def cname_from_array(self, data):
logging.info("CNAME data: %s" % data)
self.sanity(data, 4)
alias = sub(self.domain, data[0])
# CNAME's can have TTLS or use the global
if self.is_number(data[1]):
ttl = data[1]
addr = data[-1].strip()
try:
parsed = {'ttl': ttl, 'addr': addr, 'alias': alias}
except:
parsed = {'addr': addr, 'alias': alias}
self.zone.cname(parsed)
def cname_from_array(self, data):
logging.info("CNAME data: %s" % data)
self.sanity(data, 4)
alias = sub(self.domain, data[0])
# CNAME's can have TTLS or use the global
if self.is_number(data[1]):
ttl = data[1]
addr = data[-1].strip()
try:
parsed = {'ttl': ttl, 'addr': addr, 'alias': alias}
except:
parsed = {'addr': addr, 'alias': alias}
self.zone.cname(parsed)
def step2(pts, n):
ship, way = pts
key, value = n
if key == 'L':
way = rotate_around_pt(ship, way, value)
elif key == 'R':
way = rotate_around_pt(ship, way, -value)
elif key == 'F':
v = list(sub(way, ship))
vs = [v] * value
ship = list(reduce(lambda acc, n: add(acc, n), vs, ship))
way = add(ship, v)
else:
d = dirmap[key]
way = list(add(way, (d[0] * value, d[1] * value)))
return ship, way
def a_from_array(self, data):
data = trim(data)
self.sanity(data, 4)
addr = data[-1].strip()
# If position 1 is numeric, its a TTL
if self.is_number(data[1]):
ttl = data[1]
if len(data[0].split('.')) > 1:
alias = sub(self.domain, data[0])
else:
alias = data[0]
try:
parsed = {'ttl': ttl, 'addr': addr, 'alias': alias}
except:
parsed = {'addr': addr, 'alias': alias}
self.zone.a(parsed)
def a_from_array(self, data):
data = trim(data)
self.sanity(data, 4)
addr = data[-1].strip()
# If position 1 is numeric, its a TTL
if self.is_number(data[1]):
ttl = data[1]
if len(data[0].split('.')) > 1:
alias = sub(self.domain, data[0])
else:
alias = data[0]
try:
parsed = {'ttl': ttl, 'addr': addr, 'alias': alias}
except:
parsed = {'addr': addr, 'alias': alias}
self.zone.a(parsed)
