- Evolution of Solaris Naming Services
- NIS and Files Coexistence
- NIS and DNS Coexistence
- Solaris Naming Service Switch
- Solaris Naming Service Switch Architecture
- NIS Architecture Overview
- NIS Client Server Architecture
- How NIS Clients Bind to the NIS Server
- NIS Maps
- NIS High Availability Architecture Features
- NIS+ Architecture Overview
- NIS+ Client Server Architecture
- How NIS+ Clients Bind to the NIS+ Server
- NIS+ Tables
- NIS+ Interaction with DNS
- NIS+ High Availability Architecture Features
- Solaris DNS Architecture Overview
- DNS Client Architecture
- DNS Server Architecture
- DNS High Availability Features
- LDAP Architecture Overview
- LDAP Information Model
- LDAP Naming Model
- LDAP Functional Model
- LDAP Security Model
- LDAP Replication
- Comparison with Legacy Naming Services
LDAP Architecture Overview
The Lightweight Directory Access Protocol (LDAP) is the newest addition to the list of Solaris naming services. Although included in the Solaris 8 release, it is an optional naming service that can coexist with legacy Solaris naming services. LDAP shares some characteristics with NIS and NIS+, but it is more sophisticated in the way data is structured and the methods used to access data.
LDAP's complex architecture is easier to explain if we divide it into the four models it supports and describe each model separately, as we do in the following sections. The four models are:
- Information Model
- Naming Model
- Functional Model
- Security Model
Each of these models are discussed in the following sections.