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Your Windows Server 2003 Active Directory domain has two servers running Windows Server 2003 that access the Internet. ServerA is configured as a router and provides Basic Firewall and NAT services. ServerB is a VPN server. Your client PC running Windows XP Professional has the Windows Server 2003 Administration Tools Pack installed. ServerB has to come offline for maintenance. You want to send messages to this effect to all VPN clients. You open a blank console on your client PC and add the Routing And Remote Access snap-in. You expand the Routing And Remote Access container. What do you do next A. Right-click ServerA and select Messages. In the Message dialog box, select Send To All. B. Expand ServerA. Right-click the Remote Access Clients container, and select Send To All. C. Right-click ServerB and select Messages. In the Message dialog box, select Send To All. D. Expand ServerB. Right-click the Remote Access Clients container, and select Send To All.

InitializeExpenseData( expenseData ) ComputeMarketingExpense( expenseData ) ComputeSalesExpense( expenseData ) ComputeTravelExpense( expenseData ) ComputePersonnelExpense( expenseData ) DisplayExpenseSummary( expenseData )

You are adding inbound filters to an interface on a server running Windows Server 2003, configured as a router. You expand the IP Routing node in the Routing And Remote Access snap-in and select the General container. In the details pane, you rightclick the interface that you want to configure, and click Properties. On the General tab, you click Inbound Filters. You intend to add three local filters, and then select the Drop All Packets Except Those That Meet The Criteria Below option. You want the interface to accept packets sent directly to the router, broadcast packets to the local subnet, and all IP multicast packets. The IP address of the router interface is 10.10.10.1, with a subnet mask of 255.255.255.0. Which of the filters listed should you configure (Choose all that apply.)

Policy Name: VPN Partners Access Method: VPN User Or Group Access: Group, with the EXAMPLE\VPN_Partners group

Objective 4.2: Manage Remote Access 16-23

Because all the routines use expenseData, you have a hint that they might be working on the same data and that the order of the statements might be important.

You are planning your TCP/IP filtering strategy for a router interface. Which of the fol lowing can you specify when configuring an inbound packet filter (Choose all that apply.) A. Destination TCP port B. Destination UDP port C. ICMP type D. Protocol number

expenseData = InitializeExpenseData( expenseData ) expenseData = ComputeMarketingExpense( expenseData ) expenseData = ComputeSalesExpense( expenseData ) expenseData = ComputeTravelExpense( expenseData ) expenseData = ComputePersonnelExpense( expenseData ) DisplayExpenseSummary( expenseData )

16-24

Smart Card Or Other Certificate type, and Microsoft Encrypted Authentication version 2 (MS-CHAP v2) selected

Implementing, Managing, and Maintaining Routing And Remote Access (4.0)

In this particular example, a better approach might be to convert the routines to functions that take expenseData as inputs and return updated expenseData as outputs, which makes it even clearer that there are order dependencies. Data can also indicate that execution order isn t important. Here s an example:

Correct Answers: D A. Incorrect: You want to control traffic into the router. Therefore, you should configure inbound (or input) traffic filters. B. Incorrect: TCP ports 80 and 443 are used for HTTP and HTTPS traffic, respec tively. C. Incorrect: This solution would block both inbound and outbound traffic on this interface other than through the specified ports. It is inappropriate practice to use this method of filtering traffic on a router; packet filters should be used instead. Finally, this solution takes more administrative effort than the correct solution. D. Correct: Selecting this option would permit this traffic and block traffic through all other ports.

Correct Answers: C and F A. Incorrect: Inbound filters use PPTP ports as destination ports. B. Incorrect: Outbound filters use PPTP ports as source ports. C. Correct: The only inbound traffic that is allowed is traffic to the external interface of AdventureVPN. D. Incorrect: The source of an outbound packet filter must be the IP address of AdventureVPN s internal interface. E. Incorrect: The only destination IP address that is allowed is the IP address of AdventureVPN s external interface. F. Correct: The only outbound traffic allowed is traffic originating from Adven tureVPN s internal interface.

ComputeMarketingExpense( marketingData ) ComputeSalesExpense( salesData ) ComputeTravelExpense( travelData ) ComputePersonnelExpense( personnelData ) DisplayExpenseSummary( marketingData, salesData, travelData, personnelData )

selected After the remote access policy is created, its configuration is modified in the following way: