def ipsPatch(self, ipsPatches):
mergedIPS = IPS_Patch()
for ips in ipsPatches:
mergedIPS.append(ips)
# generate records for ips from self data
groupedData = {}
startAddress = -1
prevAddress = -1
curData = []
for address in sorted(self.data):
if address == prevAddress + 1:
curData.append(self.data[address])
prevAddress = address
else:
if len(curData) > 0:
groupedData[startAddress] = curData
startAddress = address
prevAddress = address
curData = [self.data[startAddress]]
if startAddress != -1:
groupedData[startAddress] = curData
patch = IPS_Patch(groupedData)
mergedIPS.append(patch)
patchData = mergedIPS.encode()
self.data = {}
self.data["ips"] = base64.b64encode(patchData).decode()
if mergedIPS.truncate_length is not None:
self.data["truncate_length"] = mergedIPS.truncate_length
self.data["max_size"] = mergedIPS.max_size
def close(self):
mergedIPS = IPS_Patch()
for ips in self.ipsPatches:
mergedIPS.append(ips)
mergedIPS.append(self.ips())
patchData = mergedIPS.encode()
self.data = {}
self.data["ips"] = base64.b64encode(patchData).decode()
if mergedIPS.truncate_length is not None:
self.data["truncate_length"] = mergedIPS.truncate_length
self.data["max_size"] = mergedIPS.max_size