def test_GenerateRandPrimeHex():
#Generating prime decimal numbers with input parameter
for x in range(10, 100, 10):
# Generate Random Prime Number of arbitary precision in hex
primeHex_Value = PyBigNumbers.GenerateRandPrimeHex(x)
# Verifying the actual value as prime hex number or not
assert PyBigNumbers.isPrimeHex(primeHex_Value), "Test failed"
def test_GenerateRandPrimeHexWithSeed():
seed = "mhxdmxVS4qJWMyB7jsH9qfpS4qm1KHfY42"
#Generating prime decimal numbers with input parameter
for x in range(10, 100, 10):
# Generate Random Prime Number of arbitary precision in hex with seed (specified as a string)
primeHex_Value = PyBigNumbers.GenerateRandPrimeHexWithSeed(seed, x)
# Verifying the actual value as prime hex number or not
assert PyBigNumbers.isPrimeHex(primeHex_Value), "Test failed"
def test_IsPrimeHex(test_data_dir):
# Reading test data from the file
with open(test_data_dir / "testData_PrimeDec", "r") as primeHex_txt:
for x in primeHex_txt:
decNumber = x.split(",")
#converting decimal to hex-decimal
j = int(decNumber[0])
hex_Value = hex(j).lstrip("0x")
# Check if hex big number is a prime
actual_Value = PyBigNumbers.isPrimeHex(str(hex_Value))
# Verifying the actual value with expected value
assert actual_Value == int(decNumber[1]), "Test failed"