def minimal_element(strategy, random):
element = some_template(strategy, random)
while True:
for new_element in strategy.full_simplify(random, element):
try:
strategy.reify(new_element)
element = new_element
break
except UnsatisfiedAssumption:
pass
else:
break
return element
def minimal_element(strategy, random):
element = some_template(strategy, random)
while True:
for new_element in strategy.full_simplify(random, element):
try:
strategy.reify(new_element)
element = new_element
break
except UnsatisfiedAssumption:
pass
else:
break
return element
def minimal_element(strategy, random):
tracker = Tracker()
element = some_template(strategy, random)
while True:
for new_element in strategy.full_simplify(random, element):
if tracker.track(new_element) > 1:
continue
try:
with BuildContext():
strategy.reify(new_element)
element = new_element
break
except UnsatisfiedAssumption:
pass
else:
break
return element
def test_can_full_simplify_breaking_example(machine):
runner = machine.find_breaking_runner()
strategy = StateMachineSearchStrategy()
r = Random(1)
for _ in strategy.full_simplify(r, runner):
pass
def test_can_full_simplify_breaking_example(machine):
runner = machine.find_breaking_runner()
strategy = StateMachineSearchStrategy()
r = Random(1)
for _ in strategy.full_simplify(r, runner):
pass