def __init__(self, char_id):
self.char_id = char_id
try:
self.mf = MongoFunctionOpen.objects.get(id=self.char_id)
except DoesNotExist:
self.mf = MongoFunctionOpen(id=self.char_id)
self.mf.freeze.extend(FUNCTION_DEFINE.keys())
self.mf.save()
def __init__(self, char_id):
self.char_id = char_id
try:
self.mf = MongoFunctionOpen.objects.get(id=self.char_id)
except DoesNotExist:
self.mf = MongoFunctionOpen(id=self.char_id)
self.mf.freeze.extend(FUNCTION_DEFINE.keys())
self.mf.save()
class FunctionOpen(object):
def __init__(self, char_id):
self.char_id = char_id
try:
self.mf = MongoFunctionOpen.objects.get(id=self.char_id)
except DoesNotExist:
self.mf = MongoFunctionOpen(id=self.char_id)
self.mf.freeze.extend(FUNCTION_DEFINE.keys())
self.mf.save()
def _open_all(self):
self.mf.freeze = []
self.mf.save()
def trig(self, char_level, stage_id=None):
try:
s = MongoStage.objects.get(id=self.char_id)
passed_stages = s.stages.keys()
except DoesNotExist:
passed_stages = []
passed_stages.append('0')
if stage_id:
passed_stages.append(str(stage_id))
opened_funcs = []
for func_id in self.mf.freeze[:]:
try:
this_func = FUNCTION_DEFINE[func_id]
except KeyError:
self.mf.freeze.remove(func_id)
continue
if char_level >= this_func.char_level and str(
this_func.stage_id) in passed_stages:
# OPEN
self.mf.freeze.remove(func_id)
opened_funcs.append(func_id)
self.mf.save()
f = Formation(self.char_id)
for of in opened_funcs[:]:
if of in FUNC_SOCKET_AMOUNT_TABLE:
opened = f.open_socket(FUNC_SOCKET_AMOUNT_TABLE[of])
if not opened:
opened_funcs.remove(of)
return opened_funcs
def trig_by_char_level(self, char_level):
return self.trig(char_level)
def trig_by_stage_id(self, stage_id):
c = MongoCharacter.objects.get(id=self.char_id)
char_level = c.level
return self.trig(char_level, stage_id)
def send_notify(self):
msg = FreezeFunctionNotify()
msg.funcs.extend(self.mf.freeze)
publish_to_char(self.char_id, pack_msg(msg))
class FunctionOpen(object):
def __init__(self, char_id):
self.char_id = char_id
try:
self.mf = MongoFunctionOpen.objects.get(id=self.char_id)
except DoesNotExist:
self.mf = MongoFunctionOpen(id=self.char_id)
self.mf.freeze.extend(FUNCTION_DEFINE.keys())
self.mf.save()
def _open_all(self):
self.mf.freeze = []
self.mf.save()
def trig(self, char_level, stage_id=None):
try:
s = MongoStage.objects.get(id=self.char_id)
passed_stages = s.stages.keys()
except DoesNotExist:
passed_stages = []
passed_stages.append('0')
if stage_id:
passed_stages.append(str(stage_id))
opened_funcs = []
for func_id in self.mf.freeze[:]:
try:
this_func = FUNCTION_DEFINE[func_id]
except KeyError:
self.mf.freeze.remove(func_id)
continue
if char_level >= this_func.char_level and str(this_func.stage_id) in passed_stages:
# OPEN
self.mf.freeze.remove(func_id)
opened_funcs.append(func_id)
self.mf.save()
f = Formation(self.char_id)
for of in opened_funcs[:]:
if of in FUNC_SOCKET_AMOUNT_TABLE:
opened = f.open_socket(FUNC_SOCKET_AMOUNT_TABLE[of])
if not opened:
opened_funcs.remove(of)
return opened_funcs
def trig_by_char_level(self, char_level):
return self.trig(char_level)
def trig_by_stage_id(self, stage_id):
c = MongoCharacter.objects.get(id=self.char_id)
char_level = c.level
return self.trig(char_level, stage_id)
def send_notify(self):
msg = FreezeFunctionNotify()
msg.funcs.extend(self.mf.freeze)
publish_to_char(self.char_id, pack_msg(msg))
