def TestHexConvert():
cvt = Converter()
print(cvt.MergeListGroup([[1, 3, 4]], [[2, 5, 6]]))
class BorderTest:
def __init__(self):
self.msgLogic = MegSplitLogic()
self.modbus = ModBusDataTuning()
self.md = modbus()
self.anlzer = base_analyzer()
self.ftp = FTPDataTuning()
self.ftpPaser = FTPParser()
self.cmPaser = ComPaser()
self.cvt = Converter()
self.mtool = MessageSplitMeasure()
self.rds = redis_deal()
def getModHPfone(self):
self.msgs = self.modbus.getModDatas()
#vePara = {'diffMeasure': 'abs', 'vWayFre': 'loose', 'T': 0, 'r': 0.3}
vePara = {'diffMeasure': 'abs', 'vWayFre': 'normal', 'T': 0, 'r': 0.3}
msgs = self.modbus.getModDatas()
#Inferborders = self.msgLogic.getFreBorders(vePara, msgs)
#Inferborders = self.msgLogic.getOrderBorders(vePara, msgs)
#Inferborders = self.msgLogic.getEntryBorders(vePara, msgs)
Inferborders = self.msgLogic.getMbourders(vePara, msgs)
rightBorders = [self.md.GetMessageBorder(msg) for msg in self.msgs]
i = 0
print(Inferborders[0], rightBorders[0], msgs[0])
scores = []
while (i < len(Inferborders)):
scores.append(self.anlzer.get_f1(Inferborders[i], rightBorders[i]))
i = i + 1
print(sum([score[0] for score in scores]) / len(Inferborders))
print(sum([score[1] for score in scores]) / len(Inferborders))
print(sum([score[2] for score in scores]) / len(Inferborders))
def getModfoneMix(self):
self.msgs = self.modbus.getModDatas()
vePara = {'diffMeasure': 'abs', 'vWayFre': 'loose', 'T': 0, 'r': 0.3}
msgs = self.modbus.getModDatas()
Inferborders = self.msgLogic.getFreBorders(vePara, msgs)
InferbordersOne = self.msgLogic.getOrderBorders(vePara, msgs)
#InferbordersOne = self.msgLogic.getEntryBorders(vePara, msgs)
Inferborders = self.cvt.MergeListGroup(Inferborders, InferbordersOne)
rightBorders = [self.md.GetMessageBorder(msg) for msg in self.msgs]
i = 0
scores = []
while (i < len(Inferborders)):
scores.append(self.anlzer.get_f1(Inferborders[i], rightBorders[i]))
i = i + 1
print(sum([score[0] for score in scores]) / len(Inferborders))
print(sum([score[1] for score in scores]) / len(Inferborders))
print(sum([score[2] for score in scores]) / len(Inferborders))
def getFtpMixfone(self):
msgs = self.ftp.getTotalData()
vePara = {'diffMeasure': 'abs', 'vWayFre': 'loose', 'T': 0, 'r': 0.3}
msgs = self.ftpPaser.parseMsgs(msgs)
Inferborders = self.msgLogic.getFreBorders(vePara, msgs)
InferbordersOne = self.msgLogic.getOrderBorders(vePara, msgs)
# InferbordersOne = self.msgLogic.getEntryBorders(vePara, msgs)
Inferborders = self.cvt.MergeListGroup(Inferborders, InferbordersOne)
rightBorders = msgs
i = 0
scores = []
while (i < len(Inferborders)):
scores.append(self.anlzer.get_f1(Inferborders[i], rightBorders[i]))
i = i + 1
print(sum([score[0] for score in scores]) / len(Inferborders))
print(sum([score[1] for score in scores]) / len(Inferborders))
print(sum([score[2] for score in scores]) / len(Inferborders))
def getHPFtpfone(self):
msgs = self.ftp.getTotalData()
#vePara = {'diffMeasure': 'abs', 'vWayFre': 'loose', 'T': 0, 'r': 0.3}
vePara = {'diffMeasure': 'abs', 'vWayFre': 'normal', 'T': 0, 'r': 0.3}
#Inferborders = self.msgLogic.getFreBorders(vePara, msgs)
Inferborders = self.msgLogic.getOrderBorders(vePara, msgs)
#Inferborders = self.msgLogic.getEntryBorders(vePara, msgs)
#Inferborders = self.msgLogic.getMbourders(vePara, msgs)
#self.rds.insert_to_redis('nowborder', Inferborders)
#InferbordersOne = self.rds.read_from_redis('nowborder')
#print(self.mtool.MLs(Inferborders, InferbordersOne))
rightBorders = self.ftpPaser.parseMsgs(msgs)
print(Inferborders[0], rightBorders[0], msgs[0])
i = 0
scores = []
while (i < len(Inferborders)):
scores.append(self.anlzer.get_f1(Inferborders[i], rightBorders[i]))
i = i + 1
print(sum([score[0] for score in scores]) / len(Inferborders))
print(sum([score[1] for score in scores]) / len(Inferborders))
print(sum([score[2] for score in scores]) / len(Inferborders))
def getMixFone(self):
mixMsgs = []
ftpData = self.ftp.getTotalData()
modData = self.modbus.getModDatas()
mixMsgs.extend(ftpData)
mixMsgs.extend(modData)
#vePara = {'diffMeasure': 'abs', 'vWayFre': 'loose', 'T': 0, 'r': 0.3}
vePara = {'diffMeasure': 'abs', 'vWayFre': 'normal', 'T': 0, 'r': 0.3}
#Inferborders = self.msgLogic.getFreBorders(vePara, mixMsgs)
Inferborders = self.msgLogic.getOrderBorders(vePara, mixMsgs)
#Inferborders = self.msgLogic.getEntryBorders(vePara, mixMsgs)
#Inferborders = self.msgLogic.getMbourders(vePara, mixMsgs)
rightBorders = self.cmPaser.parseMsgs(mixMsgs)
print(Inferborders[0], rightBorders[0], str(mixMsgs[0]))
print(Inferborders[-1], rightBorders[-1], str(mixMsgs[-1]))
i = 0
scores = []
while (i < len(Inferborders)):
scores.append(self.anlzer.get_f1(Inferborders[i], rightBorders[i]))
i = i + 1
print(sum([score[0] for score in scores]) / len(Inferborders))
print(sum([score[1] for score in scores]) / len(Inferborders))
print(sum([score[2] for score in scores]) / len(Inferborders))
def getMixFoneScores(self, vePara, parserType):
mixMsgs = []
ftpData = self.ftp.getTotalData()
modData = self.modbus.getModDatas()
mixMsgs.extend(ftpData)
mixMsgs.extend(modData)
Inferborders = None
if parserType == 'HP':
Inferborders = self.msgLogic.getFreBorders(vePara, mixMsgs)
elif parserType == 'HE':
Inferborders = self.msgLogic.getEntryBorders(vePara, mixMsgs)
elif parserType == 'HO':
Inferborders = self.msgLogic.getOrderBorders(vePara, mixMsgs)
else:
Inferborders = self.msgLogic.getMbourders(vePara, mixMsgs)
rightBorders = self.cmPaser.parseMsgs(mixMsgs)
i = 0
scores = []
while (i < len(Inferborders)):
scores.append(self.anlzer.get_f1(Inferborders[i], rightBorders[i]))
i = i + 1
print(parserType)
print(sum([score[2] for score in scores]) / len(Inferborders))
return [score[2] for score in scores]
def getMixMixFone(self):
mixMsgs = []
ftpData = self.ftp.getTotalData()
modData = self.modbus.getModDatas()
mixMsgs.extend(ftpData)
mixMsgs.extend(ftpData)
vePara = {'diffMeasure': 'abs', 'vWayFre': 'loose', 'T': 0, 'r': 0.3}
msgs = self.ftpPaser.parseMsgs(mixMsgs)
InferbordersOne = self.msgLogic.getFreBorders(vePara, msgs)
Inferborders = self.msgLogic.getOrderBorders(vePara, msgs)
# InferbordersOne = self.msgLogic.getEntryBorders(vePara, msgs)
Inferborders = self.cvt.MergeListGroup(Inferborders, InferbordersOne)
rightBorders = msgs
i = 0
scores = []
while (i < len(Inferborders)):
scores.append(self.anlzer.get_f1(Inferborders[i], rightBorders[i]))
i = i + 1
print(sum([score[0] for score in scores]) / len(Inferborders))
print(sum([score[1] for score in scores]) / len(Inferborders))
print(sum([score[2] for score in scores]) / len(Inferborders))
