Пример #1
0
 def testSetPath(self):
     """Test we can set path to some value"""
     original = mib.path()
     current = original + ":/some/other/directory"
     try:
         mib.path(current)
         self.assertEqual(mib.path(), current)
     finally:
         mib.path(original)
Пример #2
0
 def testSetPath(self):
     """Test we can set path to some value"""
     original = mib.path()
     current = original + ":/some/other/directory"
     try:
         mib.path(current)
         self.assertEqual(mib.path(), current)
     finally:
         mib.path(original)
Пример #3
0
from snimpy.mib import path

import socket
from datetime import datetime as dt

from celery import Celery

import sys
import pprint

celery = Celery('pxynmp',
                broker='redis://localhost',
                backend='redis://localhost')

host = "oc-argenteuil"
path('/var/lib/snmp/mibs/cisco:' + path())
load('CISCO-PROCESS-MIB')
load('ENTITY-MIB')
load('IF-MIB')
load('SNMPv2-MIB')


def is_connected(m):
    try:
        m.sysUpTime
    except:
        return False
    return True


def send_to_xy(msg):
Пример #4
0
 def testGetPath(self):
     """Test we can get default SMI path"""
     current = mib.path()
     self.assertTrue(type(current), unicode)
     self.assertNotEqual(mib.path(), u"")
Пример #5
0
def main():
    mib.path(mib.path() + ":/usr/share/mibs/cisco")
    load("SNMPv2-MIB")
    load("IF-MIB")
    load("IP-MIB")
    load("RFC1213-MIB")
    load("CISCO-QUEUE-MIB")
    #Requires MIB RFC-1212 (add to /usr/share/mibs/ietf/)

    parser = argparse.ArgumentParser()
    parser.add_argument('-r',
                        '--router',
                        nargs='?',
                        required=True,
                        help='address of router to monitor')
    parser.add_argument('-s',
                        '--sinterval',
                        type=int,
                        help='sampling interval (seconds)',
                        default=5)
    args = parser.parse_args()

    print("time: ", args.sinterval)
    print("argumentos", args)

    #Creates SNMP manager for router with address args.router
    m = M(args.router,
          'private',
          3,
          secname='uDDR',
          authprotocol="MD5",
          authpassword="******",
          privprotocol="AES",
          privpassword="******")

    print(m.sysDescr)  #Gets sysDescr from SNMPv2-MIB

    print("===")

    print(m.ifDescr.items()
          )  #Lists (order, name) interfaces in ifDescr from IF-MIB

    for i, name in m.ifDescr.items():
        print("Interface order %d: %s" % (i, name))

    print("===")

    print(
        m.ipAddressIfIndex.items()
    )  #Lists ((adr.type,adr),order) interfaces in ipAddressIfIndex from IP-MIB

    ifWithAddr = {}
    #Stores (order, first adr.) of all interfaces
    PktsOut = {}

    tempo = args.sinterval
    print tempo
    #exercicio 4
    while True:
        time.sleep(args.sinterval)
        for addr, i in m.ipAddressIfIndex.items(
        ):  # percorre todas as interfaces
            if not i in ifWithAddr:
                ifWithAddr.update({i: IPfromOctetString(addr[0], addr[1])})
                PktsOut.update({i: m.ifHCOutUcastPkts})
                PktsOut.update({i: m.ifHCInUcastPkts})
                PktsOut.update({i: m.ifHCOutOctets})
                PktsOut.update({i: m.ifHCInOctets})
                PktsOut.update({i: m.cQStatsDepth})

            #print('%s, Interface order: %d, %s'%(IPfromOctetString(addr[0],addr[1]),i,m.ifDescr[i]))
            print("")
            print("---------Initial values---------")
            print('%s, Interface order: %d, %s' %
                  (IPfromOctetString(addr[0], addr[1]), i, m.ifDescr[i]))
            print("%s, Packets Out: %s" %
                  (IPfromOctetString(addr[0], addr[1]), m.ifHCOutUcastPkts[i]))
            print("%s, Packets In: %s" %
                  (IPfromOctetString(addr[0], addr[1]), m.ifHCInUcastPkts[i]))
            print("%s, Octets Out: %s" %
                  (IPfromOctetString(addr[0], addr[1]), m.ifHCOutOctets[i]))
            print("%s, Octets In: %s" %
                  (IPfromOctetString(addr[0], addr[1]), m.ifHCInOctets[i]))
            print("%s, Depth: %s" %
                  (IPfromOctetString(addr[0], addr[1]), m.cQStatsDepth[i, 2]))

            print("")
            print(ifWithAddr)
            print(PktsOut)

            print("===")
Пример #6
0
 def testGetPath(self):
     """Test we can get default SMI path"""
     current = mib.path()
     self.assertTrue(type(current), unicode)
     self.assertNotEqual(mib.path(), u"")
Пример #7
0
def main():
    mib.path(mib.path()+":/usr/share/mibs/cisco")
    load("SNMPv2-MIB")
    load("IF-MIB")
    load("IP-MIB")
    load("RFC1213-MIB")
    load("CISCO-QUEUE-MIB")
    #Requires MIB RFC-1212 (add to /usr/share/mibs/ietf/)

    parser = argparse.ArgumentParser()
    parser.add_argument('-r', '--router', nargs='?',required=True, help='address of router to monitor')
    parser.add_argument('-s', '--sinterval', type=int, help='sampling interval (seconds)',default=5)
    args=parser.parse_args()

    sys.stdout = Logger("router_" + args.router)

    #Creates SNMP manager for router with address args.router
    m=M(args.router,'private',3, secname='uDDR',authprotocol="MD5", authpassword="******",privprotocol="AES", privpassword="******")

    print(m.sysDescr)   #Gets sysDescr from SNMPv2-MIB

    ifWithAddr={}   #Stores (order, first adr.) of all interfaces
    for addr, i in m.ipAddressIfIndex.items():
        if not i in ifWithAddr:
            ifWithAddr.update({i:IPfromOctetString(addr[0],addr[1])})
            

    t = 0
    
    fig = plt.figure(num=None, figsize=(10, 7.5), dpi=80)
    plt.subplots_adjust(wspace=0.25)
    plt.subplots_adjust(hspace=0.25)
    plt.ion()
    
    try:
        inPkts = {}
        inPktsDiference = {}
        outPkts = {}  
        outPktsDiference = {}
        inOcts = {}
        inOctsDiference = {}
        outOcts = {}
        outOctsDiference = {}
        colors = {}  
        colormap = ['r.-','y.-','g.-','b.-','m.-']
        counter = 0 
        patches=[]
        for i, name in m.ifDescr.items():
            if i in ifWithAddr:
                inPkts.update({name:[]})
                inPktsDiference.update({name:[]})
                outPkts.update({name:[]})
                outPktsDiference.update({name:[]})
                inOcts.update({name:[]})
                inOctsDiference.update({name:[]})
                outOcts.update({name:[]})
                outOctsDiference.update({name:[]})
                
                colors.update({name:colormap[counter]})
                counter +=1
                if counter >= len(colormap):
                    counter =0

        counter = 0
        while True:
            ifOutUCastPkts={} #Stores (order, OutPkts) of all interfaces
            for i, pkts in m.ifHCOutUcastPkts.items():
                if i in ifWithAddr.keys():
                    if not i in ifOutUCastPkts:
                        ifOutUCastPkts.update({i:pkts})

            ifInUCastPkts={} #Stores (order, InPkts) of all interfaces
            for i, pkts in m.ifHCInUcastPkts.items():
                if i in ifWithAddr.keys():
                    if not i in ifInUCastPkts:
                        ifInUCastPkts.update({i:pkts})

            ifOutOctets={} #Stores (order, OutOctets) of all interfaces
            for i, pkts in m.ifHCOutOctets.items():
                if i in ifWithAddr.keys():
                    if not i in ifOutOctets:
                        ifOutOctets.update({i:pkts})

            ifInOctets={} #Stores (order, InOctets) of all interfaces
            for i, pkts in m.ifHCInOctets.items():
                if i in ifWithAddr.keys():
                    if not i in ifInOctets:
                        ifInOctets.update({i:pkts})

            ifQstats={} #Stores (order, queue_size) of all interfaces
            for (i,u),pkts in m.cQStatsDepth.items():
                if i in ifWithAddr.keys():
                    if not i in ifQstats:
                        ifQstats.update({i:pkts})

            x = np.arange(0, t+args.sinterval, 5)
            
            order = []

            aux = 0

            print("=== %d Seconds passed ===" % t)
            for i, name in m.ifDescr.items():
                if i in ifWithAddr:

                    print("%s, %s \t pkts[in/out][%s/%s] \t octets[in/out][%s/%s] \t queue[%s]" % (ifWithAddr[i], name, ifInUCastPkts[i], ifOutUCastPkts[i], ifInOctets[i], ifOutOctets[i], ifQstats[i]))
                    order.append(name)

                    #Plot in Packets
                    plt.subplot(2, 2, 1)
                    plt.title('In Packets')
                    plt.ylabel('Packets')
                    inPkts[name] += [ifInUCastPkts[i]]
                    inPktsDiference[name] += [ifInUCastPkts[i]]
                    if(counter != 0):
                        if counter==1:
                            inPktsDiference[name][1] = inPkts[name][1]-inPkts[name][0]
                            inPktsDiference[name][0] = 0
                        else:
                            inPktsDiference[name][counter] = inPkts[name][counter]-inPkts[name][counter-1]
                        
                        plt.plot(x, inPktsDiference[name], colors[name])    
                    else:
                        plt.plot(x, 0, colors[name])
                    
                    #Plot out Packets
                    plt.subplot(2, 2, 2)
                    plt.title('Out Packets')
                    outPkts[name] += [ifOutUCastPkts[i]]
                    outPktsDiference[name] += [ifOutUCastPkts[i]]
                    if(counter != 0):
                        if counter==1:
                            outPktsDiference[name][1] = outPkts[name][1]-outPkts[name][0]
                            outPktsDiference[name][0] = 0
                        else:
                            outPktsDiference[name][counter] = outPkts[name][counter]-outPkts[name][counter-1]
                        
                        plt.plot(x, outPktsDiference[name], colors[name])    
                    else:
                        plt.plot(x, 0, colors[name])
                    
                    #Plot in Octets
                    plt.subplot(2, 2, 3)
                    plt.title('In Octets')
                    plt.xlabel('Time (s)')
                    plt.ylabel('Octets')
                    inOcts[name] += [ifInOctets[i]]
                    inOctsDiference[name] += [ifInOctets[i]]
                    if(counter != 0):
                        if counter==1:
                            inOctsDiference[name][1] = inOcts[name][1]-inOcts[name][0]
                            inOctsDiference[name][0] = 0
                        else:
                            inOctsDiference[name][counter] = inOcts[name][counter]-inOcts[name][counter-1]
                        
                        plt.plot(x, inOctsDiference[name], colors[name])    
                    else:
                        plt.plot(x, 0, colors[name])
                    
                    #Plot out Octets
                    plt.subplot(2, 2, 0)
                    plt.title('Out Octets')
                    plt.xlabel('Time (s)')
                    outOcts[name] += [ifOutOctets[i]]
                    outOctsDiference[name] += [ifOutOctets[i]]
                    if(counter != 0):
                        if counter==1:
                            outOctsDiference[name][1] = outOcts[name][1]-outOcts[name][0]
                            outOctsDiference[name][0] = 0
                        else:
                            outOctsDiference[name][counter] = outOcts[name][counter]-outOcts[name][counter-1]
                        
                        plt.plot(x, outOctsDiference[name], colors[name])    
                    else:
                        plt.plot(x, 0, colors[name])
                    
                    aux+=1
                        
            print("========================")
            counter+=1       
            plt.subplot(2, 2, 1)
            plt.legend(order, ncol=4, loc='upper center', bbox_to_anchor=[1.1, 1.3], columnspacing=1.0, labelspacing=0.0,handletextpad=0.0, handlelength=1.5, fancybox=True, shadow=True)

            plt.draw()

            time.sleep(args.sinterval)
            t += args.sinterval
            

    except KeyboardInterrupt:
        print "Finished after %d seconds..." % t
        fig.savefig('output.jpg')
        sys.stdout.close()
Пример #8
0
def main():
    mib.path(mib.path() + ":/usr/share/mibs/cisco")
    load("SNMPv2-MIB")
    load("IF-MIB")
    load("IP-MIB")
    load("RFC1213-MIB")
    load("CISCO-QUEUE-MIB")
    # Requires MIB RFC-1212 (add to /usr/share/mibs/ietf/)

    parser = argparse.ArgumentParser()
    parser.add_argument('-r', '--router', nargs='?', required=True, help='address of router to monitor')
    parser.add_argument('-s', '--sinterval', type=int, help='sampling interval (seconds)', default=5)
    args = parser.parse_args()

    sys.stdout = Logger("router_" + args.router)

    print(args)

    # Creates SNMP manager for router with address args.router
    m = M(args.router, 'private', 3, secname='uDDR', authprotocol="MD5", authpassword="******", privprotocol="AES",
          privpassword="******")

    print(m.sysDescr)  # Gets sysDescr from SNMPv2-MIB

    print("##################")

    # print(m.ifDescr.items()) #Lists (order, name) interfaces in ifDescr from IF-MIB

    for i, name in m.ifDescr.items():
        print("Interface order %d: %s" % (i, name))

    print("##################")

    ifWithAddr = {}  # Stores the interfaces with IP address
    for addr, i in m.ipAddressIfIndex.items():
        if i not in ifWithAddr:
            ifWithAddr.update({i: {"ip": ip_from_octet_string(addr[0], addr[1]), "name": m.ifDescr[i]}})
        print('%s, Interface order: %d, %s' % (ip_from_octet_string(addr[0], addr[1]), i, m.ifDescr[i]))

    t = 0

    ifOutUCastPkts = {}
    ifInUCastPkts = {}
    ifOutOctets = {}
    ifInOctets = {}
    ifQstats = {}

    """
    ## load from json
    with open('router_10.0.0.2.json') as data_file:
        content = json.load(data_file)

    ifOutUCastPkts = content["ifOutUCastPkts"]
    ifInUCastPkts = content["ifInUCastPkts"]
    ifOutOctets = content["ifOutUCastPkts"]
    ifInOctets = content["ifOutUCastPkts"]
    ifQstats = content["ifOutUCastPkts"]

    draw_plt(ifWithAddr, ifOutUCastPkts, ifInUCastPkts, ifOutOctets, ifInOctets, ifQstats)
    exit()
    """

    try:
        prevOutUCastPkts = {}
        prevInUCastPkts = {}
        prevOutOctets = {}
        prevInOctets = {}
        previfQstats = {}

        for i in ifWithAddr.keys():
            prevOutUCastPkts[i] = 0
            prevInUCastPkts[i] = 0
            prevOutOctets[i] = 0
            prevInOctets[i] = 0
            previfQstats[i] = 0

        count = 0

        while True:
            print("\n=== %d Seconds passed ===" % t)

            """
            # ifHCOutUcastPkts
            The total number of packets that higher-level protocols
            requested be transmitted, and which were not addressed to a
            multicast or broadcast address at this sub-layer, including
            those that were discarded or not sent. This object is a
            64-bit version of ifOutUcastPkts.

            Discontinuities in the value of this counter can occur at
            re-initialization of the management system, and at other
            times as indicated by the value of
            ifCounterDiscontinuityTime."
            """
            print("\n### ifOutUCastPkts")
            ifOutUCastPkts[t] = {}

            for i, pkts in m.ifHCOutUcastPkts.items():
                if i in ifWithAddr.keys():
                    if i not in ifOutUCastPkts[t]:
                        if count == 0:
                            ifOutUCastPkts[t].update({i: 0})
                        else:
                            ifOutUCastPkts[t].update({i: pkts - prevOutUCastPkts[i]})

                        prevOutUCastPkts[i] = pkts

                    print('%s, Interface Out packets: %d' % (m.ifDescr[i], ifOutUCastPkts[t][i]))

            """
            The number of packets, delivered by this sub-layer to a
            higher (sub-)layer, which were not addressed to a multicast
            or broadcast address at this sub-layer. This object is a
            64-bit version of ifInUcastPkts.

            Discontinuities in the value of this counter can occur at
            re-initialization of the management system, and at other
            times as indicated by the value of
            ifCounterDiscontinuityTime.
            """
            print("\n### ifInUCastPkts")
            ifInUCastPkts[t] = {}

            for i, pkts in m.ifHCInUcastPkts.items():
                if i in ifWithAddr.keys():
                    if i not in ifInUCastPkts[t]:
                        if count == 0:
                            ifInUCastPkts[t].update({i: 0})
                        else:
                            ifInUCastPkts[t].update({i: pkts - prevInUCastPkts[i]})

                        prevInUCastPkts[i] = pkts
                    print('%s, Interface In packets: %d' % (m.ifDescr[i], ifInUCastPkts[t][i]))

            """
            The total number of octets transmitted out of the
            interface, including framing characters. This object is a
            64-bit version of ifOutOctets.

            Discontinuities in the value of this counter can occur at
            re-initialization of the management system, and at other
            times as indicated by the value of
            ifCounterDiscontinuityTime.
            """
            print("\n### ifOutOctets")
            ifOutOctets[t] = {}

            for i, pkts in m.ifHCOutOctets.items():
                if i in ifWithAddr.keys():
                    if i not in ifOutOctets[t]:
                        if count == 0:
                            ifOutOctets[t].update({i: 0})
                        else:
                            ifOutOctets[t].update({i: pkts - prevOutOctets[i]})

                        prevOutOctets[i] = pkts
                    print('%s, Interface Out octets: %d' % (m.ifDescr[i], ifOutOctets[t][i]))

            """
            The total number of octets received on the interface,
            including framing characters. This object is a 64-bit
            version of ifInOctets.

            Discontinuities in the value of this counter can occur at
            re-initialization of the management system, and at other
            times as indicated by the value of
            ifCounterDiscontinuityTime.
            """
            print("\n### ifInOctets")
            ifInOctets[t] = {}

            for i, pkts in m.ifHCInOctets.items():
                if i in ifWithAddr.keys():
                    if i not in ifInOctets[t]:
                        if count == 0:
                            ifInOctets[t].update({i: 0})
                        else:
                            ifInOctets[t].update({i: pkts - prevInOctets[i]})

                        prevInOctets[i] = pkts
                    print('%s, Interface In octets: %d' % (m.ifDescr[i], ifInOctets[t][i]))

            """
            The number of messages in the sub-queue.
            """
            print("\n### ifQstats")
            ifQstats[t] = {}

            for (i, u), pkts in m.cQStatsDepth.items():
                if i in ifWithAddr.keys():
                    if i not in ifQstats[t]:
                        if count == 0:
                            ifQstats[t].update({i: 0})
                        else:
                            ifQstats[t].update({i: pkts - previfQstats[i]})
                        previfQstats[i] = pkts
                    print('%s, Interface Queue Size: %d' % (m.ifDescr[i], ifQstats[t][i]))

            plt.ion()

            timeList = []

            for t, value in ifOutUCastPkts.items():
                timeList.append(int(t))
            timeList = sorted(timeList, key=int)

            for i, details in ifWithAddr.items():
                fig = plt.figure(i, figsize=(16, 10), dpi=80)
                fig.canvas.set_window_title(str(details["name"]) + ' ' + str(details["ip"]))
                fig.subplots_adjust(wspace=0.23)

                # ifOutUCastPkts
                xitems = timeList
                yitems = []

                for t in timeList:
                    yitems.append(ifOutUCastPkts[t][i])

                plt.subplot(231)
                plt.plot(xitems, yitems)
                plt.title("Interface out")
                plt.xlabel("time (s)")
                plt.ylabel("Unicast packets")
                plt.grid(True)

                # ifInUCastPkts
                xitems = timeList
                yitems = []

                for t in timeList:
                    yitems.append(ifInUCastPkts[t][i])

                plt.subplot(232)
                plt.plot(xitems, yitems)
                plt.title("Interface in")
                plt.ylabel("Unicast packets")
                plt.xlabel("time (s)")
                plt.grid(True)

                # ifOutOctets
                xitems = timeList
                yitems = []

                for t in timeList:
                    yitems.append(ifOutOctets[t][i])

                plt.subplot(233)
                plt.plot(xitems, yitems)
                plt.title("Number of bytes transmitted")
                plt.ylabel("Number of bytes")
                plt.xlabel("time (s)")
                plt.grid(True)

                # ifInOctets
                xitems = timeList
                yitems = []

                for t in timeList:
                    yitems.append(ifInOctets[t][i])

                plt.subplot(234)
                plt.plot(xitems, yitems)
                plt.title("Number of bytes received")
                plt.ylabel("Number of bytes")
                plt.xlabel("time (s)")
                plt.grid(True)
                plt.draw()

                # ifQstats
                xitems = timeList
                yitems = []

                for t in timeList:
                    yitems.append(ifQstats[t][i])

                plt.subplot(235)
                plt.plot(xitems, yitems)
                plt.title("The number of messages in the sub-queue.")
                plt.ylabel("Number of messages")
                plt.xlabel("time (s)")
                plt.grid(True)
                plt.draw()
            time.sleep(args.sinterval)
            t += args.sinterval
            count += 1

    except KeyboardInterrupt:
        print "Finished after %d seconds..." % t
        json_save(args, ifWithAddr, ifOutUCastPkts, ifInUCastPkts, ifOutOctets, ifInOctets, ifQstats)
def main():

    mib.path(mib.path() + ":/usr/share/mibs/cisco")
    load("SNMPv2-MIB")
    load("IF-MIB")
    load("IP-MIB")
    load("RFC1213-MIB")
    load("CISCO-QUEUE-MIB")
    #Requires MIB RFC-1212 (add to /usr/share/mibs/ietf/)

    parser = argparse.ArgumentParser()
    parser.add_argument('-r',
                        '--router',
                        nargs='?',
                        required=True,
                        help='address of router to monitor')
    parser.add_argument('-s',
                        '--sinterval',
                        type=int,
                        help='sampling interval (seconds)',
                        default=5)
    args = parser.parse_args()
    myInterval = args.sinterval
    print(args)

    #Creates SNMP manager for router with address args.router
    m = M(args.router,
          'private',
          3,
          secname='uDDR',
          authprotocol="MD5",
          authpassword="******",
          privprotocol="AES",
          privpassword="******")

    print(m.sysDescr)  #Gets sysDescr from SNMPv2-MIB

    print("===")

    print(m.ifDescr.items()
          )  #Lists (order, name) interfaces in ifDescr from IF-MIB

    for i, name in m.ifDescr.items():
        print("Interface order %d: %s" % (i, name))

    print("===")

    print(
        m.ipAddressIfIndex.items()
    )  #Lists ((adr.type,adr),order) interfaces in ipAddressIfIndex from IP-MIB

    ifWithAddr = {}
    #Stores (order, first adr.) of all interfaces
    for addr, i in m.ipAddressIfIndex.items():
        if not i in ifWithAddr:
            ifWithAddr.update({i: IPfromOctetString(addr[0], addr[1])})
        print('%s, Interface order: %d, %s' %
              (IPfromOctetString(addr[0], addr[1]), i, m.ifDescr[i]))

    print(ifWithAddr)

    print("===========================================================")
    f = open("InOutPkts.txt", 'w')
    fByte = open("InOutBytes.txt", 'w')
    last_outpackets = [None] * 10
    last_inPkts = [None] * 10
    last_outByte = [0] * 10
    last_inByte = [0] * 10
    for i, name in m.ifHCOutUcastPkts.items():
        last_outpackets[i] = name
    for i, name in m.ifHCInUcastPkts.items():
        last_inPkts[i] = name
    for i, name in m.ifHCOutOctets.items():
        last_outByte[i] = name
    for i, name in m.ifHCInOctets.items():
        last_inByte[i] = name
    listInterfaces = []
    listValues = []
    try:
        while (True):
            listInterfaces = []
            listValues = []
            printFlag = False
            interval = time.time()
            if ((interval - lastTime) >= myInterval):
                global lastTime
                lastTime = time.time()
                printFlag = True
            if (printFlag == True):
                print("		==Out Packets==")
                f.write("Router : %s	==Out Packets==\n" % args.router)
                for i, name in m.ifHCOutUcastPkts.items():
                    print(
                        "Interface %d: Packets send in the last interval: %s" %
                        (i, (name - last_outpackets[i])))
                    f.write(
                        "Interface %d: Packets send in the last interval: %s\n"
                        % (i, (name - last_outpackets[i])))
                    listInterfaces = listInterfaces + [int(i)]
                    listValues = listValues + [int(name - last_outpackets[i])]
                    last_outpackets[i] = name
                plt.plot(listInterfaces, listValues)
                plt.title("Out Packets")
                plt.ylabel("Out Packets")
                plt.xlabel("Interfaces")
                plt.show()
                print("		==In Packets==")
                f.write("Router : %s	==In Packets==\n" % args.router)
                listInterfaces = []
                listValues = []
                for i, name in m.ifHCInUcastPkts.items():
                    print(
                        "Interface %d: Packets receive in the last interval: %s"
                        % (i, (name - last_inPkts[i])))
                    f.write(
                        "Interface %d: Packets receive in the last interval: %s\n"
                        % (i, (name - last_inPkts[i])))
                    listInterfaces = listInterfaces + [int(i)]
                    listValues = listValues + [int(name - last_inPkts[i])]
                    last_inPkts[i] = name
                plt.plot(listInterfaces, listValues)
                plt.title("==In Packets==")
                plt.ylabel("In Packets")
                plt.xlabel("Interfaces")
                plt.show()
                f.write("===============================================\n")
                print("		==Out Bytes==")
                listInterfaces = []
                listValues = []
                fByte.write("Router : %s	==Out Bytes==\n" % args.router)
                for i, name in m.ifHCOutOctets.items():
                    print("Interface %d: Bytes send in the last interval: %s" %
                          (i, (name - last_outByte[i])))
                    fByte.write(
                        "Interface %d: Bytes send in the last interval: %s\n" %
                        (i, (name - last_outByte[i])))
                    listInterfaces = listInterfaces + [int(i)]
                    listValues = listValues + [int(name - last_outByte[i])]
                    last_outByte[i] = name
                plt.plot(listInterfaces, listValues)
                plt.title("==Out Bytes==")
                plt.ylabel("Out Bytes")
                plt.xlabel("Interfaces")
                plt.show()
                print("		==In Bytes==")
                listInterfaces = []
                listValues = []
                fByte.write("Router : %s	==In Bytes==\n" % args.router)
                for i, name in m.ifHCInOctets.items():
                    print(
                        "Interface %d: Bytes receive in the last interval: %s"
                        % (i, (name - last_inByte[i])))
                    fByte.write(
                        "Interface %d: Bytes receive in the last interval: %s\n"
                        % (i, (name - last_inByte[i])))
                    listInterfaces = listInterfaces + [int(i)]
                    listValues = listValues + [int(name - last_inByte[i])]
                    last_inByte[i] = name
                plt.plot(listInterfaces, listValues)
                plt.title("==In Bytes==")
                plt.ylabel("In Bytes")
                plt.xlabel("Interfaces")
                plt.show()
                fByte.write(
                    "===============================================\n")
    except KeyboardInterrupt:
        f.close()
        exit