def recordNmapScan(self, scan, descriptor):
#Performs the NMap scan using python-nmap library. Returns the exitnodes with the open ports found in the scanning process.
for host in scan.all_hosts():
torNode = TorNodeData()
torNode.host = host
torNode.nickName = descriptor.nickname
if scan[host].has_key('status'):
torNode.state = scan[host]['status']['state']
torNode.reason = scan[host]['status']['reason']
for protocol in ["tcp", "udp", "icmp"]:
if scan[host].has_key(protocol):
ports = scan[host][protocol].keys()
for port in ports:
torNodePort = TorNodePort()
torNodePort.port = port
torNodePort.state = scan[host][protocol][port]['state']
if scan[host][protocol][port].has_key('reason'):
torNodePort.reason = scan[host][protocol][port]['reason']
if scan[host][protocol][port].has_key('name'):
torNodePort.name = scan[host][protocol][port]['name']
if scan[host][protocol][port].has_key('version'):
torNodePort.version = scan[host][protocol][port]['version']
if 'open' in (scan[host][protocol][port]['state']):
torNode.openPorts.append(torNodePort)
else:
torNode.closedFilteredPorts.append(torNodePort)
self.exitNodes.append(torNode)
else:
self.cli.logger.warn(term.format("[-] There's no match in the Nmap scan with the specified protocol %s" %(protocol), term.Color.RED))
def recordNmapScan(self, scan, descriptor):
#Performs the NMap scan using python-nmap library. Returns the exitnodes with the open ports found in the scanning process.
for host in scan.all_hosts():
torNode = TorNodeData()
torNode.host = host
torNode.nickName = descriptor.nickname
torNode.fingerprint = descriptor.fingerprint
torNode.torVersion = descriptor.tor_version
if descriptor.contact is not None:
torNode.contactData = descriptor.contact.decode(
"utf-8", "replace")
if scan[host].has_key('status'):
torNode.state = scan[host]['status']['state']
torNode.reason = scan[host]['status']['reason']
for protocol in ["tcp", "udp", "icmp"]:
if scan[host].has_key(protocol):
ports = scan[host][protocol].keys()
for port in ports:
torNodePort = TorNodePort()
torNodePort.port = port
torNodePort.state = scan[host][protocol][port][
'state']
if scan[host][protocol][port].has_key('reason'):
torNodePort.reason = scan[host][protocol][
port]['reason']
if scan[host][protocol][port].has_key('name'):
torNodePort.name = scan[host][protocol][port][
'name']
if scan[host][protocol][port].has_key('version'):
torNodePort.version = scan[host][protocol][
port]['version']
if 'open' in (scan[host][protocol][port]['state']):
torNode.openPorts.append(torNodePort)
else:
torNode.closedFilteredPorts.append(torNodePort)
self.exitNodes.append(torNode)
else:
self.cli.logger.warn(
term.format(
"[-] There's no match in the Nmap scan with the specified protocol %s"
% (protocol), term.Color.RED))
def searchExitNodes(self, numberOfScans, scanIdentifier):
if self.cursor is None:
self.initDatabase()
exitNodes = []
if scanIdentifier is None:
self.cursor.execute(database.selectTorScan, (numberOfScans,))
else:
self.cursor.execute(database.selectTorScanIdentifier, (scanIdentifier,))
for row in self.cursor.fetchall():
scanId, scanDate = row
self.cursor.execute(database.selectTorNodeData, (scanId,))
for node in self.cursor.fetchall():
torNodeId, host, state, reason, nickName = node
nodeData = TorNodeData()
nodeData.id = torNodeId
nodeData.host = host
nodeData.state = state
nodeData.reason = reason
nodeData.nickName = nickName
ports = self.cursor.execute(database.selectTorNodePort, (torNodeId,) )
for port in ports.fetchall():
(portId, portState, portReason, portNumber, portName, portVersion, torNode) = port
nodePort = TorNodePort()
nodePort.id = portId
nodePort.state = portState
nodePort.reason = portReason
nodePort.port = portNumber
nodePort.name = portName
nodePort.version = portVersion
nodePort.torNodeId = torNode
if "open" in portState:
nodeData.openPorts.append(nodePort)
else:
nodeData.closedFilteredPorts.append(nodePort)
exitNodes.append(nodeData)
return exitNodes
