config

type AudioBait struct {
	Dir           string `mapstructure:"directory"`
	Card          int    `mapstructure:"card"`
	VolumeControl string `mapstructure:"volume-control"`
}

type AudioRecording struct {
	AudioMode string    `mapstructure:"audio-mode"`
	AudioSeed uint32    `mapstructure:"random-seed"`
	Updated   time.Time `mapstructure:"updated"`
}

type Battery struct {
	EnableVoltageReadings   bool         `mapstructure:"enable-voltage-readings"`
	CustomBatteryType       *BatteryType `mapstructure:"custom-battery-type"`       // When wanting to specify a custom battery type
	PresetBatteryType       string       `mapstructure:"preset-battery-type"`       // When wanting to use one from the default list.
	MinimumVoltageDetection float32      `mapstructure:"minimum-voltage-detection"` // Voltages below this will be considered 0V
}

type BatteryType struct {
	Name       string
	MinVoltage float32 // This is the minimum voltage that this battery type will be, this is used to guess what battery type is in use if not specified.
	MaxVoltage float32 // This is the maximum voltage that this battery type will be (including when charging), this is used to guess what battery type is in use if not specified.
	Voltages   []float32
	Percent    []float32
}

type Comms struct {
	Enable               bool   `mapstructure:"enable"`
	TrapEnabledByDefault bool   `mapstructure:"trap-enabled-by-default"` // If no animals are seen should the trap be enabled or not.
	CommsOut             string `mapstructure:"comms-out"`               // "uart" or "high-low"
	Bluetooth            bool   `mapstructure:"bluetooth"`               // Bluetooth can only be enabled if UART is not in use.

	PowerOutput     string        `mapstructure:"power-output"`      // "on", "off", "comms-only"
	PowerUpDuration time.Duration `mapstructure:"power-up-duration"` // When PowerOutput is set to "comms-only" how long should it be powered up before sending data.

	TrapSpecies  map[string]int32 `mapstructure:"trap-species"`  // Species with set confidence to trap
	TrapDuration time.Duration    `mapstructure:"trap-duration"` // How long to keep a trap active for after seeing a trapped species

	ProtectSpecies  map[string]int32 `mapstructure:"protect-species"`  // Species with set confidence to protect
	ProtectDuration time.Duration    `mapstructure:"protect-duration"` // How long to keep a trap inactive for after seeing a protected species

}

type Config struct {
	AutoWrite bool
	// contains filtered or unexported fields
}

type ConfigArgs struct {
	ConfigDir string `arg:"--config-dir" default:"/etc/cacophony/" help:"path to configuration directory"`
}

type Device struct {
	Group  string
	ID     int
	Name   string
	Server string
}

type DeviceSetup struct {
	IR bool `mapstructure:"ir"`

	// S or L ( for small trap or large trap)
	TrapSize string `mapstructure:"trap-size"`
}

type GPIO struct {
	ThermalCameraPower string `mapstructure:"thermal-camera-power"`
	ModemPower         string `mapstructure:"modem-power"`
	UartTx             string `mapstructure:"uart-tx"`
}

type Lepton struct {
	SPISpeed    int64  `mapstructure:"spi-speed"`
	FrameOutput string `mapstructure:"frame-output"`
}

type Location struct {
	Timestamp time.Time
	Accuracy  float32
	Altitude  float32
	Latitude  float32
	Longitude float32
}

type Modem struct {
	Name            string `mapstructure:"name"`
	NetDev          string `mapstructure:"net-dev"`
	VendorProductID string `mapstructure:"vendor-product-id"`
}

type Modemd struct {
	TestInterval           time.Duration `mapstructure:"test-interval"`
	InitialOnDuration      time.Duration `mapstructure:"initial-on-duration"`
	FindModemTimeout       time.Duration `mapstructure:"find-modem-timeout"`
	ConnectionTimeout      time.Duration `mapstructure:"connection-timeout"`
	RequestOnDuration      time.Duration `mapstructure:"request-on-duration"`
	RetryInterval          time.Duration `mapstructure:"retry-interval"`
	RetryFindModemInterval time.Duration `mapstructure:"retry-find-modem-interval"`
	MinConnDuration        time.Duration `mapstructure:"min-connection-duration"`
	MaxOffDuration         time.Duration `mapstructure:"max-off-duration"`
	Modems                 []Modem       `mapstructure:"modems"`
}

type Ports struct {
	Managementd int
}

type Salt struct {
	AutoUpdate bool `mapstructure:"auto-update"`
}

type Secrets struct {
	DevicePassword string `mapstructure:"device-password"`
}

type TestHosts struct {
	URLs         []string
	PingWaitTime time.Duration `mapstructure:"ping-wait-time"`
	PingRetries  int           `mapstructure:"ping-retries"`
}

type ThermalMotion struct {
	DynamicThreshold bool   `mapstructure:"dynamic-threshold"`
	TempThreshMin    uint16 `mapstructure:"temp-thresh-min"`
	TempThreshMax    uint16 `mapstructure:"temp-thresh-max"`
	TempThresh       uint16 `mapstructure:"temp-thresh"`
	DeltaThresh      uint16 `mapstructure:"delta-thresh"`
	CountThresh      int    `mapstructure:"count-thresh"`
	FrameCompareGap  int    `mapstructure:"frame-compare-gap"`
	UseOneDiffOnly   bool   `mapstructure:"use-one-diff-only"`
	TriggerFrames    int    `mapstructure:"trigger-frames"`
	WarmerOnly       bool   `mapstructure:"warmer-only"`
	EdgePixels       int    `mapstructure:"edge-pixels"`
	Verbose          bool   `mapstructure:"verbose"`
	RunClassifier    bool   `mapstructure:"run-classifier"`
	TrackingEvents   bool   `mapstructure:"tracking-events"`
	DoTracking       bool   `mapstructure:"do-tracking"`
	BluetoothBeacons bool   `mapstructure:"bluetooth-beacons"`
}

type ThermalRecorder struct {
	OutputDir        string    `mapstructure:"output-dir"`
	MinDiskSpaceMB   uint64    `mapstructure:"min-disk-space-mb"`
	MinSecs          int       `mapstructure:"min-secs"`
	MaxSecs          int       `mapstructure:"max-secs"`
	PreviewSecs      int       `mapstructure:"preview-secs"`
	ConstantRecorder bool      `mapstructure:"constant-recorder"`
	UseLowPowerMode  bool      `mapstructure:"use-low-power-mode"`
	Updated          time.Time `mapstructure:"updated"`
}

type ThermalThrottler struct {
	Activate   bool
	BucketSize time.Duration `mapstructure:"bucket-size"`
	MinRefill  time.Duration `mapstructure:"min-refill"`
}

type Windows struct {
	StartRecording string    `mapstructure:"start-recording"`
	StopRecording  string    `mapstructure:"stop-recording"`
	PowerOn        string    `mapstructure:"power-on"`
	PowerOff       string    `mapstructure:"power-off"`
	Updated        time.Time `mapstructure:"updated"`
}