def print_table(self):
header_format = '%6s %40s %10s %15s %5s %4s %8s'
data_format = '%6d %40r %10s %15s %5d %4d %9.2f'
header = header_format % (
'bucket', 'id', 'version', 'ip', 'port', 'rtt', 'uptime(h)')
#TODO: format uptime as hh:mm
thick_line = '=' * 95
thin_line = '-' * 95
print thick_line
print data_format % (-1, self.my_node.id,
version_repr(self.my_node.version),
self.my_node.addr[0], self.my_node.addr[1],
0, 0)
print thin_line
print header
print thin_line
current_time = time.time()
for rnode in self.get_main_rnodes():
if rnode.rtt == 99:
rtt = rnode.real_rtt
else:
rtt = rnode.rtt
print data_format % (
self.my_node.id.distance(rnode.id).log,
rnode.id, version_repr(rnode.version),
rnode.addr[0], rnode.addr[1],
rtt * 1000,
(current_time - rnode.creation_ts)/3600)
print thin_line
print header
print thick_line
def save(my_id, rnodes, filename):
f = open(filename, 'w')
f.write('%r\n' % my_id)
for rnode in rnodes:
if rnode.rtt == 99:
rtt = rnode.real_rtt
else:
rtt = rnode.rtt
f.write('%d %r %8s %15s %5d %4d %6d\n' %
(my_id.distance(rnode.id).log, rnode.id,
version_repr(rnode.version), rnode.addr[0], rnode.addr[1],
rtt * 1000, time.time() - rnode.creation_ts))
f.close()
def save(my_id, rnodes, filename):
f = open(filename, 'w')
f.write('%r\n' % my_id)
for rnode in rnodes:
if rnode.rtt == 99:
rtt = rnode.real_rtt
else:
rtt = rnode.rtt
f.write('%d %r %8s %15s %5d %4d %6d\n' % (
my_id.distance(rnode.id).log,
rnode.id, version_repr(rnode.version),
rnode.addr[0], rnode.addr[1],
rtt * 1000,
time.time() -rnode.creation_ts ))
f.close()