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sanityCheckNoEval.txt
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sanityCheckNoEval.txt
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------ testClassInt ------
Original coreFn declaration:
testClassInt :: { testMethod :: (Prim.Int -> (Prim.Boolean)) }
testClassInt =
({ testMethod: \(x: Prim.Int) -> (True: Prim.Boolean) }: {
testMethod :: (Prim.Int ->
(Prim.Boolean))
})
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
data (Tuple1_714 :: * -> *) t1_715 | match_Tuple1_716 where
Tuple1_717 : t1_715 -> Tuple1_714 t1_715
in
Tuple1_717 {integer -> Boolean_710} (\(x_450 : integer) -> True_713)
------------
------ eqInt ------
Original coreFn declaration:
eqInt :: { eq :: (Prim.Int -> ((Prim.Int -> (Prim.Boolean)))) }
eqInt =
({ eq: \(v: Prim.Int) -> \(v1: Prim.Int) -> (True: Prim.Boolean) }: {
eq :: (Prim.Int ->
((Prim.Int ->
(Prim.Boolean))))
})
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
data (Tuple1_714 :: * -> *) t1_715 | match_Tuple1_716 where
Tuple1_717 : t1_715 -> Tuple1_714 t1_715
in
Tuple1_717
{integer -> integer -> Boolean_710}
(\(v_452 : integer) (v1_453 : integer) -> True_713)
------------
------ ordInt ------
Original coreFn declaration:
ordInt :: { compare :: (Prim.Int -> ((Prim.Int -> (Prim.Int)))), Eq :: { eq :: (Prim.Int -> ((Prim.Int -> (Prim.Boolean)))) } }
ordInt =
({
Eq: (eqInt: { eq :: (Prim.Int -> ((Prim.Int -> (Prim.Boolean)))) }),
compare: \(v: Prim.Int) ->
\(v1: Prim.Int) ->
(42: Prim.Int)
}: {
compare :: (Prim.Int -> ((Prim.Int -> (Prim.Int)))),
Eq :: { eq :: (Prim.Int -> ((Prim.Int -> (Prim.Boolean)))) }
})
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
data (Tuple1_714 :: * -> *) t1_715 | match_Tuple1_716 where
Tuple1_717 : t1_715 -> Tuple1_714 t1_715
data (Tuple2_718 :: * -> * -> *) t1_719 t2_720 | match_Tuple2_721 where
Tuple2_722 : t1_719 -> t2_720 -> Tuple2_718 t1_719 t2_720
in
Tuple2_722
{Tuple1_714 (integer -> integer -> Boolean_710)}
{integer -> integer -> integer}
(Tuple1_717
{integer -> integer -> Boolean_710}
(\(v_452 : integer) (v1_453 : integer) -> True_713))
(\(v_455 : integer) (v1_456 : integer) -> 42)
------------
------ eq2IntBoolean ------
Original coreFn declaration:
eq2IntBoolean :: { eq2 :: (Prim.Int -> ((Prim.Boolean -> (Prim.Boolean)))) }
eq2IntBoolean =
({ eq2: \(v: Prim.Int) -> \(v1: Prim.Boolean) -> (True: Prim.Boolean) }: {
eq2 :: (Prim.Int ->
((Prim.Boolean ->
(Prim.Boolean))))
})
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
data (Tuple1_714 :: * -> *) t1_715 | match_Tuple1_716 where
Tuple1_717 : t1_715 -> Tuple1_714 t1_715
in
Tuple1_717
{integer -> Boolean_710 -> Boolean_710}
(\(v_458 : integer) (v1_459 : Boolean_710) -> True_713)
------------
------ unIdentitee ------
Original coreFn declaration:
unIdentitee :: ((Lib.Identitee (Prim.Int)) -> (Prim.Int))
unIdentitee =
\(v: (Lib.Identitee (Prim.Int))) ->
case (v: (Lib.Identitee (Prim.Int))) of
Identitee x -> (x: Prim.Int)
Compiled PIR expression:
letrec
data (Identitee_710 :: * -> *) a_711 | match_Identitee_712 where
Identitee_713 : a_711 -> Identitee_710 a_711
in
\(v_461 : Identitee_710 integer) ->
match_Identitee_712 {integer} v_461 {integer} (\(x_462 : integer) -> x_462)
------------
------ testasum ------
Original coreFn declaration:
testasum :: (Lib.ASum -> (Prim.Int))
testasum =
\(x: Lib.ASum) ->
case (x: Lib.ASum) of
Constr1 y -> (1: Prim.Int)
Constr2 z -> (2: Prim.Int)
Compiled PIR expression:
letrec
data ASum_710 | match_ASum_711 where
Constr1_712 : integer -> ASum_710
Constr2_713 : Boolean_714 -> ASum_710
data Boolean_714 | match_Boolean_715 where
False_716 : Boolean_714
True_717 : Boolean_714
in
\(x_464 : ASum_710) ->
match_ASum_711
x_464
{integer}
(\(y_465 : integer) -> 1)
(\(z_466 : Boolean_714) -> 2)
------------
------ testValidator ------
Original coreFn declaration:
testValidator :: forall (a :: Prim.Type) (b :: Prim.Type) (c :: Prim.Type). ((a :: Prim.Type) -> (((b :: Prim.Type) -> (((c :: Prim.Type) -> (Prim.Boolean))))))
testValidator =
\(datum: (a :: Prim.Type)) ->
\(redeemer: (b :: Prim.Type)) ->
\(context: (c :: Prim.Type)) ->
(True: Prim.Boolean)
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
in
/\a_473 b_472 c_471 ->
\(datum_468 : a_473) (redeemer_469 : b_472) (context_470 : c_471) -> True_713
------------
------ testValidatorApplied ------
Original coreFn declaration:
testValidatorApplied :: Prim.Boolean
testValidatorApplied =
(testValidator: forall (a :: Prim.Type)
(b :: Prim.Type)
(c :: Prim.Type). ((a :: Prim.Type) ->
(((b :: Prim.Type) -> (((c :: Prim.Type) -> (Prim.Boolean)))))))
("datum": Prim.String)
("redeemer": Prim.String)
("context": Prim.String)
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
in
(/\a_473 b_472 c_471 ->
\(datum_468 : a_473) (redeemer_469 : b_472) (context_470 : c_471) ->
True_713)
{string}
{string}
{string}
"datum"
"redeemer"
"context"
------------
------ testMethod ------
Original coreFn declaration:
testMethod :: forall (@a :: Prim.Type). ({ testMethod :: ((a :: Prim.Type) -> (Prim.Boolean)) } -> (((a :: Prim.Type) -> (Prim.Boolean))))
testMethod =
\(dict: { testMethod :: ((a :: Prim.Type) -> (Prim.Boolean)) }) ->
(dict: { testMethod :: ((a :: Prim.Type) -> (Prim.Boolean)) })
.testMethod
Compiled PIR expression:
letrec
data Boolean_711 | match_Boolean_712 where
False_713 : Boolean_711
True_714 : Boolean_711
data (Tuple1_715 :: * -> *) t1_716 | match_Tuple1_717 where
Tuple1_718 : t1_716 -> Tuple1_715 t1_716
in
/\a_477 ->
\(dict_476 : Tuple1_715 (a_477 -> Boolean_711)) ->
match_Tuple1_717
{a_477 -> Boolean_711}
dict_476
{a_477 -> Boolean_711}
(\(`<ACCESSOR>_710` : a_477 -> Boolean_711) -> `<ACCESSOR>_710`)
------------
------ testTestClass ------
Original coreFn declaration:
testTestClass :: Prim.Boolean
testTestClass =
(testMethod: forall (@a :: Prim.Type). ({
testMethod :: ((a :: Prim.Type) ->
(Prim.Boolean))
} ->
(((a :: Prim.Type) -> (Prim.Boolean)))))
(testClassInt: { testMethod :: (Prim.Int -> (Prim.Boolean)) })
(3: Prim.Int)
Compiled PIR expression:
letrec
data Boolean_711 | match_Boolean_712 where
False_713 : Boolean_711
True_714 : Boolean_711
data (Tuple1_715 :: * -> *) t1_716 | match_Tuple1_717 where
Tuple1_718 : t1_716 -> Tuple1_715 t1_716
in
(/\a_477 ->
\(dict_476 : Tuple1_715 (a_477 -> Boolean_711)) ->
match_Tuple1_717
{a_477 -> Boolean_711}
dict_476
{a_477 -> Boolean_711}
(\(`<ACCESSOR>_710` : a_477 -> Boolean_711) -> `<ACCESSOR>_710`))
{integer}
(Tuple1_718 {integer -> Boolean_711} (\(x_450 : integer) -> True_714))
3
------------
------ testLedgerTypes ------
Original coreFn declaration:
testLedgerTypes :: Prim.DCert
testLedgerTypes = (DCertMir: Prim.DCert)
Compiled PIR expression:
letrec
data Credential_710 | match_Credential_711 where
PubKeyCredential_712 : PubKeyHash_713 -> Credential_710
ScriptCredential_714 : ScriptHash_715 -> Credential_710
data DCert_716 | match_DCert_717 where
DCertDelegRegKey_718 : StakingCredential_719 -> DCert_716
DCertDelegDeRegKey_720 : StakingCredential_719 -> DCert_716
DCertDelegDelegate_721 :
StakingCredential_719 -> PubKeyHash_713 -> DCert_716
DCertPoolRegister_722 : PubKeyHash_713 -> PubKeyHash_713 -> DCert_716
DCertPoolRetire_723 : PubKeyHash_713 -> integer -> DCert_716
DCertGenesis_724 : DCert_716
DCertMir_725 : DCert_716
data PubKeyHash_713 | match_PubKeyHash_726 where
PubKeyHash_727 : bytestring -> PubKeyHash_713
data ScriptHash_715 | match_ScriptHash_728 where
ScriptHash_729 : bytestring -> ScriptHash_715
data StakingCredential_719 | match_StakingCredential_730 where
StakingHash_731 : Credential_710 -> StakingCredential_719
StakingPtr_732 : integer -> integer -> integer -> StakingCredential_719
in
DCertMir_725
------------
------ testIdentitee ------
Original coreFn declaration:
testIdentitee :: Prim.Int
testIdentitee =
(unIdentitee: ((Lib.Identitee (Prim.Int)) -> (Prim.Int)))
((Identitee: forall (@a :: Prim.Type). ((a :: Prim.Type) ->
((Lib.Identitee ((a :: Prim.Type))))))
(101: Prim.Int))
Compiled PIR expression:
letrec
data (Identitee_710 :: * -> *) a_711 | match_Identitee_712 where
Identitee_713 : a_711 -> Identitee_710 a_711
in
(\(v_461 : Identitee_710 integer) ->
match_Identitee_712 {integer} v_461 {integer} (\(x_462 : integer) -> x_462))
(Identitee_713 {integer} 101)
------------
------ testForLiftPoly ------
Original coreFn declaration:
testForLiftPoly :: forall (a :: Prim.Type). ((a :: Prim.Type) -> (Prim.Boolean))
testForLiftPoly =
\(x: (a :: Prim.Type)) ->
let
q :: (a :: Prim.Type)
q = (x: (a :: Prim.Type))
g :: (a*3 -> (Prim.Boolean))
g = \(y: a*3) -> (True: Prim.Boolean)
j :: (a*3 -> ((Prim.Boolean -> (Prim.Boolean))))
j =
\(c: a*3) ->
\(d: Prim.Boolean) ->
case (d: Prim.Boolean) of
True -> (d: Prim.Boolean)
_ -> (g: (a*3 -> (Prim.Boolean))) (c: a*3)
h :: (a*3 -> ((Prim.Boolean -> (Prim.Boolean))))
h =
\(a: a*3) ->
\(b: Prim.Boolean) ->
let
i :: forall (b :: Prim.Type). ((b :: Prim.Type) -> (Prim.Boolean))
i = \(z: (b :: Prim.Type)) -> (False: Prim.Boolean)
in case ((g: (a*3 -> (Prim.Boolean))) (a: a*3)) of
True ->
(i: forall (b :: Prim.Type). ((b :: Prim.Type) ->
(Prim.Boolean)))
(q: a*3)
_ ->
(j: (a*3 -> ((Prim.Boolean -> (Prim.Boolean)))))
(a: a*3)
(b: Prim.Boolean)
in (h: (a*3 -> ((Prim.Boolean -> (Prim.Boolean)))))
(x: (a :: Prim.Type))
(True: Prim.Boolean)
Compiled PIR expression:
letrec
data Boolean_712 | match_Boolean_713 where
False_714 : Boolean_712
True_715 : Boolean_712
in
/\a_495 ->
\(x_482 : a_495) ->
(\(x_710 : a_495) (a_490 : a_495) (b_491 : Boolean_712) ->
(\(c_487 : a_495) (d_488 : Boolean_712) ->
(\(y_485 : a_495) -> True_715) c_487)
a_490
b_491)
x_482
x_482
True_715
------------
------ testForLiftPolyApplied ------
Original coreFn declaration:
testForLiftPolyApplied :: Prim.Boolean
testForLiftPolyApplied =
(testForLiftPoly: forall (a :: Prim.Type). ((a :: Prim.Type) ->
(Prim.Boolean)))
("hello": Prim.String)
Compiled PIR expression:
letrec
data Boolean_712 | match_Boolean_713 where
False_714 : Boolean_712
True_715 : Boolean_712
in
(/\a_495 ->
\(x_482 : a_495) ->
(\(x_710 : a_495) (a_490 : a_495) (b_491 : Boolean_712) ->
(\(c_487 : a_495) (d_488 : Boolean_712) ->
(\(y_485 : a_495) -> True_715) c_487)
a_490
b_491)
x_482
x_482
True_715)
{string}
"hello"
------------
------ testCons ------
Original coreFn declaration:
testCons :: List (Prim.Int)
testCons =
(Cons: forall (x :: Prim.Type). ((x :: Prim.Type) ->
((List ((x :: Prim.Type)) -> (List ((x :: Prim.Type)))))))
(1: Prim.Int)
(Nil: List (Prim.Int))
Compiled PIR expression:
letrec
data (List_710 :: * -> *) a_711 | match_List_712 where
Nil_713 : List_710 a_711
Cons_714 : a_711 -> List_710 a_711 -> List_710 a_711
in
Cons_714 {integer} 1 (Nil_713 {integer})
------------
------ testBuiltin ------
Original coreFn declaration:
testBuiltin :: Prim.Int
testBuiltin =
(addInteger: (Prim.Int -> ((Prim.Int -> (Prim.Int)))))
(1: Prim.Int)
(2: Prim.Int)
Compiled PIR expression:
addInteger 1 2
------------
------ testBinders ------
Original coreFn declaration:
testBinders :: (Lib.TestBinderSum -> (Prim.Int))
testBinders =
\(x: Lib.TestBinderSum) ->
case (x: Lib.TestBinderSum) of
ConInt a -> (a: Prim.Int)
ConChar _ -> (5: Prim.Int)
ConNested conNest ->
case (conNest: Lib.TestBinderSum) of
ConInt n -> (n: Prim.Int)
_ -> (2: Prim.Int)
ConQuantified f ->
(f: forall (x :: Prim.Type). ((x :: Prim.Type) -> (Prim.Int)))
("hello": Prim.String)
ConConstrained g ->
(g: forall (x :: Prim.Type). ({
eq :: ((x :: Prim.Type) ->
(((x :: Prim.Type) -> (Prim.Boolean))))
} ->
(((x :: Prim.Type) -> (Prim.Int)))))
(eqInt: { eq :: (Prim.Int -> ((Prim.Int -> (Prim.Boolean)))) })
(2: Prim.Int)
ConNested other -> (7: Prim.Int)
ConObject obj -> (obj: { objField :: Prim.Int }).objField
ConObjectQuantified objQ ->
((objQ: {
objFieldQ :: forall (x :: Prim.Type). ((x :: Prim.Type) ->
(Prim.Int))
})
.objFieldQ)
("world": Prim.String)
ConObject objs ->
case (objs: { objField :: Prim.Int }) of
{ objField: f } -> (f: Prim.Int)
other -> (0: Prim.Int)
Compiled PIR expression:
letrec
data TestBinderSum_712 | match_TestBinderSum_713 where
ConInt_714 : integer -> TestBinderSum_712
ConString_715 : string -> TestBinderSum_712
ConChar_716 : integer -> TestBinderSum_712
ConNested_717 : TestBinderSum_712 -> TestBinderSum_712
ConQuantified_718 : (all x_719. x_719 -> integer) -> TestBinderSum_712
ConConstrained_720 :
(all x_721.
Tuple1_722 (x_721 -> x_721 -> Boolean_723) -> x_721 -> integer) ->
TestBinderSum_712
ConObject_724 : Tuple1_722 integer -> TestBinderSum_712
ConObjectQuantified_725 :
Tuple1_722 (all x_726. x_726 -> integer) -> TestBinderSum_712
data Boolean_723 | match_Boolean_727 where
False_728 : Boolean_723
True_729 : Boolean_723
data (Tuple1_722 :: * -> *) t1_730 | match_Tuple1_731 where
Tuple1_732 : t1_730 -> Tuple1_722 t1_730
in
\(x_500 : TestBinderSum_712) -> 0
------------
------ testBindersCase ------
Original coreFn declaration:
testBindersCase :: Prim.Int
testBindersCase =
(testBinders: (Lib.TestBinderSum -> (Prim.Int)))
((ConInt: (Prim.Int -> (Lib.TestBinderSum))) (2: Prim.Int))
Compiled PIR expression:
letrec
data TestBinderSum_712 | match_TestBinderSum_713 where
ConInt_714 : integer -> TestBinderSum_712
ConString_715 : string -> TestBinderSum_712
ConChar_716 : integer -> TestBinderSum_712
ConNested_717 : TestBinderSum_712 -> TestBinderSum_712
ConQuantified_718 : (all x_719. x_719 -> integer) -> TestBinderSum_712
ConConstrained_720 :
(all x_721.
Tuple1_722 (x_721 -> x_721 -> Boolean_723) -> x_721 -> integer) ->
TestBinderSum_712
ConObject_724 : Tuple1_722 integer -> TestBinderSum_712
ConObjectQuantified_725 :
Tuple1_722 (all x_726. x_726 -> integer) -> TestBinderSum_712
data Boolean_723 | match_Boolean_727 where
False_728 : Boolean_723
True_729 : Boolean_723
data (Tuple1_722 :: * -> *) t1_730 | match_Tuple1_731 where
Tuple1_732 : t1_730 -> Tuple1_722 t1_730
in
(\(x_500 : TestBinderSum_712) -> 0) (ConInt_714 2)
------------
------ someData ------
Original coreFn declaration:
someData :: Builtin.BuiltinData
someData = (iData: (Prim.Int -> (Builtin.BuiltinData))) (1: Prim.Int)
Compiled PIR expression:
iData 1
------------
------ someDataList ------
Original coreFn declaration:
someDataList :: (Builtin.BuiltinList (Builtin.BuiltinData))
someDataList =
(mkCons: forall (a :: Prim.Type). ((a :: Prim.Type) ->
(((Builtin.BuiltinList ((a :: Prim.Type))) ->
((Builtin.BuiltinList ((a :: Prim.Type))))))))
(someData: Builtin.BuiltinData)
((mkNilData: (Prim.Unit -> ((Builtin.BuiltinList (Builtin.BuiltinData)))))
(unit: Prim.Unit))
Compiled PIR expression:
mkCons {data} (iData 1) (mkNilData ())
------------
------ testPrelude1 ------
Original coreFn declaration:
testPrelude1 :: Prim.Int
testPrelude1 =
(deserializeInt: (Builtin.BuiltinData -> (Prim.Int)))
(someData: Builtin.BuiltinData)
Compiled PIR expression:
unIData (iData 1)
------------
------ polyInObj ------
Original coreFn declaration:
polyInObj :: { bar :: forall (x :: Prim.Type). ((x :: Prim.Type) -> (Prim.Int)), baz :: Prim.Int }
polyInObj =
let
go :: forall (y :: Prim.Type). ((y :: Prim.Type) -> (Prim.Int))
go = \(v: (y :: Prim.Type)) -> (5: Prim.Int)
in ({
baz: (100: Prim.Int),
bar: (go: forall (y :: Prim.Type). ((y :: Prim.Type) -> (Prim.Int)))
}: {
bar :: forall (x :: Prim.Type). ((x :: Prim.Type) -> (Prim.Int)),
baz :: Prim.Int
})
Compiled PIR expression:
letrec
data (Tuple2_710 :: * -> * -> *) t1_711 t2_712 | match_Tuple2_713 where
Tuple2_714 : t1_711 -> t2_712 -> Tuple2_710 t1_711 t2_712
in
Tuple2_714
{all y_715. y_715 -> integer}
{integer}
(/\y_519 -> \(v_518 : y_519) -> 5)
100
------------
------ polyInObjMatch ------
Original coreFn declaration:
polyInObjMatch :: Prim.Int
polyInObjMatch =
case (polyInObj: { bar :: forall (x :: Prim.Type). ((x :: Prim.Type) -> (Prim.Int)), baz :: Prim.Int }) of
{ bar: f, baz: _ } ->
(f: forall (x :: Prim.Type). ((x :: Prim.Type) -> (Prim.Int)))
("hello": Prim.String)
Compiled PIR expression:
letrec
data (Tuple2_710 :: * -> * -> *) t1_711 t2_712 | match_Tuple2_713 where
Tuple2_714 : t1_711 -> t2_712 -> Tuple2_710 t1_711 t2_712
in
match_Tuple2_713
{all y_717. y_717 -> integer}
{integer}
(Tuple2_714
{all y_718. y_718 -> integer}
{integer}
(/\y_519 -> \(v_518 : y_519) -> 5)
100)
{integer}
(\(f_521 : all y_719. y_719 -> integer) (_t715_715 : integer) ->
f_521 {string} "hello")
------------
------ plus ------
Original coreFn declaration:
plus :: (Prim.Int -> ((Prim.Int -> (Prim.Int))))
plus =
\(a: Prim.Int) ->
\(b: Prim.Int) ->
(addInteger: (Prim.Int -> ((Prim.Int -> (Prim.Int)))))
(a: Prim.Int)
(b: Prim.Int)
Compiled PIR expression:
addInteger
------------
------ testPlus ------
Original coreFn declaration:
testPlus :: Prim.Int
testPlus =
(plus: (Prim.Int -> ((Prim.Int -> (Prim.Int))))) (1: Prim.Int) (1: Prim.Int)
Compiled PIR expression:
addInteger 1 1
------------
------ or ------
Original coreFn declaration:
or :: (Prim.Boolean -> ((Prim.Boolean -> (Prim.Boolean))))
or =
\(b1: Prim.Boolean) ->
\(b2: Prim.Boolean) ->
case (b1: Prim.Boolean) of
True -> (True: Prim.Boolean)
_ -> (b2: Prim.Boolean)
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
in
\(b1_525 : Boolean_710) (b2_526 : Boolean_710) -> b2_526
------------
------ opt2Int ------
Original coreFn declaration:
opt2Int :: ((Lib.Option (Prim.Int)) -> (Prim.Int))
opt2Int =
\(v: (Lib.Option (Prim.Int))) ->
case (v: (Lib.Option (Prim.Int))) of
Some i -> (i: Prim.Int)
Nada -> (0: Prim.Int)
Compiled PIR expression:
letrec
data (Option_710 :: * -> *) a_711 | match_Option_712 where
Some_713 : a_711 -> Option_710 a_711
Nada_714 : Option_710 a_711
in
\(v_528 : Option_710 integer) ->
match_Option_712 {integer} v_528 {integer} (\(i_529 : integer) -> i_529) 0
------------
------ testOpt2Int ------
Original coreFn declaration:
testOpt2Int :: Prim.Int
testOpt2Int =
(opt2Int: ((Lib.Option (Prim.Int)) -> (Prim.Int)))
((Some: forall (@a :: Prim.Type). ((a :: Prim.Type) ->
((Lib.Option ((a :: Prim.Type))))))
(3: Prim.Int))
Compiled PIR expression:
letrec
data (Option_710 :: * -> *) a_711 | match_Option_712 where
Some_713 : a_711 -> Option_710 a_711
Nada_714 : Option_710 a_711
in
(\(v_528 : Option_710 integer) ->
match_Option_712 {integer} v_528 {integer} (\(i_529 : integer) -> i_529) 0)
(Some_713 {integer} 3)
------------
------ not ------
Original coreFn declaration:
not :: (Prim.Boolean -> (Prim.Boolean))
not =
\(b: Prim.Boolean) ->
case (b: Prim.Boolean) of
True -> (False: Prim.Boolean)
_ -> (True: Prim.Boolean)
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
in
\(b_532 : Boolean_710) -> True_713
------------
------ nestedBinds ------
Original coreFn declaration:
nestedBinds :: Prim.Int
nestedBinds =
let
g :: forall (a :: Prim.Type). ((a :: Prim.Type) -> (Prim.Int))
g = \(v: (a :: Prim.Type)) -> (5: Prim.Int)
f :: (Prim.Int -> (Prim.Int))
f = \(v: Prim.Int) -> (4: Prim.Int)
h :: Prim.Int
h =
let
i :: Prim.Int
i =
(g: forall (a :: Prim.Type). ((a :: Prim.Type) -> (Prim.Int)))
("hello": Prim.String)
j :: Prim.Int
j = (f: (Prim.Int -> (Prim.Int))) (i: Prim.Int)
in (f: (Prim.Int -> (Prim.Int))) (j: Prim.Int)
in (h: Prim.Int)
Compiled PIR expression:
(\(v_538 : integer) -> 4)
((\(v_538 : integer) -> 4)
((/\a_536 -> \(v_535 : a_536) -> 5) {string} "hello"))
------------
------ nestedApplications ------
Original coreFn declaration:
nestedApplications :: Prim.Int
nestedApplications =
let
i :: (Prim.Int -> ((Prim.Int -> (Prim.Int))))
i = \(x: Prim.Int) -> \(v: Prim.Int) -> (x: Prim.Int)
h :: (Prim.Int -> (Prim.Int))
h =
\(v: Prim.Int) ->
case (v: Prim.Int) of
2 -> (3: Prim.Int)
_ -> (5: Prim.Int)
g :: (Prim.Int -> (Prim.Int))
g = \(v: Prim.Int) -> (5: Prim.Int)
f :: (Prim.Int -> (Prim.Int))
f = \(x: Prim.Int) -> (x: Prim.Int)
in (i: (Prim.Int -> ((Prim.Int -> (Prim.Int)))))
((f: (Prim.Int -> (Prim.Int)))
((g: (Prim.Int -> (Prim.Int)))
((h: (Prim.Int -> (Prim.Int))) (2: Prim.Int))))
(4: Prim.Int)
Compiled PIR expression:
(\(x_544 : integer) (v_545 : integer) -> x_544)
((\(x_551 : integer) -> x_551)
((\(v_549 : integer) -> 5) ((\(v_547 : integer) -> 5) 2)))
4
------------
------ mutuallyRecursiveBindingGroupNoTypes ------
Original coreFn declaration:
mutuallyRecursiveBindingGroupNoTypes :: Prim.Int
mutuallyRecursiveBindingGroupNoTypes =
let
h' :: (Prim.Int -> ((Prim.Int -> (Prim.Int))))
h' = \(x: Prim.Int) -> \(y: Prim.Int) -> (y: Prim.Int)
g' :: (Prim.Int -> (Prim.Int))
g' =
\(y: Prim.Int) ->
(h': (Prim.Int -> ((Prim.Int -> (Prim.Int)))))
((f': (Prim.Int -> (Prim.Int))) (y: Prim.Int))
(3: Prim.Int)
f' :: (Prim.Int -> (Prim.Int))
f' = \(x: Prim.Int) -> (g': (Prim.Int -> (Prim.Int))) (2: Prim.Int)
in (g': (Prim.Int -> (Prim.Int))) (3: Prim.Int)
Compiled PIR expression:
letrec
!g'_556 : integer -> integer
= \(y_557 : integer) ->
(\(x_554 : integer) (y_555 : integer) -> y_555)
((\(x_559 : integer) -> g'_556 2) y_557)
3
in
g'_556 3
------------
------ mutuallyRecursiveBindingGroup ------
Original coreFn declaration:
mutuallyRecursiveBindingGroup :: Prim.Int
mutuallyRecursiveBindingGroup =
let
h :: (Prim.Int -> ((Prim.Int -> (Prim.Int))))
h =
\(x: Prim.Int) ->
\(y: Prim.Int) ->
(f: (Prim.Int -> (Prim.Int))) (y: Prim.Int)
g :: (Prim.Int -> (Prim.Int))
g =
\(y: Prim.Int) ->
(h: (Prim.Int -> ((Prim.Int -> (Prim.Int)))))
((f: (Prim.Int -> (Prim.Int))) (y: Prim.Int))
(3: Prim.Int)
f :: (Prim.Int -> (Prim.Int))
f = \(x: Prim.Int) -> (g: (Prim.Int -> (Prim.Int))) (2: Prim.Int)
in (g: (Prim.Int -> (Prim.Int))) (3: Prim.Int)
Compiled PIR expression:
letrec
!f_565 : integer -> integer
= \(x_566 : integer) ->
(\(y_564 : integer) -> (\(x_562 : integer) -> f_565) (f_565 y_564) 3) 2
in
(\(y_564 : integer) -> (\(x_562 : integer) -> f_565) (f_565 y_564) 3) 3
------------
------ minus ------
Original coreFn declaration:
minus :: (Prim.Int -> ((Prim.Int -> (Prim.Int))))
minus = \(v: Prim.Int) -> \(v1: Prim.Int) -> (42: Prim.Int)
Compiled PIR expression:
\(v_568 : integer) (v1_569 : integer) -> 42
------------
------ main ------
Original coreFn declaration:
main :: Prim.Int
main =
let
aFunction4 :: forall (r :: (Prim.Row (Prim.Type))). ({ a :: Prim.Int | (r :: (Prim.Row (Prim.Type))) } -> (Prim.Int))
aFunction4 =
\(r: { a :: Prim.Int | (r :: (Prim.Row (Prim.Type))) }) ->
(r: { a :: Prim.Int | (r :: (Prim.Row (Prim.Type))) })
.a
in (aFunction4: forall (r :: (Prim.Row (Prim.Type))). ({
a :: Prim.Int | (r :: (Prim.Row
(Prim.Type)))
} ->
(Prim.Int)))
({ b: ("hello": Prim.String), a: (101: Prim.Int) }: {
a :: Prim.Int,
b :: Prim.String
})
Compiled PIR expression:
letrec
data (Tuple2_711 :: * -> * -> *) t1_712 t2_713 | match_Tuple2_714 where
Tuple2_715 : t1_712 -> t2_713 -> Tuple2_711 t1_712 t2_713
in
(\(r_572 : Tuple2_711 integer string) ->
match_Tuple2_714
{integer}
{string}
r_572
{integer}
(\(`<ACCESSOR>_710` : integer) (_t716_716 : string) -> `<ACCESSOR>_710`))
(Tuple2_715 {integer} {string} 101 "hello")
------------
------ litPattern ------
Original coreFn declaration:
litPattern :: (Prim.Int -> (Prim.Boolean))
litPattern =
\(n: Prim.Int) ->
case (n: Prim.Int) of
0 -> (False: Prim.Boolean)
1 -> (True: Prim.Boolean)
2 -> (True: Prim.Boolean)
3 -> (True: Prim.Boolean)
4 -> (True: Prim.Boolean)
_ -> (False: Prim.Boolean)
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
in
\(n_575 : integer) -> False_712
------------
------ litPatternApplied ------
Original coreFn declaration:
litPatternApplied :: Prim.Boolean
litPatternApplied = (litPattern: (Prim.Int -> (Prim.Boolean))) (5: Prim.Int)
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
in
(\(n_575 : integer) -> False_712) 5
------------
------ isNullSomeDataList ------
Original coreFn declaration:
isNullSomeDataList :: Prim.Boolean
isNullSomeDataList =
(nullList: forall (a :: Prim.Type). ((Builtin.BuiltinList
((a :: Prim.Type))) ->
(Prim.Boolean)))
(someDataList: (Builtin.BuiltinList (Builtin.BuiltinData)))
Compiled PIR expression:
letrec
data Boolean_710 | match_Boolean_711 where
False_712 : Boolean_710
True_713 : Boolean_710
in
(/\`l#714_714` ->
\(`a#715_715` : list `l#714_714`) ->
ifThenElse
{unit -> Boolean_710}
(nullList {`l#714_714`} `a#715_715`)
(\(`j#716_716` : unit) -> True_713)
(\(`q#717_717` : unit) -> False_712)
())
{data}
(mkCons {data} (iData 1) (mkNilData ()))
------------
------ irrPattern ------
Original coreFn declaration:
irrPattern :: (Prim.Int -> (Prim.Int))
irrPattern = \(n: Prim.Int) -> (2: Prim.Int)
Compiled PIR expression:
\(n_579 : integer) -> 2
------------