units / org.apache.tuweni.units.bigints / UInt256

UInt256

class UInt256 : UInt256Value<UInt256> (source)

An unsigned 256-bit precision number. This is a raw UInt256Value - a 256-bit precision unsigned number of no particular unit.

Properties

MAX_VALUE	`static val MAX_VALUE: UInt256` The maximum value of a UInt256
MIN_VALUE	`static val MIN_VALUE: UInt256` The minimum value of a UInt256
ONE	`static val ONE: UInt256` The value 1
ZERO	`static val ZERO: UInt256` The value 0

Functions

add	`fun add(value: UInt256): UInt256` `fun add(value: Long): UInt256`
addMod	`fun addMod(value: UInt256, modulus: UInt256): UInt256` `fun addMod(value: Long, modulus: UInt256): UInt256` `fun addMod(value: Long, modulus: Long): UInt256`
and	`fun and(value: UInt256): UInt256` Return a bit-wise AND of this value and the supplied value. `fun and(bytes: Bytes32): UInt256` Return a bit-wise AND of this value and the supplied bytes.
bitLength	`fun bitLength(): Int`
compareTo	`fun compareTo(other: UInt256): Int`
divide	`fun divide(value: UInt256): UInt256` `fun divide(value: Long): UInt256`
divideCeil	`fun divideCeil(value: UInt256): UInt256` `fun divideCeil(value: Long): UInt256`
equals	`fun equals(other: Any?): Boolean`
fitsInt	`fun fitsInt(): Boolean`
fitsLong	`fun fitsLong(): Boolean`
fromBytes	`static fun fromBytes(bytes: Bytes): UInt256` Return a UInt256 containing the value described by the specified bytes.
fromHexString	`static fun fromHexString(str: String): UInt256` Parse a hexadecimal string into a UInt256.
hashCode	`fun hashCode(): Int`
intValue	`fun intValue(): Int`
isZero	`fun isZero(): Boolean`
mod	`fun mod(modulus: UInt256): UInt256` `fun mod(modulus: Long): UInt256`
mod0	`fun mod0(modulus: UInt256): UInt256` `fun mod0(modulus: Long): UInt256`
multiply	`fun multiply(value: UInt256): UInt256` `fun multiply(value: Long): UInt256`
multiplyMod	`fun multiplyMod(value: UInt256, modulus: UInt256): UInt256` `fun multiplyMod(value: Long, modulus: UInt256): UInt256` `fun multiplyMod(value: Long, modulus: Long): UInt256`
not	`fun not(): UInt256` Return a bit-wise NOT of this value.
numberOfLeadingZeros	`fun numberOfLeadingZeros(): Int`
or	`fun or(value: UInt256): UInt256` Return a bit-wise OR of this value and the supplied value. `fun or(bytes: Bytes32): UInt256` Return a bit-wise OR of this value and the supplied bytes.
pow	`fun pow(exponent: UInt256): UInt256` `fun pow(exponent: Long): UInt256`
shiftLeft	`fun shiftLeft(distance: Int): UInt256` Shift all bits in this value to the left.
shiftRight	`fun shiftRight(distance: Int): UInt256` Shift all bits in this value to the right.
subtract	`fun subtract(value: UInt256): UInt256` `fun subtract(value: Long): UInt256`
toBigInteger	`fun toBigInteger(): BigInteger`
toBytes	`fun toBytes(): Bytes32`
toLong	`fun toLong(): Long`
toMinimalBytes	`fun toMinimalBytes(): Bytes`
toString	`fun toString(): String`
toUInt256	`fun toUInt256(): UInt256`
valueOf	`static fun valueOf(value: Long): UInt256` Return a `UInt256` containing the specified value. `static fun valueOf(value: BigInteger): UInt256` Return a UInt256 containing the specified value.
xor	`fun xor(value: UInt256): UInt256` Return a bit-wise XOR of this value and the supplied value. `fun xor(bytes: Bytes32): UInt256` Return a bit-wise XOR of this value and the supplied bytes.

Inherited Functions

addExact	`open fun addExact(value: T): T` `open fun addExact(value: Long): T` Returns a value that is `(this + value)`.
plus	`open fun plus(value: T): T` `open fun plus(value: Long): T` Returns a value that is `(this + value)`. This notation can be used in Kotlin with the `+` operator.
subtractExact	`open fun subtractExact(value: T): T` `open fun subtractExact(value: Long): T` Returns a value that is `(this - value)`.
toHexString	`open fun toHexString(): String` This value represented as an hexadecimal string. Note that this representation includes all the 32 underlying bytes, no matter what the integer actually represents (in other words, it can have many leading zeros). For a shorter representation that don't include leading zeros, use `#toShortHexString`.
toShortHexString	`open fun toShortHexString(): String`