How to Create an Android App With Android Studio

This tutorial will teach you the basics of how to build an Android app using the Android Studio development environment. As Android devices become increasingly more common, demand for new apps will only increase. Android Studio is an easy to use (and free) development environment to learn on. It's best if one has a working knowledge of the Java programming language for this tutorial because it is the language used by Android. There won't be much code used in this tutorial, so I will assume that you know enough Java to understand or are willing to look up what you don't know. This will take roughly 30-60 minutes, depending on how quickly you are able to download and install Android Studio. After using this tutorial to create your first Android app, you'll be well on your way to a fun new hobby or possibly even a promising career in mobile development.

Step 1: Install Android Studio-

1.Go To google and search for "download android studio for PC"

2.Use the installer to install Android Studio following its instructions.

Step 2: Open a New Project

1.Open Android Studio.

2.Under the "Quick Start" menu, select "Start a new Android Studio project."

3.On the "Create New Project" window that opens, name your project "HelloWorld".

4.If you choose to, set the company name as desired*.

5.Note where the project file location is and change it if desired.

6.Click "Next."

7.Make sure on that "Phone and Tablet" is the only box that is checked.

8.If you are planning to test the app on your phone, make sure the minimum SDK is below your .

9.phone's operating system level.

10.Click "Next."

11.Select "Blank Activity."

12.Click "Next."

13.Leave all of the Activity name fields as they are.


14.Click "Finish."

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How to move data from Android Device to iPhone for free

Transferring files from iOS to Android has still not become an easy task. The two systems use different platforms to operate and connecting the two has been a problem ever since the inception. AnyTrans has already scored as an iPhone manager, that too at a professional level and now with its data transfer mechanism; it is here to make its presence felt. It has now introduced a new feature that is free to download and easy to use.

AnyTrans review

AnyTrans allows you move your data from Android to iPhone and manage iPhone, iPad, iPod, iTunes and iCloud content. While AnyTrans has already proved itself to be a professional manager for iPhones, it has something new to offer to its customers. With its new feature, iOS mover, you can transfer files from Android devices to your iOS devices. This was not easy before as iTunes and Android don’t really gel well and it becomes difficult to transfer files. The best part is that this iOS mover feature is free to use in the latest version. All you need is two devices one being android and another being iOS. Connect them to your PC, run the software and you are good to go.

Move your data from Android to iPhone

nce you download the app on your Android device, you will get several options. You have to download your iTunes driver in order to complete the task of transferring the data. It should not be difficult to understand the process. This comes with a free and a paid version and for full version you will get all the required features. Now there are different heads in the window namely iTunes library for songs, backup manager, device manager, iOS mover, iCloud manager, and media downloader. However, the iOS Mover is absolutely free for all the versions. If you have still not downloaded the software, you can do it just for the sake of it.

How to use iOS Mover

Firstly you need to download AnyTrans for your Windows computer or Mac from imobie.com. Then connect both the Android device and your new iPhone via USB cables. Once successfully connected, you will see three buttons – Content to iCloud, Content to iOS, and Content to iTunes, which respectively enables you to transfer data from Android device to iCloud, transfer data from Android device to iOS device, transfer data from Android device to iTunes.

Some Important Features

We will now go into the details of AnyTrans that will come in handy. You may have heard a lot about it already but this will just sum it up to let you know why you shall use the software. This will also give you reasons to give it a try over some other same kind of software available in the market.

Transfer Any File Types

AnyTrans, as its name suggests, can transfer anything. It can transfer music, playlists, videos, and much more from your iDevice to your Mac, PC and iTunes. This seems cool but it is actually cooler than that due to the details it provides. You can check the app anytime to see which file was transferred, from where and at what point in time.

Keep Only Important Files

Apart from providing the users an option to transfer files it also gives the option to transfer files back to the iDevice in question. In many cases, you have tons of pictures and videos on your iPhone or iPad but you don’t see them all the time. At the same time, you don’t want to delete them either as they are memories you want to keep. Scrolling to find the important picture every time can be a gruesome job and that is the reason why you need to make the transfer. Just keep what you actually need and transfer the rest to your Mac or PC. That sounds really cool, isn’t it?

Contact Backup

Apart from the transferring part, backing up contact is one more feature that it offers. So you can back up all your iPhone contacts and never worry about losing any of them. You can also backup the SMS/MMS or iMessages in your PC. One more thing is you can change the theme of the software as per your liking.

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Programs not responding in Windows 10/8/7

At times, you may have seen a message that some program had stopped responding on your Windows computer. The reasons for such Programs not responding or Program has stopped working or responding message could be many and there the troubleshooting options different too.

Today we will take a look at some other common scenarios where you may encounter a Program not responding message.

Programs not responding in Windows

If a Program is not responding, it means that a problem has occurred in the program and it is, therefore, interacting more slowly than usual with Windows. You can choose to wait for it to start working automatically or you can terminate or kill the process.

The probable cause for this are:

• Lack of computer resources available for the program to start or run properly
• Computer infected with malware
• Conflict between two software
• Incompatibility with the operating system version
• File or registry entries of the program may have been corrupted
• The actions you could take if you face such a situation are:

The actions you could take if you face such a situation are:

1. Terminate or kill the program process
2. Full scan your PC with your antivirus software.
3. Relaunch the program and see if it work
4. Restart the computer and see if it runs properly
5. See if the problem occurs when you boot in Clean Boot State. Here you can manually try and identify conflicts.
6. Reinstall the software
7. Disable hardware graphics acceleration and see.
8. If the program uses add-ins or extensions, start the program in Safe Mode and see. If need be, check the add-ins and disable or remove the offenders. To run a program in No add-ons mode or Safe Mode, you usually open the Run box, type the name/executable of the program and use the /safe parameter. Eg.  outlook /safe.
9. Try and increase the RAM.

One last thing! You could also optimize the computer for performance. Clean up Disk Space, uninstall unwanted programs, run the Program & System Maintenance Troubleshooters.

Open an elevated Command Prompt, type the following and hit Enter to run the Performance Troubleshooter.

msdt.exe /id PerformanceDiagnostic

This troubleshooter helps the user adjust settings to improve operating system speed and performance.

Printer not responding

If you receive a Printer not responding message run the Printer Troubleshooter and see. Make sure that you are using the latest version of the Printer Driver.

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How To Fix Code 43 Errors | How to Solve Code 43 Errors

The Code 43 error is one of several Device Manager error codes. The Code 43 error will almost always display in the following way:

"Windows has stopped this device because it has reported problems. (Code 43)"

Details on Device Manager error codes like Code 43 are available in the Device Status area in the device's properties:

Important: Device Manager error codes are exclusive to Device Manager.

If you see the Code 43 error elsewhere in Windows, chances are it's a system error code which you should not troubleshoot as a Device Manager issue.

Cause of the Code 43 Error:-

A Code 43 error is generated when Device Manager stops a hardware device because the hardware reported to Windows that it's having some kind of unspecified problem.

This extremely generic message could mean there's a true hardware issue or it could simply mean that there's a driver problem that Windows isn't seeing as such but that the hardware is being affected by.

How to Fix a Code 43 Error:-

Steps:-

Step 1.) Restart your computer if you haven't done so already.

There is always the chance that the error Code 43 you're seeing on a device was caused by some temporary problem with the hardware. If so, a restart of your computer might fix the Code 43 error.

Note: Some users have also reported that powering off their computer completely (not just a reset) and then turning it back on has corrected their Code 43 issue, especially if it exists on a USB device. In the case of a laptop, turn it off and remove the battery, wait a few minutes, and then put the battery back in and start the computer.


Step 2.) Did you install a device or make a change in Device Manager just before the Code 43 error appeared? If so, it's very possible that the change you made caused the Code 43 error.

• Undo the change if you can, restart your PC, and then check again for the Code 43 error.
• Depending on the changes you made, some solutions might include:
• Remove or reconfigure the newly installed device.
• Roll back the driver to a version prior to your update.
• Use System Restore to undo recent Device Manager related changes.

Also Read:- Find lost Smartphone using Google’s Android Device Manager

Step 3.) Reinstall the drivers for the device. Uninstalling and then reinstalling the drivers for the device is a possible solution to a Code 43 error.

Important: If a USB device is generating the Code 43 error, uninstall every device under the Universal Serial Bus controllers hardware category in Device Manager as part of the driver reinstall. This includes any USB Mass Storage Device, USB Host Controller, and USB Root Hub.

Note: Properly reinstalling a driver, as in the instructions linked above, is not the same as simply updating a driver. A full driver reinstall involves completely removing the currently installed driver and then letting Windows install it over again from scratch.


Step 4.) Update the drivers for the device. It's also very possible that installing the latest drivers for the device could correct the Code 43 error.

If updating the drivers does remove the Code 43 error, it means that the stored Windows drivers you reinstalled in Step 3 were were probably damaged or were the wrong drivers.

Step 5.) Install the latest Windows service pack.  One of Microsoft's service packs or other patches for Windows might contain a fix for whatever might be causing the Code 43 error so if you're not fully updated, do so now.


Step 6.) Update BIOS. In some situations, an outdated BIOS could be causing a specific issue with a device that is causing it to report an issue to Windows - thus the Code 43 error.

Step 7.) Replace the data cable that connects the device to the computer, assuming it has one. This potential fix for a Code 43 error is most often useful if you're seeing the error on an external device like a USB or FireWire device.

Step 8.) Reference the hardware device's manual and follow any troubleshooting information provided.

I know this sounds like really general advice but the Code 43 error is specifically referring to the hardware as the source of the error information so there may actually be some useful troubleshooting information in the product manual.


Step 9.) Purchase a powered USB hub if the Code 43 error is showing up for a USB device. Some USB devices need more power than the USB ports that are built in to your computer can provide. Plugging those devices into a powered USB hub solves that issue.

Step 10.) Replace the hardware. A problem with the device itself might be causing the Code 43 error, in which case replacing the hardware is your next logical step. In most cases, this is the solution to a Code 43 error but I wanted you try the easiser, and free, software-based troubleshooting ideas first.

Another possibility, while not very likely, is that the device is incompatible with your version of Windows.

Note: If you're positive that a hardware problem isn't causing the Code 43 error, you could try a repair install of Windows. If that doesn't work, try a clean install of Windows.  I don't recommend doing either before you replace the hardware, but you may have to give them a try if you're out of other options.

What Does the Code 43 error Applies To.....

The Code 43 error could apply to any hardware device in Device Manager though most Code 43 errors appear on video cards and USB devices like printers, webcams, iPhones/iPods, etc.

Any of Microsoft's operating systems could experience a Code 43 Device Manager error including Windows 8,  Windows 10, Windows Vista,  Windows XP, and more.


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Find the Creation Date of your Google Account

If your Google account ever gets hacked or if you are unable to get into your Gmail account because you no longer have access to your mobile phone number or alternate email address, Google will require you to answer a few security questions before restoring your account.

These questions include:

1. What was the last password you used to sign-in to your Google Account?

2. When was the last time you were able to sign in to your Google Account?

3.When did you create your Google Account?

All these questions are required and if you are not sure about the exact dates, Google says that you can provide your “best estimate.”

It is therefore recommended that you make a note of Google account creation date at a safe place but where you do get this information from? One option is that you open your Gmail mailbox, switch to All messages and note the timestamp of the welcome message from Gmail.

WHEN DID I CREATE THE GOOGLE ACCOUNT?

In case you have deleted that email message, here is how you can easily find out the date when you first created you Google / Gmail account.

1. Go to google.com/takeout, sign-in with your existing Google Account and click the Create an Archive button.

2. On the next page, click the Edit link against the Google+ circle option and then click the link that says “Transfer your Google+ connections to another account”

3. Google will once again require your account password. Sign-in and on the next screen you’ll see your Google Account creation as shown in the above screenshot.

This is one important piece of information that will be required for recovering your lost Gmail account.

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How to Make an iPhone App | Create a Application

Five Parts:  Setting Up Your Development Environment   Planning the App    Creating the App    Testing the App    Releasing Your Project 

The app market is changing and shifting constantly, and the success stories are big enough to catch anyone's eye. Do you think you have the Next Big Idea for an iPhone app? It may be easier to make than you think. Although you'll need to learn some coding, much of the interface work can be done graphically. Creating an app will take time, learning, and patience but maybe you can make the next Flappy Bird! See Step 1 below to get started.

 

Part 1 of 5: Setting Up Your Development Environment

1.) Download and install Xcode.

Xcode is the development environment that all iPhone apps are created in. Xcode is available for free from Apple, but requires OS X 10.8 or later to be installed. There is no official way to run Xcode on a Windows or Linux PC. This means that if you want to develop an iPhone app but don't have a Mac, you'll need to invest in one first.

• To develop iOS 8 apps, you will need Xcode 6.0.1 and the iOS 8 SDK, both of which are available from Apple. The iOS 8 SDK contains a significant number of new APIs that allow you to create all kinds of new app experiences, including iCloud integration and Touch ID.

2.) Install a good text editor.

While you can code completely within Xcode, you'll find working with large chunks of code much easier if you have a dedicated text editor that specializes in programming syntax. TextMate and JEdit are two very popular choices.

3.) Install a vector graphics program.

If you plan on creating custom art and designs for your app, you will want a program that can create vector graphics. Vector graphics scale without losing clarity, and are essential for a good-looking app. Popular vector programs include CorelDraw, Adobe Illustrator, Xara Designer and Inkscape. A nice, free, vector graphics drawing program is DrawBerry. It is not as powerful as the professional programs, but it is good for a first-time user, or if you just don't want to pay for something just for one use.

4.) Familiarize yourself with Objective-C.

Objective-C is the programming language used to create functionality within iPhone apps. It handles data and object manipulation. Objective-C is a derivative of the C family of languages, and is an object-oriented language. If you already have a basic understanding of C or Java, Objective-C should be, for the most part, pretty easy to grasp.

• While it's possible to build a basic app without knowing Objective-C, you cannot perform any sort of advanced function without coding it yourself. Without Objective-C, all you can do is move back and forth between screens.
• There are a variety of tutorials available online, as well as a wealth of information to be found in various books about Objective-C. If iPhone app development is something you want to take seriously, you'll be well-served by having some resources handy.
• Some of the more popular online Objective-C communities include the Apple Developer Forums, the iPhoneSDK Google Group, and StackOverflow.

5.) Consider outsourcing development.

If you simply don't have any interest in learning Objective-C, or don't have an artistic bone in your body, there are a large number of freelancers and development teams out there that may be able to take on various aspects of your project for you. Outsourcing your development is a complicated process, but can save you lots of headaches if you're not the programming type. Make sure that everyone involved signs a Non-Disclosure Agreement, and that pay structures are in place before any work begins.

• ODesk and Elance are two of the most popular freelancing services on the Internet, and both have hundreds of developers and artists of all skill levels.

6.) Create a development account.

In order to distribute your app on the App Store or give it to others to test, you will need to sign up for an Apple Developer account. The account costs $99 per year, and will require you to enter in tax and bank account information.

• You can create your account at the iOS Dev Center website.

7.) Download some test apps.

Once you've signed up for a Developer account, you will have access to Apple's development resources. These resources include a variety of sample projects which can give you a tremendous amount of insight into how app development works. Find an example that is related to the kind of app you want to create and mess around with it in Xcode.

Part 2 of 5: Planning the App

1.) Define your concept.

Before you even open Xcode for the first time, you should have a well-thought-out plan for your app and its features. This could include a design document which outlines all of the functionality of the app, sketches of the user interface and flow between screens, and a basic idea of the types of systems that will need to be implemented.

• Try to stick to your design document as much as possible while you are developing your app. This will help keep you focused on the features you want.
• Try to draw at least one thumbnail sketch for each screen in your app.

2.) Determine your audience.

The audience of your app will have a lot to do with the way it looks and the functionality of the application. For example, a to-do list app will have a much different audience than a gory shooting game. This will help you

3.) Address a need with the app.

If your app is a utility of some kind, it should offer a solution to a problem that hasn't been done before, or one that does it better than previous attempts. If your app is a game, it should have a unique feature or features that help set it apart and attract specific gamers.

4.) Consider the content.

Your user interface will be determined by the type of content you are showing the user of your app. For example, if the app deals with photos, you will want a user interface that makes looking at photos and navigating through them as easy as possible.

5.) Practice good UI design processes.

The user interface should never get in the way of the user. This means that options should be clearly visible, and the user should never have to question what button does what. If you are using icons, they should accurately represent their function. Navigation through the app should be fluid and natural.

• UI design is as much an art form as it is a science. You will likely be revising your design constantly as your project evolves.

 

Part 3 of 5: Creating the App

1.) Create a new project in Xcode.

Open up Xcode, and start a new Project from the File menu. Select "Application" under the "iOS" heading on the left side of the window. In the template section, choose "Empty Application".

• There are a variety of templates available, all designed for different tasks. Start with a blank template until you get more comfortable with the development process. You can try one of the more complicated templates once you're familiar with how everything works.
• You will need to provide a Product Name, your company identifier, and the class prefix. If you don't have a company identifier from Apple yet, enter com.example. For the class prefix, enter XYZ.
• Select "iPhone" from the Devices menu.

2.) Create a Storyboard.

The Storyboard is the visual representation of all of your app's screens. It shows the contents of each screen as well as the transitions between them. The Storyboard tool will help you develop the flow of your app.

• Click File → New → File.
• Under the iOS heading, click "User Interface".
• Select Storyboard, and click Next.
• Select iPhone from the Devices menu, and then name the file "Main". Make sure that it is saved in the same location as your project.

3.) Assign your Storyboard to your project.

Once you create the Storyboard, you will need to assign it as the main interface of your app. This will load the Storyboard when the app is launched. If you don't assign the storyboard, nothing will happen when you start the app up.

• Click your project name in the left navigation tree.
• Find the Targets heading in the main frame. Select your project from the Targets list.
• Find the Deployment Info section in the General tab.
• Enter Main.storyboard into the "Main Interface" text field.

 

4.) Add your first screen by using a view controller.

View controllers dictate how content is viewed by the user. There are a variety of preset view controllers available, including standard views and tables. You will add view controllers to your storyboard, which tells the app how to display the content to the user.

• Select your "Main.storyboard" file in the project navigation menu. You will see a blank canvas appear in the Interface Builder window.
• Find the Object Library. This is located at the bottom of the right frame, and can be selected by clicking the little cube button. This will load a list of objects that can be added to your canvas.
• Click and drag the "View Controller" object onto the canvas. Your first screen will appear on the canvas.
• Your first "Scene" is complete. When the app is started, the view controller will load your first screen.

5.) Add interface objects to your first screen. 

Once you have the view controller set, you can start populating the screen with the interface objects you need, such as labels, text input fields, and buttons. Interface objects can all be found in the Objects Library list that you found the View Controller object in.

• Click and drag objects from the list to add them to your screen.
• Most objects can be resized by clicking and dragging the boxes on the edge of the object. When resizing, guidelines will appear on the screen so that you can ensure everything lines up correctly.

6.) Customize the objects you add. 

You can adjust the properties for each object, allowing you to create a custom and intuitive interface. For example, you can add placeholder text to a text input field that will help guide the user on what they should input.

• Select the object you want to customize and click the "Attributes Inspector" button at the top of the right frame. The button looks kind of like a shield.
• Customize the object to your liking. You can change font style, font size, text color, alignment, background images, placeholder text, border style, and much more.
• The available options will change depending on the object you are customizing.

7.) Add more screens. 

As your project grows, you will probably need to add more screen to display all the content necessary for the app to be useful. For example, if you are making a to-do list app, you will need at least two screens: one for inputting a to-do list item, and one for viewing the entire list.

• More screens are added by dragging and dropping view controller objects onto blanks parts of your canvas. If you can't find a blank spot to drop it, click the "zoom out" button until you find empty areas. Make sure to drop the view controller onto the canvas and not onto an existing screen.
• You can change the initial screen by selecting the view controller you want to lead with from the project outline. Click the Attribute Inspector button and check the "Is Initial View Controller" box. For example, if you are making a to-do list, you'll want the actual list to be the first thing the user sees when the app is launched.

8.) Add a navigation bar.

 Now that you have two screens in your app, it's time to make it so that the user can move back and forth between them. You can do this through the use of a Navigation Controller, which is a specialized View Controller. This controller adds a navigation bar to the top of your app that allows user to move back and forth between screens.

• Your navigation controller should be added to your initial view so that it can control all subsequent screens.
• Select your initial view in the project outline.
• Click Editor → Embed In → Navigation Controller.
• You should see a gray navigation bar appear at the top of the screen you added the controller to.

9.) Add functionality to the navigation bar.

Now that you have inserted the navigation bar, you can start adding navigation tools to it. This will allow your user to move back and forth between screens.

• Add a title to the navigation bar. Click the Navigation Item underneath the view controller you assigned it to. Open the Attribute Inspector and type the title of the current screen in the Title field.
• Add a navigation button. Open the Objects library if its not already open and find the Bar Button Item. Click and drag it to the navigation bar. Typically, buttons that move you "forward" in the app are placed to the right, and buttons that move you "back" are placed to the left.
• Give the button a property. Buttons can be configured to have specific properties that make them easy to adapt to the circumstance. For example, if you are creating a to-do list, you'll want an "Add" button to create a new entry. Select the button, and open the Attribute Inspector. Find the Identifier menu and choose "Add". The button will change to a "+" logo.

10.) Link your new button to an existing screen.

In order for your button to function, you will need to connect it to another screen. In our to-do list example, the button is located on the overall list, and needs to be linked to the entry screen. To link the button, hold the ^ Control and drag the button onto the second screen.

• When you release the mouse button, the Action Segue menu will appear with a list of options. Choose "Push" to use the push transition when moving between screens. You can also choose "Modal", which will open the screen as a self-contained action as opposed to a sequence.
• If you use Push, a navigation bar will be added automatically to your second screen and a "back" button will be automatically created. If you choose modal, you will need to manually insert a second navigation bar as well as add a "Cancel" and "Done" button (for a to-do list; the labels of your buttons will change depending on the needs of your app).
• "Cancel" and "Done" buttons can be created the same way that you created the "Add" button. Simply select "Cancel" or "Done" from the Identifier menu in the Attribute Inspector.

11.) Add data handling capabilities. 

Up to this point, you've been able to create a basic navigable interface without the need for any coding. If you want to add any deeper functionality, such as data storage and handling user input, you'll need to get your hands dirty in the code. Coding is outside of the scope of this guide, but there are a large number of Objective-C tutorials available online.

• You can use your navigable interface prototype to help you hire a developer. Having a working interface will make it much easier to explain what you need on the coding side of things.

 

Part 4 of 5: Testing the App

1.) Start the iOS Simulator.

Xcode comes with a built-in iOS simulator that lets you test your app on a variety of simulated iOS devices. To start the Simulator, choose "Simulator and Debug" from the dropdown menu at the top of the Xcode window, and then choose the device you want to test on.

2.) Build the app.

Click the Build button, which looks like a traditional Play button, to compile the app and run it. Building the app may take a few minutes. you can watch the progress in the toolbar. Once the build process is complete, the iOS Simulator will open and you can begin testing your app.

3.) Test the app on your own iPhone.

Before distributing your app for testing, you can test it on your own device (if you have one). First, plug your device into your computer via USB. Close iTunes if it opens. Select "Device and Debug" from the dropdown menu, and then click the Build button. After a few seconds the app should launch on the iPhone. test all of the functionality before closing the app.

4.) Debug your app.

If your app crashed, you need to start figuring out what happened and why. This is a vast subject and there are countless reasons why your app may have crashed. Open the debug console and read the error messages. Most of the time they are rather cryptic. If you do not understand the error, try Googling the error message. Chances are, you will find a post on the Apple development forum where a friendly seasoned developer has answered their plea.

• Debugging can be a very time consuming and tedious time for you. If you don't give up and persevere, in time you will get better at it. You will start to recognize the errors, track them down quickly, and even expect them on occasions. One common mistake is releasing an object from memory more than once. Another is forgetting to allocate memory and initialize an object before trying to add or assign to it. With each app your errors will become fewer and fewer.

5.) Check memory usage.

The iPhone has a very limited amount of memory. Each time you allocate an object some memory, you have to release it when you are done with it and give back the memory. Instruments is the iPhone SDK tool for viewing and analyzing your memory usage amongst other things.

• With Device and Debug selected as before, choose Run → Run with Performance Tool → Leaks. This will launch Instruments and start the app on your device. Go ahead and use the app as normal. It will seem to freeze periodically as Instruments records and analyzes your memory usage. Any leaks will result in a red spike in the Leaks timeline. The source of the leaks will be displayed in the lower half of the screen.
• Double clicking on the leaked objects will attempt to take you to the responsible code or clicking on the little arrow in the address column will show you the leak history. Sometimes where the leak is detected is not necessarily where it originated from.
• If you get really stumped, try by process of elimination. Comment out and/or carefully bypass areas of your code and run it. Sometimes you can narrow down the general area and then eventually hone in on the responsible line. When you know where it is, you can fix or rewrite it. Remember, using Google can often provide you with the quickest direct links to internal Apple forums or documentation that deal with your issue.

Also Read:- How to Back Up a Folder With a Flash Memory Drive

6.) Distribute your app to be tested by others. 

While testing your app in a simulated setting is a good way to ensure that your app works and that the interface looks good, nothing beats testing from users other than yourself. Just make sure you've ironed out the most egregious bugs before sending it out for external testing. In order to distribute your app to your testers, you will need to create an Ad-Hoc certificate on the iOS Dev Center site.

• External testers can provide a lot of feedback that you wouldn't expect. This can be especially useful if you have a complex app.
• In order to authorize tester's devices, you will need each device's UDID number.
• Choose Device from the drop down list and press the "Build" icon. In the Finder, navigate to your project's folder and look for the "Ad-Hoc-iphoneos" folder. Inside there will be an app. Copy your "AdHoc.mobileprovision" certificate you got from the iOS Dev Center into the same folder. Select the app and the certificate and zip them up. This archive can be given to your external tester. You will need to create a separate archive for each Ad-Hoc certificate.

 

Part 5 of 5: Releasing Your Project

1.) Create your Distribution build.

Select Device and Release from the drop-down menu. Press the "Build" icon. In the Finder, navigate to your project's build folder and look for the "Release-iphoneos" folder. Inside there will be an app. Zip it up into an archive.

• In order for new apps to pass Apple certification, they will need to be optimized for iOS 8 and the Retina display.

2.) Open the iTunes Connect dashboard.

You can access this from the iOS Dev Center. If you have any unfinished steps to complete for setup, they will be listed at the top of the page. Make sure that all of your banking and tax information has been entered correctly.

3.) Enter all of your app's information.

Click "Manage Your Applications" and then select "Add new Application". Fill out the App name, SKU number and select the bundle ID. Select your app bundle from the drop down menu.

• Fill out the forms providing your app description, keywords, support site, category, contact email, copyright etc.
• Fill out the Rights and Pricing forms.
• Have your iTunes artwork ready. You will need a large 512x512 vector icon, as well as some screenshots of your app. Screenshots can be grabbed from the iPhone simulator using ⌘ Command+⇧ Shift+4 and dragging the cross-hair over the area. Make sure they are 320x480 for iPhone. Screenshots are a very important part of marketing your app, so make sure that they show the most important parts.

4.) Upload your app.

Click "Ready to Upload Binary" and you will be taken to a screen that directs you to download the Application Uploader tool. Download it and press Done.

• Install the Application Uploader tool and launch it. The first time you run the program, it will ask for your iTunes login information.
• The Application Uploader tool will check your iTunes Connect account and find any apps you are ready to upload binaries for. They will be displayed in the drop-down menu. Select the one you want, choose the Distribution zip you created earlier and upload it. The uploader will check some internal stuff within the bundle and will return an error if it finds anything incorrect, such as an incorrect version number, missing icon etc. If everything is fine, it will upload the zip and finish.

5.) Wait for the review.

There is nothing to do now except wait for the review process. Apple will notify you in a few days or weeks via email if your application state changes to "In review". When it goes into review, the process is very quick. If it fails the initial barrage of tests, you will get a rejection email telling you why, and Apple will offer suggestions for fixing it. If your app passes inspection, Apple will send you an email informing you that your app is ready for sale. Your app will now appear on the iTunes app store.

6.) Promote your app.

Now that your brand-new app is available for purchase, it's time to start spreading the word. Utilize social media, send out press releases to App-focused sites, make some YouTube videos, and do everything you can to get people talking about your app.

• You can send free copies to reviewers, who will then write about your app on their website or review it on their YouTube channel. If you are able to get it in the hands of popular reviewers, this can lead to a lot of sales.

7.) Watch your sales.

Download the free iTunes Connect Mobile app for your iPhone. Login each day and check your sales, markets, and countries of sale. This is the fun part! Apple will periodically send you emails with links to your latest sales data. You can download them for your records. Good luck!

Read Also:- Make Screencast Movies of your iPhone or iPad with QuickTime

Tips

• Try to be original and not duplicate apps that already exist on the App Store. Do a thorough search of the App Store to find out what's available. Of course, if your idea is flat out better, then go for it.
• Always look for ways to improve your app.
• If you like printed reference, hit Amazon.com to find some iPhone development books.
• Try to test on as many different iDevices you can get your hands on. Even better if they have varying iOS versions installed.
• If you hire an iOS developer and want to guarantee the iOS app looks like you've specified, you could design the interface for the app in Photoshop and use a tool to convert it into a functional Xcode/iOS application!

Warnings

• The iPhone SDK is constantly changing and the devices evolving. If an SDK upgrade is made available during a project, make sure you read the what's new and changes before you jump on it. Unless stated by Apple that all new submissions must be compiled with the new SDK version, it may not be necessary for you at this point. If you do upgrade, some of the methods you have used may have become obsolete and although not likely to produce more than a warning at compile time, be safe.
• You are not guaranteed lots of downloads or sales, don't get discouraged.
• When you succeed and get an app on the App Store, don't be intimidated by mean people who write nasty reviews. Some give helpful feedback and some just like to be rude.
• It's addictive; you might not be able to stop.

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