def newTinfo(status):
return account.TicketInfo(
status=status,
purchaseBlock=account.TinyBlock(ByteArray(0), 0),
maturityHeight=0,
expirationHeight=0,
)
def newTinfo(status="live"):
return account.TicketInfo(
status=status,
purchaseBlock=account.TinyBlock(ByteArray(0), 42),
maturityHeight=0,
expirationHeight=0,
lotteryBlock=None,
vote=None,
revocation=None,
poolFee=0,
purchaseTxFee=1,
spendTxFee=0,
stakebase=0,
)
def newTinfo(poolFee, purchaseTxFee, spendTxFee, stakebase):
return account.TicketInfo(
status="",
purchaseBlock=account.TinyBlock(ByteArray(0), 0),
maturityHeight=0,
expirationHeight=0,
lotteryBlock=None,
vote=None,
revocation=None,
poolFee=poolFee,
purchaseTxFee=purchaseTxFee,
spendTxFee=spendTxFee,
stakebase=stakebase,
)
def test_ticketFromTx(self):
stakeSubmission = ByteArray(opcode.OP_SSTX)
stakeSubmission += opcode.OP_HASH160
stakeSubmission += opcode.OP_DATA_20
stakeSubmission += 1 << (8 * 19)
stakeSubmission += opcode.OP_EQUAL
tx = msgtx.MsgTx.new()
tx.txOut = [msgtx.TxOut(pkScript=stakeSubmission, value=3)]
ticket = account.UTXO.ticketFromTx(tx, nets.testnet)
assert ticket.tinfo.status == "mempool"
tinfo = account.TicketInfo("no_status", None, 0, 0)
ticket = account.UTXO.ticketFromTx(tx, nets.testnet, None, tinfo)
assert ticket.tinfo.status == "unconfirmed"
class BlockchainEmpty:
ticketInfo = lambda txid: account.TicketInfo("mempool", None, 0, 0)
class BlockchainFull:
ticketInfo = lambda txid: account.TicketInfo(
"mempool", None, 0, 0, None, True)