def testBitLength(self):
bi = BigInt(rbigint.fromint(42))
result = bi.call(u"bitLength", [])
self.assertEqual(result.getInt(), 6)
def testApproxDivide(self):
bi = BigInt(rbigint.fromint(7937000378463977))
# Hack.
bj = BigInt(rbigint.fromint(1000000000000000000).int_mul(10))
result = bi.call(u"approxDivide", [bj])
self.assertAlmostEqual(result._d, 0.0007937000378463977)
def testXorInt(self):
bi = BigInt(rbigint.fromint(0xcccc))
result = bi.call(u"xor", [IntObject(0xaaaa)])
self.assertEqual(result.getInt(), 0x6666)
def testBitLength(self):
bi = BigInt(rbigint.fromint(42))
result = bi.call(u"bitLength", [])
self.assertEqual(result.getInt(), 6)
def testComplement(self):
bi = BigInt(rbigint.fromint(6))
result = bi.call(u"complement", [])
self.assertTrue(result.bi.int_eq(-7))
def testOpCmpInt(self):
bi = BigInt(rbigint.fromint(6))
i = IntObject(2)
result = bi.call(u"op__cmp", [i])
self.assertEqual(result.getInt(), 1)
def testShiftRight(self):
bi = BigInt(rbigint.fromint(42))
result = bi.call(u"shiftRight", [IntObject(2)])
self.assertTrue(result.bi.int_eq(10))
def testXorInt(self):
bi = BigInt(rbigint.fromint(0xcccc))
result = bi.call(u"xor", [IntObject(0xaaaa)])
self.assertEqual(result.getInt(), 0x6666)
def testAndInt(self):
bi = BigInt(rbigint.fromint(0x3fffffffffffffff).int_mul(3))
result = bi.call(u"and", [IntObject(0xffff)])
self.assertEqual(result.getInt(), 0xfffd)
def testFloorDivideDouble(self):
bi = BigInt(rbigint.fromint(2).pow(rbigint.fromint(65)))
result = bi.call(u"floorDivide", [DoubleObject(2.0)])
self.assertTrue(result.bi.eq(rbigint.fromint(2).pow(rbigint.fromint(64))))
def testShiftRight(self):
bi = BigInt(rbigint.fromint(42))
result = bi.call(u"shiftRight", [IntObject(2)])
self.assertEqual(result.getInt(), 10)
def testApproxDivideDouble(self):
bi = BigInt(rbigint.fromint(1))
result = bi.call(u"approxDivide", [DoubleObject(32.0)])
self.assertAlmostEqual(result._d, 1.0 / 32.0)
def testComplement(self):
bi = BigInt(rbigint.fromint(6))
result = bi.call(u"complement", [])
self.assertEqual(result.getInt(), -7)
def testAndInt(self):
bi = BigInt(rbigint.fromint(0x3fffffffffffffff).int_mul(3))
result = bi.call(u"and", [IntObject(0xffff)])
self.assertEqual(result.getInt(), 0xfffd)
def testAndInt(self):
bi = BigInt(rbigint.fromint(0x3fffffffffffffff).int_mul(3))
result = bi.call(u"and", [IntObject(0xffff)])
self.assertTrue(result.bi.int_eq(0xfffd))
def testComplement(self):
bi = BigInt(rbigint.fromint(6))
result = bi.call(u"complement", [])
self.assertEqual(result.getInt(), -7)
def testComplement(self):
bi = BigInt(rbigint.fromint(6))
result = bi.call(u"complement", [])
self.assertTrue(result.bi.int_eq(-7))
def testApproxDivideDouble(self):
bi = BigInt(rbigint.fromint(1))
result = bi.call(u"approxDivide", [DoubleObject(32.0)])
self.assertAlmostEqual(result._d, 1.0 / 32.0)
def testApproxDivide(self):
bi = BigInt(rbigint.fromint(7937000378463977))
# Hack.
bj = BigInt(rbigint.fromint(1000000000000000000).int_mul(10))
result = bi.call(u"approxDivide", [bj])
self.assertAlmostEqual(result._d, 0.0007937000378463977)
def testFloorDivideDouble(self):
bi = BigInt(rbigint.fromint(2).pow(rbigint.fromint(65)))
result = bi.call(u"floorDivide", [DoubleObject(2.0)])
self.assertTrue(
result.bi.eq(rbigint.fromint(2).pow(rbigint.fromint(64))))
def testXorInt(self):
bi = BigInt(rbigint.fromint(0xcccc))
result = bi.call(u"xor", [IntObject(0xaaaa)])
self.assertTrue(result.bi.int_eq(0x6666))
def testApproxDivideNaN(self):
i = BigInt(rbigint.fromint(0))
result = i.call(u"approxDivide", [i])
self.assertTrue(math.isnan(result.getDouble()))
def testAndInt(self):
bi = BigInt(rbigint.fromint(0x3fffffffffffffff).int_mul(3))
result = bi.call(u"and", [IntObject(0xffff)])
self.assertTrue(result.bi.int_eq(0xfffd))
def testShiftRight(self):
bi = BigInt(rbigint.fromint(42))
result = bi.call(u"shiftRight", [IntObject(2)])
self.assertTrue(result.bi.int_eq(10))
def testOpCmpInt(self):
bi = BigInt(rbigint.fromint(6))
i = IntObject(2)
result = bi.call(u"op__cmp", [i])
self.assertEqual(result.getInt(), 1)
def testXorInt(self):
bi = BigInt(rbigint.fromint(0xcccc))
result = bi.call(u"xor", [IntObject(0xaaaa)])
self.assertTrue(result.bi.int_eq(0x6666))
def testApproxDivideNaN(self):
i = BigInt(rbigint.fromint(0))
result = i.call(u"approxDivide", [i])
self.assertTrue(math.isnan(result.getDouble()))
def testShiftRight(self):
bi = BigInt(rbigint.fromint(42))
result = bi.call(u"shiftRight", [IntObject(2)])
self.assertEqual(result.getInt(), 10)
