def ntorrent():
content = request.get_json(silent=True)
name = content["name"]
parts = content["parts"]
file_hash = content["fileHash"]
ip = content["ip"]
ext = content["ext"]
key = content["key"]
db.addData(name, parts, file_hash, ext, ip, key)
return jsonify({"code": 200})
def addData(source_ip, destination_ip, protocol, label):
switchData = getSwitchData()
if switchData is not None:
# there's data okay oo
for switch in switchData:
data = []
data.append(source_ip) # source ip
data.append(destination_ip) # destination ip
data.append(protocol) # protocol
data.append(switch) # switch_mac
port_info = switchData[switch]['port_reply'][0]['port']
p1_data = port_info[0]
p2_data = port_info[1]
p3_data = port_info[2]
p4_data = port_info[3]
# p1, p2, p3, p4
data.append(0)
data.append(1)
data.append(2)
data.append(3)
# p1 data
data.append(p1_data['receive_packets'])
data.append(p1_data['transmit_packets'])
data.append(p1_data['receive_bytes'])
data.append(p1_data['transmit_bytes'])
# p2 data
data.append(p2_data['receive_packets'])
data.append(p2_data['transmit_packets'])
data.append(p2_data['receive_bytes'])
data.append(p2_data['transmit_bytes'])
# p3 data
data.append(p3_data['receive_packets'])
data.append(p3_data['transmit_packets'])
data.append(p3_data['receive_bytes'])
data.append(p3_data['transmit_bytes'])
# p4 data
data.append(p4_data['receive_packets'])
data.append(p4_data['transmit_packets'])
data.append(p4_data['receive_bytes'])
data.append(p4_data['transmit_bytes'])
# label
data.append(label)
# add data to db
db.addData(data)
def torrent():
content = request.get_json(silent=True)
payload = jwtVerify(request.headers.get("token"))
if payload != -1:
return jsonify({"code": 2})
print(content)
name = content["name"]
parts = content["parts"]
file_hash = content["fileHash"]
ip = content["ip"]
ext = content["ext"]
key = content["key"]
db.addData(name, parts, file_hash, ext, ip, key)
syncAllTorrent(name, parts, file_hash, ip, ext, key)
return jsonify({"code": 200})
def process(pkt, node, timeSeen):
ip = pkt.getlayer(IP)
ether = pkt.getlayer(Ether)
pprint.pprint(pkt)
d.default('[+] Time: {}'.format(timeSeen))
# add to db
id = db.addData(ether.src, ether.dst, ip.src, ip.dst, timeSeen, node, "",
"", "icmp")
# forward data to classify
cf.classify(pkt, "icmp", node, timeSeen, id)
def addToBlockChain(uid):
pendT = getPendingTransaction(uid)
addData(getLastIndex(), pendT.transaction, parser.parse(pendT.timeStamp))
return setFlag(uid, "1")
from db import addData
import json, datetime
for i in range(0, 100):
data = {}
timeStamp = datetime.datetime.now()
data["name"] = "Amey" + str(i)
addData(i, json.dumps(data), timeStamp)