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Microsoft Windows Server 2003 Inside Out For Server cluster, nodes can be either active or passive When a node is active, it is actively handling requests When a node is passive, it is idle, on standby waiting for another node to fail Multinode clusters can be configured by using different combinations of active and passive nodes When you are architecting multinode clusters, the decision as to whether nodes are configured as active or passive is extremely important If an active node fails and there is a passive node available, applications and services running on the failed node can be transferred to the passive node Because the passive node has no current workload, the server should be able to assume the workload of the other server without any problems (providing all servers have the same hardware configuration).

The SQL Server security group that you intend to use must already be configured by your domain administrator.

Supported Upgrade Paths to SQL Server 2005 (continued)

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If all servers in a cluster are active and a node fails, the applications and services running on the failed node can be transferred to another active node Unlike a passive node, however, an active server already has a processing load and must be able to handle the additional processing load of the failed server If the server isn t sized to handle multiple workloads, it can fail as well In a multinode configuration where there is one passive node for each active node, the servers could be configured so that under average workload they use about 50 percent of processor and memory resources In the four-node configuration depicted in Figure 18-1, in which failover goes from one active node to a specific passive node, this could mean two active nodes (A1 and A2) and two passive nodes (P1 and P2) each with four processors and 4 GB of RAM.

Here, node A1 fails over to node P1, and node A2 fails over to node P2 with the extra capacity used to handle peak workloads In a configuration in which there are more active nodes than passive nodes, the servers can be configured so that under average workload they use a proportional percentage of processor and memory resources In the four-node configuration also depicted in Figure 18-1, in which nodes A, B, C, and D are configured as active and failover could go between nodes A and B or nodes C and D, this could mean configuring servers so that they use about 25 percent of processor and memory resources under an average workload Here, node A could fail over to B (and vice versa) or node C could fail over to D (and vice versa).

Disk mirroring is often used to mirror boot and system volumes. Mirroring these volumes ensures that you ll be able to boot the server in case of a single drive failure.

Because the servers must handle two workloads in case of a node failure, the processor and memory configuration would at least be doubled, so instead of using four processors and 4 GB of RAM, the servers would use eight processors and 8 GB of RAM When Server cluster has multiple active nodes, data must be shared between applications running on the clustered servers In many cases, this is handled by using a shared-nothing database configuration In a shared-nothing database configuration, the application is partitioned to access private database sections.

This means that a particular node is configured with a specific view into the database that allows it to handle specific types of requests, such as account names that start with the letters A through F, and that it is the only node that can update the related section of the database (which eliminates the possibility of corruption from simultaneous writes by multiple nodes) Both Exchange Server 2003 and SQL Server 2000 support multiple active nodes and shared-nothing database configurations..

Dim stream As New FileStream(filename, FileMode.Open, FileAccess.Read)

13. On the Define Parent-Child Relationship page, click Next. Since you re not currently building a parent-child dimension, you don t need to change the Define Parent-Child Relationship page of the wizard. Later in this chapter, you will learn more about working with this page of the wizard. 14. Change the name of the dimension from Dim Product to Product, and then click Finish. Your screen looks like this:

5. The recipient decrypts the encrypted digest by using the sender s public key. The public key can be retrieved from a directory where the public key is stored (such as Active Directory) or included with the signed data. 6. The recipient runs the same hash algorithm used by the sender to create his or her own digest of the message. This digest is created against the plaintext message received from the originator. 7. The two digests are compared. If the digests differ, the message or digest has been modified during transmission.

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