Update remaining of application documentation for 8 (#8124)

Fixes vaadin/framework8-issues#580

documentation/application/application-architecture.asciidoc

@@ -7,8 +7,6 @@ layout: page
 [[application.architecture]]
 = Building the UI
 
-*_This section has not yet been updated to Vaadin Framework 8_*
-
 Vaadin Framework user interfaces are built hierarchically from components, so that the
 leaf components are contained within layout components and other component
 containers. Building the hierarchy starts from the top (or bottom - whichever

documentation/application/application-environment.asciidoc

@@ -7,7 +7,7 @@ layout: page
 [[application.environment]]
 = Deploying an Application
 
-Vaadin applications are deployed as __Java web applications__, which can contain
+Vaadin Framework applications are deployed as __Java web applications__, which can contain
 a number of servlets, each of which can be a Vaadin application or some other
 servlet, and static resources such as HTML files. Such a web application is
 normally packaged as a WAR (Web application ARchive) file, which can be deployed
@@ -27,8 +27,6 @@ Java web application. There exists also other kinds of web applications. To
 avoid confusion with the general meaning of "web application", we often refer to
 Java web applications with the slight misnomer "WAR" in this book.
 
-// TODO Vaadin 7: What is the relationship between servlet and application?
-
 [[application.environment.war-eclipse]]
 == Creating Deployable WAR in Eclipse
 
@@ -47,13 +45,13 @@ we give the instructions for Eclipse.
 The following files are required in a web application in order to run it.
 
 [filename]#WEB-INF/web.xml# (optional with Servlet 3.0)::
- his is the web application descriptor that defines how the application is rganized, that is, what servlets and such it has.
+ his is the web application descriptor that defines how the application is organized, that is, what servlets and such it has.
 You can refer to any Java book about the contents of this file.
 It is not needed if you define the Vaadin servlet with the [classname]#@WebServlet# annotation in Servlet API 3.0.
 
 [filename]#WEB-INF/lib/*.jar# ::
 These are the Vaadin libraries and their dependencies.
-They can be found in the installation package or as loaded by a dependency management system such as Maven or Ivy.
+They can be found in the installation package or as loaded by a dependency management system such as Maven.
 
 Your UI classes::
 You must include your UI classes either in a JAR file in [filename]#WEB-INF/lib# or as classes in [filename]#WEB-INF/classes#
@@ -110,8 +108,7 @@ web fragments, or programmatically. You can use both a [filename]#web.xml# and
 WebServlet in the same application. Settings in the [filename]#web.xml# override
 the ones given in annotations.
 
-The following example shows the basic contents of a deployment descriptor for a
-Servlet 2.4 application. You simply specify the UI class with the
+The following example shows the basic contents of a deployment descriptor. You simply specify the UI class with the
 [parameter]#UI# parameter for the [classname]#com.vaadin.server.VaadinServlet#.
 The servlet is then mapped to a URL path in a standard way for Java Servlets.
 
@@ -119,11 +116,11 @@ The servlet is then mapped to a URL path in a standard way for Java Servlets.
 ----
 <?xml version="1.0" encoding="UTF-8"?>
 <web-app
-  id="WebApp_ID" version="2.4"
+  id="WebApp_ID" version="**3.0**"
   xmlns="http://java.sun.com/xml/ns/j2ee"
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
-  xsi:schemaLocation="http://java.sun.com/xml/ns/j2ee
-     http://java.sun.com/xml/ns/j2ee/web-app_2_4.xsd">
+  xsi:schemaLocation="**http://java.sun.com/xml/ns/javaee
+      http://java.sun.com/xml/ns/javaee/web-app_3_0.xsd**">
 
   <servlet>
     <servlet-name>[replaceable]##myservlet##</servlet-name>
@@ -155,23 +152,6 @@ Vaadin framework and is normally the same for all Vaadin projects. For some
 purposes, you may need to use a custom servlet class that extends the
 [classname]#VaadinServlet#. The class name must include the full package path.
 
-[[application.environment.web-xml.servlet]]
-=== Servlet API Version
-
-The descriptor example given above was for Servlet 2.4. For a later version,
-such as Servlet 3.0, you should use:
-
-[subs="normal"]
-----
-<web-app
-  id="WebApp_ID" version="**3.0**"
-  xmlns="http://java.sun.com/xml/ns/j2ee"
-  xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
-  xsi:schemaLocation="**http://java.sun.com/xml/ns/javaee
-      http://java.sun.com/xml/ns/javaee/web-app_3_0.xsd**">
-----
-Servlet 3.0 support is useful for at least server push.
-
 
 [[application.environment.web-xml.widgetset]]
 === Widget Set
@@ -188,15 +168,7 @@ class MyUI extends UI {
     ...
 ----
 
-You can also define it in the [filename]#web.xml# descriptor for the servlet:
-
-[subs="normal"]
-----
-<init-param>
-  <param-name>widgetset</param-name>
-  <param-value>[replaceable]##com.example.myproject.MyWidgetSet##</param-value>
-</init-param>
-----
+You can also define it with the [parameter]#widgetset# init parameter for the servlet.
 
 The name of a widget set is technically a Java class name with the same path as the widget set definition file, but without the [filename]#.gwt.xml# extension.
 
@@ -218,15 +190,7 @@ With [classname]#@WebServlet# annotation for the servlet class:
 ----
 @WebServlet(value = "**/++*++**", asyncSupported = true)
 ----
-In a [filename]#web.xml#:
 
-[subs="normal"]
-----
-  &lt;servlet-mapping&gt;
-    &lt;servlet-name&gt;**myservlet**&lt;/servlet-name&gt;
-    &lt;url-pattern&gt;/*&lt;/url-pattern&gt;
-  &lt;/servlet-mapping&gt;
-----
 The URL pattern is defined in the above examples as [literal]#++/*++#. This
 matches any URL under the project context. We defined above the project context
 as [literal]#++myproject++# so the URL for the page of the UI will be
@@ -252,21 +216,7 @@ multiple mappings as a list enclosed in curly braces as follows:
 @WebServlet(value = {"**/myui/++*++**", "/VAADIN/*"},
             asyncSupported = true)
 ----
-In a [filename]#web.xml#:
 
-[subs="normal"]
-----
-    ...
-    &lt;servlet-mapping&gt;
-        &lt;servlet-name&gt;**myservlet**&lt;/servlet-name&gt;
-        &lt;url-pattern&gt;**/myui/++*++**&lt;/url-pattern&gt;
-    &lt;/servlet-mapping&gt;
-
-    &lt;servlet-mapping&gt;
-        &lt;servlet-name&gt;**myservlet**&lt;/servlet-name&gt;
-        &lt;url-pattern&gt;/VAADIN/*&lt;/url-pattern&gt;
-    &lt;/servlet-mapping&gt;
-----
 If you have multiple servlets, you should specify only one
 [literal]#++/VAADIN/*++# mapping.It does not matter which servlet you map the
 pattern to, as long as it is a Vaadin servlet.
@@ -309,16 +259,7 @@ By default, Vaadin applications run in __debug mode__ (or __development mode__),
 which should be used during development. This enables various debugging
 features. For production use, you should have the
 [literal]#++productionMode=true++# setting in the
-[classname]#@VaadinServletConfiguration#, or in [filename]#web.xml#:
-
-
-----
-<context-param>
-  <param-name>productionMode</param-name>
-  <param-value>true</param-value>
-  <description>Vaadin production mode</description>
-</context-param>
-----
+[classname]#@VaadinServletConfiguration#.
 
 The parameter and the debug and production modes are described in more detail in
 <<dummy/../../../framework/advanced/advanced-debug#advanced.debug,"Debug Mode
@@ -333,17 +274,6 @@ Vaadin normally uses the [classname]#DefaultUIProvider# for creating
 can define its class with the [parameter]#UIProvider# parameter. The provider is
 registered in the [classname]#VaadinSession#.
 
-In a [filename]#web.xml#:
-
-[subs="normal"]
-----
-  &lt;servlet&gt;
-    ...
-    &lt;init-param&gt;
-      &lt;param-name&gt;UIProvider&lt;/param-name&gt;
-      &lt;param-value&gt;**com.ex.my.MyUIProvider**&lt;/param-value&gt;
-    &lt;/init-param&gt;
-----
 The parameter is logically associated with a particular servlet, but can be
 defined in the context as well.
 
@@ -363,16 +293,6 @@ The interval of the heartbeat requests can be specified in seconds with the
 entire web application or an init parameter for the individual servlet. The
 default value is 300 seconds (5 minutes).
 
-In a [filename]#web.xml#:
-
-
-----
-<context-param>
-  <param-name>heartbeatInterval</param-name>
-  <param-value>300</param-value>
-</context-param>
-----
-
 
 [[application.environment.parameters.session-timeout]]
 === Session Timeout After User Inactivity
@@ -380,13 +300,10 @@ In a [filename]#web.xml#:
 In normal servlet operation, the session timeout defines the allowed time of
 inactivity after which the server should clean up the session. The inactivity is
 measured from the last server request. Different servlet containers use varying
-defaults for timeouts, such as 30 minutes for Apache Tomcat. You can set the
-timeout under [literal]#++<web-app>++# with:
-
-In a [filename]#web.xml#:
-
+defaults for timeouts, such as 30 minutes for Apache Tomcat. There is no way to
+programmatically set the global session timeout, but you can set it in the
+deployment descriptor with:
 ((("session-timeout")))
-
 ----
 <session-config>
     <session-timeout>30</session-timeout>
@@ -405,21 +322,9 @@ However, having a shorter heartbeat interval than the session timeout, which is
 the normal case, prevents the sessions from expiring. If the
 [parameter]#closeIdleSessions# parameter for the servlet is enabled (disabled by
 default), Vaadin closes the UIs and the session after the time specified in the
-[parameter]#session-timeout# parameter expires after the last non-heartbeat
+[parameter]#session-timeout# init parameter expires after the last non-heartbeat
 request.
 
-In a [filename]#web.xml#:
-
-
-----
-  <servlet>
-    ...
-    <init-param>
-      <param-name>closeIdleSessions</param-name>
-      <param-value>true</param-value>
-    </init-param>
-----
-
 
 [[application.environment.parameters.push]]
 === Push Mode
@@ -427,25 +332,12 @@ In a [filename]#web.xml#:
 You can enable server push, as described in
 <<dummy/../../../framework/advanced/advanced-push#advanced.push,"Server Push">>,
 for a UI either with a [classname]#@Push# annotation for the UI or in the
-descriptor. The push mode is defined with a [parameter]#pushmode# parameter. The
+descriptor. The push mode is defined with a [parameter]#pushmode# init parameter. The
 [literal]#++automatic++# mode pushes changes to the browser automatically after
 __access()__ finishes. With [literal]#++manual++# mode, you need to do the push
-explicitly with [methodname]#push()#. If you use a Servlet 3.0 compatible
-server, you also want to enable asynchronous processing with the
-[literal]#++async-supported++# parameter.
+explicitly with [methodname]#push()#. You can enable asynchronous processing with the
+[literal]#++async-supported++# init parameter.
 
-In a [filename]#web.xml#:
-
-[subs="normal"]
-----
-&lt;servlet&gt;
-  ...
-  &lt;init-param&gt;
-    &lt;param-name&gt;pushmode&lt;/param-name&gt;
-    &lt;param-value&gt;**automatic**&lt;/param-value&gt;
-  &lt;/init-param&gt;
-  &lt;async-supported&gt;**true**&lt;/async-supported&gt;
-----
 
 [[application.environment.parameters.xsrf]]
 === Cross-Site Request Forgery Prevention
@@ -455,20 +347,9 @@ forgery (XSRF or CSRF), also called one-click attacks or session riding, which
 is a security exploit for executing unauthorized commands in a web server. This
 protection is normally enabled. However, it prevents some forms of testing of
 Vaadin applications, such as with JMeter. In such cases, you can disable the
-protection by setting the [parameter]#disable-xsrf-protection# parameter to
+protection by setting the [parameter]#disable-xsrf-protection# context parameter to
 [literal]#++true++#.
 
-In a [filename]#web.xml#:
-
-
-----
-<context-param>
-  <param-name>disable-xsrf-protection</param-name>
-  <param-value>true</param-value>
-</context-param>
-----
-
-
 
 [[application.environment.configuration]]
 == Deployment Configuration

documentation/application/application-errors.asciidoc

@@ -39,7 +39,6 @@ and tries to restore the connection. After several retries, an error message is
 You can customize the messages, timeouts, and the number of reconnect attempts in the [classname]#ReconnectDialogConfiguration#
 object, which you can access from your [classname]#UI# with [methodname]#getReconnectDialogConfiguration()#.
 
-ifdef::web[]
 [[application.errors.systemmessages]]
 == Customizing System Messages
 
@@ -48,44 +47,10 @@ usually requires restarting the application. Session timeout is perhaps the most
 typical such state.
 
 System messages are strings managed in the [classname]#SystemMessages# class.
-
-sessionExpired:: ((("session",
-"expiration")))
-((("session",
-"timeout")))
-The Vaadin session expired. A session expires if no server requests are made
-during the session timeout period. The session timeout can be configured with
-the [parameter]#session-timeout# parameter in [filename]#web.xml#, as described
-in
-<<dummy/../../../framework/application/application-environment#application.environment.web-xml,"Using
-a web.xml Deployment Descriptor">>.
-
-communicationError:: An unspecified communication problem between the Vaadin Client-Side Engine and
-the application server. The server may be unavailable or there is some other
-problem.
-
-authenticationError:: This error occurs if 401 (Unauthorized) response to a request is received from
-the server.
-
-internalError:: A serious internal problem, possibly indicating a bug in Vaadin Client-Side
-Engine or in some custom client-side code.
-
-outOfSync:: The client-side state is invalid with respect to server-side state.
-
-cookiesDisabled:: Informs the user that cookies are disabled in the browser and the application
-does not work without them.
-
-
-
 Each message has four properties: a short caption, the actual message, a URL to
 which to redirect after displaying the message, and property indicating whether
 the notification is enabled.
 
-Additional details may be written (in English) to the debug console window
-described in
-<<dummy/../../../framework/advanced/advanced-debug#advanced.debug,"Debug Mode
-and Window">>.
-
 You can override the default system messages by setting the
 [interfacename]#SystemMessagesProvider# in the [classname]#VaadinService#. You
 need to implement the [methodname]#getSystemMessages()# method, which should
@@ -120,9 +85,6 @@ See
 Servlet, Portlet, and Service">> for information about customizing Vaadin
 servlets.
 
-endif::web[]
-
-ifdef::web[]
 [[application.errors.unchecked-exceptions]]
 == Handling Uncaught Exceptions
 
@@ -132,12 +94,8 @@ application. Any such exceptions are eventually caught by the framework. It
 delegates the exceptions to the [classname]#DefaultErrorHandler#, which displays
 the error as a component error, that is, with a small red "!" -sign (depending
 on the theme). If the user hovers the mouse pointer over it, the entire
-backtrace of the exception is shown in a large tooltip box, as illustrated in
-<<figure.application.errors.unchecked-exceptions>>.
+backtrace of the exception is shown in a large tooltip box.
 
-[[figure.application.errors.unchecked-exceptions]]
-.Uncaught Exception in Component Error Indicator
-image::img/errorindicator-exception.png[]
 
 You can customize the default error handling by implementing a custom
 [interfacename]#ErrorHandler# and enabling it with
@@ -152,12 +110,8 @@ behavior of the default handler.
 ----
 // Here's some code that produces an uncaught exception
 final VerticalLayout layout = new VerticalLayout();
-final Button button = new Button("Click Me!",
-    new Button.ClickListener() {
-    public void buttonClick(ClickEvent event) {
-        ((String)null).length(); // Null-pointer exception
-    }
-});
+final Button button = new Button("Click Me!", event ->
+        ((String)null).length()); // Null-pointer exception
 layout.addComponent(button);
 
 // Configure the error handler for the UI
@@ -189,5 +143,3 @@ such as set the component error for the component where the exception was
 thrown. See the source code of the implementation for more details. You can call
 [methodname]#findAbstractComponent(event)# to find the component that caused the
 error. If the error is not associated with a component, it returns null.
-
-endif::web[]

documentation/application/application-events.asciidoc

@@ -9,66 +9,7 @@ layout: page
 
 Let us put into practice what we learned of event handling in
 <<dummy/../../../framework/architecture/architecture-events#architecture.events,"Events
-and Listeners">>. You can implement listener interfaces in a regular class, but
-it brings the problem with differentiating between different event sources.
-Using anonymous class for listeners is recommended in most cases.
-
-[[application.events.anonymous]]
-== Using Anonymous Classes
-
-By far the easiest and the most common way to handle events in Java 8 lambdas.
-It encapsulates the handling of events to where
-the component is defined and does not require cumbering the managing class with
-interface implementations. The following example defines an anonymous class that
-inherits the [classname]#Button.ClickListener# interface.
-
-
-[source, java]
-----
-// Have a component that fires click events
-final Button button = new Button("Click Me!");
-
-// Handle the events with an anonymous class
-button.addClickListener(new Button.ClickListener() {
-    public void buttonClick(ClickEvent event) {
-        button.setCaption("You made me click!");
-    }
-});
-----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.eventlistener.anonymous[on-line example, window="_blank"].
-
-Local objects referenced from within an anonymous class, such as the
-[classname]#Button# object in the above example, must be declared
-[literal]#++final++#.
-
-Most components allow passing a listener to the constructor, thereby losing a
-line or two. However, notice that if accessing the component that is constructed
-from an anonymous class, you must use a reference that is declared before the
-constructor is executed, for example as a member variable in the outer class. If
-it is declared in the same expression where the constructor is called, it
-doesn't yet exist. In such cases, you need to get a reference to the component
-from the event object.
-
-
-[source, java]
-----
-final Button button = new Button("Click It!",
-  new Button.ClickListener() {
-    @Override
-    public void buttonClick(ClickEvent event) {
-        event.getButton().setCaption("Done!");
-    }
-  });
-----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.eventlistener.constructor[on-line example, window="_blank"].
-
-
-[[application.events.java8]]
-== Handling Events in Java 8
-
-Java 8 introduced lambda expressions, which offer a replacement for listeners.
-You can directly use lambda expressions in place of listeners that have only one
-method to implement.
+and Listeners">>. You can implement listener interfaces by directly using lambda expressions, method references or anonymous classes.
 
 For example, in the following, we use a lambda expression to handle button click
 events in the constructor:
@@ -79,113 +20,62 @@ events in the constructor:
 layout.addComponent(new Button("Click Me!",
     event -> event.getButton().setCaption("You made click!")));
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.eventlistener.java8[on-line example, window="_blank"].
-
-Java 8 is the future that is already here, and as Vaadin API uses event
-listeners extensively, using lambda expressions makes UI code much more
-readable.
 
 Directing events to handler methods is easy with method references:
 
-
 [source, java]
 ----
-public class Java8Buttons extends CustomComponent {
-    public Java8Buttons() {
+public class Buttons extends CustomComponent {
+    public Buttons() {
         setCompositionRoot(new HorizontalLayout(
             new Button("OK", this::ok),
             new Button("Cancel", this::cancel)));
     }
 
-    public void ok(ClickEvent event) {
+    private void ok(ClickEvent event) {
         event.getButton().setCaption ("OK!");
     }
 
-    public void cancel(ClickEvent event) {
+    private void cancel(ClickEvent event) {
         event.getButton().setCaption ("Not OK!");
     }
 }
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.eventlistener.java8differentiation[on-line example, window="_blank"].
 
 
-[[application.events.classlistener]]
-== Implementing a Listener in a Regular Class
+[[application.events.anonymous]]
+== Using Anonymous Classes
 
-The following example follows a typical pattern where you have a
-[classname]#Button# component and a listener that handles user interaction
-(clicks) communicated to the application as events. Here we define a class that
-listens to click events.
+The following example defines an anonymous class that inherits the [classname]#Button.ClickListener# interface.
 
 
 [source, java]
 ----
-public class MyComposite extends CustomComponent
-             implements Button.ClickListener {
-    Button button; // Defined here for access
-
-    public MyComposite() {
-        Layout layout = new HorizontalLayout();
-
-        // Just a single component in this composition
-        button = new Button("Do not push this");
-        button.addClickListener(this);
-        layout.addComponent(button);
-
-        setCompositionRoot(layout);
-    }
+// Have a component that fires click events
+Button button = new Button("Click Me!");
 
-    // The listener method implementation
+// Handle the events with an anonymous class
+button.addClickListener(new Button.ClickListener() {
     public void buttonClick(ClickEvent event) {
-        button.setCaption("Do not push this again");
+        button.setCaption("You made me click!");
     }
-}
+});
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.eventlistener.classlistener[on-line example, window="_blank"].
 
-
-[[application.events.differentiation]]
-== Differentiating Between Event Sources
-
-If an application receives events of the same type from multiple sources, such
-as multiple buttons, it has to be able to distinguish between the sources. If
-using a regular class listener, distinguishing between the components can be
-done by comparing the source of the event with each of the components. The
-method for identifying the source depends on the event type.
+Most components allow passing a listener to the constructor.
+Note that to be able to access the component from the anonymous listener class,
+you must have a reference to the component that is declared before the
+constructor is executed, for example as a member variable in the outer class.
+You can also to get a reference to the component from the event object:
 
 
 [source, java]
 ----
-public class TheButtons extends CustomComponent
-       implements Button.ClickListener {
-    Button onebutton;
-    Button toobutton;
-
-    public TheButtons() {
-        onebutton = new Button("Button One", this);
-        toobutton = new Button("A Button Too", this);
-
-        // Put them in some layout
-        Layout root = new HorizontalLayout();
-        root.addComponent(onebutton);
-        root.addComponent(toobutton);
-        setCompositionRoot(root);
-    }
-
+final Button button = new Button("Click It!",
+  new Button.ClickListener() {
     @Override
     public void buttonClick(ClickEvent event) {
-        // Differentiate targets by event source
-        if (event.getButton() == onebutton)
-            onebutton.setCaption ("Pushed one");
-        else if (event.getButton() == toobutton)
-            toobutton.setCaption ("Pushed too");
+        event.getButton().setCaption("Done!");
     }
-}
+  });
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.eventlistener.differentiation[on-line example, window="_blank"].
-
-Other techniques exist for separating between event sources, such as using
-object properties, names, or captions to separate between them. Using captions
-or any other visible text is generally discouraged, as it may create problems
-for internationalization. Using other symbolic strings can also be dangerous,
-because the syntax of such strings is checked only at runtime.

documentation/application/application-lifecycle.asciidoc

@@ -94,7 +94,6 @@ public class MyServlet extends VaadinServlet {
     protected void servletInitialized()
             throws ServletException {
         super.servletInitialized();
-
         ...
     }
 }
@@ -104,7 +103,6 @@ To add custom functionality around request handling, you can override the
 [methodname]#service()# method.
 
 
-ifdef::web[]
 [[application.lifecycle.servlet-service.servicecustomization]]
 === Customizing Vaadin Service
 
@@ -112,8 +110,6 @@ To customize [classname]#VaadinService#, you first need to extend the
 [classname]#VaadinServlet# or - [classname]#Portlet# class and override the
 [methodname]#createServletService()# to create a custom service object.
 
-endif::web[]
-
 
 [[application.lifecycle.session]]
 == User Session
@@ -346,15 +342,10 @@ when the timeout specified by the [parameter]#session-timeout# parameter of the
 servlet expires after the last non-heartbeat request. Once the session is gone,
 the browser will show an Out Of Sync error on the next server request.
 ((("redirection")))
-To avoid the ugly message, you may want to set a redirect URL for the UIs
-
-ifdef::web[]
-, as described in
+To avoid the ugly message, you may want to set a redirect URL for the UIs, as described in
 <<dummy/../../../framework/application/application-errors#application.errors.systemmessages,"Customizing
 System
-Messages">>
-endif::web[]
-.
+Messages">>.
 
 The related configuration parameters are described in
 <<dummy/../../../framework/application/application-environment#application.environment.parameters,"Other
@@ -395,7 +386,7 @@ logout button, which closes the user session.
 public class MyUI extends UI {
     @Override
     protected void init(VaadinRequest request) {
-        setContent(new Button("Logout", event -> {// Java 8
+        setContent(new Button("Logout", event -> {
             // Redirect this page immediately
             getPage().setLocation("/myapp/logout.html");
 
@@ -408,7 +399,6 @@ public class MyUI extends UI {
     }
 }
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.lifecycle.closing[on-line example, window="_blank"].
 
 This is not enough. When a session is closed from one UI, any other UIs attached
 to it are left hanging. When the client-side engine notices that a UI and the
@@ -419,9 +409,7 @@ and, by default, reloads the UI when the message is clicked.
 ((("system messages")))
 You can customize the message and the redirect URL in the system messages.
 
-ifdef::web[]
 It is described in <<dummy/../../../framework/application/application-errors#application.errors.systemmessages,"Customizing System Messages">>.
-endif::web[]
 
 ((("heartbeat")))
 ((("UI", "heartbeat")))
@@ -441,7 +429,7 @@ synchronized as described in
 public class MyPushyUI extends UI {
     @Override
     protected void init(VaadinRequest request) {
-        setContent(new Button("Logout", event -> {// Java 8
+        setContent(new Button("Logout", event -> {
             for (UI ui: VaadinSession.getCurrent().getUIs())
                 ui.access(() -> {
                     // Redirect from the page
@@ -453,7 +441,6 @@ public class MyPushyUI extends UI {
     }
 }
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.lifecycle.closingall[on-line example, window="_blank"].
 
 In the above example, we assume that all UIs in the session have push enabled
 and that they should be redirected; popups you might want to close instead of

documentation/application/application-notifications.asciidoc

@@ -102,7 +102,6 @@ seconds by default. The user can continue to interact with the application
 normally while the tray notification is displayed.
 
 
-ifdef::web[]
 [[application.notifications.customization]]
 == Customizing Notifications
 
@@ -140,7 +139,6 @@ also prevents interaction with other parts of the application window, which is
 the default behaviour for error notifications. It does not, however, add a close
 box that the error notification has.
 
-endif::web[]
 
 [[application.notifications.css]]
 == Styling with CSS

documentation/application/application-resources.asciidoc

@@ -10,12 +10,11 @@ layout: page
 Web applications can display various __resources__, such as images, other
 embedded content, or downloadable files, that the browser has to load from the
 server. Image resources are typically displayed with the [classname]#Image#
-component or as component icons. Flash animations can be displayed with
-[classname]#Flash#, embedded browser frames with [classname]#BrowserFrame#, and
+component or as component icons. Embedded browser frames can be displayed with [classname]#BrowserFrame#, and
 other content with the [classname]#Embedded# component, as described in
 <<dummy/../../../framework/components/components-embedded#components.embedded,"Embedded
 Resources">>. Downloadable files are usually provided by clicking a
-[classname]#Link#.
+[classname]#Link# or using the [classname]#FileDownloader# extension.
 
 There are several ways to how such resources can be provided by the web server.
 Static resources can be provided without having to ask for them from the
@@ -85,15 +84,8 @@ Image image = new Image("Image from file", resource);
 // Let the user view the file in browser or download it
 Link link = new Link("Link to the image file", resource);
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.resources.fileresource[on-line example, window="_blank"].
 
-The result, as well as the folder structure where the file is stored under a
-regular Eclipse Vaadin project, is shown in
-<<figure.application.resources.file>>.
-
-[[figure.application.resources.file]]
-.File Resource
-image::img/resource-fileresource.png[width=50%, scaledwidth=80%]
+In a Maven based Vaadin project the image file should be located inside [filename]#src/main/webapp/WEB-INF/images/image.png#. 
 
 
 [[application.resources.class]]
@@ -114,7 +106,6 @@ and displays it in an [classname]#Image# component.
 layout.addComponent(new Image(null,
         new ClassResource("smiley.jpg")));
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.resources.classresource[on-line example, window="_blank"].
 
 
 [[application.resources.theme]]
@@ -136,14 +127,6 @@ ThemeResource resource = new ThemeResource("img/themeimage.png");
 // Use the resource
 Image image = new Image("My Theme Image", resource);
 ----
-See the http://demo.vaadin.com/book-examples-vaadin7/book#application.resources.themeresource[on-line example, window="_blank"].
-
-The result is shown in <<figure.application.resources.theme>>, also illustrating
-the folder structure for the theme resource file in an Eclipse project.
-
-[[figure.application.resources.theme]]
-.Theme Resources
-image::img/resource-themeimage.png[width=40%, scaledwidth=70%]
 
 To use theme resources, you must set the theme for the UI. See
 <<dummy/../../../framework/themes/themes-overview.asciidoc#themes.overview,"Themes">>