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8.1 Directory fundamentals 310 Lotus Security Handbook A very broad definition of a directory is a repository used to hold any kind of information that may be used for different purposes by different clients. The repository is a collection of information about objects arranged in a hierarchical structure. It is a specialized database that enables users or applications to find resources that have the characteristics needed for a particular task. If the name of an object is known, its characteristics can be retrieved. If the name of a particular individual object is not known, the directory can be searched for a list of objects that meet a certain requirement. Directories can usually be searched by specific criteria, not just by a predefined set of categories. A directory is a specialized database that has characteristics that set it apart from general purpose relational databases. One characteristic of a directory is that it is accessed (read or searched) much more often than it is updated (written). Because directories must be able to support high volumes of read requests, they are typically optimized for read access. Because directories are not intended to provide as many functions as general-purpose databases, they can be optimized to economically provide more applications with rapid access to directory data in large distributed environments. Note that the logical object structure is hierarchical, although the physical data object storage might reside in relational database tables. This is the case with IBM Directory Server, which uses DB2 tables to store the directory data. A directory can be centralized or distributed. If a directory is centralized, there is one directory server (or a server cluster) at one location that provides access to the directory. If the directory is distributed, there are more than one servers, usually geographically dispersed, that provide access to the directory. 8.1.1 LDAP directories LDAP defines a standard method of accessing a directory service. The LDAP standard is designed to provide access to directories supporting X.500 hierarchical models without the intense resource requirements of the full X.500 Directory Access Protocol (DAP), hence the term “Lightweight DAP” or LDAP. It is a client-server model of communication where the LDAP directory server is capable of serving many simultaneous client requests on the standard TCPIP port 389 or port 636 if the server supports SSL. The “LDAP standard” consists of a collection of related IETF standards, including: – RFC-1777 LDAPv2 standard – RFC-2251 LDAPv3: the base LDAP version 3 standard
– RFC-2252 LDAPv3: Attribute Syntax Definitions – RFC-2253 LDAPv3: UTF-8 String Representation of Distinguished Names – RFC-2254 String Representation of LDAP Search Filters – RFC-2255 LDAP URL Format – RFC-2849 The LDAP Data Interchange Format (LDIF) When a directory is distributed, the information stored in the directory can be partitioned or replicated (or a combination of both). When information is partitioned, each directory server stores a unique and non-overlapping subset of the information. That is, each directory entry is stored by one and only one server. The technique to partition the directory is to use LDAP referrals. LDAP referrals allow the users to refer LDAP requests to either the same or different name spaces stored in a different (or same) server. When information is replicated, the same directory entry is stored by more than one server. In a distributed directory, some information may be partitioned, and some information may be replicated. Detailed information on LDAP directory concepts and implementations can be found in the following IBM publications: ► IBM Redbook Understanding LDAP, SG24-4986 ► IBM Redbook LDAP Implementation Cookbook, SG24-5110 ► IBM Redbook Using LDAP for Directory Integration: A Look at IBM SecureWay Directory, Active Directory, and Domino, SG24-6163 ► IBM Redbook Implementation and Practical Use of LDAP on the IBM e-server iSeries Server, SG24-6193 ► IBM Redpaper, LDAP Directory Services in IBM WebSphere Everyplace Access V4.1.1, REDP3603 8.2 Multiple directories Applications deployed by organizations typically have required or provided their own dedicated user registration directories. The result is a variety of user directories and pieces of information about those users deployed throughout the organization, each with their own unique properties and different sources of data. Data sources are typically represented by a wide variety of systems, repositories, and structures, such as: ► LDAP-capable directories (examples: Domino directory, IBM Directory Server, Microsoft Active Directory, Netscape/iPlanet/SunONE Directory Server, Novell NDS) Chapter 8. Directory strategies 311
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* Notes SDK include files */ #inclu
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Hostname="localhost.dotnsf.com" Por
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Other publications Online resources
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