def __init__(self):
super().__init__()
products, profiles = sample_products, sample_profiles
self.slow_simulator = SlowFactorySimulator(
initial_wallet=initial_wallet,
initial_storage=initial_storage,
n_steps=n_steps,
n_products=len(products),
profiles=profiles,
max_storage=max_storage,
)
self.fast_simulator = FastFactorySimulator(
initial_wallet=initial_wallet,
initial_storage=initial_storage,
n_steps=n_steps,
n_products=len(products),
profiles=profiles,
max_storage=max_storage,
)
self.factory = Factory(
initial_wallet=initial_wallet,
initial_storage=initial_storage,
profiles=profiles,
max_storage=max_storage,
)
self.profiles = self.factory.profiles
self._payments = defaultdict(list)
self._transports = defaultdict(list)
def empty_factory(profiles):
return Factory(
id="factory",
profiles=profiles,
initial_wallet=initial_wallet,
initial_storage={},
max_storage=max_storage,
)
def factory_with_storage(profiles):
return Factory(
id="factory",
profiles=profiles,
initial_storage=copy.deepcopy(initial_storage),
initial_wallet=initial_wallet,
max_storage=max_storage,
)
class SimulatorsActAsFactory(RuleBasedStateMachine):
def __init__(self):
super().__init__()
products, profiles = sample_products, sample_profiles
self.slow_simulator = SlowFactorySimulator(
initial_wallet=initial_wallet,
initial_storage=initial_storage,
n_steps=n_steps,
n_products=len(products),
profiles=profiles,
max_storage=max_storage)
self.fast_simulator = FastFactorySimulator(
initial_wallet=initial_wallet,
initial_storage=initial_storage,
n_steps=n_steps,
n_products=len(products),
profiles=profiles,
max_storage=max_storage)
self.factory = Factory(initial_wallet=initial_wallet,
initial_storage=initial_storage,
profiles=profiles,
max_storage=max_storage)
self.profiles = self.factory.profiles
self._payments = defaultdict(list)
self._transports = defaultdict(list)
profile_indices = Bundle('profile_indices')
payments = Bundle('payments')
times = Bundle('times')
transports = Bundle('transports')
@rule(target=profile_indices, k=st.integers(len(sample_profiles)))
def choose_profile(self, k):
return k
@rule(targe=payments, payment=st.floats(-30, 30))
def choose_payment(self, payment):
return payment
@rule(targe=times, payment=st.integers(0, n_steps))
def choose_time(self, t):
return t
@rule(targe=transports, storage=storage())
def choose_transport(self, t):
return t
@rule(profile_index=profile_indices, t=times)
def run_profile(self, profile_index, t):
job = Job(profile=profile_index,
time=t,
line=self.profiles[profile_index].line,
action='run',
contract=None,
override=False)
end = t + self.profiles[profile_index].n_steps
if end > n_steps - 1:
return
self.factory.schedule(job=job, override=False)
self.slow_simulator.schedule(job=job, override=False)
self.fast_simulator.schedule(job=job, override=False)
@rule(payment=payments, t=times)
def pay(self, payment, t):
self._payments[t].append(payment)
self.slow_simulator.pay(payment, t)
self.fast_simulator.pay(payment, t)
@rule(trans=transports, t=times)
def transport(self, trans, t):
p, q = trans
self._transports[t].append(trans)
self.slow_simulator.transport_to(p, q, t)
self.fast_simulator.transport_to(p, q, t)
@rule()
def run_and_test(self):
for _ in range(n_steps):
for payment in self._payments[_]:
self.factory.pay(payment)
for p, q in self._transports[_]:
self.factory.transport_to(p, q)
self.factory.step()
assert self.slow_simulator.wallet_at(
_) == self.fast_simulator.wallet_at(_) == self.factory.wallet
assert self.slow_simulator.balance_at(
_) == self.fast_simulator.balance_at(_) == self.factory.balance
assert np.all(
self.slow_simulator.storage_at(_) ==
self.fast_simulator.storage_at(_))
assert np.all(
self.slow_simulator.storage_at(_) == storage_as_array(
self.factory.storage, n_products=len(sample_products)))
assert np.all(
self.slow_simulator.line_schedules_at(_) ==
self.factory.line_schedules)
assert np.all(
self.fast_simulator.line_schedules_at(_) ==
self.factory.line_schedules)