package lsp
LSP protocol implementation in OCaml
Install
Dune Dependency
Authors
Maintainers
Sources
jsonrpc-1.6.0.tbz
sha256=35e8c7341f8eb1fa39fb0f0e0701a7ed90b9a0bb89ccf84b7ed997cd258cbec3
sha512=c96a7a3ca845ec193e9edc4a74804a22d6e37efc852b54575011879bd2105e0df021408632219f542ca3ad85b36b5c8b72f2b417204d154d5f0dd0839535afa5
doc/src/lsp.stdune/monoid_intf.ml.html
Source file monoid_intf.ml
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(** A type of values with an associative operation and an identity element, for example, integers with addition and zero. This module type is accessible as [Stdune.Monoid.Basic] outside of [Stdune]. *) module type Basic = sig type t (** Must be the identity of [combine]: - combine empty t = t - combine t empty = t *) val empty : t (** Must be associative: - combine a (combine b c) = combine (combine a b) c *) val combine : t -> t -> t end (** This module type extends the basic definition of a monoid by adding a convenient operator synonym [( @ ) = combine], as well as derived functions [reduce] and [map_reduce]. This module type is accessible as just [Stdune.Monoid] outside of [Stdune]. *) module type S = sig include Basic module O : sig (** An operator alias for [combine]. *) val ( @ ) : t -> t -> t end val reduce : t list -> t val map_reduce : f:('a -> t) -> 'a list -> t end
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