Authentication and Authorization

Just like with real LDAP, you’ll need to bind to the fake LDAP “server” before you can do certain LDAP operations.

Authorization within python-ldap-faker

Like a real LDAP server, these write operations require you to successfully do a non-anonymous bind:

add_s
delete_s
modify_s
rename_s
modrdn_s

Anonymous binds

You don’t need to do anything special to allow anonymous binds. This should work:

ldap_obj = fake_ldap.initialize('ldap://server')
ldap_obj.simple_bind_s()

So does this:

ldap_obj = fake_ldap.initialize('ldap://server')
ldap_obj.search_s('ou=bar,o=baz,c=country', ldap.SCOPE_SUBTREE, '(uid=user)')

Authenticated binds

To do an authenticated bind, you’ll need to load an appropriately configured user object into the ObjectStore for your connection.

When you do an authenticated bind via FakeLDAPObject.simple_bind_s, python-ldap-faker will look in its ObjectStore for an object with the dn of who, and it will compare cred with the first value of that object’s userPassword attribute specifically.

If, for example, your code wants to bind as uid=foo,ou=bar,o=baz,c=country with password the password, then python-ldap-faker will expect an object in the ObjectStore that minimally looks like this:

(
  'uid=foo,ou=bar,o=baz,c=country',
  {
      "userPassword": [b"the password"],
  }
)