def __init__(self):
super().__init__()
self.converter = Converter()
self.msgSpliter = MsgSpliter()
self.redis_dealer = redis_deal()
self.splt = splitter()
self.desiner = Desiner()
self.msAb = MeasureAb()
self.cvt = Converter()
self.dataTuning = DataTuning()
def getBoundaries(self, configParas, gveConfigParas, messages):
freGVotes, entryGVotes = self.getGVotes(configParas, messages)
desiner = Desiner()
paraFre = {}
paraFre['diff_measure'] = gveConfigParas['diffMeasure']
paraFre['vWay'] = gveConfigParas['vWayFre']
paraFre['T'] = gveConfigParas['T']
paraFre['r'] = gveConfigParas['r']
freBoundaries = desiner.VoteSingleByDicParas(paraFre, freGVotes)
paraFre['vWay'] = gveConfigParas['vWayEntry']
entryBoundaries = desiner.VoteSingleByDicParas(paraFre, entryGVotes)
return Converter().MergeLists(freBoundaries, entryBoundaries)
def SplitByOrder(self, messages):
key = ve_strategy().GetWordsKeys('OrderWords')
if self.redis_read.is_exist_key(key):
OrderWords = self.redis_read.read_from_redis(key)
else:
raw_keys = ve_strategy().GetWordsKeys('RawWords')
raw_words = self.redis_read.read_from_redis(raw_keys)
OrderWords = word_convert().ConvertRawWordsToOrder(raw_words, self.parameters['height'] + 1)
self.redis_read.insert_to_redis(key, OrderWords)
orderVoter = OrderVoter(OrderWords)
PrimBorders = orderVoter.vote_for_messages(messages, self.parameters['height'])
FinalBorders = Desiner().VoteMultiM(PrimBorders, self.parameters['diff_measure'],
self.parameters['decision_type'],
self.parameters['Threshold_T'], self.parameters['Threshod_R'])
return Converter().ConvertListToOrder(FinalBorders)
def split_by_frequent(self, messages):
prefix = ve_strategy().GetWordsKeys('FrequentWords')
entry_words = None
if self.redis_read.is_exist_key(prefix):
frequent_words = self.redis_read.read_from_redis(prefix)
else:
raw_keys = ve_strategy().GetWordsKeys('RawWords')
raw_words = self.redis_read.read_from_redis(raw_keys)
frequent_words = Converter().ConvertRawToNormalFrequent(raw_words, self.parameters['height'] + 1)
self.redis_read.insert_to_redis(prefix, frequent_words)
frequent_voter = frequence_voter(frequent_words)
PrimBorders = frequent_voter.vote_for_messages(messages, self.parameters['height'])
FinalBorders = Desiner().VoteMultiM(PrimBorders, self.parameters['diff_measure'],
self.parameters['decision_type'],
self.parameters['Threshold_T'], self.parameters['Threshod_R'])
return Converter().ConvertListToOrder(FinalBorders)
def split_by_entry(self, messages):
keys = ve_strategy().GetWordsKeys("EntryWords")
entry_words = None
if self.redis_read.is_exist_key(keys):
entry_words = self.redis_read.read_from_redis(keys)
else:
raw_keys = ve_strategy().GetWordsKeys("RawWords")
raw_words = self.redis_read.read_from_redis(raw_keys)
entry_words = word_convert().convert_raw_to_entry(
raw_words, self.parameters['height'] + 1)
self.redis_read.insert_to_redis(keys, entry_words)
entry_voter = Entry_voter(entry_words)
PrimBorders = entry_voter.vote_for_messages(messages,
self.parameters['height'])
FinalBorders = Desiner().VoteMultiM(PrimBorders,
self.parameters['diff_measure'],
self.parameters['decision_type'],
self.parameters['Threshold_T'],
self.parameters['Threshod_R'])
return Converter().ConvertListToOrder(FinalBorders)
class MegSplitLogic:
def __init__(self):
super().__init__()
self.converter = Converter()
self.msgSpliter = MsgSpliter()
self.redis_dealer = redis_deal()
self.splt = splitter()
self.desiner = Desiner()
self.msAb = MeasureAb()
self.cvt = Converter()
self.dataTuning = DataTuning()
def getOrderBorders(self, gveConfigParas, messages):
borderDicts = self.splt.getOrderVotesByMsgs(messages)
paraFre = {}
paraFre['diff_measure'] = gveConfigParas['diffMeasure']
paraFre['vWay'] = gveConfigParas['vWayFre']
paraFre['T'] = gveConfigParas['T']
paraFre['r'] = gveConfigParas['r']
return self.desiner.VoteMultyByDicParas(paraFre, borderDicts)
def getEntryBorders(self, gveConfigParas, messages):
entryDicts = self.splt.getEntryVotesByMsgs(messages)
paraFre = {}
paraFre['diff_measure'] = gveConfigParas['diffMeasure']
paraFre['vWay'] = gveConfigParas['vWayFre']
paraFre['T'] = gveConfigParas['T']
paraFre['r'] = gveConfigParas['r']
return self.desiner.VoteMultyByDicParas(paraFre, entryDicts)
def getMbourders(self, gveConfigParas, messages):
VeDicts = self.splt.getVeVotesByMsg(messages)
paraFre = {}
paraFre['diff_measure'] = gveConfigParas['diffMeasure']
paraFre['vWay'] = gveConfigParas['vWayFre']
paraFre['T'] = gveConfigParas['T']
paraFre['r'] = gveConfigParas['r']
print(VeDicts[0])
return self.desiner.VoteMultyByDicParas(paraFre, VeDicts)
def getFreBorders(self, gveConfigParas, messages):
freDicts = self.splt.getFreVotesByMsg(messages)
paraFre = {}
paraFre['diff_measure'] = gveConfigParas['diffMeasure']
paraFre['vWay'] = gveConfigParas['vWayFre']
paraFre['T'] = gveConfigParas['T']
paraFre['r'] = gveConfigParas['r']
return self.desiner.VoteMultyByDicParas(paraFre, freDicts)
def msgSplit(self, borders, msgs, maxRange=15):
return self.msgSpliter.splitMessages(borders, msgs, maxRange)
def getOrderBordersNyPath(self, filePath='', msgs=None, maxRange=15):
# future update
veParas = {'diffMeasure': 'abs', 'vWayFre': 'loose', 'T': 0, 'r': 0.3}
# future update
#if filePath != '':
# msgs = self.dataTuning.readDatas(filePath)
borders = self.getOrderBorders(veParas, msgs)
spltMsgs = self.msgSplit(borders, msgs, maxRange)
return borders, spltMsgs