Package com.goterl.lazysodium.interfaces

Interface Ristretto255.Lazy

All Known Implementing Classes:

LazySodium, LazySodiumJava

Enclosing interface:

Ristretto255

public static interface Ristretto255.Lazy

Method Summary

Modifier and Type	Method	Description
Ristretto255.RistrettoPoint	cryptoCoreRistretto255Add(Ristretto255.RistrettoPoint p, Ristretto255.RistrettoPoint q)	Adds two given Ristretto255 points p and q and returns the result.
Ristretto255.RistrettoPoint	cryptoCoreRistretto255FromHash(byte[] hash)	Maps a Ristretto255.RISTRETTO255_HASH_BYTES bytes hash to a Ristretto255 point.
Ristretto255.RistrettoPoint	cryptoCoreRistretto255FromHash(java.lang.String hash)	Maps a Ristretto255.RISTRETTO255_HASH_BYTES bytes hash to a Ristretto255.RistrettoPoint.
boolean	cryptoCoreRistretto255IsValidPoint(java.lang.String point)	Returns whether the passed encoded string represents a valid Ristretto255 point.
Ristretto255.RistrettoPoint	cryptoCoreRistretto255Random()	Chooses a random Ristretto255 point and returns it.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(byte[] x, byte[] y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(byte[] x, java.lang.String y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(byte[] x, java.math.BigInteger y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(java.lang.String x, byte[] y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(java.lang.String x, java.lang.String y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(java.lang.String x, java.math.BigInteger y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(java.math.BigInteger x, byte[] y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(java.math.BigInteger x, java.lang.String y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarAdd(java.math.BigInteger x, java.math.BigInteger y)	Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarComplement(byte[] scalar)	Calculates the result R for the given scalar value such that R + scalar = 1 (mod L) with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarComplement(java.lang.String scalarEnc)	Calculates the result R for the given scalar value such that R + scalar = 1 (mod L) with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarComplement(java.math.BigInteger scalar)	Calculates the result R for the given scalar value such that R + scalar = 1 (mod L) with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarInvert(byte[] scalar)	Calculates the multiplicative inverse of the given scalar value.
java.math.BigInteger	cryptoCoreRistretto255ScalarInvert(java.lang.String scalarEnc)	Calculates the multiplicative inverse of the given scalar value.
java.math.BigInteger	cryptoCoreRistretto255ScalarInvert(java.math.BigInteger scalar)	Calculates the multiplicative inverse of the given scalar value.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(byte[] x, byte[] y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(byte[] x, java.lang.String y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(byte[] x, java.math.BigInteger y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(java.lang.String x, byte[] y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(java.lang.String x, java.lang.String y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(java.lang.String x, java.math.BigInteger y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(java.math.BigInteger x, byte[] y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(java.math.BigInteger x, java.lang.String y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarMul(java.math.BigInteger x, java.math.BigInteger y)	Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarNegate(byte[] scalar)	Calculates the additive inverse of the given scalar value.
java.math.BigInteger	cryptoCoreRistretto255ScalarNegate(java.lang.String scalarEnc)	Calculates the additive inverse of the given scalar value.
java.math.BigInteger	cryptoCoreRistretto255ScalarNegate(java.math.BigInteger scalar)	Calculates the additive inverse of the given scalar value.
java.math.BigInteger	cryptoCoreRistretto255ScalarRandom()	Creates a random scalar value in [0, l[ with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarReduce(byte[] scalar)	Reduces a possibly larger scalar value to [0, L[ with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarReduce(java.lang.String scalarEnc)	Reduces a possibly larger scalar value to [0, l[ with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarReduce(java.math.BigInteger scalar)	Reduces a possibly larger scalar value to [0, l[ with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(byte[] x, byte[] y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(byte[] x, java.lang.String y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(byte[] x, java.math.BigInteger y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(java.lang.String x, byte[] y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(java.lang.String x, java.lang.String y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(java.lang.String x, java.math.BigInteger y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(java.math.BigInteger x, byte[] y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(java.math.BigInteger x, java.lang.String y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
java.math.BigInteger	cryptoCoreRistretto255ScalarSub(java.math.BigInteger x, java.math.BigInteger y)	Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.
Ristretto255.RistrettoPoint	cryptoCoreRistretto255Sub(Ristretto255.RistrettoPoint p, Ristretto255.RistrettoPoint q)	Subtracts two given Ristretto255 points p and q and returns the result.
Ristretto255.RistrettoPoint	cryptoScalarmultRistretto255(byte[] n, Ristretto255.RistrettoPoint point)	Multiplies the given Ristretto255 point by the scalar n and returns the resulting point.
Ristretto255.RistrettoPoint	cryptoScalarmultRistretto255(java.lang.String nEnc, Ristretto255.RistrettoPoint point)	Multiplies the given Ristretto255 point by the scalar n and returns the resulting point.
Ristretto255.RistrettoPoint	cryptoScalarmultRistretto255(java.math.BigInteger n, Ristretto255.RistrettoPoint point)	Multiplies the given Ristretto255 point by the scalar n and returns the resulting point.
Ristretto255.RistrettoPoint	cryptoScalarmultRistretto255Base(byte[] n)	Multiplies the Ristretto255 base point by the scalar n and returns the result.
Ristretto255.RistrettoPoint	cryptoScalarmultRistretto255Base(java.lang.String nEnc)	Multiplies the Ristretto255 base point by the scalar n and returns the result.
Ristretto255.RistrettoPoint	cryptoScalarmultRistretto255Base(java.math.BigInteger n)	Multiplies the Ristretto255 base point by the scalar n and returns the result.

Method Detail

cryptoCoreRistretto255IsValidPoint

boolean cryptoCoreRistretto255IsValidPoint(java.lang.String point)

Returns whether the passed encoded string represents a valid Ristretto255 point.

Parameters:

point - the point to check

Returns:

true if valid

cryptoCoreRistretto255Random

Ristretto255.RistrettoPoint cryptoCoreRistretto255Random()

Chooses a random Ristretto255 point and returns it.

Returns:

a random Ristretto255 point

cryptoCoreRistretto255FromHash

Ristretto255.RistrettoPoint cryptoCoreRistretto255FromHash(java.lang.String hash)
                                                    throws SodiumException

Maps a Ristretto255.RISTRETTO255_HASH_BYTES bytes hash to a Ristretto255.RistrettoPoint.

Parameters:

hash - the encoded hash

Returns:

the corresponding Ristretto255 point

Throws:

SodiumException

cryptoCoreRistretto255FromHash

Ristretto255.RistrettoPoint cryptoCoreRistretto255FromHash(byte[] hash)
                                                    throws SodiumException

Maps a Ristretto255.RISTRETTO255_HASH_BYTES bytes hash to a Ristretto255 point.

Parameters:

hash - the hash, must be Ristretto255.RISTRETTO255_HASH_BYTES

Returns:

the corresponding Ristretto255 point

Throws:

SodiumException

cryptoScalarmultRistretto255

Ristretto255.RistrettoPoint cryptoScalarmultRistretto255(java.math.BigInteger n,
                                                         Ristretto255.RistrettoPoint point)
                                                  throws SodiumException

Multiplies the given Ristretto255 point by the scalar n and returns the resulting point.

Parameters:

n - the scalar

point - the Ristretto255 point

Returns:

the result

Throws:

SodiumException

cryptoScalarmultRistretto255

Ristretto255.RistrettoPoint cryptoScalarmultRistretto255(java.lang.String nEnc,
                                                         Ristretto255.RistrettoPoint point)
                                                  throws SodiumException

Multiplies the given Ristretto255 point by the scalar n and returns the resulting point.

Parameters:

nEnc - the encoded scalar bytes, in little-endian byte order

point - the Ristretto255 point

Returns:

the result

Throws:

SodiumException

cryptoScalarmultRistretto255

Ristretto255.RistrettoPoint cryptoScalarmultRistretto255(byte[] n,
                                                         Ristretto255.RistrettoPoint point)
                                                  throws SodiumException

Multiplies the given Ristretto255 point by the scalar n and returns the resulting point.

Parameters:

n - the scalar, must be Ristretto255.RISTRETTO255_BYTES bytes, in little-endian encoding

point - the Ristretto255 point

Returns:

the result

Throws:

SodiumException

cryptoScalarmultRistretto255Base

Ristretto255.RistrettoPoint cryptoScalarmultRistretto255Base(java.math.BigInteger n)
                                                      throws SodiumException

Multiplies the Ristretto255 base point by the scalar n and returns the result.

Parameters:

n - the scalar

Returns:

the result

Throws:

SodiumException

cryptoScalarmultRistretto255Base

Ristretto255.RistrettoPoint cryptoScalarmultRistretto255Base(java.lang.String nEnc)
                                                      throws SodiumException

Multiplies the Ristretto255 base point by the scalar n and returns the result.

Parameters:

nEnc - the encoded scalar, in little-endian byte order

Returns:

the result

Throws:

SodiumException

cryptoScalarmultRistretto255Base

Ristretto255.RistrettoPoint cryptoScalarmultRistretto255Base(byte[] n)
                                                      throws SodiumException

Multiplies the Ristretto255 base point by the scalar n and returns the result.

Parameters:

n - the scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes, in little-endian encoding

Returns:

the result

Throws:

SodiumException

cryptoCoreRistretto255Add

Ristretto255.RistrettoPoint cryptoCoreRistretto255Add(Ristretto255.RistrettoPoint p,
                                                      Ristretto255.RistrettoPoint q)
                                               throws SodiumException

Adds two given Ristretto255 points p and q and returns the result.

Parameters:

p - the first Ristretto255 point

q - the second Ristretto255 point

Returns:

the sum

Throws:

SodiumException

cryptoCoreRistretto255Sub

Ristretto255.RistrettoPoint cryptoCoreRistretto255Sub(Ristretto255.RistrettoPoint p,
                                                      Ristretto255.RistrettoPoint q)
                                               throws SodiumException

Subtracts two given Ristretto255 points p and q and returns the result.

Parameters:

p - the first Ristretto255 point

q - the second Ristretto255 point

Returns:

the difference

Throws:

SodiumException

cryptoCoreRistretto255ScalarRandom

java.math.BigInteger cryptoCoreRistretto255ScalarRandom()

Creates a random scalar value in [0, l[ with L being the order of the Ristretto255 group.

Returns:

the random scalar value

cryptoCoreRistretto255ScalarReduce

java.math.BigInteger cryptoCoreRistretto255ScalarReduce(java.math.BigInteger scalar)

Reduces a possibly larger scalar value to [0, l[ with L being the order of the Ristretto255 group.

Parameters:

scalar - the scalar to reduce

Returns:

the reduced scalar

cryptoCoreRistretto255ScalarReduce

java.math.BigInteger cryptoCoreRistretto255ScalarReduce(java.lang.String scalarEnc)

Reduces a possibly larger scalar value to [0, l[ with L being the order of the Ristretto255 group.

Parameters:

scalarEnc - the encoded scalar to reduce

Returns:

the reduced scalar

cryptoCoreRistretto255ScalarReduce

java.math.BigInteger cryptoCoreRistretto255ScalarReduce(byte[] scalar)

Reduces a possibly larger scalar value to [0, L[ with L being the order of the Ristretto255 group.

Parameters:

scalar - the scalar to reduce, must be Ristretto255.RISTRETTO255_NON_REDUCED_SCALAR_BYTES bytes

Returns:

the reduced scalar

cryptoCoreRistretto255ScalarInvert

java.math.BigInteger cryptoCoreRistretto255ScalarInvert(java.math.BigInteger scalar)
                                                 throws SodiumException

Calculates the multiplicative inverse of the given scalar value.

Parameters:

scalar - the scalar to invert

Returns:

the multiplicative inverse

Throws:

SodiumException

cryptoCoreRistretto255ScalarInvert

java.math.BigInteger cryptoCoreRistretto255ScalarInvert(java.lang.String scalarEnc)
                                                 throws SodiumException

Calculates the multiplicative inverse of the given scalar value.

Parameters:

scalarEnc - the encoded scalar to invert

Returns:

the multiplicative inverse

Throws:

SodiumException

cryptoCoreRistretto255ScalarInvert

java.math.BigInteger cryptoCoreRistretto255ScalarInvert(byte[] scalar)
                                                 throws SodiumException

Calculates the multiplicative inverse of the given scalar value.

Parameters:

scalar - the scalar to invert, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the multiplicative inverse

Throws:

SodiumException

cryptoCoreRistretto255ScalarNegate

java.math.BigInteger cryptoCoreRistretto255ScalarNegate(java.math.BigInteger scalar)

Calculates the additive inverse of the given scalar value.

Parameters:

scalar - the scalar to negate

Returns:

the additive inverse

cryptoCoreRistretto255ScalarNegate

java.math.BigInteger cryptoCoreRistretto255ScalarNegate(java.lang.String scalarEnc)

Calculates the additive inverse of the given scalar value.

Parameters:

scalarEnc - the encoded scalar to negate

Returns:

the additive inverse

cryptoCoreRistretto255ScalarNegate

java.math.BigInteger cryptoCoreRistretto255ScalarNegate(byte[] scalar)

Calculates the additive inverse of the given scalar value.

Parameters:

scalar - the scalar to negate, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the additive inverse

cryptoCoreRistretto255ScalarComplement

java.math.BigInteger cryptoCoreRistretto255ScalarComplement(java.math.BigInteger scalar)

Calculates the result R for the given scalar value such that R + scalar = 1 (mod L) with L being the order of the Ristretto255 group.

Parameters:

scalar - the scalar to complement

Returns:

the complement

cryptoCoreRistretto255ScalarComplement

java.math.BigInteger cryptoCoreRistretto255ScalarComplement(java.lang.String scalarEnc)

Calculates the result R for the given scalar value such that R + scalar = 1 (mod L) with L being the order of the Ristretto255 group.

Parameters:

scalarEnc - the encoded scalar to complement

Returns:

the complement

cryptoCoreRistretto255ScalarComplement

java.math.BigInteger cryptoCoreRistretto255ScalarComplement(byte[] scalar)

Calculates the result R for the given scalar value such that R + scalar = 1 (mod L) with L being the order of the Ristretto255 group.

Parameters:

scalar - the scalar to complement, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the complement

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(java.math.BigInteger x,
                                                     java.math.BigInteger y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(java.math.BigInteger x,
                                                     java.lang.String y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar (encoded)

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(java.lang.String x,
                                                     java.math.BigInteger y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(java.lang.String x,
                                                     java.lang.String y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar (encoded)

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(java.lang.String x,
                                                     byte[] y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(byte[] x,
                                                     java.lang.String y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar (encoded)

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(java.math.BigInteger x,
                                                     byte[] y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(byte[] x,
                                                     java.math.BigInteger y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar

Returns:

the sum

cryptoCoreRistretto255ScalarAdd

java.math.BigInteger cryptoCoreRistretto255ScalarAdd(byte[] x,
                                                     byte[] y)

Adds two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the sum

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(java.math.BigInteger x,
                                                     java.math.BigInteger y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(java.math.BigInteger x,
                                                     java.lang.String y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar (encoded)

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(java.lang.String x,
                                                     java.math.BigInteger y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(java.lang.String x,
                                                     java.lang.String y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar (encoded)

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(java.lang.String x,
                                                     byte[] y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(byte[] x,
                                                     java.lang.String y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar (encoded)

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(java.math.BigInteger x,
                                                     byte[] y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(byte[] x,
                                                     java.math.BigInteger y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar

Returns:

the difference

cryptoCoreRistretto255ScalarSub

java.math.BigInteger cryptoCoreRistretto255ScalarSub(byte[] x,
                                                     byte[] y)

Subtracts two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the difference

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(java.math.BigInteger x,
                                                     java.math.BigInteger y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(java.math.BigInteger x,
                                                     java.lang.String y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar (encoded)

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(java.lang.String x,
                                                     java.math.BigInteger y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(java.lang.String x,
                                                     java.lang.String y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar (encoded)

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(java.lang.String x,
                                                     byte[] y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar (encoded)

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(byte[] x,
                                                     java.lang.String y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar (encoded)

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(java.math.BigInteger x,
                                                     byte[] y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(byte[] x,
                                                     java.math.BigInteger y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar

Returns:

the product

cryptoCoreRistretto255ScalarMul

java.math.BigInteger cryptoCoreRistretto255ScalarMul(byte[] x,
                                                     byte[] y)

Multiplies two scalars x and y modulo L with L being the order of the Ristretto255 group.

Parameters:

x - the first scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

y - the second scalar, must be Ristretto255.RISTRETTO255_SCALAR_BYTES bytes

Returns:

the product