package rdf_json_ld

You can search for identifiers within the package.

in-package search v0.2.0

package rdf_json_ld

rdf_json_ld
- Rdf_json_ld
  - AnyMap
    
    O
  - Deserialize
  - Expand
  - Flatten
  - J
  - Json_ld
  - Serialize
  - T
    
    SMap
    
    SSet

Legend:
Library
Module
Module type
Parameter
Class
Class type

Flattening.

type json_map = (Rdf_json_ld.T.J.key * Rdf_json_ld.T.J.json) list

type node_object = Rdf_json_ld.T.J.json list T.SMap.t Stdlib.ref

type graph = {

mutable nodes : node_object T.SMap.t;
rdf_g : Rdf.Graph.graph;
mutable map : Rdf.Term.blank_id T.SMap.t;

}

val pp_node : 
  Stdlib.Format.formatter ->
  Rdf_json_ld.T.J.json list T.SMap.t Stdlib.ref ->
  unit

val pp_graph : Stdlib.Format.formatter -> graph -> unit

val make_graph : [< `B of 'a | `I of Iri.t ] -> graph

val graph_get_node : graph -> T.SMap.key -> node_object

val gen_blank_node : 
  graph ->
  Rdf_json_ld.T.J.json_t Rdf_json_ld.T.J.ranged ->
  string

val json_gen_blank_node : 
  graph ->
  Rdf_json_ld.T.J.json_t Rdf_json_ld.T.J.ranged ->
  Rdf_json_ld.T.J.json

type node_map = {

default : graph;
mutable graphs : graph Rdf.Ds.NameMap.t;

}

val pp_node_map : Stdlib.Format.formatter -> node_map -> unit

val init_node_map : Rdf.Graph.graph -> node_map

val get_graph : node_map -> string -> graph option

val node_map_generation : 
  node_map ->
  ?active_graph:string ->
  ?active_subject:Rdf_json_ld.T.J.json ->
  ?active_prop:T.SMap.key ->
  ?list:json_map Stdlib.ref ->
  Rdf_json_ld.T.J.json ->
  unit