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SET NOCOUNT ON; USE Performance; GO SELECT orderid, custid, empid, shipperid, orderdate, filler FROM dbo.Orders WHERE orderid = 3; SELECT orderid, custid, empid, shipperid, orderdate, filler FROM dbo.Orders WHERE orderid = 5; SELECT orderid, custid, empid, shipperid, orderdate, filler FROM dbo.Orders WHERE orderid = 7; SELECT orderid, custid, empid, shipperid, orderdate, filler FROM dbo.Orders WHERE orderdate = '20060212'; SELECT orderid, custid, empid, shipperid, orderdate, filler FROM dbo.Orders WHERE orderdate = '20060118'; SELECT orderid, custid, empid, shipperid, orderdate, filler FROM dbo.Orders WHERE orderdate = '20060828'; SELECT orderid, custid, empid, shipperid, orderdate, filler FROM dbo.Orders WHERE orderdate >= '20060101' AND orderdate < '20060201'; SELECT orderid, FROM dbo.Orders WHERE orderdate AND orderdate SELECT orderid, FROM dbo.Orders WHERE orderdate AND orderdate custid, empid, shipperid, orderdate, filler >= '20060401' < '20060501'; custid, empid, shipperid, orderdate, filler >= '20060201' < '20070301';

Your task is to find the minimum missing key (in this case, 5) assuming the key starts at 1. I provided the following solution based on subqueries: SELECT MIN(A.keycol + 1) FROM dbo.T1 AS A WHERE NOT EXISTS (SELECT * FROM dbo.T1 AS B WHERE B.keycol = A.keycol + 1);

Query categoryByName = session.createQuery("from Category c where c.name like :name"); categoryByName.setString("name", categoryNamePattern); Iterator categories = categoryByName.iterate();

public static void Main() { Int32 v = 5; Object o = v; v = 123; Console.WriteLine(v); v = (Int32) o; Console.WriteLine(v); } // Create an unboxed value type variable. // o refers to the boxed version of v. // Changes the unboxed value type to 123 // Displays "123" // Unboxes and copies o into v // Displays "5"

USE tempdb; IF OBJECT_ID('dbo.Groups') IS NOT NULL DROP TABLE dbo.Groups; CREATE TABLE dbo.Groups ( groupid VARCHAR(10) NOT NULL, memberid INT NOT NULL, string VARCHAR(10) NOT NULL, val INT NOT NULL, PRIMARY KEY (groupid, memberid) ); GO

Now, when the user goes to run the hworld web application, the browser will cache the files and make them available even when the user is offline. The offline cache mechanism also provides an API that allows the developer to have explicit control of the application cache. The manifest file can contain three distinct sections indicating how different files should be handled: CACHE NETWORK FALLBACK CACHE is the default section and says that the files in this section should be downloaded and stored in the application cache when they are accessed for the first time. Files under the NETWORK section are explicitly not cached and must be accessed over the network. This is useful when the application developer requires server side interaction, such as for tracking mechanisms. All requests to resources under NETWORK bypass the cache and are requested directly from their online location. Finally, FALLBACK allows the developer to specify resources that should be used if the primary resource is not available. The first URI is the resource, the second is the fallback. Both URIs must be relative and from the same origin as the manifest file. This is useful for the developer to put up an explicit warning or error message if some expected resource is not available. A cache manifest with files in each section might look like this:

Enterprise Library, by default, uses the Unity dependency injection mechanism to create instances of Enterprise Library objects. If you are already using, or plan to use, a different dependency injection container in your application you may be able to use it to create Enterprise Library objects instead of using Unity. For this to work, you can obtain or write your own configurator that can load the container with the Enterprise Library configuration information you specify, or create a type that implements the IServiceLocator interface and can expose the configuration information.

On the Companion CD Open the \Samples\0402_PracticeTemplates.xlsx file on the CD-ROM . You can use the worksheets in the 0402_PracticeTemplates.xlsx file for the exercises described below, or use models of your own that are of the same or a similar type . The practice file contains some worksheets with simple basic configurations and content:

Finally, the compiler automatically knows how and in what order to interpret operators (such as +, -, *, /, %, &, ^, |, ==, !=, >, <, >=, <=, <<, >>, ~, !, ++, --, and so on) when used in code:

The FontFactory class has a series of static getFont() methods that allow you to get a Font object without explicitly creating a BaseFont instance: