def show(self): """ This returns a string of human readable information describing the network object. """ output = 'SSID: ' + self.ssid + '\n' if self.bssids: output += '\tBSSIDs:\n\t\t' + "\n\t\t".join(self.bssids) + '\n' if self.eapTypes: output += '\tEAP Types:\n' for eapType in self.eapTypes: if eapType in EAP_TYPES.keys(): output += '\t\t' + EAP_TYPES[eapType] + '\n' else: output += '\t\tEAP Type: ' + str(eapType) + '\n' if self.expandedVendorIDs: output += '\tExpanded EAP Vendor IDs:\n' for vendorID in self.expandedVendorIDs: if vendorID in EXPANDED_EAP_VENDOR_IDS.keys(): output += '\t\t' + EXPANDED_EAP_VENDOR_IDS[vendorID] + '\n' else: output += '\t\tVendor ID: ' + str(vendorID) + '\n' if self.wpsData: the_cheese_stands_alone = True for piece in ['Manufacturer', 'Model Name', 'Model Number', 'Device Name']: if self.wpsData.has_key(piece): if the_cheese_stands_alone: output += '\tWPS Information:\n' the_cheese_stands_alone = False output += '\t\t' + piece + ': ' + self.wpsData[piece] + '\n' # pylint: disable=unsubscriptable-object if self.clients: output += '\tClient Data:\n' i = 1 for client in self.clients.values(): output += '\t\tClient #' + str(i) + '\n' + client.show(2) + '\n\n' i += 1 if self.x509certs: output += '\tCertificates:' i = 1 for cert in self.x509certs: output += '\n\t\tCertificate #' + str(i) output += '\n\t\tExpiration Date: ' + str(cert.get_not_after()) data = cert.get_issuer() output += '\n\t\tIssuer:' for X509_Name_Entry_inst in data.get_entries_by_nid(13): # 13 is CN output += '\n\t\t\tCN: ' + X509_Name_Entry_inst.get_data().as_text() for X509_Name_Entry_inst in data.get_entries_by_nid(18): # 18 is OU output += '\n\t\t\tOU: ' + X509_Name_Entry_inst.get_data().as_text() data = cert.get_subject() output += '\n\t\tSubject:' for X509_Name_Entry_inst in data.get_entries_by_nid(13): # 13 is CN output += '\n\t\t\tCN: ' + X509_Name_Entry_inst.get_data().as_text() for X509_Name_Entry_inst in data.get_entries_by_nid(18): # 18 is OU output += '\n\t\t\tOU: ' + X509_Name_Entry_inst.get_data().as_text() del data output += '\n' i += 1 del cert return output[:-1]
def show(self, tabs=0):
"""
This returns a string of human readable information describing
the client object, tabs is an optional offset.
"""
output = ('\t' * tabs) + 'MAC: ' + self.mac + '\n'
output += ('\t' * tabs) + 'Associated BSSID: ' + self.bssid + '\n'
if self.identities:
output += ('\t' * tabs) + 'Identities:\n\t' + ('\t' * tabs) + (
"\n\t" + ('\t' * tabs)).join(self.identities.keys()) + '\n'
if self.eapTypes:
output += ('\t' * tabs) + 'EAP Types:\n'
for eapType in self.eapTypes:
if eapType in EAP_TYPES.keys():
output += ('\t' * tabs) + '\t' + EAP_TYPES[eapType] + '\n'
else:
output += ('\t' *
tabs) + '\tEAP Type #' + str(eapType) + '\n'
if self.mschap:
the_cheese_stands_alone = True
for respObj in self.mschap:
if not 'r' in respObj: # no response? useless
continue
if the_cheese_stands_alone:
output += ('\t' *
tabs) + 'MS Chap Challenge & Responses:\n'
the_cheese_stands_alone = False
output += ('\t' *
tabs) + '\tEAP Type: ' + EAP_TYPES[respObj['t']]
if respObj['i']:
output += ', Identity: ' + respObj['i']
output += '\n'
output += ('\t' * tabs) + '\t\tC: ' + respObj['c'] + '\n' + (
'\t' * tabs) + '\t\tR: ' + respObj['r'] + '\n'
if self.wpsData:
the_cheese_stands_alone = True
for piece in [
'Manufacturer', 'Model Name', 'Model Number', 'Device Name'
]:
if self.wpsData.has_key(piece):
if the_cheese_stands_alone:
output += ('\t' * tabs) + 'WPS Information:\n'
the_cheese_stands_alone = False
output += (
'\t' * tabs
) + '\t' + piece + ': ' + self.wpsData[piece] + '\n'
return output.rstrip()
def show(self, tabs = 0):
"""
This returns a string of human readable information describing
the client object, tabs is an optional offset.
"""
output = ('\t' * tabs) + 'MAC: ' + self.mac + '\n'
output += ('\t' * tabs) + 'Associated BSSID: ' + self.bssid + '\n'
if self.identities:
output += ('\t' * tabs) + 'Identities:\n\t' + ('\t' * tabs) + ("\n\t" + ('\t' * tabs)).join(self.identities.keys()) + '\n'
if self.eapTypes:
output += ('\t' * tabs) + 'EAP Types:\n'
for eapType in self.eapTypes:
if eapType in EAP_TYPES.keys():
output += ('\t' * tabs) + '\t' + EAP_TYPES[eapType] + '\n'
else:
output += ('\t' * tabs) + '\tEAP Type #' + str(eapType) + '\n'
if self.mschap:
the_cheese_stands_alone = True
for respObj in self.mschap:
if not 'r' in respObj: # no response? useless
continue
if the_cheese_stands_alone:
output += ('\t' * tabs) + 'MS Chap Challenge & Responses:\n'
the_cheese_stands_alone = False
output += ('\t' * tabs) + '\tEAP Type: ' + EAP_TYPES[respObj['t']]
if respObj['i']:
output += ', Identity: ' + respObj['i']
output += '\n'
output += ('\t' * tabs) + '\t\tC: ' + respObj['c'] + '\n' + ('\t' * tabs) + '\t\tR: ' + respObj['r'] + '\n'
if self.wpsData:
the_cheese_stands_alone = True
for piece in ['Manufacturer', 'Model Name', 'Model Number', 'Device Name']:
if self.wpsData.has_key(piece):
if the_cheese_stands_alone:
output += ('\t' * tabs) + 'WPS Information:\n'
the_cheese_stands_alone = False
output += ('\t' * tabs) + '\t' + piece + ': ' + self.wpsData[piece] + '\n'
return output.rstrip()
