def deserializeDerivateGroup(str0_ : 'ByteArrayWrapper', dg : 'DerivateGroup') -> None:
attr = str0_.deserializeShort()
if (((attr & 1)) != 0):
dg.is_dummy = True
if (((attr & 2)) != 0):
dg.not_generate = True
if (((attr & 4)) != 0):
dg.m_transitive = 0
if (((attr & 8)) != 0):
dg.m_transitive = 1
dg.prefix = str0_.deserializeString()
cou = str0_.deserializeShort()
while cou > 0:
w = DerivateWord(dg)
w.spelling = str0_.deserializeString()
w.class0_ = MorphClass()
w.class0_.value = (str0_.deserializeShort())
w.lang = MorphLang._new5(str0_.deserializeShort())
w.attrs.value = (str0_.deserializeShort())
dg.words.append(w)
cou -= 1
cou = str0_.deserializeShort()
while cou > 0:
pref = Utils.ifNotNull(str0_.deserializeString(), "")
cas = MorphCase()
cas.value = (str0_.deserializeShort())
if (dg.nexts is None):
dg.nexts = dict()
dg.nexts[pref] = cas
cou -= 1
def deserialize(self, stream : io.IOBase) -> bool:
vers = 0
b = Utils.readByteIO(stream)
if (b == (0xAA)):
b = (Utils.readByteIO(stream))
vers = (b)
else:
stream.seek(stream.tell() - (1), io.SEEK_SET)
self.__m_sofa = SourceOfAnalysis(None)
self.__m_sofa.deserialize(stream)
self.base_language = MorphLang._new5(SerializerHelper.deserializeInt(stream))
self.__m_entities = list()
cou = SerializerHelper.deserializeInt(stream)
i = 0
while i < cou:
typ = SerializerHelper.deserializeString(stream)
r = ProcessorService.createReferent(typ)
if (r is None):
r = Referent("UNDEFINED")
self.__m_entities.append(r)
i += 1
i = 0
while i < cou:
self.__m_entities[i].deserialize(stream, self.__m_entities, self.__m_sofa)
i += 1
self.first_token = SerializerHelper.deserializeTokens(stream, self, vers)
self.__createStatistics()
return True
