def generateValue(self, negative, dictionary):
variable = dictionary.getVariableByID(self.idVar)
(binValue, strValue) = variable.getValue(negative, dictionary)
self.log.debug("GENERATE VALUE of size : " + str(binValue))
nb_letter = TypeConvertor.bin2int(binValue)
self.strVal = ''.join(random.choice(string.ascii_letters) for x in range(nb_letter))
self.binVal = TypeConvertor.string2bin(self.strVal, 'big')
self.log.debug("Generated value = " + self.strVal)
self.log.debug("Generated value = " + str(self.binVal))
def generateValue(self, negative, dictionary):
variable = dictionary.getVariableByID(self.idVar)
(binValue, strValue) = variable.getValue(negative, dictionary)
self.log.debug("GENERATE VALUE of size : " + str(binValue))
nb_letter = TypeConvertor.bin2int(binValue)
self.strVal = ''.join(random.choice(string.ascii_letters) for x in range(nb_letter))
self.binVal = TypeConvertor.string2bin(self.strVal, 'big')
self.log.debug("Generated value = " + self.strVal)
self.log.debug("Generated value = " + str(self.binVal))
def learn(self, val, indice, isForced, dictionary):
self.log.debug("LEARN")
variable = dictionary.getVariableByID(self.idVar)
(binValue, strValue) = variable.getValue(False, dictionary)
nb_letter = TypeConvertor.bin2int(binValue) * 8
self.log.debug("nb_letter = " + str(nb_letter))
tmp = val[indice:]
self.log.debug("tmp size : " + str(len(tmp)))
if (len(tmp) >= nb_letter):
self.binVal = tmp[:nb_letter]
self.strVal = TypeConvertor.bin2string(self.binVal)
self.log.debug("Value learnt : " + self.strVal)
return indice + nb_letter
return -1
def learn(self, val, indice, isForced, dictionary):
self.log.debug("LEARN")
variable = dictionary.getVariableByID(self.idVar)
(binValue, strValue) = variable.getValue(False, dictionary)
nb_letter = TypeConvertor.bin2int(binValue) * 8
self.log.debug("nb_letter = " + str(nb_letter))
tmp = val[indice:]
self.log.debug("tmp size : " + str(len(tmp)))
if (len(tmp) >= nb_letter):
self.binVal = tmp[:nb_letter]
self.strVal = TypeConvertor.bin2string(self.binVal)
self.log.debug("Value learnt : " + self.strVal)
return indice + nb_letter
return -1
def learn(self, val, indice, isForced, dictionary):
self.log.debug("Learn on " + str(indice) + " : " + str(val[indice:]))
if self.binValue != None and not isForced:
self.log.debug("Won't learn the hex value (" + self.name + ") since it already has one is not forced to (return " + str(len(self.binValue)) + ")")
return indice + len(self.binValue)
tmp = val[indice:]
self.log.debug("Learn hex given its size : " + str(self.size) + " from " + str(tmp))
if len(tmp) >= self.size:
self.binValueBeforeLearning = self.binValue
self.strValueBeforeLearning = self.strValue
self.binValue = val[indice:indice + self.size]
self.strValue = str(TypeConvertor.bin2int(self.binValue))
self.log.debug("learning value : " + str(self.binValue))
self.log.debug("learning value : " + self.strValue)
return indice + self.size
else:
return -1
def learn(self, val, indice, isForced, dictionary):
self.log.debug("Learn on " + str(indice) + " : " + str(val[indice:]))
if self.binValue is not None and not isForced:
self.log.debug("Won't learn the hex value (" + self.name + ") since it already has one is not forced to (return " + str(len(self.binValue)) + ")")
return indice + len(self.binValue)
tmp = val[indice:]
self.log.debug("Learn hex given its size: " + str(self.size) + " from " + str(tmp))
if len(tmp) >= self.size:
self.binValueBeforeLearning = self.binValue
self.strValueBeforeLearning = self.strValue
self.binValue = val[indice:indice + self.size]
self.strValue = str(TypeConvertor.bin2int(self.binValue))
self.log.debug("learning value: " + str(self.binValue))
self.log.debug("learning value: " + self.strValue)
return indice + self.size
else:
return -1
