package ocamlformat
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>
Auto-formatter for OCaml code
Install
dune-project
Dependency
Authors
Maintainers
Sources
ocamlformat-0.29.0.tbz
sha256=dac77f0a957ae782bb4b869b07b9803a872a34f8c1eae8901b42d21b623c9db5
sha512=b4ae6fda3c28e91dc12411b577df7b216e9b1afe5887bcb9e89c158e1313dc92183c29ffb256f47f5c9384af3ac8c505ec76849b26ae950b82c9b4c21a460819
doc/doc_comments.html
Doc-comments language reference
OCamlFormat uses odoc-parser to parse doc-comments (also referred to as doc-strings), and hence it inherits the accepted language from odoc (detailed in odoc's documentation).
Here is an example showing a few useful elements:
(** Adding integers. *)
(** {1 Exception} *)
(** Raised in case of integer overflow *)
exception Int_overflow
(** {1 Function definition} *)
(** [add ~x ~y] returns [x + y] or raises an exception in case of integer overflow.
Usage:
{@ocaml some_metadata[
# add ~x:1 ~y:2 ;;
- : int = 3
]}
Here is a basic diagram:
{v
add ~x:1 ~y:2
\ /
(+)
|
3
v}
Notes:
- {_ check} that exception {!exception:Int_overflow} is {b not raised};
- have a look at {!module:Int}.
@return [x + y]
@raise Exception [Int_overflow] *)
val add: x:int (** one operand *) -> y:int (** another operand *) -> int (** result *)
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x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
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