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6.13. Layout Formatting

While the formatting of layouts is mainly done with style sheets, just as with other components, style sheets are not ideal or even possible to use in some situations. For example, CSS does not allow defining the spacing of table cells, which is done with the cellspacing attribute in HTML.

Moreover, as many layout sizes are calculated dynamically in the Client-Side Engine of Vaadin, some CSS settings can fail altogether.

6.13.1. Layout Size

The size of a layout component can be specified with the setWidth() and setHeight() methods defined in the Sizeable interface, just like for any component. It can also be undefined, in which case the layout shrinks to fit the component(s) inside it. Section 5.3.9, “Sizing Components” gives details on the interface.

Figure 6.23. HorizontalLayout with Undefined vs Defined size

HorizontalLayout with Undefined vs Defined size

Many layout components take 100% width by default, while they have the height undefined.

The sizes of components inside a layout can also be defined as a percentage of the space available in the layout, for example with setWidth("100%"); or with the (most commonly used method) setFullSize() that sets 100% size in both directions. If you use a percentage in a HorizontalLayout, VerticalLayout, or GridLayout, you will also have to set the component as expanding, as noted below.

Warning

A layout that contains components with percentual size must have a defined size!

If a layout has undefined size and a contained component has, say, 100% size, the component will try to fill the space given by the layout, while the layout will shrink to fit the space taken by the component, which is a paradox. This requirement holds for height and width separately. The debug mode allows detecting such invalid cases; see Section 11.3.5, “Inspecting Component Hierarchy”.

For example:

// This takes 100% width but has undefined height.
VerticalLayout layout = new VerticalLayout();

// A button that takes all the space available in the layout.
Button button = new Button("100%x100% button");
button.setSizeFull();
layout.addComponent(button);

// We must set the layout to a defined height vertically, in
// this case 100% of its parent layout, which also must
// not have undefined size.
layout.setHeight("100%");

If you have a layout with undefined height, such as VerticalLayout, in a UI, Window, or Panel, and put enough content in it so that it extends outside the bottom of the view area, scrollbars will appear. If you want your application to use all the browser view, nothing more or less, you should use setFullSize() for the root layout.

// Create the UI content
VerticalLayout content = new VerticalLayout();

// Use entire view area
content.setSizeFull();

setContent(content);

6.13.2. Expanding Components

If you set a HorizontalLayout to a defined size horizontally or a VerticalLayout vertically, and there is space left over from the contained components, the extra space is distributed equally between the component cells. The components are aligned within these cells, according to their alignment setting, top left by default, as in the example below.

Often, you don't want such empty space, but want one or more components to take all the leftover space. You need to set such a component to 100% size and use setExpandRatio(). If there is just one such expanding component in the layout, the ratio parameter is irrelevant.

If you set multiple components as expanding, the expand ratio dictates how large proportion of the available space (overall or excess depending on whether the components are sized as a percentage or not) each component takes. In the example below, the buttons have 1:2:3 ratio for the expansion.

GridLayout has corresponding method for both of its directions, setRowExpandRatio() and setColumnExpandRatio().

Expansion is dealt in detail in the documentation of the layout components that support it. See Section 6.3, “VerticalLayout and HorizontalLayout and Section 6.4, “GridLayout for details on components with relative sizes.

6.13.3. Layout Cell Alignment

You can set the alignment of the component inside a specific layout cell with the setComponentAlignment() method. The method takes as its parameters the component contained in the cell to be formatted, and the horizontal and vertical alignment.

Figure 6.24, “Cell Alignments” illustrates the alignment of components within a GridLayout.

Figure 6.24. Cell Alignments

Cell Alignments

The easiest way to set alignments is to use the constants defined in the Alignment class. Let us look how the buttons in the top row of the above GridLayout are aligned with constants:

// Create a grid layout
final GridLayout grid = new GridLayout(3, 3);

grid.setWidth(400, Sizeable.UNITS_PIXELS);
grid.setHeight(200, Sizeable.UNITS_PIXELS);

Button topleft = new Button("Top Left");
grid.addComponent(topleft, 0, 0);
grid.setComponentAlignment(topleft, Alignment.TOP_LEFT);

Button topcenter = new Button("Top Center");
grid.addComponent(topcenter, 1, 0);
grid.setComponentAlignment(topcenter, Alignment.TOP_CENTER);

Button topright = new Button("Top Right");
grid.addComponent(topright, 2, 0);
grid.setComponentAlignment(topright, Alignment.TOP_RIGHT);
...

The following table lists all the Alignment constants by their respective locations:

Table 6.2. Alignment Constants

TOP_LEFTTOP_CENTERTOP_RIGHT
MIDDLE_LEFTMIDDLE_CENTERMIDDLE_RIGHT
BOTTOM_LEFTBOTTOM_CENTERBOTTOM_RIGHT

Another way to specify the alignments is to create an Alignment object and specify the horizontal and vertical alignment with separate constants. You can specify either of the directions, in which case the other alignment direction is not modified, or both with a bitmask operation between the two directions.

Button middleleft = new Button("Middle Left");
grid.addComponent(middleleft, 0, 1);
grid.setComponentAlignment(middleleft,
          new Alignment(Bits.ALIGNMENT_VERTICAL_CENTER | 
                        Bits.ALIGNMENT_LEFT));

Button middlecenter = new Button("Middle Center");
grid.addComponent(middlecenter, 1, 1);
grid.setComponentAlignment(middlecenter,
          new Alignment(Bits.ALIGNMENT_VERTICAL_CENTER |
                        Bits.ALIGNMENT_HORIZONTAL_CENTER));

Button middleright = new Button("Middle Right");
grid.addComponent(middleright, 2, 1);
grid.setComponentAlignment(middleright,
          new Alignment(Bits.ALIGNMENT_VERTICAL_CENTER |
                        Bits.ALIGNMENT_RIGHT));

Obviously, you may combine only one vertical bitmask with one horizontal bitmask, though you may leave either one out. The following table lists the available alignment bitmask constants:

Table 6.3. Alignment Bitmasks

HorizontalBits.ALIGNMENT_LEFT
Bits.ALIGNMENT_HORIZONTAL_CENTER
Bits.ALIGNMENT_RIGHT
VerticalBits.ALIGNMENT_TOP
Bits.ALIGNMENT_VERTICAL_CENTER
Bits.ALIGNMENT_BOTTOM

You can determine the current alignment of a component with getComponentAlignment(), which returns an Alignment object. The class provides a number of getter methods for decoding the alignment, which you can also get as a bitmask value.

Size of Aligned Components

You can only align a component that is smaller than its containing cell in the direction of alignment. If a component has 100% width, as many components have by default, horizontal alignment does not have any effect. For example, Label is 100% wide by default and can not therefore be horizontally aligned as such. The problem can be hard to notice, as the text inside a Label is left-aligned.

You usually need to set either a fixed size, undefined size, or less than a 100% relative size for the component to be aligned - a size that is smaller than the containing layout has.

For example, assuming that a Label has short content that is less wide than the containing VerticalLayout, you could center it as follows:

VerticalLayout layout = new VerticalLayout(); // 100% default width
Label label = new Label("Hello"); // 100% default width
label.setSizeUndefined();
layout.addComponent(label);
layout.setComponentAlignment(label, Alignment.MIDDLE_CENTER);

If you set the size as undefined and the component itself contains components, make sure that the contained components also have either undefined or fixed size. For example, if you set the size of a Form as undefined, its containing layout FormLayout has 100% default width, which you also need to set as undefined. But then, any components inside the FormLayout must have either undefined or fixed size.

6.13.4. Layout Cell Spacing

The VerticalLayout, HorizontalLayout, and GridLayout layouts offer a setSpacing() method to enable spacing between the cells of the layout.

For example:

VerticalLayout layout = new VerticalLayout();
layout.setSpacing(true);
layout.addComponent(new Button("Component 1"));
layout.addComponent(new Button("Component 2"));
layout.addComponent(new Button("Component 3"));

The effect of spacing in VerticalLayout and HorizontalLayout is illustrated in Figure 6.25, “Layout Spacings”.

Figure 6.25. Layout Spacings

Layout Spacings

The exact amount of spacing is defined in CSS. If the default is not suitable, you can customize it in a custom theme.

In the Valo theme, you can specify the spacing with the $v-layout-spacing-vertical and $v-layout-spacing-horizontal parameters, as described in Section 7.7.2, “Common Settings”. The spacing defaults to the $v-unit-size measure.

When adjusting spacing in other themes, you should note that it is implemented in a bit different ways in different layouts. In the ordered layouts, it is done with spacer elements, while in the GridLayout it has special handling. Please see the sections on the individual components for more details.

6.13.5. Layout Margins

Most layout components do not have any margin around them by default. The ordered layouts, as well as GridLayout, support enabling a margin with setMargin(). This enables CSS classes for each margin in the HTML element of the layout component.

In the Valo theme, the margin sizes default to $v-unit-size. You can customize them with $v-layout-margin-top, right, bottom, and left. See Section 7.7.2, “Common Settings” for a description of the parameters.

To customize the default margins in other themes, you can define each margin with the padding property in CSS. You may want to have a custom CSS class for the layout component to enable specific customization of the margins, as is done in the following with the mymargins class:


.mymargins.v-margin-left {padding-left: 10px;}
.mymargins.v-margin-right {padding-right: 20px;}
.mymargins.v-margin-top    {padding-top:    40px;}
.mymargins.v-margin-bottom {padding-bottom: 80px;}

You can enable only specific margins by passing a MarginInfo to the setMargin(). The margins are specified in clockwise order for top, right, bottom, and left margin. The following would enable the left and right margins:

layout.setMargin(new MarginInfo(false, true, false, true));

The resulting margins are shown in Figure 6.26, “Layout Margins” below. The two ways produce identical margins.

Figure 6.26. Layout Margins

Layout Margins

Preface
1. Introduction
1.1. Overview
1.2. Example Application Walkthrough
1.3. Support for the Eclipse IDE
1.4. Goals and Philosophy
1.5. Background
2. Getting Started with Vaadin
2.1. Overview
2.2. Setting up the Development Environment
2.2.1. Installing Java SDK
2.2.2. Installing Eclipse IDE
2.2.3. Installing Apache Tomcat
2.2.4. Firefox and Firebug
2.3. Overview of Vaadin Libraries
2.4. Installing Vaadin Plugin for Eclipse
2.4.1. Installing the IvyDE Plugin
2.4.2. Installing the Vaadin Plugin
2.4.3. Updating the Plugins
2.4.4. Updating the Vaadin Libraries
2.5. Creating and Running a Project with Eclipse
2.5.1. Creating the Project
2.5.2. Exploring the Project
2.5.3. Coding Tips for Eclipse
2.5.4. Setting Up and Starting the Web Server
2.5.5. Running and Debugging
2.6. Using Vaadin with Maven
2.6.1. Working from Command-Line
2.6.2. Compiling and Running the Application
2.6.3. Using Add-ons and Custom Widget Sets
2.7. Creating a Project with NetBeans IDE
2.7.1. Maven Project from a Vaadin Archetype
2.8. Creating a Project with IntelliJ IDEA
2.8.1. Configuring an Application Server
2.8.2. Creating a Vaadin Web Application Project
2.8.3. Creating a Maven Project
2.9. Vaadin Installation Package
2.9.1. Package Contents
2.9.2. Installing the Libraries
2.10. Using Vaadin with Scala
3. Architecture
3.1. Overview
3.2. Technological Background
3.2.1. HTML and JavaScript
3.2.2. Styling with CSS and Sass
3.2.3. AJAX
3.2.4. Google Web Toolkit
3.2.5. Java Servlets
3.3. Client-Side Engine
3.4. Events and Listeners
4. Writing a Server-Side Web Application
4.1. Overview
4.2. Building the UI
4.2.1. Application Architecture
4.2.2. Compositing Components
4.2.3. View Navigation
4.2.4. Accessing UI, Page, Session, and Service
4.3. Designing UIs Declaratively
4.3.1. Declarative Syntax
4.3.2. Component Elements
4.3.3. Component Attributes
4.3.4. Component Identifiers
4.3.5. Using Designs in Code
4.4. Handling Events with Listeners
4.4.1. Using Anonymous Classes
4.4.2. Handling Events in Java 8
4.4.3. Implementing a Listener in a Regular Class
4.4.4. Differentiating Between Event Sources
4.5. Images and Other Resources
4.5.1. Resource Interfaces and Classes
4.5.2. File Resources
4.5.3. Class Loader Resources
4.5.4. Theme Resources
4.5.5. Stream Resources
4.6. Handling Errors
4.6.1. Error Indicator and Message
4.6.2. Customizing System Messages
4.6.3. Handling Uncaught Exceptions
4.7. Notifications
4.7.1. Notification Type
4.7.2. Customizing Notifications
4.7.3. Styling with CSS
4.8. Application Lifecycle
4.8.1. Deployment
4.8.2. Vaadin Servlet, Portlet, and Service
4.8.3. User Session
4.8.4. Loading a UI
4.8.5. UI Expiration
4.8.6. Closing UIs Explicitly
4.8.7. Session Expiration
4.8.8. Closing a Session
4.9. Deploying an Application
4.9.1. Creating Deployable WAR in Eclipse
4.9.2. Web Application Contents
4.9.3. Web Servlet Class
4.9.4. Using a web.xml Deployment Descriptor
4.9.5. Servlet Mapping with URL Patterns
4.9.6. Other Servlet Configuration Parameters
4.9.7. Deployment Configuration
5. User Interface Components
5.1. Overview
5.2. Interfaces and Abstractions
5.2.1. Component Interface
5.2.2. AbstractComponent
5.3. Common Component Features
5.3.1. Caption
5.3.2. Description and Tooltips
5.3.3. Enabled
5.3.4. Icon
5.3.5. Locale
5.3.6. Read-Only
5.3.7. Style Name
5.3.8. Visible
5.3.9. Sizing Components
5.3.10. Managing Input Focus
5.4. Field Components
5.4.1. Field Interface
5.4.2. Data Binding and Conversions
5.4.3. Handling Field Value Changes
5.4.4. Field Buffering
5.4.5. Field Validation
5.5. Selection Components
5.5.1. Binding Selection Components to Data
5.5.2. Adding New Items
5.5.3. Item Captions
5.5.4. Getting and Setting Selection
5.5.5. Handling Selection Changes
5.5.6. Allowing Adding New Items
5.5.7. Multiple Selection
5.5.8. Item Icons
5.6. Component Extensions
5.7. Label
5.7.1. Text Width and Wrapping
5.7.2. Content Mode
5.7.3. Spacing with a Label
5.7.4. Data Binding
5.7.5. CSS Style Rules
5.8. Link
5.9. TextField
5.9.1. Data Binding
5.9.2. String Length
5.9.3. Handling Null Values
5.9.4. Text Change Events
5.9.5. CSS Style Rules
5.10. TextArea
5.11. PasswordField
5.12. RichTextArea
5.13. Date and Time Input with DateField
5.13.1. PopupDateField
5.13.2. InlineDateField
5.13.3. Date and Time Resolution
5.13.4. DateField Locale
5.14. Button
5.15. CheckBox
5.16. ComboBox
5.16.1. Filtered Selection
5.17. ListSelect
5.18. NativeSelect
5.19. OptionGroup
5.19.1. Disabling Items
5.20. TwinColSelect
5.21. Table
5.21.1. Selecting Items in a Table
5.21.2. Table Features
5.21.3. Editing the Values in a Table
5.21.4. Column Headers and Footers
5.21.5. Generated Table Columns
5.21.6. Formatting Table Columns
5.21.7. CSS Style Rules
5.22. Tree
5.23. Grid
5.23.1. Overview
5.23.2. Binding to Data
5.23.3. Handling Selection Changes
5.23.4. Configuring Columns
5.23.5. Generating Columns
5.23.6. Column Renderers
5.23.7. Header and Footer
5.23.8. Filtering
5.23.9. Sorting
5.23.10. Editing
5.23.11. Programmatic Scrolling
5.23.12. Generating Row or Cell Styles
5.23.13. Styling with CSS
5.24. MenuBar
5.25. Upload
5.26. ProgressBar
5.27. Slider
5.28. PopupView
5.29. Calendar
5.29.1. Date Range and View Mode
5.29.2. Calendar Events
5.29.3. Getting Events from a Container
5.29.4. Implementing an Event Provider
5.29.5. Styling a Calendar
5.29.6. Visible Hours and Days
5.29.7. Drag and Drop
5.29.8. Using the Context Menu
5.29.9. Localization and Formatting
5.29.10. Customizing the Calendar
5.29.11. Backward and Forward Navigation
5.29.12. Date Click Handling
5.29.13. Handling Week Clicks
5.29.14. Handling Event Clicks
5.29.15. Event Dragging
5.29.16. Handling Drag Selection
5.29.17. Resizing Events
5.30. Composition with CustomComponent
5.31. Composite Fields with CustomField
5.32. Embedded Resources
5.32.1. Embedded Image
5.32.2. Adobe Flash Graphics
5.32.3. BrowserFrame
5.32.4. Generic Embedded Objects
6. Managing Layout
6.1. Overview
6.2. UI, Window, and Panel Content
6.3. VerticalLayout and HorizontalLayout
6.3.1. Properties or Attributes
6.3.2. Spacing in Ordered Layouts
6.3.3. Sizing Contained Components
6.4. GridLayout
6.4.1. Sizing Grid Cells
6.5. FormLayout
6.6. Panel
6.6.1. Scrolling the Panel Content
6.7. Sub-Windows
6.7.1. Opening and Closing Sub-Windows
6.7.2. Window Positioning
6.7.3. Scrolling Sub-Window Content
6.7.4. Modal Sub-Windows
6.8. HorizontalSplitPanel and VerticalSplitPanel
6.9. TabSheet
6.9.1. Adding Tabs
6.9.2. Tab Objects
6.9.3. Tab Change Events
6.9.4. Enabling and Handling Closing Tabs
6.10. Accordion
6.11. AbsoluteLayout
6.12. CssLayout
6.12.1. CSS Injection
6.12.2. Browser Compatibility
6.13. Layout Formatting
6.13.1. Layout Size
6.13.2. Expanding Components
6.13.3. Layout Cell Alignment
6.13.4. Layout Cell Spacing
6.13.5. Layout Margins
6.14. Custom Layouts
7. Themes
7.1. Overview
7.2. Introduction to Cascading Style Sheets
7.2.1. Applying CSS to HTML
7.2.2. Basic CSS Rules
7.2.3. Matching by Element Class
7.2.4. Matching by Descendant Relationship
7.2.5. Importance of Cascading
7.2.6. Style Class Hierarchy of a Vaadin UI
7.2.7. Notes on Compatibility
7.3. Syntactically Awesome Stylesheets (Sass)
7.3.1. Sass Overview
7.3.2. Sass Basics with Vaadin
7.4. Compiling Sass Themes
7.4.1. Compiling On the Fly
7.4.2. Compiling in Eclipse
7.4.3. Compiling with Maven
7.4.4. Compiling in Command-line
7.4.5. Compiling with Ant
7.5. Creating and Using Themes
7.5.1. Sass Themes
7.5.2. Plain Old CSS Themes
7.5.3. Styling Standard Components
7.5.4. Built-in Themes
7.5.5. Add-on Themes
7.6. Creating a Theme in Eclipse
7.7. Valo Theme
7.7.1. Basic Use
7.7.2. Common Settings
7.7.3. Valo Mixins and Functions
7.7.4. Valo Fonts
7.7.5. Component Styles
7.7.6. Theme Optimization
7.8. Font Icons
7.8.1. Loading Icon Fonts
7.8.2. Basic Use
7.8.3. Using Font icons in HTML
7.8.4. Using Font Icons in Other Text
7.8.5. Custom Font Icons
7.9. Custom Fonts
7.9.1. Loading Local Fonts
7.9.2. Loading Web Fonts
7.9.3. Using Custom Fonts
7.10. Responsive Themes
8. Binding Components to Data
8.1. Overview
8.2. Properties
8.2.1. Property Viewers and Editors
8.2.2. ObjectProperty Implementation
8.2.3. Converting Between Property Type and Representation
8.2.4. Implementing the Property Interface
8.3. Holding properties in Items
8.3.1. The PropertysetItem Implementation
8.3.2. Wrapping a Bean in a BeanItem
8.4. Creating Forms by Binding Fields to Items
8.4.1. Simple Binding
8.4.2. Using a FieldFactory to Build and Bind Fields
8.4.3. Binding Member Fields
8.4.4. Buffering Forms
8.4.5. Binding Fields to a Bean
8.4.6. Bean Validation
8.5. Collecting Items in Containers
8.5.1. Basic Use of Containers
8.5.2. Container Subinterfaces
8.5.3. IndexedContainer
8.5.4. BeanContainer
8.5.5. BeanItemContainer
8.5.6. Iterating Over a Container
8.5.7. GeneratedPropertyContainer
8.5.8. Filterable Containers
9. Vaadin SQLContainer
9.1. Architecture
9.2. Getting Started with SQLContainer
9.2.1. Creating a connection pool
9.2.2. Creating the TableQuery Query Delegate
9.2.3. Creating the Container
9.3. Filtering and Sorting
9.3.1. Filtering
9.3.2. Sorting
9.4. Editing
9.4.1. Adding items
9.4.2. Fetching generated row keys
9.4.3. Version column requirement
9.4.4. Auto-commit mode
9.4.5. Modified state
9.5. Caching, Paging and Refreshing
9.5.1. Container Size
9.5.2. Page Length and Cache Size
9.5.3. Refreshing the Container
9.5.4. Cache Flush Notification Mechanism
9.6. Referencing Another SQLContainer
9.7. Making Freeform Queries
9.8. Non-Implemented Methods
9.9. Known Issues and Limitations
10. Vaadin Designer
10.1. Overview
10.2. Installation
10.2.1. Installing Eclipse and Plug-Ins
10.2.2. License
10.2.3. Uninstalling
10.3. Getting Started
10.3.1. Creating a Design
10.3.2. Vaadin Designer GUI Overview
10.4. Designing
10.4.1. About Layouts
10.4.2. Starting from Blank
10.4.3. Using Templates
10.4.4. Adding Components
10.4.5. Previewing
10.5. Theming and Styling
10.5.1. Theme Based on Valo
10.5.2. Theme File
10.6. Wiring It Up
10.6.1. Declarative Code
10.6.2. Java Code
10.7. Limitations
11. Advanced Web Application Topics
11.1. Handling Browser Windows
11.1.1. Opening Popup Windows
11.1.2. Closing Popup Windows
11.2. Embedding UIs in Web Pages
11.2.1. Embedding Inside a div Element
11.2.2. Embedding Inside an iframe Element
11.2.3. Cross-Site Embedding with the Vaadin XS Add-on
11.3. Debug Mode and Window
11.3.1. Enabling the Debug Mode
11.3.2. Opening the Debug Window
11.3.3. Debug Message Log
11.3.4. General Information
11.3.5. Inspecting Component Hierarchy
11.3.6. Communication Log
11.3.7. Debug Modes
11.4. Request Handlers
11.5. Shortcut Keys
11.5.1. Shortcut Keys for Default Buttons
11.5.2. Field Focus Shortcuts
11.5.3. Generic Shortcut Actions
11.5.4. Supported Key Codes and Modifier Keys
11.6. Printing
11.6.1. Printing the Browser Window
11.6.2. Opening a Print Window
11.6.3. Printing PDF
11.7. Google App Engine Integration
11.8. Common Security Issues
11.8.1. Sanitizing User Input to Prevent Cross-Site Scripting
11.9. Navigating in an Application
11.9.1. Setting Up for Navigation
11.9.2. Implementing a View
11.9.3. Handling URI Fragment Path
11.10. Advanced Application Architectures
11.10.1. Layered Architectures
11.10.2. Model-View-Presenter Pattern
11.11. Managing URI Fragments
11.11.1. Setting the URI Fragment
11.11.2. Reading the URI Fragment
11.11.3. Listening for URI Fragment Changes
11.11.4. Supporting Web Crawling
11.12. Drag and Drop
11.12.1. Handling Drops
11.12.2. Dropping Items On a Tree
11.12.3. Dropping Items On a Table
11.12.4. Accepting Drops
11.12.5. Dragging Components
11.12.6. Dropping on a Component
11.12.7. Dragging Files from Outside the Browser
11.13. Logging
11.14. JavaScript Interaction
11.14.1. Calling JavaScript
11.14.2. Handling JavaScript Function Callbacks
11.15. Accessing Session-Global Data
11.15.1. Passing References Around
11.15.2. Overriding attach()
11.15.3. ThreadLocal Pattern
11.16. Server Push
11.16.1. Installing the Push Support
11.16.2. Enabling Push for a UI
11.16.3. Accessing UI from Another Thread
11.16.4. Broadcasting to Other Users
11.17. Vaadin CDI Add-on
11.17.1. CDI Overview
11.17.2. Installing Vaadin CDI Add-on
11.17.3. Preparing Application for CDI
11.17.4. Injecting a UI with @CDIUI
11.17.5. Scopes
11.17.6. Deploying CDI UIs and Servlets
11.17.7. View Navigation
11.17.8. CDI Events
11.18. Vaadin Spring Add-on
11.18.1. Spring Overview
11.18.2. Quick Start with Vaadin Spring Boot
11.18.3. Installing Vaadin Spring Add-on
11.18.4. Preparing Application for Spring
11.18.5. Injecting a UI with @SpringUI
11.18.6. Scopes
11.18.7. View Navigation
11.18.8. Access Control
11.18.9. Deploying Spring UIs and Servlets
12. Portal Integration
12.1. Overview
12.2. Creating a Generic Portlet in Eclipse
12.2.1. Creating a Project with Vaadin Plugin
12.3. Developing Vaadin Portlets for Liferay
12.3.1. Defining Liferay Profile for Maven
12.3.2. Creating a Portlet Project with Maven
12.3.3. Creating a Portlet Project in Liferay IDE
12.3.4. Removing the Bundled Installation
12.3.5. Installing Vaadin Resources
12.4. Portlet UI
12.5. Deploying to a Portal
12.5.1. Portlet Deployment Descriptor
12.5.2. Liferay Portlet Descriptor
12.5.3. Liferay Display Descriptor
12.5.4. Liferay Plugin Package Properties
12.5.5. Using a Single Widget Set
12.5.6. Building the WAR Package
12.5.7. Deploying the WAR Package
12.6. Vaadin IPC for Liferay
12.6.1. Installing the Add-on
12.6.2. Basic Communication
12.6.3. Considerations
12.6.4. Communication Through Session Attributes
12.6.5. Serializing and Encoding Data
12.6.6. Communicating with Non-Vaadin Portlets
13. Client-Side Vaadin Development
13.1. Overview
13.2. Installing the Client-Side Development Environment
13.3. Client-Side Module Descriptor
13.3.1. Specifying a Stylesheet
13.3.2. Limiting Compilation Targets
13.4. Compiling a Client-Side Module
13.4.1. Vaadin Compiler Overview
13.4.2. Compiling in Eclipse
13.4.3. Compiling with Ant
13.4.4. Compiling with Maven
13.5. Creating a Custom Widget
13.5.1. A Basic Widget
13.5.2. Using the Widget
13.6. Debugging Client-Side Code
13.6.1. Launching Development Mode
13.6.2. Launching SuperDevMode
13.6.3. Debugging Java Code in Chrome
14. Client-Side Applications
14.1. Overview
14.2. Client-Side Module Entry-Point
14.2.1. Module Descriptor
14.3. Compiling and Running a Client-Side Application
14.4. Loading a Client-Side Application
15. Client-Side Widgets
15.1. Overview
15.2. GWT Widgets
15.3. Vaadin Widgets
15.4. Grid
15.4.1. Renderers
16. Integrating with the Server-Side
16.1. Overview
16.2. Starting It Simple With Eclipse
16.2.1. Creating a Widget
16.2.2. Compiling the Widget Set
16.3. Creating a Server-Side Component
16.3.1. Basic Server-Side Component
16.4. Integrating the Two Sides with a Connector
16.4.1. A Basic Connector
16.4.2. Communication with the Server-Side
16.5. Shared State
16.5.1. Accessing Shared State on Server-Side
16.5.2. Handing Shared State in a Connector
16.5.3. Handling Property State Changes with @OnStateChange
16.5.4. Delegating State Properties to Widget
16.5.5. Referring to Components in Shared State
16.5.6. Sharing Resources
16.6. RPC Calls Between Client- and Server-Side
16.6.1. RPC Calls to the Server-Side
16.7. Component and UI Extensions
16.7.1. Server-Side Extension API
16.7.2. Extension Connectors
16.8. Styling a Widget
16.8.1. Determining the CSS Class
16.8.2. Default Stylesheet
16.9. Component Containers
16.10. Advanced Client-Side Topics
16.10.1. Client-Side Processing Phases
16.11. Creating Add-ons
16.11.1. Exporting Add-on in Eclipse
16.11.2. Building Add-on with Ant
16.12. Migrating from Vaadin 6
16.12.1. Quick (and Dirty) Migration
16.13. Integrating JavaScript Components and Extensions
16.13.1. Example JavaScript Library
16.13.2. A Server-Side API for a JavaScript Component
16.13.3. Defining a JavaScript Connector
16.13.4. RPC from JavaScript to Server-Side
17. Using Vaadin Add-ons
17.1. Overview
17.2. Downloading Add-ons from Vaadin Directory
17.2.1. Compiling Widget Sets with an Ant Script
17.3. Installing Add-ons in Eclipse with Ivy
17.4. Using Add-ons in a Maven Project
17.4.1. Adding a Dependency
17.4.2. Compiling the Project Widget Set
17.4.3. Enabling Widget Set Compilation
17.5. Installing Commercial Vaadin Add-on Licence
17.5.1. Obtaining License Keys
17.5.2. Installing License Key in License File
17.5.3. Passing License Key as System Property
17.6. Troubleshooting
18. Vaadin Charts
18.1. Overview
18.2. Installing Vaadin Charts
18.2.1. Maven Dependency
18.2.2. Ivy Dependency
18.2.3. Installing License Key
18.3. Basic Use
18.3.1. Basic Chart Configuration
18.3.2. Plot Options
18.3.3. Chart Data Series
18.3.4. Axis Configuration
18.3.5. Displaying Multiple Series
18.3.6. Mixed Type Charts
18.3.7. 3D Charts
18.3.8. Chart Themes
18.4. Chart Types
18.4.1. Line and Spline Charts
18.4.2. Area Charts
18.4.3. Column and Bar Charts
18.4.4. Error Bars
18.4.5. Box Plot Charts
18.4.6. Scatter Charts
18.4.7. Bubble Charts
18.4.8. Pie Charts
18.4.9. Gauges
18.4.10. Solid Gauges
18.4.11. Area and Column Range Charts
18.4.12. Polar, Wind Rose, and Spiderweb Charts
18.4.13. Funnel and Pyramid Charts
18.4.14. Waterfall Charts
18.4.15. Heat Maps
18.4.16. Tree Maps
18.4.17. Polygons
18.5. Chart Configuration
18.5.1. Plot Options
18.5.2. Axes
18.5.3. Legend
18.5.4. Formatting Labels
18.6. Chart Data
18.6.1. List Series
18.6.2. Generic Data Series
18.6.3. Range Series
18.6.4. Container Data Series
18.6.5. Drill-Down
18.7. Advanced Uses
18.7.1. Server-Side Rendering and Exporting
18.8. Timeline
18.8.1. Graph types
18.8.2. Interaction Elements
18.8.3. Event Markers
18.8.4. Efficiency
18.8.5. Data Source Requirements
18.8.6. Events and Listeners
18.8.7. Configurability
18.8.8. Localization
18.8.9. Timeline Tutorial
19. Vaadin JPAContainer
19.1. Overview
19.2. Installing
19.2.1. Downloading the Package
19.2.2. Installation Package Content
19.2.3. Downloading with Maven
19.2.4. Including Libraries in Your Project
19.2.5. Persistence Configuration
19.2.6. Troubleshooting
19.3. Defining a Domain Model
19.3.1. Persistence Metadata
19.4. Basic Use of JPAContainer
19.4.1. Creating JPAContainer with JPAContainerFactory
19.4.2. Creating and Accessing Entities
19.4.3. Nested Properties
19.4.4. Hierarchical Container
19.5. Entity Providers
19.5.1. Built-In Entity Providers
19.5.2. Using JNDI Entity Providers in JEE6 Environment
19.5.3. Entity Providers as Enterprise Beans
19.6. Filtering JPAContainer
19.7. Querying with the Criteria API
19.7.1. Filtering the Query
19.7.2. Compatibility
19.8. Automatic Form Generation
19.8.1. Configuring the Field Factory
19.8.2. Using the Field Factory
19.8.3. Master-Detail Editor
19.9. Using JPAContainer with Hibernate
19.9.1. Lazy loading
19.9.2. The EntityManager-Per-Request pattern
19.9.3. Joins in Hibernate vs EclipseLink
20. Mobile Applications with TouchKit
20.1. Overview
20.2. Considerations Regarding Mobile Browsing
20.2.1. Mobile Human Interface
20.2.2. Bandwidth and Performance
20.2.3. Mobile Features
20.2.4. Compatibility
20.3. Installing Vaadin TouchKit
20.3.1. Installing as Ivy Dependency
20.3.2. Defining the Maven Dependency
20.3.3. Installing the Zip Package
20.4. Importing the Parking Demo
20.5. Creating a New TouchKit Project
20.5.1. Using the Maven Archetype
20.5.2. Starting from a New Eclipse Project
20.6. Elements of a TouchKit Application
20.6.1. The Servlet Class
20.6.2. Defining Servlet and UI with web.xml Deployment Descriptor
20.6.3. TouchKit Settings
20.6.4. The UI
20.6.5. Mobile Widget Set
20.6.6. Mobile Theme
20.6.7. Using Font Icons
20.7. Mobile User Interface Components
20.7.1. NavigationView
20.7.2. Toolbar
20.7.3. NavigationManager
20.7.4. NavigationButton
20.7.5. Popover
20.7.6. SwipeView
20.7.7. Switch
20.7.8. VerticalComponentGroup
20.7.9. HorizontalButtonGroup
20.7.10. TabBarView
20.7.11. EmailField
20.7.12. NumberField
20.7.13. UrlField
20.8. Advanced Mobile Features
20.8.1. Providing a Fallback UI
20.8.2. Geolocation
20.8.3. Storing Data in the Local Storage
20.8.4. Uploading Content
20.9. Offline Mode
20.9.1. Enabling the Cache Manifest
20.9.2. Enabling Offline Mode
20.9.3. The Offline User Interface
20.9.4. Sending Data to Server
20.9.5. The Offline Theme
20.10. Building an Optimized Widget Set
20.10.1. Generating the Widget Map
20.10.2. Defining the Widget Loading Style
20.10.3. Applying the Custom Widget Map Generator
20.10.4. Deployment
20.11. Testing and Debugging on Mobile Devices
20.11.1. Debugging
21. Vaadin Spreadsheet
21.1. Overview
21.2. Installing Vaadin Spreadsheet
21.2.1. Installing as Ivy Dependency
21.2.2. Defining the Maven Dependency
21.2.3. Installing the Zip Package
21.2.4. Installing License Key
21.2.5. Compiling Widget Set
21.2.6. Compiling Theme
21.2.7. Importing the Demo
21.3. Basic Use
21.3.1. Creating a Spreadsheet
21.3.2. Working with Sheets
21.4. Spreadsheet Configuration
21.4.1. Spreadsheet Elements
21.4.2. Frozen Row and Column Panes
21.5. Cell Content and Formatting
21.5.1. Cell Formatting
21.5.2. Cell Font Style
21.5.3. Cell Comments
21.5.4. Merging Cells
21.5.5. Components in Cells
21.5.6. Hyperlinks
21.5.7. Popup Buttons in Cells
21.6. Context Menus
21.6.1. Default Context Menu
21.6.2. Custom Context Menus
21.7. Tables Within Spreadsheets
21.7.1. Creating a Table
21.7.2. Filtering With a Table
22. Vaadin TestBench
22.1. Overview
22.2. Quick Start
22.2.1. Installing License Key
22.2.2. Quick Start with Eclipse
22.2.3. Quick Start with Maven
22.3. Installing Vaadin TestBench
22.3.1. Test Development Setup
22.3.2. A Distributed Testing Environment
22.3.3. Installation Package Contents
22.3.4. TestBench Demo
22.3.5. Installing Browser Drivers
22.3.6. Test Node Configuration
22.4. Developing JUnit Tests
22.4.1. Basic Test Case Structure
22.4.2. Running JUnit Tests in Eclipse
22.5. Creating a Test Case
22.5.1. Test Setup
22.5.2. Basic Test Case Structure
22.5.3. Creating and Closing a Web Driver
22.6. Querying Elements
22.6.1. Generating Queries with Debug Window
22.6.2. Querying Elements by Component Type ($)
22.6.3. Non-Recursive Component Queries ($$)
22.6.4. Element Classes
22.6.5. ElementQuery Objects
22.6.6. Query Terminators
22.7. Element Selectors
22.7.1. Finding by ID
22.7.2. Finding by CSS Class
22.8. Special Testing Topics
22.8.1. Waiting for Vaadin
22.8.2. Testing Tooltips
22.8.3. Scrolling
22.8.4. Testing Notifications
22.8.5. Testing Context Menus
22.8.6. Profiling Test Execution Time
22.9. Creating Maintainable Tests
22.9.1. Increasing Selector Robustness
22.9.2. The Page Object Pattern
22.10. Taking and Comparing Screenshots
22.10.1. Screenshot Parameters
22.10.2. Taking Screenshots on Failure
22.10.3. Taking Screenshots for Comparison
22.10.4. Practices for Handling Screenshots
22.10.5. Known Compatibility Problems
22.11. Running Tests
22.11.1. Running Tests with Ant
22.11.2. Running Tests with Maven
22.12. Running Tests in a Distributed Environment
22.12.1. Running Tests Remotely
22.12.2. Starting the Hub
22.12.3. Node Service Configuration
22.12.4. Starting a Grid Node
22.12.5. Mobile Testing
22.13. Parallel Execution of Tests
22.13.1. Local Parallel Execution
22.13.2. Multi-Browser Execution in a Grid
22.14. Headless Testing
22.14.1. Basic Setup for Running Headless Tests
22.14.2. Running Headless Tests in a Distributed Environment
22.15. Behaviour-Driven Development
22.16. Known Issues
22.16.1. Running Firefox Tests on Mac OS X
Index