class ConverterTest:
def __init__(self):
self.cvt = Converter()
def filterBsTest(self, boundaries, rge):
print(self.cvt.filterB(boundaries, rge))
class FormatGeneLogic:
def __init__(self, messages=None):
self.messages = messages
self.wordTypeInfer = WholeFieldTypeInfer(self.messages)
self.cvter = Converter()
self.wcvter = word_convert()
self.msgSplt = MsgSpliter()
self.dataTuning = DataTuning()
self.icsSymTree = IcsSymbolToTree()
def getRanges(self, messages):
L_len = 65536
for message in messages:
if len(message) < L_len:
L_len = len(message)
return min(23, L_len + 2)
def getMesFormat(self):
pass
def sortWordsType(self, words):
words = sorted(words.items(), key=lambda x: x[0][0])
return words
def getGFormat(self, congigParas, gVeparas):
gVoterLogic = GvoterLogic()
boundaries = gVoterLogic.getSplitMessages(congigParas,
gVeparas,
self.messages,
FType='G')
boundaries = self.cvter.border2item(boundaries)
fRange = self.getRanges(self.messages)
LoRdj = ReAjustLogic(boundaries, self.messages)
LoRdj.reSplit()
LoRdj.reCluster()
boundaries = LoRdj.words
wordsType = self.wordTypeInfer.extractWords(boundaries, fRange)
wordsType = self.sortWordsType(wordsType)
boundaries = self.wcvter.itemtoborder(boundaries)
return boundaries, wordsType
def getCFormat(self, configParas, gVeparas, msgs):
if len(msgs) < 10:
return [((0, -1), 7)]
gVoterLogic = GvoterLogic()
boundaries = gVoterLogic.getSplitMessages(configParas,
gVeparas,
msgs,
FType='C')
boundaries = self.cvter.border2item(boundaries)
#print('ss')
#print(len(msgs))
#print(msgs[0])
#print(boundaries)
#print('ee')
fRange = self.getRanges(msgs)
boundaries = self.cvter.filterB(boundaries, fRange)
LoRdj = ReAjustLogic(boundaries, msgs)
LoRdj.reSplit()
LoRdj.reCluster()
boundaries = LoRdj.words
cWordTypeInfer = WholeFieldTypeInfer(msgs)
wordsType = cWordTypeInfer.extractCWords(boundaries)
wordsType = self.sortWordsType(wordsType)
return wordsType
def clsByFunc(self, los):
tCls = {}
for msg in self.messages:
tFunc = msg[los[0]:los[1]]
if tFunc not in tCls:
tCls[tFunc] = []
tCls[tFunc].append(msg[los[1]:])
return tCls
def GTreeGenerate(self, configParas, gVeparas):
_, wordsInfer = self.getGFormat(configParas, gVeparas)
fcCode = None
for word in wordsInfer:
if word[1] == 0:
fcCode = word[0]
break
tFunMsgs = self.clsByFunc(fcCode)
for fcKey in tFunMsgs:
tFunMsgs[fcKey] = self.getCFormat(configParas, gVeparas,
tFunMsgs[fcKey])
return wordsInfer, tFunMsgs
#print(tFunMsgs[fcKey])
def GTJsonTree(self, configParas, gVeparas):
gFormat, cFormats = self.GTreeGenerate(configParas, gVeparas)
print(gFormat)
groot = self.icsSymTree.icsSymToTree(gFormat, cFormats)
return groot.transToIcsDictTree()
def changeFormat(self, boundaries, wordsType):
boundaries = [boundaries for i in range(len(self.messages))]
gForMsg = self.msgSplt.splitMsgByTypes(boundaries, self.messages)
wordTHeaders = []
for wordType in wordsType:
wordTHeaders.append(self.wordTypeInfer.cVertNumToName(wordType[1]))
return wordTHeaders, gForMsg
def getGJson(self, congigParas, gVeparas):
boundaries, wType = self.getGFormat(congigParas, gVeparas)
return self.changeFormat(boundaries, wType)
#print(boundaries)
def getGF(self, uId=' '):
# future
uConfig = UserConfig('/home/wxw/data/ToolDatas/15895903730.10.222',
'15895903730')
gVeParas = GveConf.geneGveParas()
return self.getGJson(uConfig, gVeParas)
def combineFormats(self):
pass
def clsMessages(self):
pass
