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lib/generated/metadata.ex
defmodule(Kayrock.Metadata) 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(:metadata)
end
def(api_vsn) do
0
end
def(response_deserializer) do
&V0.Response.deserialize/1
end
def(schema) do
[topics: {:array, :string}]
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>>,
[serialize_array(:string, Map.fetch!(struct, :topics))]
]
end
end
defimpl(Elixir.Kayrock.Request, for: V0.Request) do
def(serialize(%V0.Request{} = struct)) do
try do
V0.Request.serialize(struct)
rescue
e ->
reraise(Kayrock.InvalidRequestError, {e, struct}, System.stacktrace())
end
end
def(api_vsn(%V0.Request{})) do
V0.Request.api_vsn()
end
def(response_deserializer(%V0.Request{})) do
V0.Request.response_deserializer()
end
end
defmodule(V1.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(:metadata)
end
def(api_vsn) do
1
end
def(response_deserializer) do
&V1.Response.deserialize/1
end
def(schema) do
[topics: {:array, :string}]
end
def(serialize(%V1.Request{} = struct)) do
[
<<api_key()::16, api_vsn()::16, struct.correlation_id()::32,
byte_size(struct.client_id())::16, struct.client_id()::binary>>,
[serialize_array(:string, Map.fetch!(struct, :topics))]
]
end
end
defimpl(Elixir.Kayrock.Request, for: V1.Request) do
def(serialize(%V1.Request{} = struct)) do
try do
V1.Request.serialize(struct)
rescue
e ->
reraise(Kayrock.InvalidRequestError, {e, struct}, System.stacktrace())
end
end
def(api_vsn(%V1.Request{})) do
V1.Request.api_vsn()
end
def(response_deserializer(%V1.Request{})) do
V1.Request.response_deserializer()
end
end
defmodule(V2.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(:metadata)
end
def(api_vsn) do
2
end
def(response_deserializer) do
&V2.Response.deserialize/1
end
def(schema) do
[topics: {:array, :string}]
end
def(serialize(%V2.Request{} = struct)) do
[
<<api_key()::16, api_vsn()::16, struct.correlation_id()::32,
byte_size(struct.client_id())::16, struct.client_id()::binary>>,
[serialize_array(:string, Map.fetch!(struct, :topics))]
]
end
end
defimpl(Elixir.Kayrock.Request, for: V2.Request) do
def(serialize(%V2.Request{} = struct)) do
try do
V2.Request.serialize(struct)
rescue
e ->
reraise(Kayrock.InvalidRequestError, {e, struct}, System.stacktrace())
end
end
def(api_vsn(%V2.Request{})) do
V2.Request.api_vsn()
end
def(response_deserializer(%V2.Request{})) do
V2.Request.response_deserializer()
end
end
defmodule(V3.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(:metadata)
end
def(api_vsn) do
3
end
def(response_deserializer) do
&V3.Response.deserialize/1
end
def(schema) do
[topics: {:array, :string}]
end
def(serialize(%V3.Request{} = struct)) do
[
<<api_key()::16, api_vsn()::16, struct.correlation_id()::32,
byte_size(struct.client_id())::16, struct.client_id()::binary>>,
[serialize_array(:string, Map.fetch!(struct, :topics))]
]
end
end
defimpl(Elixir.Kayrock.Request, for: V3.Request) do
def(serialize(%V3.Request{} = struct)) do
try do
V3.Request.serialize(struct)
rescue
e ->
reraise(Kayrock.InvalidRequestError, {e, struct}, System.stacktrace())
end
end
def(api_vsn(%V3.Request{})) do
V3.Request.api_vsn()
end
def(response_deserializer(%V3.Request{})) do
V3.Request.response_deserializer()
end
end
defmodule(V4.Request) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(topics: [], allow_auto_topic_creation: nil, correlation_id: nil, client_id: nil)
import(Elixir.Kayrock.Serialize)
@type t :: %__MODULE__{}
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
4
end
def(response_deserializer) do
&V4.Response.deserialize/1
end
def(schema) do
[topics: {:array, :string}, allow_auto_topic_creation: :boolean]
end
def(serialize(%V4.Request{} = struct)) do
[
<<api_key()::16, api_vsn()::16, struct.correlation_id()::32,
byte_size(struct.client_id())::16, struct.client_id()::binary>>,
[
serialize_array(:string, Map.fetch!(struct, :topics)),
serialize(:boolean, Map.fetch!(struct, :allow_auto_topic_creation))
]
]
end
end
defimpl(Elixir.Kayrock.Request, for: V4.Request) do
def(serialize(%V4.Request{} = struct)) do
try do
V4.Request.serialize(struct)
rescue
e ->
reraise(Kayrock.InvalidRequestError, {e, struct}, System.stacktrace())
end
end
def(api_vsn(%V4.Request{})) do
V4.Request.api_vsn()
end
def(response_deserializer(%V4.Request{})) do
V4.Request.response_deserializer()
end
end
defmodule(V5.Request) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(topics: [], allow_auto_topic_creation: nil, correlation_id: nil, client_id: nil)
import(Elixir.Kayrock.Serialize)
@type t :: %__MODULE__{}
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
5
end
def(response_deserializer) do
&V5.Response.deserialize/1
end
def(schema) do
[topics: {:array, :string}, allow_auto_topic_creation: :boolean]
end
def(serialize(%V5.Request{} = struct)) do
[
<<api_key()::16, api_vsn()::16, struct.correlation_id()::32,
byte_size(struct.client_id())::16, struct.client_id()::binary>>,
[
serialize_array(:string, Map.fetch!(struct, :topics)),
serialize(:boolean, Map.fetch!(struct, :allow_auto_topic_creation))
]
]
end
end
defimpl(Elixir.Kayrock.Request, for: V5.Request) do
def(serialize(%V5.Request{} = struct)) do
try do
V5.Request.serialize(struct)
rescue
e ->
reraise(Kayrock.InvalidRequestError, {e, struct}, System.stacktrace())
end
end
def(api_vsn(%V5.Request{})) do
V5.Request.api_vsn()
end
def(response_deserializer(%V5.Request{})) do
V5.Request.response_deserializer()
end
end
def(get_request_struct(0)) do
%V0.Request{}
end
def(get_request_struct(1)) do
%V1.Request{}
end
def(get_request_struct(2)) do
%V2.Request{}
end
def(get_request_struct(3)) do
%V3.Request{}
end
def(get_request_struct(4)) do
%V4.Request{}
end
def(get_request_struct(5)) do
%V5.Request{}
end
defmodule(V0.Response) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(brokers: [], topic_metadata: [], correlation_id: nil)
@type t :: %__MODULE__{}
import(Elixir.Kayrock.Deserialize)
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
0
end
def(schema) do
[
brokers: {:array, [node_id: :int32, host: :string, port: :int32]},
topic_metadata:
{:array,
[
error_code: :int16,
topic: :string,
partition_metadata:
{:array,
[
error_code: :int16,
partition: :int32,
leader: :int32,
replicas: {:array, :int32},
isr: {:array, :int32}
]}
]}
]
end
def(deserialize(data)) do
<<correlation_id::32-signed, rest::binary>> = data
deserialize_field(:root, :brokers, %__MODULE__{correlation_id: correlation_id}, rest)
end
defp(deserialize_field(:brokers, :node_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :host, Map.put(acc, :node_id, val), rest)
end
defp(deserialize_field(:brokers, :host, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:brokers, :port, Map.put(acc, :host, val), rest)
end
defp(deserialize_field(:brokers, :port, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, nil, Map.put(acc, :port, val), rest)
end
defp(deserialize_field(:root, :brokers, 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(:brokers, :node_id, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, :topic_metadata, Map.put(acc, :brokers, Enum.reverse(vals)), rest)
end
defp(deserialize_field(:topic_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:topic_metadata, :topic, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:topic_metadata, :topic, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:topic_metadata, :partition_metadata, Map.put(acc, :topic, val), rest)
end
defp(deserialize_field(:partition_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:partition_metadata, :partition, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:partition_metadata, :partition, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :leader, Map.put(acc, :partition, val), rest)
end
defp(deserialize_field(:partition_metadata, :leader, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :replicas, Map.put(acc, :leader, val), rest)
end
defp(deserialize_field(:partition_metadata, :replicas, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
:isr,
Map.put(acc, :replicas, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:partition_metadata, :isr, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(:partition_metadata, nil, Map.put(acc, :isr, Enum.reverse(val)), rest)
end
defp(deserialize_field(:topic_metadata, :partition_metadata, 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(:partition_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(
:topic_metadata,
nil,
Map.put(acc, :partition_metadata, Enum.reverse(vals)),
rest
)
end
defp(deserialize_field(:root, :topic_metadata, 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(:topic_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, nil, Map.put(acc, :topic_metadata, Enum.reverse(vals)), rest)
end
defp(deserialize_field(_, nil, acc, rest)) do
{acc, rest}
end
end
defmodule(V1.Response) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(brokers: [], controller_id: nil, topic_metadata: [], correlation_id: nil)
@type t :: %__MODULE__{}
import(Elixir.Kayrock.Deserialize)
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
1
end
def(schema) do
[
brokers: {:array, [node_id: :int32, host: :string, port: :int32, rack: :nullable_string]},
controller_id: :int32,
topic_metadata:
{:array,
[
error_code: :int16,
topic: :string,
is_internal: :boolean,
partition_metadata:
{:array,
[
error_code: :int16,
partition: :int32,
leader: :int32,
replicas: {:array, :int32},
isr: {:array, :int32}
]}
]}
]
end
def(deserialize(data)) do
<<correlation_id::32-signed, rest::binary>> = data
deserialize_field(:root, :brokers, %__MODULE__{correlation_id: correlation_id}, rest)
end
defp(deserialize_field(:brokers, :node_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :host, Map.put(acc, :node_id, val), rest)
end
defp(deserialize_field(:brokers, :host, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:brokers, :port, Map.put(acc, :host, val), rest)
end
defp(deserialize_field(:brokers, :port, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :rack, Map.put(acc, :port, val), rest)
end
defp(deserialize_field(:brokers, :rack, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:brokers, nil, Map.put(acc, :rack, val), rest)
end
defp(deserialize_field(:root, :brokers, 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(:brokers, :node_id, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, :controller_id, Map.put(acc, :brokers, Enum.reverse(vals)), rest)
end
defp(deserialize_field(:root, :controller_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:root, :topic_metadata, Map.put(acc, :controller_id, val), rest)
end
defp(deserialize_field(:topic_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:topic_metadata, :topic, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:topic_metadata, :topic, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:topic_metadata, :is_internal, Map.put(acc, :topic, val), rest)
end
defp(deserialize_field(:topic_metadata, :is_internal, acc, data)) do
{val, rest} = deserialize(:boolean, data)
deserialize_field(
:topic_metadata,
:partition_metadata,
Map.put(acc, :is_internal, val),
rest
)
end
defp(deserialize_field(:partition_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:partition_metadata, :partition, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:partition_metadata, :partition, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :leader, Map.put(acc, :partition, val), rest)
end
defp(deserialize_field(:partition_metadata, :leader, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :replicas, Map.put(acc, :leader, val), rest)
end
defp(deserialize_field(:partition_metadata, :replicas, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
:isr,
Map.put(acc, :replicas, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:partition_metadata, :isr, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(:partition_metadata, nil, Map.put(acc, :isr, Enum.reverse(val)), rest)
end
defp(deserialize_field(:topic_metadata, :partition_metadata, 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(:partition_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(
:topic_metadata,
nil,
Map.put(acc, :partition_metadata, Enum.reverse(vals)),
rest
)
end
defp(deserialize_field(:root, :topic_metadata, 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(:topic_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, nil, Map.put(acc, :topic_metadata, Enum.reverse(vals)), rest)
end
defp(deserialize_field(_, nil, acc, rest)) do
{acc, rest}
end
end
defmodule(V2.Response) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(
brokers: [],
cluster_id: nil,
controller_id: nil,
topic_metadata: [],
correlation_id: nil
)
@type t :: %__MODULE__{}
import(Elixir.Kayrock.Deserialize)
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
2
end
def(schema) do
[
brokers: {:array, [node_id: :int32, host: :string, port: :int32, rack: :nullable_string]},
cluster_id: :nullable_string,
controller_id: :int32,
topic_metadata:
{:array,
[
error_code: :int16,
topic: :string,
is_internal: :boolean,
partition_metadata:
{:array,
[
error_code: :int16,
partition: :int32,
leader: :int32,
replicas: {:array, :int32},
isr: {:array, :int32}
]}
]}
]
end
def(deserialize(data)) do
<<correlation_id::32-signed, rest::binary>> = data
deserialize_field(:root, :brokers, %__MODULE__{correlation_id: correlation_id}, rest)
end
defp(deserialize_field(:brokers, :node_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :host, Map.put(acc, :node_id, val), rest)
end
defp(deserialize_field(:brokers, :host, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:brokers, :port, Map.put(acc, :host, val), rest)
end
defp(deserialize_field(:brokers, :port, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :rack, Map.put(acc, :port, val), rest)
end
defp(deserialize_field(:brokers, :rack, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:brokers, nil, Map.put(acc, :rack, val), rest)
end
defp(deserialize_field(:root, :brokers, 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(:brokers, :node_id, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, :cluster_id, Map.put(acc, :brokers, Enum.reverse(vals)), rest)
end
defp(deserialize_field(:root, :cluster_id, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:root, :controller_id, Map.put(acc, :cluster_id, val), rest)
end
defp(deserialize_field(:root, :controller_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:root, :topic_metadata, Map.put(acc, :controller_id, val), rest)
end
defp(deserialize_field(:topic_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:topic_metadata, :topic, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:topic_metadata, :topic, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:topic_metadata, :is_internal, Map.put(acc, :topic, val), rest)
end
defp(deserialize_field(:topic_metadata, :is_internal, acc, data)) do
{val, rest} = deserialize(:boolean, data)
deserialize_field(
:topic_metadata,
:partition_metadata,
Map.put(acc, :is_internal, val),
rest
)
end
defp(deserialize_field(:partition_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:partition_metadata, :partition, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:partition_metadata, :partition, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :leader, Map.put(acc, :partition, val), rest)
end
defp(deserialize_field(:partition_metadata, :leader, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :replicas, Map.put(acc, :leader, val), rest)
end
defp(deserialize_field(:partition_metadata, :replicas, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
:isr,
Map.put(acc, :replicas, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:partition_metadata, :isr, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(:partition_metadata, nil, Map.put(acc, :isr, Enum.reverse(val)), rest)
end
defp(deserialize_field(:topic_metadata, :partition_metadata, 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(:partition_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(
:topic_metadata,
nil,
Map.put(acc, :partition_metadata, Enum.reverse(vals)),
rest
)
end
defp(deserialize_field(:root, :topic_metadata, 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(:topic_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, nil, Map.put(acc, :topic_metadata, Enum.reverse(vals)), rest)
end
defp(deserialize_field(_, nil, acc, rest)) do
{acc, rest}
end
end
defmodule(V3.Response) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(
throttle_time_ms: nil,
brokers: [],
cluster_id: nil,
controller_id: nil,
topic_metadata: [],
correlation_id: nil
)
@type t :: %__MODULE__{}
import(Elixir.Kayrock.Deserialize)
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
3
end
def(schema) do
[
throttle_time_ms: :int32,
brokers: {:array, [node_id: :int32, host: :string, port: :int32, rack: :nullable_string]},
cluster_id: :nullable_string,
controller_id: :int32,
topic_metadata:
{:array,
[
error_code: :int16,
topic: :string,
is_internal: :boolean,
partition_metadata:
{:array,
[
error_code: :int16,
partition: :int32,
leader: :int32,
replicas: {:array, :int32},
isr: {:array, :int32}
]}
]}
]
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, :brokers, Map.put(acc, :throttle_time_ms, val), rest)
end
defp(deserialize_field(:brokers, :node_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :host, Map.put(acc, :node_id, val), rest)
end
defp(deserialize_field(:brokers, :host, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:brokers, :port, Map.put(acc, :host, val), rest)
end
defp(deserialize_field(:brokers, :port, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :rack, Map.put(acc, :port, val), rest)
end
defp(deserialize_field(:brokers, :rack, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:brokers, nil, Map.put(acc, :rack, val), rest)
end
defp(deserialize_field(:root, :brokers, 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(:brokers, :node_id, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, :cluster_id, Map.put(acc, :brokers, Enum.reverse(vals)), rest)
end
defp(deserialize_field(:root, :cluster_id, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:root, :controller_id, Map.put(acc, :cluster_id, val), rest)
end
defp(deserialize_field(:root, :controller_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:root, :topic_metadata, Map.put(acc, :controller_id, val), rest)
end
defp(deserialize_field(:topic_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:topic_metadata, :topic, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:topic_metadata, :topic, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:topic_metadata, :is_internal, Map.put(acc, :topic, val), rest)
end
defp(deserialize_field(:topic_metadata, :is_internal, acc, data)) do
{val, rest} = deserialize(:boolean, data)
deserialize_field(
:topic_metadata,
:partition_metadata,
Map.put(acc, :is_internal, val),
rest
)
end
defp(deserialize_field(:partition_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:partition_metadata, :partition, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:partition_metadata, :partition, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :leader, Map.put(acc, :partition, val), rest)
end
defp(deserialize_field(:partition_metadata, :leader, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :replicas, Map.put(acc, :leader, val), rest)
end
defp(deserialize_field(:partition_metadata, :replicas, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
:isr,
Map.put(acc, :replicas, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:partition_metadata, :isr, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(:partition_metadata, nil, Map.put(acc, :isr, Enum.reverse(val)), rest)
end
defp(deserialize_field(:topic_metadata, :partition_metadata, 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(:partition_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(
:topic_metadata,
nil,
Map.put(acc, :partition_metadata, Enum.reverse(vals)),
rest
)
end
defp(deserialize_field(:root, :topic_metadata, 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(:topic_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, nil, Map.put(acc, :topic_metadata, Enum.reverse(vals)), rest)
end
defp(deserialize_field(_, nil, acc, rest)) do
{acc, rest}
end
end
defmodule(V4.Response) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(
throttle_time_ms: nil,
brokers: [],
cluster_id: nil,
controller_id: nil,
topic_metadata: [],
correlation_id: nil
)
@type t :: %__MODULE__{}
import(Elixir.Kayrock.Deserialize)
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
4
end
def(schema) do
[
throttle_time_ms: :int32,
brokers: {:array, [node_id: :int32, host: :string, port: :int32, rack: :nullable_string]},
cluster_id: :nullable_string,
controller_id: :int32,
topic_metadata:
{:array,
[
error_code: :int16,
topic: :string,
is_internal: :boolean,
partition_metadata:
{:array,
[
error_code: :int16,
partition: :int32,
leader: :int32,
replicas: {:array, :int32},
isr: {:array, :int32}
]}
]}
]
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, :brokers, Map.put(acc, :throttle_time_ms, val), rest)
end
defp(deserialize_field(:brokers, :node_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :host, Map.put(acc, :node_id, val), rest)
end
defp(deserialize_field(:brokers, :host, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:brokers, :port, Map.put(acc, :host, val), rest)
end
defp(deserialize_field(:brokers, :port, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :rack, Map.put(acc, :port, val), rest)
end
defp(deserialize_field(:brokers, :rack, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:brokers, nil, Map.put(acc, :rack, val), rest)
end
defp(deserialize_field(:root, :brokers, 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(:brokers, :node_id, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, :cluster_id, Map.put(acc, :brokers, Enum.reverse(vals)), rest)
end
defp(deserialize_field(:root, :cluster_id, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:root, :controller_id, Map.put(acc, :cluster_id, val), rest)
end
defp(deserialize_field(:root, :controller_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:root, :topic_metadata, Map.put(acc, :controller_id, val), rest)
end
defp(deserialize_field(:topic_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:topic_metadata, :topic, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:topic_metadata, :topic, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:topic_metadata, :is_internal, Map.put(acc, :topic, val), rest)
end
defp(deserialize_field(:topic_metadata, :is_internal, acc, data)) do
{val, rest} = deserialize(:boolean, data)
deserialize_field(
:topic_metadata,
:partition_metadata,
Map.put(acc, :is_internal, val),
rest
)
end
defp(deserialize_field(:partition_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:partition_metadata, :partition, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:partition_metadata, :partition, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :leader, Map.put(acc, :partition, val), rest)
end
defp(deserialize_field(:partition_metadata, :leader, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :replicas, Map.put(acc, :leader, val), rest)
end
defp(deserialize_field(:partition_metadata, :replicas, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
:isr,
Map.put(acc, :replicas, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:partition_metadata, :isr, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(:partition_metadata, nil, Map.put(acc, :isr, Enum.reverse(val)), rest)
end
defp(deserialize_field(:topic_metadata, :partition_metadata, 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(:partition_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(
:topic_metadata,
nil,
Map.put(acc, :partition_metadata, Enum.reverse(vals)),
rest
)
end
defp(deserialize_field(:root, :topic_metadata, 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(:topic_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, nil, Map.put(acc, :topic_metadata, Enum.reverse(vals)), rest)
end
defp(deserialize_field(_, nil, acc, rest)) do
{acc, rest}
end
end
defmodule(V5.Response) do
@moduledoc false
_ = " THIS CODE IS GENERATED BY KAYROCK"
defstruct(
throttle_time_ms: nil,
brokers: [],
cluster_id: nil,
controller_id: nil,
topic_metadata: [],
correlation_id: nil
)
@type t :: %__MODULE__{}
import(Elixir.Kayrock.Deserialize)
def(api_key) do
Kayrock.KafkaSchemaMetadata.api_key(:metadata)
end
def(api_vsn) do
5
end
def(schema) do
[
throttle_time_ms: :int32,
brokers: {:array, [node_id: :int32, host: :string, port: :int32, rack: :nullable_string]},
cluster_id: :nullable_string,
controller_id: :int32,
topic_metadata:
{:array,
[
error_code: :int16,
topic: :string,
is_internal: :boolean,
partition_metadata:
{:array,
[
error_code: :int16,
partition: :int32,
leader: :int32,
replicas: {:array, :int32},
isr: {:array, :int32},
offline_replicas: {:array, :int32}
]}
]}
]
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, :brokers, Map.put(acc, :throttle_time_ms, val), rest)
end
defp(deserialize_field(:brokers, :node_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :host, Map.put(acc, :node_id, val), rest)
end
defp(deserialize_field(:brokers, :host, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:brokers, :port, Map.put(acc, :host, val), rest)
end
defp(deserialize_field(:brokers, :port, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:brokers, :rack, Map.put(acc, :port, val), rest)
end
defp(deserialize_field(:brokers, :rack, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:brokers, nil, Map.put(acc, :rack, val), rest)
end
defp(deserialize_field(:root, :brokers, 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(:brokers, :node_id, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, :cluster_id, Map.put(acc, :brokers, Enum.reverse(vals)), rest)
end
defp(deserialize_field(:root, :cluster_id, acc, data)) do
{val, rest} = deserialize(:nullable_string, data)
deserialize_field(:root, :controller_id, Map.put(acc, :cluster_id, val), rest)
end
defp(deserialize_field(:root, :controller_id, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:root, :topic_metadata, Map.put(acc, :controller_id, val), rest)
end
defp(deserialize_field(:topic_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:topic_metadata, :topic, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:topic_metadata, :topic, acc, data)) do
{val, rest} = deserialize(:string, data)
deserialize_field(:topic_metadata, :is_internal, Map.put(acc, :topic, val), rest)
end
defp(deserialize_field(:topic_metadata, :is_internal, acc, data)) do
{val, rest} = deserialize(:boolean, data)
deserialize_field(
:topic_metadata,
:partition_metadata,
Map.put(acc, :is_internal, val),
rest
)
end
defp(deserialize_field(:partition_metadata, :error_code, acc, data)) do
{val, rest} = deserialize(:int16, data)
deserialize_field(:partition_metadata, :partition, Map.put(acc, :error_code, val), rest)
end
defp(deserialize_field(:partition_metadata, :partition, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :leader, Map.put(acc, :partition, val), rest)
end
defp(deserialize_field(:partition_metadata, :leader, acc, data)) do
{val, rest} = deserialize(:int32, data)
deserialize_field(:partition_metadata, :replicas, Map.put(acc, :leader, val), rest)
end
defp(deserialize_field(:partition_metadata, :replicas, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
:isr,
Map.put(acc, :replicas, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:partition_metadata, :isr, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
:offline_replicas,
Map.put(acc, :isr, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:partition_metadata, :offline_replicas, acc, data)) do
{val, rest} = deserialize_array(:int32, data)
deserialize_field(
:partition_metadata,
nil,
Map.put(acc, :offline_replicas, Enum.reverse(val)),
rest
)
end
defp(deserialize_field(:topic_metadata, :partition_metadata, 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(:partition_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(
:topic_metadata,
nil,
Map.put(acc, :partition_metadata, Enum.reverse(vals)),
rest
)
end
defp(deserialize_field(:root, :topic_metadata, 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(:topic_metadata, :error_code, %{}, d)
{[val | acc], r}
end)
else
{[], rest}
end
deserialize_field(:root, nil, Map.put(acc, :topic_metadata, 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(deserialize(1, data)) do
V1.Response.deserialize(data)
end
def(deserialize(2, data)) do
V2.Response.deserialize(data)
end
def(deserialize(3, data)) do
V3.Response.deserialize(data)
end
def(deserialize(4, data)) do
V4.Response.deserialize(data)
end
def(deserialize(5, data)) do
V5.Response.deserialize(data)
end
@type request_t ::
Kayrock.Metadata.V5.Request.t()
| Kayrock.Metadata.V4.Request.t()
| Kayrock.Metadata.V3.Request.t()
| Kayrock.Metadata.V2.Request.t()
| Kayrock.Metadata.V1.Request.t()
| Kayrock.Metadata.V0.Request.t()
@type response_t ::
Kayrock.Metadata.V5.Response.t()
| Kayrock.Metadata.V4.Response.t()
| Kayrock.Metadata.V3.Response.t()
| Kayrock.Metadata.V2.Response.t()
| Kayrock.Metadata.V1.Response.t()
| Kayrock.Metadata.V0.Response.t()
def(min_vsn) do
0
end
def(max_vsn) do
5
end
end