ntp

type LeapIndicator uint8

type Options struct {
	Context       context.Context
	Dialer        N.Dialer
	Logger        logger.Logger
	Server        M.Socksaddr
	Interval      time.Duration
	Timeout       time.Duration
	WriteToSystem bool
}

type Response struct {
	// Time is the transmit time reported by the server just before it
	// responded to the client's NTP query.
	Time time.Time

	// ClockOffset is the estimated offset of the client clock relative to
	// the server. Add this to the client's system clock time to obtain a
	// more accurate time.
	ClockOffset time.Duration

	// RTT is the measured round-trip-time delay estimate between the client
	// and the server.
	RTT time.Duration

	// Precision is the reported precision of the server's clock.
	Precision time.Duration

	// Stratum is the "stratum level" of the server. The smaller the number,
	// the closer the server is to the reference clock. Stratum 1 servers are
	// attached directly to the reference clock. A stratum value of 0
	// indicates the "kiss of death," which typically occurs when the client
	// issues too many requests to the server in a short period of time.
	Stratum uint8

	// ReferenceID is a 32-bit identifier identifying the server or
	// reference clock.
	ReferenceID uint32

	// ReferenceTime is the time when the server's system clock was last
	// set or corrected.
	ReferenceTime time.Time

	// RootDelay is the server's estimated aggregate round-trip-time delay to
	// the stratum 1 server.
	RootDelay time.Duration

	// RootDispersion is the server's estimated maximum measurement error
	// relative to the stratum 1 server.
	RootDispersion time.Duration

	// RootDistance is an estimate of the total synchronization distance
	// between the client and the stratum 1 server.
	RootDistance time.Duration

	// Leap indicates whether a leap second should be added or removed from
	// the current month's last minute.
	Leap LeapIndicator

	// MinError is a lower bound on the error between the client and server
	// clocks. When the client and server are not synchronized to the same
	// clock, the reported timestamps may appear to violate the principle of
	// causality. In other words, the NTP server's response may indicate
	// that a message was received before it was sent. In such cases, the
	// minimum error may be useful.
	MinError time.Duration

	// KissCode is a 4-character string describing the reason for a
	// "kiss of death" response (stratum = 0). For a list of standard kiss
	// codes, see https://tools.ietf.org/html/rfc5905#section-7.4.
	KissCode string

	// Poll is the maximum interval between successive NTP polling messages.
	// It is not relevant for simple NTP clients like this one.
	Poll time.Duration
}

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

type TimeService interface {
	TimeFunc() func() time.Time
}