def kick(web3: Web3, mcd: DssDeployment, gal_address, other_address) -> int:
joy = mcd.vat.dai(mcd.vow.address)
woe = (mcd.vat.sin(mcd.vow.address) - mcd.vow.sin()) - mcd.vow.ash()
print(f'joy={str(joy)[:6]}, woe={str(woe)[:6]}')
if woe < joy:
# Bite gal CDP
c = mcd.collaterals['ETH-B']
unsafe_cdp = create_unsafe_cdp(mcd, c, Wad.from_number(2), other_address, draw_dai=False)
flip_kick = bite(mcd, c, unsafe_cdp)
# Generate some Dai, bid on and win the flip auction without covering all the debt
reserve_dai(mcd, c, gal_address, Wad.from_number(100), extra_collateral=Wad.from_number(1.1))
c.flipper.approve(mcd.vat.address, approval_function=hope_directly(from_address=gal_address))
current_bid = c.flipper.bids(flip_kick)
bid = Rad.from_number(1.9)
assert mcd.vat.dai(gal_address) > bid
assert c.flipper.tend(flip_kick, current_bid.lot, bid).transact(from_address=gal_address)
time_travel_by(web3, c.flipper.ttl()+1)
assert c.flipper.deal(flip_kick).transact()
flog_and_heal(web3, mcd, past_blocks=1200, kiss=False)
# Kick off the flop auction
woe = (mcd.vat.sin(mcd.vow.address) - mcd.vow.sin()) - mcd.vow.ash()
assert mcd.vow.sump() <= woe
assert mcd.vat.dai(mcd.vow.address) == Rad(0)
assert mcd.vow.flop().transact(from_address=gal_address)
return mcd.flopper.kicks()
def teardown_class(cls):
flog_and_heal(web3(),
mcd(web3()),
past_blocks=1200,
require_heal=False)
