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.NET 4.0 introduces a new type dynamic that allows you to tell the compiler to resolve a variable s type at runtime. Somewhat paradoxically the keyword dynamic statically types an object as dynamic. To declare an object as dynamic, prefix the variable name with the type dynamic: dynamic myDynamic="Something"; Console.WriteLine(myDynamic.GetType().Name); Console.ReadKey(); What type will be output on the second line Dynamic, object For those of you who said String you are correct (now stop looking so smug); I will explain why this is shortly.

You can start and stop vsftpd using the vsftpd binary. The daemon will first check the validity of vsftpd.conf and then, depending on the configuration, will either run in the foreground or fork the process into the background. puppy# vsftpd & To stop vsftpd, simply kill the daemon. You could also start and stop vsftpd from an init script.6 I recommend using this approach for ease of operation.

vsftpd: http://vsftpd.beasts.org/ vsftpd HOWTO: http://www.vsftpd.org/

A Red Hat init script, available at http://freshrpms.net/packages/builds/vsftpd/vsftpd.init, should be easy to adapt to other distributions.

No, dynamic is very different. When the var keyword is used the compiler infers the type of value you are using and writes the appropriate code for you when you compile the application. Variables declared using var benefit from type checks, Intellisense, and offer better performance than their dynamic equivalent. Types declared as dynamic are evaluated at run time and do not have these benefits.

omain Name Services1 (DNS) is the phone directory of the Internet and private networks DNS maps the IP addresses of hosts to their names, and vice versa It provides the ability for applications, tools, and hosts to find and resolve the IP addresses or names of hosts with which they want to communicate It is one of the most critical Internet and network services utilized by ISPs and organizations Without DNS, the Internet and your internal network would be unable to function A DNS server is, in its simplest form, a database of names and addresses This DNS database performs two core roles: it tracks the names and addresses of your hosts and provides these names and addresses in response to queries These names and addresses can describe hosts and networks inside your internal network, on the Internet, or on another network.

It can also describe the same host in two different contexts, depending on who asks the question For example, the host kittenyourdomaincom could have the IP address of 1921680100 on your internal network Clients of your internal network need to use this address to communicate with this host On the Internet, however, kittenyourdomaincom may be known by IP address 22024052228, and clients there need this address instead Your DNS server determines which IP address for the kittenyourdomaincom host it can provide to a client, depending on whether the query comes from your internal network or the Internet This name and address resolution role is critical to how almost all network services and applications function.

It is also an extremely useful resource for attackers to control on your network because they can see the contents of your entire network and also use that information to subvert your hosts, stage man-in-the-middle attacks, or inflict crippling Denial of Service (DoS) attacks on your environment In this chapter, I aim to mitigate and minimize the risk of these sorts of compromises and attacks from occurring and prevent an attacker from turning your DNS assets into dangerous liabilities In this chapter I will briefly cover some of the potential threats and risks to your DNS servers Then I will address choosing a suitable DNS server and creating a secure DNS design I will take you through installing, configuring, and hardening a DNS server and use the BIND DNS server as a model.

One advantage is that it can avoid some tedious casting and Reflection code. For example, let s say we want to create an instance of a type using a string and call a method on it at runtime. In our example we will create a StringBuilder instance and call the Append method on it using Reflection: object UsingReflection = Activator.CreateInstance(Type.GetType("System.Text.StringBuilder")); Type ObjectType = UsingReflection.GetType(); //Append has many overloads so we need to tell reflection which type we will use Type[] TypeArray = new Type[1]; TypeArray.SetValue(typeof(string), 0); var ObjectMethodInfo=ObjectType.GetMethod("Append", TypeArray); ObjectMethodInfo.Invoke(UsingReflection, new object[] { "alex" }); Console.WriteLine( ObjectType.GetMethod("ToString", new Type[0]).Invoke(UsingReflection, null) ); Console.ReadKey(); By using dynamic, however, we can make this simpler and more readable (and I know which bit of code I could remember): dynamic usingDynamic = Activator.CreateInstance(Type.GetType("System.Text.StringBuilder")); usingDynamic.Append("Hello"); Console.WriteLine(UsingDynamic.ToString()); Console.ReadKey();