def test_MulModHex(test_data_dir):
# Reading test data from the file
with open(test_data_dir / "testData_MulModHex", "r") as mulModHex_txt:
for x in mulModHex_txt:
hexNumber = x.split(",")
# Multiply modulo of big numbers of arbitrary precision in hex
actual_Value = PyBigNumbers.Mul_mod_Hex(hexNumber[0], hexNumber[1],
hexNumber[2])
expected_Value = hexNumber[3].rstrip("\n")
# Verifying the actual value with expected value
assert actual_Value.lstrip(
"0") == expected_Value.upper(), "Test failed"
def __mul__(self, obj):
if (self.isDec):
if (self.mod is None):
prodVal = PyBigNumbers.multiplyFromDec(self.value, obj.value)
else:
#print ('%s * %s mod %s' % (self.value, obj.value, self.mod))
prodVal = PyBigNumbers.Mul_mod_Dec(self.value, obj.value,
self.mod)
retVal = BigNum(prodVal, self.mod, self.isDec)
return retVal
else:
if (self.mod is None):
prodVal = PyBigNumbers.multiplyFromHex(self.value, obj.value)
else:
#print ('%s * %s mod %s' % (self.value, obj.value, self.mod))
prodVal = PyBigNumbers.Mul_mod_Hex(self.value, obj.value,
self.mod)
retVal = BigNum(prodVal, self.mod, self.isDec)
return retVal