rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

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streamClose(); if (checkBox1Checked) { ProcessStart(ApplicationStartupPath + @"\employeexml"); } } The code creates an instance of the Employee class and sets its properties to the values entered in the text boxes A FileStream object is then created and creates a file to which the serialized data is to be written Then a SoapFormatter object is created The Serialize() method of SoapFormatter accepts two parameters: a stream to which the serialized data is to be written and the object that is to be serialized The counterpart of this operation is performed in the Click event handler of the Deserialize button and is shown in Listing 8-19 Listing 8-19 Deserialization by Using the SoapFormatter Class private void button2_Click(object sender, EventArgs e) { Employee emp; FileStream stream = new FileStream(ApplicationStartupPath + @"\employeexml", FileModeOpen); SoapFormatter formatter = new SoapFormatter(); emp=(Employee)formatterDeserialize(stream); textBox1Text = empEmployeeID.

9

In JavaScript, you will need a reference to the Silverlight control. One way of getting this is by capturing the Load event of the control, which raises references to the control as well as its current context. See 15 for more details on this. Once you have this reference, you can seek the item by using findName on the control s content.

<%@ page contentType="text/xml" session="false" %>< xml version="1.0" encoding="UTF-8" > <% java.util.Date today = new java.util.Date(); %> <rss version="2.0"> <channel> <title>Example Channel</title> <link>http://localhost:8080/</link> <description> The Example Channel discusses exemplary behavior </description> <copyright>(c) Dave Minter & Jeff Linwood 2004</copyright> <lastBuildDate><%= today %></lastBuildDate> <generator>Example RSS JSP</generator> <managingEditor>tom@example.com</managingEditor> <webMaster>dick@example.com</webMaster> <% for( int i = 0; i < 10; i++ ) { %> <item> <title>Example Title Number <%= i %></title> <guid isPermaLink="false"><%= i %></guid> <link>http://localhost:8080/<%= i %>/</link> <pubDate><%= today %></pubDate> <description> Description for example article number <%= i %>. </description> </item> <% } %> </channel> </rss>

ToString(); textBox2Text = empFirstName; textBox3Text = empLastName; textBox4Text = empHomePhone; textBox5Text = empNotes; streamClose(); } The code declares a variable of type Employee It then opens a stream pointing to the same file to which the object was serialized before An instance of SoapFormatter is then created The Deserialize() method of SoapFormatter reads the stream and deserializes the object The return value of Deserialize() is of type object and hence it is type converted to the Employee class After the Employee object is retrieved, its property values are assigned to the corresponding text boxes If you run the application and serialize the Employee object, you should see output similar to Figure 8-8 As you can see, the XML output is now in SOAP format There is also mention of some namespaces related to SOAP.

function handleLoad(control, context, sender) { var txtBlock=control.content.findName("txt"); txtBlock.Text = "This is the new Text"; }

While this is not an especially attractive piece of code, it clearly demonstrates the ease of generating an RSS feed. Figure 9-4 shows the generated feed in the RSS Viewer application.

There is another important difference: the names given to various elements containing data correspond to private variable names that hold the actual value and not the property names Unlike XML serialization, which is shallow by nature, SOAP serialization done via the SoapFormatter class is deep serialization It serializes private, protected, and public data..

Alternatively, we can generate our RSS directly from code within a servlet. You could hardcode the XML into your application much as we have done with the JSP page earlier. Alternatively, you could build a Document Object Model (DOM) to represent the XML page directly. Finally, you could use a library specifically oriented to RSS, such as RSS4J, available from www.churchillobjects.com/c/13005.html. RSS4J is yet another open source library, and allows you to model an RSS document rather than the rather more abstract XML document. The library permits you to build a RSS 0.9, 0.91, or 1.0 document, but does not currently allow you to build a 2.0-compliant document. Here is an example use of the library: