Thursday January 31, 2008
TOTD #23: JavaFX Client invoking a Metro endpoint
This TOTD is inspired by Learning JavaFX Script - Part 3. The original article explains how to invoke a Web service from a JavaFX client using NetBeans 5.5.1 and GlassFish v1. Newer version of both NetBeans and GlassFish are available since the article was written. This TOTD (tip of the day) explains how to invoke a Metro endpoint deployed on GlassFish v2 from a JavaFX client - all using NetBeans 6.
Java Class Library" as
shown below:
Finish".MetroClientLibrary" as shown
below:
Finish".New",
"Web Service Client...".Browse..." button next to "Project"
radio button and select the deployed Web service from Metro endpoint
project. If the Web service is deployed on a different machine then you
may specify the WSDL URL. Specify the package name "client"
as shown below:
Finish".Build". This generates a JAR file
that will be utilized later. The location of this jar file is shown in
the Output console. In our case, it is C:\workarea\samples\javafx\MetroClientLibrary\dist\MetroClientLibrary.jar.New Project" and entering the values
as shown below:
Next >" and enter the values as shown below:
Finish".Properties",
"Libraries", "Add JAR/Folder" and select the
JAR file created in "MetroClientLibrary" project as shown
below:
OK".metroclient.Main.fx file, replace "// place
your code here" with the following code:import java.lang.*;
import javafx.ui.*;
import client.NewWebServiceService;
import client.NewWebService;
class InputModel {
attribute name: String?;
}
var inputModel = InputModel { };
var nameField = TextField { };
nameField.action = operation() {
inputModel.name = nameField.value;
};
class ButtonClickModel {
attribute result: String;
}
var model = new ButtonClickModel();
Frame {
title: "JavaFX Client -> Metro endpoint"
width: 350
height: 200
content: GridPanel {
rows: 3
vgap: 5
cells:
[SimpleLabel {
text: "Name :
"
},
nameField,
SimpleLabel {
text: "Result
from endpoint : "
},
Label {
text: bind "{model.result}"
},
Button {
text: "Invoke
Web Service!"
action:
operation() {
do {
try {
var service: NewWebServiceService = new NewWebServiceService();
var port: NewWebService = service.getNewWebServicePort();
var name: String = "{nameField.value}";
var result: String = port.sayHello(name);
System.out.println("response: {result}");
model.result = result;
} catch (e:Exception) {
System.out.println("exception: {e}");
}
}
}
}
]
}
visible: true
};MetroClient")
and select "Run Project". The following window is
displayed:
Duke" in the text box and click on "Invoke
Web Service!" button to see the result as shown below:
After following these steps, you have created a JavaFX client that can invoke a Metro endpoint project deployed on GlassFish - all using NetBeans IDE.
Now Metro provides secure, reliable, transactional and .NET 3.0 interoperable Web service. Have you tried/used any of those features in Metro ?
Please leave suggestions on other TOTD that you'd like to see. A complete archive is available here.
Technorati: totdd javafx metro glassfish netbeans webservices
Posted by Arun Gupta in webservices | Comments[13]
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