net.java.dev.moskito.core.stats
Interface StatValue

All Known Implementing Classes:

StatValueImpl

public interface StatValue

This interface declares a generic statistic value that may record data series for certain Intervals synchronously. That means, that if there is more than one Interval registered, the same value will be collected in all of these intervals.
Furthermore this class provides some convenience methods to manipulate the value, possibly depending on comparison operations.

Author:

miros

See Also:

Interval

Method Summary

void	addInterval(Interval aInterval) This method adds the given Interval.
void	decrease() This method decreases the stored values for all Intervals by one.
void	decreaseByDouble(double aValue) This method decreases the current values of all registered Intervals by the given double value.
void	decreaseByInt(int aValue) This method decreases the current values of all registered Intervals by the given int value.
void	decreaseByLong(long aValue) This method decreases the current values of all registered Intervals by the given long value.
String	getName() This method returns the name of this statistic value.
double	getValueAsDouble() This method returns the absolute value as double.
double	getValueAsDouble(String aIntervalName) This method returns the current value of a specific Interval as double.
int	getValueAsInt() This method returns the absolute value as int.
int	getValueAsInt(String aIntervalName) This method returns the current value of a specific Interval as int.
long	getValueAsLong() This method returns the absolute value as long.
long	getValueAsLong(String aIntervalName) This method returns the current value of a specific Interval as long.
void	increase() This method increases the stored values for all Intervals by one.
void	increaseByDouble(double aValue) This method increases the current values of all registered Intervals by the given double value.
void	increaseByInt(int aValue) This method increases the current values of all registered Intervals by the given int value.
void	increaseByLong(long aValue) This method increases the current values of all registered Intervals by the given long value.
void	reset() This method resets the ValueHolders of all registered Intervals.
void	setDefaultValueAsDouble(double aValue) This method sets the default value that will be the initial value after an Interval was elapsed.
void	setDefaultValueAsInt(int aValue) This method sets the default value that will be the initial value after an Interval was elapsed.
void	setDefaultValueAsLong(long aValue) This method sets the default value that will be the initial value after an Interval was elapsed.
void	setValueAsDouble(double aValue) This method sets the given double value to be the current value of all registered Intervals.
void	setValueAsInt(int aValue) This method sets the given int value to be the current value of all registered Intervals.
void	setValueAsLong(long aValue) This method sets the given long value to be the current value of all registered Intervals.
void	setValueIfGreaterThanCurrentAsDouble(double aValue) This method sets the given double value to be the current value of all registered Intervals depending on the condition "current value < given value".
void	setValueIfGreaterThanCurrentAsInt(int aValue) This method sets the given int value to be the current value of all registered Intervals depending on the condition "current value < given value".
void	setValueIfGreaterThanCurrentAsLong(long aValue) This method sets the given long value to be the current value of all registered Intervals depending on the condition "current value < given value".
void	setValueIfLesserThanCurrentAsDouble(double aValue) This method sets the given double value to be the current value of all registered Intervals depending on the condition "current value > given value".
void	setValueIfLesserThanCurrentAsInt(int aValue) This method sets the given int value to be the current value of all registered Intervals depending on the condition "current value > given value".
void	setValueIfLesserThanCurrentAsLong(long aValue) This method sets the given long value to be the current value of all registered Intervals depending on the condition "current value > given value".

Method Detail

addInterval

void addInterval(Interval aInterval)

This method adds the given Interval. After every value manipulation will be delegated to this Interval too.

Parameters:

aInterval - the Interval to add

getName

String getName()

This method returns the name of this statistic value.

Returns:

the name

increase

void increase()

This method increases the stored values for all Intervals by one. Particularly, this includes the absolute value.

decrease

void decrease()

This method decreases the stored values for all Intervals by one. Particularly, this includes the absolute value.

getValueAsInt

int getValueAsInt()

This method returns the absolute value as int.

Returns:

the absolute value

getValueAsLong

long getValueAsLong()

This method returns the absolute value as long.

Returns:

the absolute value

getValueAsDouble

double getValueAsDouble()

This method returns the absolute value as double.

Returns:

the absolute value

getValueAsInt

int getValueAsInt(String aIntervalName)

This method returns the current value of a specific Interval as int.

Parameters:

aIntervalName - the name of the Interval or null to get the absolute value

Returns:

the current value

getValueAsLong

long getValueAsLong(String aIntervalName)

This method returns the current value of a specific Interval as long.

Parameters:

aIntervalName - the name of the Interval or null to get the absolute value

Returns:

the current value

getValueAsDouble

double getValueAsDouble(String aIntervalName)

This method returns the current value of a specific Interval as double.

Parameters:

aIntervalName - the name of the Interval or null to get the absolute value

Returns:

the current value

setValueAsInt

void setValueAsInt(int aValue)

This method sets the given int value to be the current value of all registered Intervals. Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

setValueAsLong

void setValueAsLong(long aValue)

This method sets the given long value to be the current value of all registered Intervals. Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

setValueAsDouble

void setValueAsDouble(double aValue)

This method sets the given double value to be the current value of all registered Intervals. Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

increaseByInt

void increaseByInt(int aValue)

This method increases the current values of all registered Intervals by the given int value. Particularly, this includes the absolute value.

Parameters:

aValue - the value to increment by

increaseByLong

void increaseByLong(long aValue)

This method increases the current values of all registered Intervals by the given long value. Particularly, this includes the absolute value.

Parameters:

aValue - the value to increment by

increaseByDouble

void increaseByDouble(double aValue)

This method increases the current values of all registered Intervals by the given double value. Particularly, this includes the absolute value.

Parameters:

aValue - the value to increment by

decreaseByInt

void decreaseByInt(int aValue)

This method decreases the current values of all registered Intervals by the given int value. Particularly, this includes the absolute value.

Parameters:

aValue - the value to decrement by

decreaseByLong

void decreaseByLong(long aValue)

This method decreases the current values of all registered Intervals by the given long value. Particularly, this includes the absolute value.

Parameters:

aValue - the value to decrement by

decreaseByDouble

void decreaseByDouble(double aValue)

This method decreases the current values of all registered Intervals by the given double value. Particularly, this includes the absolute value.

Parameters:

aValue - the value to decrement by

setDefaultValueAsLong

void setDefaultValueAsLong(long aValue)

This method sets the default value that will be the initial value after an Interval was elapsed. Typically, an Interval implementation will execute "currentValue = defaultValue" after it Interval period was over.

Parameters:

aValue - the new default value

setDefaultValueAsInt

void setDefaultValueAsInt(int aValue)

This method sets the default value that will be the initial value after an Interval was elapsed. Typically, an Interval implementation will execute "currentValue = defaultValue" after it Interval period was over.

Parameters:

aValue - the new default value

setDefaultValueAsDouble

void setDefaultValueAsDouble(double aValue)

This method sets the default value that will be the initial value after an Interval was elapsed. Typically, an Interval implementation will execute "currentValue = defaultValue" after it Interval period was over.

Parameters:

aValue - the new default value

reset

void reset()

This method resets the ValueHolders of all registered Intervals. Typically, an Interval implementation will execute "currentValue = defaultValue" on reset.

setValueIfGreaterThanCurrentAsLong

void setValueIfGreaterThanCurrentAsLong(long aValue)

This method sets the given long value to be the current value of all registered Intervals depending on the condition "current value < given value". Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

setValueIfGreaterThanCurrentAsInt

void setValueIfGreaterThanCurrentAsInt(int aValue)

This method sets the given int value to be the current value of all registered Intervals depending on the condition "current value < given value". Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

setValueIfGreaterThanCurrentAsDouble

void setValueIfGreaterThanCurrentAsDouble(double aValue)

This method sets the given double value to be the current value of all registered Intervals depending on the condition "current value < given value". Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

setValueIfLesserThanCurrentAsLong

void setValueIfLesserThanCurrentAsLong(long aValue)

This method sets the given long value to be the current value of all registered Intervals depending on the condition "current value > given value". Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

setValueIfLesserThanCurrentAsInt

void setValueIfLesserThanCurrentAsInt(int aValue)

This method sets the given int value to be the current value of all registered Intervals depending on the condition "current value > given value". Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value

setValueIfLesserThanCurrentAsDouble

void setValueIfLesserThanCurrentAsDouble(double aValue)

This method sets the given double value to be the current value of all registered Intervals depending on the condition "current value > given value". Particularly, this includes the absolute value.
ATTENTION: The Intervals will not be resetted. So the measured values of the first next Interval cycles are invalid.

Parameters:

aValue - the new value