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The bold code in the modified implementation relates to the serialization of the event handlers The first piece of bold code is the declaration of a script buffer The script buffer is the script code that you saved with the serialized HTML You need both pieces, as the script code will dynamically attach itself when you assign the serialized HTML using the innerHTML property The second bold code is the serialization of the events that you declared at design time If the element is attached dynamically, then any associated event is not serialized The last and third piece of bold code is the problematic and touchy code In the example HTML page, the onclick event was assigned dynamically where a button was injected dynamically The onclick event was not a string that referenced another call The onclick event referenced an anonymous JavaScript function.

Note If the ConnectionKey property is used, a corresponding appSettings key must be added to SharePoint s Web.Config file. If you installed SharePoint on your C: drive Web.Config will be in C:\Inetpub\wwwroot. The key entry might look something like this: <add key="MyDSN" value="user id=Northwind_test_user; data source=(local); persist security info=False; initial catalog=Northwind"/>.

.SetValue() -> value is now set");

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Because serialized attributes cannot contain complete function implementations, you must serialize the function and create a reference to the function resembling the serialization to the design-time HTML element declaration The dynamically associated onclick event is an anonymous function, and therefore has no identifier The bold code defines a function that is a concatenation of the element id and the onclick event Though the dynamic example has no id, multiple identical onclick events will be generated You could also generate a random identifier and then reference that random identifier in the serialized HTML The random identifier solves the problem of the function identifier But now there are two buffers One buffer contains the serialized HTML code, and another buffer contains the script that you need to execute so that the function references won t generate errors As you can see, the code is now starting to become very complicated and rickety.

class ServerStartup { static void Main(string[] args) { Console.WriteLine ("ServerStartup.Main(): Server started"); HttpChannel chnl = new HttpChannel(1234); ChannelServices.RegisterChannel(chnl); RemotingConfiguration.RegisterWellKnownServiceType( typeof(MyRemoteObject), "MyRemoteObject.soap", WellKnownObjectMode.Singleton); // the server will keep running until keypress. Console.ReadLine(); } } } Creating the Client The first client, which is shown in Listing 3-13, calls the server synchronously, as in all preceding examples. It calls all three methods and gives you statistics on how long the total execution took. Listing 3-13. The First Client Calls the Methods Synchronously using using using using using using using using using System; System.Runtime.Remoting; General; System.Runtime.Remoting.Channels.Http; System.Runtime.Remoting.Channels.Tcp; System.Runtime.Remoting.Channels; System.Runtime.Remoting.Proxies; System.Threading; System.Reflection;

Listing 4-8. ReadSourceData() Function Private Function ReadSourceData(ByVal output As System.Web.UI.HtmlTextWriter) _ As DataSet Try Dim conString As String If ConnectionKey > "" Then conString = _ Configuration.ConfigurationSettings.AppSettings.Item(ConnectionKey) Else conString = ConnectionString End If Dim sa As New SqlClient.SqlDataAdapter(Query, conString) Dim ds As New DataSet sa.Fill(ds) Return ds Catch ex As Exception output.Write("<font color=red>" & ex.Message & "</font><br>") End Try End Function The function in Listing 4-9 does the actual writing of the HTML text to the web part page. It demonstrates how any web control s RenderControl() method can be used to generate HTML and write it to an HtmlTextWriter. Listing 4-9. RenderSourceData() Function Private Function RenderSourceData(ByVal ds As DataSet, _ ByVal output As System.Web.UI.HtmlTextWriter) Try If FormatUsing = enumFormatUsing.DataGrid Then Dim dg As New DataGrid dg.DataSource = ds dg.DataBind() dg.RenderControl(output) Else Dim xsl As New System.Web.UI.WebControls.Xml xsl.DocumentContent = ds.GetXml xsl.TransformSource = XSLTPath xsl.RenderControl(output) End If

namespace Client { class Client { static void Main(string[] args) { DateTime start = System.DateTime.Now;

This is why I recommend not serializing the events unless absolutely necessary Remember the following points regarding this HTML serialization recipe: HTML serialization is fraught with details, exceptions, and little problems For example, when serializing using htmlSerialize, IE generates oodles of attributes that you didn t define This is due to defaults and makes it more difficult to extract some HTML You should assume that the style sheet is managing defaults When implementing HTML serialization, don t trust general solutions Trust specific solutions that solve specific problems in a given context Properties that you assign with the method setAttribute are visible for both browsers when using the innerHTML property Modified HTML content that you save from the browser by using Save As is not stored consistently across all browsers 2 showed how to serialize a JavaScript object, and this chapter showed how to serialize DHTML.

HttpChannel channel = new HttpChannel(); ChannelServices.RegisterChannel(channel); IMyRemoteObject obj = (IMyRemoteObject) Activator.GetObject( typeof(IMyRemoteObject), "http://localhost:1234/MyRemoteObject.soap"); Console.WriteLine("Client.Main(): Reference to rem.obj. acquired"); Console.WriteLine("Client.Main(): Will set value to 42"); obj.SetValue(42); Console.WriteLine("Client.Main(): Will now read value"); int tmp = obj.GetValue(); Console.WriteLine("Client.Main(): New server side value {0}", tmp);

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