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By default, Active Directory uses FRS to replicate changes over the Remote Procedure Call (RPC) Endpoint Mapper service that utilizes TCP port 135. If there is a firewall between two domain controllers of the same domain, you will have to configure the firewall to allow replication. You do so by opening the correct ports on the firewall in order to support Active Directory replication. If you leave Active Directory domain controllers set to use the default RPC configuration, you must open TCP port 135 on the firewall in order for those domain controllers to replicate Active Directory data across the firewall. Further, the RPC client on each computer is configured to use TCP ports between 1024 and 65535. You ll have to enable dynamic ports between those ranges. If this is unacceptable, you can change the default ports that RPC uses on any given computer through the registry. The registry locations for FRS and RPC configu ration are under the HKEY_LOCAL_MACHINE registry hive. The specific path to FRS configuration is \SYSTEM\CurrentControlSet\Services\NTFRS\Parameters. The spe cific path to RPC configuration is \SOFTWARE\Microsoft\RPC. To learn how to make specific changes to these services, see the following Microsoft Knowledge Base arti cles: 319553, How to Restrict FRS Replication Traffic to a Specific Static Port ; 154596, HOW TO: Configure RPC Dynamic Port Allocation to Work with Firewall ; and 179442, How to Configure a Firewall for Domains and Trusts. All are available from http://www.microsoft.com.

package javax.persistence; public @interface NamedNativeQuery { String name( ); String query( ); Class resultClass( ) default void.class; String resultSetMapping( ) default ""; } public @interface NamedNativeQueries { NamedNativeQuery[] value( ); }

Design Activity: Completing the Design Domain Control Templates . . . . . . . . . 8-32

14-38

Scenario. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-32

1-29

The resultClass() attribute is for when you have a native query that returns only one entity type (see Native Queries on page 230). The resultSetMapping() attribute must resolve to a predeclared @SqlResultSetMapping. Both attributes are optional, but you must declare at least one of them. Here is an example of predeclaring an @NamedNative Query:

and client, the users data, applications, and settings follow them when they move to another computer. IntelliMirror uses Active Directory and Group Policy to manage users desktops based on users business roles, group memberships, and locations. You can configure desktops to meet a new user s requirements each time that user logs on to the network.

for Domain Controllers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-34

Group policies are collections of user and computer configuration settings that can be linked to computers, sites, domains, and OUs to specify the behavior of users desktops. For example, using group policies, you can set the programs that are available to users, the programs that appear on the user s desktop, and Start menu options. To create a specific desktop configuration for a particular group of users, you create Group Policy Objects (GPOs). GPOs are collections of Group Policy settings. Each computer running Windows Server 2003 has one local GPO and might, in addition, be subject to any number of nonlocal (Active Directory based) GPOs. Local GPOs are overridden by nonlocal GPOs. Nonlocal GPOs are linked to Active Directory objects (sites, domains, or OUs). Nonlocal GPOs can be applied to either users (regardless of which computer they log on to) or computers (regardless of who logs on to them). Fol lowing the inheritance properties of Active Directory, nonlocal GPOs are applied hier archically from the least restrictive group (site) to the most restrictive group (OU) and are cumulative.

Exercise 2: Design Additional Server Security Based on Role . . . . . . . . . . . 8-34

Because nonlocal GPOs are applied hierarchically, the user or computer s configura tion is a result of the GPOs linked to its site, domain, and OU. GPOs are applied in the following order: 1. Local GPO Each server running Windows Server 2003 has exactly one GPO stored locally. 2. GPOs linked to sites Any GPOs that have been linked to the site are applied next. GPO application is synchronous; the administrator specifies the order of GPOs linked to a site. 3. GPOs linked to domains Multiple domain-linked GPOs are applied synchro nously; the administrator specifies the order of GPOs linked to a domain. 4. GPOs linked to OUs GPOs linked to the OU highest in the Active Directory hierarchy are applied first, followed by GPOs linked to its child OU, and so on. Finally, the GPOs linked to the OU that contains the user or computer are applied. At the level of each OU in the Active Directory hierarchy, one, many, or no GPOs can be linked. If several group policies are linked to an OU, then they are applied synchronously in an order specified by the administrator.

@NamedNativeQuery( name="findCustAndCCNum", query="SELECT c.id, c.firstName, c.lastName, cc.number AS CC_NUM FROM CUST_TABLE c, CREDIT_CARD_TABLE cc WHERE c.credit_card_id = cc.id", resultSetMapping="customerAndCCNumMapping") @SqlResultSetMapping(name="customerAndCCNumMapping", entities={@EntityResult(entityClass=Customer.class)}, columns={@ColumnResult(name="CC_NUM")} ) @Entity public class Customer {...}

1-30

Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-35

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