This class represents a finite duration. Its addition and subtraction operators are overloaded to retain this guarantee statically. The range of this class is limited to+-(2^63-1)ns, which is roughly 292 years.
Return this duration multiplied by the scalar factor.
Return this duration multiplied by the scalar factor. When involving non-finite factors the semantics match those of Double.
$ovf
Return the product of this duration and the given integer factor.
Return the product of this duration and the given integer factor.
IllegalArgumentException if the result would overflow the range of FiniteDuration
Return the sum of that duration and this.
Return the sum of that duration and this. When involving non-finite summands the semantics match those of Double.
$ovf
Return the difference of that duration and this.
Return the difference of that duration and this. When involving non-finite summands the semantics match those of Double.
$ovf
Return this duration divided by the scalar factor.
Return this duration divided by the scalar factor. When involving non-finite factors the semantics match those of Double.
$ovf
Return the quotient of this and that duration as floating-point number.
Return the quotient of this and that duration as floating-point number. The semantics are determined by Double as if calculating the quotient of the nanosecond lengths of both factors.
Return the quotient of this duration and the given integer factor.
Return the quotient of this duration and the given integer factor.
java.lang.ArithmeticException if the factor is 0
Result of comparingthis with operandthat.
Result of comparingthis with operandthat.
Implement this method to determine how instances of A will be sorted.
Returnsx where:
x < 0 whenthis < that
x == 0 whenthis == that
x > 0 whenthis > that
Return the quotient of this duration and the given integer factor.
Return the quotient of this duration and the given integer factor.
java.lang.ArithmeticException if the factor is 0
Compares the receiver object (this) with the argument object (that) for equivalence.
Compares the receiver object (this) with the argument object (that) for equivalence.
Any implementation of this method should be anequivalence relation:
- It is reflexive: for any instancex of typeAny,x.equals(x) should returntrue. - It is symmetric: for any instancesx andy of typeAny,x.equals(y) should returntrue if and only ify.equals(x) returnstrue. - It is transitive: for any instancesx,y, andz of typeAny ifx.equals(y) returnstrue andy.equals(z) returnstrue, thenx.equals(z) should returntrue.
If you override this method, you should verify that your implementation remains an equivalence relation. Additionally, when overriding this method it is usually necessary to overridehashCode to ensure that objects which are "equal" (o1.equals(o2) returnstrue) hash to the samescala.Int. (o1.hashCode.equals(o2.hashCode)).
the object to compare against this object for equality.
true if the receiver object is equivalent to the argument;false otherwise.
Construct aDeadline from this duration by adding it to the current instantDeadline.now.
Construct aDeadline from this duration by adding it to the current instantDeadline.now.
Calculates a hash code value for the object.
Calculates a hash code value for the object.
The default hashing algorithm is platform dependent.
Note that it is allowed for two objects to have identical hash codes (o1.hashCode.equals(o2.hashCode)) yet not be equal (o1.equals(o2) returnsfalse). A degenerate implementation could always return0. However, it is required that if two objects are equal (o1.equals(o2) returnstrue) that they have identical hash codes (o1.hashCode.equals(o2.hashCode)). Therefore, when overriding this method, be sure to verify that the behavior is consistent with theequals method.
the hash code value for this object.
This method returns whether this duration is finite, which is not the same as!isInfinite for Double because this method also returnsfalse forDuration.Undefined.
This method returns whether this duration is finite, which is not the same as!isInfinite for Double because this method also returnsfalse forDuration.Undefined.
Return the product of this duration and the given integer factor.
Return the product of this duration and the given integer factor.
IllegalArgumentException if the result would overflow the range of FiniteDuration
Return duration which is equal to this duration but with a coarsest Unit, or self in case it is already the coarsest Unit
Return duration which is equal to this duration but with a coarsest Unit, or self in case it is already the coarsest Unit
Examples:
Duration(60, MINUTES).toCoarsest // Duration(1, HOURS)Duration(1000, MILLISECONDS).toCoarsest // Duration(1, SECONDS)Duration(48, HOURS).toCoarsest // Duration(2, DAYS)Duration(5, SECONDS).toCoarsest // Duration(5, SECONDS)Return the length of this duration measured in whole days, rounding towards zero.
Return the length of this duration measured in whole days, rounding towards zero.
$exc
Return the length of this duration measured in whole hours, rounding towards zero.
Return the length of this duration measured in whole hours, rounding towards zero.
$exc
Return the length of this duration measured in whole microseconds, rounding towards zero.
Return the length of this duration measured in whole microseconds, rounding towards zero.
$exc
Return the length of this duration measured in whole milliseconds, rounding towards zero.
Return the length of this duration measured in whole milliseconds, rounding towards zero.
$exc
Return the length of this duration measured in whole minutes, rounding towards zero.
Return the length of this duration measured in whole minutes, rounding towards zero.
$exc
Return the length of this duration measured in whole nanoseconds, rounding towards zero.
Return the length of this duration measured in whole nanoseconds, rounding towards zero.
$exc
Return the length of this duration measured in whole seconds, rounding towards zero.
Return the length of this duration measured in whole seconds, rounding towards zero.
$exc
Returns a string representation of the object.
Returns a string representation of the object.
The default representation is platform dependent.
a string representation of the object.
Return the number of nanoseconds as floating point number, scaled down to the given unit.
Return the number of nanoseconds as floating point number, scaled down to the given unit. The result may not precisely represent this duration due to the Double datatype's inherent limitations (mantissa size effectively 53 bits). Non-finite durations are represented as -Duration.Undefined is mapped to Double.NaN -Duration.Inf is mapped to Double.PositiveInfinity -Duration.MinusInf is mapped to Double.NegativeInfinity
Negate this duration.
Negate this duration. The only two values which are mapped to themselves areDuration.Zero andDuration.Undefined.
Returns true ifthis is less thanthat
Returns true ifthis is less than or equal tothat.
Returns true ifthis is less than or equal tothat.
Returns true ifthis is greater thanthat.
Returns true ifthis is greater than or equal tothat.
Returns true ifthis is greater than or equal tothat.
Result of comparingthis with operandthat.
Return the quotient of this and that duration as floating-point number.
Return the quotient of this and that duration as floating-point number. The semantics are determined by Double as if calculating the quotient of the nanosecond lengths of both factors.
Return this duration divided by the scalar factor.
Return this duration divided by the scalar factor. When involving non-finite factors the semantics match those of Double.
IllegalArgumentExceptionin case of a finite overflow: the range of a finite duration is+-(2^63-1)ns, and no conversion to infinite durations takes place.
Return the larger of this and that duration as determined by the natural ordering.
Return the larger of this and that duration as determined by the natural ordering.
Return the smaller of this and that duration as determined by the natural ordering.
Return the smaller of this and that duration as determined by the natural ordering.
Return the difference of that duration and this.
Return the difference of that duration and this. When involving non-finite summands the semantics match those of Double.
IllegalArgumentExceptionin case of a finite overflow: the range of a finite duration is+-(2^63-1)ns, and no conversion to infinite durations takes place.
Return this duration multiplied by the scalar factor.
Return this duration multiplied by the scalar factor. When involving non-finite factors the semantics match those of Double.
IllegalArgumentExceptionin case of a finite overflow: the range of a finite duration is+-(2^63-1)ns, and no conversion to infinite durations takes place.
Negate this duration.
Negate this duration. The only two values which are mapped to themselves areDuration.Zero andDuration.Undefined.
Return the sum of that duration and this.
Return the sum of that duration and this. When involving non-finite summands the semantics match those of Double.
IllegalArgumentExceptionin case of a finite overflow: the range of a finite duration is+-(2^63-1)ns, and no conversion to infinite durations takes place.
Obtain the length of this Duration measured in the unit obtained by theunit method.
Obtain the length of this Duration measured in the unit obtained by theunit method.
$exc
Obtain the time unit in which the length of this duration is measured.
Obtain the time unit in which the length of this duration is measured.
$exc