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ven the most optimistic system administrator knows that sooner or later she or he will be faced with a major problem. We ll cover preparing for disasters in depth in 27, Disaster Planning, and you should refer to that chapter for information on how to prepare for major problems and how to build a disaster recovery plan to respond quickly and ef ciently to major trouble. But as exhilarating as it may be to work through a major problem and successfully recover from it, it s far better to avoid major problems as much as possible. This chapter focuses on the hardware and software tools that help you to build a highly available and fault-tolerant SBS environment. Remember, however, that hardware and software are only a small part of the equation building and deploying for fault tolerance requires time, a clear understanding of the necessary tradeoffs, and most important discipline. Yes, you can avoid most computer downtime, but you ll need to be realistic about what your resources are, and what you can reasonably afford to spend. Because SBS does not support clustering, your options for high availability are somewhat limited, but you can still take some important steps to improve your availability and fault tolerance. Your primary focus needs to be on building fault tolerance into your server and network infrastructure. Building fault-tolerant systems doesn t come without costs, in both effort and money. In this chapter we ll try to help you make informed decisions about where to most costeffectively (and resource-effectively) build fault tolerance into your SBS environment. To use this information, you should have a clear understanding of the business needs you re trying to resolve and a realistic assessment of the resources available to meet those

Figure 2.2 A distributed source control system with an optional main node. Every client has its own repository and can commit directly to other clients.

// Resolve a SqlDatabase object from the container using the default database. SqlDatabase sqlServerDB = EnterpriseLibraryContainer.Current.GetInstance<Database>() as SqlDatabase; // Specify a SQL query that returns XML data. string xmlQuery = "SELECT * FROM OrderList WHERE State = @state FOR XML AUTO"; // Create a suitable command type and add the required parameter // NB: ExecuteXmlReader is only available for SQL Server databases using (DbCommand xmlCmd = sqlServerDB.GetSqlStringCommand(xmlQuery)) { xmlCmd.Parameters.Add(new SqlParameter("state", "Colorado")); using (XmlReader reader = sqlServerDB.ExecuteXmlReader(xmlCmd)) { // Iterate through the elements in the XmlReader while (!reader.EOF) { if (reader.IsStartElement()) { Console.WriteLine(reader.ReadOuterXml()); } } } }

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Contains a list of the default targets. The full path to where MSBuild extensions are located. This is typically under the Program Files folder. The full path to where MSBuild 32 bit extensions are located. This is typically under the Program Files folder. For 32-bit machines this value will be the same as MSBuildExtensionsPath. The number of nodes (processes) that are being used to build the project. If the /m switch is not used, then this value will be 1. The full path to folder where the MSBuild process is invoked.

The I/O cost of this query involves the cost of the unordered scan of the leaf of the index (see the section The Storage Engine s Treatment of Scans for details about how scans are

Some people look at the world through rose-colored glasses Programmers like you and me tend to look at the world through code-colored glasses We assume that the better we make the code, the more our clients and customers will like our software This point of view might have a mailing address somewhere in reality, but it doesn t have a street number, and it certainly doesn t own any real estate Users are more interested in tangible program characteristics than they are in code quality Sometimes users are interested in raw performance, but only when it affects their work Users tend to be more interested in program throughput than raw performance Delivering software on time, providing a clean user interface, and avoiding downtime are often more significant Here s an illustration: I take at least 50 pictures a week on my digital camera.

Figure 5-2. The template configuration screen displays general settings as well as template-specific parameters.

Although this section covers JTA, it is strongly recommended that you not attempt to manage transactions explicitly. Through transaction attributes, Enterprise JavaBeans provides a comprehensive and simple mechanism for delimiting transactions at the method level and propagating transactions automatically. Only developers with a thorough understanding of transactional systems should attempt to use JTA with EJB.