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Listing 4-7. RenderWebPart Method 'Render this Web Part to the output parameter specified. Protected Overrides Sub RenderWebPart(ByVal output As System.Web.UI.HtmlTextWriter) Try If Debug Then MyBase.ShowDebugText(output) output.Write("<hr>") output.Write("<b><u>SQL variables</u></b><br>") output.Write("Connection string = <b>" & ConnectionString & "</b><br>") output.Write("Connection key = <b>" & ConnectionKey & "</b><br>") output.Write("SQL query = <b>" & Query & "</b><br>") output.Write("Format output using = <b>" & FormatUsing.ToString & "</b><br>") output.Write("XSLT path = <b>" & XSLTPath & "</b><br>") output.Write("<hr>") End If If CanAccess() Then RenderSourceData(ReadSourceData(output), output) End If Catch ex As Exception output.Write("<font color=red>" & ex.Message & "</font><br>") End Try End Sub The function in Listing 4-8 checks to see whether the user has provided a full connection string in the ConnectionString property, or provided a web.config key where the full connection string can be found.

As I ve mentioned, synchronous calls are the usual way of calling a function in the .NET Framework. The server will be contacted directly and, except when using multiple client-side threads, the client code will block until the server has finished executing its method. If the server is unavailable or an exception occurs while carrying out your request, the exception will be rethrown at the line of code where you called the remote method.

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else if ( attr.value != null && !(typeof(attr.value) == "string" && attr.value.length == 0)) { if (new String(element[attr.name]).toLowerCase() == "undefined") { buffer += attr.name + "=\"" + attr.value + "\" "; } else { buffer += attr.name + "=\"" + element[attr.name] + "\" "; } } if (attr.name.toLowerCase() == "value") { didGenerateValue = true; } } if (element.nodeName.toLowerCase() == "input" && !didGenerateValue) { buffer += "value=\"" + element.value + "\" "; } if( element.onclick) { scriptBuffer += "var " + element.id + "_onclick = " + element.onclick; buffer += "value=\"" + element.id + "_onclick()\""; } buffer += ">"; if (element.nodeName.toLowerCase() == "textarea") { buffer += element.value; } else { for (var i = 0; i < element.childNodes.length; i ++) { buffer += Recursive(element.childNodes[i]); } } buffer += "</" + element.nodeName + ">"; } else if (element.nodeType == 3) { buffer += element.nodeValue; } return buffer; } var buffer = "" for (var i = 0; i < element.childNodes.length; i ++) { buffer += Recursive(element.childNodes[i]); } return buffer; }

In the following series of examples for the different types of invocation, you use a common server and a shared assembly called General.dll (you ll see some slight modifications in the last part). This server just provides you with a Singleton object that stores an int as its state and has an additional method that returns a String. You ll use this later to demonstrate the collection of return values when using asynchronous calls. Defining the General.dll In Listing 3-11, you see the shared General.dll in which the necessary interface is defined. Listing 3-11. The Shared Assembly s Source Code using System; using System.Runtime.Remoting.Messaging; namespace General { public interface IMyRemoteObject { void SetValue(int newval); int GetValue(); String GetName(); } } Creating the Server The server, shown in Listing 3-12, implements the defined methods with the addition of making the SetValue() and GetName() functions long-running code. In both methods, a five-second delay is introduced so you can see the effects of long-lasting execution in the different invocation contexts. Listing 3-12. A Server with Some Long-Running Methods using using using using using using System; System.Runtime.Remoting; General; System.Runtime.Remoting.Channels.Http; System.Runtime.Remoting.Channels; System.Runtime.Remoting.Messaging;

using System.Collections; using System.Threading; namespace Server { class MyRemoteObject: MarshalByRefObject, IMyRemoteObject { int myvalue; public MyRemoteObject() { Console.WriteLine("MyRemoteObject.Constructor: New Object created"); } public void SetValue(int newval) { Console.WriteLine("MyRemoteObject.setValue(): old {0} new {1}", myvalue,newval); // we simulate a long running action Console.WriteLine(" .setValue() -> waiting 5 sec before setting" + " value"); Thread.Sleep(5000); myvalue = newval; Console.WriteLine(" } public int GetValue() { Console.WriteLine("MyRemoteObject.GetValue(): current {0}",myvalue); return myvalue; } public String GetName() { Console.WriteLine("MyRemoteObject.getName(): called"); // we simulate a long running action Console.WriteLine(" .GetName() -> waiting 5 sec before continuing"); Thread.Sleep(5000); Console.WriteLine(" return "John Doe"; } } .GetName() -> returning name");

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