package gapi-ocaml

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Source file gapiError.ml

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open GapiCore
open GapiJson
module Option = GapiOption
module Fun = GapiFun

module SingleError = struct
  type t = {
    domain : string;
    reason : string;
    message : string;
    locationType : string;
    location : string;
    extendedHelp : string;
  }

  let domain =
    {
      GapiLens.get = (fun x -> x.domain);
      GapiLens.set = (fun v x -> { x with domain = v });
    }

  let reason =
    {
      GapiLens.get = (fun x -> x.reason);
      GapiLens.set = (fun v x -> { x with reason = v });
    }

  let message =
    {
      GapiLens.get = (fun x -> x.message);
      GapiLens.set = (fun v x -> { x with message = v });
    }

  let locationType =
    {
      GapiLens.get = (fun x -> x.locationType);
      GapiLens.set = (fun v x -> { x with locationType = v });
    }

  let location =
    {
      GapiLens.get = (fun x -> x.location);
      GapiLens.set = (fun v x -> { x with location = v });
    }

  let extendedHelp =
    {
      GapiLens.get = (fun x -> x.extendedHelp);
      GapiLens.set = (fun v x -> { x with extendedHelp = v });
    }

  let empty =
    {
      domain = "";
      reason = "";
      message = "";
      locationType = "";
      location = "";
      extendedHelp = "";
    }

  let render x =
    render_object ""
      [
        render_string_value "domain" x.domain;
        render_string_value "reason" x.reason;
        render_string_value "message" x.message;
        render_string_value "locationType" x.locationType;
        render_string_value "location" x.location;
        render_string_value "extendedHelp" x.extendedHelp;
      ]

  let rec parse x tree =
    match tree with
    | AnnotatedTree.Leaf ({ name = "domain"; data_type = Scalar }, `String v) ->
        { x with domain = v }
    | AnnotatedTree.Leaf ({ name = "reason"; data_type = Scalar }, `String v) ->
        { x with reason = v }
    | AnnotatedTree.Leaf ({ name = "message"; data_type = Scalar }, `String v)
      ->
        { x with message = v }
    | AnnotatedTree.Leaf ({ name = "message"; data_type = Scalar }, `Null) -> x
    | AnnotatedTree.Leaf
        ({ name = "locationType"; data_type = Scalar }, `String v) ->
        { x with locationType = v }
    | AnnotatedTree.Leaf ({ name = "location"; data_type = Scalar }, `String v)
      ->
        { x with location = v }
    | AnnotatedTree.Leaf
        ({ name = "extendedHelp"; data_type = Scalar }, `String v) ->
        { x with extendedHelp = v }
    | AnnotatedTree.Node ({ name = ""; data_type = Object }, cs) ->
        parse_children parse empty Fun.id cs
    | e -> unexpected "GapiService.SingleError.parse" e x
end

module RequestError = struct
  type t = { errors : SingleError.t list; code : int; message : string }

  let errors =
    {
      GapiLens.get = (fun x -> x.errors);
      GapiLens.set = (fun v x -> { x with errors = v });
    }

  let code =
    {
      GapiLens.get = (fun x -> x.code);
      GapiLens.set = (fun v x -> { x with code = v });
    }

  let message =
    {
      GapiLens.get = (fun x -> x.message);
      GapiLens.set = (fun v x -> { x with message = v });
    }

  let empty = { errors = []; code = 0; message = "" }

  let render x =
    render_object ""
      [
        render_object "error"
          [
            render_array "errors" SingleError.render x.errors;
            render_int_value "code" x.code;
            render_string_value "message" x.message;
          ];
      ]

  let rec parse x tree =
    match tree with
    | AnnotatedTree.Node ({ name = "errors"; data_type = Array }, cs) ->
        parse_collection SingleError.parse SingleError.empty
          (fun xs -> { x with errors = xs })
          cs
    | AnnotatedTree.Leaf ({ name = "code"; data_type = Scalar }, `Int v) ->
        { x with code = v }
    | AnnotatedTree.Leaf ({ name = "message"; data_type = Scalar }, `String v)
      ->
        { x with message = v }
    | AnnotatedTree.Node ({ name = "error"; data_type = Object }, cs) ->
        parse_children parse empty Fun.id cs
    | AnnotatedTree.Node ({ name = ""; data_type = Object }, cs) ->
        parse_children parse empty Fun.id cs
    | e -> unexpected "GapiService.RequestError.parse" e x

  let to_data_model = render_root render
  let of_data_model = parse_root parse empty
end