class RadarRelayMarketUnitTest(unittest.TestCase):
market_events: List[MarketEvent] = [
MarketEvent.ReceivedAsset,
MarketEvent.BuyOrderCompleted,
MarketEvent.SellOrderCompleted,
MarketEvent.BuyOrderCreated,
MarketEvent.SellOrderCreated,
MarketEvent.OrderCancelled,
MarketEvent.OrderExpired,
MarketEvent.OrderFilled,
MarketEvent.WithdrawAsset
]
wallet_events: List[WalletEvent] = [
WalletEvent.WrappedEth,
WalletEvent.UnwrappedEth
]
wallet: Web3Wallet
market: RadarRelayMarket
market_logger: EventLogger
wallet_logger: EventLogger
@classmethod
def setUpClass(cls):
cls.clock: Clock = Clock(ClockMode.REALTIME)
cls.wallet = Web3Wallet(private_key=conf.web3_private_key_radar,
backend_urls=conf.test_web3_provider_list,
erc20_token_addresses=[conf.mn_zerox_token_address, conf.mn_weth_token_address],
chain=EthereumChain.MAIN_NET)
cls.market: RadarRelayMarket = RadarRelayMarket(wallet=cls.wallet,
web3_url=conf.test_web3_provider_list[0],
order_book_tracker_data_source_type=
OrderBookTrackerDataSourceType.EXCHANGE_API,
symbols=["ZRX-WETH"])
print("Initializing Radar Relay market... ")
cls.ev_loop: asyncio.BaseEventLoop = asyncio.get_event_loop()
cls.clock.add_iterator(cls.wallet)
cls.clock.add_iterator(cls.market)
cls.ev_loop.run_until_complete(cls.clock.run_til(time.time() + 1))
cls.ev_loop.run_until_complete(cls.wait_til_ready())
print("Ready.")
@classmethod
async def wait_til_ready(cls):
while True:
if cls.market.ready:
break
await asyncio.sleep(1.0)
def setUp(self):
self.market_logger = EventLogger()
self.wallet_logger = EventLogger()
for event_tag in self.market_events:
self.market.add_listener(event_tag, self.market_logger)
for event_tag in self.wallet_events:
self.wallet.add_listener(event_tag, self.wallet_logger)
def tearDown(self):
for event_tag in self.market_events:
self.market.remove_listener(event_tag, self.market_logger)
self.market_logger = None
for event_tag in self.wallet_events:
self.wallet.remove_listener(event_tag, self.wallet_logger)
self.wallet_logger = None
async def run_parallel_async(self, *tasks):
future: asyncio.Future = asyncio.ensure_future(asyncio.gather(*tasks))
while not future.done():
now = time.time()
next_iteration = now // 1.0 + 1
await self.clock.run_til(next_iteration)
return future.result()
def run_parallel(self, *tasks):
return self.ev_loop.run_until_complete(self.run_parallel_async(*tasks))
def test_get_fee(self):
maker_buy_trade_fee: TradeFee = self.market.get_fee("ZRX", "WETH", OrderType.LIMIT, TradeType.BUY, 20, 0.01)
self.assertEqual(maker_buy_trade_fee.percent, 0)
self.assertEqual(len(maker_buy_trade_fee.flat_fees), 0)
taker_buy_trade_fee: TradeFee = self.market.get_fee("ZRX", "WETH", OrderType.MARKET, TradeType.BUY, 20)
self.assertEqual(taker_buy_trade_fee.percent, 0)
self.assertEqual(len(taker_buy_trade_fee.flat_fees), 1)
self.assertEqual(taker_buy_trade_fee.flat_fees[0][0], "ETH")
def test_get_wallet_balances(self):
balances = self.market.get_all_balances()
self.assertGreaterEqual((balances["ETH"]), 0)
self.assertGreaterEqual((balances["WETH"]), 0)
def test_single_limit_order_cancel(self):
symbol: str = "ZRX-WETH"
current_price: float = self.market.get_price(symbol, True)
amount: float = 10
expires = int(time.time() + 60 * 5)
quantized_amount: Decimal = self.market.quantize_order_amount(symbol, amount)
buy_order_id = self.market.buy(symbol=symbol,
amount=amount,
order_type=OrderType.LIMIT,
price=current_price - 0.2 * current_price,
expiration_ts=expires)
[buy_order_opened_event] = self.run_parallel(self.market_logger.wait_for(BuyOrderCreatedEvent))
self.assertEqual("ZRX-WETH", buy_order_opened_event.symbol)
self.assertEqual(OrderType.LIMIT, buy_order_opened_event.type)
self.assertEqual(quantized_amount, Decimal(buy_order_opened_event.amount))
self.run_parallel(self.market.cancel_order(buy_order_id))
[buy_order_cancelled_event] = self.run_parallel(self.market_logger.wait_for(OrderCancelledEvent))
self.assertEqual(buy_order_opened_event.order_id, buy_order_cancelled_event.order_id)
# Reset the logs
self.market_logger.clear()
def test_limit_buy_and_sell_and_cancel_all(self):
symbol: str = "ZRX-WETH"
current_price: float = self.market.get_price(symbol, True)
amount: float = 10
expires = int(time.time() + 60 * 5)
quantized_amount: Decimal = self.market.quantize_order_amount(symbol, amount)
buy_order_id = self.market.buy(symbol=symbol,
amount=amount,
order_type=OrderType.LIMIT,
price=current_price - 0.2 * current_price,
expiration_ts=expires)
[buy_order_opened_event] = self.run_parallel(self.market_logger.wait_for(BuyOrderCreatedEvent))
self.assertEqual(buy_order_id, buy_order_opened_event.order_id)
self.assertEqual(quantized_amount, Decimal(buy_order_opened_event.amount))
self.assertEqual("ZRX-WETH", buy_order_opened_event.symbol)
self.assertEqual(OrderType.LIMIT, buy_order_opened_event.type)
# Reset the logs
self.market_logger.clear()
sell_order_id = self.market.sell(symbol=symbol,
amount=amount,
order_type=OrderType.LIMIT,
price=current_price + 0.2 * current_price,
expiration_ts=expires)
[sell_order_opened_event] = self.run_parallel(self.market_logger.wait_for(SellOrderCreatedEvent))
self.assertEqual(sell_order_id, sell_order_opened_event.order_id)
self.assertEqual(quantized_amount, Decimal(sell_order_opened_event.amount))
self.assertEqual("ZRX-WETH", sell_order_opened_event.symbol)
self.assertEqual(OrderType.LIMIT, sell_order_opened_event.type)
[cancellation_results] = self.run_parallel(self.market.cancel_all(60 * 5))
self.assertEqual(cancellation_results[0], CancellationResult(buy_order_id, True))
self.assertEqual(cancellation_results[1], CancellationResult(sell_order_id, True))
# Reset the logs
self.market_logger.clear()
def test_order_expire(self):
symbol: str = "ZRX-WETH"
current_price: float = self.market.get_price(symbol, True)
amount: float = 10
expires = int(time.time() + 60 * 2) # expires in 2 min
quantized_amount: Decimal = self.market.quantize_order_amount(symbol, amount)
buy_order_id = self.market.buy(symbol=symbol,
amount=amount,
order_type=OrderType.LIMIT,
price=current_price - 0.2 * current_price,
expiration_ts=expires)
[buy_order_opened_event] = self.run_parallel(self.market_logger.wait_for(BuyOrderCreatedEvent))
self.assertEqual("ZRX-WETH", buy_order_opened_event.symbol)
self.assertEqual(OrderType.LIMIT, buy_order_opened_event.type)
[buy_order_expired_event] = self.run_parallel(self.market_logger.wait_for(OrderExpiredEvent, 60 * 3))
self.assertEqual(buy_order_opened_event.order_id, buy_order_expired_event.order_id)
# Reset the logs
self.market_logger.clear()
def test_market_buy(self):
amount: float = 5
quantized_amount: Decimal = self.market.quantize_order_amount("ZRX-WETH", amount)
order_id = self.market.buy("ZRX-WETH", amount, OrderType.MARKET)
[order_completed_event] = self.run_parallel(self.market_logger.wait_for(BuyOrderCompletedEvent))
order_completed_event: BuyOrderCompletedEvent = order_completed_event
order_filled_events: List[OrderFilledEvent] = [t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)]
self.assertTrue([evt.order_type == OrderType.MARKET for evt in order_filled_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(float(quantized_amount), float(order_completed_event.base_asset_amount))
self.assertEqual("ZRX", order_completed_event.base_asset)
self.assertEqual("WETH", order_completed_event.quote_asset)
self.market_logger.clear()
def test_market_sell(self):
amount: float = 5
quantized_amount: Decimal = self.market.quantize_order_amount("ZRX-WETH", amount)
order_id = self.market.sell("ZRX-WETH", amount, OrderType.MARKET)
[order_completed_event] = self.run_parallel(self.market_logger.wait_for(SellOrderCompletedEvent))
order_completed_event: SellOrderCompletedEvent = order_completed_event
order_filled_events: List[OrderFilledEvent] = [t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)]
self.assertTrue([evt.order_type == OrderType.MARKET for evt in order_filled_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(float(quantized_amount), float(order_completed_event.base_asset_amount))
self.assertEqual("ZRX", order_completed_event.base_asset)
self.assertEqual("WETH", order_completed_event.quote_asset)
self.market_logger.clear()
def test_wrap_eth(self):
amount_to_wrap = 0.01
tx_hash = self.wallet.wrap_eth(amount_to_wrap)
[tx_completed_event] = self.run_parallel(self.wallet_logger.wait_for(WalletWrappedEthEvent))
tx_completed_event: WalletWrappedEthEvent = tx_completed_event
self.assertEqual(tx_hash, tx_completed_event.tx_hash)
self.assertEqual(amount_to_wrap, tx_completed_event.amount)
self.assertEqual(self.wallet.address, tx_completed_event.address)
def test_unwrap_eth(self):
amount_to_unwrap = 0.01
tx_hash = self.wallet.unwrap_eth(amount_to_unwrap)
[tx_completed_event] = self.run_parallel(self.wallet_logger.wait_for(WalletUnwrappedEthEvent))
tx_completed_event: WalletUnwrappedEthEvent = tx_completed_event
self.assertEqual(tx_hash, tx_completed_event.tx_hash)
self.assertEqual(amount_to_unwrap, tx_completed_event.amount)
self.assertEqual(self.wallet.address, tx_completed_event.address)
class Web3WalletUnitTest(unittest.TestCase):
wallet_a: Optional[Web3Wallet] = None
wallet_b: Optional[Web3Wallet] = None
erc20_token: Optional[ERC20Token] = None
events: List[WalletEvent] = [
WalletEvent.ReceivedAsset, WalletEvent.GasUsed,
WalletEvent.TokenApproved, WalletEvent.TransactionFailure
]
logger_a: EventLogger
logger_b: EventLogger
@classmethod
def setUpClass(cls):
cls.clock: Clock = Clock(ClockMode.REALTIME)
cls.erc20_token_address = conf.test_erc20_token_address
cls.w3 = Web3(Web3.HTTPProvider(conf.test_web3_provider_list[0]))
cls.wallet_a = Web3Wallet(conf.web3_test_private_key_a,
conf.test_web3_provider_list,
[cls.erc20_token_address])
cls.wallet_b = Web3Wallet(conf.web3_test_private_key_b,
conf.test_web3_provider_list,
[cls.erc20_token_address])
cls.erc20_token: ERC20Token = list(
cls.wallet_a.current_backend.erc20_tokens.values())[0]
cls.clock.add_iterator(cls.wallet_a)
cls.clock.add_iterator(cls.wallet_b)
cls.ev_loop: asyncio.BaseEventLoop = asyncio.get_event_loop()
next_iteration = (time.time() // 5.0 + 1) * 5
cls.ev_loop.run_until_complete(cls.clock.run_til(next_iteration))
def setUp(self):
self.logger_a = EventLogger()
self.logger_b = EventLogger()
for event_tag in self.events:
self.wallet_a.add_listener(event_tag, self.logger_a)
self.wallet_b.add_listener(event_tag, self.logger_b)
def tearDown(self):
for event_tag in self.events:
self.wallet_a.remove_listener(event_tag, self.logger_a)
self.wallet_b.remove_listener(event_tag, self.logger_b)
self.logger_a = None
self.logger_b = None
async def run_parallel_async(self, *tasks):
future: asyncio.Future = asyncio.ensure_future(asyncio.gather(*tasks))
while not future.done():
now = time.time()
next_iteration = now // 1.0 + 1
await self.clock.run_til(next_iteration)
return future.result()
def run_parallel(self, *tasks):
return self.ev_loop.run_until_complete(self.run_parallel_async(*tasks))
def test_send_balances(self):
# Check the initial conditions. There should be a certain number of initial tokens before the test can be
# carried out.
self.assertGreater(self.wallet_a.get_balance("ETH"), 1.0)
self.assertGreater(self.wallet_b.get_balance("ETH"), 1.0)
self.assertGreater(self.wallet_a.get_balance("BNB"), 0.1)
self.assertGreater(self.wallet_b.get_balance("BNB"), 0.1)
# Send some Ether between wallets.
eth_tx_hash: str = self.wallet_a.send(self.wallet_b.address, "ETH",
0.1)
bnb_tx_hash: str = self.wallet_b.send(self.wallet_a.address, "BNB",
0.01)
bnb_asset_received, eth_asset_received, eth_gas_used, bnb_gas_used = self.run_parallel(
self.logger_a.wait_for(WalletReceivedAssetEvent),
self.logger_b.wait_for(WalletReceivedAssetEvent),
self.logger_a.wait_for(EthereumGasUsedEvent),
self.logger_b.wait_for(EthereumGasUsedEvent))
eth_asset_received: WalletReceivedAssetEvent = eth_asset_received
eth_gas_used: EthereumGasUsedEvent = eth_gas_used
self.assertEqual(eth_tx_hash, eth_asset_received.tx_hash)
self.assertEqual(self.wallet_a.address,
eth_asset_received.from_address)
self.assertEqual(self.wallet_b.address, eth_asset_received.to_address)
self.assertEqual("ETH", eth_asset_received.asset_name)
self.assertEqual(0.1, eth_asset_received.amount_received)
self.assertEqual(int(1e17), eth_asset_received.raw_amount_received)
self.assertEqual(eth_tx_hash, eth_gas_used.tx_hash)
self.assertEqual(21000, eth_gas_used.gas_used)
bnb_asset_received: WalletReceivedAssetEvent = bnb_asset_received
bnb_gas_used: EthereumGasUsedEvent = bnb_gas_used
self.assertEqual(bnb_tx_hash, bnb_asset_received.tx_hash)
self.assertEqual(self.wallet_b.address,
bnb_asset_received.from_address)
self.assertEqual(self.wallet_a.address, bnb_asset_received.to_address)
self.assertEqual("BNB", bnb_asset_received.asset_name)
self.assertEqual(0.01, bnb_asset_received.amount_received)
self.assertEqual(int(1e16), bnb_asset_received.raw_amount_received)
self.assertEqual(bnb_tx_hash, bnb_gas_used.tx_hash)
self.assertTrue(bnb_gas_used.gas_used > 21000)
# Send out the reverse transactions.
self.wallet_b.send(self.wallet_a.address, "ETH", 0.1)
self.wallet_a.send(self.wallet_b.address, "BNB", 0.01)
def test_transaction_failure(self):
# Produce a transfer failure, by not transferring more than the account has.
erc20_token_contract: Contract = self.erc20_token.contract
failure_hash: str = self.wallet_a.execute_transaction(
erc20_token_contract.functions.transfer(self.wallet_b.address,
int(1e30)),
gas=500000)
failure_tx, gas_used_event = self.run_parallel(
self.logger_a.wait_for(str),
self.logger_a.wait_for(EthereumGasUsedEvent))
failure_tx: str = failure_tx
gas_used_event: EthereumGasUsedEvent = gas_used_event
self.assertEqual(failure_hash, failure_tx)
self.assertGreater(gas_used_event.gas_used, 21000)
def test_token_approval(self):
approval_hash: str = self.wallet_a.approve_token_transfer(
self.erc20_token.symbol, self.wallet_b.address, 1.0)
approval_event, gas_used_event = self.run_parallel(
self.logger_a.wait_for(TokenApprovedEvent),
self.logger_a.wait_for(EthereumGasUsedEvent))
approval_event: TokenApprovedEvent = approval_event
gas_used_event: EthereumGasUsedEvent = gas_used_event
self.assertEqual(approval_hash, approval_event.tx_hash)
self.assertEqual(approval_hash, gas_used_event.tx_hash)
self.assertEqual(self.wallet_a.address, approval_event.owner_address)
self.assertEqual(self.wallet_b.address, approval_event.spender_address)
self.assertEqual(self.erc20_token.symbol, approval_event.asset_name)
self.assertEqual(1.0, approval_event.amount)
self.assertEqual(int(1e18), approval_event.raw_amount)
self.wallet_a.approve_token_transfer(self.erc20_token.symbol,
self.wallet_b.address, 0.0)
self.run_parallel(self.logger_a.wait_for(TokenApprovedEvent),
self.logger_a.wait_for(EthereumGasUsedEvent))
class BinanceMarketUnitTest(unittest.TestCase):
events: List[MarketEvent] = [
MarketEvent.ReceivedAsset, MarketEvent.BuyOrderCompleted,
MarketEvent.SellOrderCompleted, MarketEvent.WithdrawAsset,
MarketEvent.OrderFilled, MarketEvent.TransactionFailure,
MarketEvent.BuyOrderCreated, MarketEvent.SellOrderCreated
]
market: BinanceMarket
market_logger: EventLogger
@classmethod
def setUpClass(cls):
global MAINNET_RPC_URL
cls.clock: Clock = Clock(ClockMode.REALTIME)
cls.market: BinanceMarket = BinanceMarket(
MAINNET_RPC_URL,
conf.binance_api_key,
conf.binance_api_secret,
order_book_tracker_data_source_type=OrderBookTrackerDataSourceType.
EXCHANGE_API,
user_stream_tracker_data_source_type=UserStreamTrackerDataSourceType
.EXCHANGE_API,
symbols=["ZRXETH", "LOOMETH"])
print("Initializing Binance market... this will take about a minute.")
cls.ev_loop: asyncio.BaseEventLoop = asyncio.get_event_loop()
cls.clock.add_iterator(cls.market)
cls.ev_loop.run_until_complete(cls.clock.run_til(time.time() + 1))
cls.ev_loop.run_until_complete(cls.wait_til_ready())
print("Ready.")
@classmethod
async def wait_til_ready(cls):
while True:
if cls.market.ready:
break
await asyncio.sleep(1.0)
def setUp(self):
self.market_logger = EventLogger()
for event_tag in self.events:
self.market.add_listener(event_tag, self.market_logger)
def tearDown(self):
for event_tag in self.events:
self.market.remove_listener(event_tag, self.market_logger)
self.market_logger = None
async def run_parallel_async(self, *tasks):
future: asyncio.Future = asyncio.ensure_future(asyncio.gather(*tasks))
while not future.done():
now = time.time()
next_iteration = now // 1.0 + 1
await self.clock.run_til(next_iteration)
return future.result()
def run_parallel(self, *tasks):
return self.ev_loop.run_until_complete(self.run_parallel_async(*tasks))
def test_buy_and_sell(self):
self.assertGreater(self.market.get_balance("ETH"), 0.1)
# Try to buy 0.02 ETH worth of ZRX from the exchange, and watch for completion event.
current_price: float = self.market.get_price("ZRXETH", True)
amount: float = 0.02 / current_price
quantized_amount: Decimal = self.market.quantize_order_amount(
"ZRXETH", amount)
order_id = self.market.buy("ZRXETH", amount)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(BuyOrderCompletedEvent))
order_completed_event: BuyOrderCompletedEvent = order_completed_event
trade_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded: float = sum(t.amount for t in trade_events)
quote_amount_traded: float = sum(t.amount * t.price
for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.MARKET for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(quantized_amount,
order_completed_event.base_asset_amount)
self.assertEqual("ZRX", order_completed_event.base_asset)
self.assertEqual("ETH", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, BuyOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
# Try to sell back the same amount of ZRX to the exchange, and watch for completion event.
amount = float(order_completed_event.base_asset_amount)
quantized_amount = order_completed_event.base_asset_amount
order_id = self.market.sell("ZRXETH", amount)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(SellOrderCompletedEvent))
order_completed_event: SellOrderCompletedEvent = order_completed_event
trade_events = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded = sum(t.amount for t in trade_events)
quote_amount_traded = sum(t.amount * t.price for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.MARKET for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(quantized_amount,
order_completed_event.base_asset_amount)
self.assertEqual("ZRX", order_completed_event.base_asset)
self.assertEqual("ETH", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, SellOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
def test_limit_buy_and_sell(self):
self.assertGreater(self.market.get_balance("ETH"), 0.1)
# Try to put limit buy order for 0.02 ETH worth of ZRX, and watch for completion event.
current_bid_price: float = self.market.get_price("ZRXETH", True)
bid_price: float = current_bid_price + 0.05 * current_bid_price
quantize_bid_price: Decimal = self.market.quantize_order_price(
"ZRXETH", bid_price)
amount: float = 0.02 / bid_price
quantized_amount: Decimal = self.market.quantize_order_amount(
"ZRXETH", amount)
order_id = self.market.buy("ZRXETH", quantized_amount, OrderType.LIMIT,
quantize_bid_price)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(BuyOrderCompletedEvent))
order_completed_event: BuyOrderCompletedEvent = order_completed_event
trade_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded: float = sum(t.amount for t in trade_events)
quote_amount_traded: float = sum(t.amount * t.price
for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(quantized_amount,
order_completed_event.base_asset_amount)
self.assertEqual("ZRX", order_completed_event.base_asset)
self.assertEqual("ETH", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, BuyOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
# Try to put limit sell order for 0.02 ETH worth of ZRX, and watch for completion event.
current_ask_price: float = self.market.get_price("ZRXETH", False)
ask_price: float = current_ask_price - 0.05 * current_ask_price
quantize_ask_price: Decimal = self.market.quantize_order_price(
"ZRXETH", ask_price)
amount = float(order_completed_event.base_asset_amount)
quantized_amount = order_completed_event.base_asset_amount
order_id = self.market.sell("ZRXETH", amount, OrderType.LIMIT,
quantize_ask_price)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(SellOrderCompletedEvent))
order_completed_event: SellOrderCompletedEvent = order_completed_event
trade_events = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded = sum(t.amount for t in trade_events)
quote_amount_traded = sum(t.amount * t.price for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(quantized_amount,
order_completed_event.base_asset_amount)
self.assertEqual("ZRX", order_completed_event.base_asset)
self.assertEqual("ETH", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, SellOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
@unittest.skipUnless(any("test_deposit_eth" in arg for arg in sys.argv),
"Deposit test requires manual action.")
def test_deposit_eth(self):
with open(realpath(join(__file__, "../../data/ZRXABI.json"))) as fd:
zrx_abi: str = fd.read()
local_wallet: MockWallet = MockWallet(
conf.web3_test_private_key_a,
MAINNET_RPC_URL,
{"0xE41d2489571d322189246DaFA5ebDe1F4699F498": zrx_abi},
chain_id=1)
# Ensure the local wallet has enough balance for deposit testing.
self.assertGreaterEqual(local_wallet.get_balance("ETH"), 0.02)
# Deposit ETH to Binance, and wait.
tracking_id: str = self.market.deposit(local_wallet, "ETH", 0.01)
[received_asset_event] = self.run_parallel(
self.market_logger.wait_for(MarketReceivedAssetEvent,
timeout_seconds=1800))
received_asset_event: MarketReceivedAssetEvent = received_asset_event
self.assertEqual("ETH", received_asset_event.asset_name)
self.assertEqual(tracking_id, received_asset_event.tx_hash)
self.assertEqual(local_wallet.address,
received_asset_event.from_address)
self.assertAlmostEqual(0.01, received_asset_event.amount_received)
@unittest.skipUnless(any("test_deposit_zrx" in arg for arg in sys.argv),
"Deposit test requires manual action.")
def test_deposit_zrx(self):
with open(realpath(join(__file__, "../../data/ZRXABI.json"))) as fd:
zrx_abi: str = fd.read()
local_wallet: MockWallet = MockWallet(
conf.web3_test_private_key_a,
MAINNET_RPC_URL,
{"0xE41d2489571d322189246DaFA5ebDe1F4699F498": zrx_abi},
chain_id=1)
# Ensure the local wallet has enough balance for deposit testing.
self.assertGreaterEqual(local_wallet.get_balance("ZRX"), 1)
# Deposit ZRX to Binance, and wait.
tracking_id: str = self.market.deposit(local_wallet, "ZRX", 1)
[received_asset_event] = self.run_parallel(
self.market_logger.wait_for(MarketReceivedAssetEvent,
timeout_seconds=1800))
received_asset_event: MarketReceivedAssetEvent = received_asset_event
self.assertEqual("ZRX", received_asset_event.asset_name)
self.assertEqual(tracking_id, received_asset_event.tx_hash)
self.assertEqual(local_wallet.address,
received_asset_event.from_address)
self.assertEqual(1, received_asset_event.amount_received)
@unittest.skipUnless(any("test_withdraw" in arg for arg in sys.argv),
"Withdraw test requires manual action.")
def test_withdraw(self):
with open(realpath(join(__file__, "../../data/ZRXABI.json"))) as fd:
zrx_abi: str = fd.read()
local_wallet: MockWallet = MockWallet(
conf.web3_test_private_key_a,
MAINNET_RPC_URL,
{"0xE41d2489571d322189246DaFA5ebDe1F4699F498": zrx_abi},
chain_id=1)
# Ensure the market account has enough balance for withdraw testing.
self.assertGreaterEqual(self.market.get_balance("ZRX"), 10)
# Withdraw ZRX from Binance to test wallet.
self.market.withdraw(local_wallet.address, "ZRX", 10)
[withdraw_asset_event] = self.run_parallel(
self.market_logger.wait_for(MarketWithdrawAssetEvent))
withdraw_asset_event: MarketWithdrawAssetEvent = withdraw_asset_event
print(withdraw_asset_event)
self.assertEqual(local_wallet.address, withdraw_asset_event.to_address)
self.assertEqual("ZRX", withdraw_asset_event.asset_name)
self.assertEqual(10, withdraw_asset_event.amount)
self.assertGreater(withdraw_asset_event.fee_amount, 0)
def test_cancel_all(self):
symbol = "LOOMETH"
bid_price: float = self.market.get_price(symbol, True)
ask_price: float = self.market.get_price(symbol, False)
amount: float = 0.02 / bid_price
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
# Intentionally setting invalid price to prevent getting filled
quantize_bid_price: Decimal = self.market.quantize_order_price(
symbol, bid_price * 0.7)
quantize_ask_price: Decimal = self.market.quantize_order_price(
symbol, ask_price * 1.5)
self.market.buy(symbol, quantized_amount, OrderType.LIMIT,
quantize_bid_price)
self.market.sell(symbol, quantized_amount, OrderType.LIMIT,
quantize_ask_price)
self.run_parallel(asyncio.sleep(1))
[cancellation_results] = self.run_parallel(self.market.cancel_all(5))
for cr in cancellation_results:
self.assertEqual(cr.success, True)
def test_server_time_offset(self):
BinanceTime.get_instance().SERVER_TIME_OFFSET_CHECK_INTERVAL = 3.0
self.run_parallel(asyncio.sleep(60))
with patch("wings.binance_market.time") as market_time:
def delayed_time():
return time.time() - 30.0
market_time.time = delayed_time
self.run_parallel(asyncio.sleep(5.0))
time_offset = BinanceTime.get_instance().time_offset_ms
print("offest", time_offset)
# check if it is less than 5% off
self.assertTrue(time_offset > 0)
self.assertTrue(abs(time_offset - 30.0 * 1e3) < 1.5 * 1e3)
class DDEXMarketUnitTest(unittest.TestCase):
market_events: List[MarketEvent] = [
MarketEvent.ReceivedAsset, MarketEvent.BuyOrderCompleted,
MarketEvent.SellOrderCompleted, MarketEvent.WithdrawAsset,
MarketEvent.OrderFilled, MarketEvent.BuyOrderCreated,
MarketEvent.SellOrderCreated
]
wallet_events: List[WalletEvent] = [
WalletEvent.WrappedEth, WalletEvent.UnwrappedEth
]
wallet: Web3Wallet
market: DDEXMarket
market_logger: EventLogger
wallet_logger: EventLogger
@classmethod
def setUpClass(cls):
cls.clock: Clock = Clock(ClockMode.REALTIME)
cls.wallet = Web3Wallet(private_key=conf.web3_test_private_key_ddex,
backend_urls=conf.test_ddex_web3_provider_list,
erc20_token_addresses=[
conf.test_ddex_erc20_token_address_1,
conf.test_ddex_erc20_token_address_2
],
chain=EthereumChain.MAIN_NET)
cls.market: DDEXMarket = DDEXMarket(
wallet=cls.wallet,
web3_url=conf.test_ddex_web3_provider_list[0],
order_book_tracker_data_source_type=OrderBookTrackerDataSourceType.
EXCHANGE_API,
symbols=["HOT-WETH"])
print("Initializing DDEX market... ")
cls.ev_loop: asyncio.BaseEventLoop = asyncio.get_event_loop()
cls.clock.add_iterator(cls.wallet)
cls.clock.add_iterator(cls.market)
cls.ev_loop.run_until_complete(cls.clock.run_til(time.time() + 1))
cls.ev_loop.run_until_complete(cls.wait_til_ready())
print("Ready.")
@classmethod
async def wait_til_ready(cls):
while True:
if cls.market.ready:
break
await asyncio.sleep(1.0)
def setUp(self):
self.market_logger = EventLogger()
self.wallet_logger = EventLogger()
for event_tag in self.market_events:
self.market.add_listener(event_tag, self.market_logger)
for event_tag in self.wallet_events:
self.wallet.add_listener(event_tag, self.wallet_logger)
def tearDown(self):
for event_tag in self.market_events:
self.market.remove_listener(event_tag, self.market_logger)
self.market_logger = None
for event_tag in self.wallet_events:
self.wallet.remove_listener(event_tag, self.wallet_logger)
self.wallet_logger = None
async def run_parallel_async(self, *tasks):
future: asyncio.Future = asyncio.ensure_future(asyncio.gather(*tasks))
while not future.done():
now = time.time()
next_iteration = now // 1.0 + 1
await self.clock.run_til(next_iteration)
return future.result()
def run_parallel(self, *tasks):
return self.ev_loop.run_until_complete(self.run_parallel_async(*tasks))
def test_get_fee(self):
weth_trade_fee: TradeFee = self.market.get_fee("ZRX-WETH",
OrderType.LIMIT,
TradeType.BUY, 10000, 1)
self.assertGreater(weth_trade_fee.percent, 0)
self.assertEqual(len(weth_trade_fee.flat_fees), 1)
self.assertEqual(weth_trade_fee.flat_fees[0][0], "WETH")
dai_trade_fee: TradeFee = self.market.get_fee("WETH-DAI",
OrderType.MARKET,
TradeType.BUY, 10000)
self.assertGreater(dai_trade_fee.percent, 0)
self.assertEqual(len(dai_trade_fee.flat_fees), 1)
self.assertEqual(dai_trade_fee.flat_fees[0][0], "DAI")
def test_get_wallet_balances(self):
balances = self.market.get_all_balances()
self.assertGreaterEqual((balances["ETH"]), 0)
self.assertGreaterEqual((balances["WETH"]), 0)
def test_list_orders(self):
[orders] = self.run_parallel(self.market.list_orders())
self.assertGreaterEqual(len(orders), 0)
def test_list_locked_balances(self):
[locked_balances
] = self.run_parallel(self.market.list_locked_balances())
self.assertGreaterEqual(len(locked_balances), 0)
@unittest.skipUnless(
any("test_bad_orders_are_not_tracked" in arg for arg in sys.argv),
"bad_orders_are_not_tracked test requires manual action.")
def test_bad_orders_are_not_tracked(self):
# Should fail due to insufficient balance
order_id = self.market.buy("WETH-DAI", 10000, OrderType.LIMIT, 1)
self.assertEqual(self.market.in_flight_orders.get(order_id), None)
def test_cancel_order(self):
symbol = "HOT-WETH"
bid_price: float = self.market.get_price(symbol, True)
amount = 0.02 / bid_price
# Intentionally setting invalid price to prevent getting filled
client_order_id = self.market.buy(symbol, amount, OrderType.LIMIT,
bid_price * 0.7)
self.market.cancel(symbol, client_order_id)
self.run_parallel(asyncio.sleep(5))
self.assertEqual(self.market.in_flight_orders.get(client_order_id),
None)
def test_place_limit_buy_and_sell(self):
self.assertGreater(self.market.get_balance("WETH"), 0.01)
# Try to buy 0.01 WETH worth of HOT from the exchange, and watch for completion event.
symbol = "HOT-WETH"
bid_price: float = self.market.get_price(symbol, True)
amount: float = 0.01 / bid_price
buy_order_id: str = self.market.buy(symbol, amount, OrderType.LIMIT,
bid_price * 0.7)
self.run_parallel(asyncio.sleep(3))
exchange_order_id: str = self.market.in_flight_orders.get(
buy_order_id).exchange_order_id
buy_order = self.run_parallel(self.market.get_order(exchange_order_id))
self.assertEqual(buy_order[0].get('id'), exchange_order_id)
self.market.cancel(symbol, buy_order_id)
# Try to sell back the same amount of HOT to the exchange, and watch for completion event.
ask_price: float = self.market.get_price(symbol, False)
sell_order_id: str = self.market.sell(symbol, amount, OrderType.LIMIT,
ask_price * 1.5)
self.run_parallel(asyncio.sleep(3))
exchange_order_id: str = self.market.in_flight_orders.get(
sell_order_id).exchange_order_id
sell_order = self.run_parallel(
self.market.get_order(exchange_order_id))
self.assertEqual(sell_order[0].get('id'), exchange_order_id)
self.market.cancel(symbol, sell_order_id)
@unittest.skipUnless(
any("test_limit_buy_and_sell_get_matched" in arg for arg in sys.argv),
"test_limit_buy_and_sell_get_matched test requires manual action.")
def test_limit_buy_and_sell_get_matched(self):
self.assertGreater(self.market.get_balance("WETH"), 0.01)
# Try to buy 0.01 WETH worth of HOT from the exchange, and watch for completion event.
current_price: float = self.market.get_price("HOT-WETH", True)
amount: float = 0.01 / current_price
quantized_amount: Decimal = self.market.quantize_order_amount(
"HOT-WETH", amount)
order_id = self.market.buy("HOT-WETH", amount, OrderType.LIMIT,
current_price)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(BuyOrderCompletedEvent))
order_completed_event: BuyOrderCompletedEvent = order_completed_event
order_filled_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in order_filled_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(float(quantized_amount),
order_completed_event.base_asset_amount)
self.assertEqual("HOT", order_completed_event.base_asset)
self.assertEqual("WETH", order_completed_event.quote_asset)
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, BuyOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
# Try to sell back the same amount of HOT to the exchange, and watch for completion event.
current_price: float = self.market.get_price("HOT-WETH", False)
amount = float(order_completed_event.base_asset_amount)
quantized_amount = order_completed_event.base_asset_amount
order_id = self.market.sell("HOT-WETH", amount, OrderType.LIMIT,
current_price)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(SellOrderCompletedEvent))
order_completed_event: SellOrderCompletedEvent = order_completed_event
order_filled_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in order_filled_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(float(quantized_amount),
order_completed_event.base_asset_amount)
self.assertEqual("HOT", order_completed_event.base_asset)
self.assertEqual("WETH", order_completed_event.quote_asset)
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, SellOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
def test_market_buy_and_sell(self):
self.assertGreater(self.market.get_balance("WETH"), 0.01)
amount: float = 1200.0 # Min order size is 1000 HOT
quantized_amount: Decimal = self.market.quantize_order_amount(
"HOT-WETH", amount)
order_id = self.market.buy("HOT-WETH", amount, OrderType.MARKET)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(BuyOrderCompletedEvent))
order_completed_event: BuyOrderCompletedEvent = order_completed_event
order_filled_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
self.assertTrue([
evt.order_type == OrderType.MARKET for evt in order_filled_events
])
self.assertEqual(order_id, order_completed_event.order_id)
# This is because some of the tokens are deducted in the trading fees.
self.assertTrue(
float(quantized_amount) > order_completed_event.base_asset_amount >
float(quantized_amount) * 0.9)
self.assertEqual("HOT", order_completed_event.base_asset)
self.assertEqual("WETH", order_completed_event.quote_asset)
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, BuyOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
# Try to sell back the same amount of HOT to the exchange, and watch for completion event.
amount = float(order_completed_event.base_asset_amount)
quantized_amount = order_completed_event.base_asset_amount
order_id = self.market.sell("HOT-WETH", amount, OrderType.MARKET)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(SellOrderCompletedEvent))
order_completed_event: SellOrderCompletedEvent = order_completed_event
order_filled_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
self.assertTrue([
evt.order_type == OrderType.MARKET for evt in order_filled_events
])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertEqual(float(quantized_amount),
order_completed_event.base_asset_amount)
self.assertEqual("HOT", order_completed_event.base_asset)
self.assertEqual("WETH", order_completed_event.quote_asset)
self.assertGreater(order_completed_event.fee_amount, Decimal(0))
self.assertTrue(
any([
isinstance(event, SellOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
@unittest.skipUnless(any("test_wrap_eth" in arg for arg in sys.argv),
"Wrap Eth test requires manual action.")
def test_wrap_eth(self):
amount_to_wrap = 0.01
tx_hash = self.wallet.wrap_eth(amount_to_wrap)
[tx_completed_event] = self.run_parallel(
self.wallet_logger.wait_for(WalletWrappedEthEvent))
tx_completed_event: WalletWrappedEthEvent = tx_completed_event
self.assertEqual(tx_hash, tx_completed_event.tx_hash)
self.assertEqual(amount_to_wrap, tx_completed_event.amount)
self.assertEqual(self.wallet.address, tx_completed_event.address)
@unittest.skipUnless(any("test_unwrap_eth" in arg for arg in sys.argv),
"Unwrap Eth test requires manual action.")
def test_unwrap_eth(self):
amount_to_unwrap = 0.01
tx_hash = self.wallet.unwrap_eth(amount_to_unwrap)
[tx_completed_event] = self.run_parallel(
self.wallet_logger.wait_for(WalletUnwrappedEthEvent))
tx_completed_event: WalletUnwrappedEthEvent = tx_completed_event
self.assertEqual(tx_hash, tx_completed_event.tx_hash)
self.assertEqual(amount_to_unwrap, tx_completed_event.amount)
self.assertEqual(self.wallet.address, tx_completed_event.address)
def test_cancel_all_happy_case(self):
symbol = "HOT-WETH"
bid_price: float = self.market.get_price(symbol, True)
ask_price: float = self.market.get_price(symbol, False)
amount = 0.02 / bid_price
self.assertGreater(self.market.get_balance("WETH"), 0.02)
self.assertGreater(self.market.get_balance("HOT"), amount)
# Intentionally setting invalid price to prevent getting filled
self.market.buy(symbol, amount, OrderType.LIMIT, bid_price * 0.7)
self.market.sell(symbol, amount, OrderType.LIMIT, ask_price * 1.5)
[cancellation_results] = self.run_parallel(self.market.cancel_all(10))
print(cancellation_results)
self.assertGreater(len(cancellation_results), 0)
for cr in cancellation_results:
self.assertEqual(cr.success, True)
def test_cancel_all_failure_case(self):
symbol = "HOT-WETH"
bid_price: float = self.market.get_price(symbol, True)
ask_price: float = self.market.get_price(symbol, False)
# order submission should fail due to insufficient balance
amount = 100 / bid_price
self.assertLess(self.market.get_balance("WETH"), 100)
self.assertLess(self.market.get_balance("HOT"), amount)
self.market.buy(symbol, amount, OrderType.LIMIT, bid_price * 0.7)
self.market.sell(symbol, amount, OrderType.LIMIT, ask_price * 1.5)
[cancellation_results] = self.run_parallel(self.market.cancel_all(10))
print(cancellation_results)
self.assertGreater(len(cancellation_results), 0)
for cr in cancellation_results:
self.assertEqual(cr.success, False)
class CoinbaseProMarketUnitTest(unittest.TestCase):
events: List[MarketEvent] = [
MarketEvent.ReceivedAsset, MarketEvent.BuyOrderCompleted,
MarketEvent.SellOrderCompleted, MarketEvent.WithdrawAsset,
MarketEvent.OrderFilled, MarketEvent.OrderCancelled,
MarketEvent.TransactionFailure, MarketEvent.BuyOrderCreated,
MarketEvent.SellOrderCreated
]
market: CoinbaseProMarket
market_logger: EventLogger
@classmethod
def setUpClass(cls):
cls.clock: Clock = Clock(ClockMode.REALTIME)
cls.market: CoinbaseProMarket = CoinbaseProMarket(
web3_url=conf.test_web3_provider_list[0],
coinbase_pro_api_key=conf.coinbase_pro_api_key,
coinbase_pro_secret_key=conf.coinbase_pro_secret_key,
coinbase_pro_passphrase=conf.coinbase_pro_passphrase,
symbols=["ETH-USDC", "ETH-USD"])
cls.wallet: Web3Wallet = Web3Wallet(
private_key=conf.web3_private_key_coinbase_pro,
backend_urls=conf.test_web3_provider_list,
erc20_token_addresses=[
conf.mn_weth_token_address, conf.mn_zerox_token_address
],
chain=EthereumChain.MAIN_NET)
print(
"Initializing Coinbase Pro market... this will take about a minute."
)
cls.ev_loop: asyncio.BaseEventLoop = asyncio.get_event_loop()
cls.clock.add_iterator(cls.market)
cls.clock.add_iterator(cls.wallet)
cls.ev_loop.run_until_complete(cls.clock.run_til(time.time() + 1))
cls.ev_loop.run_until_complete(cls.wait_til_ready())
print("Ready.")
@classmethod
async def wait_til_ready(cls):
while True:
if cls.market.ready:
break
await asyncio.sleep(1.0)
def setUp(self):
self.market_logger = EventLogger()
for event_tag in self.events:
self.market.add_listener(event_tag, self.market_logger)
def tearDown(self):
for event_tag in self.events:
self.market.remove_listener(event_tag, self.market_logger)
self.market_logger = None
async def run_parallel_async(self, *tasks):
future: asyncio.Future = asyncio.ensure_future(asyncio.gather(*tasks))
while not future.done():
now = time.time()
next_iteration = now // 1.0 + 1
await self.clock.run_til(next_iteration)
return future.result()
def run_parallel(self, *tasks):
return self.ev_loop.run_until_complete(self.run_parallel_async(*tasks))
def test_limit_buy(self):
self.assertGreater(self.market.get_balance("ETH"), 0.1)
symbol = "ETH-USDC"
amount: float = 0.02
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
current_bid_price: float = self.market.get_price(symbol, True)
bid_price: float = current_bid_price + 0.05 * current_bid_price
quantize_bid_price: Decimal = self.market.quantize_order_price(
symbol, bid_price)
order_id = self.market.buy(symbol, quantized_amount, OrderType.LIMIT,
quantize_bid_price)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(BuyOrderCompletedEvent))
order_completed_event: BuyOrderCompletedEvent = order_completed_event
trade_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded: float = sum(t.amount for t in trade_events)
quote_amount_traded: float = sum(t.amount * t.price
for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertAlmostEqual(float(quantized_amount),
order_completed_event.base_asset_amount)
self.assertEqual("ETH", order_completed_event.base_asset)
self.assertEqual("USDC", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertTrue(
any([
isinstance(event, BuyOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
def test_limit_sell(self):
symbol = "ETH-USDC"
amount: float = 0.02
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
current_ask_price: float = self.market.get_price(symbol, False)
ask_price: float = current_ask_price - 0.05 * current_ask_price
quantize_ask_price: Decimal = self.market.quantize_order_price(
symbol, ask_price)
order_id = self.market.sell(symbol, amount, OrderType.LIMIT,
quantize_ask_price)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(SellOrderCompletedEvent))
order_completed_event: SellOrderCompletedEvent = order_completed_event
trade_events = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded = sum(t.amount for t in trade_events)
quote_amount_traded = sum(t.amount * t.price for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertAlmostEqual(float(quantized_amount),
order_completed_event.base_asset_amount)
self.assertEqual("ETH", order_completed_event.base_asset)
self.assertEqual("USDC", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertTrue(
any([
isinstance(event, SellOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
# NOTE that orders of non-USD pairs (including USDC pairs) are LIMIT only
def test_market_buy(self):
self.assertGreater(self.market.get_balance("ETH"), 0.1)
symbol = "ETH-USD"
amount: float = 0.02
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
order_id = self.market.buy(symbol, quantized_amount, OrderType.MARKET,
0)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(BuyOrderCompletedEvent))
order_completed_event: BuyOrderCompletedEvent = order_completed_event
trade_events: List[OrderFilledEvent] = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded: float = sum(t.amount for t in trade_events)
quote_amount_traded: float = sum(t.amount * t.price
for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertAlmostEqual(float(quantized_amount),
order_completed_event.base_asset_amount)
self.assertEqual("ETH", order_completed_event.base_asset)
self.assertEqual("USD", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertTrue(
any([
isinstance(event, BuyOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
# NOTE that orders of non-USD pairs (including USDC pairs) are LIMIT only
def test_market_sell(self):
symbol = "ETH-USD"
amount: float = 0.02
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
order_id = self.market.sell(symbol, amount, OrderType.MARKET, 0)
[order_completed_event] = self.run_parallel(
self.market_logger.wait_for(SellOrderCompletedEvent))
order_completed_event: SellOrderCompletedEvent = order_completed_event
trade_events = [
t for t in self.market_logger.event_log
if isinstance(t, OrderFilledEvent)
]
base_amount_traded = sum(t.amount for t in trade_events)
quote_amount_traded = sum(t.amount * t.price for t in trade_events)
self.assertTrue(
[evt.order_type == OrderType.LIMIT for evt in trade_events])
self.assertEqual(order_id, order_completed_event.order_id)
self.assertAlmostEqual(float(quantized_amount),
order_completed_event.base_asset_amount)
self.assertEqual("ETH", order_completed_event.base_asset)
self.assertEqual("USD", order_completed_event.quote_asset)
self.assertAlmostEqual(base_amount_traded,
float(order_completed_event.base_asset_amount))
self.assertAlmostEqual(quote_amount_traded,
float(order_completed_event.quote_asset_amount))
self.assertTrue(
any([
isinstance(event, SellOrderCreatedEvent)
and event.order_id == order_id
for event in self.market_logger.event_log
]))
# Reset the logs
self.market_logger.clear()
def test_cancel_order(self):
self.assertGreater(self.market.get_balance("ETH"), 10)
symbol = "ETH-USDC"
current_bid_price: float = self.market.get_price(symbol, True)
amount: float = 10 / current_bid_price
bid_price: float = current_bid_price - 0.1 * current_bid_price
quantize_bid_price: Decimal = self.market.quantize_order_price(
symbol, bid_price)
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
client_order_id = self.market.buy(symbol, quantized_amount,
OrderType.LIMIT, quantize_bid_price)
self.market.cancel(symbol, client_order_id)
[order_cancelled_event] = self.run_parallel(
self.market_logger.wait_for(OrderCancelledEvent))
order_cancelled_event: OrderCancelledEvent = order_cancelled_event
self.assertEqual(order_cancelled_event.order_id, client_order_id)
def test_cancel_all(self):
symbol = "ETH-USDC"
bid_price: float = self.market.get_price(symbol, True) * 0.5
ask_price: float = self.market.get_price(symbol, False) * 2
amount: float = 10 / bid_price
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
# Intentionally setting invalid price to prevent getting filled
quantize_bid_price: Decimal = self.market.quantize_order_price(
symbol, bid_price * 0.7)
quantize_ask_price: Decimal = self.market.quantize_order_price(
symbol, ask_price * 1.5)
self.market.buy(symbol, quantized_amount, OrderType.LIMIT,
quantize_bid_price)
self.market.sell(symbol, quantized_amount, OrderType.LIMIT,
quantize_ask_price)
self.run_parallel(asyncio.sleep(1))
[cancellation_results] = self.run_parallel(self.market.cancel_all(5))
for cr in cancellation_results:
self.assertEqual(cr.success, True)
@unittest.skipUnless(any("test_list_orders" in arg for arg in sys.argv),
"List order test requires manual action.")
def test_list_orders(self):
self.assertGreater(self.market.get_balance("ETH"), 0.1)
symbol = "ETH-USDC"
amount: float = 0.02
quantized_amount: Decimal = self.market.quantize_order_amount(
symbol, amount)
current_bid_price: float = self.market.get_price(symbol, True)
bid_price: float = current_bid_price + 0.05 * current_bid_price
quantize_bid_price: Decimal = self.market.quantize_order_price(
symbol, bid_price)
self.market.buy(symbol, quantized_amount, OrderType.LIMIT,
quantize_bid_price)
self.run_parallel(asyncio.sleep(1))
[order_details] = self.run_parallel(self.market.list_orders())
self.assertGreaterEqual(len(order_details), 1)
self.market_logger.clear()
@unittest.skipUnless(any("test_deposit_eth" in arg for arg in sys.argv),
"Deposit test requires manual action.")
def test_deposit_eth(self):
# Ensure the local wallet has enough balance for deposit testing.
self.assertGreaterEqual(self.wallet.get_balance("ETH"), 0.02)
# Deposit ETH to Binance, and wait.
tracking_id: str = self.market.deposit(self.wallet, "ETH", 0.01)
[received_asset_event] = self.run_parallel(
self.market_logger.wait_for(MarketReceivedAssetEvent,
timeout_seconds=1800))
received_asset_event: MarketReceivedAssetEvent = received_asset_event
self.assertEqual("ETH", received_asset_event.asset_name)
self.assertEqual(tracking_id, received_asset_event.tx_hash)
self.assertEqual(self.wallet.address,
received_asset_event.from_address)
self.assertAlmostEqual(0.01, received_asset_event.amount_received)
@unittest.skipUnless(any("test_deposit_zrx" in arg for arg in sys.argv),
"Deposit test requires manual action.")
def test_deposit_zrx(self):
# Ensure the local wallet has enough balance for deposit testing.
self.assertGreaterEqual(self.wallet.get_balance("ZRX"), 1)
# Deposit ZRX to Coinbase Pro, and wait.
tracking_id: str = self.market.deposit(self.wallet, "ZRX", 1)
[received_asset_event] = self.run_parallel(
self.market_logger.wait_for(MarketReceivedAssetEvent,
timeout_seconds=1800))
received_asset_event: MarketReceivedAssetEvent = received_asset_event
self.assertEqual("ZRX", received_asset_event.asset_name)
self.assertEqual(tracking_id, received_asset_event.tx_hash)
self.assertEqual(self.wallet.address,
received_asset_event.from_address)
self.assertEqual(1, received_asset_event.amount_received)
@unittest.skipUnless(any("test_withdraw" in arg for arg in sys.argv),
"Withdraw test requires manual action.")
def test_withdraw(self):
# Ensure the market account has enough balance for withdraw testing.
self.assertGreaterEqual(self.market.get_balance("ZRX"), 1)
# Withdraw ZRX from Coinbase Pro to test wallet.
self.market.withdraw(self.wallet.address, "ZRX", 1)
[withdraw_asset_event] = self.run_parallel(
self.market_logger.wait_for(MarketWithdrawAssetEvent))
withdraw_asset_event: MarketWithdrawAssetEvent = withdraw_asset_event
self.assertEqual(self.wallet.address, withdraw_asset_event.to_address)
self.assertEqual("ZRX", withdraw_asset_event.asset_name)
self.assertEqual(1, withdraw_asset_event.amount)
self.assertEqual(withdraw_asset_event.fee_amount, 0)