def test_system_coin(self):
coin_tx = GetSystemCoin()
self.assertEqual(type(coin_tx), RegisterTransaction)
self.assertEqual(self.syscoinraw, coin_tx.GetHashData())
self.assertEqual(self.sys_coin_id, coin_tx.Hash.ToBytes())
self.assertEqual(coin_tx.Precision, 8)
def SystemFee(self):
if self.Version >= 1:
return Fixed8.Zero()
# if all outputs are NEO or gas, return 0
all_neo_gas = True
for output in self.outputs:
if output.AssetId != GetSystemCoin().Hash and output.AssetId != GetSystemShare().Hash:
all_neo_gas = False
if all_neo_gas:
return Fixed8.Zero()
return Fixed8(int(settings.ISSUE_TX_FEE))
def SystemFee(self):
"""
Get the system fee.
Returns:
Fixed8:
"""
if self.Version >= 1:
return Fixed8.Zero()
# if all outputs are NEO or gas, return 0
all_neo_gas = True
for output in self.outputs:
if output.AssetId != GetSystemCoin().Hash and output.AssetId != GetSystemShare().Hash:
all_neo_gas = False
if all_neo_gas:
return Fixed8.Zero()
return super(IssueTransaction, self).SystemFee()
def test_issue_tx(self):
miner_tx = MinerTransaction()
miner_tx.Nonce = 2083236893
share_tx = GetSystemShare()
coin_tx = GetSystemCoin()
script = Contract.CreateMultiSigRedeemScript(
int(len(Blockchain.StandbyValidators()) / 2) + 1,
Blockchain.StandbyValidators())
if settings.MAGIC == 1953787457:
self.assertEqual(script, self.contractraw)
out = Crypto.ToScriptHash(script)
output = TransactionOutput(share_tx.Hash,
Blockchain.SystemShare().Amount, out)
script = Witness(bytearray(0), bytearray(PUSHT))
issue_tx = IssueTransaction([], [output], [], [script])
self.assertEqual(issue_tx.GetHashData(), self.issuetx_rraw)
self.assertEqual(issue_tx.Hash.ToBytes(), self.gen_issue_tx_id)