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public static void M() { Classroom classroom = new Classroom(); classroom.Students.Add("Jeff"); classroom.Students.Add("Kristin"); classroom.Students.Add("Aidan"); classroom.Students.Add("Grant"); // Show the 4 students in the classroom foreach (var student in classroom.Students) Console.WriteLine(student); }

Listing 2.2 contains a DTD to constrain our product catalog example document. For this DTD to be used by a validating XML parser, we could add the DTD in-line to listing 2.1, right after the opening XML processing instruction. We could also store the DTD in a separate file and reference it like this:

Then use the following code to build an application assembly:

the collection . GetProductsCompleted should assign that collection to the ListBox ItemsSource property . Because the ListBox DisplayMemberPath property is set to Product , the ListBox displays the Product property of each ProductInfo in the collection . In addition, add a method named GetProductCompleted to harvest the results of the singular product lookup . The method should take an object (the sender) as the first parameter and a GetProductCompletedEventArgs (also generated by Visual Studio) as the second parameter . GetProductCompletedEventArgs holds the selected product in its Result property . Set the LayoutRoot DataContext property to the ProductInfo returned by the service . Because the TextBox controls in the Grid are bound to the Product, Price, and Description properties, this data appears in the TextBlocks automatically .

When you use the HIERARCHYID data type to represent trees, in certain cases the paths can become long. With very deep trees this is natural because the HIERARCHYID value represents a path of all nodes leading to the current node, starting with the root. However, in certain cases, even when the tree is not very deep, the path can become long. First I ll explain the circumstances in which this can happen, and then I ll provide a solution to normalizing the values, making them shorter. Note that in this section, the word normalizing does not refer to database normalization.

Encrypt This method produces a string containing an encrypted authentication ticket suitable for use in an HTTP cookie, given a FormsAuthenticationTicket object. getAuthCookie

$5,877 $5,771 $1,666 $8,889 $10,788 $4,000 $7,860

... session2.close(); Set allObjects = new HashSet(); allObjects.add(a); allObjects.add(b); allObjects.add(c);

1. 2.

This code sets the ImageButton control properties in the Page_Load event handler. In the ImageButton1_Click event handler, the x-coordinate and y-coordinate are retrieved and placed into the AlternateText property. In this example, you can use this information to determine the area (or color) on which the user clicked and make a decision accordingly.

string (call it str) with another substring (call it newsubstr). You invoke the function with the aforementioned arguments in the following order: REPLACE(str, oldsubstr, newsubstr). Here's an interesting way we can use the REPLACE function: REPLACE(LEFT(array, n), ',', "). Here str is the first n characters within the array (LEFT(array, n)), oldsubstr is a comma, and newsubstr is an empty string. We replace each occurrence of a comma within the substring with an empty string. Now, what can you say about the difference in length between the original substring (n) and the new one The new one will obviously be n num_commas, where num_commas is the number of commas in str. In other words, n (n num_commas) will give you the number of commas. Add one, and you have the position of the element within the array. Use the LEN function to return the number of characters in str after removing the commas. Here's the complete expression that calculates pos: n - LEN(REPLACE(LEFT(array, n), ',', '')) + 1 AS pos

using System; using System.Security.Cryptography; using System.Text; class RSAExample { RSAExample() { byte[] x_secret_message = Encoding.Default.GetBytes("C# for Java Developers"); // create the RSA provider RSACryptoServiceProvider x_rsa_encryptor = new RSACryptoServiceProvider(); // extract the parameters so we can decrypt the data later RSAParameters x_key_info = x_rsa_encryptor.ExportParameters(true); // encrypt the data byte[] x_encrypted_data = x_rsa_encryptor.Encrypt(x_secret_message, false); // create the RSA provider RSACryptoServiceProvider x_rsa_decryptor = new RSACryptoServiceProvider(); x_rsa_decryptor.ImportParameters(x_key_info); // decrypt the data x_secret_message = x_rsa_decryptor.Decrypt(x_encrypted_data, false); Console.WriteLine(Encoding.Default.GetString(x_secret_message));

Are you making use of an interactive debugger Do you use make or other dependency-control software to build programs efficiently and reliably Does your test environment include an automated test framework, automated test generators, coverage monitors, system perturbers, diff tools, and defect tracking software Have you created any custom tools that would help support your specific project s needs, especially tools that automate repetitive tasks Overall, does your environment benefit from adequate tool support

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