# Code generated by protox. Don't edit.
# credo:disable-for-this-file
defmodule PgQuery.SubscriptingRef do
  @moduledoc false
  if function_exported?(Protox, :check_generator_version, 1) do
    Protox.check_generator_version(1)
  else
    raise "This code was generated with protox 2 but the runtime is using an older version of protox."
  end

  @type t :: %__MODULE__{
          refassgnexpr: PgQuery.Node.t() | nil,
          refexpr: PgQuery.Node.t() | nil,
          reflowerindexpr: [PgQuery.Node.t()],
          refupperindexpr: [PgQuery.Node.t()],
          refcollid: non_neg_integer(),
          reftypmod: integer(),
          refrestype: non_neg_integer(),
          refelemtype: non_neg_integer(),
          refcontainertype: non_neg_integer(),
          xpr: PgQuery.Node.t() | nil,
          __uf__: [{non_neg_integer(), Protox.Types.tag(), binary()}]
        }
  defstruct refassgnexpr: nil,
            refexpr: nil,
            reflowerindexpr: [],
            refupperindexpr: [],
            refcollid: 0,
            reftypmod: 0,
            refrestype: 0,
            refelemtype: 0,
            refcontainertype: 0,
            xpr: nil,
            __uf__: []

  (
    (
      @spec encode(t()) :: {:ok, iodata(), non_neg_integer()} | {:error, any()}
      def encode(msg) do
        msg |> encode!() |> Tuple.insert_at(0, :ok)
      rescue
        e in [Protox.EncodingError, Protox.RequiredFieldsError] -> {:error, e}
      end

      @spec encode!(t()) :: {iodata(), non_neg_integer()} | no_return()
      def encode!(msg) do
        {_acc = [], _acc_size = 0}
        |> encode_refassgnexpr(msg)
        |> encode_refexpr(msg)
        |> encode_reflowerindexpr(msg)
        |> encode_refupperindexpr(msg)
        |> encode_refcollid(msg)
        |> encode_reftypmod(msg)
        |> encode_refrestype(msg)
        |> encode_refelemtype(msg)
        |> encode_refcontainertype(msg)
        |> encode_xpr(msg)
        |> encode_unknown_fields(msg)
      end
    )

    defp encode_refassgnexpr({acc, acc_size}, msg) do
      if msg.refassgnexpr == nil do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_message(msg.refassgnexpr)
        {["R", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:refassgnexpr, "invalid field value"), __STACKTRACE__
    end

    defp encode_refexpr({acc, acc_size}, msg) do
      if msg.refexpr == nil do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_message(msg.refexpr)
        {["J", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:refexpr, "invalid field value"), __STACKTRACE__
    end

    defp encode_reflowerindexpr({acc, acc_size}, msg) do
      case msg.reflowerindexpr do
        [] ->
          {acc, acc_size}

        values ->
          {value_bytes, value_size} =
            (
              {value_bytes, value_size} =
                Enum.reduce(values, {_local_acc = [], _local_acc_size = 0}, fn value,
                                                                               {local_acc,
                                                                                local_acc_size} ->
                  {value_bytes, value_bytes_size} = Protox.Encode.encode_message(value)
                  {[value_bytes, "B" | local_acc], local_acc_size + 1 + value_bytes_size}
                end)

              {Enum.reverse(value_bytes), value_size}
            )

          {[value_bytes | acc], acc_size + value_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:reflowerindexpr, "invalid field value"), __STACKTRACE__
    end

    defp encode_refupperindexpr({acc, acc_size}, msg) do
      case msg.refupperindexpr do
        [] ->
          {acc, acc_size}

        values ->
          {value_bytes, value_size} =
            (
              {value_bytes, value_size} =
                Enum.reduce(values, {_local_acc = [], _local_acc_size = 0}, fn value,
                                                                               {local_acc,
                                                                                local_acc_size} ->
                  {value_bytes, value_bytes_size} = Protox.Encode.encode_message(value)
                  {[value_bytes, ":" | local_acc], local_acc_size + 1 + value_bytes_size}
                end)

              {Enum.reverse(value_bytes), value_size}
            )

          {[value_bytes | acc], acc_size + value_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:refupperindexpr, "invalid field value"), __STACKTRACE__
    end

    defp encode_refcollid({acc, acc_size}, msg) do
      if msg.refcollid == 0 do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_uint32(msg.refcollid)
        {["0", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:refcollid, "invalid field value"), __STACKTRACE__
    end

    defp encode_reftypmod({acc, acc_size}, msg) do
      if msg.reftypmod == 0 do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_int32(msg.reftypmod)
        {["(", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:reftypmod, "invalid field value"), __STACKTRACE__
    end

    defp encode_refrestype({acc, acc_size}, msg) do
      if msg.refrestype == 0 do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_uint32(msg.refrestype)
        {[" ", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:refrestype, "invalid field value"), __STACKTRACE__
    end

    defp encode_refelemtype({acc, acc_size}, msg) do
      if msg.refelemtype == 0 do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_uint32(msg.refelemtype)
        {["\x18", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:refelemtype, "invalid field value"), __STACKTRACE__
    end

    defp encode_refcontainertype({acc, acc_size}, msg) do
      if msg.refcontainertype == 0 do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_uint32(msg.refcontainertype)
        {["\x10", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:refcontainertype, "invalid field value"), __STACKTRACE__
    end

    defp encode_xpr({acc, acc_size}, msg) do
      if msg.xpr == nil do
        {acc, acc_size}
      else
        {value_bytes, value_bytes_size} = Protox.Encode.encode_message(msg.xpr)
        {["\n", value_bytes | acc], acc_size + 1 + value_bytes_size}
      end
    rescue
      ArgumentError ->
        reraise Protox.EncodingError.new(:xpr, "invalid field value"), __STACKTRACE__
    end

    defp encode_unknown_fields({acc, acc_size}, msg) do
      Enum.reduce(msg.__uf__, {acc, acc_size}, fn {tag, wire_type, bytes}, {acc, acc_size} ->
        case wire_type do
          0 ->
            {key_bytes, key_size} = Protox.Encode.make_key_bytes(tag, :int32)
            {[acc, <<key_bytes::binary, bytes::binary>>], acc_size + key_size + byte_size(bytes)}

          1 ->
            {key_bytes, key_size} = Protox.Encode.make_key_bytes(tag, :double)
            {[acc, <<key_bytes::binary, bytes::binary>>], acc_size + key_size + byte_size(bytes)}

          2 ->
            {len_bytes, len_size} = bytes |> byte_size() |> Protox.Varint.encode()
            {key_bytes, key_size} = Protox.Encode.make_key_bytes(tag, :packed)

            {[acc, <<key_bytes::binary, len_bytes::binary, bytes::binary>>],
             acc_size + key_size + len_size + byte_size(bytes)}

          5 ->
            {key_bytes, key_size} = Protox.Encode.make_key_bytes(tag, :float)
            {[acc, <<key_bytes::binary, bytes::binary>>], acc_size + key_size + byte_size(bytes)}
        end
      end)
    end
  )

  (
    (
      @spec decode(binary()) :: {:ok, t()} | {:error, any()}
      def decode(bytes) do
        {:ok, decode!(bytes)}
      rescue
        e in [Protox.DecodingError, Protox.IllegalTagError, Protox.RequiredFieldsError] ->
          {:error, e}
      end

      (
        @spec decode!(binary()) :: t() | no_return()
        def decode!(bytes) do
          parse_key_value(bytes, struct(PgQuery.SubscriptingRef))
        end
      )
    )

    (
      @spec parse_key_value(binary(), struct()) :: struct()
      defp parse_key_value(<<>>, msg) do
        msg
      end

      defp parse_key_value(bytes, msg) do
        {field, rest} =
          case bytes do
            <<_::5, 3::3, _rest::binary>> ->
              raise Protox.DecodingError.new(bytes, "invalid wire type 3")

            <<_::5, 4::3, _rest::binary>> ->
              raise Protox.DecodingError.new(bytes, "invalid wire type 4")

            <<_::5, 6::3, _rest::binary>> ->
              raise Protox.DecodingError.new(bytes, "invalid wire type 6")

            <<_::5, 7::3, _rest::binary>> ->
              raise Protox.DecodingError.new(bytes, "invalid wire type 7")

            <<0::5, _::3, _rest::binary>> ->
              raise %Protox.IllegalTagError{}

            <<10::5, _wire_type::3, bytes::binary>> ->
              {len, bytes} = Protox.Varint.decode(bytes)
              {delimited, rest} = Protox.Decode.parse_delimited(bytes, len)

              {[
                 refassgnexpr:
                   Protox.MergeMessage.merge(msg.refassgnexpr, PgQuery.Node.decode!(delimited))
               ], rest}

            <<9::5, _wire_type::3, bytes::binary>> ->
              {len, bytes} = Protox.Varint.decode(bytes)
              {delimited, rest} = Protox.Decode.parse_delimited(bytes, len)

              {[refexpr: Protox.MergeMessage.merge(msg.refexpr, PgQuery.Node.decode!(delimited))],
               rest}

            <<8::5, _wire_type::3, bytes::binary>> ->
              {len, bytes} = Protox.Varint.decode(bytes)
              {delimited, rest} = Protox.Decode.parse_delimited(bytes, len)
              {[reflowerindexpr: msg.reflowerindexpr ++ [PgQuery.Node.decode!(delimited)]], rest}

            <<7::5, _wire_type::3, bytes::binary>> ->
              {len, bytes} = Protox.Varint.decode(bytes)
              {delimited, rest} = Protox.Decode.parse_delimited(bytes, len)
              {[refupperindexpr: msg.refupperindexpr ++ [PgQuery.Node.decode!(delimited)]], rest}

            <<6::5, _wire_type::3, bytes::binary>> ->
              {value, rest} = Protox.Decode.parse_uint32(bytes)
              {[refcollid: value], rest}

            <<5::5, _wire_type::3, bytes::binary>> ->
              {value, rest} = Protox.Decode.parse_int32(bytes)
              {[reftypmod: value], rest}

            <<4::5, _wire_type::3, bytes::binary>> ->
              {value, rest} = Protox.Decode.parse_uint32(bytes)
              {[refrestype: value], rest}

            <<3::5, _wire_type::3, bytes::binary>> ->
              {value, rest} = Protox.Decode.parse_uint32(bytes)
              {[refelemtype: value], rest}

            <<2::5, _wire_type::3, bytes::binary>> ->
              {value, rest} = Protox.Decode.parse_uint32(bytes)
              {[refcontainertype: value], rest}

            <<1::5, _wire_type::3, bytes::binary>> ->
              {len, bytes} = Protox.Varint.decode(bytes)
              {delimited, rest} = Protox.Decode.parse_delimited(bytes, len)
              {[xpr: Protox.MergeMessage.merge(msg.xpr, PgQuery.Node.decode!(delimited))], rest}

            <<bytes::binary>> ->
              {tag, wire_type, rest} = Protox.Decode.parse_key(bytes)
              {value, rest} = Protox.Decode.parse_unknown(tag, wire_type, rest)
              {[__uf__: msg.__uf__ ++ [value]], rest}
          end

        msg_updated = struct(msg, field)
        parse_key_value(rest, msg_updated)
      end
    )
  )

  (
    @spec unknown_fields(struct()) :: [{non_neg_integer(), Protox.Types.tag(), binary()}]
    def unknown_fields(msg) do
      msg.__uf__
    end

    @spec unknown_fields_name() :: :__uf__
    def unknown_fields_name() do
      :__uf__
    end

    @spec clear_unknown_fields(struct) :: struct
    def clear_unknown_fields(msg) do
      struct!(msg, __uf__: [])
    end
  )

  (
    @spec default(atom()) ::
            {:ok, boolean() | integer() | String.t() | float()}
            | {:error, :no_such_field | :no_default_value}
    def default(:refassgnexpr) do
      {:ok, nil}
    end

    def default(:refexpr) do
      {:ok, nil}
    end

    def default(:reflowerindexpr) do
      {:error, :no_default_value}
    end

    def default(:refupperindexpr) do
      {:error, :no_default_value}
    end

    def default(:refcollid) do
      {:ok, 0}
    end

    def default(:reftypmod) do
      {:ok, 0}
    end

    def default(:refrestype) do
      {:ok, 0}
    end

    def default(:refelemtype) do
      {:ok, 0}
    end

    def default(:refcontainertype) do
      {:ok, 0}
    end

    def default(:xpr) do
      {:ok, nil}
    end

    def default(_) do
      {:error, :no_such_field}
    end
  )

  @spec schema() :: Protox.MessageSchema.t()
  def schema() do
    %{
      __struct__: Protox.MessageSchema,
      fields: %{
        refassgnexpr: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: nil},
          label: :optional,
          name: :refassgnexpr,
          tag: 10,
          type: {:message, PgQuery.Node}
        },
        refcollid: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: 0},
          label: :optional,
          name: :refcollid,
          tag: 6,
          type: :uint32
        },
        refcontainertype: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: 0},
          label: :optional,
          name: :refcontainertype,
          tag: 2,
          type: :uint32
        },
        refelemtype: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: 0},
          label: :optional,
          name: :refelemtype,
          tag: 3,
          type: :uint32
        },
        refexpr: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: nil},
          label: :optional,
          name: :refexpr,
          tag: 9,
          type: {:message, PgQuery.Node}
        },
        reflowerindexpr: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: :unpacked,
          label: :repeated,
          name: :reflowerindexpr,
          tag: 8,
          type: {:message, PgQuery.Node}
        },
        refrestype: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: 0},
          label: :optional,
          name: :refrestype,
          tag: 4,
          type: :uint32
        },
        reftypmod: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: 0},
          label: :optional,
          name: :reftypmod,
          tag: 5,
          type: :int32
        },
        refupperindexpr: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: :unpacked,
          label: :repeated,
          name: :refupperindexpr,
          tag: 7,
          type: {:message, PgQuery.Node}
        },
        xpr: %{
          __struct__: Protox.Field,
          extender: nil,
          kind: %{__struct__: Protox.Scalar, default_value: nil},
          label: :optional,
          name: :xpr,
          tag: 1,
          type: {:message, PgQuery.Node}
        }
      },
      file_options: nil,
      name: PgQuery.SubscriptingRef,
      syntax: :proto3
    }
  end
end