"last 5 minutes",
{"packets": rs.pop("lastFiveMinsPkts", ""), "bytes": rs.pop("lastFiveMinsBytes", "")},
)
if len(rs) > 0:
widget.setKeyAndValue("other", rs)
# ====================================
# Top Hosts by Throughput Widget Data
# ====================================
if widgetId.lower() == "tophoststhroughput":
topHosts = []
while ntop.getNextHost(i):
if (
len(search) > 0
and host.hostResolvedName().lower().find(search.lower()) == -1
and host.ethAddress().lower().find(search.lower()) == -1
and host.ipAddress().lower().find(search.lower()) == -1
):
continue
if host.ipAddress() == "":
# drop host with no throughput or no ip
continue
geo = host.geoIP()
country = geo.get("country_name", "")
countryCode = geo.get("country_code", "")
hostType = (
0
+ __P2P__ * host.isP2P()
+ __VOIP__ * (host.isVoIPHost() | host.isVoIPClient() | host.isVoIPGateway())
+ __PRINTER__ * host.isPrinter()
+ __DIRECTORY__ * host.isDirectoryHost()
+ __WORKSTATION__ * host.isWorkstation()
'packets': rs.pop('lastFiveMinsPkts', ''),
'bytes': rs.pop('lastFiveMinsBytes', '')
})
if (len(rs) > 0):
widget.setKeyAndValue('other', rs)
# ====================================
# Top Hosts by Throughput Widget Data
# ====================================
if (widgetId.lower() == "tophoststhroughput"):
topHosts = []
while ntop.getNextHost(i):
if (len(search) > 0
and host.hostResolvedName().lower().find(
search.lower()) == -1
and host.ethAddress().lower().find(search.lower())
== -1 and host.ipAddress().lower().find(
search.lower()) == -1):
continue
if host.ipAddress() == "":
#drop host with no throughput or no ip
continue
geo = host.geoIP()
country = geo.get('country_name', '')
countryCode = geo.get('country_code', '')
hostType = 0 + __P2P__ * host.isP2P() + __VOIP__ * (
host.isVoIPHost() | host.isVoIPClient()
| host.isVoIPGateway()) + __PRINTER__ * host.isPrinter(
) + __DIRECTORY__ * host.isDirectoryHost(
) + __WORKSTATION__ * host.isWorkstation(
) + __HTTPHOST__ * host.isHTTPhost(
) + __FTPHOST__ * host.isFTPhost(
) + __SERVER__ * host.isServer() + __MAILSERVER__ * (
__HTTPHOST__ = 64
__FTPHOST__ = 128
__SERVER__ = 256
__MAILSERVER__ = 512
__DHCP__ = 1024
# form management
form = cgi.FieldStorage()
# Top hosts for which interface?
selectedif = form.getvalue('if', default="")
ifIndex = identify_interface_index(selectedif)
while ntop.getNextHost(ifIndex):
if host.ipAddress() == "":
#drop host with no throughput or no ip
continue
#host.hostResolvedName()
#ntop.sendString("%s\n" % host.hostResolvedName())
#ip,mac,name,fingerprint,isFTPhost,isWorkstation,isMasterBrowser,isPrinter,isSMTPhost,isPOPhost,isIMAPhost,isDirectoryHost,isHTTPhost,isVoIPClient,isVoIPGateway,isDHCPServer,isDHCPClient,
data = "%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s" % (
host.ipAddress(), host.ethAddress(), host.hostResolvedName(),
host.fingerprint(), host.isFTPhost(), host.isWorkstation(),
host.isMasterBrowser(), host.isPrinter(), host.isSMTPhost(),
host.isPOPhost(), host.isIMAPhost(), host.isDirectoryHost(),
host.isHTTPhost(), host.isVoIPClient(), host.isVoIPGateway(),
host.isDHCPServer(), host.isDHCPClient())
ntop.sendString("%s\n" % data)
'''
topHostsByPeakThroughputMetadata = {'type':'updowntable','mode':'gauge','unit':'kbps','title':'Top Hosts by Throughput Peak'}
topHostsByAverageThroughputMetadata = {'type':'updowntable','mode':'gauge','unit':'kbps','title':'Top Hosts by Throughput Average'}
topHostsByActualThroughputMetadata = {'type':'updowntable','mode':'gauge','unit':'kbps','title':'Top Hosts by Actual Throughput'}
topHostsByTransferedBytesMetadata = {'type':'updowntable','mode':'counter','unit':'kB','title':'Top Hosts by Bytes'}
topHostsByTransferedPacketsMetadata = {'type':'updowntable','mode':'counter','unit':'packets','title':'Top Hosts by Packet Number'}
topHostsByPeakThroughputData = {}
topHostsByAverageThroughputData = {}
topHostsByActualThroughputData = {}
topHostsByTransferedBytesData = {}
topHostsByTransferedPacketsData = {}
while ntop.getNextHost(ifIndex):
if host.ipAddress()=="":
#drop host with no throughput or no ip
continue
geo = host.geoIP()
country = geo.get('country_name', '')
countryCode = geo.get('country_code', '')
hostType = 0 + __P2P__*host.isP2P() + __VOIP__*(host.isVoIPHost()|host.isVoIPClient()|host.isVoIPGateway()) + __PRINTER__*host.isPrinter() + __DIRECTORY__*host.isDirectoryHost() + __WORKSTATION__*host.isWorkstation() + __HTTPHOST__*host.isHTTPhost() + __FTPHOST__*host.isFTPhost() + __SERVER__*host.isServer() + __MAILSERVER__*(host.isSMTPhost()|host.isPOPhost()|host.isIMAPhost()) + __DHCP__*(host.isDHCPClient()|host.isDHCPServer())
thpSent=host.sendThpt()
thpRcvd=host.receiveThpt()
# set peak throughput
# according to direction ( kBps )
thpPeakSent = (thpSent['peak']*8)/1000
thpPeakRcvd = (thpRcvd['peak']*8)/1000
__HTTPHOST__ = 64
__FTPHOST__ = 128
__SERVER__ = 256
__MAILSERVER__ = 512
__DHCP__ = 1024
# form management
form = cgi.FieldStorage();
# Top hosts for which interface?
selectedif = form.getvalue('if', default="")
ifIndex = identify_interface_index(selectedif)
while ntop.getNextHost(ifIndex):
if host.ipAddress()=="":
#drop host with no throughput or no ip
continue
#host.hostResolvedName()
#ntop.sendString("%s\n" % host.hostResolvedName())
#ip,mac,name,fingerprint,isFTPhost,isWorkstation,isMasterBrowser,isPrinter,isSMTPhost,isPOPhost,isIMAPhost,isDirectoryHost,isHTTPhost,isVoIPClient,isVoIPGateway,isDHCPServer,isDHCPClient,
data = "%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s" % (host.ipAddress(), host.ethAddress(), host.hostResolvedName(), host.fingerprint(),
host.isFTPhost(),host.isWorkstation(),host.isMasterBrowser(),host.isPrinter(),
host.isSMTPhost(),host.isPOPhost(),host.isIMAPhost(),host.isDirectoryHost(),host.isHTTPhost(),
host.isVoIPClient(),host.isVoIPGateway(),host.isDHCPServer(),host.isDHCPClient())
ntop.sendString("%s\n" % data)
'''
while ntop.getNextHost(interfaceId):
#ip,mac,name,fingerprint,isFTPhost,isWorkstation,isMasterBrowser,isPrinter,isSMTPhost,isPOPhost,isIMAPhost,isDirectoryHost,isHTTPhost,isVoIPClient,isVoIPGateway,isDHCPServer,isDHCPClient,
data = "%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s" % (host.ipAddress(), host.ethAddress(), host.hostResolvedName(), host.fingerprint(),