def test_game_doesnt_exist(contract, owner, user):
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user.address, SCORE)
vrs = (sig['v'], sig['r'], sig['s'])
receipt = contract.claim_highscore(SCORE, vrs, from_addr=user)
assert receipt['status'] == 0
def sign(self, key, score):
vrs = sign_score(
key,
self.contract.address,
self.contract.game_id,
self.player,
score,
)
return vrs
def test_user_is_not_signed_user(contract, owner, user, user2):
contract.add_game(PRICE, PERCENT_FEE, from_addr=owner)
contract.pay(PAYMENT_CODE, value=PRICE, from_addr=user)
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user2.address, SCORE)
vrs = (sig['v'], sig['r'], sig['s'])
receipt = contract.claim_highscore(SCORE, vrs, from_addr=user)
assert receipt['status'] == 0
def test_score_too_low(contract, owner, user):
contract.add_game(PRICE, PERCENT_FEE, from_addr=owner)
contract.pay(PAYMENT_CODE, value=PRICE, from_addr=user)
low_score = 0
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user.address, low_score)
vrs = (sig['v'], sig['r'], sig['s'])
receipt = contract.claim_highscore(low_score, vrs, from_addr=user)
assert receipt['status'] == 0
def test_uploads_wrong_score(web3, contract, owner, user):
contract.add_game(PRICE, PERCENT_FEE, from_addr=owner)
contract.pay(PAYMENT_CODE, value=PRICE, from_addr=user)
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user.address, SCORE)
vrs = (sig['v'], sig['r'], sig['s'])
bad_score = SCORE + 1
receipt = contract.claim_highscore(bad_score, vrs, from_addr=user)
assert receipt['status'] == 0
def test_jackpot(contract, owner, user):
contract.add_game(PRICE, PERCENT_FEE, from_addr=owner)
contract.pay(PAYMENT_CODE, value=PRICE, from_addr=user)
expected_jackpot = 0
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user.address, SCORE)
vrs = (sig['v'], sig['r'], sig['s'])
receipt = contract.claim_highscore(SCORE, vrs, from_addr=user)
assert receipt['status'] == 1
jackpot = contract.get_jackpot()
assert jackpot == expected_jackpot
def test_owner_gets_paid_fee(web3, contract, owner, user):
contract.add_game(PRICE, PERCENT_FEE, from_addr=owner)
contract.pay(PAYMENT_CODE, value=PRICE, from_addr=user)
jackpot = contract.get_jackpot()
fee = jackpot * PERCENT_FEE // 100
expected_balance = web3.eth.getBalance(owner.address) + fee
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user.address, SCORE)
vrs = (sig['v'], sig['r'], sig['s'])
receipt = contract.claim_highscore(SCORE, vrs, from_addr=user)
assert receipt['status'] == 1
balance = web3.eth.getBalance(owner.address)
assert balance == expected_balance
def test_game_id_doesnt_match_arcade_signer(contract, owner, user):
contract.add_game(PRICE, PERCENT_FEE, from_addr=owner)
contract.pay(PAYMENT_CODE, value=PRICE, from_addr=user)
wrong_game_id = '0xf7ba25e4cb13d1cac1dffb5044ac9001438eb1251b07a484fbe3428bc825099b' # noqa: E501
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user.address, SCORE)
vrs = (sig['v'], sig['r'], sig['s'])
contract.game_id = wrong_game_id
receipt = contract.claim_highscore(
SCORE,
vrs,
from_addr=user,
)
assert receipt['status'] == 0
def test_user_balance(web3, contract, owner, user):
contract.add_game(PRICE, PERCENT_FEE, from_addr=owner)
contract.pay(PAYMENT_CODE, value=PRICE, from_addr=user)
initial_balance = web3.eth.getBalance(user.address)
jackpot = contract.get_jackpot()
fee = jackpot * PERCENT_FEE // 100
key = owner.key
address = contract.address
game_id = contract.game_id
sig = sign_score(key, address, game_id, user.address, SCORE)
vrs = (sig['v'], sig['r'], sig['s'])
receipt = contract.claim_highscore(SCORE, vrs, from_addr=user)
assert receipt['status'] == 1
gas_cost = receipt['gasPrice'] * receipt['gasUsed']
expected_balance = initial_balance + jackpot - gas_cost - fee
balance = web3.eth.getBalance(user.address)
assert balance == expected_balance
def test_sign_score(user, owner, monkeypatch):
expected_signer = owner.address
sig = sign_score(owner.key, CONTRACT, GAME_ID, user.address, SCORE)
types = ['bytes32', 'address', 'uint256']
values = [
HexBytes(GAME_ID),
user.address,
SCORE,
]
encoded_values = encode_abi_packed(types, values)
message = encode_intended_validator(
validator_address=CONTRACT,
primitive=encoded_values,
)
vrs = (sig['v'], sig['r'], sig['s'])
actual_signer = Account.recover_message(
message,
vrs=vrs,
)
assert actual_signer == expected_signer