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They derive from the encryption base classes, but they are also abstract classes For example, the DES algorithm class, which represents the DES (Data Encryption Standard) algorithm, derives from SymmetricAlgorithm The third level of classes is a set of encryption implementations Each implementation class derives from an algorithm class This means a specific encryption algorithm such as DES could have multiple implementation classes While some NET Framework encryption classes are implemented entirely in managed code, most are actually thin wrappers over the CryptoAPI library The classes that wrap the CryptoAPI functions have CryptoServiceProvider in their name (for example, DESCryptoServiceProvider), while the managed classes typically have Managed in their name (for example, RijndaelManaged) Essentially, the managed classes perform all their work in the NET world under the supervision of the CLR, while the unmanaged classes use calls to the unmanaged CryptoAPI library.

You can use this binding to enable WCF applications to send and receive messages to and from existing MSMQ applications that use COM, native C++, or the types defined in the System. Messaging namespace. You can use this queued binding for crossmachine communication between .NET applications. This is the preferred approach among the MSMQ-centric bindings.

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Once you establish the contracts and bindings, the final piece of the puzzle is to specify an address for the WCF service. This is important because remote callers will be unable to communicate with the remote types if they cannot locate them! Like most aspects of WCF, an address can be hard-coded in an assembly (using the System.Uri type) or offloaded to a *.config file. In either case, the exact format of the WCF address will differ based on your choice of binding (HTTP based, named pipes, TCP based, or MSMQ based). From a high level, WCF addresses can specify the following bits of information: Scheme: The transport protocol (e.g., HTTP) MachineName: The fully qualified domain of the machine Port: This is optional in many cases; for example, the default for HTTP bindings is port 80. Path: The path to the WCF service

This might seem like a limitation, but it s actually an efficient reuse of existing technology The CryptoAPI has never been faulted for its technology, just its awkward programming interface Figure 25-2 shows the classes in the SystemSecurityCryptography namespace This three-layer organization allows almost unlimited extensibility You can create a new implementation for an existing cryptography class by deriving from an existing algorithm class For example, you could create a class that implements the DES algorithm entirely in managed code by creating a new DESManaged class and inheriting from DESCryptoServiceProvider Similarly, you can add support for a new encryption algorithm by adding an abstract algorithm class (for example, CAST128, which is similar to DES but is not provided in the framework) and a concrete implementation class (such as CAST128Managed)..

This information can be represented by the following generalized template (the Port value is optional because some bindings don t use them): scheme://<MachineName>[:Port]/Path When you use a web service based binding (e.g., basicHttpBinding, wsHttpBinding, wsDualHttpBinding, or wsFederationHttpBinding), the address breaks down like this (recall that HTTPbased protocols default to port 80 if you do not specify a port number):

The encryption classes are one of the few examples in the .NET class library where the standard naming and case rules are not followed. For example, you ll find classes such as TripleDES and RSA rather than TripleDes and Rsa.

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