Dojo api document download

These pages describe the parts of the system and how to use them to generate your own documentation of both Dojo and custom code.

Startpage Dojo Dijit DojoX. Dojo 1. API doc syntax - how to markup API documentation in your code Running the generation tools - directories setup, defining custom namespaces, configuring and running the generation tools Viewing the API output data - how to setup and load the extracted API data into a web-based viewer.

Error in the documentation? Where are the docs? How do I get support and training? Which Dojo version should I use? Why do I need to use a web server? How can I avoid common mistakes? How do I report issues? How do I contribute and get involved? These questions and more are answered with this introductory start tutorial. Modules CDN. From time to time, it can be useful to load Dojo modules from a CDN.

Doing so and using local modules at the same time can seem impossible, however. This tutorial demonstrates how it can be done. Introduction to AMD Modules.

Dojo supports modules written in the Asynchronous Module Definition AMD format, which makes code easier to author and debug.

In this tutorial, we explain the basics of understanding and using AMD. Advanced AMD Usage. Dojo now supports modules written in the Asynchronous Module Definition AMD format, which makes code easier to author and debug. In this tutorial, we learn all about this new module format, and explore how to write an application using it. Dojo and Node. JavaScript is not just for the client side. With the rise of technologies like Node. DOM Basics Animation. In this tutorial, you will learn how to use Dojo to create and combine effects for customized animation of elements on the page.

Dojo DOM Functions. In this tutorial, you'll learn about how to use Dojo to manipulate the DOM in a simple, cross-browser way. Using basic DOM knowledge and only a few Dojo functions, you will be able to efficiently create, read, update and delete elements in the page on the fly.

Dojo Effects. In this tutorial, we will explore the effects that Dojo provides, which allow us to jazz up your page or application! Events with Dojo.

Keyboard Events with Dojo. NodeList Extensions. Augmenting Objects. Creating Builds. Dojo's build system provides a way to "build" Dojo and your other JavaScript resources and CSS files, so they can be more efficiently used in a production environment by your applications. Using Declarative Syntax. This tutorial will help you get the most out of this style of programming. Creating Classes. Dojo, Dijit, and Dojox modules all use declare; in this tutorial, you'll learn why you should too.

Getting Started with Deferreds. In this tutorial, you'll learn the basics of using Dojo's Deferred implementation, which are a way to easily work with asynchronous actions, such as Ajax calls. Feature Detection and Device Optimized Builds. Dojo now uses the popular has pattern for feature detection in combination with a has -aware build system.

While it is easy enough to write feature detection tests with ad-hoc JavaScript expressions, the has pattern defines a specific syntax such that the build system can detect these feature-based branches, and one can create application builds that are highly optimized for specific devices, with known feature shims factored out.

In JavaScript applications, modifying the URL hash is a great way to provide bookmarkable, history-enabled page states. Making Functions with hitch and partial. In this tutorial, you'll learn the basics of the Function object—and how to bind contexts to functions using lang. From there, you'll learn how to bind specific arguments to a function using lang.

In this tutorial you learn what JSONP is and how you can use it to retrieve data from cross-domain sources. Dojo Deferreds and Promises. Deferreds are a wonderful and powerful thing, but they're really an implementation of something greater - a promise. In this tutorial, we'll cover what that means, as well as some additional pieces of Dojo's API to work with both promises and regular values in a uniform way. Widgets Beyond Dojo.

One of the things that differentiates Dojo from many other JavaScript libraries is its scope. While you can simply use the functionality of Dojo base, DOM, Ajax, effects and other common functionality, the toolkit provides much, much more.

In this tutorial, we'll go on a quick tour of the Dojo Toolkit, to introduce some of the other components that are shipped with each release. Presenting statistical data in a readable, eye-catching manner is important, but it can also be difficult. This tutorial will show you how to create basic charts with varying data, plots, axes, and themes. Advanced Charting. Dijit's collection of form widgets provides a convenient and flexible range of options for creating rich forms.

In this tutorial we will look at the options available for checkbox-style interaction. User interaction is extremely important in building responsive, interactive web applications.

Web browsers provide basic methods for user interaction in the form of alerts and dialogs, but this functionality is neither elegant nor flexible. In this tutorial, you'll learn about each of these widgets, sample usages of each, and the ins and outs of creating them.

Layout with Dijit. Creating dynamic and interactive layouts is a challenge common to any graphical user interface. In this tutorial, we'll explain how Dijit addresses common layout needs and see how easy it can be to create even complex layouts with just a few flexible widgets. Dijit Editor. While there are elements within Dojo to allow for simple form validation, occasionally you may want a more powerful solution. Vector graphics can have many advantages, including flawless scaling with maximum portability.

The problem with vector graphic creation is that it can be difficult—but not so with Dojo's GFX library. GFX provides a simple and flexible API along with other utilities for creating, animating, and managing amazing vector graphics. A Loading Overlay. In this tutorial, we'll create an overlay that puts us in control of the user experience while the loading of dependencies and rendering of the UI takes place in the background.