
As I stated last week, when you are creating a domain, you must
provide a DNS name for the domain you are going to create. At this
point in the verification, the AD Installation Wizard will check to
see if the name you provided is unique in the forest, and if the name
is not unique, you will be prompted to correct the information.
After you have provided a unique DNS name, the wizard will ask for
you to provide a NetBIOS name so that your newly created domain
controller can communicate with pre-Windows 2000 computers. Your
NetBIOS name is taken from the first 15 characters of the leftmost
label in the DNS domain name. If your NetBIOS name is not unique in
the network you are prompted to provide another, unique name.

Since the creation of a new domain controller for your network is a
security-sensitive task, the AD Wizard will verify that the user
performing the installation has the correct permissions to complete
the installation. If the user currently logged on doesn't have the
proper permissions to perform the installation, they are prompted to
provide a user account that has these permissions. The only exception
to this rule is if a new forest is being created with this
installation; at this point no verification is performed, and no
specific credentials are needed to complete the installation.

During the installation of the AD database the locations for the
files, log files and the SYSVOL folder are specified. If you are
installing a second domain controller on your network the contents
of the SYSVOL folder are replicated from another domain controller.
Since the creation of the SYSVOL folder requires a volume formatted
with the NTFS file system, if it is detected that an NTFS volume is
not present, or if there is not sufficient free disk space, the
installation will not proceed.

In this Part I of the PC to Mac "how to", we are going to look at how
you can use software on your PC to allow it to network essentially as
if it were a Mac. In addition, in Step 1, we will review installing
the hardware on a typical Mac. We'll use a Mac LC475. You'll use a
similar installation process for other Macs, but the LC series uses a
unique slot called the LC PDS (for processor direct slot). Other Macs
will use a CommSlot (communications slot), PCI slots, a NuBus slot
(on older Macs, that may not be worth installing on a network because
of other hardware limits...memory, hard drive, etc). Also, as you
probably know if you own one, most new Macs, including G3s and the
iMac, come with ethernet built-in, either with 10/100Mbps or 10Mbps
speed available.
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The purpose of this document is to give an overview of the networking
capabilities of the Linux operating system. Although one of the
strengths of Linux is that plenty of information exists for nearly
every component of it, most of this information is focused on
implementation. New Linux users, particularly those coming from a
Windows environment, are often unaware of the networking
possibilities of Linux. This document aims to show a general picture
of such possibilities with a brief description of each one and
pointers for further information. The information has been gathered
from many sources: HOWTOs, FAQs, projects' web pages and my own
hands-on experience. Full credit is given to the authors of these
other sources. Without them and their programs this document would
have not been possible or necessary.
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This site provides a collection of pointers to free tools and
services for UNIX systems, and supporting information resources. You
can also find software, toolkits and documentation that will help you
in keeping your network running smoothly.
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