| AbstractHistogram |
An abstract base class for integer values High Dynamic Range (HDR) Histograms
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| AllValuesIterator |
Used for iterating through histogram values using the finest granularity steps supported by the underlying
representation.
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| AtomicHistogram |
A High Dynamic Range (HDR) Histogram using atomic long count type
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| ConcurrentHistogram |
An integer values High Dynamic Range (HDR) Histogram that supports safe concurrent recording operations.
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| DoubleAllValuesIterator |
Used for iterating through DoubleHistogram values using the finest granularity steps supported by the
underlying representation.
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| DoubleHistogram |
A floating point values High Dynamic Range (HDR) Histogram
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| DoubleHistogramIterationValue |
Represents a value point iterated through in a DoubleHistogram, with associated stats.
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| DoubleLinearIterator |
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| DoubleLogarithmicIterator |
Used for iterating through DoubleHistogram values values in logarithmically increasing levels.
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| DoublePercentileIterator |
Used for iterating through DoubleHistogram values values according to percentile levels.
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| DoubleRecordedValuesIterator |
Used for iterating through DoubleHistogram values values using the finest granularity steps supported by
the underlying representation.
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| EncodableHistogram |
A base class for all encodable (and decodable) histogram classes.
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| Histogram |
A High Dynamic Range (HDR) Histogram
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| HistogramIterationValue |
Represents a value point iterated through in a Histogram, with associated stats.
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| LinearIterator |
Used for iterating through histogram values in linear steps.
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| LogarithmicIterator |
Used for iterating through histogram values in logarithmically increasing levels.
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| PercentileIterator |
Used for iterating through histogram values according to percentile levels.
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| RecordedValuesIterator |
Used for iterating through all recorded histogram values using the finest granularity steps supported by the
underlying representation.
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| WriterReaderPhaser |
WriterReaderPhaser provides an asymmetric means for
synchronizing the execution of wait-free "writer" critical sections against
a "reader phase flip" that needs to make sure no writer critical sections
that were active at the beginning of the flip are still active after the
flip is done.
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