create barcode using c# Capacity Planning in C#.NET

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6
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Capacity Planning
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4. Run the test. You can run the test for as long as you want. You can also set it up to perform many tests in sequence. 5. Evaluate the results. The results displayed within Iometer tell you the throughput and the latency. This data can be very valuable for sizing and capacity planning purposes. Take the time to try Iometer to see what kind of performance results you can achieve on your disk subsystem. You might be surprised by what you find.
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Benchmarking the Network
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The network can be benchmarked and load tested with a program that is available on the Windows Server 2003 product CD-ROM, in the Valueadd\Msft\Net\Tools folder. TTCP, or Test TCP, is a standard program that is available to test the maximum throughput of your network. TTCP has been around for several years and is available on Windows Server 2003 and other platforms. TTCP can be found on the Windows Server 2003 CD in the Valuadd\Msft\Net\Tools folder. The TTCP program can also be found at the Microsoft Download Center. You should check there for the latest version. This program can be used to test both TCP and UDP traffic. Testing network connections is especially important if you are using replication, log shipping, or database mirroring to a remote site.
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Using TTCP
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TTCP allows you to determine the throughput of your network. This information can be used to validate that you are getting the throughput that you need and to allow you to debug problems. You cannot assume that if you have gigabit network cards, you are getting gigabit throughput. There are many components involved in a network, including routers, firewalls, proxy servers, and more, that can cause additional overhead, reducing network throughput and increasing latencies. By using TTCP you can actually test the real components. You are not simulating the production environment in a test environment. This provides the absolute best type of data since it represents the actual performance of your network. Important TTCP will saturate your network. This means that everybody else on this network is affected while you are doing your test. Be careful when running this so that you don t cause problems that might affect your employment. TTCP is run on two different machines that represent the test environment. On one system you run TTCP in receive mode; on the other system you run TTCP in transmit mode. At the end of the test a report that tells you how much throughput was achieved
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Part II
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System Design and Architecture
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is produced automatically. TTCP has a number of optional parameters that allow you to configure the packet size, the protocol (TCP or UDP), and the amount of data to send across the network. To run TTCP, invoke it in receive mode on the receive system by running ttcp r s. On the driving system, invoke ttcp in transmit mode by running ttcp t s recveiving_system. The results show you the network throughput between the two systems. You will find this tool very useful, and the data it provides can be invaluable for finding network performance problems. As with any tool that saturates the network, be careful when you run it so that you don t affect others on the network.
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Using MOM for Capacity Planning
The Microsoft Operations Manager (MOM) product can also provide useful information for capacity planning and sizing. MOM stores perfmon data for long periods of time so that it can be analyzed and used for purposes such as tuning, sizing, and capacity planning. You can configure both the amount of data that MOM collects and the duration for which it stores the data. It is desirable to keep this kind of data as long as possible, but keeping it indefinitely is impractical. Determine which metrics are important for you, and configure MOM appropriately. By saving data such as CPU utilization, user counts, and I/O utilization for a significant amount of time, you can extrapolate future usage. MOM can also be used to validate that you have met your SLA.
Summary
In this chapter, you have learned the fundamentals of sizing and capacity planning. You have reviewed some mathematics that you probably hope you ll never use again. In addition, you have learned how to size a system for CPU, memory, I/O, and network capacity. This chapter has also introduced you to some new tools that are useful for benchmarking and load testing both the I/O subsystem and the network. You will find these tools and concepts important not only for sizing and capacity planning, but for performance tuning as well.
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