def _create_solana_account(
self, private_key: PrivateKey, commitment: Commitment, subsidizer: Optional[PrivateKey] = None
):
config = self._internal_client.get_service_config()
if not config.subsidizer_account.value and not subsidizer:
raise NoSubsidizerError()
subsidizer_id = (subsidizer.public_key if subsidizer else
PublicKey(config.subsidizer_account.value))
instructions = []
if self._app_index > 0:
m = AgoraMemo.new(1, TransactionType.NONE, self._app_index, b'')
instructions.append(memo.memo_instruction(base64.b64encode(m.val).decode('utf-8')))
create_instruction, addr = token.create_associated_token_account(
subsidizer_id,
private_key.public_key,
PublicKey(config.token.value))
instructions.append(create_instruction)
instructions.append(token.set_authority(
addr,
private_key.public_key,
token.AuthorityType.CLOSE_ACCOUNT,
new_authority=subsidizer_id,
))
transaction = solana.Transaction.new(subsidizer_id, instructions)
recent_blockhash_resp = self._internal_client.get_recent_blockhash()
transaction.set_blockhash(recent_blockhash_resp.blockhash.value)
transaction.sign([private_key])
if subsidizer:
transaction.sign([subsidizer])
self._internal_client.create_solana_account(transaction, commitment)
def from_proto(
cls, item: tx_pb_v4.HistoryItem,
state: tx_pb_v4.GetTransactionResponse.State) -> 'TransactionData':
payments = []
if item.invoice_list and item.invoice_list.invoices:
if len(item.payments) != len(item.invoice_list.invoices):
raise ValueError(
'number of invoices does not match number of payments')
il = InvoiceList.from_proto(item.invoice_list)
else:
il = None
tx_type = TransactionType.UNKNOWN
memo = None
if item.solana_transaction.value:
solana_tx = solana.Transaction.unmarshal(
item.solana_transaction.value)
program_idx = solana_tx.message.instructions[0].program_index
if solana_tx.message.accounts[
program_idx] == solana.MEMO_PROGRAM_KEY:
decompiled_memo = solana.decompile_memo(solana_tx.message, 0)
memo_data = decompiled_memo.data.decode('utf-8')
try:
agora_memo = AgoraMemo.from_b64_string(memo_data)
tx_type = agora_memo.tx_type()
except ValueError:
memo = memo_data
elif item.stellar_transaction.envelope_xdr:
env = te.TransactionEnvelope.from_xdr(
base64.b64encode(item.stellar_transaction.envelope_xdr))
tx = env.tx
if isinstance(tx.memo, stellar_memo.HashMemo):
try:
agora_memo = AgoraMemo.from_base_memo(tx.memo)
tx_type = agora_memo.tx_type()
except ValueError:
pass
elif isinstance(tx.memo, stellar_memo.TextMemo):
memo = tx.memo.text.decode()
for idx, p in enumerate(item.payments):
inv = il.invoices[idx] if il and il.invoices else None
payments.append(
ReadOnlyPayment(PublicKey(p.source.value),
PublicKey(p.destination.value),
tx_type,
p.amount,
invoice=inv,
memo=memo))
return cls(
item.transaction_id.value,
TransactionState.from_proto_v4(state),
payments,
error=TransactionErrors.from_proto_error(item.transaction_error)
if item.transaction_error else None,
)
def from_proto(cls, proto: account_pb_v4.AccountInfo) -> 'AccountInfo':
return cls(
PublicKey(proto.account_id.value),
proto.balance,
PublicKey(proto.owner.value)
if proto.owner and proto.owner.value else None,
PublicKey(proto.close_authority.value)
if proto.close_authority and proto.close_authority.value else None,
)
def resolve_token_accounts(self, public_key: PublicKey) -> List[PublicKey]:
"""Resolve the provided public key to its token accounts.
:param public_key: the :class:`PublicKey <agora.model.keys.PublicKey>` of the owner.
:return: a list of :class:`PublicKey <agora.model.keys.PublicKey>` objects.
"""
cached = self._get_from_cache(public_key)
if cached:
return cached
def _call_resolve():
response = self._account_stub.ResolveTokenAccounts(
account_pb.ResolveTokenAccountsRequest(
account_id=model_pb.SolanaAccountId(value=public_key.raw)))
if not response.token_accounts:
raise NoTokenAccountsError()
return response
try:
resp = retry(self._retry_strategies, _call_resolve)
token_accounts = [
PublicKey(account_id.value)
for account_id in resp.token_accounts
]
except NoTokenAccountsError:
token_accounts = []
if token_accounts:
self._set_in_cache(public_key, token_accounts)
return token_accounts
def decompile_set_authority(m: Message, index: int, token_program: PublicKey) -> DecompileSetAuthority:
if index >= len(m.instructions):
raise ValueError(f"instruction doesn't exist at {index}")
i = m.instructions[index]
if m.accounts[i.program_index] != token_program:
raise ValueError('incorrect program')
if len(i.accounts) != 2:
raise ValueError(f'invalid number of accounts: {len(i.accounts)}')
if len(i.data) < 3:
raise ValueError(f'invalid instruction data size: {len(i.data)}')
if i.data[0] != Command.SET_AUTHORITY:
raise ValueError(f'invalid instruction data: {i.data}')
if i.data[2] == 0 and len(i.data) != 3:
raise ValueError(f'invalid instruction data size: {len(i.data)}')
if i.data[2] == 1 and len(i.data) != 3 + ED25519_PUB_KEY_SIZE:
raise ValueError(f'invalid instruction data size: {len(i.data)}')
return DecompileSetAuthority(
m.accounts[i.accounts[0]],
m.accounts[i.accounts[1]],
AuthorityType(i.data[1]),
PublicKey(i.data[3:]) if i.data[2] == 1 else None,
)
def decompile_create_account(m: Message,
index: int) -> DecompiledCreateAccount:
if index >= len(m.instructions):
raise ValueError(f"instruction doesn't exist at {index}")
i = m.instructions[index]
if m.accounts[i.program_index] != _PROGRAM_KEY:
raise ValueError('incorrect program')
if len(i.accounts) != 2:
raise ValueError(f'invalid number of accounts: {len(i.accounts)}')
if len(i.data) != 52:
raise ValueError(f'invalid instruction data size: {len(i.data)}')
if int.from_bytes(i.data[0:4], 'little') != Command.CREATE_ACCOUNT:
raise ValueError(f'incorrect command')
return DecompiledCreateAccount(
m.accounts[i.accounts[0]],
m.accounts[i.accounts[1]],
PublicKey(i.data[4 + 2 * 8:]),
int.from_bytes(i.data[4:12], 'little'),
int.from_bytes(i.data[12:20], 'little'),
)
def _submit_solana_earn_batch_tx(
self, batch: EarnBatch, service_config: tx_pb.GetServiceConfigResponse, commitment: Commitment,
transfer_sender: Optional[PublicKey] = None,
) -> SubmitTransactionResult:
subsidizer_id = (batch.subsidizer.public_key if batch.subsidizer
else PublicKey(service_config.subsidizer_account.value))
transfer_sender = transfer_sender if transfer_sender else batch.sender.public_key
instructions = [
token.transfer(
transfer_sender,
earn.destination,
batch.sender.public_key,
earn.quarks,
) for earn in batch.earns]
invoices = [earn.invoice for earn in batch.earns if earn.invoice]
invoice_list = InvoiceList(invoices) if invoices else None
if batch.memo:
instructions = [memo.memo_instruction(batch.memo)] + instructions
elif self._app_index > 0:
fk = invoice_list.get_sha_224_hash() if invoice_list else b''
agora_memo = AgoraMemo.new(1, TransactionType.EARN, self._app_index, fk)
instructions = [memo.memo_instruction(base64.b64encode(agora_memo.val).decode('utf-8'))] + instructions
tx = solana.Transaction.new(subsidizer_id, instructions)
if batch.subsidizer:
signers = [batch.subsidizer, batch.sender]
else:
signers = [batch.sender]
return self._sign_and_submit_solana_tx(signers, tx, commitment, invoice_list=invoice_list,
dedupe_id=batch.dedupe_id)
def create_program_address(program: PublicKey,
seeds: List[bytes]) -> PublicKey:
"""Mirrors the implementation of the Solana SDK's CreateProgramAddress. ProgramAddresses are public keys that
_do not_ lie on the ed25519 curve to ensure that there is no associated private key. In the event that the program
and seed parameters result in a valid Public key, InvalidPublicKeyError is raised.
Reference:
https://github.com/solana-labs/solana/blob/5548e599fe4920b71766e0ad1d121755ce9c63d5/sdk/program/src/pubkey.rs#L158
:return :class:`PublicKey <agora.keys.PublicKey>`
"""
if len(seeds) > MAX_SEEDS:
raise ValueError('too many seeds')
sha256 = hashlib.sha256()
for s in seeds:
if len(s) > MAX_SEED_LENGTH:
raise ValueError('max seed length exceeded')
sha256.update(s)
for v in [program.raw, "ProgramDerivedAddress".encode()]:
sha256.update(v)
h = sha256.digest()
pub = h[:32]
# Following the Solana SDK, we want to _reject_ the generated public key if it's a a valid point on the ed25519 curve
try:
decodepoint(pub)
except NotOnCurve:
return PublicKey(pub)
raise InvalidPublicKeyError()
def test_memo_progam(self):
data = 'somedata'
i = memo_instruction(data)
assert i.data.decode('utf-8') == data
tx = Transaction.unmarshal(Transaction.new(PublicKey(bytes(32)), [i]).marshal())
memo = decompile_memo(tx.message, 0)
assert memo.data.decode('utf-8') == data
def test_kin_keypair_compat(self):
kp = Keypair.random()
pub = PublicKey(kp.raw_public_key())
assert pub.stellar_address == kp.address().decode()
assert pub.raw == kp.raw_public_key()
priv = PrivateKey(kp.raw_seed())
assert priv.stellar_seed == kp.seed().decode()
assert priv.raw == kp.raw_seed()
def resolve_token_accounts(self, public_key: PublicKey) -> List[PublicKey]:
def _resolve():
return self._account_stub_v4.ResolveTokenAccounts(
account_pb_v4.ResolveTokenAccountsRequest(
account_id=model_pb_v4.SolanaAccountId(
value=public_key.raw)))
resp = retry(self._retry_strategies, _resolve)
return [
PublicKey(token_account.value)
for token_account in resp.token_accounts
]
def unmarshal(cls, b: bytes) -> 'Message':
# Header
num_signatures = b[0]
num_read_only_signed = b[1]
num_read_only = b[2]
b = b[3:]
# Accounts
accounts_length, offset = shortvec.decode_length(b)
accounts = []
for _ in range(accounts_length):
accounts.append(PublicKey(b[offset:offset + ED25519_PUB_KEY_SIZE]))
offset += ED25519_PUB_KEY_SIZE
b = b[offset:]
# Recent Blockhash
recent_blockhash = b[:HASH_LENGTH]
b = b[HASH_LENGTH:]
# Instructions
instructions_length, offset = shortvec.decode_length(b)
b = b[offset:]
instructions = []
for i in range(instructions_length):
program_index = b[0]
if program_index >= accounts_length:
raise ValueError(
f'program index out of range: {i}:{program_index}')
b = b[1:]
# Account Indices
account_length, offset = shortvec.decode_length(b)
b = b[offset:]
instruction_accounts = b[:account_length]
for account_index in instruction_accounts:
if account_index >= accounts_length:
raise ValueError(
f'instruction account out of range: {account_index}')
b = b[account_length:]
# Data
data_length, offset = shortvec.decode_length(b)
b = b[offset:]
data = b[:data_length]
b = b[data_length:]
instructions.append(
CompiledInstruction(program_index, instruction_accounts, data))
return cls(Header(num_signatures, num_read_only_signed, num_read_only),
accounts, recent_blockhash, instructions)
def _submit_solana_payment_tx(
self,
payment: Payment,
service_config: tx_pb.GetServiceConfigResponse,
commitment: Commitment,
transfer_sender: Optional[PublicKey] = None
) -> SubmitTransactionResult:
token_program = PublicKey(service_config.token_program.value)
subsidizer_id = (payment.subsidizer.public_key
if payment.subsidizer else PublicKey(
service_config.subsidizer_account.value))
instructions = []
invoice_list = None
if payment.memo:
instructions = [memo_instruction(payment.memo)]
elif self.app_index > 0:
if payment.invoice:
invoice_list = InvoiceList(invoices=[payment.invoice])
fk = invoice_list.get_sha_224_hash() if payment.invoice else b''
memo = AgoraMemo.new(1, payment.tx_type, self.app_index, fk)
instructions = [
memo_instruction(base64.b64encode(memo.val).decode('utf-8'))
]
sender = transfer_sender if transfer_sender else payment.sender.public_key
instructions.append(
transfer(sender, payment.destination, payment.sender.public_key,
payment.quarks, token_program))
tx = solana.Transaction.new(subsidizer_id, instructions)
if payment.subsidizer:
signers = [payment.subsidizer, payment.sender]
else:
signers = [payment.sender]
return self._sign_and_submit_solana_tx(signers, tx, commitment,
invoice_list)
def test_transaction_cross_impl(self):
pk = PrivateKey(bytes([48, 83, 2, 1, 1, 48, 5, 6, 3, 43, 101, 112, 4, 34, 4, 32, 255, 101, 36, 24, 124, 23,
167, 21, 132, 204, 155, 5, 185, 58, 121, 75]))
program_id = PublicKey(bytes([2, 2, 2, 4, 5, 6, 7, 8, 9, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 9, 8, 7, 6,
5, 4, 2, 2, 2]))
to = PublicKey(bytes([1, 1, 1, 4, 5, 6, 7, 8, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 9, 8, 7, 6, 5, 4, 1,
1, 1]))
tx = Transaction.new(
pk.public_key,
[
Instruction(
program_id,
bytes([1, 2, 3]),
[AccountMeta.new(pk.public_key, True), AccountMeta.new(to, False)],
),
],
)
tx.sign([pk])
generated = base64.b64decode(_RUST_GENERATED_ADJUSTED)
assert tx.marshal() == generated
assert Transaction.unmarshal(generated) == tx
def _submit_solana_payment_tx(
self, payment: Payment, service_config: tx_pb.GetServiceConfigResponse, commitment: Commitment,
transfer_source: Optional[PublicKey] = None, create_instructions: List[solana.Instruction] = None,
create_signer: Optional[PrivateKey] = None,
) -> SubmitTransactionResult:
subsidizer_id = (payment.subsidizer.public_key if payment.subsidizer
else PublicKey(service_config.subsidizer_account.value))
instructions = []
invoice_list = None
if payment.memo:
instructions = [memo.memo_instruction(payment.memo)]
elif self._app_index > 0:
if payment.invoice:
invoice_list = InvoiceList(invoices=[payment.invoice])
fk = invoice_list.get_sha_224_hash() if payment.invoice else b''
m = AgoraMemo.new(1, payment.tx_type, self._app_index, fk)
instructions = [memo.memo_instruction(base64.b64encode(m.val).decode('utf-8'))]
if create_instructions:
instructions += create_instructions
sender = transfer_source if transfer_source else payment.sender.public_key
instructions.append(token.transfer(
sender,
payment.destination,
payment.sender.public_key,
payment.quarks,
))
tx = solana.Transaction.new(subsidizer_id, instructions)
if payment.subsidizer:
signers = [payment.subsidizer, payment.sender]
else:
signers = [payment.sender]
if create_signer:
signers.append(create_signer)
return self._sign_and_submit_solana_tx(signers, tx, commitment, invoice_list=invoice_list,
dedupe_id=payment.dedupe_id)
def resolve_token_accounts(
self, public_key: PublicKey,
include_account_info: bool) -> List[AccountInfo]:
"""Resolves token accounts using Agora.
:param public_key: the public key of the account to resolve token accounts for.
:param include_account_info: indicates whether to include token account info in the response
:return: A list of :class:`AccountInfo <agora.model.account.AccountInfo>` objects each representing a token
account. Information other than AccountInfo.account_id will only be populated if `include_account_info` is
True.
"""
def _resolve():
return self._account_stub_v4.ResolveTokenAccounts(
account_pb.ResolveTokenAccountsRequest(
account_id=model_pb.SolanaAccountId(value=public_key.raw),
include_account_info=include_account_info,
),
metadata=self._metadata,
timeout=_GRPC_TIMEOUT_SECONDS)
resp = retry(self._retry_strategies, _resolve)
# This is currently in place for backward compat with the server - `token_accounts` is deprecated
if resp.token_accounts and len(resp.token_account_infos) != len(
resp.token_accounts):
# If we aren't requesting account info, we can interpolate the results ourselves.
if not include_account_info:
return [
AccountInfo(PublicKey(a.value))
for a in resp.token_accounts
]
else:
raise Error(
'server does not support resolving with account info')
return [AccountInfo.from_proto(a) for a in resp.token_account_infos]
def _parse_cache_entry(self, entry: bytes) -> List[PublicKey]:
return [
PublicKey(entry[i:i + ED25519_PUB_KEY_SIZE])
for i in range(0, len(entry), ED25519_PUB_KEY_SIZE)
]
def _create():
nonlocal subsidizer
service_config_resp = self.get_service_config()
if not service_config_resp.subsidizer_account.value and not subsidizer:
raise NoSubsidizerError()
subsidizer_id = (subsidizer.public_key
if subsidizer else PublicKey(
service_config_resp.subsidizer_account.value))
recent_blockhash_future = self._transaction_stub_v4.GetRecentBlockhash.future(
tx_pb_v4.GetRecentBlockhashRequest(),
metadata=self._metadata,
timeout=_GRPC_TIMEOUT_SECONDS)
min_balance_future = self._transaction_stub_v4.GetMinimumBalanceForRentExemption.future(
tx_pb_v4.GetMinimumBalanceForRentExemptionRequest(
size=token.ACCOUNT_SIZE),
metadata=self._metadata,
timeout=_GRPC_TIMEOUT_SECONDS)
recent_blockhash_resp = recent_blockhash_future.result()
min_balance_resp = min_balance_future.result()
token_program = PublicKey(service_config_resp.token_program.value)
transaction = Transaction.new(subsidizer_id, [
system.create_account(
subsidizer_id,
private_key.public_key,
token_program,
min_balance_resp.lamports,
token.ACCOUNT_SIZE,
),
token.initialize_account(
private_key.public_key,
PublicKey(service_config_resp.token.value),
private_key.public_key,
token_program,
),
token.set_authority(
private_key.public_key,
private_key.public_key,
token.AuthorityType.CloseAccount,
token_program,
new_authority=subsidizer_id,
)
])
transaction.set_blockhash(recent_blockhash_resp.blockhash.value)
transaction.sign([private_key])
if subsidizer:
transaction.sign([subsidizer])
req = account_pb_v4.CreateAccountRequest(
transaction=model_pb_v4.Transaction(
value=transaction.marshal()),
commitment=commitment.to_proto(),
)
resp = self._account_stub_v4.CreateAccount(
req, metadata=self._metadata, timeout=_GRPC_TIMEOUT_SECONDS)
if resp.result == account_pb_v4.CreateAccountResponse.Result.EXISTS:
raise AccountExistsError()
if resp.result == account_pb_v4.CreateAccountResponse.Result.PAYER_REQUIRED:
raise PayerRequiredError()
if resp.result == account_pb_v4.CreateAccountResponse.Result.BAD_NONCE:
raise BadNonceError()
if resp.result != account_pb_v4.CreateAccountResponse.Result.OK:
raise Error(f'unexpected result from agora: {resp.result}')
from enum import IntEnum
from typing import NamedTuple
from agora.keys import PublicKey
from agora.solana.instruction import Instruction, AccountMeta
from agora.solana.transaction import Message
_PROGRAM_KEY = PublicKey(bytes(32))
class Command(IntEnum):
CREATE_ACCOUNT = 0
ASSIGN = 1
TRANSFER = 2
CREATE_ACCOUNT_WITH_SEED = 3
ADVANCE_NONCE_ACCOUNT = 4
WITHDRAW_NONCE_ACCOUNT = 5
INITIALIZE_NONCE_ACCOUNT = 6
AUTHORIZE_NONCE_ACCOUNT = 7
ALLOCATE = 8
ALLOCATE_WITH_SEED = 9
ASSIGN_WITH_SEED = 10
TRANSFER_WITH_SEED = 11
# Reference: https://github.com/solana-labs/solana/blob/f02a78d8fff2dd7297dc6ce6eb5a68a3002f5359/sdk/src/system_instruction.rs#L58-L72 #noqa: E501
def create_account(subsidizer: PublicKey, address: PublicKey, owner: PublicKey,
lamports: int, size: int) -> Instruction:
"""
Account references
0. [WRITE, SIGNER] Funding account
def merge_token_accounts(
self, private_key: PrivateKey, create_associated_account: bool, commitment: Optional[Commitment] = None,
subsidizer: Optional[PrivateKey] = None,
) -> Optional[bytes]:
commitment = commitment if commitment else self._default_commitment
existing_accounts = self._internal_client.resolve_token_accounts(private_key.public_key, True)
if len(existing_accounts) == 0 or (len(existing_accounts) == 1 and not create_associated_account):
return None
dest = existing_accounts[0].account_id
instructions = []
signers = [private_key]
config = self._internal_client.get_service_config()
if not config.subsidizer_account.value and not subsidizer:
raise NoSubsidizerError()
if subsidizer:
subsidizer_id = subsidizer.public_key
signers.append(subsidizer)
else:
subsidizer_id = PublicKey(config.subsidizer_account.value)
if create_associated_account:
create_instruction, assoc = token.create_associated_token_account(
subsidizer_id,
private_key.public_key,
PublicKey(config.token.value),
)
if existing_accounts[0].account_id.raw != assoc.raw:
instructions.append(create_instruction)
instructions.append(token.set_authority(
assoc,
private_key.public_key,
token.AuthorityType.CLOSE_ACCOUNT,
new_authority=subsidizer_id))
dest = assoc
elif len(existing_accounts) == 1:
return None
for existing_account in existing_accounts:
if existing_account.account_id == dest:
continue
instructions.append(token.transfer(
existing_account.account_id,
dest,
private_key.public_key,
existing_account.balance,
))
# If no close authority is set, it likely means we don't know it, and can't make any assumptions
if not existing_account.close_authority:
continue
# If the subsidizer is the close authority, we can include the close instruction as they will be ok with
# signing for it
#
# Alternatively, if we're the close authority, we are signing it.
should_close = False
for a in [private_key.public_key, subsidizer_id]:
if existing_account.close_authority == a:
should_close = True
break
if should_close:
instructions.append(token.close_account(
existing_account.account_id,
existing_account.close_authority,
existing_account.close_authority,
))
transaction = solana.Transaction.new(subsidizer_id, instructions)
result = self._sign_and_submit_solana_tx(signers, transaction, commitment)
if result.errors and result.errors.tx_error:
raise result.errors.tx_error
return result.tx_id
def _resolve_and_submit_solana_payment(
self, payment: Payment, commitment: Commitment, sender_resolution: AccountResolution,
dest_resolution: AccountResolution, sender_create: bool
) -> SubmitTransactionResult:
config = self._internal_client.get_service_config()
if not config.subsidizer_account.value and not payment.subsidizer:
raise NoSubsidizerError()
subsidizer_id = (payment.subsidizer.public_key if payment.subsidizer else
PublicKey(config.subsidizer_account.value))
result = self._submit_solana_payment_tx(payment, config, commitment)
if result.errors and isinstance(result.errors.tx_error, AccountNotFoundError):
transfer_source = None
create_instructions = []
create_signer = None
resubmit = False
if sender_resolution == AccountResolution.PREFERRED:
token_account_infos = self._internal_client.resolve_token_accounts(payment.sender.public_key, False)
if token_account_infos:
transfer_source = token_account_infos[0].account_id
resubmit = True
if dest_resolution == AccountResolution.PREFERRED:
token_account_infos = self._internal_client.resolve_token_accounts(payment.destination, False)
if token_account_infos:
payment.destination = token_account_infos[0].account_id
resubmit = True
elif sender_create:
lamports = self._internal_client.get_minimum_balance_for_rent_exception()
temp_key = PrivateKey.random()
original_dest = payment.destination
payment.destination = temp_key.public_key
create_instructions = [
system.create_account(
subsidizer_id,
temp_key.public_key,
token.PROGRAM_KEY,
lamports,
token.ACCOUNT_SIZE,
),
token.initialize_account(
temp_key.public_key,
PublicKey(config.token.value),
temp_key.public_key,
),
token.set_authority(
temp_key.public_key,
temp_key.public_key,
token.AuthorityType.CLOSE_ACCOUNT,
new_authority=subsidizer_id,
),
token.set_authority(
temp_key.public_key,
temp_key.public_key,
token.AuthorityType.ACCOUNT_HOLDER,
new_authority=original_dest,
),
]
create_signer = temp_key
resubmit = True
if resubmit:
result = self._submit_solana_payment_tx(
payment,
config,
commitment,
transfer_source=transfer_source,
create_instructions=create_instructions,
create_signer=create_signer,
)
return result
