def process(self, game):
if self.status is not EventStatus.WAITING:
for rule in self.rules["prepare"]:
rule.prepare(self, game)
if self.status is EventStatus.ABORTED:
log.d("{} aborted on prepare by rule {}".format(self, rule))
break
if self.status is not EventStatus.OK:
return self.status
self.prepare()
self.should_wait()
if self.status is not EventStatus.OK:
return self.status
for rule in self.rules["resolve"]:
rule.resolve(self, game)
if self.status is EventStatus.ABORTED:
break
if self.status is not EventStatus.OK:
return self.status
self.resolve()
for rule in self.rules["done"]:
rule.done(self, game)
self.status = EventStatus.DONE;
return self.status
def apply(self, event):
log.d("Apply Rule: {}".format(self))
if self.prepare is not None:
event.rules["prepare"].append(self)
if self.resolve is not None:
event.rules["resolve"].append(self)
if self.done is not None:
event.rules["done"].append(self)
def process_event(self):
if len(self.event_queue) is 0:
return None
event = self.event_queue[-1]
log.i("EventQueue: {}".format(event))
status = event.process(self.game)
log.d("EventQueue: {} - {}".format(event, status))
if status is not EventStatus.WAITING:
self.event_queue.remove(event)
if status is EventStatus.DONE:
self.game.event_history.append(event)
return status
def queue(self, event, priority=False):
if event is None:
log.w("NULL event queued")
return
if Event not in event.__class__.__bases__:
log.w("Cannot queue {} as it is a class, not an object. Missing ()?".format(event))
return
log.d("Queueing event: {}".format(event))
for rule in self.game.rules:
if rule.check_filter(event, self.game):
rule.apply(event)
if priority:
self.event_queue.append(event)
else:
self.event_queue.insert(0, event)
if self.status == EventQueueStatus.IDLE:
self.status = EventQueueStatus.BUSY
def __init__(self, filename=None):
self.id = uuid.uuid4()
self.filename = filename
self.main = []
self.side = []
if filename is None:
return
with open(filename) as f:
data = f.read()
in_sideboard = False
for line in data.split('\n'):
if not line.strip():
in_sideboard = True
continue
exp = re.search("([0-9]+) (.+)", line.strip())
amount = int(exp.group(1))
cardname = exp.group(2)
filename = Deck.get_file_name(cardname)
classname = Deck.get_class_name(cardname)
try:
card_module = importlib.import_module("cards.{}".format(filename))
card_class = getattr(card_module, classname)
except:
log.e("Card not found: {}".format(cardname))
log.d("Card Loaded: {}".format(card_class))
for i in range(amount):
if not in_sideboard:
self.main.append(card_class())
else:
self.side.append(card)
def advance(self):
if self.step is None:
log.d("Turn: Advance to UNTAP STEP")
self.phase = TurnPhase.BEGINNING
self.step = TurnStep.UNTAP
self.game.event_queue.queue(EventBeginningPhase(self.game, status=EventStatus.OK))
elif self.step is TurnStep.UNTAP:
log.d("Turn: Advance to UPKEEP STEP")
self.step = TurnStep.UPKEEP
self.game.event_queue.queue(EventUpkeepStep(self.game, status=EventStatus.OK), True)
elif self.step is TurnStep.UPKEEP:
log.d("Turn: Advance to DRAW STEP")
self.step = TurnStep.DRAW
self.game.event_queue.queue(EventDrawStep(self.game, status=EventStatus.OK))
elif self.step is TurnStep.DRAW:
log.d("Turn: Advance to FIRST MAIN PHASE")
self.phase = TurnPhase.MAIN
self.step = TurnStep.FIRST_MAIN
self.game.event_queue.queue(EventMainPhase(self.game, status=EventStatus.OK))
elif self.step is TurnStep.FIRST_MAIN:
log.d("Turn: Advance to COMBAT PHASE")
self.phase = TurnPhase.COMBAT
self.step = TurnStep.BEGINNING_OF_COMBAT
self.game.event_queue.queue(EventCombatPhase(self.game, status=EventStatus.OK))
elif self.step is TurnStep.BEGINNING_OF_COMBAT:
log.d("Turn: Advance to DECLARE ATTACKERS")
self.step = TurnStep.DECLARE_ATTACKERS
self.game.event_queue.queue(EventDeclareAttackersStep(self.game, status=EventStatus.OK))