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System Administration Guide: Naming and Directory Services (NIS+)
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Document Information


Part I About Naming and Directory Services

1.  Name Service Switch

Part II NIS+ Setup and Configuration

2.  NIS+: An Introduction

3.  NIS+ Setup Scripts

4.  Configuring NIS+ With Scripts

5.  Setting Up the NIS+ Root Domain

6.  Configuring NIS+ Clients

7.  Configuring NIS+ Servers

8.  Configuring an NIS+ Non-Root Domain

9.  Setting Up NIS+ Tables

Part III NIS+ Administration

10.  NIS+ Tables and Information

11.  NIS+ Security Overview

12.  Administering NIS+ Credentials

13.  Administering NIS+ Keys

14.  Administering Enhanced NIS+ Security Credentials

15.  Administering NIS+ Access Rights

16.  Administering NIS+ Passwords

17.  Administering NIS+ Groups

18.  Administering NIS+ Directories

19.  Administering NIS+ Tables

20.  NIS+ Server Use Customization

21.  NIS+ Backup and Restore

22.  Removing NIS+

23.  Information in NIS+ Tables

NIS+ Tables

NIS+ Tables and Other Name Services

NIS+ Table Input File Format

auto_home NIS+ Table

auto_master NIS+ Table

bootparams NIS+ Table

client_info NIS+ Table

cred NIS+ Table

ethers NIS+ Table

group NIS+ Table

hosts NIS+ Table

mail_aliases NIS+ Table

netgroup NIS+ Table

netmasks NIS+ Table

networks NIS+ Table

passwd NIS+ Table

protocols NIS+ Table

rpc NIS+ Table

services NIS+ Table

timezone NIS+ Table

Additional Default Tables

24.  NIS+ Troubleshooting

A.  NIS+ Error Messages

About NIS+ Error Messages

Common NIS+ Namespace Error Messages

B.  Updates to NIS+ During the Solaris 10 Release

Solaris 10 and NIS+



ethers NIS+ Table

The ethers table stores information about the 48-bit Ethernet addresses of machines on the Internet. It has three columns.

Table 23-5 ethers Table

The 48-bit Ethernet address of the machine
The name of the machine, as specified in the hosts table
An optional comment about the entry

An Ethernet address has the form:

n:n:n:n:n:n hostname

where n is a hexadecimal number between 0 and FF, representing one byte. The address bytes are always in network order (most significant byte first).