def get_position() -> tuple:
"""
Get the current cursor position.
Returns a tuple `(x, y)`.
"""
_write(_constants.CSI + '6n')
pos = ''
while len(pos) == 0 or pos[-1] != 'R':
pos += _getch()
x = int(_findall(r'\[([0-9]+);', pos)[0])
y = int(_findall(r';([0-9]+)R', pos)[0])
return (x, y)
def __send_probe(host):
ping = self.m(
'',
cmdd=dict(
cmd=' '.join([
self.__ping_cmd,
self.__num,
self.__net_if,
self.__packetsize,
host
])
),
critical=False,
verbose=False
)
up = True if ping.get('returncode') == 0 else False
self.__probe_results[host] = {'up': up}
if up:
p = ping.get('out')
loss = _search(rxlss, p)
ms = _findall(rxmst, p)
rtt = _search(rxrtt, p)
if loss:
loss = loss.group('loss')
self.__probe_results[host].update(dict(
ms=ms,
loss=loss,
rtt=rtt.groupdict()
))
def get_gkg(query):
try:
s = _wk.summary(query, sentences = 5)
for x in _findall("\(.*\)", s):
s = s.replace(x, "")
return s
except _wk.DisambiguationError, e:
return False
def get_gkg(query):
try:
s = _wk.summary(query, sentences=5)
for x in _findall("\(.*\)", s):
s = s.replace(x, "")
return s
except _wk.DisambiguationError as e:
return False
def get_gkg(query):
print "inside get_news of get_gkg"
try:
s = _wk.summary(query, sentences=5)
for x in _findall("\(.*\)", s):
s = s.replace(x, "")
return s
except _wk.DisambiguationError, e:
return False
def __init__(self):
if self.INSTANCE is not None:
raise ValueError("Mapper is a Singleton. "
"Please use get_instance method.")
_debug(2, 'loading database from %s' % DB_URL)
data = _findall('{{{(.*)}}}', _urlopen("%s?action=raw"
% DB_URL).read().decode('utf-8').replace('\n', ''))[0]
self.json = _parseJSON(data)
self._warnings = {}
self.reset_warnings()
def _match_atomic_mass(self, atomic_db, symbol, mnumber):
pattern = _compile(
fr'Atomic\s+Symbol\s+=\s+{symbol}[\r\n]'
fr'Mass\s+Number\s+=\s+{mnumber}'
fr'[\r\n]Relative\s+Atomic\s+Mass\s+=\s+\d+\.\d+'
)
atom_data = _findall(pattern, atomic_db)
if len(atom_data) != 1:
raise SystemExit(
f'Error: Incorrect matching or nothing found in '
f'the atomic database for symbol {symbol}.'
)
return float(atom_data[0].split('\n')[-1].split('=')[-1].strip())
def __send_probe(host):
ping = self.m('',
cmdd=dict(cmd=' '.join([
self.__ping_cmd, self.__num, self.__net_if,
self.__packetsize, host
])),
critical=False,
verbose=False)
up = True if ping.get('returncode') == 0 else False
self.__probe_results[host] = {'up': up}
if up:
p = ping.get('out')
loss = _search(rxlss, p)
ms = _findall(rxmst, p)
rtt = _search(rxrtt, p)
if loss:
loss = loss.group('loss')
self.__probe_results[host].update(
dict(ms=ms, loss=loss, rtt=rtt.groupdict()))
