metrics

type Collectry interface {

	// Call the given function for each Collectored metric.
	Each(func(string, interface{}))

	// Get the metric by the given name or nil if none is Collectored.
	Get(string) interface{}

	// Gets an existing metric or Collectors the given one.
	// The interface can be the metric to Collector if not found in Collectry,
	// or a function returning the metric for lazy instantiation.
	GetOrCollector(string, interface{}) interface{}

	// Collector the given metric under the given name.
	Collector(string, interface{}) error

	// Run all Collectored healthchecks.
	RunHealthchecks()

	// UnCollector the metric with the given name.
	Uncollector(string)

	// UnCollector all metrics.  (Mostly for testing.)
	UncollectorAll()

	// Get metrics
	Values() interface{}

	// Get metrics number
	Size() int64
}

type Counter interface {
	// Clear the counter: set it to zero.
	Clear()

	// Return the current count.
	Count() int64

	// Decrement the counter by the given amount.
	Dec(amount int64) Counter

	// Increment the counter by the given amount.
	Inc(amount int64) Counter
}

type DuplicateMetric string

type EWMA interface {
	// Return the moving average rate of events per second.
	Rate() float64

	// Tick the clock to update the moving average.
	Tick()

	// Add n uncounted events.
	Update(n int64)
}

type Flow interface {
	// Clear all flows.
	Clear()

	// Return the size of the flows, which is at most the reservoir size.
	Size() int64

	// Return all the values in the flow.
	Values() (values []string)

	// right pop and push operation
	RPop() (string, error)
	RPush(string)
	// left pop and push operation
	LPop() (string, error)
	LPush(string)
}

type Gauge interface {
	// Update the gauge's value.
	Update(value int64)

	// Return the gauge's current value.
	Value() int64
}

type GaugeFloat64 interface {
	// Update the gauge's value.
	Update(value float64)

	// Return the gauge's current value.
	Value() float64
}

type Healthcheck interface {
	Check()
	Error() error
	Healthy()
	Unhealthy(error)
}

type Histogram interface {
	// Clear the histogram.
	Clear()

	// Return the count of inputs since the histogram was last cleared.
	Count() int64

	// Return the sum of inputs since the histogram was last cleared.
	Sum() int64

	// Return the maximal value seen since the histogram was last cleared.
	Max() int64

	// Return the mean of all values seen since the histogram was last cleared.
	Mean() float64

	// Return the minimal value seen since the histogram was last cleared.
	Min() int64

	// Return an arbitrary percentile of all values seen since the histogram was
	// last cleared.
	Percentile(p float64) float64

	// Return a slice of arbitrary percentiles of all values seen since the
	// histogram was last cleared.
	Percentiles(ps []float64) []float64

	// Return the standard deviation of all values seen since the histogram was
	// last cleared.
	StdDev() float64

	// Update the histogram with a new value.
	Update(value int64)

	// Return the variance of all values seen since the histogram was last cleared.
	Variance() float64
}

type Meter interface {
	// Return the count of events seen.
	Count() int64

	// Mark the occurance of n events.
	Mark(n int64)

	// Tick the clock to update the moving average.
	Tick()

	// Return the meter's one-minute moving average rate of events.
	Rate1() float64

	// Return the meter's five-minute moving average rate of events.
	Rate5() float64

	// Return the meter's fifteen-minute moving average rate of events.
	Rate15() float64

	// Return the meter's mean rate of events.
	RateMean() float64
}

type Metrics struct {
	Metrics map[string]interface{}
	Path    string
	Addr    string
	// contains filtered or unexported fields
}

type Mstring interface {
	// Update the mstring's value.
	Update(value string)

	// Return the mstring's current value.
	Value() string
}

type NilHealthcheck struct{}

type Options struct {
	Switcher int
	Path     string
	Addr     string
}

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

type Sample interface {
	// Clear all samples.
	Clear()

	// Return the size of the sample, which is at most the reservoir size.
	Size() int

	// Update the sample with a new value.
	Update(value int64)

	// Return all the values in the sample.
	Values() []int64
}

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

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

type Tickable interface {
	// Tick the clock to update the moving average.
	Tick()
}

type Timer interface {
	// Return the count of inputs.
	Count() int64

	// Return the maximal value seen.
	Max() int64

	// Return the mean of all values seen.
	Mean() float64

	// Return the minimal value seen.
	Min() int64

	// Return an arbitrary percentile of all values seen.
	Percentile(p float64) float64

	// Return a slice of arbitrary percentiles of all values seen.
	Percentiles(ps []float64) []float64

	// Return the meter's one-minute moving average rate of events.
	Rate1() float64

	// Return the meter's five-minute moving average rate of events.
	Rate5() float64

	// Return the meter's fifteen-minute moving average rate of events.
	Rate15() float64

	// Return the meter's mean rate of events.
	RateMean() float64

	// Return the standard deviation of all values seen.
	StdDev() float64

	// Start captures the current time and returns a value which implements Stop
	// to log the elapsed time. It should be used like:
	//
	//     defer timer.Start().Stop()
	Start() interface {
		Stop()
	}

	// Record the duration of an event.
	Update(d time.Duration)

	// Record the duration of an event that started at a time and ends now.
	UpdateSince(t time.Time)

	// Tick the clock to update the moving average.
	Tick()
}