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7. Switch to Computer1. 8. Open an Internet Explorer window. 9. In Internet Explorer, type http://ip_address into the Address box, where ip_address is the address you wrote down in step 6 earlier. For example, if the address you wrote down was 10.0.0.21, type http://10.0.0.21 in the Address box. 10. Press Enter. Close any warnings that Internet Explorer displays. The Welcome To The Web Page On Computer 2 message displays. The demand-dial interface from Computer1 has successfully connected to the Web site on Computer2 through the demand-dial interface on Computer2. 11. In the Routing And Remote Access console of Computer1, right-click the local server node, and then click Disable Routing And Remote Access. A message box asks you to confirm the decision. 12. Click Yes. 13. On Computer2, repeat steps 11 12. 14. Reboot both computers.

System.IO;

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The following questions are intended to reinforce key information presented in this lesson. If you are unable to answer a question, review the lesson materials and try the question again. You can find answers to the questions in the Questions and Answers section at the end of this chapter. 1. Using Routing And Remote Access, you have configured demand-dial routing to join a branch office to your corporate LAN. However, even though you are using the RIP protocol, routes are not being updated across the WAN link. Why is this happening, and how can you allow the routes to be updated

System.IO.IsolatedStorage;

2. You are connected to a branch office over a demand-dial connection. How can you best prevent your users from connecting to the branch office during lunch hours

Database mirroring uses three different operating modes:

3. You have a branch office connected to your main office through a dial-on-demand Integrated Services Digital Network (ISDN) connection. You want to stop Hypertext Transfer Protocol (HTTP) requests from initiating the connection. How can you achieve this goal

4. Your main office is connected to a branch office through demand-dial routing. Either router is configured to call or answer the call of the other router as needed. However, the Finance Department has asked you to ensure that telephone con nection charges between demand-dial routers be predominantly incurred by the main office. How can you achieve this goal

System.Drawing.Printing;

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9

The mirror server synchronizes the mirror database with the principal database as fast as possible. After the databases are synchronized, a committed transaction is committed on both partners. This mode has a higher transaction latency than high-performance mode. The mirror server attempts to keep up with the log records sent by the principal server. Transactions commit on the principal without waiting for the mirror server to write the log to disk. This mode has lower transaction latency than high-safety mode, but there is a risk of data loss.

Demand-dial routing is the process of sending traffic from one router to another over a dial-up connection. This dial-up connection can be enabled as needed in a dial-on-demand scenario or remain connected as a persistent link. During every demand-dial connection attempt, the router acting as the calling router must be authenticated and authorized by the called router. Authentication is based on the calling router s set of credentials that are passed during the connec tion establishment process. The credentials that are passed must correspond to a user account. Authorization is granted based on the dial-in permission of the user account and remote access policies. To differentiate a remote access client from a demand-dial router, the user name in the authentication credentials sent by the calling router must exactly match the name of a demand-dial interface on the answering router. Otherwise, the incom ing connection is assumed to be a remote access connection. To implement demand-dial routing, you must designate a static route to initiate the dial-on-demand connection. You can configure demand-dial routing for various features through Routing And Remote Access. These features include callback, demand-dial filters, packet filters, and dial-out hours.

[assembly:PrintingPermission(SecurityAction.RequestMinimum)] [assembly:FileIOPermissionAttribute(SecurityAction.RequestOptional, Read=@"C:\ )] [assembly:FileIOPermissionAttribute(SecurityAction.RequestRefuse, Read=@"C:\Windows\ )] namespace DeclarativeExample {

5-33

TTL For This Record The value you configure in this text box determines the TTL of the present SOA resource record. This value overrides the default value setting in the preceding field. Once configured in the DNS console, an SOA resource record is represented textually in the zone file, as shown in this example:

@IN SOA computer1.domain1.local. hostmaster.domain1.local. ( 5099 ; serial number 3600 ; refresh (1 hour) 600 ; retry (10 mins) 86400 ; expire (1 day) 60 ) ; minimum TTL (1 min)

[STAThread]

The Name Servers tab, shown in Figure 5-22, allows you to configure NS resource records for a zone. These records cannot be created elsewhere in the DNS console.