def createSUT():
curve = PrimeCurves(97, 3, 2)
point1 = AffinePoint([73, 14], curve)
instance = ScalarMultiplication(point1, 5)
scalar = 6
expected_result = AffinePoint([3, 91], curve)
return curve, instance, scalar, expected_result
def createSUT():
curve = PrimeCurves(97, 3, 2)
point1 = AffinePoint([73, 14], curve)
point2 = AffinePoint([55, 6], curve)
instance = JointMultiplication(point1, point2, 5, 4)
scalar1, scalar2 = 7, 8
expected_result = AffinePoint([28, 34], curve)
return instance, expected_result, scalar1, scalar2
def test_add(self):
curve, point1, point2 = self.createSUT()
result = point1.add(point2)
expected_result = AffinePoint([1, 54], curve)
self.assertEqual(result, expected_result)
def createSUT():
curve = PrimeCurves(97, 3, 2)
point1 = AffinePoint([17, 10], curve)
point2 = AffinePoint([95, 31], curve)
return curve, point1, point2
def test_inverse(self):
curve, point1, point2 = self.createSUT()
result = point1.inverse()
expected_result = AffinePoint([17, 87], curve)
self.assertEqual(result, expected_result)
def test_point_double(self):
curve, point1, point2 = self.createSUT()
result = point1.point_double()
expected_result = AffinePoint([32, 90], curve)
self.assertEqual(result, expected_result)
from DataStructures.PrimeCurves import PrimeCurves from DataStructures.Points import AffinePoint from FastArithmetic.scalar_multiplication import ScalarMultiplication from FastArithmetic.joint_multiplication import JointMultiplication curve = PrimeCurves(97, 2, 3) P = AffinePoint([10, 16], curve) Q = AffinePoint([14, 13], curve) multiplier = ScalarMultiplication(P, 3) joint_multiplier = JointMultiplication(P, Q, 4, 4) #print(multiplier.binary_scalar_multiplication(5)) #print(multiplier.left_to_right_scalar_mul(7)) #print(multiplier.window_NAF_multiplication(39)) #print(multiplier.sliding_window_left_to_right_scalar_mul(39)) #print(joint_multiplier.brute_joint_multiplication(5, 6)) #print(joint_multiplier.JSF_Multiplication(21, 26)) #print(joint_multiplier.interleaving_sliding_window(10, 41)) print(joint_multiplier.JSF(21, 26))