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To size the disks for a RAID 5 implementation, remember that the capacity of a RAID 5 array is equal to the aggregate capacity of all but one of the individual drives in the array For example, in a RAID 5 array consisting of five 20-GB drives, the capacity of the array is 4 20 or 80 GB For the database you are sizing, you have already deter mined that six physical drives are needed to meet throughput requirements, so the size equivalent of five of these drives is available for storage Because 136 / 5 = 272, each physical drive in the six-drive RAID array needs to have a capacity of at least 272 GB for the RAID solution to meet storage requirements Note that this number of drives (six) is not a requirement; it is a minimum dictated by the throughput requirements.

You could also meet both throughput and storage requirements in a RAID 5 array by adding more, smaller drives The key is to use one more physical drive than is needed for the database storage requirements with out fault tolerance For example, if you want to use only 10-GB drives, you need fourteen physical drives to meet storage requirements without fault tolerance because 136 / 10 = 136 Because you need to add one extra drive for fault tolerance in RAID 5, you need fifteen 10-GB drives to provide 136 GB of storage in a RAID 5 array To size the disks for a dual-mirrored RAID 10 implementation, remember that the storage capacity of a RAID 10 array is equal to the aggregate capacity of 50 percent of the individual physical drives.

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For the database you are sizing, you have already deter mined that four physical drives in a RAID 10 array are needed to meet the throughput requirements of the database workload, so the size equivalent of two of these drives is available for storage Because 136 / 2 = 68, each physical drive in the RAID 10 array needs to have a capacity of at least 68 GB for the RAID solution to meet storage requirements Remember that this number of drives (four) is not a requirement; it is a minimum dic tated by the throughput requirements You could also meet both the throughput and storage requirements in a RAID 10 array by adding more, smaller drives The key is to provide double the number of drives needed for storage without fault tolerance.

If, for example, you want to use 20-GB drives, you need seven physical drives to meet the storage requirements without fault tolerance because 137 / 20 = 68 Because you need to double the number of drives for fault tolerance in RAID 10, you need fourteen 20-GB drives to provide 136 GB of storage in a RAID 10 array..

1

You usually want the logical drive containing Windows and SQL Server to include a physical mirror so that you can quickly recover these essential system components in case of failure. A single physical disk should be enough to store this data, so in a RAID 1 scenario, you mirror this single disk on a second physical disk for a total of two disks for the logical drive. Most important to understand is that the operating system and SQL Server program do not normally require enough storage or throughput capacity to require additional drives. Use Table 1-7 to determine the actual storage requirements of each component of SQL Server 2005.

With Visual Studio you can open any form of resource file that you want. You can file resources files - .rc files, or dll files or even an executable. Simply choose to open a file from Visual Studio. For example, using Visual Studio to open the imageres.dll, found in C:\Windows\System32, results in the following image. As you can see, the dll file includes a list of icons with index number that you can view. These are the exact numbers used in the XML of any other resource reverence.

Table 1-7

Feature Database Engine and data files, Replication, and Full-Text Search Analysis Services and data files Reporting Services and Report Manager Notification Services engine components, client components, and rules components Integration Services Client Components Management Tools Development Tools SQL Server Books Online and SQL Server Mobile Books Online Samples and sample databases

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