Through this developer account, you will obtain the Titanium SDK and Titanium Studio IDE. To use Titanium, you must create a free developer account on the Titanium website.Just follow these steps to get Titanium’s tools: Appcelerator offers a “ Quick Start” document that fully covers the steps to get started. Starting Your First ProjectĪppcelerator Titanium and Titanium Studio are available free of charge. I’ve included the code for both an Alloy and a Classic version of our application in the same GitHub repository that holds the code samples for the other articles in this series. Alloy is an application framework that allows you to specify the UI of an application in XML and apply styles to the controls in the project via a CSS-like syntax. With Titanium, the layout of screens is written either in JavaScript or in an XML definition language, as part of Appcelerator Titanium’s Alloy framework. ( Large preview)Īs of the time of writing, no graphic layout tools exist that are akin to the ADT layout manager for Android or the StoryBoards and Interface Builder for iOS. This IDE contains a JavaScript editing environment, along with a source-level debugger. Training courses and a certification program are also available for an additional fee.Ī Eclipse-based IDE named Titanium Studio is offered by Appcelerator. Appcelerator makes available at additional cost an Enterprise version that includes additional support, cloud services and analytics capabilities. The Titanium SDK and an integrated development environment (IDE) are offered free of charge for any commercial application. The products may be used independently of one another or in combination. As such, even with Appcelerator, at least some parts of your code will have to be written specifically for each platform.Īppcelerator consists of a suite of products, including the Titanium SDK for building mobile applications, and some cloud services that can be used for the back end of the application. However, as we’ve seen with native iOS and Android’s different approaches to navigating screens (for example, ViewControllers with the NavigationController on iOS and Activities in Android), not all of these differences can be abstracted well. In many cases, the code you write for one platform can run unmodified on other platforms as well. Titanium provides UI objects for things like buttons, text fields, lists and so on, and these are backed by the mobile platform’s truly faithful representation of the respective native controls. However, instead of manipulating an HTML DOM, as would be done in a PhoneGap application, the JavaScript is interacting with Appcelerator Titanium’s API. With Titanium, an application is written in JavaScript. ( Large preview)įasTip application on Android. Here’s the Appcelerator Titanium version of our sample FasTip application running on both iOS and Android:įasTip application on iOS. Appcelerator plans to release support for Windows Phone and Windows 8 later this year. Titanium is intended to provide the experience of a native UI, along with portability between the iOS, Android and BlackBerry platforms. Our PhoneGap solution leveraged a Web view and rendered the UI with HTML5 and CSS3.īy contrast, Appcelerator Titanium applications render the UI using the platform’s native controls. In doing so, we were left with a user interface (UI) that, while quite usable, did not offer quite the same experience as that of a truly native application. PhoneGap enabled us to build a tip calculator app quickly and have it run on both the Android and iOS platforms. In this article, we’ll look at another cross-platform development tool, Appcelerator Titanium. In previous articles, we covered how to build a tip calculator in native iOS, native Android and PhoneGap. This article is the last in a series of articles covering four ways to develop a mobile application.
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