async def parse_sent_tx(sent_txs_table, sent_txs, pubkey, ud_value, uids):
"""
Extract recipients’ pubkeys from outputs
Get identities from pubkeys
Convert time into human format
Store "Total" and total amounts according to the number of outputs
If not output back return:
Assign amounts, amounts_ud, identities, and comment
"""
pubkeys = list()
for sent_tx in sent_txs:
outputs = tx_amount(sent_tx, pubkey, sent_func)[1]
for output in outputs:
if output_available(output.condition, ne, pubkey):
pubkeys.append(output.condition.left.pubkey)
identities = await identities_from_pubkeys(pubkeys, uids)
for sent_tx in sent_txs:
tx_list = list()
tx_list.append(convert_time(sent_tx.time, "all"))
total_amount, outputs = tx_amount(sent_tx, pubkey, sent_func)
if len(outputs) > 1:
tx_list.append("Total")
amounts = str(total_amount / 100)
amounts_ud = str(round(total_amount / ud_value, 2))
else:
tx_list.append(str())
amounts = str()
amounts_ud = str()
for i, output in enumerate(outputs):
if output_available(output.condition, ne, pubkey):
amounts += prefix(None, outputs, i) + str(
neg(amount_in_current_base(output)) / 100
)
amounts_ud += prefix(None, outputs, i) + str(
round(neg(amount_in_current_base(output)) / ud_value, 2)
)
tx_list[1] += prefix(tx_list[1], outputs, 0) + assign_idty_from_pubkey(
output.condition.left.pubkey, identities
)
tx_list.append(amounts)
tx_list.append(amounts_ud)
tx_list.append(sent_tx.comment)
sent_txs_table.append(tx_list)
async def get_list_input_for_transaction(pubkey, TXamount):
listinput, amount = await money.get_sources(pubkey)
# generate final list source
listinputfinal = []
totalAmountInput = 0
intermediatetransaction = False
for input in listinput:
listinputfinal.append(input)
totalAmountInput += money.amount_in_current_base(input)
TXamount -= money.amount_in_current_base(input)
# if more than 40 sources, it's an intermediate transaction
if len(listinputfinal) >= SOURCES_PER_TX:
intermediatetransaction = True
break
if TXamount <= 0:
break
if TXamount > 0 and not intermediatetransaction:
message_exit("Error: you don't have enough money")
return listinputfinal, totalAmountInput, intermediatetransaction
def listinput_UD(listinput, amount, pubkey, max_ud, total):
while max_ud > 0 and total > 0:
listinput.append(
InputSource(
amount=mock_ud_value,
base=0,
source="D",
origin_id=pubkey,
index=max_ud,
))
amount += amount_in_current_base(listinput[-1])
max_ud -= 1
total -= 1
def listinput_TX(listinput, amount, max_tx, total):
orig_max = max_tx + 1
while max_tx > 0 and total > 0:
listinput.append(
InputSource(
amount=(orig_max - max_tx) * 100,
base=0,
source="T",
origin_id=
"1F3059ABF35D78DFB5AFFB3DEAB4F76878B04DB6A14757BBD6B600B1C19157E7",
index=max_tx,
))
amount += amount_in_current_base(listinput[-1])
max_tx -= 1
total -= 1
def sent_func(output, pubkey):
if output_available(output.condition, ne, pubkey):
return neg(amount_in_current_base(output))
return 0
def received_func(output, pubkey):
if output_available(output.condition, eq, pubkey):
return amount_in_current_base(output)
return 0