This resolves an issue arising from using both a callback and an EventEmitter
together in the Client.search() API. Since the emitter would only be available
through the callback, some events could be emitted before the callback
is triggered, resulting in missed events.
This change incorporates a test case originally by László Szűcs (@ifroz).
For GH-602
- Use more strict comparisons for client input asserts
- Fix baseObject comparison in SearchRequest initialization
- Alter default error for server route fallthrough
Some LDAP implementations (mainly AD and Outlook) accept and/or output
DNs that are not valid. To support interaction with these invalid DNs a
strictDN flag (default: true) has been added to the client and server
constructors. Setting this flag to false will allow use of
non-conforming DNs.
When disabling strictDN in the ldapjs client, strings which wouldn't
parse into a DN can then be passed to the ldap operation methods. It
also means that some methods (such as search) may return results with
string-formatted DNs instead of DN objects.
When disabling strictDN in the ldapjs server, incoming requests that
contain invalid DNs will be routed to the default ('') handler for that
operation type. It is your responsiblity to differentiate between
string-type and object-type DNs in those handlers.
Fixmcavage/node-ldapjs#222Fixmcavage/node-ldapjs#146Fixmcavage/node-ldapjs#113Fixmcavage/node-ldapjs#104
The client now blackholes any socket errors after sending an unbind.
This prevents servers which issue RST from causing unecessary errors for
what was a succesful operation.
Fixmcavage/node-ldapjs#217
Detecting certain types of errors in encountered during any operation
(such as BusyError or UnavailableError) can be useful for making
client-wide decisions.
Search response objects now include more instrumentation and control when
automatically fetching paged results. See the SearchPager documentation
for more details.
Fixmcavage/node-ldapjs#203
In cases where a reconnect-enabled client has been manually disconnected
via unbind, it may be desirable to initiate a reconnect without
incurring other client actions.
The old Attribute.isAttribute would allow objects lacking the toBer
method to be attached to Change objects. This would result in errors
during serialization.
With the stricter Attribute detection, it's necessary to convert
Attribute-like objects containing type (string) and vals (array)
properties into real Attribute objects. This precise detection is
necessary to avoid falling back to the object-keys-into-attributes
That other logic which will turn a well structured Attribute-like object
such as this:
{ type: 'valid', vals: ['something'] }
... and turn it into something broken like this:
[
{ type: 'type', vals: ['valid'] },
{ type: 'vals', vals: ['something'] }
]
The pooled client would automatically bind when initializing connections
if bindDN and bindCredentials were passed to during construction.
This convenience should be supported in the plain client too.
If the client queue was enabled and requests were made during the
reconnect process (but after one unsuccessful connection attempt), they
would spawn concurrent reconnection attempts.
A client configured to reconnect should do so on socket close unless
unbind was called explicitly. This covers cases where the connection
undergoes clean but unexpected termination.
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