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(setglobal Functors!
(let
(O =
(module-defn(O) functors.ml(12):184-279
(function X is_a_functor always_inline
(let
(cow = (function x[int] : int (apply (field 0 X) x))
sheep = (function x[int] : int (+ 1 (apply cow x))))
(makeblock 0 cow sheep))))
F =
(module-defn(F) functors.ml(17):281-392
(function X Y is_a_functor always_inline
(let
(cow =
(function x[int] : int
(apply (field 0 Y) (apply (field 0 X) x)))
sheep = (function x[int] : int (+ 1 (apply cow x))))
(makeblock 0 cow sheep))))
F1 =
(module-defn(F1) functors.ml(31):516-632
(function X Y is_a_functor always_inline
(let
(cow =
(function x[int] : int
(apply (field 0 Y) (apply (field 0 X) x)))
sheep = (function x[int] : int (+ 1 (apply cow x))))
(makeblock 0 sheep))))
F2 =
(module-defn(F2) functors.ml(36):634-784
(function X Y is_a_functor always_inline
(let
(X =a (makeblock 0 (field 1 X))
Y =a (makeblock 0 (field 1 Y))
cow =
(function x[int] : int
(apply (field 0 Y) (apply (field 0 X) x)))
sheep = (function x[int] : int (+ 1 (apply cow x))))
(makeblock 0 sheep))))
M =
(module-defn(M) functors.ml(41):786-970
(let
(F =
(module-defn(F) functors.ml(44):849-966
(function X Y is_a_functor always_inline
(let
(cow =
(function x[int] : int
(apply (field 0 Y) (apply (field 0 X) x)))
sheep = (function x[int] : int (+ 1 (apply cow x))))
(makeblock 0 cow sheep)))))
(makeblock 0
(function funarg funarg is_a_functor stub
(let
(let =
(apply F (makeblock 0 (field 1 funarg))
(makeblock 0 (field 1 funarg))))
(makeblock 0 (field 1 let))))))))
(makeblock 0 O F F1 F2 M)))
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