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Anyone can register a second-level domain name. Second-level domain names are registered to individuals and organizations by a number of different domain registry companies. A second-level name has two name parts: a top-level name and a unique second-level name. Table 13-5 provides some examples of second-level domains. After registering a second-level domain name, you can create as many subdomains of that domain name as you want. For example, if you registered the domain name contoso.com, you could create subdomains such as north.contoso.com, south.contoso.com, and so on.

Table 13-5

UPPER(s), LOWER(s) CONCAT(s1, s2) SUBSTRING(s, offset, length) TRIM( [[BOTH|LEADING|TRAILING] char [FROM]] s) LENGTH(s) LOCATE(search, s, offset)

Description United States Department of Education Microsoft Corporation Stanford University World Wide Web Consortium Prime Minister of Australia

Host names refer to specific computers on the Internet or a private network. For example, in Figure 13-8, Computer1 is a host name. A host name is the leftmost portion of a fully qualified domain name (FQDN), which describes the exact position of a host within the domain hierarchy. In Figure 13-8, Computer1.sales.microsoft.com. (including the end period, which represents the root domain) is an FQDN. DNS uses a host s FQDN to resolve a name to an IP address.

If users are able to see some elements of a site, while others do not appear, there is likely to be an issue with a plug-in or a particular Web programming language.

ABS(n), SQRT(n), MOD(dividend, divisor) SIZE(c)

The host name does not have to be the same as the computer name. By default, TCP/IP setup uses the computer name for the host name, replacing illegal characters, such as the underscore (_), with a hyphen (-).

On the CD At this point, you should view the multimedia presentation Role of DNS, which is available in the Multimedia folder on the CD-ROM accompanying this book. This presentation provides valuable insight into how DNS works on a network.

All the standardized JPA QL functions may be used in the WHERE and HAVING clauses of a query (the latter you ll see soon). The native HQL is a bit more flexible. First, it offers additional portable functions, as shown in table 14.3.

Understanding the Domain Name System 13-29

When you create a domain namespace, consider the following domain guidelines and standard naming conventions:

Table 14.3 Additional HQL functions Function Applicability Returns the number of bits in s Returns the date and/or time of the database management system machine Extracts the time and date from a temporal argument

Limit the number of domain levels. Typically, DNS host entries should be three or four levels down the DNS hierarchy and no more than five levels down the hierarchy. The numbers of levels increase the administrative tasks. Use unique names. Each subdomain must have a unique name within its parent domain to ensure that the name is unique throughout the DNS namespace. Use simple names. Simple and precise domain names are easier for users to remember. They also enable users to search intuitively and locate Web sites or other computers on the Internet or an intranet. Avoid lengthy domain names. Domain names can be up to 63 characters, including periods. The total length of an FQDN cannot exceed 255 characters. Casesensitive naming is not supported. Use standard DNS characters and Unicode characters. Windows 2000 Server and Windows Server 2003 support the following standard DNS characters: a z, 0 9, and the hyphen (-), as defined in RFC 1035. The DNS Service also supports the Unicode character set. The Unicode character set includes additional characters not found in the American Standard Code for Information Interchange (ASCII) character set; these additional characters are required for languages such as French, German, and Spanish.

Use Unicode characters only if all servers running the DNS Service in your environment support Unicode. For more information about the Unicode character set, read RFC 2044 by searching for RFC 2044 with your Web browser.

BIT_LENGTH(s) CURRENT_DATE(), CURRENT_TIME(), CURRENT_TIMESTAMP() SECOND(d), MINUTE(d), HOUR(d), DAY(d), MONTH(d), YEAR(d) CAST(t as Type) INDEX(joinedCollection) MINELEMENT(c), MAXELEMENT(c), MININDEX(c), MAXINDEX(c), ELEMENTS(c), INDICES(c)

A zone represents a discrete portion of the domain namespace. Zones provide a way to partition the domain namespace into manageable sections, and they provide the following functions:

Multiple zones in a domain namespace are used to distribute administrative tasks to different groups. For example, Figure 13-9 depicts the microsoft.com domain namespace divided into two zones. These zones allow one administrator to manage the microsoft and sales domains, and another administrator to manage the development domain.