Module `Ocaml_typing.Ikind`Source

Source

val type_declaration_ikind_gated : 
  env:Env.t option ->
  path:Path.t ->
  Types.type_ikind

Source

val type_declaration_ikind_of_jkind : 
  env:Env.t option ->
  params:Types.type_expr list ->
  Types.jkind_l ->
  Types.type_ikind

Source

val sub_jkind_l : 
  ?allow_any_crossing:bool ->
  ?origin:string ->
  type_equal:(Types.type_expr -> Types.type_expr -> bool) ->
  context:Jkind.jkind_context ->
  Env.t ->
  Types.jkind_l ->
  Types.jkind_l ->
  (unit, Jkind.Violation.t) result

Source

val crossing_of_jkind : 
  context:Jkind.jkind_context ->
  Env.t ->
  ('l * 'r) Types.jkind ->
  Mode.Crossing.t

Sourceval crossing_of_type : Env.t -> Types.type_expr -> Mode.Crossing.t

Source

val instance_poly_for_jkind' : 
  (Types.type_expr list -> Types.type_expr -> Types.type_expr) ref

Sourcetype sub_or_intersect = Jkind.sub_or_intersect

Source

val sub_or_intersect : 
  ?origin:string ->
  type_equal:(Types.type_expr -> Types.type_expr -> bool) ->
  context:Jkind.jkind_context ->
  Env.t ->
  (Allowance.allowed * 'r1) Types.jkind ->
  ('l2 * Allowance.allowed) Types.jkind ->
  sub_or_intersect

Source

val sub_or_error : 
  ?origin:string ->
  type_equal:(Types.type_expr -> Types.type_expr -> bool) ->
  context:Jkind.jkind_context ->
  Env.t ->
  (Allowance.allowed * 'r1) Types.jkind ->
  ('l2 * Allowance.allowed) Types.jkind ->
  (unit, Jkind.Violation.t) result

Source

val substitute_decl_ikind_with_lookup : 
  lookup_type:(Path.t -> Subst.Ikind_substitution.type_lookup_result) ->
  lookup_jkind:(Path.t -> Subst.Ikind_substitution.jkind_lookup_result) ->
  Types.type_ikind ->
  Types.type_ikind

Apply path substitutions to a constructor ikind.

Module Ocaml_typing.IkindSource

Module `Ocaml_typing.Ikind`Source