Uses of Interface
org.openjdk.jmc.common.unit.IQuantity

Packages that use IQuantity

Package	Description
org.openjdk.jmc.common	This package contains interfaces used in Mission Control to identify classes, methods, stack traces etc.
org.openjdk.jmc.common.item	This package contains the IItem data model.
org.openjdk.jmc.common.unit	This package contains the data model for quantities and units.
org.openjdk.jmc.common.util

Uses of IQuantity in org.openjdk.jmc.common

Methods in org.openjdk.jmc.common that return IQuantity

Modifier and Type	Method and Description
IQuantity	IMCOldObject.getAddress() The address of the object, used for identity purposes.

Uses of IQuantity in org.openjdk.jmc.common.item

Methods in org.openjdk.jmc.common.item that return IQuantity

Modifier and Type	Method and Description
IQuantity	Aggregators.Avg.getValue(Aggregators.AvgConsumer consumer)
IQuantity	Aggregators.Sum.getValue(org.openjdk.jmc.common.item.Aggregators.SumConsumer consumer)
IQuantity	Aggregators.Variance.getValue(Aggregators.VarianceConsumer consumer)
IQuantity	Aggregators.Stddev.getValue(Aggregators.VarianceConsumer consumer)

Methods in org.openjdk.jmc.common.item that return types with arguments of type IQuantity

Modifier and Type	Method and Description
static IAggregator<IQuantity,?>	Aggregators.avg(IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.avg(String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.avg(String name, String description, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.avg(String name, String description, KindOfQuantity<?> ct, IAccessorFactory<IQuantity> af)
static IAggregator<IQuantity,?>	Aggregators.avg(String name, String description, String typeId, IAttribute<IQuantity> attribute)
static <V,C extends IItemConsumer<C>> IAggregator<IQuantity,?>	GroupingAggregator.buildMax(String name, String description, IAccessorFactory<?> keyField, IAggregator<IQuantity,C> aggregate)
static IAggregator<IQuantity,Aggregators.CountConsumer>	Aggregators.count()
static IAggregator<IQuantity,?>	Aggregators.count(IItemFilter filter)
static IAggregator<IQuantity,?>	Aggregators.count(IType<?> type)
static IAggregator<IQuantity,Aggregators.CountConsumer>	Aggregators.count(String name, String description)
static IAggregator<IQuantity,?>	Aggregators.count(String name, String description, IItemFilter filter)
static <T> IAggregator<IQuantity,?>	Aggregators.countDistinct(String name, String description, IAccessorFactory<T> attribute)
static IAggregator<IQuantity,?>	Aggregators.getQuantityAggregator(String name)
static IAggregator<IQuantity,?>	Aggregators.getQuantityAggregator(String name, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.getQuantityAggregator(String name, IType<?> type)
static IAggregator<IQuantity,?>	Aggregators.max(String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.stddev(IAttribute<IQuantity> attribute) Calculates the sample standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.stddev(String name, String description, IAttribute<IQuantity> attribute) Calculates the sample standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.stddevp(IAttribute<IQuantity> attribute) Calculates the population standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.stddevp(String name, String description, IAttribute<IQuantity> attribute) Calculates the population standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.sum(IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.sum(String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.sum(String name, String description, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.sum(String name, String description, LinearKindOfQuantity ct, IAccessorFactory<IQuantity> af)
static IAggregator<IQuantity,?>	Aggregators.sum(String name, String description, String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.variance(IAttribute<IQuantity> attribute) Calculates the sample variance for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.variancep(IAttribute<IQuantity> attribute) Calculates the population variance for a linear quantity attribute.

Methods in org.openjdk.jmc.common.item with parameters of type IQuantity

Modifier and Type	Method and Description
V	GroupingAggregator.IQuantityListFinisher.getValue(List<IQuantity> values, IQuantity total)

Method parameters in org.openjdk.jmc.common.item with type arguments of type IQuantity

Modifier and Type	Method and Description
static IAggregator<IQuantity,?>	Aggregators.avg(IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.avg(String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.avg(String name, String description, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.avg(String name, String description, KindOfQuantity<?> ct, IAccessorFactory<IQuantity> af)
static IAggregator<IQuantity,?>	Aggregators.avg(String name, String description, String typeId, IAttribute<IQuantity> attribute)
static <V,K,C extends IItemConsumer<C>> IAggregator<V,?>	GroupingAggregator.build(String name, String description, IAccessorFactory<K> keyField, IAggregator<IQuantity,C> a, GroupingAggregator.IQuantityListFinisher<V> groupFinisher)
static <V,C extends IItemConsumer<C>> IAggregator<IQuantity,?>	GroupingAggregator.buildMax(String name, String description, IAccessorFactory<?> keyField, IAggregator<IQuantity,C> aggregate)
static IAggregator<IQuantity,?>	Aggregators.getQuantityAggregator(String name, IAttribute<IQuantity> attribute)
V	GroupingAggregator.IQuantityListFinisher.getValue(List<IQuantity> values, IQuantity total)
static IAggregator<IQuantity,?>	Aggregators.max(String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.stddev(IAttribute<IQuantity> attribute) Calculates the sample standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.stddev(String name, String description, IAttribute<IQuantity> attribute) Calculates the sample standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.stddevp(IAttribute<IQuantity> attribute) Calculates the population standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.stddevp(String name, String description, IAttribute<IQuantity> attribute) Calculates the population standard deviation for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.sum(IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.sum(String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.sum(String name, String description, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.sum(String name, String description, LinearKindOfQuantity ct, IAccessorFactory<IQuantity> af)
static IAggregator<IQuantity,?>	Aggregators.sum(String name, String description, String typeId, IAttribute<IQuantity> attribute)
static IAggregator<IQuantity,?>	Aggregators.variance(IAttribute<IQuantity> attribute) Calculates the sample variance for a linear quantity attribute.
static IAggregator<IQuantity,?>	Aggregators.variancep(IAttribute<IQuantity> attribute) Calculates the population variance for a linear quantity attribute.

Constructor parameters in org.openjdk.jmc.common.item with type arguments of type IQuantity

Constructor and Description
Avg(String name, String description, ContentType<IQuantity> ct)
AvgConsumer(IMemberAccessor<? extends IQuantity,IItem> accessor)
VarianceConsumer(IMemberAccessor<? extends IQuantity,IItem> accessor)

Uses of IQuantity in org.openjdk.jmc.common.unit

Subinterfaces of IQuantity in org.openjdk.jmc.common.unit

Modifier and Type	Interface and Description
interface	ITypedQuantity<U extends TypedUnit<U>> Type parameterized extension of IQuantity.

Fields in org.openjdk.jmc.common.unit declared as IQuantity

Modifier and Type	Field and Description
protected IQuantity	QuantityConversionException.Quantity.badQuantity
protected IQuantity	QuantityConversionException.Quantity.prototype

Fields in org.openjdk.jmc.common.unit with type parameters of type IQuantity

Modifier and Type	Field and Description
static ContentType<IRange<IQuantity>>	UnitLookup.TIMERANGE

Methods in org.openjdk.jmc.common.unit with type parameters of type IQuantity

Modifier and Type	Method and Description
static <Q extends IQuantity> QuantityConversionException	QuantityConversionException.belowPrecision(Q badValue, Q precisionLimit)
static <Q extends IQuantity> QuantityConversionException	QuantityConversionException.tooHigh(Q badValue, Q max)
static <Q extends IQuantity> QuantityConversionException	QuantityConversionException.tooLow(Q badValue, Q min)

Methods in org.openjdk.jmc.common.unit that return IQuantity

Modifier and Type	Method and Description
IQuantity	IQuantity.add(IQuantity addend) Returns a new quantity that is the arithmetic sum of this quantity and addend, if such an operation is defined for this kind of quantity.
static IQuantity	UnitLookup.fromDate(Date timestamp) Convert a Date instance to a IQuantity, preserving null.
IQuantity	IQuantity.in(IUnit targetUnit) Get this quantity expressed in the unit targetUnit.
IQuantity	IQuantity.multiply(double factor) Returns a new quantity that is this quantity multiplied with factor, if this is a linear quantity.
IQuantity	IQuantity.multiply(long factor) Returns a new quantity that is this quantity multiplied with factor, if this is a linear quantity.
IQuantity	IUnit.quantity(double numericalValue) Create a quantity expressed in this unit and with a numerical quantity value equal to numericalValue.
IQuantity	IUnit.quantity(long numericalValue) Create a quantity expressed in this unit and with a numerical quantity value equal to numericalValue.
IQuantity	IUnit.quantity(Number numericalValue) Create a quantity expressed in this unit and with a numerical quantity value equal to numericalValue.
IQuantity	IQuantity.subtract(IQuantity subtrahend) Returns a new quantity that is the arithmetic difference of this quantity and subtrahend, if such an operation is defined for this kind of quantity.

Methods in org.openjdk.jmc.common.unit that return types with arguments of type IQuantity

Modifier and Type	Method and Description
IConstraint<IQuantity>	KindOfQuantity.combine(IConstraint<?> other)
static <U extends TypedUnit<U>> IRange<IQuantity>	QuantityRange.createPoint(IQuantity start)
static <U extends TypedUnit<U>> IRange<IQuantity>	QuantityRange.createWithEnd(IQuantity start, IQuantity end)
static <U extends TypedUnit<U>> IRange<IQuantity>	QuantityRange.createWithExtent(IQuantity start, ITypedQuantity<LinearUnit> extent)
<M> IMemberAccessor<M,IQuantity>	KindOfQuantity.getAccessor(IAccessorKey<M> attribute)
IRange<IQuantity>	KindOfQuantity.getFirstBucket(IQuantity start, IQuantity end, double maxBuckets) Divide the given range into at most maxBuckets "naturally" aligned buckets, and return the first one.
protected IRange<IQuantity>	KindOfQuantity.getFirstBucket(ITypedQuantity<U> start, ITypedQuantity<U> end, double maxBuckets)
IFormatter<IQuantity>	LinearKindOfQuantity.getFormatterResolving(IRange<IQuantity> range)
abstract IFormatter<IQuantity>	KindOfQuantity.getFormatterResolving(IRange<IQuantity> range) Get a formatter with sufficient resolution to produce unique strings for both ends of range, and consecutive equally spaced quantities.
IPersister<IQuantity>	KindOfQuantity.getPersister()
IFormatter<IRange<IQuantity>>	KindOfQuantity.getRangeFormatter(String formatHint) Temporary helper to format quantity ranges.
static IRange<IQuantity>	QuantityRange.intersection(IRange<IQuantity> a, IRange<IQuantity> b)

Methods in org.openjdk.jmc.common.unit with parameters of type IQuantity

Modifier and Type	Method and Description
IQuantity	IQuantity.add(IQuantity addend) Returns a new quantity that is the arithmetic sum of this quantity and addend, if such an operation is defined for this kind of quantity.
static IDisplayable	QuantityRange.createInfinite(IQuantity start, IQuantity end) Create an IRange<IQuantity> if start and end both are non-null.
static <U extends TypedUnit<U>> IRange<IQuantity>	QuantityRange.createPoint(IQuantity start)
static <U extends TypedUnit<U>> IRange<IQuantity>	QuantityRange.createWithEnd(IQuantity start, IQuantity end)
static <U extends TypedUnit<U>> IRange<IQuantity>	QuantityRange.createWithExtent(IQuantity start, ITypedQuantity<LinearUnit> extent)
String	LinearKindOfQuantity.AutoFormatter.format(IQuantity quantity)
String	LinearKindOfQuantity.DualUnitFormatter.format(IQuantity quantity)
String	KindOfQuantity.ExactFormatter.format(IQuantity quantity)
String	KindOfQuantity.VerboseFormatter.format(IQuantity quantity)
String	IIncrementalFormatter.formatAdjacent(IQuantity previous, IQuantity current) Return a string representation of current that is minimalistic, yet includes sufficient context so that a human can deduce its full value, given that a sufficient representation of previous is presented immediately ahead.
String	IIncrementalFormatter.formatContext(IQuantity firstPresented) Return a string context that can be presented ahead of presenting firstPresented so that the latter can be presented with a minimalistic representation using formatChange(firstPresented, firstPresented).
static String	LinearKindOfQuantity.AutoFormatter.formatInUnit(IQuantity quantity, LinearUnit customUnit, int nominalValueDigits)
IRange<IQuantity>	KindOfQuantity.getFirstBucket(IQuantity start, IQuantity end, double maxBuckets) Divide the given range into at most maxBuckets "naturally" aligned buckets, and return the first one.
LinearUnit	LinearKindOfQuantity.getLargestExactUnit(IQuantity quantity)
abstract U	KindOfQuantity.getLargestExactUnit(IQuantity quantity) Get the largest unit, if any, in which this quantity can be expressed exactly, typically with an integer.
LinearUnit	LinearKindOfQuantity.getPreferredUnit(IQuantity quantity, double minNumericalValue, double maxNumericalValue)
abstract U	KindOfQuantity.getPreferredUnit(IQuantity quantity, double minNumericalValue, double maxNumericalValue)
String	KindOfQuantity.interactiveFormat(IQuantity value)
static QuantityConversionException	QuantityConversionException.noUnit(String badString, IQuantity prototype)
String	KindOfQuantity.persistableString(IQuantity value)
double	IQuantity.ratioTo(IQuantity consequent) Compute the ratio of this quantity to the given consequent quantity, if both are of the same linear kind.
IQuantity	IQuantity.subtract(IQuantity subtrahend) Returns a new quantity that is the arithmetic difference of this quantity and subtrahend, if such an operation is defined for this kind of quantity.
static Date	UnitLookup.toDate(IQuantity timestamp) Convert an IQuantity representing a timestamp to a Date, preserving null.
static QuantityConversionException	QuantityConversionException.unknownUnit(String badString, IQuantity prototype)
static QuantityConversionException	QuantityConversionException.unparsable(String badString, IQuantity prototype)
boolean	KindOfQuantity.validate(IQuantity value)

Method parameters in org.openjdk.jmc.common.unit with type arguments of type IQuantity

Modifier and Type	Method and Description
IFormatter<IQuantity>	LinearKindOfQuantity.getFormatterResolving(IRange<IQuantity> range)
abstract IFormatter<IQuantity>	KindOfQuantity.getFormatterResolving(IRange<IQuantity> range) Get a formatter with sufficient resolution to produce unique strings for both ends of range, and consecutive equally spaced quantities.
static IRange<IQuantity>	QuantityRange.intersection(IRange<IQuantity> a, IRange<IQuantity> b)
static IRange<IQuantity>	QuantityRange.intersection(IRange<IQuantity> a, IRange<IQuantity> b)

Constructors in org.openjdk.jmc.common.unit with parameters of type IQuantity

Constructor and Description
Quantity(QuantityConversionException.Problem problem, IQuantity badQuantity, IQuantity prototype)
Quantity(QuantityConversionException.Problem problem, String badString, IQuantity prototype)

Uses of IQuantity in org.openjdk.jmc.common.util

Methods in org.openjdk.jmc.common.util that return IQuantity

Modifier and Type	Method and Description
IQuantity	MCOldObject.getAddress()

Methods in org.openjdk.jmc.common.util that return types with arguments of type IQuantity

Modifier and Type	Method and Description
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.addHalfDelta(IMemberAccessor<IQuantity,T> bias, IMemberAccessor<IQuantity,T> delta) Create an accessor that adds half of a delta value to a bias value.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.avg(IMemberAccessor<IQuantity,T> data1, IMemberAccessor<IQuantity,T> data2) Create an accessor that calculates the average of the values from two accessors.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.difference(IMemberAccessor<IQuantity,T> minuend, IMemberAccessor<IQuantity,T> subtrahend) Create an accessor that subtracts values of one accessor from the values of another accessor.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.pointRange(IMemberAccessor<IQuantity,T> point) Create an accessor that constructs point ranges (ranges with zero extent) based on point values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithEnd(IMemberAccessor<IQuantity,T> start, IMemberAccessor<IQuantity,T> end) Create an accessor that constructs ranges based on start and end values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithExtent(IMemberAccessor<IQuantity,T> start, IMemberAccessor<IQuantity,T> extent) Create an accessor that constructs ranges based on start and extent values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithExtentEnd(IMemberAccessor<IQuantity,T> extent, IMemberAccessor<IQuantity,T> end) Create an accessor that constructs ranges based on end and extent values.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.subtractHalfDelta(IMemberAccessor<IQuantity,T> bias, IMemberAccessor<IQuantity,T> delta) Create an accessor that subtracts half of a delta value from a bias value.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.sum(IMemberAccessor<IQuantity,T> term1, IMemberAccessor<IQuantity,T> term2) Create an accessor that adds the values of two accessors.

Method parameters in org.openjdk.jmc.common.util with type arguments of type IQuantity

Modifier and Type	Method and Description
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.addHalfDelta(IMemberAccessor<IQuantity,T> bias, IMemberAccessor<IQuantity,T> delta) Create an accessor that adds half of a delta value to a bias value.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.addHalfDelta(IMemberAccessor<IQuantity,T> bias, IMemberAccessor<IQuantity,T> delta) Create an accessor that adds half of a delta value to a bias value.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.avg(IMemberAccessor<IQuantity,T> data1, IMemberAccessor<IQuantity,T> data2) Create an accessor that calculates the average of the values from two accessors.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.avg(IMemberAccessor<IQuantity,T> data1, IMemberAccessor<IQuantity,T> data2) Create an accessor that calculates the average of the values from two accessors.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.difference(IMemberAccessor<IQuantity,T> minuend, IMemberAccessor<IQuantity,T> subtrahend) Create an accessor that subtracts values of one accessor from the values of another accessor.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.difference(IMemberAccessor<IQuantity,T> minuend, IMemberAccessor<IQuantity,T> subtrahend) Create an accessor that subtracts values of one accessor from the values of another accessor.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.pointRange(IMemberAccessor<IQuantity,T> point) Create an accessor that constructs point ranges (ranges with zero extent) based on point values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithEnd(IMemberAccessor<IQuantity,T> start, IMemberAccessor<IQuantity,T> end) Create an accessor that constructs ranges based on start and end values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithEnd(IMemberAccessor<IQuantity,T> start, IMemberAccessor<IQuantity,T> end) Create an accessor that constructs ranges based on start and end values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithExtent(IMemberAccessor<IQuantity,T> start, IMemberAccessor<IQuantity,T> extent) Create an accessor that constructs ranges based on start and extent values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithExtent(IMemberAccessor<IQuantity,T> start, IMemberAccessor<IQuantity,T> extent) Create an accessor that constructs ranges based on start and extent values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithExtentEnd(IMemberAccessor<IQuantity,T> extent, IMemberAccessor<IQuantity,T> end) Create an accessor that constructs ranges based on end and extent values.
static <T> IMemberAccessor<IRange<IQuantity>,T>	MemberAccessorToolkit.rangeWithExtentEnd(IMemberAccessor<IQuantity,T> extent, IMemberAccessor<IQuantity,T> end) Create an accessor that constructs ranges based on end and extent values.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.subtractHalfDelta(IMemberAccessor<IQuantity,T> bias, IMemberAccessor<IQuantity,T> delta) Create an accessor that subtracts half of a delta value from a bias value.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.subtractHalfDelta(IMemberAccessor<IQuantity,T> bias, IMemberAccessor<IQuantity,T> delta) Create an accessor that subtracts half of a delta value from a bias value.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.sum(IMemberAccessor<IQuantity,T> term1, IMemberAccessor<IQuantity,T> term2) Create an accessor that adds the values of two accessors.
static <T> IMemberAccessor<IQuantity,T>	MemberAccessorToolkit.sum(IMemberAccessor<IQuantity,T> term1, IMemberAccessor<IQuantity,T> term2) Create an accessor that adds the values of two accessors.

Constructors in org.openjdk.jmc.common.util with parameters of type IQuantity

Constructor and Description
MCOldObject(IQuantity address, IMCType type, String objectDescription, IMCOldObject referrer, String field, IQuantity fieldModifier, IQuantity arraySize, IQuantity arrayIndex) Create a new old object instance.