ISOLATED STORAGE in Word document

Print qr barcode in Word document ISOLATED STORAGE

Let s change the properties; select each of the text box items, and specify the values for each report item s properties according to Table 10-4. Table 10-4. Report Item Properties for the Header

Figure 13-1. An animated application bar created with Silverlight In the example in Figure 13-1, for one of the icons, the animation that was created when the mouse was placed over the icon had two basic positions: at timestamp 0.00, the icon s Width and Height properties were set to 50 pixels; at timestamp 0.25, the Width and Height properties were set to 75 pixels. To make the transition smooth from timestamp 0.00 to 0.25, Silverlight creates a spline, which will generate all of the frames along the way to make the movement appear fluid to the human eye.

<Style x:Key="FormLabel" TargetType="TextBlock"> <Setter Property="FontFamily" Value="Verdana"/> <Setter Property="FontSize" Value="16"/> <Setter Property="FontWeight" Value="Bold"/> <Setter Property="Margin" Value="5,5,5,5"/> </Style> In HTML, to reference a style from a control, you simply set the style attribute. In Silverlight, this syntax looks a little different. Silverlight styles are referenced in a control using an XAML markup extension. You saw markup extensions in use in 5 when working with data binding in Silverlight, you set a control s property using the form {Binding, <path>. To reference the sample FormLabel style from your TextBlock, the syntax would look as follows: <TextBlock Text="Age" Grid.Row="2" Style="{StaticResource FormLabel}"/> Let s give styles a try, starting with defining styles at the page level.

for (int i = 0;i<=linesNeeded;i++) { if (i != linesNeeded) { String line = body.Substring(i*73,73); msg.Append(line).Append("\r\n"); } else { String line = body.Substring(i*73); msg.Append(line).Append("\r\n"); } } // send the resulting message SmtpConnection con = new SmtpConnection (smtpServer); con.SendMessage(mailfrom,mailto,msg.ToString()); } This method is not called directly by the framework, but instead the class provides two other methods that are made for this purpose. The first one, named SendRequestMessage(), generates a message ID that is later returned using an out parameter and then calls SendMessage() to send the e-mail via SMTP. It next calls the POP3PollManager s RequestSent() method so that the background thread will start checking for incoming reply mails. The second method, SendReplyMessage(), takes a given message ID and sends a reply: internal static void SendRequestMessage(String mailfrom, String mailto, String smtpServer, ITransportHeaders headers, Stream request, String objectURI, out String ID) { ID = "<" + Guid.NewGuid().ToString().Replace("-","") + "@REMOTING>"; SendMessage(ID,null,mailfrom,mailto,smtpServer,headers,request,objectURI); POP3PollManager.RequestSent(); } internal static void SendResponseMessage(String mailfrom, String mailto, String smtpServer, ITransportHeaders headers, Stream response, String ID) { SendMessage(null,ID,mailfrom,mailto,smtpServer,headers,response,null); } The more complex part of mapping the underlying protocol to the .NET Remoting framework is the handling of responses. As the combination of SMTP and POP3 is asynchronous in its nature, whereas most .NET calls are executed synchronously, you have to provide a means for blocking the underlying thread until the matching response has been received. This is accomplished by the following method, which adds the waiting thread to the _waitingFor Hashtable and suspends it afterwards. Whenever a response is received (which is handled by another function running in a different thread), the response is stored in the _responses Hashtable and the thread awakened again. It then fetches the value from _responses and returns it to the caller.

To load text data from a file, follow these steps: 1. Add a Visual Basic Console Application project named LoadText to the solution. 2. Rename Module1.vb to LoadText.vb, and replace the code with that in Listing 18-4. Listing 18-4. LoadText.vb Imports System Imports System.Data Imports System.Data.SqlClient Imports System.Data.SqlTypes Imports System.IO Namespace LoadText Friend Class LoadText Private Shared fileName As String = "C:\Documents and Settings" & _ "\Toshiba User\My Documents\Visual Studio 2008" & _ "\Projects\18\LoadText\LoadText.vb" Private conn As SqlConnection = Nothing Private cmd As SqlCommand = Nothing Shared Sub Main() Dim loader As New LoadText() Try ' Get text file loader.GetTextFile(fileName) ' Open connection loader.OpenConnection() ' Create command loader.CreateCommand() ' Create table loader.CreateTextTable() ' Prepare insert command loader.PrepareInsertTextFile() ' Load text file loader.ExecuteInsertTextFile(fileName) Console.WriteLine("Loaded {0} into texttable.", fileName) Catch ex As SqlException Console.WriteLine(ex.ToString())

Now that we ve covered the main areas of SSMS, we ll next take a closer look at the Options area off the Tools menu, as it warrants a more detailed discussion.

All three constructs are for writing imperative programs, indicated partly by the fact that in all cases the body of the loop must have a return type of unit. Note that unit is the F# type that corresponds to void in imperative languages such as C, and it has the single value (). The following sections cover these three constructs in more detail.

$ smbclient *