def getutxos(self, addr, nconf): # nconf 0 or 1
# limited to 100 utxos
self.getData("get_tx_unspent", addr)
self.checkapiresp()
addrutxos = self.getKey("data/txs")
selutxos = []
# translate inputs from sochain to pylitecoinlib
for utxo in addrutxos:
selutxos.append(
{
"value": shift_10(utxo["value"], LTC_units),
"output": utxo["txid"] + ":" + str(utxo["output_no"]),
}
)
return selutxos
def transfer(self, amount, to_account, fee_priority):
# Transfer x unit to an account, pay
if self.eth.ERC20:
gazlimit = ETH_wallet.GAZ_LIMIT_ERC_20_TX
else:
gazlimit = ETH_wallet.GAZ_LIMIT_SIMPLE_TX
if to_account.startswith("0x"):
to_account = to_account[2:]
gaz_price = self.eth.api.get_gasprice() # wei per gaz unit
if fee_priority == 0:
gaz_price = int(gaz_price * 0.9)
elif fee_priority == 1:
gaz_price = int(gaz_price * 1.1)
elif fee_priority == 2:
gaz_price = int(gaz_price * 1.6)
else:
Exception("fee_priority must be 0, 1 or 2 (slow, normal, fast)")
tx_data = self.build_tx(
shift_10(amount, self.eth.decimals), gaz_price, gazlimit, to_account
)
return "\nDONE, txID : " + self.broadcast_tx(tx_data)
def transfer(self, amount, to_account, priority_fee):
# Transfer x unit to an account, pay
tx_data = self.build_tx(shift_10(amount, self.sol.decimals), to_account)
return "\nDONE, txID : " + self.broadcast_tx(tx_data)
def transfer(self, amount, to_account, fee_priority):
# Transfer x base unit to an account, pay
fee = self.assess_fee(fee_priority)
return self.raw_tx(shift_10(amount, LTC_units), fee, to_account)
def test_shift10(data_test):
assert shift_10(data_test[0], data_test[1]) == data_test[2]