def exists(self):
'''Does this object exist in the LDAP tree?'''
try:
lc.search(self.get_dn(), ldap.SCOPE_BASE, None, [])
return True
except ldap.NO_SUCH_OBJECT:
return False
def exists(self):
'''Does this object exist in the LDAP tree?'''
try:
lc.search(self.get_dn(), ldap.SCOPE_BASE, None, [])
return True
except ldap.NO_SUCH_OBJECT:
return False
def check_all(cls):
'''Perform consistency checks. Each LDAP class may define a method check().
When this method is run, all of the check() methods appropriate to each object
in the tree are run. If any "assert"s fail, a detailed error message is given'''
try:
lc.search(cls.cls_dn_str, ldap.SCOPE_BASE, None, [])
except Exception,e:
lerr("LDAP object of class %s does not exist: %s" % (cls, e))
def check_all(cls):
'''Perform consistency checks. Each LDAP class
may define a method check(). When this method
is run, all of the check() methods appropriate
to each object in the tree are run. If any
"assert"s fail, a detailed error message is given'''
try:
lc.search(cls.cls_dn_str, ldap.SCOPE_BASE, None, [])
except Exception, e:
lerr("LDAP object of class %s does not exist: %s" % (cls, e))
def results():
for (dn, _) in lc.search(cls.cls_dn_str,
ldap.SCOPE_SUBTREE, filter.filterstr, []):
if dn_to_tuple(dn) not in LDAPClass._classmap:
subcls = LDAPClass.get_class_by_dn(dn)
assert(issubclass(subcls, cls))
yield subcls(obj_dn=dn)
def results():
for (dn, _) in lc.search(cls.cls_dn_str, ldap.SCOPE_SUBTREE,
filter.filterstr, []):
if dn_to_tuple(dn) not in LDAPClass._classmap:
subcls = LDAPClass.get_class_by_dn(dn)
assert (issubclass(subcls, cls))
yield subcls(obj_dn=dn)
def __init__(self, id=None, obj_dn=None):
'''Construct an object, given either obj_dn (the string DN of the object)
or id (a value for the RDN of the object)'''
if obj_dn is None:
obj_dn = tuple_to_dn(((type(self).rdn_attr, id),) + self.cls_dn_tuple)
self._dn = obj_dn
try:
# If the case of the dn is wrong, some methods will fail
# This will fix it.
self._dn = lc.search(obj_dn, 0, None, ['dn'])[0][0]
except:
# This object is "no such object"
pass
def __init__(self, id=None, obj_dn=None):
'''Construct an object, given either obj_dn
(the string DN of the object) or id
(a value for the RDN of the object)'''
if obj_dn is None:
obj_dn = tuple_to_dn(((type(self).rdn_attr, id), ) +
self.cls_dn_tuple)
self._dn = obj_dn
try:
# If the case of the dn is wrong, some methods will fail
# This will fix it.
self._dn = lc.search(obj_dn, 0, None, ['dn'])[0][0]
except:
# This object is "no such object"
pass
def _raw_readattrs(self, attrlist):
res = lc.search(self.get_dn(), ldap.SCOPE_BASE, None, attrlist)[0][1]
for a in attrlist:
if a not in res:
res[a] = []
return res
def _raw_readattrs(self, attrlist):
res = lc.search(self.get_dn(), ldap.SCOPE_BASE, None, attrlist)[0][1]
for a in attrlist:
if a not in res:
res[a] = []
return res
