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|
Typechecked:
lit.t444 = D# 2.0000000000000000##
lit.t443 = F# 1.0000000000000000#
AbsBinds [] [] [(a.t439, Test.a{-r79-})]
{- nonrec -}
a.t439 :: IoWorld -> (Int, IoWorld)
a.t439
= ccall a [Int]
{- nonrec -}
{- nonrec -}
AbsBinds [] [] [(b.t440, Test.b{-r80-})]
{- nonrec -}
b.t440 :: Int -> IoWorld -> (Int, IoWorld)
b.t440
x.r212 = ccall b [Int, Int] x.r212
{- nonrec -}
{- nonrec -}
AbsBinds [] [] [(c.t441, Test.c{-r81-})]
{- nonrec -}
c.t441 :: Int -> Char -> Float -> Double -> IoWorld -> (Float, IoWorld)
c.t441
x1.r213 x2.r214 x3.r215 x4.r216
= ccall c [Float, Int, Char, Float, Double]
x1.r213 x2.r214 x3.r215 x4.r216
{- nonrec -}
{- nonrec -}
AbsBinds [] [] [(d.t442, Test.d{-r82-})]
{- nonrec -}
d.t442 :: IoWorld -> (Float, IoWorld)
d.t442
= (thenIO{-r102-} [Int, Float])
Test.a{-r79-}
(\ x.r217 -> (thenIO{-r102-} [Int, Float])
(Test.b{-r80-} x.r217)
(\ y.r218 -> Test.c{-r81-}
y.r218 'f' lit.t443 lit.t444))
{- nonrec -}
{- nonrec -}
Desugared:
{- plain CoRec -}
lit.t444 :: Double
_NI_
lit.t444 = (\ tpl.d0# -> D#! tpl.d0#) 2.0000000000000000##
lit.t443 :: Float
_NI_
lit.t443 = (\ tpl.d1# -> F#! tpl.d1#) 1.0000000000000000#
Test.a{-r79-} :: IoWorld -> (Int, IoWorld)
_NI_
Test.a{-r79-} =
\ ds.d2 ->
case
(case
(case ds.d2 of {
IoWorld ds.d3# -> ds.d3#
})
of {
a.d8# -> ( _CCALL_ a [] Int# )! a.d8#
})
of {
IntPrimAndIoWorld ds.d4# ds.d5# ->
let {
a.d6 :: Int
_NI_
a.d6 = I#! ds.d4# } in
let {
a.d7 :: IoWorld
_NI_
a.d7 = IoWorld! ds.d5#
} in Tup2! Int IoWorld a.d6 a.d7
}
Test.b{-r80-} :: Int -> IoWorld -> (Int, IoWorld)
_NI_
Test.b{-r80-} =
\ x.r212 ds.d9 ->
case
(case
(case ds.d9 of {
IoWorld ds.d10# -> ds.d10#
})
of {
a.d16# ->
case
(case x.r212 of {
I# ds.d11# -> ds.d11#
})
of {
a.d17# -> ( _CCALL_ b [Int#] Int# )! a.d16# a.d17#
}
})
of {
IntPrimAndIoWorld ds.d12# ds.d13# ->
let {
a.d14 :: Int
_NI_
a.d14 = I#! ds.d12# } in
let {
a.d15 :: IoWorld
_NI_
a.d15 = IoWorld! ds.d13#
} in Tup2! Int IoWorld a.d14 a.d15
}
Test.c{-r81-} :: Int -> Char -> Float -> Double -> IoWorld -> (Float, IoWorld)
_NI_
Test.c{-r81-} =
\ x1.r213 x2.r214 x3.r215 x4.r216 ds.d18 ->
case
(case
(case ds.d18 of {
IoWorld ds.d19# -> ds.d19#
})
of {
a.d28# ->
case
(case x1.r213 of {
I# ds.d20# -> ds.d20#
})
of {
a.d29# ->
case
(case x2.r214 of {
C# ds.d21# -> ds.d21#
})
of {
a.d30# ->
case
(case x3.r215 of {
F# ds.d22# -> ds.d22#
})
of {
a.d31# ->
case
(case x4.r216 of {
D# ds.d23# -> ds.d23#
})
of {
a.d32# ->
( _CCALL_ c [Int#,
Char#,
Float#,
Double#] Float# )!
a.d28#
a.d29#
a.d30#
a.d31#
a.d32#
}
}
}
}
})
of {
FloatPrimAndIoWorld ds.d24# ds.d25# ->
let {
a.d26 :: Float
_NI_
a.d26 = F#! ds.d24# } in
let {
a.d27 :: IoWorld
_NI_
a.d27 = IoWorld! ds.d25#
} in Tup2! Float IoWorld a.d26 a.d27
}
Test.d{-r82-} :: IoWorld -> (Float, IoWorld)
_NI_
Test.d{-r82-} =
let {
a.d36 :: Int -> IoWorld -> (Float, IoWorld)
_NI_
a.d36 =
\ x.r217 ->
let {
a.d35 :: Int -> IoWorld -> (Float, IoWorld)
_NI_
a.d35 =
\ y.r218 ->
(let {
a.d33 :: Char
_NI_
a.d33 = C#! 'f'#
} in Test.c{-r81-} y.r218 a.d33) lit.t443 lit.t444
} in
(let {
a.d34 :: IoWorld -> (Int, IoWorld)
_NI_
a.d34 = Test.b{-r80-} x.r217
} in ((thenIO{-r102-} Int) Float) a.d34) a.d35
} in ((thenIO{-r102-} Int) Float) Test.a{-r79-} a.d36
{- end plain CoRec -}
|
