def mac_coords_dict(qs, day_list, mac_address_key='source_address'):
qs = exclude_manufacturers(qs, ['cisco'])
days = {}
for day in day_list:
day_dict_list = defaultdict(list)
day_dict = {}
day_qs = qs.filter(time__day=day)
mac_addresses = day_qs.values_list(mac_address_key,
flat=True).distinct()
mac_identity = {
obj.mac_address: obj.identity
for obj in DeviceInfo.objects.all()
if not 'host' in obj.identity.lower()
}
is_probe = qs[0].__class__.__name__ == 'Probe'
print 'start', datetime.datetime.now()
for obj in day_qs:
coords = time_to_coords(obj.time)
if is_probe:
day_dict_list[obj.source_address].append(coords)
else:
day_dict_list[obj.mac_address].append(coords)
print 'stop', datetime.datetime.now()
for mac in day_dict_list:
day_dict[mac] = sorted(set(day_dict_list[mac]))
days[day] = day_dict
for day in days:
print day, len(days[day])
return days, mac_identity
def mac_coords_dict(qs, day_list):
qs = exclude_manufacturers(qs, ['cisco'])
days = {}
for day in day_list:
day_dict_list = defaultdict(list)
day_dict = {}
day_qs = qs.filter(time__day=day)
mac_addresses = day_qs.values_list('mac_address', flat=True).distinct()
mac_identity = {}
for mac in mac_addresses:
try:
identity = DeviceInfo.objects.filter(mac_address=EUI(mac))[0].identity.split('@')[0]
if not 'host' in identity:
mac_identity[EUI(mac)] = identity
except IndexError:
pass
for obj in day_qs:
coords = time_to_coords(obj.time)
try:
day_dict_list[mac_identity[obj.mac_address]].append(coords)
except KeyError:
pass
for mac in day_dict_list:
day_dict[mac] = sorted(set(day_dict_list[mac]))
days[day] = day_dict
return days
def mac_coords_dict(qs, day_list, mac_address_key='source_address'):
qs = exclude_manufacturers(qs, ['cisco'])
days = {}
for day in day_list:
day_dict_list = defaultdict(list)
day_dict = {}
day_qs = qs.filter(time__day=day)
mac_addresses = day_qs.values_list(mac_address_key, flat=True).distinct()
mac_identity = {obj.mac_address:obj.identity for obj in DeviceInfo.objects.all() if not 'host' in obj.identity.lower()}
is_probe = qs[0].__class__.__name__ == 'Probe'
print 'start', datetime.datetime.now()
for obj in day_qs:
coords = time_to_coords(obj.time)
if is_probe:
day_dict_list[obj.source_address].append(coords)
else:
day_dict_list[obj.mac_address].append(coords)
print 'stop', datetime.datetime.now()
for mac in day_dict_list:
day_dict[mac] = sorted(set(day_dict_list[mac]))
days[day] = day_dict
for day in days:
print day, len(days[day])
return days, mac_identity
