Provides a tool that can be used to perform repeated authentications against an LDAP directory server using multiple threads. Each authentication will consist of two operations: a search to find the target user, and then a bind as that user. This tool can help provide an estimate of the authentication performance that a directory server is able to achieve. The base DN for the searches can be specified using a value pattern, like "uid=user.[1-1000],ou=People,dc=example,dc=com", and the search filter may also be provided as a value pattern, like "(uid=user.[1-1000])". Some of the APIs demonstrated by this example include:
IdentifyReferencesToMissingEntries.java
Provides a tool that can be used to identify any entries that contain references to one or more other entries that do not exist. Some of the APIs demonstrated by this example include:
IdentifyUniqueAttributeConflicts.java
Provides a tool that can be used to identify any values for a specified attribute or set of attributes that appear in multiple entries. Some of the APIs demonstrated by this example include:
Provides a tool that can be used to perform compare operations in an LDAP directory server. Some of the APIs demonstrated by this example include:
Provides a tool that can be used to act as a simple LDAP proxy that will intercept and decode any LDAP traffic passing through it. This can be used to observe detailed information about LDAP traffic between a client and server if the client can be altered to point to an alternate server address. Some of the APIs demonstrated by this example include:
Provides a tool that can be used to perform add, delete, modify, and modify DN operations in an LDAP directory server. The write operations to perform should be provided in LDIF form. Some of the APIs demonstrated by this example include:
Provides a tool that can be used to perform search operations in an LDAP directory server. Some of the APIs demonstrated by this example include:
Provides a tool that can be used to perform repeated modifications in an LDAP directory server using multiple threads. It can help provide an estimate of the modify performance that a directory server is able to achieve. The DN of the entries to modify can be specified using a value pattern, like "uid=user.[1-1000],ou=People,dc=example,dc=com". Some of the APIs demonstrated by this example include:
Provides a tool that can be used to perform repeated searches in an LDAP directory server using multiple threads. It can help provide an estimate of the search performance that a directory server is able to achieve. The base DN for the searches can be specified using a value pattern, like "uid=user.[1-1000],ou=People,dc=example,dc=com", and the search filter may also be provided as a value pattern, like "(uid=user.[1-1000])". Some of the APIs demonstrated by this example include:
Provides a tool that can be used to perform repeated searches in an LDAP directory server using multiple threads, and then to modify each entry returned. It can help provide an estimate of the search and modify performance that a directory server is able to achieve. The base DN for the searches can be specified using a value pattern, like "uid=user.[1-1000],ou=People,dc=example,dc=com", and the search filter may also be provided as a value pattern, like "(uid=user.[1-1000])". Some of the APIs demonstrated by this example include:
Provides a tool that can be used to validate that the contents of an LDIF file are valid. This includes ensuring that the contents can be parsed as valid LDIF, and it can also ensure that the LDIF content conforms to a server schema. It will obtain the schema by connecting to the server and retrieving the default schema (i.e., the schema which governs the root DSE). Some of the APIs demonstrated by this example include: