def test_factory_for_eth(w3, eth_flash_template, factory, pad_bytes32,
eth_flash_abi, assert_fail):
assert factory.getEthFlash(INTEREST_FACTOR) != None
assert_fail(lambda: factory.getEthFlash(MAX_INTEREST_FACTOR + 1))
assert_fail(lambda: eth_flash.setup(INTEREST_FACTOR))
eth_flash_address = factory.getEthFlash(INTEREST_FACTOR)
assert eth_flash_address != None
eth_flash = ConciseContract(
w3.eth.contract(address=eth_flash_address, abi=eth_flash_abi))
assert w3.eth.getBalance(eth_flash.address) == 0
assert eth_flash.factoryAddress() == factory.address
assert eth_flash.name() == pad_bytes32('Uniflash for ETH V1')
assert eth_flash.symbol() == pad_bytes32('UFO-V1')
assert eth_flash.totalSupply() == 0
assert eth_flash.interestFactor() == INTEREST_FACTOR
def test_factory_for_erc20(w3, erc20_flash_template, HAY_token, factory,
pad_bytes32, erc20_flash_abi, assert_fail):
assert factory.getErc20Flash(HAY_token.address, INTEREST_FACTOR) == None
factory.createErc20Flash(HAY_token.address, transact={})
assert_fail(
lambda: factory.createErc20Flash(HAY_token.address, transact={}))
assert_fail(lambda: factory.getErc20Flash(MAX_INTEREST_FACTOR + 1))
assert_fail(lambda: eth_flash.setup(INTEREST_FACTOR))
erc20_flash_address = factory.getErc20Flash(HAY_token.address,
INTEREST_FACTOR)
assert erc20_flash_address != None
erc20_flash = ConciseContract(
w3.eth.contract(address=erc20_flash_address, abi=erc20_flash_abi))
assert w3.eth.getBalance(erc20_flash.address) == 0
assert erc20_flash.factoryAddress() == factory.address
assert erc20_flash.token() == HAY_token.address
assert erc20_flash.name() == pad_bytes32('Uniflash for ETH V1')
assert erc20_flash.symbol() == pad_bytes32('UFO-V1')
assert erc20_flash.totalSupply() == 0
assert erc20_flash.interestFactor() == INTEREST_FACTOR
