Designer

The designer allows you to design your user interfaces in the GUI designer and add your GUI-handling code in Java.
It is a solution to the age old question of how to quickly create a GUI, but still keep it in a form that is easily adjustable. And by easily adjustable I mean that even a Mac user (read; graphics designer) can modify my GUI.

The UICollection is Free, and Open Source. You are free to use it in any product, commercial or otherwise. Just sent bug reports and patches back to us.

You all know the problem; your client wants a good looking application that does just what he needs. And he wants just something different the week after.
You also know that a client does not know exactly what he wants until he has seen the results on screen, and has played with the controls to see how it feels.
Using the workflow of UICollection allows you to create a rapid-prototype for your GUI in a matter of minutes. this prototype can be used and asjusted all the way to the moment you deliver your application. This is unique to the UIC approuch, all competition tries to tell you its wrong to use a prototype-GUI in production code, we encourage you to do so!

This solution allows you to have all the features of a hand-coded UI, without the hard work

Workflow

In order to grasp the workflow you should be aware of some terminology commonly used in object oriented languages, UICollection uses these to create highly maintainable user-interfaces.

MVC	Model-View-Controller, a design where the code is seperated into 3 different parts (classes) with a minimum of (programmatic) connections between them, leading to the advantage that design changes in one does not lead to design changes in the other parts.
Model	Short for data-model. Classes that represent a simple interface to any data-structure. A data structure can come from an external file or from a simple hard-coded list and anything in between. A model basically provides an interface to the data, and the implementation is the only thing that changes when the data comes from a file or from a database. In object-oriented languages we try to program to interfaces so the users of the interface don't need to change if the implemtation changes, in case of the model this means you can alter the code internally in the model to read from a file or from a database without either the view or the controller knowing about it.
View	The user-interface part of an application. This is all the widgets you use to display your data which is contained in the model. The view mirrors the model since a boolean in the model will probably be shown as a checkbox in your view. The logic that binds that boolean to the checkbox is stored in the controller.
Controller	The glue between the model and the view. Changes in the datamodel as well as changes in the view will be copied to the other. This part of the solution typically implements button handling, for instance.

The graphics designer creates the view class (as displayed in the image above) by dragging and dropping the widgets. At compile time the visual data is converted to an actual java class file.
The programmer will extend the generated class and be able to add all controlling logic needed to attach the view to the model. The programmer is also free to adjust things not possible in the designer in this controller class.
Since the controller extends from the GUI building (view) class all widgets, models and other things the programmer needs will be available as variables.

Getting Started

First of all you need the Qt Designer. Linux users will find it in their distro, follow this link to get it for Windows
In designer you will create your GUIs. All you need to know is explained in the documentation you got with Designer. Please take time to read at least the introduction here. You can stop reading after the 'Previewing' section on that page since the rest is not useful for our purposes.
Name your widgets in the designer to names you wish to see in the resulting class. All widgets will be available as member variables, so you can change the content etc. in your implementation later on.
Name the top-level widget after the class you wish to create.
Save your designer file in your source tree. In a bigger project you will have a directory structure (also called packages). The designer fill should be named after the class you want the UICollection to create. For example the designer file can be com\myproj\gui\AbstractOrderPanel.ui.
Run the UICollection on the file using one of the two methods detailed below.
- Running UICollection in testing mode
  For simple testing purposes you can call UICollection from the command line with java -jar uic.jar MyGUI.ui. This mode is usually quite handy to see what UICollection created, and quickly fix those little bugs.
  Compiling and running the generated code should be done with the graphics.jar in your classpath.
  Note that jdom.jar is needed in the same directory as uic.jar for this to work!
- Running UICollection for production work
  For more integrated work the ant task should be used. Running UICollection from the ant task is comparable to the way the javac ant-task is used. Just provide a source directory and all your .ui files will be found and java files will be created.
  Use the following code in your ant build file;
```
    <path id="uicompiler.classpath">
        <pathelement path="libs/uic.jar" />
        <pathelement path="libs/jdom.jar" />
    </path>
    <target name="compile.ui.files">
        <taskdef name="uicompiler" classname="uic.anttask.UICompiler" classpathref="uicompiler.classpath"/>
        <uicompiler srcdir="${src}" includes="**/*.ui" />
    </target>
    <target name="compile" depends="compile.ui.files">
        <javac srcdir="${src}" destdir="${build}"
            classpathref="myclass.path"/>
    </target>
```
  This assumes you have a src and build property. Plus that uic.jar and jdom.jar are in a sub directory named 'libs'. Please change accordingly. If you want to know more about ant please read the ant manual for more info. You can find the ant project here.
Create a class that extends the auto-generated (abstract) class. An example implementation can be very simple;
```
public class MyGui extends AbstractGui  {
}
    
```
You can provide your GUI handling code in the derived class. Things like placing data in your GUI, or acting on a button press are things that you will create methods for in the derived class. More on that in the tutorials.
Compile your project as usual. Just make sure the graphics.jar is included in your classpath.
Run your project as usual. Just make sure the graphics.jar is included in your classpath.

Tutorials

Note that the following tutorials were really written for an older version; most functionality should be available, but better methods may be present in newer releases.

Tutorial 1 -- a simple gui with user action
Webstart	tut1.jnlp
PDF:	Tutorial1.pdf
Sources:	t1.zip

Tutorial 2 -- shopping list
Webstart	tut2.jnlp
PDF:	not available, still has to be written
Sources:	t2.zip

Tutorial 3 -- shopping list version 2
Webstart	tut3.jnlp
PDF:	not available, still has to be written
Sources:	t3.zip