Tags: data / data recovery / hardware / Information Technology / software / tools / tutorial

How to Recover Data from a Dead Hard Drive

- Tuesday, 8 March 2016 No Comments

The first reaction when you realize you have a dead hard drive in your hands is always panic. After all, ‘dead’ sounds so permanent that we always assume that all our data has been gone forever. The panic can increase even more if you have critical data on your hard drive and now you cannot figure out how to recover it.

While you might think your hard drive is dead, its internal parts might still be working and you might be able to retrieve data from it. The hard drives today are of much better quality and they are well protected. Most of the times, a dead hard drive usually means an electro mechanical fault. Hard drive usually throw errors when there is a software failure in them and a majority of times, it’s because of file system corruption.

 Determining the kind of failure

To decide what needs to be done to fix your dead hard drive and recover data from it, you need to determine the kind of failure that has occurred. There are two kinds of failures that can occur – logical and mechanical.

Logical Failure

This is a software failure and the hard disk is not physically damaged in this case. Mostly occurs because of accidental formatting or file system going corrupt.

Mechanical Failure

In this case, the hard disk is indeed physically damaged and broken. If there is a mechanical failure, you will hear a clicking noise in your hard disk in most of the cases.

Confirm that your hard drive is indeed dead

Check for noises

If your hard drive is making some noises, then the good news is – it’s not dead. But it might still be broken. Listen to the clicking noise and see if the hard drive is spinning properly or stopping in between. This could be because of an internal damage and require a replacement of internal parts.

Check for connections

Most obvious solution for this problem and yet, we often forget to check the connections in a state of panic. Check all the physical connections of the cables to the computer’s motherboard.

Check if the hard drive is getting detected by the system

The drive may or may not be dead but to find that out, it is important to check if the system is able to recognize it. If your computer no longer boots and it’s your primary hard drive then you can directly check it through BIOS.

After turning on your computer, go to BIOS and navigate to see the list of drives connected to your system. This could either be in ‘Advanced settings’ or Boot settings. If the Windows is recognizing the drive that means that it is only able to recognize the PCB of the hard drive, and the drive in itself is still damaged. All in all, if your drive is getting recognized then that means you definitely don’t have to replace its PCB

Check for any physical damage

Your drive can be damaged either externally or internally. The External PCB can be replaced easily but you might end losing your data while doing that. So you need to be extra careful.

How to recover data

If your broken hard drive has a mechanical failure and you have critical data on your drive that needs to be recovered then the only way is to send your hard drive to an expert. You could either go directly to a service center or call an expert for this purpose.

But if there is a software failure on your hard drive then you can recover data yourself through hard drive recovery software. There are many software available for this purpose in the market but you need to make sure that you opt for an efficient one. We recommend Stellar Phoenix hard drive Recovery Software for all your data recovery needs. The software can recover even the most corrupted files.

So the next time, you end up with a dead hard drive, remember, there is always hope.

Tags: ios / tutorial / xcode

Localization- How to deal with it in iOS8 and Xcode 6?

- Thursday, 13 November 2014 No Comments

Today, with smartphone apps outreaching a large number of people residing in different corners of the world, it has become vital for the app owners/developers to ensure flawless localization of the same. Localization or Internationalization plays a significant role in improving the overall user experience. It is the localization of the app that actually decides whether the same would be accepted by a big audience or not. In other words, greater the audience, the more sales or downloads will be achieved for the app. Through this blog, I'll be throwing some light on dealing with localization in iOS8 and Xcode 6. Hope the details covered here would assist you in understanding localization in a better way.

What is the key difference between localization and internationalization?

Well, before starting off with the process of localization in iOS8 and Xcode6, it is better for all iOSApplication Development Companies to get acquainted with the key difference between localization and internationalization. While on one hand, internationalization refers to the process of designing an app for the international audience, localization refers to the mere translation of an app's user interface and resources into a variety of languages spoken across the globe. Unlike the case of localization, internationalization is something that can be performed by utilizing the in-built APIs for making modifications to the code.

And now, let's get going with the demonstration of localization in iOS8 and Xcode

Step 1- Gathering the sample data

For this post, I'll keep the source of the demo data as the International Movie Database(IMDB) which will allow us to attain the goal of displaying fine details of movies using a variety of localizations. Here, it is crucial for you to make the app dynamic and flexible in order to allow it to support additional searching capabilities and a lot of other useful features. Although there are plenty of ways for storing the movies data into the application, the one I recommend is storing the data into a .plist file. The reason for this being that it's quite convenient and less time-consuming to load data from a .plist file to an array or dictionary via the already existing iOS SDK frameworks.

Step 2- Gearing up for display the data

Prior to performing any “complex” localization tasks, it is essential for you to ensure that the app is fully functional. For this, you can start by implementing the display of the movie details in addition to the remaining visual elements available in the base language i.e. English. It is interesting to note that the data for each single movie in the .plist file is included within an array and hence the first step would be to declare an array variable to which the movie data from the file will be appended. Firstly, make sure to select the ViewController.swift file in the Project Navigator. For this, simply go to the top of the file containing all the IBOutlet properties and add the below mentioned line of code:

var moviesData : NSArray?

In addition to above, also declare the following variable:

var selectedMovieIndex : Int?

Step 3- Use the NSLocalizedString Function

Prior to proceeding ahead to the display of movies data, it is essential for you to have a look at the most crucial function called NSLocalizedString. This is basically the key for localizing text at any point of your specialized applications. Here's the list of parameters that are accepted by NSLocalizedString function:

NSLocalizedString(key:, tableName:, bundle:, value:, comment:

As per the above parameters, the main concern is just the first and the last key. While the key is a string value that's required for the app's translated versions, the comment is basically a description to the translator.

Step 4- Pay attention to Numbers and Date Formatters

Numbers and date, currency formatters play a vital role in the app localization process in iOS apps. You need to take special precautions regarding number, date and currency representation in the iOS application. Irrespective of how each number, date, currency is stored in the app, the manner in which it is being displayed must be well in accordance to the user's locale. 

Step 5- Display the data

With eight prototype cells in the table view, already added to the storyboard, you can use each one of them along with an identifier value. You can use the identifier values for dequeuing the correct cell in the tableView(tableView:, cellForRowAtIndexPath  indexPath:) method, on the basis of the current index path's row value. In addition to this, we 'll also be required to use the switch statement for specifying the details of each prototype cell.

Step 6- Localize the Storyboard

For each of the subview, Xcode will add a comment line that would comprise of the following three things: Class of the subview, the normal title(text) that was assigned to the subview in the Interface Builder and a unique object ID, that is being used internally by Xcode for the purpose of matching localized strings to the appropriate subviews. Moreover, also opt for localizing the strings, images with the final task of compiling and running the iOS application.

Conclusion

With that we're done with localizing each and every part of the application. Hope you'd have liked going through the steps and found them easy-to-follow. Thus, go ahead and start localizing your app to reach a wider group of targeted audience.

About Author: Emily Heming is a savvy writer for xicom.biz, a leading iPhone Apps Development Company from where you can find some of the highly skilled and experienced iPhone application developers for hire.