def gen_account_id_from_address(address: str) -> xdr_type.AccountID:
public_key = PublicKey.from_string(address)
return xdr_type.AccountID(
type=xdr_const.PUBLIC_KEY_TYPE_ED25519,
ed25519=public_key.raw,
)
def test_from_string(self):
address = "GCABWU4FHL3RGOIWCX5TOVLIAMLEU2YXXLCMHVXLDOFHKLNLGCSBRJYP"
seed = "SCZ4KGTCMAFIJQCCJDMMKDFUB7NYV56VBNEU7BKMR4PQFUETJCWLV6GN"
pub = PublicKey.from_string(address)
assert pub.stellar_address == address
priv = PrivateKey.from_string(seed)
assert priv.stellar_seed == seed
# Test invalid cases
with pytest.raises(ValueError):
PublicKey.from_string('invalidlength')
with pytest.raises(ValueError):
PublicKey.from_string(seed) # not an address
with pytest.raises(ValueError):
PrivateKey.from_string('invalidlength')
with pytest.raises(ValueError):
PrivateKey.from_string(address) # not a seed
required=True,
help='The private seed of the sender account')
ap.add_argument(
'-d',
'--destinations',
required=True,
help=
'A comma-delimited list of account public addresses to send earns to (e.g. add1,addr2,add3'
)
args = vars(ap.parse_args())
client = Client(Environment.TEST, 1) # 1 is the test app index
source = PrivateKey.from_string(args['sender'])
destinations = [
PublicKey.from_string(addr) for addr in args['destinations'].split(',')
]
# Send an earn batch with 1 Kin each
earns = [
Earn(dest, kin_to_quarks('1')) for idx, dest in enumerate(destinations)
]
batch_result = client.submit_earn_batch(source, earns)
print(
f'{len(batch_result.succeeded)} succeeded, {len(batch_result.failed)} failed'
)
for result in batch_result.succeeded:
print(
f'Sent 1 kin to {result.earn.destination.stellar_address} in transaction {result.tx_id.hex()}'
)
for result in batch_result.failed:
def payments_from_envelope(
cls,
envelope: te.TransactionEnvelope,
invoice_list: Optional[model_pb2.InvoiceList] = None,
kin_version: Optional[int] = 3,
) -> List['ReadOnlyPayment']:
"""Returns a list of read only payments from a transaction envelope.
:param envelope: A :class:`TransactionEnvelope <kin_base.transaction_envelope.TransactionEnvelope>.
:param invoice_list: (optional) A protobuf invoice list associated with the transaction.
:param kin_version: (optional) The version of Kin to parse payments for.
:return: A List of :class:`ReadOnlyPayment <ReadOnlyPayment>` objects.
"""
if invoice_list and invoice_list.invoices and len(
invoice_list.invoices) != len(envelope.tx.operations):
raise ValueError(
f'number of invoices ({len(invoice_list.invoices)}) does not match number of transaction '
f'operations ({len(envelope.tx.operations)})')
tx = envelope.tx
text_memo = None
agora_memo = None
if isinstance(tx.memo, memo.HashMemo):
try:
agora_memo = AgoraMemo.from_base_memo(tx.memo, False)
except ValueError:
pass
elif isinstance(tx.memo, memo.TextMemo):
text_memo = tx.memo
payments = []
for idx, op in enumerate(envelope.tx.operations):
# Currently, only payment operations are supported in this method. Eventually, create account and merge
# account operations could potentially be supported, but currently this is primarily only used for payment
# operations
if not isinstance(op, operation.Payment):
continue
# Only Kin payment operations are supported in this method.
if kin_version == 2 and (op.asset.type != 'credit_alphanum4'
or op.asset.code != 'KIN'):
continue
inv = invoice_list.invoices[
idx] if invoice_list and invoice_list.invoices else None
# Inside the kin_base module, the base currency has been 'scaled' by a factor of 100 from
# Stellar (i.e., the smallest denomination used is 1e-5 instead of 1e-7). However, Kin 2 uses the minimum
# Stellar denomination of 1e-7.
#
# When parsing an XDR transaction, `kin_base` assumes a smallest denomination of 1e-5. Therefore, for Kin 2
# transactions, we must divide the resulting amounts by 100 to account for the 100x scaling factor.
payments.append(
ReadOnlyPayment(
sender=PublicKey.from_string(
op.source if op.source else tx.source.decode()),
destination=PublicKey.from_string(op.destination),
tx_type=agora_memo.tx_type()
if agora_memo else TransactionType.UNKNOWN,
quarks=int(kin_to_quarks(op.amount) / 100)
if kin_version == 2 else kin_to_quarks(op.amount),
invoice=Invoice.from_proto(inv) if inv else None,
memo=text_memo.text.decode() if text_memo else None,
))
return payments
print(f'transaction failed: {repr(e)}')
if isinstance(e, TransactionErrors):
print(f'tx_error={repr(e.tx_error)}, len(op_errors)={len(e.op_errors)}')
for op_error in e.op_errors:
print(f'op_error={repr(op_error)}')
ap = argparse.ArgumentParser()
ap.add_argument('-s', '--sender', required=True, help='The private seed of the sender account')
ap.add_argument('-d', '--destination', required=True, help='The public address of the destination account')
args = vars(ap.parse_args())
client = Client(Environment.TEST, 1) # 1 is the test app index
source = PrivateKey.from_string(args['sender'])
dest = PublicKey.from_string(args['destination'])
# Send a payment of 1 Kin
payment = Payment(source, dest, TransactionType.EARN, kin_to_quarks('1'))
submit_payment(payment)
# Send a payment of 1 Kin with a text memo
payment = Payment(source, dest, TransactionType.EARN, kin_to_quarks('1'),
memo='1-test')
submit_payment(payment)
# Send payment of 1 Kin with an invoice
invoice = Invoice([LineItem('Test Payment', 100000, description='This is a description of the payment',
sku=b'some sku')])
payment = Payment(source, dest, TransactionType.EARN, kin_to_quarks('1'),
invoice=invoice)