def post(self):
if (request.data.__len__() == 0):
if (request.args.get('password', '') == None):
key = Key.generate()
else:
key = Key.generate(request.args.get('password', ''))
else:
password = json.loads(request.data).get("password")
if (password != ""):
key = Key.generate(password)
else:
key = Key.generate()
file_name = './{}.json'.format(key.public_key_hash())
with open(file_name) as json_file:
data = json.load(json_file)
os.remove(file_name)
#activate / reveal
data['secret_key'] = key.secret_key()
return data
def setUp(self):
self.util = PtzUtils(flextesa_sandbox)
# self.util = PtzUtils(pytezos)
self.admin_key = self.util.client.key
self.orig_contracts()
self.mike_key = Key.generate(export=False)
self.kyle_key = Key.generate(export=False)
# self.transfer_init_funds()
print("basic test setup completed")
def read_mnemonic(self, sess):
k = Key.from_mnemonic(sess['mnemonic'],
passphrase=sess['password'],
email=sess['email'])
p = pytezos.using(key=k, shell=sess['network'])
return p
def test_should_set_new_admin(self):
new_admin = Key.generate(export=False).public_key_hash()
res = self.contract.set_admin(new_admin).interpret(storage=storage(), sender=first_signer_key.public_key_hash())
self.assertEqual(first_signer_key.public_key_hash(), res.storage["admin"])
self.assertEqual(new_admin, res.storage["pending_admin"])
def read_secret(self, sess):
k = Key.from_encoded_key(sess['secret'], passphrase=sess['password'])
p = pytezos.using(key=k, shell=sess['network'])
print(k.public_key_hash())
return p
def test_should_only_be_called_by_quorum_contract(self):
with self.assertRaises(MichelsonRuntimeError) as context:
payment_address = Key.generate(export=False).public_key_hash()
self.bender_contract.signer_ops(signer_1_key, payment_address) \
.interpret(storage=(valid_storage()),
sender=other_party)
self.assertEqual("'NOT_SIGNER'", context.exception.args[-1])
def test_only_pending_admin_can_confirm(self):
with self.assertRaises(MichelsonRuntimeError) as context:
new_admin = Key.generate(export=False).public_key_hash()
valid_storage = storage()
valid_storage["pending_admin"] = new_admin
self.contract.confirm_admin().interpret(storage=valid_storage, sender=first_signer_key.public_key_hash())
self.assertEqual("'NOT_A_PENDING_ADMIN'", context.exception.args[-1])
def test_should_confirm_new_admin(self):
new_admin = Key.generate(export=False).public_key_hash()
valid_storage = storage()
valid_storage["pending_admin"] = new_admin
res = self.contract.confirm_admin().interpret(storage=valid_storage, sender=new_admin)
self.assertEqual(new_admin, res.storage["admin"])
self.assertEqual(None, res.storage["pending_admin"])
def test_set_signer_payment_address(self):
payment_address = Key.generate(export=False).public_key_hash()
storage = valid_storage()
res = self.bender_contract.signer_ops(signer_1_key, payment_address) \
.interpret(storage=storage,
sender=super_admin)
self.assertEqual(payment_address, res.storage["fees"]["signers"][signer_1_key])
def create_wallet(self, passphrase):
mnemonic = Mnemonic('english').generate(128)
key = Key.from_mnemonic(mnemonic, passphrase, curve=b'ed')
if self.blockchain.name == 'tzlocal':
# during tests, use sandbox accounts to avoid having to make time-eating transfers
if 'DJBLOCKCHAIN_MOCK' in os.environ and os.environ[
'DJBLOCKCHAIN_MOCK']:
key = self.get_sandbox_account()
return key.public_key_hash(), key.secret_exponent
def test_distribute_xtz_to_signer_registered_payment_address(self):
signer_1_payment_address = Key.generate(export=False).public_key_hash()
initial_storage = valid_storage()
with_xtz_to_distribute(100, initial_storage)
initial_storage["fees"]["signers"][signer_1_key] = signer_1_payment_address
res = self.bender_contract.distribute_xtz([signer_1_key]).interpret(storage=initial_storage,
sender=super_admin,
self_address=self_address)
self.assertEqual(50, self._xtz_of(signer_1_payment_address, res.storage))
def test_should_fail_on_bad_signature(self):
with self.assertRaises(MichelsonRuntimeError) as context:
payment_address = Key.generate(export=False).public_key_hash()
signature = first_signer_key.sign(self._pack_set_payment_address(0, payment_address))
current_storage = storage()
current_storage["counters"][first_signer_id] = 1
self.contract.set_signer_payment_address(minter_contract=minter_contract, signer_id=first_signer_id,
signature=signature).interpret(
storage=current_storage,
sender=payment_address, self_address=self_address, chain_id=chain_id)
self.assertEqual("'BAD_SIGNATURE'", context.exception.args[-1])
def read_faucet(self, sess):
faucet = sess['faucet']
#print(faucet)
path = './faucets/{}.json'.format(faucet['pkh'])
with open(path, 'w') as outfile:
json.dump(faucet, outfile)
k = Key.from_faucet(path)
p = pytezos.using(key=k, shell=sess['network'])
return p
def test_should_reject_other_transfers(self):
with self.assertRaises(MichelsonRuntimeError) as context:
storage = with_token_balance(initial_storage(), user, 100)
destination = Key.generate(export=False).public_key_hash()
self.contract.transfer([{
"from_":
user,
"txs": [{
"to_": destination,
"token_id": 2,
"amount": 10
}]
}]).interpret(storage=storage, sender=user)
self.assertEqual("'FA2_TOKEN_UNDEFINED'", context.exception.args[-1])
def test_should_set_signer_payment_address(self):
payment_address = Key.generate(export=False).public_key_hash()
signature = first_signer_key.sign(self._pack_set_payment_address(0, payment_address))
res = self.contract.set_signer_payment_address(minter_contract=minter_contract, signer_id=first_signer_id,
signature=signature).interpret(
storage=storage(),
sender=payment_address, self_address=self_address, chain_id=chain_id)
self.assertEqual(1, len(res.operations))
op = res.operations[0]
self.assertEqual(minter_contract, op["destination"])
self.assertEqual('signer_ops', op["parameters"]["entrypoint"])
self.assertEqual(michelson_to_micheline(
f'(Pair "{first_signer_key.public_key_hash()}" "{payment_address}")'),
op['parameters']['value'])
self.assertEqual(1, res.storage["counters"][first_signer_id])
def test_should_transfer_unfrozen(self):
storage1 = initial_storage()
storage = with_token_balance(storage1, user, 100)
destination = Key.generate(export=False).public_key_hash()
result = self.contract.transfer([{
"from_":
user,
"txs": [{
"to_": destination,
"token_id": 0,
"amount": 10
}]
}]).interpret(storage=storage, sender=user)
self.assertEqual(10, balance_of(result.storage, destination))
self.assertEqual(90, balance_of(result.storage, user))
def test_operator_should_transfer_tokens(self):
storage = with_token_balance(initial_storage(), user, 100)
destination = Key.generate(export=False).public_key_hash()
storage['assets']['operators'][(user, super_admin)] = None
result = self.contract.transfer([{
"from_":
user,
"txs": [{
"to_": destination,
"token_id": 0,
"amount": 10
}]
}]).interpret(storage=storage, sender=super_admin)
self.assertEqual(10, balance_of(result.storage, destination))
self.assertEqual(90, balance_of(result.storage, user))
def get_client(self, private_key, reveal=False, sender=None):
client = pytezos.using(
key=Key.from_secret_exponent(private_key),
shell=self.blockchain.endpoint,
)
if reveal:
# key reveal dance
try:
operation = client.reveal().autofill().sign().inject()
except RpcError as e:
if 'id' in e.args[0] and 'previously_revealed_key' in e.args[
0]['id']:
return client
raise e
else:
logger.debug(f'Revealing {sender}')
opg = self.wait_injection(client, operation)
if not opg:
raise ValidationError(f'Could not reveal {sender}')
return client
from pathlib import Path
from unittest import TestCase
from pytezos import michelson_to_micheline, MichelsonRuntimeError, Key
from src.ligo import LigoContract
super_admin = 'tz1irF8HUsQp2dLhKNMhteG1qALNU9g3pfdN'
user = '******'
fees_contract = 'tz1et19hnF9qKv6yCbbxjS1QDXB5HVx6PCVk'
token_contract = 'KT1LEzyhXGKfFsczmLJdfW1p8B1XESZjMCvw'
nft_contract = 'KT1X82SpRG97yUYpyiYSWN4oPFYSq46BthCi'
other_party = 'tz3SYyWM9sq9eWTxiA8KHb36SAieVYQPeZZm'
self_address = 'KT1RXpLtz22YgX24QQhxKVyKvtKZFaAVtTB9'
dev_pool = Key.generate(export=False).public_key_hash()
staking_pool = Key.generate(export=False).public_key_hash()
signer_1_key = Key.generate(export=False).public_key_hash()
signer_2_key = Key.generate(export=False).public_key_hash()
signer_3_key = Key.generate(export=False).public_key_hash()
class MinterTest(TestCase):
@classmethod
def compile_contract(cls):
root_dir = Path(__file__).parent.parent / "ligo"
cls.bender_contract = LigoContract(root_dir / "minter" / "main.mligo", "main").compile_contract()
@classmethod
def setUpClass(cls):
cls.compile_contract()
cls.maxDiff = None
def a_user():
return Key.generate(export=False).public_key_hash()
import unittest
from pathlib import Path
from pytezos import Key, MichelsonRuntimeError
from src.ligo import LigoContract
from unittest_data_provider import data_provider
reward_token = ("KT1VUNmGa1JYJuNxNS4XDzwpsc9N1gpcCBN2", 1)
stake_token = ("KT1LRboPna9yQY9BrjtQYDS1DVxhKESK4VVd", 0)
self_address = "KT1BEqzn5Wx8uJrZNvuS9DVHmLvG9td3fDLi"
reserve_contract = "KT1K7L5bQzqmVRYyrgLTHWNHQ6C5vFpYGQRk"
admin = Key.generate(export=False).public_key_hash()
scale = 10**16
class StakingContractTest(unittest.TestCase):
@classmethod
def setUpClass(cls) -> None:
root_dir = Path(__file__).parent.parent / "ligo"
cls.contract = LigoContract(
root_dir / "staking" / "staking_main.mligo",
"main").get_contract()
class DepositTest(StakingContractTest):
def test_should_increase_balance_on_staking(self):
user = a_user()
storage = with_balance(user, 150, valid_storage(total_supply=10))
res = self.contract.stake(100).interpret(storage=storage, sender=user)
from apscheduler.schedulers.background import BackgroundScheduler
from flask import Flask
from pytezos import pytezos, Key
from datetime import datetime, timezone
import atexit, base64, os, tempfile
oracle_address = os.environ['ORACLE_ADDRESS']
alpha_vantage_api_key = os.environ['ALPHA_VANTAGE_API_KEY']
alpha_vantage_ticker_symbol = os.environ['ALPHA_VANTAGE_TICKER_SYMBOL']
tezos_user_key = None
with tempfile.NamedTemporaryFile(suffix='.json', delete=False) as key_file:
key_file.write(base64.standard_b64decode(os.environ['TEZOS_USER_KEY']))
key_file.close()
tezos_user_key = Key.from_faucet(key_file.name)
os.remove(key_file.name)
class OracleServer:
def __init__(self, api_key=alpha_vantage_api_key, ticker_symbol=alpha_vantage_ticker_symbol, tezos_key=tezos_user_key, oracle_contract_address=oracle_address):
self.oracle_contract_address = oracle_contract_address
self.pytezos_instance = pytezos.using(key=tezos_key, shell='carthagenet')
self.time_series = TimeSeries(key=api_key, output_format='json')
self.ticker_symbol = ticker_symbol
def oracle_contract(self):
return self.pytezos_instance.contract(self.oracle_contract_address)
def update_value(self):
try:
now_utc = datetime.now(tz=timezone.utc)
def load_keystore(self):
k = Key.from_encoded_key(os.getenv('TZ_SK_DEPLHI'),
passphrase=os.getenv('TZ_PASS_DELPHI'))
return pytezos.using(key=k, shell=os.getenv('TZ_NETWORK'))
blocks = self.client.shell.blocks[-self.block_depth:]
try:
res = blocks.find_operation(op_hash)
if not OperationResult.is_applied(res):
raise RpcError.from_errors(
OperationResult.errors(res)) from op_hash
print(pformat_consumed_gas(res))
return res
except StopIteration:
# not found
return None
flextesa_sandbox = pytezos.using(
shell="http://localhost:20000",
key=Key.from_encoded_key(
"edsk3RFgDiCt7tWB2oe96w1eRw72iYiiqZPLu9nnEY23MYRp2d8Kkx"),
)
def token_metadata_literal(token_id, symbol, name, decimals):
bsymbol = symbol.encode().hex()
bname = name.encode().hex()
bdecimals = str(decimals).encode().hex()
return """{
token_id = %sn;
token_info = Map.literal [
("symbol", 0x%s);
("name", 0x%s);
("decimals", 0x%s);
];
}
from pathlib import Path
from unittest import TestCase
from pytezos import Key, MichelsonRuntimeError
from src.ligo import LigoContract
super_admin = Key.generate(export=False).public_key_hash()
user = Key.generate(export=False).public_key_hash()
second_user = Key.generate(export=False).public_key_hash()
oracle_address = Key.generate(export=False).public_key_hash()
contract_address = 'KT1RXpLtz22YgX24QQhxKVyKvtKZFaAVtTB9'
dao_address = 'KT1Hd1hiG1PhZ7xRi1HUVoAXM7i7Pzta8EHW'
class GovernanceTokenTest(TestCase):
@classmethod
def compile_contract(cls):
root_dir = Path(__file__).parent.parent / "ligo"
cls.contract = LigoContract(
root_dir / "fa2" / "governance" / "main.mligo",
"main").compile_contract()
@classmethod
def setUpClass(cls):
cls.compile_contract()
cls.maxDiff = None
class Fa2Test(GovernanceTokenTest):
def test_should_transfer_unfrozen(self):
minter_contract = "KT1VUNmGa1JYJuNxNS4XDzwpsc9N1gpcCBN2"
chain_id = "NetXm8tYqnMWky1"
minter_ep = """(or
(or (pair %add_fungible_token (bytes %eth_contract) (pair %token_address address nat))
(pair %add_nft (bytes %eth_contract) (address %token_contract)))
(or (pair %mint_fungible_token
(bytes %erc_20)
(pair (pair %event_id (bytes %block_hash) (nat %log_index))
(pair (address %owner) (nat %amount))))
(pair %mint_nft
(bytes %erc_721)
(pair (pair %event_id (bytes %block_hash) (nat %log_index))
(pair (address %owner) (nat %token_id))))))"""
first_signer_id = "k51qzi5uqu5dilfdi6xt8tfbw4zmghwewcvvktm7z9fk4ktsx4z7wn0mz2glje"
second_signer_id = "k51qzi5uqu5dhuc1pto6x98woksrqgwhq6d1lff2hfymxmlk4qd7vqgtf980yl"
first_signer_key = Key.generate(curve=b'sp', export=False)
second_signer_key = Key.generate(curve=b'sp', export=False)
payload_type = michelson_to_micheline(f"(pair (pair chain_id address) (pair {minter_ep} address))")
self_address = "KT1BEqzn5Wx8uJrZNvuS9DVHmLvG9td3fDLi"
class QuorumContractTest(unittest.TestCase):
@classmethod
def setUpClass(cls) -> None:
root_dir = Path(__file__).parent.parent / "ligo"
cls.contract = LigoContract(root_dir / "quorum" / "multisig.mligo", "main").get_contract()
class SignerTest(QuorumContractTest):
def test_accepts_valid_signature(self):
import os.path
import requests
from googleapiclient.discovery import build
from google_auth_oauthlib.flow import InstalledAppFlow
from google.auth.transport.requests import Request
from google.oauth2.credentials import Credentials
# If modifying these scopes, delete the file token.json.
SCOPES = ['https://www.googleapis.com/auth/spreadsheets']
# The ID and range of a sample spreadsheet.
FOUNTAIN_SPREADSHEET_ID = '1fcMoCMw44mZvA2qR84Bdxfi90b0AEfINflPdiBqU3kg'
FOUNTAIN_RANGE_NAME = 'Form Responses 1!A2:I'
# Address: tz1UqhPnVXdPccrVsa5khscwCLHTF2Q2CAer
key = Key.from_encoded_key(os.environ['TEIA_FOUNTAIN_KEY'],
os.environ['TEIA_FOUNTAIN_PASS'])
pytezos = pytezos.using(shell='mainnet', key=key)
acct_id = pytezos.key.public_key_hash()
acct = pytezos.account()
def get_genesis(acct_id):
url = f'https://api.tzkt.io/v1/bigmaps/522/keys?sort.asc=id&value.issuer={acct_id}&limit=1'
r = requests.get(url)
if r.status_code != 200:
time.sleep(1)
return get_genesis(acct_id)
data = r.json()
if len(data) > 0:
return data[0]['key']
return ''
import unittest
from pathlib import Path
from pytezos import Key, MichelsonRuntimeError
from src.ligo import LigoContract
from unittest_data_provider import data_provider
reward_token = ("KT1VUNmGa1JYJuNxNS4XDzwpsc9N1gpcCBN2", 1)
stake_token = ("KT1LRboPna9yQY9BrjtQYDS1DVxhKESK4VVd", 0)
self_address = "KT1BEqzn5Wx8uJrZNvuS9DVHmLvG9td3fDLi"
reserve_contract = "KT1K7L5bQzqmVRYyrgLTHWNHQ6C5vFpYGQRk"
admin = Key.generate(export=False).public_key_hash()
burn_address = Key.generate(export=False).public_key_hash()
scale = 10 ** 16
class StackingContractTest(unittest.TestCase):
@classmethod
def setUpClass(cls) -> None:
root_dir = Path(__file__).parent.parent / "ligo"
cls.contract = LigoContract(
root_dir / "stacking" / "stacking_main.mligo", "main"
).get_contract()
class DepositTest(StackingContractTest):
def test_should_increase_balance_on_staking(self):
user = a_user()
storage = with_balance(user, 150, valid_storage(total_supply=10))
