def ping(ip):
try:
if ip == 'NA':
return True
check = False
packet_Tx = 1
pass_rate = 51
my_plat = p_system().lower()
if my_plat == 'win32' or my_plat == 'windows':
count_type = 'n'
else:
count_type = 'c'
raw = _cmdline("ping -%s %s %s" % (count_type, packet_Tx, ip))
if my_plat == 'win32' or my_plat == 'windows':
raw = raw.split('%')[0]
raw = raw.split(' ')[-1]
loss_rate = float(raw[1:])
else:
raw = raw.split('%')[0]
loss_rate = float(raw.split(' ')[-1])
packet_Rx = 100 - loss_rate
if packet_Rx >= pass_rate:
return True
return False
except Exception as e:
return True
#!/usr/local/bin/python2.7
#### @martysama0134 start scripts ####
### TODO fix -s -w for srvr and not only channels
from subprocess import check_output as sp_co, call as sp_call, CalledProcessError as sp_CalledProcessError
from os import getcwd as os_getcwd, chdir as os_chdir
from platform import system as p_system
v_system = p_system()
class M2TYPE:
SERVER, DB, AUTH, CHANFOLDER, CHANNEL, CORE = xrange(6)
NOCHAN = 0
def fShell(szCmd, bRet=False):
try:
if bRet:
return sp_co(szCmd, shell=True)[:-1] # remove final \n
else:
return sp_call(szCmd, shell=True)
except sp_CalledProcessError:
return -1
def keyCheck(dict, key, elem={}):
try:
dict[key]
except KeyError:
dict[key]=elem
proclist={}
whichlist={"serv":[], "chan":[]}
def staInit():
def clear_console():
if p_system() == 'Windows':
os_system('cls')
else:
os_system('clear')
def main(year: int, puzzle: int, all_puzzles: bool, cache: bool) -> None:
src_path = dirname(abspath(__file__))
year_path = abspath(join(src_path, f'years/{year}'))
root_path = abspath(join(src_path, '../'))
settings_path = join(year_path, 'settings.json')
settings_default_path = join(src_path, 'settings.default.json')
output_table_path = join(root_path, './docs/output_table.md')
if isfile(settings_path):
with open(settings_path, 'r') as s:
settings = loads(''.join(s.readlines()))
else:
copy(settings_default_path, settings_path)
print(f'\nPlease fill in {settings_path} first!')
exit(1)
session = settings['session']
puzzles_to_run = [puzzle]
if all_puzzles is True:
puzzles_to_run = [day for day in range(1, min(puzzle + 1, 26))]
puzzle_outputs = [
[
'#',
'Part 1',
'Part 1 Time',
'Part 2',
'Part 2 Time',
'Tests',
'Tests Time',
],
]
puzzles = load_year(year)
for day in [f'{d:02d}' for d in puzzles_to_run]:
puzzle_class = f'Puzzle{day}'
if puzzle_class in puzzles:
print(f'Attempting to execute AoC puzzle {day}...: ',
end='',
flush=True)
start_time = time()
try:
puzzle_instance = puzzles[puzzle_class](year, day, session)
puzzle_instance.execute(cache)
puzzle_outputs.append(puzzle_instance.results)
end_time = f'{((time() - start_time) * 1000):.3f}'
print(
f'{BOLD}{GREEN} Successful{RESET} in {BOLD}{PURPLE}{end_time} ms{RESET}'
)
except ConnectionError:
print(f'{BOLD}{GREEN} Failed {RESET}')
except Exception:
print(f'{BOLD}{GREEN} Failed {RESET}')
print_exc()
print()
else:
template = base_template.format(day)
puzzle_dir = join(year_path, f'{day}')
puzzle_solution = join(year_path, f'{day}/solution.py')
puzzle_path = Path(puzzle_dir)
puzzle_path.mkdir()
with open(puzzle_solution, 'w') as f:
f.writelines(template)
print(f'\nClass for day {day} created. Happy Coding!!\n')
exit(1)
if len(puzzle_outputs) > 1:
table = tabulate(
puzzle_outputs,
headers='firstrow',
tablefmt='pretty',
numalign='left',
stralign='left',
)
if all_puzzles is True:
if p_system() != 'Windows':
o_system('clear')
print(table)
with open(join(root_path, output_table_path), 'w') as f:
f.writelines(
tabulate(
puzzle_outputs,
headers='firstrow',
tablefmt='html',
numalign='left',
stralign='left',
), )