def test_OCEAN():
wallet = web3wallet.randomWeb3Wallet()
OCEAN_base = web3util.toBase18(3.0)
globaltokens.mintOCEAN(address=wallet.address, value_base=OCEAN_base)
OCEAN_token = globaltokens.OCEANtoken()
assert isinstance(OCEAN_token, datatoken.Datatoken)
assert OCEAN_token.symbol() == 'OCEAN'
assert OCEAN_token.balanceOf_base(wallet.address) == OCEAN_base
globaltokens.mintOCEAN(address=wallet.address, value_base=OCEAN_base)
assert OCEAN_token.balanceOf_base(wallet.address) == OCEAN_base * 2
def __init__(self, USD: float = 0.0, OCEAN: float = 0.0, private_key=None):
if private_key is None:
self._web3wallet = web3wallet.randomWeb3Wallet()
else:
self._web3wallet = web3wallet.Web3Wallet(private_key)
#Give the new wallet ETH to pay gas fees (but don't track otherwise)
self._web3wallet.fundFromAbove(toBase18(0.01)) #magic number
#USD
self._USD = USD #lump in ETH too
#OCEAN
globaltokens.mintOCEAN(address=self._web3wallet.address,
value_base=toBase18(OCEAN))
self._cached_OCEAN_base: typing.Union[int, None] = None #for speed
#amount
self._total_USD_in: float = USD
self._total_OCEAN_in: float = OCEAN
def depositOCEAN(self, amt: float) -> None:
assert amt >= 0.0
globaltokens.mintOCEAN(self._address, toBase18(amt))
self._total_OCEAN_in += amt
self.resetCachedInfo()
def depositOCEAN(self, amt: float) -> None:
assert amt >= 0.0
globaltokens.mintOCEAN(self._address, toBase18(amt))
self._total_OCEAN_in += amt
self._cached_OCEAN_base = None #reset due to write action