daemon

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

type Config struct {
	PTPClientAddress               string        // where should fbclock connect to
	RingSize                       int           // must be at least the size of N samples we use in expressions
	Math                           Math          // configuration for calculation we'll be doing
	Interval                       time.Duration // how often do we poll ptp4l and update data in shm
	Iface                          string        // network interface to use
	LinearizabilityTestInterval    time.Duration // perform the linearizability test every so often
	SPTP                           bool          // denotes whether we are running in sptp or ptp4l mode
	LinearizabilityTestMaxGMOffset time.Duration // max offset between GMs before linearizability test considered failed
	BootDelay                      time.Duration // postpone startup by this time after boot
	EnableDataV2                   bool          // enable fbclock data v2
}

type Daemon struct {
	DataFetcher
	// contains filtered or unexported fields
}

type DataFetcher interface {
	//function to gm data
	FetchGMs(cfg *Config) (targest []string, err error)
	//function to fetch stats
	FetchStats(cfg *Config) (*DataPoint, error)
}

type DataPoint struct {
	// IngressTimeNS represents ingress time in NanoSeconds
	IngressTimeNS int64
	// MasterOffsetNS represents master offset in NanoSeconds
	MasterOffsetNS float64
	// PathDelayNS represents path delay in NanoSeconds
	PathDelayNS float64
	// FreqAdjustmentPPB represents freq adjustment in parts per billion
	FreqAdjustmentPPB float64
	// ClockAccuracyNS represents clock accurary in nanoseconds
	ClockAccuracyNS float64
}

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

type HTTPFetcher struct {
	DataFetcher
}

type LogSample struct {
	MasterOffsetNS          float64
	MasterOffsetMeanNS      float64
	MasterOffsetStddevNS    float64
	PathDelayNS             float64
	PathDelayMeanNS         float64
	PathDelayStddevNS       float64
	FreqAdjustmentPPB       float64
	FreqAdjustmentMeanPPB   float64
	FreqAdjustmentStddevPPB float64
	MeasurementNS           float64
	MeasurementMeanNS       float64
	MeasurementStddevNS     float64
	WindowNS                float64
	ClockAccuracyMean       float64
}

type Logger interface {
	Log(*LogSample) error
}

type Math struct {
	M string // Measurement, our value for clock quality

	W string // window of uncertainty, without adjustment for potential holdover

	Drift string // drift in PPB, for holdover multiplier calculations
	// contains filtered or unexported fields
}

type SockFetcher struct {
	DataFetcher
}