def test_not_enough_funds_to_run_payment_code(payment_node_network):
network = payment_node_network
node0: DockerNode = network.docker_nodes[0]
blocks = parse_show_blocks(node0.d_client.show_blocks(1000))
genesis_hash = blocks[0].summary.block_hash
assert len(
blocks) == 1 # There should be only one block - the genesis block
genesis_balance = node0.d_client.get_balance(
account_address=GENESIS_ACCOUNT.public_key_hex,
block_hash=genesis_hash)
assert genesis_balance == INITIAL_MOTES_AMOUNT
session_args = ABI.args([
ABI.account("account", GENESIS_ACCOUNT.public_key_hex),
ABI.u64("amount", 10**7),
])
node0.p_client.deploy(
from_address=GENESIS_ACCOUNT.public_key_hex,
session_contract=Contract.TRANSFER_TO_ACCOUNT,
payment_contract=Contract.STANDARD_PAYMENT,
public_key=GENESIS_ACCOUNT.public_key_path,
private_key=GENESIS_ACCOUNT.private_key_path,
gas_price=1,
session_args=session_args,
payment_args=ABI.args([ABI.u512("amount", 450)]),
)
latest_block_hash = parse_show_blocks(
node0.d_client.show_blocks(1000))[0].summary.block_hash
genesis_balance_after_transfer = node0.d_client.get_balance(
account_address=GENESIS_ACCOUNT.public_key_hex,
block_hash=latest_block_hash)
assert genesis_balance == genesis_balance_after_transfer
def test_deploy_do_nothing_and_call_by_entry_point_and_version(
casperlabs_client, faucet_funded_accounts, algorithm
):
key_holder, private_key_pem_path = faucet_funded_accounts[algorithm]
deploy_hash = casperlabs_client.deploy(
session=WASM_DIRECTORY / "test_payment_stored.wasm",
payment_amount=10000000,
private_key=private_key_pem_path,
)
result = casperlabs_client.show_deploy(
deploy_hash, wait_for_processed=True, timeout_seconds=300
)
for block_info in result.processing_results:
assert (
not block_info.is_error
), f"block_info.is_error: {block_info.error_message}"
assert len(result.processing_results) > 0, "No block_info returned"
deploy_hash = casperlabs_client.deploy(
session=WASM_DIRECTORY / "transfer_to_account_u512_stored.wasm",
payment_name="test_payment_hash",
payment_entry_point="pay",
payment_args=ABI.args([ABI.big_int("amount", 10000000)]),
private_key=private_key_pem_path,
)
result = casperlabs_client.show_deploy(
deploy_hash, wait_for_processed=True, timeout_seconds=300
)
for block_info in result.processing_results:
assert (
not block_info.is_error
), f"block_info.is_error: {block_info.error_message}"
assert len(result.processing_results) > 0, "No block_info returned"
session_args = ABI.args(
[
ABI.account(
"target",
"1000000000000000000000000000000000000000000000000000000000000000",
),
ABI.big_int("amount", 123),
]
)
deploy_hash = casperlabs_client.deploy(
session_name="transfer_to_account",
session_entry_point="transfer",
session_args=session_args,
payment_amount=10000000,
private_key=private_key_pem_path,
)
result = casperlabs_client.show_deploy(
deploy_hash, wait_for_processed=True, timeout_seconds=300
)
for block_info in result.processing_results:
assert (
not block_info.is_error
), f"block_info.is_error: {block_info.error_message}"
assert len(result.processing_results) > 0, "No block_info returned"
def faucet_fund_account(casperlabs_client,
account_hash_hex,
amount=10000000000):
faucet_wasm_path = WASM_DIRECTORY / "faucet.wasm"
assert faucet_wasm_path.exists(), (
f"Needed wasm file: {faucet_wasm_path} does not exist.\n"
"It should be built in `build_contracts.sh`.")
session_args = ABI.args([
ABI.account("target", account_hash_hex),
ABI.big_int("amount", amount)
])
deploy_hash = casperlabs_client.deploy(
private_key=FAUCET_PRIVATE_KEY_PEM_PATH,
session=faucet_wasm_path,
session_args=session_args,
payment_amount=1000000,
)
result = casperlabs_client.show_deploy(deploy_hash,
wait_for_processed=True)
assert (len(result.processing_results) >
0), "No processing results from faucet transfer"
block_hash = result.processing_results[0].block_info.summary.block_hash
result = casperlabs_client.balance(account_hash_hex, block_hash.hex())
assert result > 0, "balance of new account is not correct"
def test_deploy_with_args(one_node_network, genesis_public_signing_key):
"""
Deploys test contracts that do:
revert(get_arg(0)); // for u32 and u512
and
revert(sum(address_bytes[u8; 32]) + u32); for multiple argument test.
Tests args get correctly encoded and decoded in the contract.
Test expects the test contracts args_u32.wasm and args_u512.wasm
to deserialize correctly their arguments and then call revert with value
of the argument (converted to a Rust native int, as expected by revert).
If the test contracts don't fail or if their exit code is different
than expected, the test will fail.
"""
node = one_node_network.docker_nodes[0]
client = node.p_client.client
for wasm, encode in [
(resources_path() / Contract.ARGS_U32, ABI.int_value),
(resources_path() / Contract.ARGS_U512, ABI.big_int),
]:
for number in [1, 12, 256, 1024]:
block_hash = node.deploy_and_get_block_hash(
GENESIS_ACCOUNT,
wasm,
on_error_raise=False,
session_args=ABI.args([encode("number", number)]),
)
for deploy_info in client.showDeploys(block_hash):
exit_code = number + USER_ERROR_MIN
assert deploy_info.is_error is True
assert deploy_info.error_message == f"Exit code: {exit_code}"
wasm = resources_path() / Contract.ARGS_MULTI
account_hex = "0101010102020202030303030404040405050505060606060707070708080808"
number = 1000
total_sum = sum([1, 2, 3, 4, 5, 6, 7, 8]) * 4 + number
block_hash = node.deploy_and_get_block_hash(
GENESIS_ACCOUNT,
wasm,
on_error_raise=False,
session_args=ABI.args(
[ABI.account("account", account_hex),
ABI.u32("number", number)]),
)
for deploy_info in client.showDeploys(block_hash):
exit_code = total_sum + USER_ERROR_MIN
assert deploy_info.is_error is True
assert deploy_info.error_message == f"Exit code: {exit_code}"
for blockInfo in client.showBlocks(10):
assert blockInfo.status.stats.block_size_bytes > 0
def do_transfer(
ctx: ExecutionContext,
cp1: Account,
cp2: Account,
amount: int,
contract: ClientContract = None,
is_refundable: bool = True,
deploy_type: DeployType = DeployType.TRANSFER
) -> typing.Tuple[Deploy, Transfer]:
"""Executes a transfer between 2 counter-parties & returns resulting deploy hash.
:param ctx: Execution context information.
:param cp1: Account information of counter party 1.
:param cp2: Account information of counter party 2.
:param amount: Amount in motes to be transferred.
:param contract: The transfer contract to call (if any).
:param is_refundable: Flag indicating whether a refund is required.
:param deploy_type: The type of deploy to dispatch.
:returns: Dispatched deploy & transfer.
"""
# Set client.
node, client = utils.get_client(ctx)
# Transfer using called contract - does not dispatch wasm.
if contract:
session_args = ABI.args([
ABI.account("address", cp2.public_key),
ABI.big_int("amount", amount)
])
dhash = client.deploy(
session_hash=bytes.fromhex(contract.chash),
session_args=session_args,
from_addr=cp1.public_key,
private_key=cp1.private_key_as_pem_filepath,
# TODO: allow these to be passed in via standard arguments
payment_amount=defaults.CLX_TX_FEE,
gas_price=defaults.CLX_TX_GAS_PRICE)
# Transfer using stored contract - dispatches wasm.
else:
dhash = client.transfer(
amount=amount,
from_addr=cp1.public_key,
private_key=cp1.private_key_as_pem_filepath,
target_account_hex=cp2.public_key,
# TODO: allow these to be passed in via standard arguments
payment_amount=defaults.CLX_TX_FEE,
gas_price=defaults.CLX_TX_GAS_PRICE)
logger.log(
f"PYCLX :: transfer :: {dhash} :: {amount} CLX :: {cp1.public_key[:8]} -> {cp2.public_key[:8]}"
)
return (node, dhash)
def remove_associated_key(node, weight_key: Account, key: Account):
""" Removes a key from the IDENTITY_KEY account """
args = ABI.args([ABI.account("account", key.public_key_hex)])
return node.deploy_and_get_block_hash(
weight_key,
Contract.REMOVE_ASSOCIATED_KEY,
on_error_raise=False,
from_addr=IDENTITY_KEY.public_key_hex,
public_key=weight_key.public_key_path,
private_key=weight_key.private_key_path,
session_args=args,
)
def test_legacy_args_from_json():
json_str = json.dumps(LEGACY_ARGS)
args = ABI.args_from_json(json_str)
assert args[0] == ABI.long_value("amount", long_value)
assert args[1] == ABI.account("account", account)
assert args[2] == ABI.optional_value("main_purse", None)
assert args[3] == ABI.big_int("number", big_int_value)
assert args[4] == ABI.bytes_value("my_bytes", account)
assert args[5] == ABI.key_hash("my_hash", account)
assert args[6] == ABI.key_address("my_address", account)
assert args[7] == ABI.key_uref("my_uref", account, access_rights=5)
assert args[8] == ABI.key_local("my_local", account)
def create_associate_deploy(acct_num: int):
""" Add associated key of acct_num + 1 to acct_num account """
acct = Account(acct_num)
associated_acct = Account(acct_num + 1)
args = ABI.args([
ABI.account("account", associated_acct.public_key_binary),
ABI.u32("amount", 1),
])
return node.p_client.deploy(
from_address=acct.public_key_hex,
session_contract=Contract.ADD_ASSOCIATED_KEY,
public_key=acct.public_key_path,
private_key=acct.private_key_path,
session_args=args,
)
def _add_update_associate_key(
node, weight_key: Account, key: Account, weight: int, contract: str
):
""" Handles both add and update calls due to commonality """
session_args = ABI.args(
[ABI.account("account", key.public_key_hex), ABI.u32("amount", weight)]
)
return node.deploy_and_get_block_hash(
weight_key,
contract,
on_error_raise=False,
from_addr=IDENTITY_KEY.public_key_hex,
public_key=weight_key.public_key_path,
private_key=weight_key.private_key_path,
session_args=session_args,
)
def test_args_to_json():
args = [
ABI.long_value("amount", long_value),
ABI.account("account", account),
ABI.optional_value("purse_id", None),
ABI.big_int("number", big_int_value),
ABI.bytes_value("my_bytes", account),
ABI.key_hash("my_hash", account),
ABI.key_address("my_address", account),
ABI.key_uref("my_uref", account, access_rights=5),
ABI.key_local("my_local", account),
]
json_str1 = json.dumps(ARGS, ensure_ascii=True, sort_keys=True, indent=2)
json_str2 = ABI.args_to_json(ABI.args(args),
ensure_ascii=True,
sort_keys=True,
indent=2)
assert json_str1 == json_str2
def transfer_command(casperlabs_client, args):
_set_session(args, "transfer_to_account_u512.wasm")
if not args.session_args:
target_account_bytes = base64.b64decode(args.target_account)
if len(target_account_bytes) != 32:
target_account_bytes = bytes.fromhex(args.target_account)
if len(target_account_bytes) != 32:
raise Exception(
"--target_account must be 32 bytes base64 or base16 encoded"
)
args.session_args = ABI.args_to_json(
ABI.args([
ABI.account("account", target_account_bytes),
ABI.u512("amount", args.amount),
]))
return deploy_command(casperlabs_client, args)
def faucet_fund_account(casperlabs_client,
account_hash_hex,
amount=1000000000):
faucet_wasm_path = WASM_DIRECTORY / "faucet.wasm"
session_args = ABI.args([
ABI.account("target", account_hash_hex),
ABI.big_int("amount", amount)
])
# TODO: validate faucet key path to make sure key gen worked during standup.
deploy_hash = casperlabs_client.deploy(
private_key=FAUCET_PRIVATE_KEY_PEM_PATH,
session=faucet_wasm_path,
session_args=session_args,
)
result = casperlabs_client.show_deploy(deploy_hash,
wait_for_processed=True)
block_hash = result.processing_results[0].block_info.summary.block_hash
result = casperlabs_client.balance(account_hash_hex, block_hash.hex())
assert result > 0
def make_transfers(client, account, target_account, amount, n):
"""
Makes n transfers from account to account_target,
n must be greater than 1.
First n-1 deploys depends on a deploy that is sent to the node as the last one.
This is in order to ensure that node doesn't put part of the set of deploys on a block
before receiving all of them.
Returns tuple (deploy_hash, [deploy_hashes]), where deploy_hash is the special
deploy that all other deploys depend on.
"""
if not n > 1:
raise Exception("n must be > 1")
deploy = client.make_deploy(
from_addr=account.public_key_hex,
session=bundled_contract("transfer_to_account_u512.wasm"),
session_args=ABI.args([
ABI.account("account",
bytes.fromhex(target_account.public_key_hex)),
ABI.u512("amount", amount),
]),
payment_amount=10000000,
)
deploy = client.sign_deploy(deploy, account.public_key_hex,
account.private_key_path)
deploy_hash = deploy.deploy_hash.hex()
deploy_hashes = [
client.transfer(
private_key=account.private_key_path,
from_addr=account.public_key_hex,
target_account_hex=target_account.public_key_hex,
payment_amount=10000000,
amount=1,
dependencies=[deploy_hash],
) for _ in range(n - 1)
]
client.send_deploy(deploy)
return deploy_hash, deploy_hashes
def test_args_to_json():
args = [
ABI.long_value("amount", long_value),
ABI.account("account", account),
ABI.optional_value("main_purse", None),
ABI.big_int("number", big_int_value),
ABI.bytes_value("my_bytes", account),
ABI.key_hash("my_hash", account),
ABI.key_address("my_address", account),
ABI.key_uref("my_uref", account, access_rights=5),
ABI.key_local("my_local", account),
]
json_str1 = json.dumps(LEGACY_ARGS,
ensure_ascii=True,
sort_keys=True,
indent=2)
json_str2 = ABI.args_to_json(ABI.args(args),
ensure_ascii=True,
sort_keys=True,
indent=2)
# TODO: fix this test to use new json format
assert json_str1 != json_str2
def test_error_in_payment_contract(payment_node_network):
network = payment_node_network
node0: DockerNode = network.docker_nodes[0]
node0.use_docker_client()
blocks = parse_show_blocks(node0.d_client.show_blocks(1000))
genesis_hash = blocks[0].summary.block_hash
assert len(
blocks) == 1 # There should be only one block - the genesis block
genesis_balance = node0.client.get_balance(
account_address=GENESIS_ACCOUNT.public_key_hex,
block_hash=genesis_hash)
assert genesis_balance == INITIAL_MOTES_AMOUNT
from_account = Account("genesis")
to_account = Account(1)
session_args = ABI.args([
ABI.account("account", to_account.public_key_hex),
ABI.u64("amount", 10**7)
])
payment_args = ABI.args([ABI.u512("amount", 10**6)])
node0.p_client.deploy(
from_address=from_account.public_key_hex,
session_contract=Contract.TRANSFER_TO_ACCOUNT,
payment_contract=Contract.DIRECT_REVERT,
public_key=from_account.public_key_path,
private_key=from_account.private_key_path,
gas_price=1,
session_args=session_args,
payment_args=payment_args,
)
genesis_balance_after_transfer = node0.client.get_balance(
account_address=GENESIS_ACCOUNT.public_key_hex,
block_hash=parse_show_blocks(
node0.d_client.show_blocks(1000))[0].summary.block_hash,
)
assert genesis_balance == genesis_balance_after_transfer
def test_cli_abi_multiple(cli):
account = GENESIS_ACCOUNT
account_hex = "0101010102020202030303030404040405050505060606060707070708080808"
number = 1000
total_sum = sum([1, 2, 3, 4, 5, 6, 7, 8]) * 4 + number
args = ABI.args(
[ABI.account("account", account_hex),
ABI.int_value("number", number)])
session_args = ABI.args_to_json(args)
deploy_hash = cli('deploy', '--from', account.public_key_hex, '--session',
cli.resource(Contract.ARGS_MULTI), '--session-args',
session_args, '--private-key',
cli.private_key_path(account), '--public-key',
cli.public_key_path(account), '--payment',
cli.resource(Contract.STANDARD_PAYMENT),
'--payment-args', cli.payment_json)
cli.node.wait_for_deploy_processed_and_get_block_hash(deploy_hash,
on_error_raise=False)
deploy_info = cli("show-deploy", deploy_hash)
assert deploy_info.processing_results[0].is_error is True
assert deploy_info.processing_results[
0].error_message == f"User error: {total_sum}"
def transfer_to_account(
self,
to_account_id: int,
amount: int,
from_account_id: Union[str, int] = "genesis",
session_contract: str = Contract.TRANSFER_TO_ACCOUNT,
payment_contract: str = Contract.STANDARD_PAYMENT,
payment_args: bytes = MAX_PAYMENT_ABI,
gas_price: int = 1,
is_deploy_error_check: bool = True,
) -> str:
"""
Performs a transfer using the from account if given (or genesis if not)
:param to_account_id: 1-20 index of test account for transfer into
:param amount: amount of motes to transfer (mote = smallest unit of token)
:param from_account_id: default 'genesis' account, but previously funded account_id is also valid.
:param session_contract: session contract to execute.
:param payment_contract: Payment contract to execute.
:param payment_args: Payment Amount ABI
:param gas_price: Gas price
:param is_deploy_error_check: Check that amount transfer is success.
:returns block_hash in hex str
"""
logging.info(f"=== Transferring {amount} to {to_account_id}")
assert (
is_valid_account(to_account_id) and to_account_id != "genesis"
), "Can transfer only to non-genesis accounts in test framework (1-20)."
assert is_valid_account(
from_account_id
), "Must transfer from a valid account_id: 1-20 or 'genesis'"
from_account = Account(from_account_id)
to_account = Account(to_account_id)
session_args = ABI.args([
ABI.account("account", to_account.public_key_binary),
ABI.u64("amount", amount),
])
deploy_hash = self.p_client.deploy(
from_address=from_account.public_key_hex,
session_contract=session_contract,
payment_contract=payment_contract,
public_key=from_account.public_key_path,
private_key=from_account.private_key_path,
gas_price=gas_price,
session_args=session_args,
payment_args=payment_args,
)
client = self.p_client.client
result = client.wait_for_deploy_processed(
deploy_hash, on_error_raise=is_deploy_error_check)
last_processing_result = result.processing_results[0]
block_hash = last_processing_result.block_info.summary.block_hash.hex()
if is_deploy_error_check and last_processing_result.is_error:
raise Exception(
f"transfer_to_account: {last_processing_result.error_message}")
return block_hash
