def test_invalid_type():
from adjsim import core, analysis, utility, decision
action = True
agent = core.Agent()
agent.decision = decision.RandomSingleCastDecision()
with pytest.raises(utility.ActionException):
agent.actions["trivial"] = action
def test_trivial():
from adjsim import core, analysis, utility, decision
action = lambda env, source: 0
agent = core.Agent()
agent.decision = decision.RandomSingleCastDecision()
agent.actions["trivial"] = action
test_sim = core.Simulation()
test_sim.agents.add(agent)
common.step_simulate_interpolation(test_sim)
def test_invalid_too_many_arguments():
from adjsim import core, analysis, utility, decision
action = lambda env, source, kek: 0
agent = core.Agent()
agent.decision = decision.RandomSingleCastDecision()
agent.actions["trivial"] = action
test_sim = core.Simulation()
test_sim.agents.add(agent)
with pytest.raises(utility.DecisionException):
common.step_simulate_interpolation(test_sim)
def test_invalid_decision():
from adjsim import core, analysis, utility
action = lambda env, source: 0
agent = core.Agent()
agent.decision = None
agent.actions["trivial"] = action
test_sim = core.Simulation()
test_sim.agents.add(agent)
with pytest.raises(utility.DecisionException):
common.step_simulate_interpolation(test_sim)