def test_various_methods(self):
self.assertEqual(Fixed8.FD(), Fixed8(100000000))
self.assertEqual(Fixed8.FD(), Fixed8.One())
sat = Fixed8.Satoshi()
self.assertEqual(sat, Fixed8(1))
self.assertEqual(sat.value, 1)
negsat = Fixed8.NegativeSatoshi()
self.assertEqual(negsat, Fixed8(-1))
self.assertEqual(negsat.value, -1)
zero = Fixed8.Zero()
self.assertEqual(zero, Fixed8(0))
self.assertEqual(zero.value, 0)
decimal = 1.2
f8 = Fixed8.FromDecimal(decimal)
self.assertEqual(f8.value, f8.GetData())
f8 = Fixed8.TryParse(123.123)
f8 = Fixed8.TryParse(123)
self.assertEqual(f8.Size(), 8)
zero = Fixed8.TryParse(0)
self.assertEqual(zero, Fixed8(0))
self.assertEqual(Fixed8.TryParse("foo"), None)
self.assertEqual(Fixed8.TryParse(-1, require_positive=True), None)
def split_to_vouts(asset, addr, input_val, divisions):
divisor = Fixed8(divisions)
new_amounts = input_val / divisor
outputs = []
total = Fixed8.Zero()
if asset == Blockchain.Default().SystemShare().Hash:
if new_amounts % Fixed8.FD() > Fixed8.Zero():
new_amounts = new_amounts.Ceil()
while total < input_val:
if total + new_amounts < input_val:
outputs.append(TransactionOutput(asset, new_amounts, addr))
total += new_amounts
else:
diff = input_val - total
outputs.append(TransactionOutput(asset, diff, addr))
total += diff
return outputs
