bit-or)
  (implements bit-xor Int64.bit-xor)
  (implements bit-not Int64.bit-not)
)

(defmodule Int64Extra
  (defn = [a b] (Int64.= @a @b))
  (implements = Int64Extra.=)
)

(defmodule Uint8
  (register = (λ [Uint8 Uint8] Bool))
  (register > (λ [Uint8 Uint8] Bool))
  (register < (λ [Uint8 Uint8] Bool))
  (register + (λ [Uint8 Uint8] Uint8))
  (register - (λ [Uint8 Uint8] Uint8))
  (register * (λ [Uint8 Uint8] Uint8))
  (register / (λ [Uint8 Uint8] Uint8))
  (register bit-shift-left (λ [Uint8 Uint8] Uint8))
  (register bit-shift-right (λ [Uint8 Uint8] Uint8))
  (register bit-or (λ [Uint8 Uint8] Uint8))
  (register bit-and (λ [Uint8 Uint8] Uint8))
  (register bit-not (λ [Uint8] Uint8))
  (register bit-xor (λ [Uint8 Uint8] Uint8))
  (register to-long (λ [Uint8] Long))
  (register from-long (λ [Long] Uint8))
  (register copy (Fn [&Uint8] Uint8))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Uint8)))

  (implements + Uint8.+)
  (implements - Uint8.-)
  (implements * Uint8.*)
  (implements / Uint8./)
  (implements < Uint8.<)
  (implements > Uint8.>)
  (implements = Uint8.=)
  (implements copy Uint8.copy)
  (implements zero Uint8.zero)
  (implements bit-shift-left Uint8.bit-shift-left)
  (implements bit-shift-right Uint8.bit-shift-right)
  (implements bit-and Uint8.bit-and)
  (implements bit-or Uint8.bit-or)
  (implements bit-xor Uint8.bit-xor)
  (implements bit-not Uint8.bit-not)
)

(defmodule Uint8Extra
  (defn = [a b] (Uint8.= @a @b))
  (implements = Uint8Extra.=)
)

(defmodule Uint16
  (register = (λ [Uint16 Uint16] Bool))
  (register > (λ [Uint16 Uint16] Bool))
  (register < (λ [Uint16 Uint16] Bool))
  (register + (λ [Uint16 Uint16] Uint16))
  (register - (λ [Uint16 Uint16] Uint16))
  (register * (λ [Uint16 Uint16] Uint16))
  (register / (λ [Uint16 Uint16] Uint16))
  (register bit-shift-left (λ [Uint16 Uint16] Uint16))
  (register bit-shift-right (λ [Uint16 Uint16] Uint16))
  (register bit-or (λ [Uint16 Uint16] Uint16))
  (register bit-and (λ [Uint16 Uint16] Uint16))
  (register bit-not (λ [Uint16] Uint16))
  (register bit-xor (λ [Uint16 Uint16] Uint16))
  (register to-long (λ [Uint16] Long))
  (register from-long (λ [Long] Uint16))
  (register copy (Fn [&Uint16] Uint16))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Uint16)))

  (implements + Uint16.+)
  (implements - Uint16.-)
  (implements * Uint16.*)
  (implements / Uint16./)
  (implements < Uint16.<)
  (implements > Uint16.>)
  (implements = Uint16.=)
  (implements copy Uint16.copy)
  (implements zero Uint16.zero)
  (implements bit-shift-left Uint16.bit-shift-left)
  (implements bit-shift-right Uint16.bit-shift-right)
  (implements bit-and Uint16.bit-and)
  (implements bit-or Uint16.bit-or)
  (implements bit-xor Uint16.bit-xor)
  (implements bit-not Uint16.bit-not)
)

(defmodule Uint16Extra
  (defn = [a b] (Uint16.= @a @b))
  (implements = Uint16Extra.=)
)

(defmodule Uint32
  (register = (λ [Uint32 Uint32] Bool))
  (register > (λ [Uint32 Uint32] Bool))
  (register < (λ [Uint32 Uint32] Bool))
  (register + (λ [Uint32 Uint32] Uint32))
  (register - (λ [Uint32 Uint32] Uint32))
  (register * (λ [Uint32 Uint32] Uint32))
  (register / (λ [Uint32 Uint32] Uint32))
  (register bit-shift-left (λ [Uint32 Uint32] Uint32))
  (register bit-shift-right (λ [Uint32 Uint32] Uint32))
  (register bit-or (λ [Uint32 Uint32] Uint32))
  (register bit-and (λ [Uint32 Uint32] Uint32))
  (register bit-not (λ [Uint32] Uint32))
  (register bit-xor (λ [Uint32 Uint32] Uint32))
  (register to-long (λ [Uint32] Long))
  (register from-long (λ [Long] Uint32))
  (register copy (Fn [&Uint32] Uint32))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Uint32)))

  (implements + Uint32.+)
  (implements - Uint32.-)
  (implements * Uint32.*)
  (implements / Uint32./)
  (implements < Uint32.<)
  (implements > Uint32.>)
  (implements = Uint32.=)
  (implements copy Uint32.copy)
  (implements zero Uint32.zero)
  (implements bit-shift-left Uint32.bit-shift-left)
  (implements bit-shift-right Uint32.bit-shift-right)
  (implements bit-and Uint32.bit-and)
  (implements bit-or Uint32.bit-or)
  (implements bit-xor Uint32.bit-xor)
  (implements bit-not Uint32.bit-not)
)

(defmodule Uint32Extra
  (defn = [a b] (Uint32.= @a @b))
  (implements = Uint32Extra.=)
)

(defmodule Uint64
  (register = (λ [Uint64 Uint64] Bool))
  (register > (λ [Uint64 Uint64] Bool))
  (register < (λ [Uint64 Uint64] Bool))
  (register + (λ [Uint64 Uint64] Uint64))
  (register - (λ [Uint64 Uint64] Uint64))
  (register * (λ [Uint64 Uint64] Uint64))
  (register / (λ [Uint64 Uint64] Uint64))
  (register bit-shift-left (λ [Uint64 Uint64] Uint64))
  (register bit-shift-right (λ [Uint64 Uint64] Uint64))
  (register bit-or (λ [Uint64 Uint64] Uint64))
  (register bit-and (λ [Uint64 Uint64] Uint64))
  (register bit-not (λ [Uint64] Uint64))
  (register bit-xor (λ [Uint64 Uint64] Uint64))
  (register to-long (λ [Uint64] Long))
  (register from-long (λ [Long] Uint64))
  (register copy (Fn [&Uint64] Uint64))

  (defn zero [] (from-long 0l))

  (register from-bytes (Fn [&(Array Byte)] (Array Uint64)))

  (implements + Uint64.+)
  (implements - Uint64.-)
  (implements * Uint64.*)
  (implements / Uint64./)
  (implements < Uint64.<)
  (implements > Uint64.>)
  (implements = Uint64.=)
  (implements copy Uint64.copy)
  (implements zero Uint64.zero)
  (implements bit-shift-left Uint64.bit-shift-left)
  (implements bit-shift-right Uint64.bit-shift-right)
  (implements bit-and Uint64.bit-and)
  (implements bit-or Uint64.bit-or)
  (implements bit-xor Uint64.bit-xor)
  (implements bit-not Uint64.bit-not)
)

(defmodule Uint64Extra
  (defn = [a b] (Uint64.= @a @b))
  (implements = Uint64Extra.=)
)