def testSimpleRendering(self):
""" generated source for method testSimpleRendering """
renderer = GdlRenderer()
repo = GameRepository.getDefaultRepository()
for gameKey in repo.getGameKeys():
for rule in game.getRules():
assertEquals(rule.__str__(), renderer.renderGdl(rule))
def runScramblerTest(self, scrambler):
""" generated source for method runScramblerTest """
repo = GameRepository.getDefaultRepository()
for gameKey in repo.getGameKeys():
for rule in game.getRules():
theScrambledRules.add(GdlFactory.create(renderedScrambledRule))
# If the scrambler claims that it scrambles the game, then the
# scrambled rules should be different than the original rules.
# Otherwise they should be identical.
if scrambler.scrambles():
assertTrue(gameKey, not renderedRule == renderedScrambledRule)
else:
assertEquals(gameKey, renderedRule, renderedScrambledRule)
# One important property for any scrambler is that the original
# and the unscrambled Gdl must be the same. This guarantees that
# the server can correctly unscramble responses from the players.
assertEquals(gameKey, renderedRule, renderedUnscrambledRule)
# An important property for any scrambler is that the scrambled rules
# have the same physics as the regular rules. For example, the number
# of roles in each game should be the same, and the number of facts
# that are true in the initial state should be the same. There could
# be more thorough verification here, like looking at the number of
# legal joint moves in the first state, or simulating entire matches,
# but that would be expensive.
pNormal.initialize(game.getRules())
pScrambled.initialize(theScrambledRules)
assertEquals(gameKey, pNormal.getRoles().size(), pScrambled.getRoles().size())
assertEquals(gameKey, pNormal.getInitialState().getContents().size(), pScrambled.getInitialState().getContents().size())
def main(cls, args):
""" generated source for method main """
description = GameRepository.getDefaultRepository().getGame("conn4").getRules()
flattener = PropNetFlattener(description)
flattened = flattener.flatten()
print "Flattened description for connect four contains: \n" + len(flattened) + "\n\n"
strings = ArrayList()
for rule in flattened:
strings.add(rule.__str__())
Collections.sort(strings)
for s in strings:
print s
def main(cls, args):
""" generated source for method main """
gameName = "tictactoe"
theGame = GameRepository.getDefaultRepository().getGame(gameName)
flow = GameFlow(theGame.getRules())
print "Size of flow: " + flow.getNumTurns()
print "Sentence forms in flow: " + flow.getSentenceForms()
i = 0
while i < flow.getNumTurns():
print "On turn " + i + ": " + flow.getSentencesTrueOnTurn(i)
i += 1
print "Turn after last: " + flow.getTurnAfterLast()
def testMappingScramblerConsistency(self):
""" generated source for method testMappingScramblerConsistency """
aScrambler = MappingGdlScrambler(Random(123))
bScrambler = MappingGdlScrambler(Random(123))
cScrambler = MappingGdlScrambler(Random(234))
repo = GameRepository.getDefaultRepository()
for gameKey in repo.getGameKeys():
for rule in game.getRules():
aScrambledRules.append(aScrambler.scramble(rule) + "\n")
bScrambledRules.append(bScrambler.scramble(rule) + "\n")
cScrambledRules.append(cScrambler.scramble(rule) + "\n")
for rule in game.getRules():
dScrambledRules.append(aScrambler.scramble(rule) + "\n")
eScrambledRules.append(bScrambler.scramble(rule) + "\n")
fScrambledRules.append(cScrambler.scramble(rule) + "\n")
assertEquals(aScrambledRules.__str__(), bScrambledRules.__str__())
assertEquals(aScrambledRules.__str__(), dScrambledRules.__str__())
assertEquals(aScrambledRules.__str__(), eScrambledRules.__str__())
assertFalse(aScrambledRules.__str__() == cScrambledRules.__str__())
assertEquals(cScrambledRules.__str__(), fScrambledRules.__str__())
def main(cls, args):
""" generated source for method main """
showDiffs = False
theReference = ProverStateMachine()
theMachine = ProverStateMachine()
theRepository = GameRepository.getDefaultRepository()
for gameKey in theRepository.getGameKeys():
if gameKey.contains("laikLee"):
continue
# Choose the transformation(s) to test here
description = DeORer.run(description)
newDescription = VariableConstrainer.replaceFunctionValuedVariables(description)
if description.hashCode() != newDescription.hashCode():
theReference.initialize(description)
theMachine.initialize(newDescription)
print "Detected activation in game " + gameKey + ". Checking consistency: "
StateMachineVerifier.checkMachineConsistency(theReference, theMachine, 10000)
if showDiffs:
for x in newDescription:
if not description.contains(x):
print "NEW: " + x
for x in description:
if not newDescription.contains(x):
print "OLD: " + x
def main(cls, args):
""" generated source for method main """
description = GameRepository.getDefaultRepository().getGame("conn4").getRules()
aa = PropNetAnnotater(description)
print "Annotations for connect four are: \n" + aa.getAnnotations()
def load_game(game_name):
game_description = GameRepository.getDefaultRepository().getGame(
game_name).getRules()
machine = ProverStateMachine()
machine.initialize(game_description)
return machine
def load_game(game_name):
game_description = GameRepository.getDefaultRepository().getGame(game_name).getRules()
machine = ProverStateMachine()
machine.initialize(game_description)
return machine