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cnn.Open sConnString Set cmd = New ADODB.Command cmd.ActiveConnection = cnn 4. Next, fill the colParams collection with ADODB.Parameter objects: Set colParams = SetParams(ActiveCell.Row) The SetParams function returns a filled collection and looks like this: Function SetParams(RowNum As Integer) As Collection 'returns a collection of filled ADO Parameter objects Dim colReturn As Collection Dim prm As ADODB.Parameter Set colReturn = New Collection Set prm = New ADODB.Parameter With prm .Name = "EmployeeID" .Type = adInteger .Value = Cells(RowNum, 1).Value End With colReturn.Add prm Set prm = New ADODB.Parameter 'wipe prm and start over; best way to prevent leftover data With prm .Name = "NationalIDNumber" .Type = adLongVarWChar .Size = 15 .Value = Cells(RowNum, 4).Value End With colReturn.Add prm Set prm = New ADODB.Parameter With prm .Name = "BirthDate" .Type = adDBTimeStamp .Value = Cells(RowNum, 5).Value End With colReturn.Add prm

Summary

Floats are cool, as we all know, and they allow us to create all sorts of nice layouts. But forgetting to clear a float can wreak all kinds of havoc. Always make sure all floated elements are cleared, either using the easy float clearing method described in 6, or by inserting a clearing div immediately following the floated element, or clearing the next element that appears in the document (see 7 for some additional clearing methods). You ll save a ton on headache medicine, and have more time to focus on the real bugs in your layout.

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This chapter began by examining the use of the Directory(Info) and File(Info) types (including several new members of the File type brought about with .NET 2.0). As you learned, these classes allow you to manipulate a physical file or directory on your hard drive. Next, you examined a number of types derived from the abstract Stream class, specifically FileStream. Given that Stream-derived types operate on a raw stream of bytes, the System.IO namespace provides numerous reader/writer types (StreamWriter, StringWriter, BinaryWriter, etc.) that simplify the process. Along the way, you also checked out a new I/O-centric type provided by .NET 2.0 (DriveType), and you learned how to monitor files using the FileSystemWatcher type and how to interact with streams in an asynchronous manner.

n 16, you learned about the functionality provided by the System.IO namespace. As shown, this namespace provides numerous reader/writer types that can be used to persist data to a given location (in a given format). This chapter examines the related topic of object serialization. Using object serialization, you are able to persist and retrieve the state of an object to (or from) any System.IO.Streamderived type. As you might imagine, the ability to serialize types is critical when attempting to copy an object to a remote machine (the subject of the next chapter). Understand, however, that serialization is quite useful in its own right and will likely play a role in many of your .NET applications (distributed or not). Over the course of this chapter, you will be exposed to numerous aspects of the .NET serialization scheme, including a set of new attributes introduced with .NET 2.0 that allow you to customize the process.

The term serialization describes the process of persisting (and possibly transferring) the state of an object to a stream. The persisted data sequence contains all necessary information needed to reconstruct (or deserialize) the state of the object for use later. Using this technology, it is trivial to save vast amounts of data (in various formats) with minimal fuss and bother. In fact, in many cases, saving application data using serialization services is much less cumbersome than making direct use of the readers/writers found within the System.IO namespace. For example, assume you have created a GUI-based desktop application and wish to provide a way for end users to save their preferences. To do so, you might define a class named UserPrefs that encapsulates 20 or so pieces of field data. If you were to make use of a System.IO.BinaryWriter type, you would need to manually save each field of the UserPrefs object. Likewise, when you wish to load the data from file back into memory, you would need to make use of a System.IO.BinaryReader and (once again) manually read in each value to reconfigure a new UserPrefs object. While this is certainly doable, you would save yourself a good amount of time simply by marking the UserPrefs class with the [Serializable] attribute. In this case, the entire state of the object can be persisted out using a few lines of code: static void Main(string[] args) { // Assume UserPrefs has been marked [Serializable]. UserPrefs userData= new UserPrefs(); userData.WindowColor = "Yellow"; userData.FontSize = "50"; userData.IsPowerUser = false;

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