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ONC+ Developer's Guide     Oracle Solaris 11 Express 11/10
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Document Information


1.  Introduction to ONC+ Technologies

2.  Introduction to TI-RPC

3.  rpcgen Programming Guide

4.  Programmer's Interface to RPC

5.  Advanced RPC Programming Techniques

6.  Porting From TS-RPC to TI-RPC

Porting an Application

Benefits of Porting

IPv6 Considerations for RPC

Porting Issues

Differences Between TI-RPC and TS-RPC

Function Compatibility Lists

Creating and Destroying Services

Registering and Unregistering Services

SunOS Compatibility Calls


Address Management Functions

Authentication Functions

Other Functions

Comparison Examples

7.  Multithreaded RPC Programming

8.  Extensions to the Sun RPC Library

9.  NIS+ Programming Guide

A.  XDR Technical Note

B.  RPC Protocol and Language Specification

C.  XDR Protocol Specification

D.  RPC Code Examples

E.  portmap Utility

F.  Writing a Port Monitor With the Service Access Facility (SAF)



IPv6 Considerations for RPC

IPv6 is the successor of IPv4, the most commonly used layer 2 protocol. IPv6 is also known as IP next generation (IPng). For more information, see System Administration Guide: IP Services.

Both IPv4 and IPv6 are available to users. Applications choose which stack to use when using COTS (connection-oriented transport service). They can choose TCP or CLTS (connectionless transport service).

The following figure illustrates a typical RPC application running over an IPv4 or IPv6 protocol stack.

Figure 6-1 RPC Applications

The RPC applications use TCP or UDP, each of which can use either an IPv4 or IPv6 stack to reach the network.

IPv6 is supported only for TI-RPC applications. TS-RPC does not currently support IPv6. Transport selection in TI-RPC is governed either by the NETPATH environment variable or in /etc/netconfig.

The selection of TCP or UDP instead of IPv4 or IPv6 is dependent on the order in which the corresponding entries appear in /etc/netconfig. Two new entries are associated with IPv6 in /etc/netconfig, and by default they are the first two entries of the file. TI-RPC first tries IPv6. Failing that, it falls back to IPv4. Doing so requires no change in the RPC application itself provided that it doesn't have any knowledge of the transport and is written using the top-level interface.