did you check http://code.google.com/webtoolkit/doc/latest/tutorial/RPC.html#serialize the article says: It has a default (zero argument) constructor with any access modifier (e.g. private Foo(){} will work) I’m allways forgetting zeroargument const. when I am making a serializable object 😀
I think I found it: (should have read Dart’s FAQ first, instead of googling “GWT vs Dart”) From: http://www.dartlang.org/support/faq.html#future-for-GWT Q. What’s the future for GWT? Bruce Johnson posted on the GWT blog (with further comments on Plus): “Dart and GWT both share the goal of enabling structured web programming. In fact, many of the same … Read more
JavaScript doesn’t support multithreading. However, GWT has a class to ‘simulate’ threading, which is not real multithreading, but in most cases does what you need: com.google.gwt.core.client.Scheduler.ScheduledCommand. The technique is based on the timer class, which executes a method after the given time elapses. For example, when placing the following code in you own code, the … Read more
Google Web Toolkit uses deferred binding; it creates different versions of your application for different browser targets and localizations. Their FAQ response on Deferred Binding goes into more detail, but basically can be summed up in this quote: For instance, if GWT supports 4 browsers, and you write your application in 3 languages, then GWT … Read more
EDIT GWT 2.8.0 was released on Oct 20, 2016 with support for Java 8 language constructs (lambdas, method references) and emulation of some Java 8 APIs (streams mostly) EDIT as of Apr 2014, GWT 2.6 supports Java 7, and work is underway to support Java 8 in GWT 2.7, to be released by the summer … Read more
In GWT application logic is normally run on client side. It only calls server when it needs to read/save some data. In Vaadin application logic is on server side. Client side must normally call server after every user interaction. GWT advantage: App logic (replies to user interaction) is faster as it is run locally in … Read more
GWT.create is used by the GWT compiler for deferred binding. Deferred binding is a feature of the GWT compiler that works by generating many versions of code at compile time, only one of which needs to be loaded by a particular client during bootstrapping at runtime. You should only use the GWT.create for those cases … Read more
Have you started the DevMode using your src/main/webapp as the “war folder”? or in other words, is there a *.nocache.js in your src/main/webapp? In that case, this file will overwrite the one produced by the GWT compiler as called by the gwt-maven-plugin. The *.nocache.js generated by the DevMode (when no one exists, generated by a … Read more
This should work: .//button[.=’OK’ and not(ancestor::div[contains(@style,’display:none’)]) and not(ancestor::div[contains(@style,’display: none’)])] EDIT: The simpler and more efficient expression below: //div[not(contains(@style,’display:none’))]//button[.=’OK’] does not work properly because every button has at least one div that’s visible in its ancestors.
What I usually do in situations like this is design the webpage framework first. I’ll have a div for the header, side menu and footer. I’ll also have a div in my HTML for the main content. Example: <html xmlns=”http://www.w3.org/1999/xhtml”> <head> <meta name=”gwt:module” content=”org.project.package.Core=org.project.package.Core”> </head> <body> <!– Load the JavaScript code for GWT –> <script … Read more