SByte
classin packageklyn
public class SByte extends AbstractSignedInt implements ValueType:
All Implemented Interfaces: ValueType

Represents an 8-bit signed integer.

Fields
Modifier and Type Member Description
public static const MAX_VALUE
MAX_VALUE as SByte = 127
The greatest value representable by an SByte.
public static const MIN_VALUE
MIN_VALUE as SByte = -128
The smallest value representable by an SByte.
Properties inherited from Object: type
Constructors
Modifier and Type Member Description
public native SByte Builds the neutral SByte value (`0`).
public native SByte
SByte(value: Boolean)
Builds an SByte from a Boolean value (`false` = 0, `true` = 1).
public native SByte
SByte(value: Char)
Builds an SByte from a character code point.
public native SByte
SByte(value: Double)
Builds an SByte from a Double value.
public native SByte
SByte(value: Float)
Builds an SByte from a Float value.
public native SByte
SByte(value: Int)
Builds an SByte from a signed 32-bit integer.
public native SByte
SByte(value: Long)
Builds an SByte from a signed 64-bit integer.
public native SByte Builds an SByte from a textual representation.
public native SByte
SByte(value: UInt)
Builds an SByte from an unsigned 32-bit integer.
public native SByte
SByte(value: ULong)
Builds an SByte from an unsigned 64-bit integer.
Methods
Modifier and Type Member Description
public override toString
toString() as String:
Converts this value to its textual representation.
public static tryParse
tryParse( readonly value as String, out result as SByte ) as Boolean:
Parses an SByte value from text.
Methods inherited from Object: fromJson, toDict, toJson, toString, toXml
Operators
Modifier and Type Member Description
public native static operator!=( readonly a as SByte, readonly b as SByte ) as Boolean Tests whether two SByte values are different.
public native static operator%( readonly a as SByte, readonly b as SByte ) as SByte Computes the remainder of one SByte value divided by another.
public native static operator%=( readonly a as SByte, readonly b as SByte ) as Void Replaces `a` with the remainder of `a` divided by `b`.
public native static operator*( readonly a as SByte, readonly b as SByte ) as SByte Multiplies two SByte values.
public native static operator**( readonly value as SByte, readonly power as UInt ) as SByte Raises a SByte value to a power.
public native static operator**=( readonly value as SByte, readonly power as UInt ) as Void Replaces `value` with `value ** power`.
public native static operator*=( readonly a as SByte, readonly b as SByte ) as Void Multiplies `a` by `b` in place.
public native static operator+( readonly a as SByte, readonly b as SByte ) as SByte Adds two SByte values.
public native static operator+=( readonly a as SByte, readonly b as SByte ) as Void Adds `b` to `a` in place.
public native static operator-( readonly a as SByte, readonly b as SByte ) as SByte Subtracts one SByte value from another.
public native static operator-=( readonly a as SByte, readonly b as SByte ) as Void Subtracts `b` from `a` in place.
public native static operator/( readonly a as SByte, readonly b as SByte ) as Double Divides one SByte value by another.
public native static operator//( readonly a as SByte, readonly b as SByte ) as SByte Performs integer division on two SByte values.
public native static operator//=( readonly a as SByte, readonly b as SByte ) as Void Replaces `a` with the integer division of `a` by `b`.
public native static operator<( readonly a as SByte, readonly b as SByte ) as Boolean Tests whether `a` is strictly lower than `b`.
public native static operator<=( readonly a as SByte, readonly b as SByte ) as Boolean Tests whether `a` is lower than or equal to `b`.
public native static operator==( readonly a as SByte, readonly b as SByte ) as Boolean Tests whether two SByte values are equal.
public native static operator>( readonly a as SByte, readonly b as SByte ) as Boolean Tests whether `a` is strictly greater than `b`.
public native static operator>=( readonly a as SByte, readonly b as SByte ) as Boolean Tests whether `a` is greater than or equal to `b`.