model

type AggregatedSignalArgs struct {
	SignalArgs
	// FromTS is the start timestamp for the data range.
	FromTS time.Time
	// ToTS is the end timestamp for the data range.
	ToTS time.Time
	// Interval in which the data is aggregated in microseconds.
	Interval int64
	// FloatArgs represents arguments for each float signal.
	FloatArgs []FloatSignalArgs
	// StringArgs represents arguments for each string signal.
	StringArgs []StringSignalArgs
	// LocationArgs represents arguments for each location signal.
	LocationArgs []LocationSignalArgs
}

type Attestation struct {
	ID             string    `json:"id"`
	VehicleTokenID int       `json:"vehicleTokenId"`
	Time           time.Time `json:"time"`
	// JSON-encoded attestation data.
	Attestation string `json:"attestation"`
	Type        string `json:"type"`
	// Address that signed the attestation.
	Source      common.Address `json:"source"`
	DataVersion string         `json:"dataVersion"`
	Producer    *string        `json:"producer,omitempty"`
	Signature   string         `json:"signature"`
	Tags        []string       `json:"tags,omitempty"`
}

type AttestationFilter struct {
	ID *string `json:"id,omitempty"`
	// The attesting party.
	Source      *common.Address `json:"source,omitempty"`
	DataVersion *string         `json:"dataVersion,omitempty"`
	Producer    *string         `json:"producer,omitempty"`
	// Before this timestamp.
	Before *time.Time `json:"before,omitempty"`
	// After this timestamp.
	After *time.Time `json:"after,omitempty"`
	// Max results. Default 10.
	Limit *int `json:"limit,omitempty"`
	// Pagination cursor (exclusive).
	Cursor *time.Time         `json:"cursor,omitempty"`
	Tags   *StringArrayFilter `json:"tags,omitempty"`
}

type DailyActivity struct {
	// Day start location. Null if unavailable.
	Start *SignalLocation `json:"start,omitempty"`
	// Day end location. Null if unavailable.
	End *SignalLocation `json:"end,omitempty"`
	// Activity segments that started or fell within this day.
	SegmentCount int `json:"segmentCount"`
	// Total active time in seconds.
	Duration    int                       `json:"duration"`
	Signals     []*SignalAggregationValue `json:"signals"`
	EventCounts []*EventCount             `json:"eventCounts"`
}

type DataSummary struct {
	NumberOfSignals   uint64               `json:"numberOfSignals"`
	AvailableSignals  []string             `json:"availableSignals"`
	FirstSeen         time.Time            `json:"firstSeen"`
	LastSeen          time.Time            `json:"lastSeen"`
	SignalDataSummary []*SignalDataSummary `json:"signalDataSummary"`
	EventDataSummary  []*EventDataSummary  `json:"eventDataSummary"`
}

type DetectionMechanism string

type Event struct {
	Timestamp time.Time `json:"timestamp"`
	Name      string    `json:"name"`
	// Source connection that created the event.
	Source string `json:"source"`
	// Duration in nanoseconds.
	DurationNs int     `json:"durationNs"`
	Metadata   *string `json:"metadata,omitempty"`
}

type EventCount struct {
	Name  string `json:"name"`
	Count int    `json:"count"`
}

type EventDataSummary struct {
	Name           string    `json:"name"`
	NumberOfEvents uint64    `json:"numberOfEvents"`
	FirstSeen      time.Time `json:"firstSeen"`
	LastSeen       time.Time `json:"lastSeen"`
}

type EventFilter struct {
	Name *StringValueFilter `json:"name,omitempty"`
	// Source connection that created the event.
	Source *StringValueFilter `json:"source,omitempty"`
	// tags is the tags of the event.
	Tags *StringArrayFilter `json:"tags,omitempty"`
}

type FilterLocation struct {
	// Latitude in the range [-90, 90].
	Latitude float64 `json:"latitude"`
	// Longitude in the range [-180, 180].
	Longitude float64 `json:"longitude"`
}

type FloatAggregation string

type FloatSignalArgs struct {
	// Name is the signal name. This is the field name in the API.
	Name string
	// Agg is the aggregation type.
	Agg FloatAggregation
	// Alias is the GraphQL field alias. If the client doesn't specify
	// an alias then this will be the same as Name.
	Alias string
	// Filter is an optional set of float value filters.
	Filter *SignalFloatFilter
}

type InCircleFilter struct {
	Center *FilterLocation `json:"center"`
	// Radius in kilometers.
	Radius float64 `json:"radius"`
}

type LatestSignal struct {
	Name      string    `json:"name"`
	Timestamp time.Time `json:"timestamp"`
	// Present for float-type signals.
	ValueNumber *float64 `json:"valueNumber,omitempty"`
	// Present for string-type signals.
	ValueString *string `json:"valueString,omitempty"`
	// Present for location-type signals.
	ValueLocation *Location `json:"valueLocation,omitempty"`
}

type LatestSignalsArgs struct {
	SignalArgs
	// SignalNames is the list of signal names to query.
	SignalNames map[string]struct{}
	// LocationSignalNames is the list of location signal names to query.
	//
	// This is split out separately because we typically want to filter out rows
	// like (0, 0, hdop). Users typically do not want to see those when they
	// ask for location.
	LocationSignalNames map[string]struct{}
	// IncludeLastSeen is a flag to include a new signal for the last seen signal.
	IncludeLastSeen bool
}

type Location struct {
	Latitude  float64 `json:"latitude"`
	Longitude float64 `json:"longitude"`
	Hdop      float64 `json:"hdop"`
}

type LocationAggregation string

type LocationSignalArgs struct {
	// Name is the VSS name for the location field. This is the signal name in the database.
	//
	// This will match the GraphQL field name except in the case of approximate location.
	Name string
	Agg  LocationAggregation
	// Alias is the name used in the GraphQL query.
	//
	// Often this will be the same as Name, but these will necessarily differ for
	// queries in which the same signal is requested with different aggregations
	// and filters.
	Alias string
	// Filter optionally constrains the values fed into the aggregation. This will always
	// be null for approximate location queries.
	Filter *SignalLocationFilter
}

type Query struct {
}

type Segment struct {
	Start *SignalLocation `json:"start"`
	// Omitted when isOngoing is true.
	End *SignalLocation `json:"end,omitempty"`
	// In seconds. If ongoing: computed from start to query 'to'.
	Duration int `json:"duration"`
	// When true, end is omitted.
	IsOngoing          bool                      `json:"isOngoing"`
	StartedBeforeRange bool                      `json:"startedBeforeRange"`
	Signals            []*SignalAggregationValue `json:"signals,omitempty"`
	EventCounts        []*EventCount             `json:"eventCounts,omitempty"`
}

type SegmentConfig struct {
	// Maximum gap (seconds) between data points before a segment is split.
	// For ignitionDetection: filters noise from brief ignition OFF events.
	// For frequencyAnalysis: maximum gap between active windows to merge.
	// Default: 300 (5 minutes), Min: 60, Max: 3600
	MaxGapSeconds *int `json:"maxGapSeconds,omitempty"`
	// Minimum segment duration (seconds) to include in results.
	// Filters very short segments (testing, engine cycling).
	// Default: 240 (4 minutes), Min: 60, Max: 3600
	MinSegmentDurationSeconds *int `json:"minSegmentDurationSeconds,omitempty"`
	// [frequencyAnalysis] Minimum signal count per window for activity detection.
	// [idling] Minimum samples per window to consider it idle (same semantics).
	// Higher values = more conservative. Lower values = more sensitive.
	// Default: 10, Min: 1, Max: 3600
	SignalCountThreshold *int `json:"signalCountThreshold,omitempty"`
	// [idling only] Upper bound for idle RPM. Windows with max(RPM) <= this are considered idle.
	// Default: 1000, Min: 300, Max: 3000
	MaxIdleRpm *int `json:"maxIdleRpm,omitempty"`
	// [refuel and recharge only] Minimum percent increase within a window to consider it a level-increase window.
	MinIncreasePercent *int `json:"minIncreasePercent,omitempty"`
}

type SegmentEventRequest struct {
	Name string `json:"name"`
}

type SegmentSignalRequest struct {
	Name string           `json:"name"`
	Agg  FloatAggregation `json:"agg"`
}

type SignalAggregationValue struct {
	Name  string  `json:"name"`
	Agg   string  `json:"agg"`
	Value float64 `json:"value"`
}

type SignalAggregations struct {
	Timestamp time.Time `json:"timestamp"`

	// Alias to value
	ValueNumbers map[string]float64 `json:"-"`
	// Alias to value
	ValueStrings map[string]string `json:"-"`
	// ValueLocations maps location field alias to location value.
	//
	// For approximate location, the value stored here is not yet obfuscated. It is
	// the responsibility of the resolver to obfuscate the location.
	ValueLocations map[string]vss.Location `json:"-"`
}

type SignalArgs struct {
	// Filter is an optional filter for the signals.
	Filter *SignalFilter
	// TokenID is the vehicle's NFT token ID.
	TokenID uint32
}

type SignalCollection struct {
	LastSeen *time.Time `json:"lastSeen,omitempty"`
	// Approximate location of the vehicle in WGS 84 coordinates. The raw value is replaced with
	// the center of the containing H3 cell of resolution 6. HDOP is not obscured at all.
	// Required Privileges: [VEHICLE_APPROXIMATE_LOCATION VEHICLE_ALL_TIME_LOCATION]
	CurrentLocationApproximateCoordinates *SignalLocation `json:"currentLocationApproximateCoordinates,omitempty"`
	// Vehicle rotation rate along Z (vertical).
	// Unit: 'degrees/s'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	AngularVelocityYaw *SignalFloat `json:"angularVelocityYaw,omitempty"`
	// Indicates whether the airbag/SRS warning telltale is active.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	BodyLightsIsAirbagWarningOn *SignalFloat `json:"bodyLightsIsAirbagWarningOn,omitempty"`
	// Indicates whether the vehicle is locked via the central locking system. True = vehicle locked. False = vehicle unlocked.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	BodyLockIsLocked *SignalFloat `json:"bodyLockIsLocked,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	BodyTrunkFrontIsOpen *SignalFloat `json:"bodyTrunkFrontIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	BodyTrunkRearIsOpen *SignalFloat `json:"bodyTrunkRearIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow1DriverSideIsOpen *SignalFloat `json:"cabinDoorRow1DriverSideIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow1DriverSideWindowIsOpen *SignalFloat `json:"cabinDoorRow1DriverSideWindowIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow1PassengerSideIsOpen *SignalFloat `json:"cabinDoorRow1PassengerSideIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow1PassengerSideWindowIsOpen *SignalFloat `json:"cabinDoorRow1PassengerSideWindowIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow2DriverSideIsOpen *SignalFloat `json:"cabinDoorRow2DriverSideIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow2DriverSideWindowIsOpen *SignalFloat `json:"cabinDoorRow2DriverSideWindowIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow2PassengerSideIsOpen *SignalFloat `json:"cabinDoorRow2PassengerSideIsOpen,omitempty"`
	// Is item open or closed? True = Fully or partially open. False = Fully closed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinDoorRow2PassengerSideWindowIsOpen *SignalFloat `json:"cabinDoorRow2PassengerSideWindowIsOpen,omitempty"`
	// Is the belt engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinSeatRow1DriverSideIsBelted *SignalFloat `json:"cabinSeatRow1DriverSideIsBelted,omitempty"`
	// Is the belt engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinSeatRow1PassengerSideIsBelted *SignalFloat `json:"cabinSeatRow1PassengerSideIsBelted,omitempty"`
	// Is the belt engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinSeatRow2DriverSideIsBelted *SignalFloat `json:"cabinSeatRow2DriverSideIsBelted,omitempty"`
	// Is the belt engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinSeatRow2MiddleIsBelted *SignalFloat `json:"cabinSeatRow2MiddleIsBelted,omitempty"`
	// Is the belt engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinSeatRow2PassengerSideIsBelted *SignalFloat `json:"cabinSeatRow2PassengerSideIsBelted,omitempty"`
	// Is the belt engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinSeatRow3DriverSideIsBelted *SignalFloat `json:"cabinSeatRow3DriverSideIsBelted,omitempty"`
	// Is the belt engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	CabinSeatRow3PassengerSideIsBelted *SignalFloat `json:"cabinSeatRow3PassengerSideIsBelted,omitempty"`
	// Rotational speed of a vehicle's wheel.
	// Unit: 'km/h'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow1WheelLeftSpeed *SignalFloat `json:"chassisAxleRow1WheelLeftSpeed,omitempty"`
	// Tire pressure in kilo-Pascal.
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow1WheelLeftTirePressure *SignalFloat `json:"chassisAxleRow1WheelLeftTirePressure,omitempty"`
	// Rotational speed of a vehicle's wheel.
	// Unit: 'km/h'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow1WheelRightSpeed *SignalFloat `json:"chassisAxleRow1WheelRightSpeed,omitempty"`
	// Tire pressure in kilo-Pascal.
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow1WheelRightTirePressure *SignalFloat `json:"chassisAxleRow1WheelRightTirePressure,omitempty"`
	// Tire pressure in kilo-Pascal.
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow2WheelLeftTirePressure *SignalFloat `json:"chassisAxleRow2WheelLeftTirePressure,omitempty"`
	// Tire pressure in kilo-Pascal.
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow2WheelRightTirePressure *SignalFloat `json:"chassisAxleRow2WheelRightTirePressure,omitempty"`
	// Measured Load on axle row 3.
	// Unit: 'kg'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow3Weight *SignalFloat `json:"chassisAxleRow3Weight,omitempty"`
	// Measured Load on axle row 3.
	// Unit: 'kg'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow4Weight *SignalFloat `json:"chassisAxleRow4Weight,omitempty"`
	// Measured Load on axle row 3.
	// Unit: 'kg'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisAxleRow5Weight *SignalFloat `json:"chassisAxleRow5Weight,omitempty"`
	// Indicates whether the ABS warning telltale is active (any non-off state).
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisBrakeABSIsWarningOn *SignalFloat `json:"chassisBrakeABSIsWarningOn,omitempty"`
	// Pneumatic pressure in the service brake circuit or reservoir
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisBrakeCircuit1PressurePrimary *SignalFloat `json:"chassisBrakeCircuit1PressurePrimary,omitempty"`
	// Pneumatic pressure in the service brake circuit or reservoir
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisBrakeCircuit2PressurePrimary *SignalFloat `json:"chassisBrakeCircuit2PressurePrimary,omitempty"`
	// Indicates whether the brake pedal is pressed.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisBrakeIsPedalPressed *SignalFloat `json:"chassisBrakeIsPedalPressed,omitempty"`
	// Brake pedal position as percent. 0 = Not depressed. 100 = Fully depressed.
	// Unit: 'percent' Min: '0' Max: '100'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisBrakePedalPosition *SignalFloat `json:"chassisBrakePedalPosition,omitempty"`
	// Parking brake status. True = Parking Brake is Engaged. False = Parking Brake is not Engaged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisParkingBrakeIsEngaged *SignalFloat `json:"chassisParkingBrakeIsEngaged,omitempty"`
	// Indicates whether the tire system warning telltale is active
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ChassisTireSystemIsWarningOn *SignalFloat `json:"chassisTireSystemIsWarningOn,omitempty"`
	// Indicates whether cellular radio signal jamming or interference is detected that prevents normal communication.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ConnectivityCellularIsJammingDetected *SignalFloat `json:"connectivityCellularIsJammingDetected,omitempty"`
	// Current altitude relative to WGS 84 reference ellipsoid, as measured at the position of GNSS receiver antenna.
	// Unit: 'm'
	// Required Privileges: [VEHICLE_ALL_TIME_LOCATION]
	CurrentLocationAltitude *SignalFloat `json:"currentLocationAltitude,omitempty"`
	// Current location of the vehicle in WGS 84 coordinates.
	// Required Privileges: [VEHICLE_ALL_TIME_LOCATION]
	CurrentLocationCoordinates *SignalLocation `json:"currentLocationCoordinates,omitempty"`
	// Current heading relative to geographic north. 0 = North, 90 = East, 180 = South, 270 = West.
	// Unit: 'degrees' Min: '0' Max: '360'
	// Required Privileges: [VEHICLE_ALL_TIME_LOCATION]
	CurrentLocationHeading *SignalFloat `json:"currentLocationHeading,omitempty"`
	// Air temperature outside the vehicle.
	// Unit: 'celsius'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ExteriorAirTemperature *SignalFloat `json:"exteriorAirTemperature,omitempty"`
	// Vehicle ignition status. False - off, True - on.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	IsIgnitionOn *SignalFloat `json:"isIgnitionOn,omitempty"`
	// Current Voltage of the low voltage battery.
	// Unit: 'V'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	LowVoltageBatteryCurrentVoltage *SignalFloat `json:"lowVoltageBatteryCurrentVoltage,omitempty"`
	// PID 33 - Barometric pressure
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDBarometricPressure *SignalFloat `json:"obdBarometricPressure,omitempty"`
	// PID 2C - Commanded exhaust gas recirculation (EGR)
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDCommandedEGR *SignalFloat `json:"obdCommandedEGR,omitempty"`
	// PID 2E - Commanded evaporative purge (EVAP) valve
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDCommandedEVAP *SignalFloat `json:"obdCommandedEVAP,omitempty"`
	// List of currently active DTCs formatted according OBD II (SAE-J2012DA_201812) standard ([P|C|B|U]XXXXX )
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDDTCList *SignalString `json:"obdDTCList,omitempty"`
	// PID 31 - Distance traveled since codes cleared
	// Unit: 'km'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDDistanceSinceDTCClear *SignalFloat `json:"obdDistanceSinceDTCClear,omitempty"`
	// PID 21 - Distance traveled with MIL on
	// Unit: 'km'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDDistanceWithMIL *SignalFloat `json:"obdDistanceWithMIL,omitempty"`
	// PID 04 - Engine load in percent - 0 = no load, 100 = full load
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDEngineLoad *SignalFloat `json:"obdEngineLoad,omitempty"`
	// PID 52 - Percentage of ethanol in the fuel
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDEthanolPercent *SignalFloat `json:"obdEthanolPercent,omitempty"`
	// PID 0A - Fuel pressure
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDFuelPressure *SignalFloat `json:"obdFuelPressure,omitempty"`
	// Fuel rail pressure from OBD. Uses PID 0x22 (fuel rail pressure relative to manifold vacuum) when available, otherwise falls back to PID 0x23 (fuel rail pressure direct injection).
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDFuelRailPressure *SignalFloat `json:"obdFuelRailPressure,omitempty"`
	// PID 5E - Engine fuel rate
	// Unit: 'l/h'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDFuelRate *SignalFloat `json:"obdFuelRate,omitempty"`
	// Fuel type names decoded from PID 51.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDFuelTypeName *SignalString `json:"obdFuelTypeName,omitempty"`
	// PID 0F - Intake temperature
	// Unit: 'celsius'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDIntakeTemp *SignalFloat `json:"obdIntakeTemp,omitempty"`
	// Engine block status, 0 = engine unblocked, 1 = engine blocked
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDIsEngineBlocked *SignalFloat `json:"obdIsEngineBlocked,omitempty"`
	// PID 1E - Auxiliary input status (power take off)
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDIsPTOActive *SignalFloat `json:"obdIsPTOActive,omitempty"`
	// Aftermarket device plugged in status. 1 = device plugged in, 0 = device unplugged.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDIsPluggedIn *SignalFloat `json:"obdIsPluggedIn,omitempty"`
	// PID 07 - Long Term (learned) Fuel Trim - Bank 1 - negative percent leaner, positive percent richer
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDLongTermFuelTrim1 *SignalFloat `json:"obdLongTermFuelTrim1,omitempty"`
	// PID 09 - Long Term (learned) Fuel Trim - Bank 2 - negative percent leaner, positive percent richer
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDLongTermFuelTrim2 *SignalFloat `json:"obdLongTermFuelTrim2,omitempty"`
	// PID 0B - Intake manifold pressure
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDMAP *SignalFloat `json:"obdMAP,omitempty"`
	// PID 50 - Maximum flow for mass air flow sensor
	// Unit: 'g/s'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDMaxMAF *SignalFloat `json:"obdMaxMAF,omitempty"`
	// PID 2x (byte CD) - Voltage for wide range/band oxygen sensor
	// Unit: 'V'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDO2WRSensor1Voltage *SignalFloat `json:"obdO2WRSensor1Voltage,omitempty"`
	// PID 2x (byte CD) - Voltage for wide range/band oxygen sensor
	// Unit: 'V'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDO2WRSensor2Voltage *SignalFloat `json:"obdO2WRSensor2Voltage,omitempty"`
	// PID 5C - Engine oil temperature
	// Unit: 'celsius'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDOilTemperature *SignalFloat `json:"obdOilTemperature,omitempty"`
	// PID 1F - Engine run time
	// Unit: 's'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDRunTime *SignalFloat `json:"obdRunTime,omitempty"`
	// PID 06 - Short Term (immediate) Fuel Trim - Bank 1 - negative percent leaner, positive percent richer
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDShortTermFuelTrim1 *SignalFloat `json:"obdShortTermFuelTrim1,omitempty"`
	// Number of Diagnostic Trouble Codes (DTC)
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDStatusDTCCount *SignalFloat `json:"obdStatusDTCCount,omitempty"`
	// PID 11 - Throttle position - 0 = closed throttle, 100 = open throttle
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDThrottlePosition *SignalFloat `json:"obdThrottlePosition,omitempty"`
	// PID 30 - Number of warm-ups since codes cleared
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	OBDWarmupsSinceDTCClear *SignalFloat `json:"obdWarmupsSinceDTCClear,omitempty"`
	// Capacity in liters of the Diesel Exhaust Fluid Tank.
	// Unit: 'l'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineDieselExhaustFluidCapacity *SignalFloat `json:"powertrainCombustionEngineDieselExhaustFluidCapacity,omitempty"`
	// Level of the Diesel Exhaust Fluid tank as percent of capacity. 0 = empty. 100 = full.
	// Unit: 'percent' Min: '0' Max: '100'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineDieselExhaustFluidLevel *SignalFloat `json:"powertrainCombustionEngineDieselExhaustFluidLevel,omitempty"`
	// Engine coolant temperature.
	// Unit: 'celsius'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineECT *SignalFloat `json:"powertrainCombustionEngineECT,omitempty"`
	// Engine oil pressure.
	// Unit: 'kPa'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineEOP *SignalFloat `json:"powertrainCombustionEngineEOP,omitempty"`
	// Engine oil temperature.
	// Unit: 'celsius'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineEOT *SignalFloat `json:"powertrainCombustionEngineEOT,omitempty"`
	// Engine oil level.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineEngineOilLevel *SignalString `json:"powertrainCombustionEngineEngineOilLevel,omitempty"`
	// Engine oil level as a percentage.
	// Unit: 'percent' Min: '0' Max: '100'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineEngineOilRelativeLevel *SignalFloat `json:"powertrainCombustionEngineEngineOilRelativeLevel,omitempty"`
	// Grams of air drawn into engine per second.
	// Unit: 'g/s'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineMAF *SignalFloat `json:"powertrainCombustionEngineMAF,omitempty"`
	// Engine speed measured as rotations per minute.
	// Unit: 'rpm'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineSpeed *SignalFloat `json:"powertrainCombustionEngineSpeed,omitempty"`
	// Current throttle position.
	// Unit: 'percent' Max: '100'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineTPS *SignalFloat `json:"powertrainCombustionEngineTPS,omitempty"`
	// Current engine torque. Shall be reported as 0 during engine breaking.
	// Unit: 'Nm'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineTorque *SignalFloat `json:"powertrainCombustionEngineTorque,omitempty"`
	// Actual engine output torque as a percentage of reference engine torque (FMS / J1939 parameter SPN 513).
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainCombustionEngineTorquePercent *SignalFloat `json:"powertrainCombustionEngineTorquePercent,omitempty"`
	// Current available fuel in the fuel tank expressed in liters.
	// Unit: 'l'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainFuelSystemAbsoluteLevel *SignalFloat `json:"powertrainFuelSystemAbsoluteLevel,omitempty"`
	// Accumulated fuel consumption (totalized) reported by the vehicle (FMS SPN 250).
	// Unit: 'l'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainFuelSystemAccumulatedConsumption *SignalFloat `json:"powertrainFuelSystemAccumulatedConsumption,omitempty"`
	// Level in fuel tank as percent of capacity. 0 = empty. 100 = full.
	// Unit: 'percent' Min: '0' Max: '100'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainFuelSystemRelativeLevel *SignalFloat `json:"powertrainFuelSystemRelativeLevel,omitempty"`
	// High level information of fuel types supported
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainFuelSystemSupportedFuelTypes *SignalString `json:"powertrainFuelSystemSupportedFuelTypes,omitempty"`
	// Remaining range in kilometers using all energy sources available in the vehicle.
	// Unit: 'km'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainRange *SignalFloat `json:"powertrainRange,omitempty"`
	// Amount of charge added to the high voltage battery during the current charging session, expressed in kilowatt-hours.
	// Unit: 'kWh'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryChargingAddedEnergy *SignalFloat `json:"powertrainTractionBatteryChargingAddedEnergy,omitempty"`
	// Current AC charging current (rms) at inlet. Negative if returning energy to grid. Used when per-phase numbers are unavailable.
	// Unit: 'A'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryChargingChargeCurrentAC *SignalFloat `json:"powertrainTractionBatteryChargingChargeCurrentAC,omitempty"`
	// Target charge limit (state of charge) for battery.
	// Unit: 'percent' Min: '0' Max: '100'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryChargingChargeLimit *SignalFloat `json:"powertrainTractionBatteryChargingChargeLimit,omitempty"`
	// Current charging voltage at inlet. Used when the data source does not indicate the current type (AC or DC) in use.
	// Unit: 'V'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryChargingChargeVoltageUnknownType *SignalFloat `json:"powertrainTractionBatteryChargingChargeVoltageUnknownType,omitempty"`
	// True if charging is ongoing. Charging is considered to be ongoing if energy is flowing from charger to vehicle.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryChargingIsCharging *SignalFloat `json:"powertrainTractionBatteryChargingIsCharging,omitempty"`
	// Indicates if a charging cable is physically connected to the vehicle or not.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryChargingIsChargingCableConnected *SignalFloat `json:"powertrainTractionBatteryChargingIsChargingCableConnected,omitempty"`
	// Instantaneous charging power recorded during a charging event.
	// Unit: 'kW'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryChargingPower *SignalFloat `json:"powertrainTractionBatteryChargingPower,omitempty"`
	// Current electrical energy flowing in/out of battery. Positive = Energy flowing in to battery, e.g. during charging. Negative = Energy flowing out of battery, e.g. during driving.
	// Unit: 'W'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryCurrentPower *SignalFloat `json:"powertrainTractionBatteryCurrentPower,omitempty"`
	// Current Voltage of the battery.
	// Unit: 'V'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryCurrentVoltage *SignalFloat `json:"powertrainTractionBatteryCurrentVoltage,omitempty"`
	// Gross capacity of the battery.
	// Unit: 'kWh'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryGrossCapacity *SignalFloat `json:"powertrainTractionBatteryGrossCapacity,omitempty"`
	// Remaining range in kilometers using only battery.
	// Unit: 'km'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryRange *SignalFloat `json:"powertrainTractionBatteryRange,omitempty"`
	// Physical state of charge of the high voltage battery, relative to net capacity. This is not necessarily the state of charge being displayed to the customer.
	// Unit: 'percent' Min: '0' Max: '100.0'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryStateOfChargeCurrent *SignalFloat `json:"powertrainTractionBatteryStateOfChargeCurrent,omitempty"`
	// Physical state of charge of high voltage battery expressed in kWh.
	// Unit: 'kWh'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryStateOfChargeCurrentEnergy *SignalFloat `json:"powertrainTractionBatteryStateOfChargeCurrentEnergy,omitempty"`
	// Calculated battery state of health at standard conditions.
	// Unit: 'percent' Min: '0' Max: '100'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryStateOfHealth *SignalFloat `json:"powertrainTractionBatteryStateOfHealth,omitempty"`
	// Current average temperature of the battery cells.
	// Unit: 'celsius'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTractionBatteryTemperatureAverage *SignalFloat `json:"powertrainTractionBatteryTemperatureAverage,omitempty"`
	// Actual transmission gear currently engaged. 0 = neutral, 1-15 = gear number.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionActualGear *SignalFloat `json:"powertrainTransmissionActualGear,omitempty"`
	// Actual transmission gear ratio.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionActualGearRatio *SignalFloat `json:"powertrainTransmissionActualGearRatio,omitempty"`
	// The current gear. 0=Neutral, 1/2/..=Forward, -1/-2/..=Reverse.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionCurrentGear *SignalFloat `json:"powertrainTransmissionCurrentGear,omitempty"`
	// Indicates if the Clutch switch is operated, so engine and transmission are partially or fully decoupled. False = Clutch switch not operated. True = Clutch switch operated.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionIsClutchSwitchOperated *SignalFloat `json:"powertrainTransmissionIsClutchSwitchOperated,omitempty"`
	// Actual retarder torque as a percentage (FMS / J1939 SPN 520).
	// Unit: 'percent'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionRetarderActualTorque *SignalFloat `json:"powertrainTransmissionRetarderActualTorque,omitempty"`
	// Active engine torque mode.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionRetarderTorqueMode *SignalString `json:"powertrainTransmissionRetarderTorqueMode,omitempty"`
	// The selected gear. 0=Neutral, 1/2/..=Forward, -1/-2/..=Reverse, 126=Park.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionSelectedGear *SignalFloat `json:"powertrainTransmissionSelectedGear,omitempty"`
	// The current gearbox temperature.
	// Unit: 'celsius'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionTemperature *SignalFloat `json:"powertrainTransmissionTemperature,omitempty"`
	// Odometer reading, total distance travelled during the lifetime of the transmission.
	// Unit: 'km'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainTransmissionTravelledDistance *SignalFloat `json:"powertrainTransmissionTravelledDistance,omitempty"`
	// Defines the powertrain type of the vehicle.
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	PowertrainType *SignalString `json:"powertrainType,omitempty"`
	// Remaining distance to service (of any kind). Negative values indicate service overdue.
	// Unit: 'km'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ServiceDistanceToService *SignalFloat `json:"serviceDistanceToService,omitempty"`
	// Remaining time to service (of any kind). Negative values indicate service overdue.
	// Unit: 's'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	ServiceTimeToService *SignalFloat `json:"serviceTimeToService,omitempty"`
	// Vehicle speed.
	// Unit: 'km/h'
	// Required Privileges: [VEHICLE_NON_LOCATION_DATA]
	Speed *SignalFloat `json:"speed,omitempty"`
}

type SignalDataSummary struct {
	Name            string    `json:"name"`
	NumberOfSignals uint64    `json:"numberOfSignals"`
	FirstSeen       time.Time `json:"firstSeen"`
	LastSeen        time.Time `json:"lastSeen"`
}

type SignalFilter struct {
	// Filter by source ethr DID.
	// Example: "did:ethr:137:0xcd445F4c6bDAD32b68a2939b912150Fe3C88803E"
	Source *string `json:"source,omitempty"`
}

type SignalFloat struct {
	Timestamp time.Time `json:"timestamp"`
	Value     float64   `json:"value"`
}

type SignalFloatFilter struct {
	Eq    *float64             `json:"eq,omitempty"`
	Neq   *float64             `json:"neq,omitempty"`
	Gt    *float64             `json:"gt,omitempty"`
	Lt    *float64             `json:"lt,omitempty"`
	Gte   *float64             `json:"gte,omitempty"`
	Lte   *float64             `json:"lte,omitempty"`
	NotIn []float64            `json:"notIn,omitempty"`
	In    []float64            `json:"in,omitempty"`
	Or    []*SignalFloatFilter `json:"or,omitempty"`
}

type SignalLocation struct {
	Timestamp time.Time `json:"timestamp"`
	Value     *Location `json:"value"`
}

type SignalLocationFilter struct {
	// Filter for locations within a polygon. The vertices should be ordered
	// clockwise or counterclockwise, and there must be at least 3.
	//
	// May produce inaccurate results around the poles and the antimeridian.
	InPolygon []*FilterLocation `json:"inPolygon,omitempty"`
	// Filter for locations within a given distance of a given point. Distances
	// are computed using WGS 84, and points that are exactly a distance `radius`
	// from the `center` will be included.
	InCircle *InCircleFilter `json:"inCircle,omitempty"`
}

type SignalString struct {
	Timestamp time.Time `json:"timestamp"`
	Value     string    `json:"value"`
}

type SignalsSnapshotResponse struct {
	LastSeen *time.Time      `json:"lastSeen,omitempty"`
	Signals  []*LatestSignal `json:"signals"`
}

type StringAggregation string

type StringArrayFilter struct {
	ContainsAny    []string             `json:"containsAny,omitempty"`
	ContainsAll    []string             `json:"containsAll,omitempty"`
	NotContainsAny []string             `json:"notContainsAny,omitempty"`
	NotContainsAll []string             `json:"notContainsAll,omitempty"`
	Or             []*StringArrayFilter `json:"or,omitempty"`
}

type StringSignalArgs struct {
	// Name is the signal name.
	Name string
	// Agg is the aggregation type.
	Agg StringAggregation
	// Alias is the GraphQL field alias. If the client doesn't specify
	// an alias then this will be the same as Name.
	Alias string
}

type StringValueFilter struct {
	Eq    *string  `json:"eq,omitempty"`
	Neq   *string  `json:"neq,omitempty"`
	NotIn []string `json:"notIn,omitempty"`
	In    []string `json:"in,omitempty"`
	// Matches strings that begin with the given prefix.
	StartsWith *string              `json:"startsWith,omitempty"`
	Or         []*StringValueFilter `json:"or,omitempty"`
}

type Vinvc struct {
	VehicleTokenID *int    `json:"vehicleTokenId,omitempty"`
	Vin            *string `json:"vin,omitempty"`
	// Entity that recorded the VIN.
	RecordedBy             *string    `json:"recordedBy,omitempty"`
	RecordedAt             *time.Time `json:"recordedAt,omitempty"`
	CountryCode            *string    `json:"countryCode,omitempty"`
	VehicleContractAddress *string    `json:"vehicleContractAddress,omitempty"`
	// VC validity start.
	ValidFrom *time.Time `json:"validFrom,omitempty"`
	// VC validity end.
	ValidTo *time.Time `json:"validTo,omitempty"`
	// Raw VC JSON.
	RawVc string `json:"rawVC"`
}