def _detailed_status(self, status):
avg_amp = float('{0:.2f}'.format(status['avg_amp']))
pkt_in_bytes = utils.format_unit(status['packets_in_bytes'])
modes = ()
for mode_pair in status['modes']:
mode = mode_pair[0]
mode_count = mode_pair[1]
if mode == 1 or mode == 2:
mode_str = 'SYMMETRIC (1 or 2): '
elif mode == 3:
mode_str = 'CLIENT (3): '
elif mode == 4:
mode_str = 'SERVER (4): '
elif mode == 5:
mode_str = 'BROADCAST (5): '
elif mode == 6:
mode_str = 'CONTROL (6): '
elif mode == 7:
mode_str = 'PRIVATE/MONLIST (7): '
else:
mode_str = 'UNKNOWN (%s): ' % (mode)
count = utils.sep_thousand(mode_count)
mode_str += count
modes += (mode_str, )
stats = [
['Average amplification',
utils.sep_thousand(avg_amp)],
['Traffic IN/OUT', pkt_in_bytes],
['NTP modes distribution', modes],
]
return stats
def _detailed_status(self, status):
avg_amp = float('{0:.2f}'.format(status['avg_amp']))
pkt_in_bytes = utils.format_unit(status['packets_in_bytes'])
stats = [
['Average amplification',
utils.sep_thousand(avg_amp)],
['Traffic IN/OUT', pkt_in_bytes],
]
return stats
def _detailed_status(self, status):
avg_amp = float('{0:.2f}'.format(status['avg_amp']))
pkt_in_bytes = utils.format_unit(status['packets_in_bytes'])
targets = ()
for target in status['st']:
target_str = target[0] + ': ' + utils.sep_thousand(target[1])
targets += (target_str, )
stats = [
['Average amplification',
utils.sep_thousand(avg_amp)],
['Traffic IN/OUT', pkt_in_bytes],
['SSDP search targets', targets],
]
return stats
def _detailed_status(self, status):
avg_amp = float('{0:.2f}'.format(status['avg_amp']))
top_amps = tuple(x[0] + ' -- amplification: ' + str(x[1]) +
'x, response size: ' + utils.format_unit(x[2])
for x in status['top5_amp_domains'])
top_domains = tuple(x[0] + ' -- use count: ' +
utils.sep_thousand(x[1]) + ', amplification: ' +
str(x[2]) + 'x' for x in status['top5_domains'])
stats = [
['Average DNS amplification',
utils.sep_thousand(avg_amp)],
['Top domains by amp', top_amps],
['Most common domains', top_domains],
]
return stats