def test_joy_and_boom(self, deployment: Deployment):
# given
deployment.tub.join(Wad.from_number(10)).transact()
deployment.tub.mold_cap(Wad.from_number(100000)).transact()
deployment.tub.mold_tax(Ray(1000100000000000000000000000)).transact()
DSValue(web3=deployment.web3, address=deployment.tub.pip()).poke_with_int(Wad.from_number(250).value).transact()
# and
deployment.tub.open().transact()
deployment.tub.lock(1, Wad.from_number(4)).transact()
deployment.tub.draw(1, Wad.from_number(1000)).transact()
# when
deployment.time_travel_by(3600)
deployment.tub.drip().transact()
# then
assert deployment.skr.balance_of(deployment.our_address) == Wad.from_number(6)
assert deployment.tap.joy() == Wad(433303616582911495481)
# when
deployment.tap.boom(Wad.from_number(1)).transact()
# then
assert deployment.skr.balance_of(deployment.our_address) == Wad.from_number(5)
assert deployment.tap.joy() == Wad(183303616582911495481)
def test_drip_and_chi_and_rho(self, deployment: Deployment):
# given
deployment.tub.mold_tax(Ray(1000000000000000020000000000)).transact()
old_chi = deployment.tub.chi()
old_rho = deployment.tub.rho()
# when
deployment.time_travel_by(1000)
deployment.tub.drip().transact()
# then
assert deployment.tub.chi() > old_chi
assert deployment.tub.rho() > old_rho
def deployment(new_deployment: Deployment) -> Deployment:
new_deployment.reset()
return new_deployment
def new_deployment() -> Deployment:
return Deployment()
def deployment(new_deployment: Deployment) -> Deployment:
new_deployment.reset()
return new_deployment