def handleRestrictedKey(self, xmlbit, key):
for kid in xmlbit.getchildren():
value = kid.text
try:
rv = RestrictedValue.objects.get(keyid=key, value=value)
except ObjectDoesNotExist:
rv = RestrictedValue(keyid=key, value=value)
self.verbose("Adding %s=%s to restricted key" % (key.key, value))
if not self.namespace.kiddingFlag:
rv.save()
def handleRestrictedKey(self, xmlbit, key):
for kid in xmlbit.getchildren():
value = kid.text
try:
rv = RestrictedValue.objects.get(keyid=key, value=value)
except ObjectDoesNotExist:
rv = RestrictedValue(keyid=key, value=value)
self.verbose("Adding %s=%s to restricted key" % (key.key, value))
if not self.namespace.kiddingFlag:
rv.save()
def handle(self, namespace):
m = re.match("(?P<key>\w+)=(?P<value>.+)", namespace.keyvalue)
if not m:
raise HostinfoException("Must be specified in key=value format")
key = m.group('key').lower()
value = m.group('value').lower()
keyobjlist = AllowedKey.objects.filter(key=key)
if len(keyobjlist) != 1:
raise HostinfoException("No key %s found" % key)
keyobj = keyobjlist[0]
if not keyobj.restrictedFlag:
raise HostinfoException("Key %s isn't a restrictedvalue key" % key)
rvallist = RestrictedValue.objects.filter(keyid=keyobj, value=value)
if rvallist:
raise HostinfoException("Already a key %s=%s in the restrictedvalue list" % (key, value))
rv = RestrictedValue(keyid=keyobj, value=value)
rv.save()
return None, 0
