#Jsf with icefaces how to#
#Jsf with icefaces pdf#
#Jsf with icefaces password#
#Jsf with icefaces download#

Here we will use the following ACE Components: ace:dataTable, ace:tabSet, ace:menuBar, ace:menuItem and ace:tabPane. The ICEsoft website describes ACE Components (Advanced components) as “ideally suited to ICEfaces projects that are able to leverage the power of modern browsers to provide a richer, more dynamic and responsive user-interface.” The ICEsoft website states that ICE components are primarily geared towards legacy browser support, specialized applications and application migration. ICEFaces offers two sets of components: ICE components and ACE components. Just a quick reminder: JSF implementations offer up the basic HTML components while component libraries add the extra stuff to make UI development quick and easy.įor this example, I am using ICEFaces ACE Components. Also note that there are lots of ways to set up a JSF project – I’m using this one for simplicity.

#Jsf with icefaces download#

Or you can download your desired implementation manually and setup the library as described in the document.įor this demo, I am using Apache MyFaces. You can select from several JSF implementations. You will need to pick a JSF implementation to use.

#Jsf with icefaces pdf#

Open the PDF guide and step through the Eclipse setup (hint: if you’ve downloaded the files, be sure to select local content when doing the Eclipse install not the archive). If you want to use ICEFaces, then you will need to go to the website and get the appropriate download. Nor am I pushing IceFaces as the best component library I’m using it as an example because I was recently working on a project where it was successfully used.

I am in no way encouraging anyone to stay away (go play with the new frameworks for JavaScript and you will be saying how much fun it can be too. JavaScript can be very fun to work with, especially now in the time of HTML5. However, in some cases, component libraries can help you get your user interface up and running both quickly and effectively. If you want to have a lot of control over the JavaScript, then this is not the solution. JSF and component libraries are perfect for certain situations, but may not be a good choice at all for others. I would like to first reiterate that what you choose is going to depend on your needs for a particular project. In this post, I would like to give a couple of examples of the kinds of components that can be used to quickly bring up a user interface. This is a continuation of my previous entry on component based java frameworks. Please keep that in mind as you read the post. Import : The following article was published over 10 years ago, and the information provided may be aged or outdated. Step 4: Create the managed bean Login.java as package We invoke the validateUsernamePassword method on click of Login button to validate the username and password.

#Jsf with icefaces password#

Here we are creating a JSF login view page with username and password fields and set values for these fields through the login managed bean. Step 3: Create the JSF login page login.xhtml as Just create a dynamic web project and convert it to maven to get the project stub and then keep on adding different components.

Step 2: Insert data into the table Users as INSERT INTO Users VALUES(1,'adam','adam') īefore we move on to our project related code, below image shows the project structure in Eclipse. Here we create user table with uid as the primary key, username and password fields with not null constraints.

Step 1: Create the table Users in mysql database as CREATE TABLE Users(

#Jsf with icefaces how to#

Lets now look in detail as how to create a JSF login logout authentication mechanism in JSF application. We will be using JSF view for login, DAO object ,HttpSession for session management, JSF managed bean and mysql database. Authentication mechanism allows users to have secure access to the application by validating the username and password.