proto

type AligningWriter struct {
	// contains filtered or unexported fields
}

type BeaconMessage struct {
	GUID             [12]byte
	Flags            byte
	BeaconSequenceID byte
	ChangeCount      int16
	ServerAddress    [16]byte
	ServerPort       uint16
	Protocol         string
	ServerStatus     pvdata.PVAny
}

type CancelDestroyRequest struct {
	ServerChannelID pvdata.PVInt
	RequestID       pvdata.PVInt
}

type ChannelGetPutResponse struct {
	RequestID  pvdata.PVInt
	Subcommand pvdata.PVByte
	Status     pvdata.PVStatus `pvaccess:",breakonerror"`
	Value      pvdata.PVStructureDiff
}

type ChannelGetRequest struct {
	ServerChannelID pvdata.PVInt
	RequestID       pvdata.PVInt
	Subcommand      pvdata.PVByte
	// PVRequest is the requested fields, only present if Subcommand is CHANNEL_GET_INIT.
	PVRequest pvdata.PVAny
}

type ChannelGetResponse struct {
	RequestID  pvdata.PVInt
	Subcommand pvdata.PVByte
	Status     pvdata.PVStatus `pvaccess:",breakonerror"`
	// Value is the partial structure in the response.
	// On decode, Value.Value needs to be prepopulated with the struct to decode into.
	Value pvdata.PVStructureDiff
}

type ChannelGetResponseInit struct {
	RequestID     pvdata.PVInt
	Subcommand    pvdata.PVByte
	Status        pvdata.PVStatus `pvaccess:",breakonerror"`
	PVStructureIF pvdata.FieldDesc
}

type ChannelMonitorRequest struct {
	ServerChannelID pvdata.PVInt
	RequestID       pvdata.PVInt
	Subcommand      pvdata.PVUByte
	// PVRequest is only present if CHANNEL_MONITOR_INIT
	PVRequest pvdata.PVAny
	// NFree is only present if CHANNEL_MONITOR_PIPELINE_SUPPORT
	NFree pvdata.PVInt
	// QueueSize is only present if CHANNEL_MONITOR_PIPELINE_SUPPORT
	QueueSize pvdata.PVInt
}

type ChannelMonitorResponse struct {
	RequestID  pvdata.PVInt
	Subcommand pvdata.PVByte
	// Value is the partial structure in the response.
	// On decode, Value.Value needs to be prepopulated with the struct to decode into.
	Value         pvdata.PVStructureDiff
	OverrunBitSet pvdata.PVBitSet
}

type ChannelMonitorResponseInit struct {
	RequestID     pvdata.PVInt
	Subcommand    pvdata.PVByte
	Status        pvdata.PVStatus `pvaccess:",breakonerror"`
	PVStructureIF pvdata.FieldDesc
}

type ChannelPutRequest struct {
	ServerChannelID pvdata.PVInt
	RequestID       pvdata.PVInt
	Subcommand      pvdata.PVByte
	// For put_init: THIS IS A HACK AND ONLY WORKS WITH SIMPLE DATA - This assumes, only 0xFF, 0xFE, or 0xFD for TypeFlag
	// TypeFlag  pvdata.PVUByte
	// TypeID    pvdata.PVUShort
	FieldDesc pvdata.FieldDesc
	// For put:
	ToPutBitSet        pvdata.PVBitSet // PvBitSet
	PVPutStructureData pvdata.PVAny    // PVField
}

type ChannelPutRequestPut struct {
	ServerChannelID    pvdata.PVInt
	RequestID          pvdata.PVInt
	Subcommand         pvdata.PVByte
	ToPutBitSet        pvdata.PVShort //pvdata.PVBitSet // PvBitSet
	PVPutStructureData pvdata.PVLong  // PVField
}

type ChannelPutResponse struct {
	RequestID  pvdata.PVInt
	Subcommand pvdata.PVByte
	Status     pvdata.PVStatus `pvaccess:",breakonerror"`
}

type ChannelPutResponseInit struct {
	RequestID  pvdata.PVInt
	Subcommand pvdata.PVByte
	Status     pvdata.PVStatus `pvaccess:",breakonerror"`
	// [if status.type == OK | WARNING]
	PVPutStructureIF pvdata.FieldDesc
}

type ChannelRPCRequest struct {
	ServerChannelID pvdata.PVInt
	RequestID       pvdata.PVInt
	Subcommand      pvdata.PVByte
	PVRequest       pvdata.PVAny
}

type ChannelRPCResponse struct {
	RequestID      pvdata.PVInt
	Subcommand     pvdata.PVByte
	Status         pvdata.PVStatus `pvaccess:",breakonerror"`
	PVResponseData pvdata.PVAny
}

type ChannelRPCResponseInit struct {
	RequestID  pvdata.PVInt
	Subcommand pvdata.PVByte `pvaccess:",always=0x08"`
	Status     pvdata.PVStatus
}

type ChannelResponseError struct {
	RequestID  pvdata.PVInt
	Subcommand pvdata.PVByte
	Status     pvdata.PVStatus
}

type ConnectionValidated struct {
	Status pvdata.PVStatus
}

type ConnectionValidationRequest struct {
	ServerReceiveBufferSize            pvdata.PVInt
	ServerIntrospectionRegistryMaxSize pvdata.PVShort
	// AuthNZ is the list of supported authNZ methods.
	AuthNZ []string
}

type ConnectionValidationResponse struct {
	ClientReceiveBufferSize            pvdata.PVInt
	ClientIntrospectionRegistryMaxSize pvdata.PVShort
	ConnectionQos                      pvdata.PVShort
	// AuthNZ is the selected authNZ method.
	AuthNZ pvdata.PVString
	// PVAny is optional, content depends on authNZ
	Data pvdata.PVAny
}

type CreateChannelRequest struct {
	Channels []CreateChannelRequest_Channel `pvaccess:",short"`
}

type CreateChannelRequest_Channel struct {
	ClientChannelID pvdata.PVInt
	ChannelName     string `pvaccess:",bound=500"`
}

type CreateChannelResponse struct {
	ClientChannelID pvdata.PVInt
	ServerChannelID pvdata.PVInt
	Status          pvdata.PVStatus `pvaccess:",breakonerror"`
	AccessRights    pvdata.PVShort
}

type DestroyChannel struct {
	ServerChannelID, ClientChannelID pvdata.PVInt
}

type OriginTag struct {
	ForwarderAddress [16]byte
}

type PVAccessHeader struct {
	Version        pvdata.PVByte
	Flags          pvdata.PVUByte
	MessageCommand pvdata.PVByte
	PayloadSize    pvdata.PVInt
	ForceByteOrder bool
}

type SearchRequest struct {
	SearchSequenceID pvdata.PVUInt
	Flags            pvdata.PVUByte // 0-bit for replyRequired, 7-th bit for "sent as unicast" (1)/"sent as broadcast/multicast" (0)

	Reserved [3]byte

	// if not provided (or zero), the same transport is used for responses
	// needs to be set when local broadcast (multicast on loop interface) is done
	ResponseAddress [16]byte        // e.g. IPv6 address in case of IP based transport, UDP
	ResponsePort    pvdata.PVUShort // e.g. socket port in case of IP based transport

	Protocols []pvdata.PVString

	Channels []SearchRequest_Channel `pvaccess:",short"`
}

type SearchRequest_Channel struct {
	SearchInstanceID pvdata.PVUInt
	ChannelName      string `pvaccess:",bound=500"`
}

type SearchResponse struct {
	GUID              [12]byte
	SearchSequenceID  pvdata.PVUInt
	ServerAddress     [16]byte        // e.g. IPv6 address in case of IP based transport
	ServerPort        pvdata.PVUShort // e.g. socket port in case of IP based transport
	Protocol          pvdata.PVString
	Found             pvdata.PVBoolean
	SearchInstanceIDs []pvdata.PVUInt `pvaccess:",short"`
}