def testInv(self):
base = Fp()
base.setByCSPRNG()
inv = ~base
self.assertNotEqual(base, inv)
inv_of_inv = ~inv
self.assertEqual(base, inv_of_inv)
def testSerialization(self):
fp = Fp()
fp.setByCSPRNG()
serialized = fp.serialize()
fp2 = Fp()
fp2.deserialize(serialized)
self.assertEqual(fp, fp2)
def testAdd(self):
l = Fp()
l.setInt(1)
r = Fp()
r.setInt(2)
result = l + r
self.assertEqual(result.getStr(), b"3")
def testSetByCSPRNG(self):
Fp().setByCSPRNG()
def testRepr(self):
fp = Fp()
self.assertEqual(str(fp), repr(fp))
def testIsOne(self):
fp = Fp()
fp.setInt(1)
self.assertEqual(b"1", fp.getStr())
self.assertTrue(fp.isOne())
def testIsZero(self):
fp = Fp()
fp.setInt(0)
self.assertEqual(b"0", fp.getStr())
self.assertTrue(fp.isZero())
def testSetInt(self):
fp = Fp()
fp.setInt(123)
self.assertEqual(b"123", fp.getStr())
def testStr(self):
fp = Fp()
fp.setStr(b"255")
s = fp.getStr()
self.assertEqual(b"255", s)
def testInitFp(self):
self.assertIsNotNone(Fp())
def testStrRepr(self):
fp = Fp()
expected = "<class 'mcl.structures.Fp.Fp'> 0"
self.assertEqual(expected, str(fp))
def testNeg(self):
not Fp()
def testDiv(self):
result = Fp() / Fp()
def testMul(self):
Fp() * Fp()
def testSub(self):
Fp() - Fp()