ghc-bignum backend name
Moduleghc-internal-9.1401.0Haskell2010
GHC.Internal.Bignum.Backend.Native
- 35 values
- Packageghc-internal-9.1401.0
- Exports35
- LanguageHaskell2010
- LicenceBSD-3-Clause
- SourceNative.hs
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bignat_add_word :: MutableWordArray# RealWorldResult
-> WordArray#-> Word#-> State# RealWorld-> State# RealWorld
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bignat_mul_word :: MutableWordArray# RealWorldResult
-> WordArray#-> Word#-> State# RealWorld-> State# RealWorld
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bignat_mul :: MutableWordArray# RealWorldResult
-> WordArray#-> WordArray#-> State# RealWorld-> State# RealWorld
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bignat_or :: MutableWordArray# RealWorldResult
-> WordArray#-> WordArray#-> State# RealWorld-> State# RealWorld
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bignat_xor :: MutableWordArray# RealWorldResult
-> WordArray#-> WordArray#-> State# RealWorld-> State# RealWorld
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bignat_and :: MutableWordArray# RealWorldResult
-> WordArray#-> WordArray#-> State# RealWorld-> State# RealWorld
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bignat_and_not :: MutableWordArray# RealWorldResult
-> WordArray#-> WordArray#-> State# RealWorld-> State# RealWorld
Perform quotRem on normalized inputs: * highest bit of B is set * A is trimmed * A >= B * B > 1
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bignat_quotrem_word :: MutableWordArray# sQuotient
-> WordArray#-> Word#-> State# s-> (# State# s, Word# #)
This operation doesn't really belongs here, but GMP's one is much faster than this simple implementation (basic Euclid algorithm).
Ideally we should make an implementation as fast as GMP's one and put it into GHC.Internal.Bignum.Primitives.