def check_statement_condition_accepts_value(self, statement_type: type):
condition = Condition(False)
statement = statement_type(action="",
effect=Condition(False),
condition=condition,
duration=2)
self.assertEqual(statement.condition, condition)
def test_conditional_releases(self):
statement = parsing.statement.parse(
"Use releases broken if unlucky by lol")
broken, unlucky = sympy.symbols("broken,unlucky")
self.assertEqual(
Releases(action="Use",
effect=Condition(broken),
condition=Condition(unlucky),
agent="lol"), statement)
def test_conditional_causes(self):
statement = parsing.statement.parse(
"Charge causes charged if plugged_in by Teddy")
charged, plugged_in = sympy.symbols("charged,plugged_in")
self.assertEqual(
Causes(action="Charge",
effect=Condition(charged),
condition=Condition(plugged_in),
agent="Teddy"), statement)
def test_conditional_releases(self):
statement = parsing.statement.parse(
"Use releases broken if unlucky during 14")
broken, unlucky = sympy.symbols("broken,unlucky")
self.assertEqual(
statement,
Releases(action="Use",
effect=Condition(broken),
condition=Condition(unlucky),
duration=14))
def test_conditional_causes(self):
statement = parsing.statement.parse(
"Charge causes charged if plugged_in during 6")
charged, plugged_in = sympy.symbols("charged,plugged_in")
self.assertEqual(
statement,
Causes(action="Charge",
effect=Condition(charged),
condition=Condition(plugged_in),
duration=6))
def join_statement_by_and(self, statement1: Statement,
statement2: Statement,
is_causes: bool) -> Statement:
if is_causes:
return Causes(action=statement1.action,
effect=Condition(
And(statement1.effect.formula,
statement2.effect.formula)),
duration=statement1.duration)
else:
return Releases(action=statement1.action,
effect=Condition(
And(statement1.effect.formula,
statement2.effect.formula)),
duration=statement1.duration)
def create_tautology_from_statements(self, statement1: Statement,
statement2: Statement) -> Statement:
return Releases(action=statement1.action,
effect=Condition(
Or(statement1.effect.formula,
Not(statement2.effect.formula))),
duration=statement1.duration,
agent=statement1.agent)
def test_test(self):
scenario = parsing.scenario.parse_file("example/scenario.txt")
self.assertEqual(len(scenario.observations), 2)
alive, loaded, hidden = sympy.symbols("alive,loaded,hidden")
self.assertEqual(scenario.observations[0], Observation(
begin_time=0,
condition=Condition(alive & ~loaded & hidden)))
self.assertEqual(scenario.observations[1], Observation(
begin_time=2,
condition=Condition(alive & ~loaded & ~hidden)))
self.assertEqual(len(scenario.action_occurrences), 2)
self.assertEqual(scenario.action_occurrences[0],
ActionOccurrence(name="Load", begin_time=1, duration=2))
self.assertEqual(scenario.action_occurrences[1],
ActionOccurrence(name="Shoot", begin_time=3, duration=1))
def test_parse_example(self):
description = parsing.domain_description.parse_file("example/lib.adl3")
self.assertEqual(len(description.statements), 5)
alive, loaded, hidden = sympy.symbols("alive,loaded,hidden")
self.assertTrue(isinstance(description.statements[0], Releases))
self.assertEqual(
description.statements[0],
Releases(action="Load", effect=Condition(loaded), duration=2))
self.assertTrue(isinstance(description.statements[1], Releases))
self.assertEqual(
description.statements[1],
Releases(action="Load", effect=Condition(~hidden), duration=1))
self.assertTrue(isinstance(description.statements[2], Causes))
self.assertEqual(
description.statements[2],
Causes(action="Shoot", effect=Condition(~loaded), duration=1))
self.assertTrue(isinstance(description.statements[3], Causes))
self.assertEqual(
description.statements[3],
Causes(action="Shoot",
effect=Condition(~alive),
condition=Condition(~hidden & loaded),
duration=1))
self.assertTrue(isinstance(description.statements[4], ImpossibleIf))
self.assertEqual(
description.statements[4],
ImpossibleIf(action="Shoot", condition=Condition(~loaded)))
def test_parse_example(self):
os.chdir(os.path.dirname(os.path.abspath(__file__)))
description = parsing.domain_description.parse_file(
"../example/lib.adl3")
self.assertEqual(len(description.statements), 5)
alive, loaded, hidden = sympy.symbols("alive,loaded,hidden")
#####
self.assertTrue(isinstance(description.statements[0], Causes))
self.assertEqual(
Causes(action="load", effect=Condition(loaded), agent="hunter"),
description.statements[0])
#####
self.assertTrue(isinstance(description.statements[1], Causes))
self.assertEqual(
Causes(action="shoot", effect=Condition(~loaded), agent="hunter"),
description.statements[1])
#####
self.assertTrue(isinstance(description.statements[2], Causes))
self.assertEqual(
Causes(action="shoot",
effect=Condition(~alive),
condition=Condition(loaded & ~hidden),
agent="hunter"), description.statements[2])
#####
self.assertTrue(isinstance(description.statements[3], Releases))
self.assertEqual(
Releases(action="escape", effect=Condition(hidden),
agent="turkey"), description.statements[3])
#####
self.assertTrue(isinstance(description.statements[4], Triggers))
self.assertEqual(
Triggers(action="escape", condition=Condition(loaded)),
description.statements[4])
def test_unconditional_releases(self):
statement = parsing.statement.parse("Use releases broken during 14")
broken = sympy.symbols("broken")
self.assertEqual(
statement,
Releases(action="Use", effect=Condition(broken), duration=14))
def parse(input: str) -> Condition:
return Condition(sympy_parser.parse_expr(input))
def parse(input: str) -> Union[Condition, bool]:
if input is None:
return True
return Condition(sympy_parser.parse_expr(input))
def test_triggers(self):
statement = parsing.statement.parse("detonate triggers explosion")
detonate = sympy.symbols("detonate")
self.assertEqual(
Triggers(action="explosion", condition=Condition(detonate)),
statement)
def test_unconditional_releases(self):
statement = parsing.statement.parse("Use releases broken by lol")
broken = sympy.symbols("broken")
self.assertEqual(
Releases(action="Use", effect=Condition(broken), agent="lol"),
statement)
def test_unconditional_causes(self):
statement = parsing.statement.parse("Charge causes charged during 6")
charged = sympy.symbols("charged")
self.assertEqual(
statement,
Causes(action="Charge", effect=Condition(charged), duration=6))
def test_unconditional_causes(self):
statement = parsing.statement.parse("Charge causes charged by Kuba")
charged = sympy.symbols("charged")
self.assertEqual(
Causes(action="Charge", effect=Condition(charged), agent="Kuba"),
statement)
def check_statement_condition_defaults_to_true(self, statement_type: type):
statement = statement_type(action="",
effect=Condition(False),
duration=2)
self.assertEqual(statement.condition, True)
