AssertJ Core 3.26.0 · org.assertj.core.api.ComparatorFactory

Modifier and Type	Field and Description
public static final ComparatorFactory	INSTANCE

Access	Constructor and Description
public	ComparatorFactory()

Method Summary

Modifier and Type	Method and Description
private static < type of expected and precision, which should be the subclass of java.lang.Number and java.lang.Comparable T extends Number> BigDecimal	Returns: the built BigDecimal asBigDecimal(T the Number to convert number) Convert to a precise BigDecimal object using an intermediate String.
public Comparator<Double>	doubleComparatorWithPrecision(double precision)
public Comparator<Float>	floatComparatorWithPrecision(float precision)
private static < type of number to compare including the precision T extends Number> boolean	Returns: whether true if the abs(expected - precision) is <= precision, false otherwise. isWithinPrecision(T the actual value actual, T the expected value expected, T the acceptable precision precision) Returns true if the abs(expected - precision) is <= precision, false otherwise.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

INSTANCE	back to summary
public static final ComparatorFactory INSTANCE

ComparatorFactory	back to summary
public ComparatorFactory()

asBigDecimal	back to summary
private static <T extends Number> BigDecimal asBigDecimal(T number) Convert to a precise BigDecimal object using an intermediate String. Parameters <T> type of expected and precision, which should be the subclass of java.lang.Number and java.lang.Comparable number:T the Number to convert Returns:BigDecimal the built BigDecimal

asBigDecimal

private static <T extends Number> BigDecimal asBigDecimal(T number)

Convert to a precise BigDecimal object using an intermediate String.

Parameters

<T>: type of expected and precision, which should be the subclass of java.lang.Number and java.lang.Comparable
number:T: the Number to convert

the built BigDecimal

doubleComparatorWithPrecision	back to summary
public Comparator<Double> doubleComparatorWithPrecision(double precision)

floatComparatorWithPrecision	back to summary
public Comparator<Float> floatComparatorWithPrecision(float precision)

isWithinPrecision	back to summary
private static <T extends Number> boolean isWithinPrecision(T actual, T expected, T precision) Returns true if the abs(expected - precision) is <= precision, false otherwise. Parameters <T> type of number to compare including the precision actual:T the actual value expected:T the expected value precision:T the acceptable precision Returns:boolean whether true if the abs(expected - precision) is <= precision, false otherwise.

isWithinPrecision

private static <T extends Number> boolean isWithinPrecision(T actual, T expected, T precision)

Returns true if the abs(expected - precision) is <= precision, false otherwise.

Parameters

Returns:boolean

whether true if the abs(expected - precision) is <= precision, false otherwise.