syntax = "proto3";

import "google/protobuf/duration.proto";
import "google/protobuf/wrappers.proto";

package nest.trait.sensor;

message PassiveInfraredTrait {
    PassiveInfraredSample passiveInfraredSignalValue = 1;
    PassiveInfraredSample passiveInfraredBaselineValue = 2;
    PassiveInfraredFaultInformation faultInformation = 3;

    enum PassiveInfraredFaultType {
        PASSIVE_INFRARED_FAULT_TYPE_UNSPECIFIED = 0;
        PASSIVE_INFRARED_FAULT_TYPE_NONE = 1;
        PASSIVE_INFRARED_FAULT_TYPE_UNRESPONSIVE = 2;
        PASSIVE_INFRARED_FAULT_TYPE_STUCK = 3;
    }

    message PassiveInfraredSample {
        google.protobuf.FloatValue value = 1;
    }

    message PassiveInfraredFaultInformation {
        bool asserted = 1;
        PassiveInfraredFaultType type = 2;
        PassiveInfraredSample signalLastValue = 3;
        PassiveInfraredSample baselineLastValue = 4;
    }

    message PassiveInfraredSignalPeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated PassiveInfraredSample signalSamples = 2;
    }

    message PassiveInfraredBaselinePeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated PassiveInfraredSample baselineSamples = 2;
    }

    message PassiveInfraredDifferentialPeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated PassiveInfraredSample deltaSamples = 2;
    }

    message PassiveInfraredFaultEvent {
        bool asserted = 1;
        PassiveInfraredFaultType type = 32;
        PassiveInfraredSample signalLastValue = 33;
        PassiveInfraredSample baselineLastValue = 34;
        google.protobuf.Duration durationSinceLastSample = 35;
        google.protobuf.Duration lastSamplePeriod = 36;
    }

    message PassiveInfraredSignalStatisticsEvent {
        repeated uint32 histogramBoundaries = 1;
        repeated uint32 histogramCounts = 2;
        bool vacancyExpected = 3;
    }
}

message SmokeTrait {
    SmokeSample infraredLedValue = 3;
    SmokeSample blueLedValue = 4;
    SmokeFaultInformation infraredLedFault = 5;
    SmokeFaultInformation blueLedFault = 6;

    enum SmokeFaultType {
        SMOKE_FAULT_TYPE_UNSPECIFIED = 0;
        SMOKE_FAULT_TYPE_NONE = 1;
        SMOKE_FAULT_TYPE_UNRESPONSIVE = 2;
    }

    message SmokeSample {
        google.protobuf.FloatValue sample = 3;
    }

    message SmokeFaultInformation {
        bool asserted = 1;
        SmokeFaultType type = 2;
        SmokeSample lastValue = 3;
    }

    message InfraredLedFaultEvent {
        bool asserted = 1;
        SmokeFaultType type = 32;
        SmokeSample lastValue = 33;
        google.protobuf.Duration durationSinceLastSample = 34;
        google.protobuf.Duration lastSamplePeriod = 35;
    }

    message BlueLedFaultEvent {
        bool asserted = 1;
        SmokeFaultType type = 32;
        SmokeSample lastValue = 33;
        google.protobuf.Duration durationSinceLastSample = 34;
        google.protobuf.Duration lastSamplePeriod = 35;
    }

    message InfraredLedPeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated SmokeSample samples = 2;
    }

    message BlueLedPeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated SmokeSample samples = 2;
    }
}

message TemperatureTrait {
    TemperatureSample temperatureValue = 1;
    TemperatureFaultInformation faultInformation = 2;

    enum TemperatureFaultType {
        TEMPERATURE_FAULT_TYPE_UNSPECIFIED = 0;
        TEMPERATURE_FAULT_TYPE_NONE = 1;
        TEMPERATURE_FAULT_TYPE_UNRESPONSIVE = 2;
        TEMPERATURE_FAULT_TYPE_OUT_OF_NORMAL_RANGE = 3;
    }

    message TemperatureSample {
        google.protobuf.FloatValue temperature = 1;
    }

    message TemperatureFaultInformation {
        bool asserted = 1;
        TemperatureFaultType type = 2;
        TemperatureSample lastValue = 3;
    }

    message TemperatureSensorFaultEvent {
        bool asserted = 1;
        TemperatureFaultType type = 32;
        TemperatureSample lastValue = 33;
        google.protobuf.Duration durationSinceLastSample = 34;
        google.protobuf.Duration lastSamplePeriod = 36;
    }

    message TemperaturePeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated TemperatureSample samples = 2;
    }
}

message CarbonMonoxideTrait {
    CoSample value = 1;
    CoFaultInformation faultInformation = 2;

    enum CoFaultType {
        CO_FAULT_TYPE_UNSPECIFIED = 0;
        CO_FAULT_TYPE_NONE = 1;
        CO_FAULT_TYPE_UNRESPONSIVE = 2;
        CO_FAULT_TYPE_END_OF_LIFE = 3;
    }

    message CoSample {
        uint32 ppm = 1;
    }

    message CoFaultInformation {
        bool asserted = 1;
        CoFaultType type = 2;
        CoSample lastValue = 3;
    }

    message CoFaultEvent {
        bool asserted = 1;
        CoFaultType type = 32;
        CoSample lastValue = 33;
        google.protobuf.Duration durationSinceLastSample = 34;
        google.protobuf.Duration lastSamplePeriod = 35;
    }

    message CoPeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated CoSample samples = 2;
    }
}

message BatteryVoltageTrait {
    BatteryVoltageSample batteryValue = 1;
    BatteryVoltageFaultInformation faultInformation = 2;

    enum BatteryVoltageFaultType {
        BATTERY_VOLTAGE_FAULT_TYPE_UNSPECIFIED = 0;
        BATTERY_VOLTAGE_FAULT_TYPE_NONE = 1;
        BATTERY_VOLTAGE_FAULT_TYPE_OUT_OF_OPERATING_RANGE = 2;
        BATTERY_VOLTAGE_FAULT_TYPE_UNRESPONSIVE = 3;
        BATTERY_VOLTAGE_FAULT_TYPE_DISCONNECTED = 4;
        BATTERY_VOLTAGE_FAULT_TYPE_END_OF_LIFE = 5;
    }

    message BatteryVoltageSample {
        google.protobuf.FloatValue batteryVoltage = 1;
    }

    message BatteryVoltageFaultInformation {
        bool asserted = 1;
        BatteryVoltageFaultType type = 2;
        BatteryVoltageSample lastValue = 3;
    }

    message BatteryVoltageFaultEvent {
        bool asserted = 1;
        BatteryVoltageFaultType type = 32;
        BatteryVoltageSample lastValue = 33;
        google.protobuf.Duration durationSinceLastSample = 34;
    }

    message BatteryVoltagePeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated BatteryVoltageSample samples = 2;
    }

    message BatteryVoltageStatisticsEvent {
        BatteryVoltageSample meanVoltage = 1;
        BatteryVoltageSample minimumVoltage = 2;
        BatteryVoltageSample maximumVoltage = 3;
        uint32 numSamples = 4;
        google.protobuf.Duration statsSampleInterval = 5;
    }
}

message AmbientLightTrait {
    AmbientLightSample ambientLightValue = 1;
    AmbientLightFaultInformation faultInformation = 2;

    enum AmbientLightFaultType {
        AMBIENT_LIGHT_FAULT_TYPE_UNSPECIFIED = 0;
        AMBIENT_LIGHT_FAULT_TYPE_NONE = 1;
        AMBIENT_LIGHT_FAULT_TYPE_UNRESPONSIVE = 2;
    }

    message AmbientLightSample {
        google.protobuf.FloatValue ambientLight = 1;
    }

    message AmbientLightFaultInformation {
        bool asserted = 1;
        AmbientLightFaultType type = 2;
        AmbientLightSample lastValue = 3;
    }

    message AmbientLightFaultEvent {
        bool asserted = 1;
        AmbientLightFaultType type = 32;
        AmbientLightSample lastValue = 33;
        google.protobuf.Duration durationSinceLastSample = 34;
        google.protobuf.Duration lastSamplePeriod = 35;
    }

    message AmbientLightPeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated AmbientLightSample samples = 2;
    }
}

message HumidityTrait {
    HumiditySample humidityValue = 1;
    HumidityFaultInformation faultInformation = 2;

    enum HumidityFaultType {
        HUMIDITY_FAULT_TYPE_UNSPECIFIED = 0;
        HUMIDITY_FAULT_TYPE_NONE = 1;
        HUMIDITY_FAULT_TYPE_UNRESPONSIVE = 2;
    }

    message HumiditySample {
        google.protobuf.FloatValue humidity = 1;
    }

    message HumidityFaultInformation {
        bool asserted = 1;
        HumidityFaultType type = 2;
        HumiditySample lastValue = 3;
    }

    message HumidityFaultEvent {
        bool asserted = 1;
        HumidityFaultType type = 32;
        HumiditySample lastValue = 33;
        google.protobuf.Duration durationSinceLastSample = 34;
        google.protobuf.Duration lastSamplePeriod = 35;
    }

    message HumidityPeriodicSamplesEvent {
        google.protobuf.Duration sampleInterval = 1;
        repeated HumiditySample samples = 2;
    }
}