def _set_samples(self, domain: str) -> (list, list, list, list):
buf_blocks = list()
buf_transactions_on_blocks = list(
) # block's transaction list which means confirmed transaction list
buf_transactions = list() # return value of 'get_transaction'
buf_transaction_results = list(
) # return value of 'get_transaction_result'
icon_service = IconService(HTTPProvider(domain, VERSION_FOR_TEST))
target_block_heights = self._set_target_heights()
for height in target_block_heights:
block = icon_service.get_block(height, full_response=True)
block = block['result']
buf_blocks.append(block)
for transaction in block[
'confirmed_transaction_list' if block['version'] ==
BLOCK_0_1A_VERSION else 'transactions']:
buf_transactions_on_blocks.append(transaction)
if ('tx_hash' or 'txHash') in transaction:
tx_hash = transaction['tx_hash' if 'tx_hash' in
transaction else 'txHash']
tx_hash = add_0x_prefix(tx_hash)
tx = icon_service.get_transaction(tx_hash,
full_response=True)
tx = tx['result']
buf_transactions.append(tx)
tx_result = icon_service.get_transaction_result(
tx_hash, full_response=True)
tx_result = tx_result['result']
buf_transaction_results.append(tx_result)
return buf_blocks, buf_transactions_on_blocks, buf_transactions, buf_transaction_results
def get_txresults(self, network: IconService, tx_hashes: list) -> list:
tx_results: list = []
for h in tx_hashes:
tx_result = network.get_transaction_result(h)
tx_results.append(tx_result)
return tx_results
def test_integrate_converter(self):
"""
Test integrating for the converter which checks that all of the data
about the block, transaction, and transaction result have the right format.
[Purpose]
Check all of the data about the block, transaction, and transaction result.
[Scenario]
1. Get the last block data and validate the block data.
2. Get all of the transaction data on that block and validate the transaction data.
3. Get all of the transaction result data on that transaction and validate the transaction result data.
4. Repeatedly, get the other blocks from the last to the first and validate all of three kinds of the data.
"""
logger = getLogger("TEST CONVERTER")
# No need to use logging, remove the line.
set_logger(logger, 'DEBUG')
logger.debug("TEST CONVERTER START")
icon_service = IconService(HTTPProvider(TEST_HTTP_ENDPOINT_URI_V3))
# Scenario 1: Get the last block data and validate the block data.
last_block_height = icon_service.get_block("latest")["height"]
for height in range(
0, last_block_height if last_block_height < 30 else 30):
# Scenario 2: Get all of the transaction data on that block and validate the transaction data.
block = icon_service.get_block(height)
# pprint.pprint(block)
self.assertTrue(validate_block(block))
# Except for the genesis block
if height > 0:
for transaction_in_block in block[
"confirmed_transaction_list"]:
# Scenario 3: Get all of the transaction result data on that transaction
# and validate the transaction result data.
transaction_result = icon_service.get_transaction_result(
transaction_in_block["txHash"])
# logger.debug(transaction_result)
# pprint.pprint(transaction_result)
self.assertTrue(
validate_transaction_result(transaction_result))
# Scenario 4: Repeatedly, get the other blocks from the last to the first
# and validate all of three kinds of the data.
transaction = icon_service.get_transaction(
transaction_in_block["txHash"])
# logger.debug(transaction)
# pprint.pprint(transaction)
self.assertTrue(validate_transaction(transaction))
def process_transaction(self, request: SignedTransaction,
network: IconService = None,
block_confirm_interval: int = tbears_server_config[TbConf.BLOCK_CONFIRM_INTERVAL]) -> dict:
try:
if network is not None:
# Send the transaction to network
tx_hash = network.send_transaction(request)
sleep(block_confirm_interval)
# Get transaction result
tx_result = network.get_transaction_result(tx_hash)
else:
# process the transaction in local
tx_result = self._process_transaction_in_local(request.signed_transaction_dict)
except IconServiceBaseException as e:
tx_result = e.message
return tx_result
def txresult(self, conf):
"""Query transaction result using given transaction hash.
:param conf: txresult command configuration.
:return: result of query.
"""
uri, version = uri_parser(conf['uri'])
icon_service = IconService(HTTPProvider(uri, version))
response = icon_service.get_transaction_result(conf['hash'], True)
if "error" in response:
print('Got an error response')
print(f"Can not get transaction \n{json.dumps(response, indent=4)}")
else:
print(f"Transaction : {json.dumps(response, indent=4)}")
return response
def process_message_tx(self,
network: IconService = None,
msg: str = "dummy",
block_confirm_interval: int = -1) -> dict:
if self._network_only and network is None:
raise URLException("Set network URL")
if block_confirm_interval == -1:
block_confirm_interval = self._block_confirm_interval
msg_byte = msg.encode('utf-8')
# build message tx
transaction = MessageTransactionBuilder() \
.from_(self._test1.get_address()) \
.to(self._test1.get_address()) \
.step_limit(10000000000) \
.nid(3) \
.nonce(100) \
.data(f"0x{msg_byte.hex()}") \
.build()
# signing message tx
request = SignedTransaction(transaction, self._test1)
try:
if network is not None:
# Send the transaction to network
tx_hash = network.send_transaction(request)
sleep(block_confirm_interval)
# Get transaction result
tx_result = network.get_transaction_result(tx_hash)
else:
# process the transaction in local
tx_results = self._process_transaction_in_local(
request.signed_transaction_dict)
except IconServiceBaseException as e:
tx_result = e.message
return tx_result
def test_integrate_converter(self):
"""
Test integrating for the converter which checks that all of the data
about the block, transaction, and transaction result have the right format.
[Purpose]
Check all of the data about the block, transaction, and transaction result.
[Scenario]
1. Get the last block data and validate the block data.
2. Get all of the transaction data on that block and validate the transaction data.
3. Get all of the transaction result data on that transaction and validate the transaction result data.
4. Repeatedly, get the other blocks from the last to the first and validate all of three kinds of the data.
"""
icon_service = IconService(HTTPProvider(BASE_DOMAIN_URL_V3_FOR_TEST, VERSION_FOR_TEST))
# Scenario 1: Get the last block data and validate the block data.
last_block_height = icon_service.get_block("latest")["height"]
for height in range(0, last_block_height if last_block_height < 30 else 30):
# Scenario 2: Get all of the transaction data on that block and validate the transaction data.
block = icon_service.get_block(height)
# pprint.pprint(block)
self.assertTrue(validate_block(block))
# Except for the genesis block
if height > 0:
for transaction_in_block in block["confirmed_transaction_list"]:
# Scenario 3: Get all of the transaction result data on that transaction
# and validate the transaction result data.
transaction_result = icon_service.get_transaction_result(transaction_in_block["txHash"])
# logger.debug(transaction_result)
# pprint.pprint(transaction_result)
self.assertTrue(validate_transaction_result(transaction_result))
# Scenario 4: Repeatedly, get the other blocks from the last to the first
# and validate all of three kinds of the data.
transaction = icon_service.get_transaction(transaction_in_block["txHash"])
# logger.debug(transaction)
# pprint.pprint(transaction)
self.assertTrue(validate_transaction(transaction))
def process_transaction(self,
request: SignedTransaction,
network: IconService = None,
block_confirm_interval: int = -1) -> dict:
if self._network_only and network is None:
raise URLException("Set network URL")
if block_confirm_interval == -1:
block_confirm_interval = self._block_confirm_interval
if network is not None:
# Send the transaction to network
tx_hash: str = network.send_transaction(request)
sleep(block_confirm_interval + 0.1)
# Get transaction result
tx_result: dict = network.get_transaction_result(tx_hash)
else:
# process the transaction in local
tx_hash: str = self._process_transaction_in_local(
request.signed_transaction_dict)
tx_result: dict = self._get_tx_result(tx_hash)
return tx_result
def process_transaction_bulk(self,
requests: list,
network: IconService = None,
block_confirm_interval: int = -1) -> list:
if self._network_only and network is None:
raise URLException("Set network URL")
if block_confirm_interval == -1:
block_confirm_interval = self._block_confirm_interval
tx_results: list = []
try:
if network is not None:
tx_hashes: list = []
for req in requests:
# Send the transaction to network
tx_hash = network.send_transaction(req)
tx_hashes.append(tx_hash)
sleep(block_confirm_interval)
# Get transaction result
for h in tx_hashes:
tx_result = network.get_transaction_result(h)
tx_results.append(tx_result)
else:
for req in requests:
# process the transaction in local
tx_result = self._process_transaction_in_local(
req.signed_transaction_dict)
tx_results.append(tx_result)
except IconServiceBaseException as e:
tx_result = e.message
tx_results.append(tx_result)
return tx_results
class TestGetterMethods(unittest.TestCase):
def setUp(self):
self.wallet = KeyWallet.load(keystore_path, keystore_pw)
self.tester_addr = self.wallet.get_address()
self.icon_service = IconService(HTTPProvider(node_uri))
def tearDown(self):
pass
def test_name(self):
call = CallBuilder().from_(self.tester_addr)\
.to(hello_world_address)\
.method("name")\
.build()
result = self.icon_service.call(call)
self.assertEqual(result, 'HelloWorld')
def test_hello(self):
call = CallBuilder().from_(self.tester_addr)\
.to(hello_world_address)\
.method("hello")\
.build()
result = self.icon_service.call(call)
self.assertEqual(result, 'Hello')
def test_send_token_to_ca(self):
call = CallBuilder().from_(self.tester_addr)\
.to(token_address)\
.method("balanceOf")\
.params({"_owner": hello_world_address})\
.build()
balance_before = self.icon_service.call(call)
token_value = "0x1"
transaction = CallTransactionBuilder()\
.from_(self.tester_addr)\
.to(token_address)\
.step_limit(2000000)\
.nid(network_id)\
.method("transfer")\
.params({"_to":hello_world_address, "_value":token_value})\
.build()
signed_transaction = SignedTransaction(transaction, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
self.assertEqual(result['status'], 1)
self.assertFalse(result['eventLogs'] is None)
balance_after = self.icon_service.call(call)
self.assertEqual(int(balance_before,0)+int(token_value,0), int(balance_after,0))
def test_send_icx_to_ca(self):
balance_before = self.icon_service.get_balance(hello_world_address)
icx_value = 1
transaction = TransactionBuilder()\
.from_(self.tester_addr)\
.to(hello_world_address)\
.value(icx_value)\
.step_limit(2000000)\
.nid(network_id)\
.build()
signed_transaction = SignedTransaction(transaction, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
self.assertEqual(result['status'], 1)
self.assertFalse(result['eventLogs'] is None)
balance_after = self.icon_service.get_balance(hello_world_address)
self.assertEqual(balance_before+icx_value, balance_after)
class TestGetterMethods(unittest.TestCase):
def setUp(self):
self.wallet = KeyWallet.load(keystore_path, keystore_pw)
self.tester_addr = self.wallet.get_address()
self.icon_service = IconService(HTTPProvider(node_uri))
def tearDown(self):
pass
def test_name(self):
call = CallBuilder().from_(self.tester_addr)\
.to(hello_world_address)\
.method("name")\
.build()
result = self.icon_service.call(call)
self.assertEqual(result, 'HelloWorld')
def test_hello(self):
call = CallBuilder().from_(self.tester_addr)\
.to(hello_world_address)\
.method("hello")\
.build()
result = self.icon_service.call(call)
self.assertEqual(result, 'Hello')
def test_send_token_to_ca(self):
call = CallBuilder().from_(self.tester_addr)\
.to(token_address)\
.method("balanceOf")\
.params({"_owner": hello_world_address})\
.build()
balance_before = self.icon_service.call(call)
token_value = "0x1"
transaction = CallTransactionBuilder()\
.from_(self.tester_addr)\
.to(token_address)\
.step_limit(2000000)\
.nid(network_id)\
.method("transfer")\
.params({"_to":hello_world_address, "_value":token_value})\
.build()
signed_transaction = SignedTransaction(transaction, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
self.assertEqual(result['status'], 1)
self.assertFalse(result['eventLogs'] is None)
balance_after = self.icon_service.call(call)
self.assertEqual(int(balance_before,0)+int(token_value,0), int(balance_after,0))
def test_send_icx_to_ca(self):
balance_before = self.icon_service.get_balance(hello_world_address)
icx_value = 1
transaction = TransactionBuilder()\
.from_(self.tester_addr)\
.to(hello_world_address)\
.value(icx_value)\
.step_limit(2000000)\
.nid(network_id)\
.build()
signed_transaction = SignedTransaction(transaction, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
self.assertEqual(result['status'], 1)
self.assertFalse(result['eventLogs'] is None)
balance_after = self.icon_service.get_balance(hello_world_address)
self.assertEqual(balance_before+icx_value, balance_after)
class TestGetterMethods(unittest.TestCase):
def setUp(self):
self.wallet = KeyWallet.load(keystore_path, keystore_pw)
self.tester_addr = self.wallet.get_address()
self.icon_service = IconService(HTTPProvider(node_uri))
def test_vote_list(self):
call = CallBuilder().from_(self.tester_addr)\
.to(vote_dao_address)\
.method("vote_list")\
.build()
self.icon_service.call(call)
def test_add_user(self):
send = CallTransactionBuilder().from_(self.tester_addr) \
.version(3) \
.step_limit(3000000000000000000000) \
.timestamp(0x573117f1d6568) \
.nid(0x3) \
.to(vote_dao_address) \
.method("add_user") \
.params({"contents": "hx8d29ac2645805452a6e921c888b23c58be862cf0"}) \
.build()
signed_transaction = SignedTransaction(send, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
assert result['status'] == 0 or 1
def test_remove_user(self):
send = CallTransactionBuilder().from_(self.tester_addr) \
.version(3) \
.step_limit(3000000000000000000000) \
.timestamp(0x573117f1d6568) \
.nid(0x3) \
.to(vote_dao_address) \
.method("remove_user") \
.params({"contents": "hx8d29ac2645805452a6e921c888b23c58be862cf0"}) \
.build()
signed_transaction = SignedTransaction(send, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
assert result['status'] == 0 or 1
def test_ox(self):
send = CallTransactionBuilder().from_(self.tester_addr) \
.version(3) \
.step_limit(3000000000000000000000) \
.timestamp(0x573117f1d6568) \
.nid(0x3) \
.to(vote_dao_address) \
.method("ox") \
.params({"contents": "tests"}) \
.build()
signed_transaction = SignedTransaction(send, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
assert result['status'] == 0 or 1
def vote(self):
send = CallTransactionBuilder().from_(self.tester_addr) \
.version(3) \
.step_limit(3000000000000000000000) \
.timestamp(0x573117f1d6568) \
.nid(0x3) \
.to(vote_dao_address) \
.method("vote") \
.params({"code": "O0","vote_res": "2"}) \
.build()
signed_transaction = SignedTransaction(send, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
assert result['status'] == 0 or 1
def delete(self):
send = CallTransactionBuilder().from_(self.tester_addr) \
.version(3) \
.step_limit(3000000000000000000000) \
.timestamp(0x573117f1d6568) \
.nid(0x3) \
.to(vote_dao_address) \
.method("delete") \
.params({"code": "O0"}) \
.build()
signed_transaction = SignedTransaction(send, self.wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
sleep(10)
result = self.icon_service.get_transaction_result(tx_hash)
assert result['status'] == 0 or 1
class ServiceManager:
def __init__(self, node_conf_path: str, wallet_path: str, passwd: str):
# Node configuration to be connected
with open(node_conf_path, "r") as f:
node_conf = json.load(f)
self._my_chain_name = node_conf["chain_name"]
self._nid = int(node_conf["nid"], 16)
self.web_protocol = node_conf["web_protocol"]
if self.web_protocol == "ssl":
self._icon_service = IconService(
HTTPProvider("https://" + node_conf["address"], 3))
self._ws_block = f"wss://{node_conf['address']}/api/ws/{node_conf['channel']}"
elif self.web_protocol == "http":
self._icon_service = IconService(
HTTPProvider("http://" + node_conf["address"], 3))
self._ws_block = f"ws://{node_conf['address']}/api/node/{node_conf['channel']}"
else:
print("[error] Not supported web_protocol")
sys.exit()
# Set wallet of actor
self._wallet = KeyWallet.load(wallet_path, passwd)
self._score_info = node_conf["scores"]
# TODO 실제로는 없어도 되는 method
def get_block(self, value=None) -> dict:
block = self._icon_service.get_block(value)
return block
def get_rep_list(self):
resp = self.query("cx0000000000000000000000000000000000000000",
"getPRepTerm", {})
preps_info = resp["preps"]
preps_list = []
for item in preps_info:
preps_list.append(item["address"])
return preps_list
def get_rep_list_local(self):
node_info = f"http://localhost:9100/api/node"
headers = {"content-type": "application/json"}
body = {"jsonrpc": "2.0", "method": "node_getChannelInfos", "id": 1234}
resp = requests.post(node_info, data=json.dumps(body),
headers=headers).json()
assert resp["jsonrpc"]
assert resp["id"]
preps_list = []
for item in resp["result"]["channel_infos"]["icon_dex"]["peers"]:
preps_list.append(item["id"])
return preps_list
def get_tx_result_by_hash(self, tx_hash: str) -> dict:
tx_result = self._icon_service.get_transaction_result(tx_hash)
for key, value in tx_result.items():
if isinstance(value, int):
tx_result[key] = hex(value)
try:
tx_result["logsBloom"] = "0x" + tx_result["logsBloom"].hex()
except KeyError:
pass
return tx_result
def call_tx(self, score_addr: str, method: str, params: dict) -> dict:
transaction = CallTransactionBuilder() \
.from_(self._wallet.get_address()) \
.to(score_addr) \
.step_limit(STEP_LIMIT) \
.nid(self._nid) \
.nonce(NONCE) \
.method(method) \
.params(params) \
.build()
return self._send_transaction(transaction)
def query(self, score_addr: str, method: str, params: dict):
query = CallBuilder() \
.from_(self._wallet.get_address()) \
.to(score_addr) \
.method(method) \
.params(params) \
.build()
return self._icon_service.call(query)
def dummy_tx_send(self, loop: int):
for i in range(loop):
transaction = CallTransactionBuilder().\
from_(self._wallet.get_address()).\
to(self._wallet.get_address()).\
step_limit(STEP_LIMIT).\
value(1).\
nid(self.nid).\
nonce(NONCE).\
method("transfer").build()
signed_tx = SignedTransaction(transaction, self._wallet)
tx_hash = self.icon_service.send_transaction(signed_tx)
print(f"[dc_log] dummy tx hash: {tx_hash}")
def _send_transaction(self, transaction) -> dict:
signed_tx = SignedTransaction(transaction, self._wallet)
tx_hash = self._icon_service.send_transaction(signed_tx)
sleep(SLEEP_TIMER)
return self.get_tx_result_by_hash(tx_hash)
@staticmethod
def print_result(data: dict):
print(
"----------------------------------------------------------------------------------"
)
print("<Tx_result>")
print(f" - txHash: {data['txHash']}")
print(f" - height: {data['blockHeight']}")
print(f" - blockHash: {data['blockHash']}")
try:
print(f" - scoreAddr: {data['scoreAddress']}")
except KeyError:
pass
print(f" - stepUsed: {data['stepUsed']}")
print(f" - status: {data['status']}")
print(
"----------------------------------------------------------------------------------\n\n"
)
@property
def ws_addr(self):
return self._ws_block
@property
def chain_name(self):
return self._my_chain_name
@property
def nid(self):
return self._nid
@property
def from_account(self):
return self._wallet.get_address()
@property
def icon_service(self):
return self._icon_service
class TestUcBase(unittest.TestCase):
_scoreAddrOfContractRegistry = ''
_scoreAddrOfStoreAgentProxy = ''
_scoreAddrOfOrderAgentProxy = ''
_scoreAddrOfStoreAgent = ''
_scoreAddrOfOrderAgent = ''
@classmethod
def setUpClass(self):
self._currentDirPath = path.abspath(path.dirname(__file__))
self._walletOfTest1 = KeyWallet.load(
f'{self._currentDirPath}/.keystore/{TEST_KEYSTORE_TEST1}',
'test1_Account')
self._walletOfUc = KeyWallet.load(
f'{self._currentDirPath}/.keystore/{TEST_KEYSTORE_UC}',
TEST_KEYSTORE_PW)
self._walletOfProvider = KeyWallet.load(
f'{self._currentDirPath}/.keystore/{TEST_KEYSTORE_PROVIDER}',
TEST_KEYSTORE_PW)
self._walletOfCustomer = KeyWallet.load(
f'{self._currentDirPath}/.keystore/{TEST_KEYSTORE_CUSTOMER}',
TEST_KEYSTORE_PW)
self._iconService = IconService(
HTTPProvider(TEST_HTTP_ENDPOINT_URI_V3))
def setUp(self):
self._scoreAddrOfContractRegistry = self.__class__._scoreAddrOfContractRegistry
self._scoreAddrOfOrderAgentProxy = self.__class__._scoreAddrOfOrderAgentProxy
self._scoreAddrOfStoreAgentProxy = self.__class__._scoreAddrOfStoreAgentProxy
self._scoreAddrOfOrderAgent = self.__class__._scoreAddrOfOrderAgent
self._scoreAddrOfStoreAgent = self.__class__._scoreAddrOfStoreAgent
def _deploy(self, _installContentBytes: bytes, _params: object) -> str:
transaction = DeployTransactionBuilder()\
.from_(self._walletOfUc.get_address())\
.to('cx0000000000000000000000000000000000000000')\
.step_limit(1000000000)\
.nid(3)\
.nonce(100)\
.content_type('application/zip')\
.content(_installContentBytes)\
.params(_params)\
.build()
signedTransaction = SignedTransaction(transaction, self._walletOfUc)
txHash = self._iconService.send_transaction(signedTransaction)
scoreAddr = ''
for i in range(1, 11):
sleep(1)
try:
txResult = self._iconService.get_transaction_result(txHash)
except:
continue
else:
break
self.assertNotEqual(txResult, None)
scoreAddr = txResult['scoreAddress']
self.assertNotEqual(scoreAddr, '')
return scoreAddr
def _sendTransaction(self, _transaction: object,
_wallet: object) -> object:
signedTransaction = SignedTransaction(_transaction, _wallet)
txHash = self._iconService.send_transaction(signedTransaction)
txResult = None
for i in range(1, 11):
sleep(1)
try:
txResult = self._iconService.get_transaction_result(txHash)
except:
continue
else:
break
self.assertNotEqual(txResult, None)
self.assertEqual(txResult['status'], 0x1)
return txResult
def _sendCall(self, _call: object) -> object:
return self._iconService.call(_call)
def _getBalance(self, _owner: str) -> int:
return self._iconService.get_balance(_owner)
class Deployer:
def __init__(self, node_conf_path: str, wallet_path: str, passwd: str):
# Node configuration to be connected
with open(node_conf_path, "r") as f:
node_conf = json.load(f)
self._my_chain_name = node_conf["chain_name"]
self._nid = int(node_conf["nid"], 16)
if node_conf["web_protocol"] == "ssl":
self._icon_service = IconService(
HTTPProvider("https://" + node_conf["address"], 3))
else:
self._icon_service = IconService(
HTTPProvider("http://" + node_conf["address"], 3))
print(
f"--------------------------------<Connecting node>--------------------------------"
)
print(f" - address : {node_conf['address']}")
print(f" - chain_name : {self._my_chain_name}")
print(f" - nid : {self._nid}")
print(
f"---------------------------------------------------------------------------------"
)
# Set wallet of deployer
self._wallet = KeyWallet.load(wallet_path, passwd)
# print(f"pk: {self._wallet.get_private_key()}")
# Set deployed score address
self._score_addr = "" # It will be set after deployment
self._score_path = ""
self._score_params = {}
self._score_info = ""
def deploy_score(self) -> dict:
tx_result = self._deploy_score(self._score_path, self._score_params)
try:
self._score_addr = tx_result["scoreAddress"]
except KeyError:
sys.exit()
return {
"deploy_txHash": tx_result["txHash"],
"score_addr": self._score_addr,
"info": self._score_info
}
def _deploy_score(self, score_path: str, params: dict) -> dict:
# Make zipfile of a score
# score_content = gen_deploy_data_content(score_path)
shutil.make_archive("./tmp", "zip", score_path)
with open("./tmp.zip", "rb") as z:
score_content = z.read()
os.remove("./tmp.zip")
transaction = DeployTransactionBuilder() \
.from_(self._wallet.get_address()) \
.to("cx0000000000000000000000000000000000000000") \
.step_limit(STEP_LIMIT) \
.nid(self._nid) \
.nonce(NONCE) \
.content_type("application/zip") \
.content(score_content) \
.params(params) \
.build()
return self._send_transaction(transaction)
def _call_tx(self, score_addr: str, method: str, params: dict) -> dict:
transaction = CallTransactionBuilder() \
.from_(self._wallet.get_address()) \
.to(score_addr) \
.step_limit(STEP_LIMIT) \
.nid(self._nid) \
.nonce(NONCE) \
.method(method) \
.params(params) \
.build()
return self._send_transaction(transaction)
def _send_transaction(self, transaction):
signed_tx = SignedTransaction(transaction, self._wallet)
tx_hash = self._icon_service.send_transaction(signed_tx)
sleep(SLEEP_TIMER)
tx_result = self._icon_service.get_transaction_result(tx_hash)
self.print_result(tx_result)
return tx_result
@property
def score_addr(self):
return self._score_addr
@score_addr.setter
def score_addr(self, my_addr):
self._score_addr = my_addr
@staticmethod
def print_result(data: dict):
print(
"-----------------------------------<Tx_result>-----------------------------------"
)
print(f" - txHash: {data['txHash']}")
print(f" - height: {data['blockHeight']}")
try:
print(
f" - failure: {data['failure']['code']}.{data['failure']['message']}"
)
print(f" - scoreAddr: {data['scoreAddress']}")
except KeyError:
pass
print(f" - stepUsed: {data['stepUsed']}")
print(f" - status: {data['status']}")
print(
"---------------------------------------------------------------------------------\n\n"
)
def test_integrate_converter(self):
"""
Test integrating for the converter which checks that all of the data
about the block, transaction, and transaction result have the right format.
[Purpose]
Check all of the data about the block, transaction, and transaction result.
[Scenario]
1. Get the last block data and validate the block data.
2. Get all of the transaction data on that block and validate the transaction data.
3. Get all of the transaction result data on that transaction and validate the transaction result data.
4. Repeatedly, get the other blocks from the last to the first and validate all of three kinds of the data.
"""
test_domains = self.domains + [BASE_DOMAIN_URL_V3_FOR_TEST]
max_block_height = 100
for domain in test_domains:
icon_service = IconService(HTTPProvider(domain, VERSION_FOR_TEST))
last_block_height = icon_service.get_block("latest")["height"]
block_versions = [BLOCK_0_1A_VERSION, BLOCK_0_3_VERSION]
for block_version in block_versions:
if block_version == BLOCK_0_1A_VERSION:
block_template = BLOCK_0_1a
key_name_of_transactions = 'confirmed_transaction_list'
else:
# After Mainnet apply for block 0.3, remove this remark right away.
continue
block_template = BLOCK_0_3
key_name_of_transactions = 'transactions'
for height in range(last_block_height if last_block_height <
max_block_height else max_block_height):
# Check block
block = icon_service.get_block(height,
full_response=True,
block_version=block_version)
block = block['result']
converted_block = icon_service.get_block(
height, block_version=block_version)
block_template = get_block_template_to_convert_transactions_for_genesis(
block, block_template)
self.assertTrue(
validate_block(block_template, block, converted_block))
if block["height"] == 0:
continue
for transaction_in_block in converted_block[
key_name_of_transactions]:
# Check transaction result
tx_result = icon_service.get_transaction_result(
transaction_in_block["txHash"], True)
tx_result = tx_result['result']
converted_transaction_result = icon_service.get_transaction_result(
transaction_in_block["txHash"])
self.assertTrue(
validate_transaction_result(
TRANSACTION_RESULT, tx_result,
converted_transaction_result))
# Check transaction
transaction = icon_service.get_transaction(
transaction_in_block["txHash"], True)
transaction = transaction['result']
converted_transaction = icon_service.get_transaction(
transaction_in_block["txHash"])
self.assertTrue(
validate_transaction(TRANSACTION, transaction,
converted_transaction))
class TestTest(IconIntegrateTestBase):
TEST_HTTP_ENDPOINT_URI_V3 = "https://zicon.net.solidwallet.io/api/v3"
#Address of recently deployed contract
def setUp(self):
super().setUp()
self.contracts = {}
self.contracts['sicx1'] = "cx20fa65cffc720db31e78fba6db5d58f58babd933"
self.contracts['staking1'] = "cx25c39ed0d27853e44af8ab2739d6af832f35d533"
self.contracts['staking2'] = "cx8b250e76bc919f73068571c26cadecde69e63b46"
self.contracts['staking3'] = "cx3502e9af253098d187578ca826fe71032f116e47"
# WARNING: ICON service emulation is not working with IISS.
# You can stake and delegate but can't get any I-Score for reward.
# If you want to test IISS stuff correctly, set self.icon_service and send requests to the network
self.icon_service = IconService(HTTPProvider(self.TEST_HTTP_ENDPOINT_URI_V3))
private2="093f12dba9dc75da81ecafc88de73ef9b311b555939aeb5a875dc6ad8feef424"
private3="167f6ec1694ab63243efdce98f6f6bfdcef0575cefbb86ffe3826f8373f12b85"
self._test2 = KeyWallet.load(bytes.fromhex(private2))
self._test3 = KeyWallet.load(bytes.fromhex(private3))
#
# If you want to send requests to the network, uncomment next line and set self.TEST_HTTP_ENDPOINT_URI_V3
@retry(JSONRPCException, tries=10, delay=1, back_off=2)
def _get_tx_result(self,_tx_hash):
tx_result = self.icon_service.get_transaction_result(_tx_hash)
return tx_result
# Sends the call request
@retry(JSONRPCException, tries=10, delay=1, back_off=2)
def get_tx_result(self,_call):
tx_result = self.icon_service.call(_call)
return tx_result
def test_add_collateral(self):
print('======================================================================')
print('Test Add Collateral')
print('----------------------------------------------------------------------')
settings = [
#{'name': 'Sending 30 ICX from test_account1', 'from' : self._test1.get_address(),'value':25 * 10 ** 18, 'params' : {'_to': self._test1.get_address()},'sign':self._test1},
#{'name': 'Sending 80 ICX from test_account1', 'from' : self._test1.get_address(),'value':40 * 10 ** 18, 'params' : {'_to': self._test1.get_address()},'sign': self._test1},
{'name': 'Sending 15 ICX from test_account2', 'from' : self._test2.get_address(),'value':15 * 10 ** 18, 'params' : {'_to': self._test2.get_address()},'sign': self._test2}
# {'name': 'Sending 15 ICX from test_account2', 'from' : self._test3.get_address(),'value':15 * 10 ** 18, 'params' : {'_to': self._test3.get_address()},'sign': self._test3}
]
for sett in settings:
print('======================================================================')
print(sett['name'])
print('----------------------------------------------------------------------')
transaction = CallTransactionBuilder() \
.from_(sett['from']) \
.to(self.contracts['staking1']) \
.value (sett['value']) \
.step_limit(10000000) \
.nid(80) \
.nonce(100) \
.method('addCollateral') \
.params(sett['params']) \
.build()
# Returns the signed transaction object having a signature
signed_transaction = SignedTransaction(transaction, sett['sign'])
# process the transaction in zicon
tx_hash = self.icon_service.send_transaction(signed_transaction)
_tx_result= self._get_tx_result(tx_hash)
#check Transaction result
print (_tx_result)
self.assertTrue('status' in _tx_result)
self.assertEqual(True, _tx_result['status'])
# contract_delegation_call = CallBuilder().from_(sett['from']) \
# .to(self.contracts['staking1']) \
# .method("getDelegationFromNetwork") \
# .build()
# response_delegation_contract = self.get_tx_result(contract_delegation_call)
# print('----------------------------------------------------------------------')
# print('Delegation List from Network')
# print('----------------------------------------------------------------------')
# delegation_from_contract = {}
# #Iterating through contract delegations
# for i in response_delegation_contract["delegations"]:
# delegation_from_contract[i['address']] = i['value']
# print(delegation_from_contract)
# check call result
# if sett['name'] == 'Test Case 1.3':
# self.assertEqual(response_delegation,delegation_from_contract)
# def test_update_delegation(self):
# print('======================================================================')
# print(' *******************Test Update Delegations***************************')
# print('----------------------------------------------------------------------')
# settings = [{'name': 'Test Case 1.1', 'wAddress':'staking3', 'params' : {'_user_delegations':[{'_address': 'hxc5772df538f620e1f61ef2cc3cddcea9d6ff5063', '_votes_in_per' : "50"},
# {'_address': 'hx7ce8e9c5e1ee02c6167b99b5bb4d00bdf63d0a30', '_votes_in_per' : "50"}]}},
# {'name': 'Test Case 2.1', 'wAddress':'staking1', "params" : {'_user_delegations':[{'_address': 'hxc5772df538f620e1f61ef2cc3cddcea9d6ff5063', '_votes_in_per' : "5"},{'_address': 'hx7ce8e9c5e1ee02c6167b99b5bb4d00bdf63d0a30', '_votes_in_per' : "10"},
# {'_address': 'hxbdc3baae0632fad453d62130d3379900a323f5b4', '_votes_in_per' : "15"}]}},
# {'name': 'Test Case 2.2', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx95248f3757afcb50efa99f529183ba401a82273c', '_votes_in_per' : "50"},{'_address': 'hx95248f3757afcb50efa99f529183ba401a82273c', '_votes_in_per' : "50"},
# {'_address': 'hxc89dfd4bf903b39ca98db905443ca9020f955e8c', '_votes_in_per' : "50"}]}},
# {'name': 'Test Case 2.3', 'wAddress':'staking1', 'params' : {}},
# {'name': 'Test Case 2.4', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx4917005bf4b8188b9591da520fc1c6dab8fe717f', '_votes_in_per' : "50"},
# {'_address': 'hx9a24e7a53e031ab6aa7b831b1dbe4200bd3f9483', '_votes_in_per' : "50"}]}},
# {'name': 'Test Case 2.5', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx8573a132f3df5c34a292fc16cb33737ffe10b367', '_votes_in_per' : "40"},{'_address': 'hx6bd3a3b1390e99194ced786725e0f0725fc1960b', '_votes_in_per' : "15"},
# {'_address': 'hx7cc2bb9d84ff3b5843f83d07818ebcff31be29e5', '_votes_in_per' : "45"}]}},
# {'name': 'Test Case 2.6', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx2d058aa34a76b2039e7cc59f18633aabd272d89f', '_votes_in_per' : "100"}]}},
# ]
# for sett in settings:
# print('======================================================================')
# print(sett['name'])
# print('----------------------------------------------------------------------')
# call_transaction = CallTransactionBuilder() \
# .from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .nid(80) \
# .step_limit(10000000) \
# .nonce(100) \
# .method('updateDelegations') \
# .params(sett['params']) \
# .build()
# # Returns the signed transaction object having a signature
# signed_transaction = SignedTransaction(call_transaction, self._test1)
# # process the transaction in zicon
# tx_hash = self.icon_service.send_transaction(signed_transaction)
# _tx_result= self._get_tx_result(tx_hash)
# #check Transaction result
# print (_tx_result)
# if sett['name'] == 'Test Case 1.1' or sett['name'] == 'Test Case 2.1' or sett['name'] == 'Test Case 2.2' or sett['name'] == 'Test Case 2.3':
# self.assertEqual(_tx_result,_tx_result)
# else:
# self.assertTrue('status' in _tx_result)
# self.assertEqual(True, _tx_result['status'])
# delegation_call = CallBuilder().from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .method("getPrepDelegations") \
# .build()
# contract_delegation_call = CallBuilder().from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .method("getDelegationFromNetwork") \
# .build()
# response_delegation = self.get_tx_result(delegation_call)
# response_delegation_contract = self.get_tx_result(contract_delegation_call)
# print('----------------------------------------------------------------------')
# print('Delegation List')
# print('----------------------------------------------------------------------')
# print (response_delegation)
# print('----------------------------------------------------------------------')
# print('Delegation List from Network')
# print('----------------------------------------------------------------------')
# delegation_from_contract = {}
# #Iterating through contract delegations
# for i in response_delegation_contract["delegations"]:
# delegation_from_contract[i['address']] = i['value']
# print(delegation_from_contract)
# def test_wclaim_iscore(self):
# print('======================================================================')
# print(' **********************Test Claim IScore*****************************')
# print('----------------------------------------------------------------------')
# transaction = CallTransactionBuilder() \
# .from_(self._test1.get_address()) \
# .to(self.contracts['staking1']) \
# .step_limit(10000000) \
# .nid(80) \
# .nonce(100) \
# .method('_claim_iscore') \
# .build()
# # # Returns the signed transaction object having a signature
# signed_transaction = SignedTransaction(transaction, self._test1)
# # # process the transaction in zicon
# tx_hash = self.icon_service.send_transaction(signed_transaction)
# _tx_result= self._get_tx_result(tx_hash)
# print (_tx_result)
# # #check Transaction result
# self.assertTrue('status' in _tx_result)
# self.assertEqual(True, _tx_result['status'])
# contract_delegation_call = CallBuilder().from_(self._test1.get_address()) \
# .to(self.contracts['staking1']) \
# .method("getLifetimeReward") \
# .build()
# response_delegation_contract = self.get_tx_result(contract_delegation_call)
# print('----------------------------------------------------------------------')
# print('Delegation List from Network')
# print('----------------------------------------------------------------------')
# delegation_from_contract = {}
# # #Iterating through contract delegations
# # for i in response_delegation_contract["delegations"]:
# # delegation_from_contract[i['address']] = i['value']
# # print(delegation_from_contract)
# print(response_delegation_contract)
# def test_tr(self):
# print('======================================================================')
# print(' *******************Test Update Delegations***************************')
# print('----------------------------------------------------------------------')
# settings = [{'name': 'Test Case 1.1', 'wAddress':'staking3', 'params' : {'_user_delegations':[{'_address': 'hxc5772df538f620e1f61ef2cc3cddcea9d6ff5063', '_votes_in_per' : "50"},
# {'_address': 'hx7ce8e9c5e1ee02c6167b99b5bb4d00bdf63d0a30', '_votes_in_per' : "50"}]}},
# {'name': 'Test Case 2.1', 'wAddress':'staking1', "params" : {'_user_delegations':[{'_address': 'hxc5772df538f620e1f61ef2cc3cddcea9d6ff5063', '_votes_in_per' : "5"},{'_address': 'hx7ce8e9c5e1ee02c6167b99b5bb4d00bdf63d0a30', '_votes_in_per' : "10"},
# {'_address': 'hxbdc3baae0632fad453d62130d3379900a323f5b4', '_votes_in_per' : "15"}]}},
# {'name': 'Test Case 2.2', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx95248f3757afcb50efa99f529183ba401a82273c', '_votes_in_per' : "50"},{'_address': 'hx95248f3757afcb50efa99f529183ba401a82273c', '_votes_in_per' : "50"},
# {'_address': 'hxc89dfd4bf903b39ca98db905443ca9020f955e8c', '_votes_in_per' : "50"}]}},
# {'name': 'Test Case 2.3', 'wAddress':'staking1', 'params' : {}},
# {'name': 'Test Case 2.4', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx4917005bf4b8188b9591da520fc1c6dab8fe717f', '_votes_in_per' : "50"},
# {'_address': 'hx9a24e7a53e031ab6aa7b831b1dbe4200bd3f9483', '_votes_in_per' : "50"}]}},
# {'name': 'Test Case 2.5', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx8573a132f3df5c34a292fc16cb33737ffe10b367', '_votes_in_per' : "40"},{'_address': 'hx6bd3a3b1390e99194ced786725e0f0725fc1960b', '_votes_in_per' : "15"},
# {'_address': 'hx7cc2bb9d84ff3b5843f83d07818ebcff31be29e5', '_votes_in_per' : "45"}]}},
# {'name': 'Test Case 2.6', 'wAddress':'staking1', 'params' : {'_user_delegations':[{'_address': 'hx23dfce82d36268f4cc3b943fa65d4c9632d23e76', '_votes_in_per' : "100"}]}},
# ]
# for sett in settings:
# print('======================================================================')
# print(sett['name'])
# print('----------------------------------------------------------------------')
# call_transaction = CallTransactionBuilder() \
# .from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .nid(80) \
# .step_limit(10000000) \
# .nonce(100) \
# .method('updateDelegations') \
# .params(sett['params']) \
# .build()
# # Returns the signed transaction object having a signature
# signed_transaction = SignedTransaction(call_transaction, self._test1)
# # process the transaction in zicon
# tx_hash = self.icon_service.send_transaction(signed_transaction)
# _tx_result= self._get_tx_result(tx_hash)
# #check Transaction result
# print (_tx_result)
# if sett['name'] == 'Test Case 1.1' or sett['name'] == 'Test Case 2.1' or sett['name'] == 'Test Case 2.2' or sett['name'] == 'Test Case 2.3':
# self.assertEqual(_tx_result,_tx_result)
# else:
# self.assertTrue('status' in _tx_result)
# self.assertEqual(True, _tx_result['status'])
# delegation_call = CallBuilder().from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .method("getPrepDelegations") \
# .build()
# contract_delegation_call = CallBuilder().from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .method("getDelegationFromNetwork") \
# .build()
# response_delegation = self.get_tx_result(delegation_call)
# response_delegation_contract = self.get_tx_result(contract_delegation_call)
# print('----------------------------------------------------------------------')
# print('Delegation List')
# print('----------------------------------------------------------------------')
# print (response_delegation)
# print('----------------------------------------------------------------------')
# print('Delegation List from Network')
# print('----------------------------------------------------------------------')
# delegation_from_contract = {}
# #Iterating through contract delegations
# for i in response_delegation_contract["delegations"]:
# delegation_from_contract[i['address']] = i['value']
# print(delegation_from_contract)
# def test_unstake(self):
# print('======================================================================')
# print('Test Unstake')
# print('----------------------------------------------------------------------')
# data = "{\"method\": \"unstake\"}".encode("utf-8")
# settings = [
# # {'name': 'Test Case 1.1', 'from' : self._test1.get_address(), 'wAddress':'sicx1', 'params' : {'_to': self.contracts['staking1'],'_value': 20 * 10**18,'_data':data},'sign': self._test1,'delegation_address':'staking1'},
# {'name': 'Test Case 1.2', 'from' : self._test2.get_address(), 'wAddress':'sicx1', 'params' : {'_to': self.contracts['staking1'], '_value': 20 * 10**18,'_data':data},'sign': self._test2,'delegation_address':'staking1'},
# ]
# for sett in settings:
# print('======================================================================')
# print(sett['name'])
# print('----------------------------------------------------------------------')
# transaction = CallTransactionBuilder() \
# .from_(sett['from']) \
# .to(self.contracts[sett['wAddress']]) \
# .step_limit(10000000) \
# .nid(80) \
# .nonce(100) \
# .method('transfer') \
# .params(sett['params']) \
# .build()
# # Returns the signed transaction object having a signature
# signed_transaction = SignedTransaction(transaction, sett['sign'])
# # process the transaction in zicon
# tx_hash = self.icon_service.send_transaction(signed_transaction)
# _tx_result= self._get_tx_result(tx_hash)
# #check Transaction result
# print (_tx_result)
# self.assertTrue('status' in _tx_result)
# self.assertEqual(True, _tx_result['status'])
# # Address =[self._test1.get_address(),self._test2.get_address()]
# # for test in Address:
# # contract_delegation_call = CallBuilder().from_(test) \
# # .to(self.contracts[sett['delegation_address']]) \
# # .method("getDelegationFromNetwork") \
# # .build()
# # response_delegation_contract = self.get_tx_result(contract_delegation_call)
# # print('----------------------------------------------------------------------')
# # print('Delegation List from Network')
# # print('----------------------------------------------------------------------')
# # delegation_from_contract = {}
# # #Iterating through contract delegations
# # for i in response_delegation_contract["delegations"]:
# # delegation_from_contract[i['address']] = i['value']
# # print(delegation_from_contract)
# # check call result
# # if sett['name'] == 'Test Case 1.3':
# # self.assertEqual(response_delegation,delegation_from_contract)
# def test_send_ICX(self):
# print('======================================================================')
# print('Test Send ICX')
# print('----------------------------------------------------------------------')
# settings = [
# {'name': 'Test Case 1.1', 'from' : self._test1.get_address(), 'wAddress':'staking1', 'params' : {'_to': self._test2.get_address(),'_value': 800 }}
# ]
# for sett in settings:
# print('======================================================================')
# print(sett['name'])
# print('----------------------------------------------------------------------')
# call_transaction = CallTransactionBuilder() \
# .from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .nid(80) \
# .step_limit(10000000) \
# .nonce(100) \
# .method('_send_ICX') \
# .params(sett['params']) \
# .build()
# # Returns the signed transaction object having a signature
# signed_transaction = SignedTransaction(call_transaction, self._test1)
# # process the transaction in zicon
# tx_hash = self.icon_service.send_transaction(signed_transaction)
# _tx_result= self._get_tx_result(tx_hash)
# #check Transaction result
# print (_tx_result)
# self.assertTrue('status' in _tx_result)
# self.assertEqual(True, _tx_result['status'])
# delegation_call = CallBuilder().from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .method("getPrepDelegations") \
# .build()
# contract_delegation_call = CallBuilder().from_(self._test1.get_address()) \
# .to(self.contracts[sett['wAddress']]) \
# .method("getDelegationFromNetwork") \
# .build()
# response_delegation = self.get_tx_result(delegation_call)
# response_delegation_contract = self.get_tx_result(contract_delegation_call)
# print('----------------------------------------------------------------------')
# print('Delegation List')
# print('----------------------------------------------------------------------')
# print (response_delegation)
# print('----------------------------------------------------------------------')
# print('Delegation List from Network')
# print('----------------------------------------------------------------------')
# delegation_from_contract = {}
# #Iterating through contract delegations
# for i in response_delegation_contract["delegations"]:
# delegation_from_contract[i['address']] = i['value']
# print(delegation_from_contract)
def test_lifeTime(self):
print('======================================================================')
print('getLifetimeReward')
print('----------------------------------------------------------------------')
_call = CallBuilder().from_(self._test1.get_address()) \
.to(self.contracts['staking1']) \
.method("getLifetimeReward") \
.build()
response = self.get_tx_result(_call)
# check call result
print (response)
def test_getRate(self):
print('======================================================================')
print('Test getRate ')
print('----------------------------------------------------------------------')
_call = CallBuilder().from_(self._test1.get_address()) \
.to(self.contracts['staking1']) \
.method("getRate") \
.build()
response = self.get_tx_result(_call)
# check call result
print (response)
def test_getTodayRate(self):
print('======================================================================')
print('Test getTodayRate')
print('----------------------------------------------------------------------')
_call = CallBuilder().from_(self._test1.get_address()) \
.to(self.contracts['staking1']) \
.method("getTodayRate") \
.build()
response = self.get_tx_result(_call)
# check call result
print (response)
class IconNetwork:
def __init__(self, endpoint, network_id):
self.endpoint = endpoint
self.network_id = network_id
self.icon_service = IconService(HTTPProvider(endpoint, network_id))
def get_max_step_limit(self, wallet_address):
params = {'contextType': 'invoke'}
call_data = CallBuilder() \
.from_(wallet_address) \
.to(GOVERNANCE_ADDRESS) \
.method('getMaxStepLimit') \
.params(params) \
.build()
result = self.icon_service.call(call_data)
return convert_hex_str_to_int(result)
def deploy_contract(self, contract_info, account_info):
wallet = KeyWallet.load(bytes.fromhex(account_info['wallet_key']))
contract_content_bytes = gen_deploy_data_content(
contract_info['contract_file'])
deploy_transaction = DeployTransactionBuilder() \
.from_(wallet.get_address()) \
.to(SCORE_INSTALL_ADDRESS) \
.step_limit(self.get_max_step_limit(wallet.get_address())) \
.nid(self.network_id) \
.nonce(self.network_id) \
.content_type('application/zip') \
.content(contract_content_bytes) \
.params(contract_info['params']) \
.version(self.network_id) \
.build()
signed_transaction = SignedTransaction(deploy_transaction, wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
# print('tx_hash:', tx_hash)
tx_result = self.get_transaction_result(tx_hash)
return tx_result
def get_transaction_result(self, tx_hash):
max_retries = 10
retry_count = 0
sleep_seconds = 5
tx_result = None
while retry_count < max_retries:
tx_result = self.get_transaction_result_once(tx_hash)
if None != tx_result:
retry_count = max_retries
else:
retry_count += 1
# print('Retrying {0} in {1} seconds'.format(retry_count, sleep_seconds))
time.sleep(sleep_seconds)
# tx_result might be still None if all retries failed.
return tx_result
def get_transaction_result_once(self, tx_hash):
try:
tx_result = self.icon_service.get_transaction_result(tx_hash)
# print('tx_result:', tx_result)
return tx_result
except:
error = sys.exc_info()
# print('get_transaction_result error:', error[1])
return None
def read_data(self, contract_address, table_name, wallet_key, params):
wallet = KeyWallet.load(bytes.fromhex(wallet_key))
call_data = CallBuilder() \
.from_(wallet.get_address()) \
.to(contract_address) \
.method('get' + table_name) \
.params(params) \
.build()
result = self.icon_service.call(call_data)
return result
def write_data(self, contract_address, action_name, wallet_key, params):
wallet = KeyWallet.load(bytes.fromhex(wallet_key))
call_transaction = CallTransactionBuilder() \
.from_(wallet.get_address()) \
.to(contract_address) \
.step_limit(self.get_max_step_limit(wallet.get_address())) \
.nid(self.network_id) \
.nonce(self.network_id) \
.method(action_name) \
.params(params) \
.build()
signed_transaction = SignedTransaction(call_transaction, wallet)
tx_hash = self.icon_service.send_transaction(signed_transaction)
# print('tx_hash:', tx_hash)
tx_result = self.get_transaction_result(tx_hash)
return tx_result
def create_data(self, contract_address, table_name, wallet_key, data):
return self.write_data(contract_address, 'cre' + table_name,
wallet_key, data)
def update_data(self, contract_address, table_name, wallet_key, data):
return self.write_data(contract_address, 'upd' + table_name,
wallet_key, data)
def delete_data(self, contract_address, table_name, wallet_key, data):
return self.write_data(contract_address, 'del' + table_name,
wallet_key, data)
class RPCmanager(object):
def __init__(self, _conf_rpc: dict) -> None:
# Key Wallet with Password
self.key_wallet = KeyWallet.load(_conf_rpc["KeyWallet"]["File"],
_conf_rpc["KeyWallet"]["Password"])
# Service Endpoint (URL)
self.service_endpoint = IconService(
HTTPProvider(_conf_rpc["Service Endpoint"]))
# Smart Contract Address
self.id_contract_address = _conf_rpc["ID Contract Address"]
self.ptm_contract_address = _conf_rpc["PTM Contract Address"]
self.pgm_contract_address = _conf_rpc["PGM Contract Address"]
# Network ID
self.nid = int(_conf_rpc["Network ID"])
def getMethod(self, _method: dict, type: str) -> str:
if type == "DIR":
contract_address = self.id_contract_address
elif type == "PTM":
contract_address = self.ptm_contract_address
elif type == "PGM":
contract_address = self.pgm_contract_address
else:
print("Not supported contract type")
pass
call = CallBuilder() \
.from_(self.key_wallet.get_address()) \
.to(contract_address) \
.method(_method["name"]) \
.params(_method["params"]) \
.build()
result = self.service_endpoint.call(call)
print(result)
return result
def setMethod(self, _method: dict, type: str) -> dict:
result = {}
if type == "DIR":
contract_address = self.id_contract_address
elif type == "PTM":
contract_address = self.ptm_contract_address
elif type == "PGM":
contract_address = self.pgm_contract_address
else:
print("Not supported contract type")
result["status"] = "failure"
result["message"] = ""
return result
if not _method.__contains__("params"):
_method["params"] = ""
transaction = CallTransactionBuilder() \
.from_(self.key_wallet.get_address()) \
.to(contract_address) \
.step_limit(10000000) \
.nid(self.nid) \
.method(_method["name"]) \
.params(_method["params"]) \
.build()
# sign the transaction with key wallet
signed_tx = SignedTransaction(transaction, self.key_wallet)
# commit(send) the signed transaction to the service endpoint
tx_hash = self.service_endpoint.send_transaction(signed_tx)
sleep(3) # wait a second for the transaction to be finalized
tx_result = self.service_endpoint.get_transaction_result(tx_hash)
print(tx_result)
if "failure" in tx_result:
result["status"] = "failure"
result["message"] = tx_result["failure"]
else:
result["status"] = "success"
result["message"] = tx_result["eventLogs"][0]["data"]
return result