Digital DCE for OpenVMS VAX and OpenVMS Alpha
Product Guide

Chapter 9
9	Intercell Naming
9.1	Intercell Naming with DNS
9.2	Intercell Naming Example --- DNS
9.3	Intercell Naming with X.500
9.4	Intercell Naming Example --- X.500
9.5	Summary
9.5.1	DNS Bind
9.5.2	X.500
Chapter 10
10	Enhanced Browser
10.1	Displaying the Namespace
10.2	Filtering the Namespace Display
Chapter 11
11	Using the CDS Subtree Commands to Restructure CDS Directories
11.1	Overview of the Merge Procedure
11.2	Basic Merge and Append Operations
11.2.1	Performing a Basic Merge Operation
11.2.2	Performing a Basic Append Operation
11.3	Using the Failures File
11.3.1	Handling Duplicate Names
11.3.2	Handling Unreachable Name Failures
11.4	Merging CDS Directories with a Single Command
11.5	Merging CDS Directories into a Foreign Cell
11.6	Backing Up Namespace Information
11.6.1	Using Replication to Back Up Namespace Information
11.6.2	Using the Dump/Merge Facilities to Back Up Directories and Their Contents
11.6.3	Using Operating System Backups
Chapter 12
12	The Generic Security Service Application Programming Interface
12.1	About the Generic Security Service API
12.2	GSSAPI and Authentication
12.2.1	GSSAPI and Protection Levels
12.2.2	A Walkthrough of DCE Application Authentication Using GSSAPI
12.3	GSSAPI Credentials
12.3.1	Using Default Credentials
12.3.1.1	Initiate a Security Context
12.3.1.2	Accept a Security Context
12.3.2	Creating New Credential Handles
12.3.2.1	Initiating a Security Context with New Credential Handles
12.3.2.2	Accepting a Security Context Using New Credential Handles
Chapter 13
13	Object-Oriented RPC
13.1	Overview of C++
13.1.1	Class Definition
13.1.2	Objects
13.1.3	Class Inheritance
13.1.4	Polymorphic Operations
13.1.5	Class Operations
13.2	Developing an Application with Object-Oriented RPC
13.2.1	Generated C++ Class Hierarchy
13.2.1.1	Abstract Base Class
13.2.1.2	Proxy Class
13.2.1.3	Manager Class
13.2.2	Specifying the Default Entry Point Vector
13.2.3	Obtaining an Object Reference
13.3	Using the Features of Object-Oriented RPC
13.3.1	Automatically Compiling Stub Files
13.3.2	Controlling the Location of an Included File
13.3.3	Generating Static Member Functions for Interfaces
13.3.4	Specifying Object Interfaces as IDL Parameters
13.3.5	Registering Objects in the DCE Namespace
13.3.6	Binding to DCE Objects
13.3.6.1	Binding to Remote Objects by Name
13.3.6.2	Binding to Remote Objects by Binding Handle
13.3.6.3	Binding to Remote Objects by UUID
13.3.7	Controlling Object Lookup Management
13.3.8	Propagating an Exception for Object Lookup Faults
13.3.9	Creating Dynamic Remote Objects
13.3.10	Managing Object References
13.3.11	Using Object Location Transparency
13.3.11.1	Intraprocess Location Independence
13.3.11.2	Interprocess Location Independence
13.3.11.3	Specifying Local Objects as Parameters
13.3.12	Offering Multiple Object Implementations of a Common Interface
13.3.13	Enabling the C++ Reference Operator on IDL Parameters
Chapter 14
14	IDL Compiler Enhancements
14.1	The -standard Build Option
14.2	Stub Auxiliary Files
14.3	DEC Language-Sensitive Editor (LSE) Templates on OpenVMS
14.4	Binding Handle Callout
14.4.1	Attribute Configuration File
14.4.2	Generated Header File
14.4.3	Generated Client Stub
14.4.4	Binding Callout Routine
14.4.4.1	Error Handling
14.4.5	Predefined Binding Callout Routine
14.5	Extensions to IDL Data Structures
14.5.1	Unique Pointer
14.5.2	Array Extensions
14.5.2.1	min_is Attribute
14.5.2.2	Conformance in Dimensions Other Than the First
14.5.3	Nonencapsulated Unions
14.5.4	Defining Exceptions with IDL
14.6	Syntax for Unions
14.7	Operation Attributes: Memory Management