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In this section, I want to introduce a new technique based on aggregates to solve tiebreaker problems, which I started discussing in 4. I'll use the same example as I used therereturning the most recent order for each employeeusing different combinations of tiebreaker attributes that uniquely identify an order for each employee. Keep in mind that the performance of the solutions that use subqueries very strongly depends on indexing. That is, you need an index on the partitioning column, sort column, and tiebreaker attributes. But in practice, you don't always have the option to add as many indexes as you like. The subquery-based solutions will greatly suffer in performance from a lack of appropriate indexes. Using aggregation techniques, you'll see that the solution will yield good performance even when an optimal index is not in placein fact, even when no good index is in place. Let's start with using the MAX(OrderID) as the tiebreaker. To recap, you're after the most recent order for each employee, using the MAX(OrderID) as the tiebreaker. For each order, you're supposed to return the EmployeeID, OrderDate, OrderID, CustomerID, and RequiredDate. The aggregate technique to solve the problem applies the following logical idea in pseudocode: SELECT EmployeeID, MAX(OrderDate, OrderID, CustomerID, RequiredDate) FROM dbo.Orders GROUP BY EmployeeID;

Presentations can be published to your own computer, a corporate intranet site, a Web site, a shared network location, or a recordable CD This flexibility ensures that your message reaches your audience no matter where they are Microsoft Producer makes extensive use of Windows Media Technologies The audio and video in your presentation is in Windows Media Format, a streaming media format that lets you incorporate high-quality audio and video in your presentations The video and audio are highly compressed because they use Windows Media audio and video codecs to make them smaller, and therefore easier to distribute over the Web, on a corporate intranet site, or over a traditional local area network (LAN) Finally, you can use other Windows Media Technologies to stream your presentations over a corporate LAN, corporate intranet site, or over the Internet so others can watch the presentations you create online.

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There's no such ability in T-SQL, so don't try to run this query The idea here is to generate a row for each employee, with the MAX(OrderDate) (most recent) and the MAX(OrderID)the tiebreakeramong orders on the most recent OrderDate Because the combination EmployeeID, OrderDate, OrderID is already unique, all other attributes (CustomerID, RequiredDate) are simply returned from the selected row Because a MAX of more than one attribute does not exist in T-SQL, you must mimic it somehow, and you can do so by concatenating all attributes to provide a scalar input value to the MAX function, and then in an outer query, extract back the individual elements The question is this: what technique should you use to concatenate the attributes The trick is to use a fixed-width string for each attribute and to convert the attributes in a way that will not change the sorting behavior.

In other cases, the application may implement complex logic to programmatically control navigation so that certain business rules are enforced for example, the application might not allow the user to navigate away from a certain form without first verifying that the data entered is correct Implementing the required navigation behavior in a Windows Presentation Foundation (WPF) or Silverlight application can often be relatively straightforward because they both provide direct support for navigation However, navigation can be more complex to implement in applications that use the Model-View-ViewModel (MVVM) pattern or in composite applications that use multiple loosely-coupled modules Prism provides guidance on implementing navigation in these situations..

When dealing exclusively with positive numbers, you can use an arithmetic calculation to merge values For example, say you have the numbers m and n, each with a valid range of 1 through 999 To merge m and n, use the following formula: m*1000 + n AS r To later extract the individual pieces, use r divided by 1000 to get m, and use r modulo 1000 to get n However, in many cases you'll probably have non-numeric data to concatenate, so arithmetic concatenation would be out of the question You might want to consider converting all values to fixed-width character strings (CHAR(n)/NCHAR(n)) or to fixed-width binary strings (BINARY(n)).

Who Is This Book For This book is for people who want to create compelling, rich-media presentations This book is designed, much like the software, for people who may be new to using digital media The goal of this book to walk you through the process of creating rich-media presentations, from the basics of recording video and audio to the publishing of the edited project as a presentation, while covering all the tasks you can do in between to create a great final product The primary audiences for this book are business users and educators..

Here's an example for returning the order with the MAX(OrderDate) for each employee, using MAX(OrderID) as the tiebreaker, using binary concatenation: USE Northwind; SELECT EmployeeID, CAST(SUBSTRING(binstr, 1, 8) AS DATETIME) AS OrderDate, CAST(SUBSTRING(binstr, 9, 4) AS INT) AS OrderID, CAST(SUBSTRING(binstr, 13, 10) AS NCHAR(5)) AS CustomerID,.

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CAST(SUBSTRING(binstr, 23, 8) AS DATETIME) AS RequiredDate FROM (SELECT EmployeeID, MAX(CAST(OrderDate AS BINARY(8)) + CAST(OrderID AS BINARY(4)) + CAST(CustomerID AS BINARY(10)) + CAST(RequiredDate AS BINARY(8))) AS binstr FROM dbo.Orders GROUP BY EmployeeID) AS D;

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