embedded

type AudioInConfig struct {

	// *Required* Encoding of audio data sent in all `audio_in` messages.
	Encoding AudioInConfig_Encoding `` /* 133-byte string literal not displayed */
	// *Required* Sample rate (in Hertz) of the audio data sent in all `audio_in`
	// messages. Valid values are from 16000-24000, but 16000 is optimal.
	// For best results, set the sampling rate of the audio source to 16000 Hz.
	// If that's not possible, use the native sample rate of the audio source
	// (instead of re-sampling).
	SampleRateHertz int32 `protobuf:"varint,2,opt,name=sample_rate_hertz,json=sampleRateHertz,proto3" json:"sample_rate_hertz,omitempty"`
	// contains filtered or unexported fields
}

type AudioInConfig_Encoding int32

type AudioOut struct {

	// *Output-only* The audio data containing the assistant's response to the
	// query. Sequential chunks of audio data are received in sequential
	// `ConverseResponse` messages.
	AudioData []byte `protobuf:"bytes,1,opt,name=audio_data,json=audioData,proto3" json:"audio_data,omitempty"`
	// contains filtered or unexported fields
}

type AudioOutConfig struct {

	// *Required* The encoding of audio data to be returned in all `audio_out`
	// messages.
	Encoding AudioOutConfig_Encoding `` /* 134-byte string literal not displayed */
	// *Required* The sample rate in Hertz of the audio data returned in
	// `audio_out` messages. Valid values are: 16000-24000.
	SampleRateHertz int32 `protobuf:"varint,2,opt,name=sample_rate_hertz,json=sampleRateHertz,proto3" json:"sample_rate_hertz,omitempty"`
	// *Required* Current volume setting of the device's audio output.
	// Valid values are 1 to 100 (corresponding to 1% to 100%).
	VolumePercentage int32 `protobuf:"varint,3,opt,name=volume_percentage,json=volumePercentage,proto3" json:"volume_percentage,omitempty"`
	// contains filtered or unexported fields
}

type AudioOutConfig_Encoding int32

type ConverseConfig struct {

	// *Required* Specifies how to process the subsequent incoming audio.
	AudioInConfig *AudioInConfig `protobuf:"bytes,1,opt,name=audio_in_config,json=audioInConfig,proto3" json:"audio_in_config,omitempty"`
	// *Required* Specifies how to format the audio that will be returned.
	AudioOutConfig *AudioOutConfig `protobuf:"bytes,2,opt,name=audio_out_config,json=audioOutConfig,proto3" json:"audio_out_config,omitempty"`
	// *Required* Represents the current dialog state.
	ConverseState *ConverseState `protobuf:"bytes,3,opt,name=converse_state,json=converseState,proto3" json:"converse_state,omitempty"`
	// contains filtered or unexported fields
}

type ConverseRequest struct {

	// Exactly one of these fields must be specified in each `ConverseRequest`.
	//
	// Types that are assignable to ConverseRequest:
	//	*ConverseRequest_Config
	//	*ConverseRequest_AudioIn
	ConverseRequest isConverseRequest_ConverseRequest `protobuf_oneof:"converse_request"`
	// contains filtered or unexported fields
}

type ConverseRequest_AudioIn struct {
	// The audio data to be recognized. Sequential chunks of audio data are sent
	// in sequential `ConverseRequest` messages. The first `ConverseRequest`
	// message must not contain `audio_in` data and all subsequent
	// `ConverseRequest` messages must contain `audio_in` data. The audio bytes
	// must be encoded as specified in `AudioInConfig`.
	// Audio must be sent at approximately real-time (16000 samples per second).
	// An error will be returned if audio is sent significantly faster or
	// slower.
	AudioIn []byte `protobuf:"bytes,2,opt,name=audio_in,json=audioIn,proto3,oneof"`
}

type ConverseRequest_Config struct {
	// The `config` message provides information to the recognizer that
	// specifies how to process the request.
	// The first `ConverseRequest` message must contain a `config` message.
	Config *ConverseConfig `protobuf:"bytes,1,opt,name=config,proto3,oneof"`
}

type ConverseResponse struct {

	// Exactly one of these fields will be populated in each `ConverseResponse`.
	//
	// Types that are assignable to ConverseResponse:
	//	*ConverseResponse_Error
	//	*ConverseResponse_EventType_
	//	*ConverseResponse_AudioOut
	//	*ConverseResponse_Result
	ConverseResponse isConverseResponse_ConverseResponse `protobuf_oneof:"converse_response"`
	// contains filtered or unexported fields
}

type ConverseResponse_AudioOut struct {
	// *Output-only* The audio containing the assistant's response to the query.
	AudioOut *AudioOut `protobuf:"bytes,3,opt,name=audio_out,json=audioOut,proto3,oneof"`
}

type ConverseResponse_Error struct {
	// *Output-only* If set, returns a [google.rpc.Status][google.rpc.Status]
	// message that specifies the error for the operation. If an error occurs
	// during processing, this message will be set and there will be no further
	// messages sent.
	Error *status.Status `protobuf:"bytes,1,opt,name=error,proto3,oneof"`
}

type ConverseResponse_EventType int32

type ConverseResponse_EventType_ struct {
	// *Output-only* Indicates the type of event.
	EventType ConverseResponse_EventType `` /* 134-byte string literal not displayed */
}

type ConverseResponse_Result struct {
	// *Output-only* The semantic result for the user's spoken query.
	Result *ConverseResult `protobuf:"bytes,5,opt,name=result,proto3,oneof"`
}

type ConverseResult struct {

	// *Output-only* The recognized transcript of what the user said.
	SpokenRequestText string `protobuf:"bytes,1,opt,name=spoken_request_text,json=spokenRequestText,proto3" json:"spoken_request_text,omitempty"`
	// *Output-only* The text of the assistant's spoken response. This is only
	// returned for an IFTTT action.
	SpokenResponseText string `protobuf:"bytes,2,opt,name=spoken_response_text,json=spokenResponseText,proto3" json:"spoken_response_text,omitempty"`
	// *Output-only* State information for subsequent `ConverseRequest`. This
	// value should be saved in the client and returned in the
	// `conversation_state` with the next `ConverseRequest`. (The client does not
	// need to interpret or otherwise use this value.) There is no need to save
	// this information across device restarts.
	ConversationState []byte `protobuf:"bytes,3,opt,name=conversation_state,json=conversationState,proto3" json:"conversation_state,omitempty"`
	// *Output-only* Specifies the mode of the microphone after this `Converse`
	// RPC is processed.
	MicrophoneMode ConverseResult_MicrophoneMode `` /* 174-byte string literal not displayed */
	// *Output-only* Updated volume level. The value will be 0 or omitted
	// (indicating no change) unless a voice command such as "Increase the volume"
	// or "Set volume level 4" was recognized, in which case the value will be
	// between 1 and 100 (corresponding to the new volume level of 1% to 100%).
	// Typically, a client should use this volume level when playing the
	// `audio_out` data, and retain this value as the current volume level and
	// supply it in the `AudioOutConfig` of the next `ConverseRequest`. (Some
	// clients may also implement other ways to allow the current volume level to
	// be changed, for example, by providing a knob that the user can turn.)
	VolumePercentage int32 `protobuf:"varint,5,opt,name=volume_percentage,json=volumePercentage,proto3" json:"volume_percentage,omitempty"`
	// contains filtered or unexported fields
}

type ConverseResult_MicrophoneMode int32

type ConverseState struct {

	// *Required* The `conversation_state` value returned in the prior
	// `ConverseResponse`. Omit (do not set the field) if there was no prior
	// `ConverseResponse`. If there was a prior `ConverseResponse`, do not omit
	// this field; doing so will end that conversation (and this new request will
	// start a new conversation).
	ConversationState []byte `protobuf:"bytes,1,opt,name=conversation_state,json=conversationState,proto3" json:"conversation_state,omitempty"`
	// contains filtered or unexported fields
}

type EmbeddedAssistantClient interface {
	// Initiates or continues a conversation with the embedded assistant service.
	// Each call performs one round-trip, sending an audio request to the service
	// and receiving the audio response. Uses bidirectional streaming to receive
	// results, such as the `END_OF_UTTERANCE` event, while sending audio.
	//
	// A conversation is one or more gRPC connections, each consisting of several
	// streamed requests and responses.
	// For example, the user says *Add to my shopping list* and the assistant
	// responds *What do you want to add?*. The sequence of streamed requests and
	// responses in the first gRPC message could be:
	//
	// *   ConverseRequest.config
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseResponse.event_type.END_OF_UTTERANCE
	// *   ConverseResponse.result.microphone_mode.DIALOG_FOLLOW_ON
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	//
	// The user then says *bagels* and the assistant responds
	// *OK, I've added bagels to your shopping list*. This is sent as another gRPC
	// connection call to the `Converse` method, again with streamed requests and
	// responses, such as:
	//
	// *   ConverseRequest.config
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseResponse.event_type.END_OF_UTTERANCE
	// *   ConverseResponse.result.microphone_mode.CLOSE_MICROPHONE
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	//
	// Although the precise order of responses is not guaranteed, sequential
	// ConverseResponse.audio_out messages will always contain sequential portions
	// of audio.
	Converse(ctx context.Context, opts ...grpc.CallOption) (EmbeddedAssistant_ConverseClient, error)
}

type EmbeddedAssistantServer interface {
	// Initiates or continues a conversation with the embedded assistant service.
	// Each call performs one round-trip, sending an audio request to the service
	// and receiving the audio response. Uses bidirectional streaming to receive
	// results, such as the `END_OF_UTTERANCE` event, while sending audio.
	//
	// A conversation is one or more gRPC connections, each consisting of several
	// streamed requests and responses.
	// For example, the user says *Add to my shopping list* and the assistant
	// responds *What do you want to add?*. The sequence of streamed requests and
	// responses in the first gRPC message could be:
	//
	// *   ConverseRequest.config
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseResponse.event_type.END_OF_UTTERANCE
	// *   ConverseResponse.result.microphone_mode.DIALOG_FOLLOW_ON
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	//
	// The user then says *bagels* and the assistant responds
	// *OK, I've added bagels to your shopping list*. This is sent as another gRPC
	// connection call to the `Converse` method, again with streamed requests and
	// responses, such as:
	//
	// *   ConverseRequest.config
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseRequest.audio_in
	// *   ConverseResponse.event_type.END_OF_UTTERANCE
	// *   ConverseResponse.result.microphone_mode.CLOSE_MICROPHONE
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	// *   ConverseResponse.audio_out
	//
	// Although the precise order of responses is not guaranteed, sequential
	// ConverseResponse.audio_out messages will always contain sequential portions
	// of audio.
	Converse(EmbeddedAssistant_ConverseServer) error
}

type EmbeddedAssistant_ConverseClient interface {
	Send(*ConverseRequest) error
	Recv() (*ConverseResponse, error)
	grpc.ClientStream
}

type EmbeddedAssistant_ConverseServer interface {
	Send(*ConverseResponse) error
	Recv() (*ConverseRequest, error)
	grpc.ServerStream
}

type UnimplementedEmbeddedAssistantServer struct {
}