module Data.Number.MPFR.Internal (
module FFIhelper,
withMPFRsBA, withMPFRBAui, withMPFRBAiu, withMPFRBAsi, withMPFRBAis,
withMPFRB, withMPFRP, withMPFR, withMPFRBB, withMPFRC,
withMPFRF, withMPFRUI, withMPFRR, checkPrec, getMantissa', binprec,
unsafePerformIO, peek, Ptr, nullPtr, mallocForeignPtrBytes, with,
withForeignPtr, CInt, CLong, CULong, withCString, peekCString, alloca,
peekArray, shiftL, Word, minPrec,
Precision
)
where
import Data.Number.MPFR.FFIhelper as FFIhelper
import Foreign.C(CInt, CLong, CULong, withCString, peekCString)
import Foreign.Marshal(alloca, peekArray)
import Foreign(unsafePerformIO, peek, Ptr, nullPtr, mallocForeignPtrBytes, with, withForeignPtr)
import Data.Bits(shiftL)
import Data.Word(Word)
type Precision = Word
withMPFRsBA :: RoundMode -> Precision -> MPFR -> MPFR
-> (Ptr MPFR -> Ptr MPFR -> Ptr MPFR -> CRoundMode -> IO CInt)
-> (MPFR, Int)
withMPFRsBA r p !mp1 !mp2 f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
with mp1 $ \p2 -> do
with mp2 $ \p3 -> do
f p1 p2 p3 ((fromIntegral . fromEnum) r)
withMPFRBAui :: RoundMode -> Precision -> MPFR -> CULong
-> (Ptr MPFR -> Ptr MPFR -> CULong -> CRoundMode -> IO CInt)
-> (MPFR, Int)
withMPFRBAui r p !mp1 d f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
with mp1 $ \p2 -> do
f p1 p2 d ((fromIntegral . fromEnum) r)
withMPFRBAsi :: RoundMode -> Precision -> MPFR -> CLong
-> (Ptr MPFR -> Ptr MPFR -> CLong -> CRoundMode -> IO CInt)
-> (MPFR, Int)
withMPFRBAsi r p !mp1 d f = unsafePerformIO go
where go = do withDummy p $ \ p1 -> do
with mp1 $ \ p2 -> do
f p1 p2 d ((fromIntegral . fromEnum) r)
withMPFRBAiu :: RoundMode -> Precision -> CULong -> MPFR
-> (Ptr MPFR -> CULong -> Ptr MPFR -> CRoundMode -> IO CInt)
-> (MPFR, Int)
withMPFRBAiu r p d !mp1 f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
with mp1 $ \p2 -> do
f p1 d p2 ((fromIntegral . fromEnum) r)
withMPFRBAis :: RoundMode -> Precision -> CLong -> MPFR
-> (Ptr MPFR -> CLong -> Ptr MPFR -> CRoundMode -> IO CInt)
-> (MPFR, Int)
withMPFRBAis r p d !mp1 f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
with mp1 $ \p2 -> do
f p1 d p2 ((fromIntegral . fromEnum) r)
withMPFRB :: MPFR -> (Ptr MPFR -> IO CInt) -> CInt
withMPFRB !mp1 f = unsafePerformIO go
where go = with mp1 $ \p1 -> f p1
withMPFRP :: MPFR -> (Ptr MPFR -> IO CPrecision) -> CPrecision
withMPFRP !mp1 f = unsafePerformIO go
where go = with mp1 $ \p1 -> f p1
withMPFR :: RoundMode -> Precision -> MPFR
-> (Ptr MPFR -> Ptr MPFR -> CRoundMode -> IO CInt)
-> (MPFR, Int)
withMPFR r p !mp1 f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
with mp1 $ \p2 -> do
f p1 p2 ((fromIntegral . fromEnum) r)
withMPFRBB :: MPFR -> MPFR
-> (Ptr MPFR -> Ptr MPFR -> IO CInt)
-> CInt
withMPFRBB !mp1 !mp2 f = unsafePerformIO go
where go = do with mp1 $ \p1 -> do
with mp2 $ \p2 -> do
f p1 p2
withMPFRC :: RoundMode -> Precision ->
(Ptr MPFR -> CRoundMode -> IO CInt) -> (MPFR, Int)
withMPFRC r p f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
f p1 ((fromIntegral . fromEnum) r)
withMPFRF :: MPFR -> RoundMode
-> (Ptr MPFR -> CRoundMode -> IO CInt)
-> Int
withMPFRF !mp1 r f = (fromIntegral . unsafePerformIO) go
where go = do with mp1 $ \p1 -> f p1 ((fromIntegral . fromEnum) r)
withMPFRUI :: RoundMode -> Precision -> Word
-> (Ptr MPFR -> CULong -> CRoundMode -> IO CInt)
-> (MPFR, Int)
withMPFRUI r p d f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
f p1 (fromIntegral d) ((fromIntegral . fromEnum) r)
withMPFRR :: Precision -> MPFR
-> (Ptr MPFR -> Ptr MPFR -> IO CInt)
-> (MPFR, Int)
withMPFRR p !d f = unsafePerformIO go
where go = do withDummy p $ \p1 -> do
with d $ \p2 -> do
f p1 p2
checkPrec :: Precision -> Precision
checkPrec = max minPrec
getMantissa' :: MPFR -> [Limb]
getMantissa' (MP p _ _ p1) = unsafePerformIO go
where go = do withForeignPtr p1 $ \pt -> do
arr <- peekArray (Prelude.ceiling ((fromIntegral p ::Double) / fromIntegral bitsPerMPLimb)) pt ;
return arr
binprec :: Integer -> Precision
binprec d = Prelude.floor (logBase 2 (fromInteger (if d >= 0 then d else d)) :: Double) + 1
minPrec :: Precision
minPrec = 32