In this webinar I built an mobile app connected to ATT SMS API and then packaged the services as plug-in for reuse.
One of the really great features in Tiggzi mobile app builder is that you can quickly export the app as mobile Web, Android or iOS:
For Android, you can get a ready for the app market binary file (Release binary). Just take the file and upload it to Android Market. It’s that simple. You can watch a webinar where an app is built, exported for Android and published.
iOS is little bit more involved (Apple requires to provide your developer information to build). There are two ways to go about it. First, export the app as xCode project and then follow the steps outlined in this guide to build the app.
A second option is to use PhoneGap Build cloud service.
We are working on adding functionality where you will be able to build iOS app inside Tiggzi. Then, we will add export options for Windows Phone and BlackBerry.
Second, from the builder it’s incredibly easy to consume any REST API (yellow Mobile API line). Tiggzi comes with a pretty nice REST services console where any service can be tested. From the same console, the REST service response (structure) can be automatically created. Once the service is defined, it is mapped to jQuery Mobile UI using a visual mapper (UI to service input, service output to UI).
Thirdly, as most BaaS services (orange line) are exposed as REST, HTML5 mobile app built in Tiggzi, can easily connect and use those services.
Lastly, and maybe the most important point is how incredibly fast you can build apps. It sort of all makes sense.. you got cloud-based mobile backend (exposed as REST) and cloud-based app builder to build the apps. It sounds simple.. but a really elegant picture.
This perfectly describes Tiggzi. Tiggzi is cloud-based builder for creating HTML5, jQuery Mobile, PhoneGap, and RESTful mobile apps.
Tiggr – the easiest platform for building mobile apps in the cloud
Building mobile UI with jQuery Mobile
To build the mobile UI, there is a visual editor and jQuery Mobile components, as shown below. You simply drag and drop components into the phone area.
Testing the mobile app
Testing is one of the most innovative features in Tiggr. There is a big Test button at the top. Clicking that button opens up a browser window with the mobile app in it. Need to test the app on the actual device? Scan the QR code, and e-mail the URL to your device. Don’t forget to make the app public. (More about testing native apps a little bit later.)
Consuming any cloud service
Once the UI is ready, the next step is connecting to cloud services. In Tiggr, you can connect to any cloud REST service. Below is an example of using the service editor to define a connection to Twitter’s search REST service:
Once the service is defined, it is mapped to the UI. A service usually has inputs and outputs. Mapping specifies how different UI components are related to different service parameters for input and output. There is even a visual data mapping editor available (service output is shown on the left, screen components are shown on the right:
One last step is adding an event to invoke the service. For example, on a specific button click (HTML click event) the service could be invoked. You can of course use any other HTML events. With Tiggr this is easy.
Native apps with PhoneGap
Exporting native app
Every app (native) in Tiggr comes with PhoneGap installed. To export the app as native is as simple as clicking the big Export button:
If you are targeting for Android, then you can download Android Release binary (.apk). This file is ready for the Android Market. Tiggr has a Android .apk file editor for you to enter all the necessary information.
If you are targeting iOS, then export iOS xCode project (Eclipse). You can then build the app on your machine or use cloud-based PhoneGap Build service to build for iOS.
As an alternative, for both Android, iOS or any other platform you can download the mobile Web version (Web resources, HTML/CSS/JS) and use PhoneGap Build service to build for the platform.
For example, if you need to build for BlackBerry, then simply download the mobile Web version and upload to PhoneGap Build. It’s that simple.
Using PhoneGap API
As an example, we will implement a Vibrate button.
First, we add the click HTML event to the button:
Testing native apps
Once you use a native API, testing in Web browser is no longer as useful. To test native apps, you can use Tiggr Mobile Tester. It’s a native app (Android, iOS) that lists all your mobile app in Tiggr. You simply tap any app in the list to launch the native app for testing. It’s the easiest and fasted way to test a native app without having to install it. The tester app looks like this:
This is even simpler than using the API. More components are planned to be added such as Camera and others.
Tiggr and PhoneGap – The ULTIMATE mobile app development combo?
We think so.
When you combine the two, Tiggr and PhoneGap, you get powerful cloud-based HTML5 mobile apps builder with an easy way to incorporate native device features and build for multiple mobile platforms.
Sign up for Tiggr and build your mobile app today.
Originally posted on PhoneGap blog: http://phonegap.com/2011/12/15/building-mobile-apps-in-the-cloud-with-tiggr-and-phonegap/
On Thursday, January 5, 2012 I will be presenting at Bay Area Mobile:
Prototyping and building mobile apps in the cloud
When: Thursday, January 5, 2012, 6:30 PM
Where: Mountain View, CA
In this cool session you will learn how to build HTML5 and native apps using Tiggr. Tiggr is a cloud-based mobile apps builder that uses HTML5, jQuery Mobile, REST, and PhoneGap to build apps. A real mobile app will be prototyped and built during the session, which attendees will be able to run and test on their own devices.
To sign up and more info: http://www.meetup.com/BayAreaMobile/events/40927112/.
Two other speakers will be presenting as well. Sally Cox from Adobe will be showing Adobe Proto, and Jonathan Smiley from ZURB will be talking about: Why (and How) to Rapidly Prototype for Multiple Devices.
The webinar shows how to build an RSS mobile app with jQuery Mobile, HTML5, REST, PhoneGap, export it and publish to Android Market, all under 40 minutes.