def main():
from .db.manage.db import DB
db = DB()
response = db.check()
from .util.printer import printer
response and printer.printf('program maintenance', response)
from .util import log
from .db.app.config import Config, ConfigError
from . import const
config = Config()
try:
log.start(expanduser(
config.eget('client.logfile', default=const.logfile)),
loglevel=config.eget('client.loglevel', default=40))
except ConfigError as e:
print(str(e) + '\nlog start failed')
from .subcmd import all
from .version import __version__
def update_autocomplete_cb():
printer.printf('program maintenance', 'autocomplete updated')
execute_commandline(prog=const.app_name,
description=const.app_description,
version=__version__,
_to_hyphen=True,
default_subcommand='source random',
moves=True,
update_autocomplete_cb=update_autocomplete_cb)
max_m = min(max_n, int((n * (n - 1)) / 2))
m = randint(0, max_m) if m is None else int(m)
l = randint(1, max_c) if l is None else int(l)
r = randint(1, max_c) if r is None else int(r)
print(n, m, l, r)
graph = dict((i, []) for i in range(1, n + 1))
for _ in range(0, m):
new_road = False
while not new_road:
s = randint(1, n)
d = randint(1, n)
if s == d:
continue
if (d in graph[s]) or (s in graph[d]):
continue
new_road = True
graph[s].append(d)
print(s, d)
execute_commandline()
m = randint(0, max_m) if m is None else int(m)
l = randint(1, max_c) if l is None else int(l)
r = randint(1, max_c) if r is None else int(r)
print(n, m, l, r)
graph = dict((i, []) for i in range(1, n + 1))
for _ in range(0, m):
new_road = False
while not new_road:
s = randint(1, n)
d = randint(1, n)
if s == d:
continue
if (d in graph[s]) or (s in graph[d]):
continue
new_road = True
graph[s].append(d)
print(s, d)
execute_commandline()
def main():
execute_commandline()