kayrock

defmodule(Kayrock.DescribeLogDirs) do
  @moduledoc false
  _ = " THIS CODE IS GENERATED BY KAYROCK"

  defmodule(V0.Request) do
    @moduledoc false
    _ = " THIS CODE IS GENERATED BY KAYROCK"
    defstruct(topics: [], correlation_id: nil, client_id: nil)
    import(Elixir.Kayrock.Serialize)
    @type t :: %__MODULE__{}
    def(api_key) do
      Kayrock.KafkaSchemaMetadata.api_key(:describe_log_dirs)
    end

    def(api_vsn) do
      0
    end

    def(response_deserializer) do
      &V0.Response.deserialize/1
    end

    def(schema) do
      [topics: {:array, [topic: :string, partitions: {:array, :int32}]}]
    end

    def(serialize(%V0.Request{} = struct)) do
      [
        <<api_key()::16, api_vsn()::16, struct.correlation_id()::32,
          byte_size(struct.client_id())::16, struct.client_id()::binary>>,
        [
          case(Map.fetch!(struct, :topics)) do
            nil ->
              <<-1::32-signed>>

            [] ->
              <<0::32-signed>>

            vals when is_list(vals) ->
              [
                <<length(vals)::32-signed>>,
                for(v <- vals) do
                  [
                    serialize(:string, Map.fetch!(v, :topic)),
                    serialize_array(:int32, Map.fetch!(v, :partitions))
                  ]
                end
              ]
          end
        ]
      ]
    end
  end

  defimpl(Elixir.Kayrock.Request, for: V0.Request) do
    def(serialize(%V0.Request{} = struct)) do
      V0.Request.serialize(struct)
    end

    def(api_vsn(%V0.Request{})) do
      V0.Request.api_vsn()
    end

    def(response_deserializer(%V0.Request{})) do
      V0.Request.response_deserializer()
    end
  end

  def(get_request_struct(0)) do
    %V0.Request{}
  end

  defmodule(V0.Response) do
    @moduledoc false
    _ = " THIS CODE IS GENERATED BY KAYROCK"
    defstruct(throttle_time_ms: nil, log_dirs: [], correlation_id: nil)
    @type t :: %__MODULE__{}
    import(Elixir.Kayrock.Deserialize)

    def(api_key) do
      Kayrock.KafkaSchemaMetadata.api_key(:describe_log_dirs)
    end

    def(api_vsn) do
      0
    end

    def(schema) do
      [
        throttle_time_ms: :int32,
        log_dirs:
          {:array,
           [
             error_code: :int16,
             log_dir: :string,
             topics:
               {:array,
                [
                  topic: :string,
                  partitions:
                    {:array,
                     [partition: :int32, size: :int64, offset_lag: :int64, is_future: :boolean]}
                ]}
           ]}
      ]
    end

    def(deserialize(data)) do
      <<correlation_id::32-signed, rest::binary>> = data

      deserialize_field(
        :root,
        :throttle_time_ms,
        %__MODULE__{correlation_id: correlation_id},
        rest
      )
    end

    defp(deserialize_field(:root, :throttle_time_ms, acc, data)) do
      {val, rest} = deserialize(:int32, data)
      deserialize_field(:root, :log_dirs, Map.put(acc, :throttle_time_ms, val), rest)
    end

    defp(deserialize_field(:log_dirs, :error_code, acc, data)) do
      {val, rest} = deserialize(:int16, data)
      deserialize_field(:log_dirs, :log_dir, Map.put(acc, :error_code, val), rest)
    end

    defp(deserialize_field(:log_dirs, :log_dir, acc, data)) do
      {val, rest} = deserialize(:string, data)
      deserialize_field(:log_dirs, :topics, Map.put(acc, :log_dir, val), rest)
    end

    defp(deserialize_field(:topics, :topic, acc, data)) do
      {val, rest} = deserialize(:string, data)
      deserialize_field(:topics, :partitions, Map.put(acc, :topic, val), rest)
    end

    defp(deserialize_field(:partitions, :partition, acc, data)) do
      {val, rest} = deserialize(:int32, data)
      deserialize_field(:partitions, :size, Map.put(acc, :partition, val), rest)
    end

    defp(deserialize_field(:partitions, :size, acc, data)) do
      {val, rest} = deserialize(:int64, data)
      deserialize_field(:partitions, :offset_lag, Map.put(acc, :size, val), rest)
    end

    defp(deserialize_field(:partitions, :offset_lag, acc, data)) do
      {val, rest} = deserialize(:int64, data)
      deserialize_field(:partitions, :is_future, Map.put(acc, :offset_lag, val), rest)
    end

    defp(deserialize_field(:partitions, :is_future, acc, data)) do
      {val, rest} = deserialize(:boolean, data)
      deserialize_field(:partitions, nil, Map.put(acc, :is_future, val), rest)
    end

    defp(deserialize_field(:topics, :partitions, acc, data)) do
      <<num_elements::32-signed, rest::binary>> = data

      {vals, rest} =
        if(num_elements > 0) do
          Enum.reduce(1..num_elements, {[], rest}, fn _ix, {acc, d} ->
            {val, r} = deserialize_field(:partitions, :partition, %{}, d)
            {[val | acc], r}
          end)
        else
          {[], rest}
        end

      deserialize_field(:topics, nil, Map.put(acc, :partitions, Enum.reverse(vals)), rest)
    end

    defp(deserialize_field(:log_dirs, :topics, acc, data)) do
      <<num_elements::32-signed, rest::binary>> = data

      {vals, rest} =
        if(num_elements > 0) do
          Enum.reduce(1..num_elements, {[], rest}, fn _ix, {acc, d} ->
            {val, r} = deserialize_field(:topics, :topic, %{}, d)
            {[val | acc], r}
          end)
        else
          {[], rest}
        end

      deserialize_field(:log_dirs, nil, Map.put(acc, :topics, Enum.reverse(vals)), rest)
    end

    defp(deserialize_field(:root, :log_dirs, acc, data)) do
      <<num_elements::32-signed, rest::binary>> = data

      {vals, rest} =
        if(num_elements > 0) do
          Enum.reduce(1..num_elements, {[], rest}, fn _ix, {acc, d} ->
            {val, r} = deserialize_field(:log_dirs, :error_code, %{}, d)
            {[val | acc], r}
          end)
        else
          {[], rest}
        end

      deserialize_field(:root, nil, Map.put(acc, :log_dirs, Enum.reverse(vals)), rest)
    end

    defp(deserialize_field(_, nil, acc, rest)) do
      {acc, rest}
    end
  end

  def(deserialize(0, data)) do
    V0.Response.deserialize(data)
  end

  def(min_vsn) do
    0
  end

  def(max_vsn) do
    0
  end
end