ADF Skinning : Change color and style of af:query buttons in ADF Faces (Jdev 12.1.3)

Hello All,

This is another post about ADF Skinning , in this post i am going to show you that how can we change button's style in af:query component
Actually this is very easy , if we define some styles for af:button component in our css file then it will be applicable on af:query's buttons (Search, Reset, Advanced, Save etc) too

Suppose i have defined this in css file

af|button{
    color:navy;
    font-weight:bold;
}

Now it will change color of all buttons of application including af:query
See this snap after applying this skin

But if you have a requirement to use different style in af:query buttons or you don't want to change color of all buttons
Then it is not that much easy as it seems ☺

There is a selector to style buttons of af:query - af|query::button 
But this works only if buttons are af:commandButton not af:button
See from docs-

af|query::button Styles the buttons of the query component. Note that this skin selector is only present when the skin selector -tr-button-type is set to 'old', and the query buttons are rendered as af:commandButtons. When the -tr-button-type is set to 'unified', the query buttons are rendered as af:buttons and have the default stylings for af:button applied, so that query buttons have the same look and feel as all other buttons. Tip: If you skin this selector's background-image, you may also want to skin it for :hover, :active, :focus. The :disabled state is currently not supported. Please note that for buttons :active and :focus pseudo-classes do not work in IE7. IE7 also does not allow disabled buttons to be styled. It is recommended that you use the .AFButton*:alias selectors as a shortcut to skin all button components the same.

So for this first i have to change -tr-button-type selector to old so that i can use af|query::button
Now see the css

af|query {
    -tr-button-type: old;
}
 af|query::button {
    color: red;
    font-weight:bold;
}

 af|query::button:hover {
    color: Orange;
    font-weight:bold;
}

 af|query::button:focus {
    color: maroon;
    font-weight:bold;
}

af|button{
    color:navy;
    font-weight:bold;
}

Check the output-

To use specific style for af:query you can create styleClass in css file and put this in styleClass property of af:query
Suppose i have two af:query components on page and i want to use different style for both
For this i have define two different styleClass in css file like this-

af|query {
    -tr-button-type: old;
}
 .mystyle1 af|query::button {
    color: red;
    font-weight:bold;
}

.mystyle2 af|query::button {
    color: darkgreen;
    font-weight:bold;
}

and on page put myStyle1 in styleClass property of first af:query component and myStyle2 in second af:query
See how it looks now -

Cheers, Happy Learning  ☺

ADF Skinning : Remove "search" or "more" link from af:inputComboboxListOfValues in ADF Faces (Jdev 12.1.3)

Hello all,

This post is about a small CSS trick that may be useful sometimes

we often use af:inputComboboxListOfValues to show large amount of data as List of Values
From Oracle Docs-
The inputComboboxListOfValues component allows a user to open a choice list and select from a list of values, in order to populate the LOV field (and possibly other fields) on a page.
Users can either select a value from the list in the dropdown panel or click the "Search..." link at the bottom of the panel to launch the "Search and Select" dialog. The dialog enables users to search for specific values and select the desired value that should go into the LOV field on the base page. The choice list when opened could display various items in the following order with separators between each (if applicable).



Have a look at this -

 here you see a link "more" on click this link a search dialog box appears , when you define a search criteria in lov at model level then this link appears as "search"

So to remove this link from combobox use this CSS

af|inputComboboxListOfValues::search{
    display: none;
}

Now look at combo box , we are done

Also Check how to configure ADF Skin in Application - ADF Basics: Using CSS to change appearance of application (Skins and Styles in ADF Faces)

Cheers :)
Happy Learning

Build selectOneChoice to show hierarchical (tree style) data programmatically in ADF

This post is based on an old article from Frank Nimphius How - to build a select one choice displaying hierarchical selection data

This article is about showing tree structure data in af:selectOneChoice component using ADF BC , it makes use of tree binding and af:forEach
Same concept i have used to populate data from managed bean using List data structure

Let's see the implementation part - how to populate tree style selectOneChoice programatically ?

First we have to design a Java Bean class in such a way that it can hold  master -detail type of data

A class that represents a List for Parent Values
                          ======> A list of same type to hold Child Values

See bean class code-

import java.util.ArrayList;
import java.util.List;

public class Seasons {
    public Seasons(String name) {
        this.name = name; // To Store Header Values (Storing Seasons Name :))
    }
    // Season and Charater Name
    private String name;
    // To Store Detail Values (Storing Season's Charatcers)
    private List<Seasons> characters = new <Seasons>ArrayList();

    public void setCharacters(List<Seasons> empDet) {
        this.characters = empDet;
    }

    public List<Seasons> getCharacters() {
        return characters;
    }


    public void setName(String name) {
        this.name = name;
    }

    public String getName() {
        return name;
    }
    // This methods directly add characters value in list
    public void addCharaters(Seasons employee) {
        characters.add(employee);
    }
}

Now how to use this bean in managed bean to add records, i have written code in constructor to populate values on class load

    // Master List to populate data in selectOnce choice
    List<Seasons> seasonList = new ArrayList<Seasons>();

    public void setSeasonList(List<Seasons> seasonList) {
        this.seasonList = seasonList;
    }

    public List<Seasons> getSeasonList() {
        return seasonList;
    }
    //Constructor of Managed Bean to populate data on page load (you can move this code )
    public TreeStyleLovBean() {
        super();
        // Creating tree for Seasons and Characters details
        // Adding Master Values (seasons)
        Seasons season1 = new Seasons("Game of Thrones");

        // Adding Detail Values (Child Node-Characters)
        Seasons character = new Seasons("Tywin Lannister");
        season1.addCharaters(character);
        character = new Seasons("Tyrion Lannister");
        season1.addCharaters(character);
        character = new Seasons("Jaime Lannister");
        season1.addCharaters(character);
        character = new Seasons("Cersie Lannister");
        season1.addCharaters(character);
        character = new Seasons("Ned Stark");
        season1.addCharaters(character);

        // Adding Master Values (seasons)
        Seasons season2 = new Seasons("Arrow");

        // Adding Detail Values (Child Node-Characters)
        character = new Seasons("Oliver Queen");
        season2.addCharaters(character);
        character = new Seasons("Moira Queen");
        season2.addCharaters(character);
        character = new Seasons("Laurel Lance");
        season2.addCharaters(character);
        character = new Seasons("Sara Lance");
        season2.addCharaters(character);

        // Adding Master Values (seasons)
        Seasons season3 = new Seasons("Vikings");

        // Adding Detail Values (Child Node-Characters)
        character = new Seasons("Ragnar Lothrak");
        season3.addCharaters(character);

        // Adding Master Values (seasons)
        Seasons season4 = new Seasons("The Flash");

        // Adding Detail Values (Child Node-Characters)
        character = new Seasons("Barry Allen");
        season4.addCharaters(character);
        character = new Seasons("Harisson Wells");
        season4.addCharaters(character);
        character = new Seasons("Iris West");
        season4.addCharaters(character);
        character = new Seasons("Joe");
        season4.addCharaters(character);

        // Adding all list to topList
        seasonList.add(season1);
        seasonList.add(season2);
        seasonList.add(season3);
        seasonList.add(season4);

    }

how to bind this managed bean to selectOneChoice ? i have used same concept as described in Frank's article using af:forEach

<af:selectOneChoice id="selectBox" label="Choose Character" valuePassThru="true"
                                        styleClass="employeeSelectBox" contentStyle="width:150px;"
                                        binding="#{viewScope.TreeStyleLovBean.selectOneValueBind}">
                        <af:forEach items="#{viewScope.TreeStyleLovBean.seasonList}" var="seasonNm">
                            <af:selectItem label="#{seasonNm.name}" disabled="true" id="si1"/>
                            <af:forEach items="#{seasonNm.characters}" var="characterNm">
                                <af:selectItem label="#{characterNm.name}" value="#{characterNm.name}" id="si2"/>
                            </af:forEach>
                        </af:forEach>
                    </af:selectOneChoice>

you can see here that first forEach is populated from master list and iterates over list of seasons and first selectItem show season's name
the inner forEach makes used of character list that is defined in Java Bean class and stores season wise character's name
Rest is same - a CSS is used to differentiate color and alignment of parent and child records (same as Frank's article)

<f:facet name="metaContainer">
                <af:group>
                    <![CDATA[
<style>
.employeeSelectBox option{text-indent:15px;color:darkgreen;}
.employeeSelectBox option[disabled]{color:red; background-color:#dddddd; 
font-weight: bold; text-indent:0px}
</style>
]]>
                </af:group>
            </f:facet>

Now run this application - see how it appears on page

It looks quite good :) to get selected value in bean just use componentBinding.getValue();

Sample ADF Application-Download (Jdev 12.1.3)
Cheers , Happy Learning