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CN=David Hinkle EmpID=1234 Dept=ISSL CN=David Hinkle EmpID=1234 Phone=555-1234 UID=DH9876 Mail=dave@ibm.com Figure 8-14 Combination architecture of metadirectory with master LDAP repository directory 344 Lotus Security Handbook database 1 database 3 database 2 metadirectory CN=David Hinkle EmpID=1234 Dept=ISSL Mail=dave@ibm.com UID=DH9876 Phone=555-1234 Notesname=CN=David Hinkle,OU=Phoenix,O=IBM CN=David Hinkle EmpID=1234 Dept=LPS ISSL Mail=dave@ibm.com Notesname=David Hinkle/Phoenix/IBM master LDAP directory In this example, our master LDAP directory contains all the aggregated attributes. It also illustrates how directory synchronization has been used between database 3 and our master LDAP directory. In this case, database 3 represents a Domino directory, and in order to use the LDAP directory for Domino access control, we have synchronized the Notes hierarchical name into the master LDAP directory. We demonstrate a practical application of this type of name synchronization for performing Domino ACL name mapping when an LDAP directory is used for Web user authentication in . Also, it is a good time for us to point out that the synchronization in Figure 8-14 could be accomplished using three assembly lines configured in IBM Tivoli Directory Integrator, and the master LDAP directory could be implemented with IBM Directory Server.
Define a schema The directory schema has three main components. They are: ► Object classes: This refers to the type of object being stored. An object may use multiple object classes providing the classes are not mutually exclusive. We discussed this type of component in more detail in 8.3.2, “Object classes” on page 316. ► Attributes: These are the record “fields” of data for an object. For example, an OrganizationPerson object may have a “Title” attribute value. In this case, the Title attribute is optional. Attributes can also be mandatory for a given object class, for example a Person object must have CN (common name) and SN (surname) attribute values. We discussed this type of component in more detail in 8.3.3, “Attributes” on page 320. ► Directory Information Tree (DIT): LDAP directory data uses a hierarchical tree organizational structure. As with any hierarchy, there is at least one root, with the potential for multiple branches with leaves, also known as end nodes. Each node in the tree, the root itself, branch points and leaves, is a Distinguished Name, DN. From the root, you define branches of the tree, which are either containers (for example, CN=users), or organizational units (OU=). Note that a single LDAP directory can have multiple roots with different access lists and tree structures beneath them. The actual feasibility of this is dependent on the scalability of the LDAP directory. Typically, a single root is used for all user objects to keep administration as simple as possible. Although the DIT is not technically part of the “schema”, the hierarchical tree structure has a direct relationship to every object's Distinguished Name (DN). The DN is the fully qualified hierarchical name. For example, a DN might be “CN=john q public,OU=sales,O=acme,C=us,” or another typical form is “UID=jsmith4,CN=users,DC=acme,DC=com.” In the first example, the tree follows a more traditional X.500 structure, with a country “C=US” as the root. The second example illustrates a root that follows DNS naming conventions with domain components “DC=acme, DC=com” as the root. DNs must be unique, so “flatter” trees dictate the use of unique identifiers, such as in the second example, where the UID (user ID) is used instead of the CN (common name). Generally, our experience has been that flatter trees, despite the burden of needing methods to generate unique identifiers or names, are ultimately easier to administer. But there is a trade-off in large organizations (over 10,000 users). A flat tree structure in a large organization requires a non-intuitive user naming scheme that often forces the use of additional identifying attributes. For example, consider if there are two unique users such as the following: DN= uid=bhinkle,cn=users,dc=acme,dc=com cn=Brendan C Hinkle mail=b_c_hinkle@acme.com Chapter 8. Directory strategies 345
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* Notes SDK include files */ #inclu
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* *********************************
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Hostname="localhost.dotnsf.com" Por
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