def level5(file_path):
start = (1, 1)
end = (26, 25)
board = Board(file_path, 32)
board.set_knight_location(start)
mover = Mover(board)
path = mover.find_longest_path(start, end)
print path
mover.move(path, display=True)
def level3(file_path):
"""Find the shortest path between the start and end positions"""
start = (1, 1)
end = (6, 6)
# Set starting point
board = Board(file_path, 8)
board.set_knight_location(start)
mover = Mover(board)
path = mover.find_shortest_path(start, end)
print path
mover.move(path, display=True)
def level4(file_path):
"""Find the shortest path between the start and end of the 32x32
weighted board, with additional constraints
"""
start = (1, 1)
end = (26, 25)
board = Board(file_path, 32)
board.set_knight_location(start)
mover = Mover(board)
path = mover.find_shortest_path(start, end)
print path
mover.move(path, display=True)
def mover(number, args):
window, target, source, wq, logger = args
while True:
# Object from queue takes by link
# therefore changes the record gives changes in JsonArray
element = wq.get()
# Assigment filesize to db
# Нет смысла включать это в цикл finder смысла нет,
# тк все равно везде это делается отдельной операцией
# element['size'] = source.get_size(element['source_path'])
def f(elem_p):
element['size'] = source.get_size(elem_p)
try_again(0, 1, logger.info, f, element['source_path'])
window.update_record(element)
m = Mover(logger, source, target, element, number)
m.move()
window.update_record(element)
wq.task_done()
from detector import Detector
from mover import Mover
if __name__ == '__main__':
print('> > > Start > > > ')
detector = Detector()
mover = Mover()
detector.capture_screen(-1)
board = detector.get_board()
mover.move(500, 500, 'up')
print(board)
print('< < < End < < < ')
def level1(file_path):
"""Pass in a list of moves, display them, and check if they are valid"""
board = Board(file_path, 8)
moves = [(1, 3), (2, 1), (4, 2), (8, 8)]
mover = Mover(board)
mover.move(moves, display=True)
def run(config, logger=None):
if logger is None:
logger = logging.getLogger()
for user_name, values in config.items():
logger.info("moving for user {0}, domains {1}".format(
user_name, values['domains']))
try:
src = SshRemote(host=values['source']['host'],
user=values['source']['user'],
password=values['source']['password'],
port=22,
logger=logger)
logger.info("source connected")
dst = SshRemote(host=values['destination']['host'],
user=values['destination']['user'],
password=values['destination']['password'],
port=22,
logger=logger)
logger.info("dst connected")
except Exception:
continue
mover = Mover(dst, src, logger)
try:
start_dir = values['source']['start_dir']
except KeyError:
start_dir = '~/'
try:
ticket = values['ticket']
except KeyError:
logger.info("ticket not found for user {}".format(user_name))
ticket = None
token = Api.get_token('t.transfer', 'w8et76r4g8s7df6eresdg')
api = Api(token)
domains_check = list(set(values['domains']))
domains = test_domains(domains_check, logger)
post_comment = api.post_comment if ticket else lambda *x: None
delay_ticket = api.delay_ticket if ticket else lambda *x: None
result = {}
try:
delta = timedelta(hours=5)
delay_ticket(
user_name, ticket, delta,
"transfer for user {0} has started, delayed for {1}".format(
user_name, str(delta)))
sites = mover.find_sites(domains, start_dir)
for domain, dir in sites.items():
logger.info("moving {0}:{1} from {2}".format(
user_name, domain, dir))
try:
mover.move(dir, domain)
result[domain] = "done"
except:
logger.warning(
"transfer for user {0} domain {1} failed".format(
user_name, domain))
result[domain] = "failed"
continue
finally:
post_comment(
"transfer finished for user {0}: {1}".format(
user_name, '\n'.join(
["{}: {}".format(k, v) for k, v in result.items()])),
user_name, ticket, True)
logger.info("posted to {}".format(ticket))
subprocess.run([
"sshpass", "-p", "{0}".format(
dst.password), "scp", "-o", "StrictHostKeyChecking=no",
"/home/mover/logs/mover_{0}.log".format(user_name),
"{0}@{1}:$HOME/.tmp/".format(dst.user, dst.host)
],
stdout=sys.stdout,
stderr=sys.stdout)