Integer class - quantity library

Constructors

Integer(int _value): Constructs a instance.
Integer.constant(int _value): Constructs a constant Integer.
const
Integer.fromMap(Map<String, int>? m): Construct an Integer from a Map: { 'i': integer value }
factory
Integer.parse(String str, {int radix = 10}): Constructs a instance.

Properties

hashCode → int: Returns the same hash as the int with the same value.
no setteroverride
isFinite → bool: Whether this Number represents a finite value.
no setterinherited
isInfinite → bool: Whether this Number represents infinity.
no setteroverride
isInteger → bool: True if the Number represents an integer value. Note that the Number does not have to be of type Integer for this to be true.
no setteroverride
isNaN → bool: Whether this Number represents a value .
no setteroverride
isNegative → bool: Whether this number is less than zero.
no setteroverride
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited
sign → num: Returns minus one, zero or plus one depending on the sign and numerical value of the number. Returns minus one if the number is less than zero, plus one if the number is greater than zero, and zero if the number is equal to zero. Returns NaN if the number is NaN. Returns an int if this Number's value is an integer, a double otherwise.
no setterinherited
value → int: All Real subclasses must be able to provide their value as a dart:core num.
no setteroverride

Methods

abs() → Integer: The absolute value, returned as an Integer. Returns itself if its value is greater than or equal to zero.
override
bitwiseXor(dynamic n) → Integer: A substitute method to perform bitwise XOR operation on integers. The caret operator is overridden to provide a power operator for all Numbers.
ceil() → Number: Returns the least Number having integer components no smaller than this Number.
override
clamp(dynamic lowerLimit, dynamic upperLimit) → Number: Returns this num clamped to be in the range lowerLimit-upperLimit. The comparison is done using compareTo and therefore takes -0.0 into account. This also implies that double.NAN is treated as the maximal double value. lowerLimit and upperLimit are expected to be num or `Number' objects.
override
compareTo(dynamic n2) → int: Compares this Number to another Number by comparing values. n2 is expected to be a num or Number. If it is not it will be considered to have a value of 0.
inherited
floor() → Number: Returns the greatest Number with an integer value no greater than this Number. If this is not finite (NaN or infinity), throws an UnsupportedError.
override
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
reciprocal() → Number: Returns the Number that is the reciprocal of this Number. This Number is unaffected.
inherited
remainder(dynamic divisor) → Number: Returns the remainder of the truncating division of this Number by divisor. The result r of this operation satisfies: this == (this ~/ other) * other + r. As a consequence the remainder r has the same sign as the operator /(divisor).
inherited
round() → Number: Returns the integer Number closest to this Number. Rounds away from zero when there is no closest integer: (3.5).round() == 4 and (-3.5).round() == -4. If this is not finite (NaN or infinity), throws an UnsupportedError.
inherited
toDouble() → double: Converts this Number to a dart:core double.
override
toInt() → int: Converts this Number to a dart:core int.
override
toJson() → Map<String, int>: Support dart:json stringify.
override
toString() → String: A string representation of this object.
inherited
truncate() → Number: Returns a truncated value.
override

Operators

operator %(dynamic divisor) → Number: The modulo operator.
override
operator &(dynamic n) → Number: Bitwise AND.
operator *(dynamic multiplicand) → Number: Returns the product of this Number and the multiplicand (a Number or num). This Number is unaffected.
override
operator +(dynamic addend) → Number: Addition operator.
override
operator -(dynamic subtrahend) → Number: Returns the difference of this Number and the subtrahend (a Number or num). This Number is unaffected.
override
operator /(dynamic divisor) → Number: Returns the quotient of this Number divided by the divisor (a Number or num). This Number is unaffected.
inherited
operator <(dynamic obj) → bool: Returns whether the value of this Number is less than the value of obj (a Number or num).
inherited
operator <<(dynamic n) → Number: Shift the bits of this integer to the left by n.
operator <=(dynamic obj) → bool: Returns whether the value of this Number is less than or equal to the value of obj (a Number or num).
inherited
operator ==(dynamic obj) → bool: Tests whether this Integer is equal to another Object obj. Only num and Number objects having the same real integer value (and no imaginary component) are considered equal.
override
operator >(dynamic obj) → bool: Returns whether the value of this Number is greater than the value of obj (a Number or num).
inherited
operator >=(dynamic obj) → bool: Returns whether the value of this Number is greater than or equal to the value of obj (a Number or num).
inherited
operator >>(dynamic n) → Number: Shift the bits of this integer to the right by n.
operator ^(dynamic exponent) → Number: The power operator (note: NOT bitwise XOR).
inherited
operator unary-() → Integer: Negation operator.
override
operator |(dynamic n) → Number: Bitwise OR.
operator ~() → Integer: The bit-wise negate operator.
operator ~/(dynamic divisor) → Number: The truncating division operator. When dividing by an Imaginary or Complex number, the result will contain an imaginary component. The imaginary component is not truncated; only the real portion of the result is truncated.
inherited

Constants

hundred → const Integer: One hundred, as an Integer.
negOne → const Integer: Negative one, as an Integer.
one → const Integer: One, as an Integer.
ten → const Integer: Ten, as an Integer.
thousand → const Integer: One thousand, as an Integer.
zero → const Integer: Zero, as an Integer.