cachekey

type EpochConfig struct {
	// Base timestamp from which epochs are measured. By making a
	// relatively recent timestamp that still guarantees that the epoch is
	// positive, we can save a couple bytes in our keys.
	EpochZero time.Time

	// A prime number of nanoseconds indicating the length of an epoch.
	// For example, one can use 396_999_999_953 for a ~6.5-ish minute epoch
	// that's about 23s less than 7 minutes.
	// note that 23, 7 and 397 are all primes, so the epochs will wrap around nicely over time.
	EpochLength time.Duration

	// A large prime to multiply integer IDs by to ensure that adjacent IDs get spread out.
	// For example, one might use 330_999_999_991 to work with the 7 minute-ish value above
	// it would be chosen to be about 5 minutes 31 seconds in nanoseconds.
	// 331 is a prime number of seconds, as are 5 minutes and 31 seconds.
	// Due to constraints on the bits.Div64 function, we can't have too
	// large a value in hi, so this multiplier is required to be strictly
	// less than epochLength if we want to support the full uint64 space for integer IDs.
	// This should give a good spread of jitter values from epochMode.
	IntIDJitterPrimeMultiplier time.Duration
}

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