def executeOperation(self, conn, commandClient, commandServer):
partition = Partition()
userFileName = commandServer.processDownload()
hexValue = partition.findHash(userFileName)
print(str(hexValue))
remainder = partition.findShiftedValue(hexValue, userFileName,
partition)
disk1 = Partition.hashDiskMap[remainder]
disk2 = Partition.hashDiskBackupMap[remainder]
print("disk1:" + str(disk1) + " disk2:" + str(disk2))
ipMachine = Partition.diskIpMap[disk1]
print("IpMachine: " + ipMachine)
print("Backup Disk: " + str(disk2))
backupMachine = Partition.diskIpMap[disk2]
print("Backup Machine: " + backupMachine)
ipMachine = ipMachine + " " + backupMachine
conn.send(ipMachine.encode('ascii'))
data1 = conn.recv(2048)
msg = str(data1.decode('ascii'))
print(str(msg))
data1 = conn.recv(2048)
msg = str(data1.decode('ascii'))
print(str(msg))
if os.path.getsize('hashFileMap.txt') == 0:
hashFileMap = {}
else:
with open('hashFileMap.txt', 'rb') as f:
hashFileMap = pickle.load(f)
Partition.hashFileMap = hashFileMap
isEmptyList = False
hashValue = 0
for hashV, fileN in Partition.hashFileMap.items():
print(str(fileN))
if userFileName in fileN:
fileN.remove(userFileName)
if not fileN:
isEmptyList = True
hashValue = hashV
if isEmptyList == True:
del Partition.hashFileMap[hashValue]
print(userFileName)
for hashV, fileN in Partition.hashFileMap.items():
print(str(fileN))
with open('hashFileMap.txt', 'wb') as handle:
pickle.dump(Partition.hashFileMap, handle)
def executeOperation(self, conn, commandClient, commandServer):
partition = Partition()
userFileName = commandServer.processDownload()
hexValue = partition.findHash(userFileName)
print(str(hexValue))
remainder = partition.findShiftedValue(hexValue, userFileName,
partition)
disk1 = Partition.hashDiskMap[remainder]
disk2 = Partition.hashDiskBackupMap[remainder]
print("disk1:" + str(disk1) + " disk2:" + str(disk2))
ipMachine = Partition.ipList[disk1]
print("IpMachine: " + ipMachine)
print("Backup Disk: " + str(disk2))
backupMachine = Partition.ipList[disk2]
print("Backup Machine: " + backupMachine)
ipMachine = ipMachine + " " + backupMachine
conn.send(ipMachine.encode('ascii'))
data = conn.recv(2048)
msg = str(data.decode('ascii'))
print(str(msg))
