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When we configure our environment, we must devise a reliable deployment strategy to ensure that the right application is deployed with the correct configuration. At the heart of a solid deployment strategy is continuous integration, which includes practices such as automated deployments and self-testing builds. With free, widely used open source tools such as CruiseControl.NET, NAnt, NUnit, and others, we can create an automated build and deployment server. By packaging NAnt, a build script, and a bootstrap batch file, we can harness the flexibility and power of NAnt to deploy and configure our application to multiple environments, up to and including production. Layering on the Web Deploy tool reduces the friction of copying and executing the build scripts across multiple servers, so we can have a totally automated solution that s repeatable and reliable.

user, real, home, host,

Understanding AutoMapper Configuring AutoMapper Testing conventions Applying formatters to eliminate duplicative code Reducing markup to presentation only Ridding views of complexity

The encrypt() method first generates some random bytes to serve as the IV, and stores those bytes in the ivSpec object Then, the method initializes the cipher object to be in encrypt mode, and passes it the secret key and IV The method then constructs a CipherOutputStream object from the output stream passed to encrypt() and the cipher object Any data that is written to the CipherOutputStream object is first enciphered, and then written to the output stream Once the CipherOutputStream object is initialized, the method then enters a loop in which data is read from the input stream and written to CipherOutputStream until all the data from the input stream has been consumed Finally, the CipherOutputStream object is closed, and any remaining unencrypted bytes are padded, encrypted, and written If the output stream is a file or a network socket, it will be closed.

1, 1, 1, 1,

The open source AutoMapper library is a convention-based object-to-object mapper. It takes source objects of one type and maps them to destination objects of another type. This is useful in many contexts, but we ll use it to map from a domain model to the model objects our views display the presentation model. We call it convention based because it doesn t depend on configuring each type s member s mapping, but instead relies on naming patterns and sensible defaults. You can check out the code and read more documentation at the AutoMapper website: http://automapper.codeplex.com.

2, 2, 2, 2,

The decrypt() method is similar to the encrypt() method, except that it reads the IV and ciphertext from the input stream, and writes plaintext to the output stream: public void decrypt(InputStream in, OutputStream out) throws Exception { // read IV first inread(ivBytes); ivSpec = new IvParameterSpec(ivBytes); cipherinit(CipherDECRYPT_MODE, secretKey, ivSpec); // Bytes read from in will be decrypted CipherInputStream cipherIn = new CipherInputStream(in, cipher); // Read in the decrypted bytes and write the plaintext to out int numRead = 0; while ((numRead = cipherInread(buf)) >= 0) outwrite(buf, 0, numRead); outclose(); } Now that we have described the most important subroutines in AESEncrypter, we show how the program s main() method brings it all together: public static void main (String argv[]) throws Exception { if (argvlength != 2) usage(); String operation = argv[0]; String keyFile = argv[1]; if (operation.

Given a source type and destination type, AutoMapper will assign values from source members, properties, and methods to corresponding members on the destination. It does this automatically, based on member names. Let s look at a couple of quick examples to get started. In the first example, we want to map from an object named Source to an object named Destination. Listing 18.1 shows these two classes. The names match up, so AutoMapper will simply map the value (and call ToString() on the Source.Number property).

0, 1, 2, 3,

public class Source { public int Number { get; set; } } public class Destination { public string Number { get; set; } } [Test] public void Demonstration1() { Mapper.CreateMap<Source, Destination>(); var source = new Source {Number = 3}; Destination destination = Mapper.Map<Source, Destination>(source); Console.WriteLine(destination.Number); }

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equals("createkey")) { FileOutputStream fos = new FileOutputStream(keyFile); KeyGenerator kg = KeyGeneratorgetInstance("AES"); kginit(KEY_SIZE*8); SecretKey skey = kggenerateKey(); /* write key */ foswrite(skeygetEncoded()); fosclose(); } else {.

The output of the test in listing 18.1 is the string 3. AutoMapper just looks at the names, and when they match, it makes the assignment. In reality, our objects are rarely this simple they re usually object hierarchies. AutoMapper can flatten graphs of objects, projecting the hierarchy to a new shape. In listing 18.2 AutoMapper flattens a simple hierarchy.