App without any coding Knowledge

Your Smartphone app without any coding Knowledge

It would be great if we all had the time, skills, and patience to learn computer coding, especially since technology pervades so many areas of our life. But thankfully, there are applications and web developers out there who provide ways for the rest of us to produce apps with little or no coding skills.
Back in June, I reviewed one such web application called Buzztouch, which is designed to allow anyone to create their own smartphone application. Now a similar program has just been released called Infinite Monkeys, a web-based tool geared toward niche communities who want to share content on the iPhone and Android platforms. Infinite Monkeys is not as polished theme wise as Buzztouch, but unlike the latter, Infinite Monkeys, says the developers, “Is completely web-based, and works on any computer or tablet device. You never touch the source code and don’t have to know what it is or how it works.” There are several other differences that also might make Infinite Monkey more accessible to non-programmers than Buzztouch. But you’re free to explore both and see which fits your needs.

Web-based GUI

Infinite Monkeys’ web-based graphic user interface allows users to incorporate existing web content from social networking sites like Twitter, Flickr, YouTube, and blogging sites.

These web-based apps of course don’t compare to more advanced apps like Angry Birds, but they are great for small niche communities and businesses, such as school associations, sports teams, churches, musicians and restaurants, who want to share content privately or publicly.

Infinite Monkeys provides three different app platform models, ranging from free to the pro level version of $499. But for many users, the free HTML 5 web-based, and ad-supported model should suffice.

Building An App

Infinite Monkey provides a seriously easy step-by-step process for creating a smartphone app in less than an hour; that is if you have an ample amount of content already posted on the web.

The great thing about using a web-based platform is that you can constantly add content and updates to your app via your blog site, YouTube channel, photo sharing site, etc.
The Infinite Monkey web application uses a familiar drag-and-drop process. You start off by giving your app a title, followed by choosing a privacy setting. You can make the app public, or private for closed community access which will prompt users to enter a password to view content.

You can of course customize the background image and splash screen, as well as the font colors for the title and other text.

Core Content

The core content of your app consists of primarily news and third-party feeds such as your blog site(s) and specific URLs.

Infinite Monkeys includes additional content models for music and books, food and beverages, events, sports, reference materials, and location services such as a map and directions.
With the click of a button you can easily preview your app at any point in the development process. The online app also includes an embedded short video tutorial for each of the three part steps and multifunction tools.
You have poor control over the content of your app, including links to streaming videos, live chatrooms, shared calendars for upcoming events, shopping links to recommended products, and tap–t0–call phone contact information.

Publishing App

The free version of Infinite Monkeys allows you to instantly post your HTML 5 version immediately to the web so that anyone with a web-enabled smartphone can access it through the assigned URL.

Since your app is ad-supported, Infinite Monkeys will host it for free on their server. While it is not nearly as polished as professional apps that you will find in say the iTunes App Store, it does provide a way for anyone to get their content into this space.

Please let your thoughts share about the it.

source: http://www.makeuseof.com/tag/create-smartphone-app-infinite-monkeys-coding-knowledge-required/

Automation UI Test for Iphone

Automation UI Test for Iphone

Hi guys, Today we will see the UI automation testing for Iphone applications. It is necessory to create automation test scripts to test UI of any application to make effective and efficient Iphone applications.

For this person should have a knowledge about the Java script and script writting as well as basic knowledge of Iphone sdk 4 and Instruments. But no problem If you are not.

Now we will see the step by step process:

One of the more useful (from a developer standpoint) features coming in iOS 4 (formerly iPhone OS 4) is the UIAutomation tool. This lets you run an automated set of tests against an application, and test to see if they had the expected results. Unfortunately, at the time of this writing, there is minimal documentation for the tool, so here's a quick walkthrough of how to use it.

To start, you need the iOS 4 SDK, which is available as of today from developer.apple.com. Next, you need to make sure that you have your application set up to be easily run by the UIAutomation suite. The main thing is to tag all your UI controls in Interface Builder with names, by setting the Accessability label to a unique value for the view.




Once these are all set and you've rebuilt your application for debug, you need to write a Javascript file that runs your application and tests to make sure that everything is running as expected. Here's a sample file, followed by some commentary.

[color=#1C2837][font=arial, verdana, tahoma, sans-serif][size=2][color=#000000]UIALogger.logStart("Starting Test");
var view = UIATarget.localTarget().frontMostApp().mainWindow().elements()[2];
var textfields = view.textFields();
if (textfields.length != 2) {
    UIALogger.logFail("Wrong number of text fields");
} else {
    UIALogger.logPass("Right number of text fields");
}
var passwordfields = view.secureTextFields();
if (passwordfields.length != 1) {
    UIALogger.logFail("Wrong number of password fields");
} else {
    UIALogger.logPass("Right number of password fields");
}
textfields["username"].setValue("tturner");
passwordfields[0].setValue("tod");
view.buttons()["logon"].tap();
var errorVal = view.staticTexts()["error"].value();
if (errorVal != "Invalid User Name or Password") {
    UIALogger.logFail("Did Not Get Invalid Username Error: " + errorVal);
} else {
    UIALogger.logPass("Username Error Detected");
}[/color][/size][/font][/color]

The first line of the test simply sends an informational message to the log. The next line uses UIATarget.localTarget().frontMostApp() to get the currently running application of the test target (which is whatever we've configured Instruments, the test runner, to run our tests on.) We then use mainWindow to get the main UIWindow, and then Elements to find all the children of the window. The third child of the main window in this application is a scroll view, so we use the [2] array reference to get it. We then get all the text fields (which don't include password fields), and make sure there are 2 of them. We also check that there is 1 password field. Next, we set the username and password field, and tap the submit button. Then we check to see that the error label has been set to the correct error message.

You should note that this last bit doesn't currently work. The text label string of a UILabel shows up as the StaticText field's name, not it's value, which is always nil. If you set the Accessibility label, it becomes the name property, and there is no longer any way to discover the current text in a UILabel. I have a bug report open with Apple about this.

FOLOWUP: This bug still exists, but I was able to work around it by using a UITextField or UITextView with the border and user interaction turned off in place of a UILabel that I wanted to change. The .value accessor works correctly on text fields and views.

You can find all the available Javascript objects by searching for "UI Automation Reference Collection" in the iPhone documentation online.

Once you've written your Javascript, it's time to run it and see if it works. Fire up Instruments (you can find it in Spotlight), and create an iPhone Simulator Automation trace:




Once you're in the Trace window, use the Choose Target pulldown to navigate to the debugging version of you App:




Use the Scripts pulldown to choose the Javascript test file you created, then click the record button. This will start up the iPhone simulator, wait about 5 seconds for your application to start, and then start going through the tests you wrote. Note that when the trace gets to the end of the Javascript file, it doesn't stop recording, you have to do it manually. You'll see the results in the Script Log:




You can also throw another instrument, such as the memory leak instrument, in with your UIAutomation run, and automatically find any memory leaks that occur while the application is being exercised.

One final tip. If you make a call to logElementTree() on any element, it will dump a full tree view of the current element and all its children to the log, which can be very useful when you're trying to figure out how to navigate the element tree.

Please free to share your thoughts on the same.

source: http://answers.oreilly.com/topic/1646-how-to-use-uiautomation-to-create-iphone-ui-tests/