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In contrast, most persistent connections are started using init scripts and consist of running a program and placing it in the background or in daemon mode The daemon handles binding itself to required ports and generally handles its own access controls and logging The Sendmail daemon, for example, binds itself to port 25, has the ability to control who connects to it, and logs to the maillog log file The original daemon used on a lot of Linux systems was called inetd These days many Linux distributions Red Hat, for example use a more secure and advanced version called xinetd17 that added better access controls, some protection from Denial of Service attacks, and considerable further sophistication of potential configuration Debian, though, still uses inetd The origin of inetd/xinetd-style functionality comes from a requirement to have a central server to manage and control a variety of independent networked services.

I will now walk you through creating your own transformation. Let s imagine we have a server allocated for user acceptance testing (UAT) and we need to change an individual setting when our application is moved from our development machine to the user-acceptance machine. 1. 2. 3. 4. 5. 6. 7. 8. The first thing we need to do is create a new build configuration, so go to the build configuration manager. On the main menu, go to Build Configuration Manager. Click the drop-down menu labeled Active solution configuration and select <New>. Enter the name UAT. Select the Copy settings from Release drop-down menu option. Make sure the Create new project configurations checkbox is ticked and click OK. Close the Configuration window. Right-click on Web.config in Solution Explorer and select the Add Config Transforms option. Visual Studio will create a new Web.UAT.config file. Open Web.config and add a new appsetting key called RunMode: < xml version="1.0" > <appSettings> <add key="RunMode" value="Default" /> </appSettings> 5. Now open Web.UAC.config and replace the code with the following: < xml version="1.0" > <configuration xmlns:xdt="http://schemas.microsoft.com/XML-Document-Transform"> <appSettings> <add key="RunMode" xdt:Transform="Replace" xdt:Locator="Match(key)" value="User acceptance testing" /> </appSettings>

Some of the services that inetd/xinetd traditionally handle are functions such as echo, chargen, and finger Debian also uses inetd by default to start telnet, smtp, and ftp I recommend you disable whichever of these your system uses and instead rely on individual init scripts to start those services, daemons, and applications you require I recommend you do this for two reasons The first is that most of the services that inetd/xinetd controls are often unnecessary for many systems and can even pose a security risk to your system Review all the services started by inetd/xinetd carefully, but I suggest that most of them are either not required or could be started equally securely using an init script One of the elements of good security is operating with the principle of minimalism in mind.

Figure 5-14 Use the Table Style Options to identify elements in a table that should have special formatting. By default, three of the six options are already turned on. You can, of course, turn off one or all of the default settings and turn on one or more of the other options. Header Row: Indicates that the table will have a header row and that row should be formatted differently. First Column: Indicates special formatting for the first column.

So stop and disable any service or application that is not 100 percent required for the function of your secured system The second reason I recommend you disable inetd/xinetd is because both of these daemons pose a security risk to your system in their own rights This risk is both in the many security vulnerabilities discovered in both daemons but also because it adds another potential point of security failure Indeed, many attackers can often use your inetd/xinetd daemon to install or prime a backdoor on your system by penetrating the daemon Any potential security.

17. http://www.xinetd.org/

<system.web> <compilation xdt:Transform="RemoveAttributes(debug)" /> </system.web> </configuration> 6. If you want to run your app to see if the changes have occurred, open Default.aspx.cs and add the following code to Page_Load: Response.Write(System.Configuration.ConfigurationManager.AppSettings.Get("RunMode")); If you run your project now you will not see the results of this transformation. This is because transformations are part of your build process and will only occur when you publish your application or use the MSBuild utility with certain options. This does seem a bit of shame, as it would have been nice to easily test transformations by changing the build mode. The easiest way to see the transformations is to publish the project. 1. 2. Right-click on the project and select Publish. Change the Publish Method in the drop-down menu to File System, enter a path where the project should be built, and click the Publish button. If you now open the Web.config in your published application you will find the RunMode setting has been changed.