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Break some long lines in OCaml tutorial to avoid horizontal scrolling.
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@ -81,7 +81,8 @@ let foo = 1 ;;
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let foo' = foo * 2 ;;
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(* Since OCaml compiler infers types automatically, you normally don't need to
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specify argument types explicitly. However, you can do it if you want or need to. *)
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specify argument types explicitly. However, you can do it if
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you want or need to. *)
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let inc_int (x: int) = x + 1 ;;
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(* You need to mark recursive function definitions as such with "rec" keyword. *)
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@ -285,8 +286,8 @@ let l = Cons (1, EmptyList) ;;
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languages, but offers a lot more expressive power.
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Even though it may look complicated, it really boils down to matching
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an argument against an exact value, a predicate, or a type constructor. The type system
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is what makes it so powerful. *)
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an argument against an exact value, a predicate, or a type constructor.
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The type system is what makes it so powerful. *)
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(** Matching exact values. **)
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@ -328,8 +329,8 @@ say (Cat "Fluffy") ;; (* "Fluffy says meow". *)
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(* Recursive types can be traversed with pattern matching easily.
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Let's see how we can traverse a datastructure of the built-in list type.
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Even though the built-in cons ("::") looks like an infix operator, it's actually
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a type constructor and can be matched like any other. *)
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Even though the built-in cons ("::") looks like an infix operator,
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it's actually a type constructor and can be matched like any other. *)
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let rec sum_list l =
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match l with
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| [] -> 0
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