Showing posts with label Linux. Show all posts
Showing posts with label Linux. Show all posts

14.2.12

Tutorial: Install Linux Mint 12 KDE Using BTRFS File System

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In this tutorial, the reader will learn how to install the Linux Mint 12 KDE on a btrfs file system. The B-tree File system (abbreviated to acronym Btrfs) has not matured far enough to be used as a default file system on Linux machines. Fortunately, those who choose to run Linux with btrfs do have options on installing useful components such as the highly coveted Linux Mint 12 KDE. For those who are not familiar, Linux Mint 12 KDE is a linux distribution based on the Ubuntu desktop operating system, and is gaining massive popularity in the past couple of months in the world of the low cost dedicated server running Linux. Due to popular demand, this tutorial will teach how to precisely install Linux Mint KDE on a btrfs file system.

Before we proceed, do keep in mind that this tutorial is optimized for the current version of Linux Mint made available on their main website on January 11,2012, which is still a release candidate. Regardless, the stable version will likely have an identical installation process as the current release candidate, so it should not affect the validity of this article.

Installing a Linux distribution on a btrfs file system will require three partitions. The first partition is a boot partition, which is mounted at the /boot. The second partition is the root partition, which is mounted at /. The last partition is for the Swap partition, which provides disk space that the system will use as virtual memory.

In order to setup these partitions, download the installation file for the distribution from the Linux Mint download page. Stick the downloaded package onto either a DVD or a USB stick, and boot the computer accordingly.

After the computer has booted, the Linux Mint 12 KDE installation should be on your desktop. Click on the "Install Linux Mint" icon on the desktop. Click the Continue button to proceed onto the next step. Two disk partitioning options are available, default and manual. Make sure you use Manual, so that we can install it on a Btrfs file system.

Selecting Manual will pull up the advanced disk partitioning tool. Make sure the target disk has been initialized before you create the partitions. Select the appropriate disk and click on the New Partition Table button. There will now be a free space option on your menu. Select the free space, and then click on the Add button so that the first partition can be created.

The first partition will be mounted at /boot. Make sure it is a Primary partition out of the two options. A disk space of 500 MB should be plenty for this partition, so go ahead and put 500 MB. Even though we are installing on a Btrfs file system, make the boot partition as a Ext4 file system. It will still work properly.

Now that the boot partition has been created, select the remaining free space and once again, press the Add button to create the next partition. This time this partition is for /, which is the main file system. Instead of choosing Primary, choose Logical. The majority of the remaining disk space can be put on this file system, leaving only 4 GB for the last partition. Then, make sure the btrfs journaling file system option is chosen for this partition. Mount point will be set as /. Press ok, and the second partition is finished.

Lastly, choose the remaining free space and press Add button. Depending on the disk space, allocate 2 to 4 GB for the Swap partition. Make the partition type Logical. Finally, use the partition as swap area under the Use as drop down menu. Press ok, and the third and last partition is created.

Double check that all three of these partitions were created properly. If the list checks out, click on Install Now. Congratulations, you have now installed Linux Mint 12 KDE using the Btrfs file system!

Learn more about free and popular Linux distributions to use on your low cost dedicated server.


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6.2.12

Get Started with Android Application Development for Smart Phones using Linux and Android SDK

Inventive applications for smart Phones are very popular which are providing consistent user interface and platform for software applications. The advanced elements of smart phones like e-mail, Internet, superior video camera, touch screen keyboards and much more, works like as a mini computer with Phone facility. Android developers are very much excited to develop applications with the help of sophisticated hardwares and different software platforms easily. For Android mobile application development the combination of Eclipse and Android SDK provides a powerful Android Virtual Device emulator. Java based Eclipse IDE, Android SDK and a special Eclipse plug-in for Ubuntu and Fedora Linux system called Android Developer Tool (ADT) are required to develop applications.

Android Developers mainly uses the Java language to take advantage of Scripting Layer for Android (SL4A) in mobile application development environment. In Android platform the developers use the Android SDK for writing, testing, debugging and deploying mobile applications. Eclipse IDE is another technology used by the developer for fast, easy and handy Android application development process which is modified and improvised through Android Development tool Plug-ins and increases the opportunities for development and debugging Android mobile applications. Android Emulator is a component which helps in testing and debugging the application on Android device-emulators.

Android SDK is a comprehensive set of development tool for mobile application development. Here are the steps to set up an Android SDK for application Development

Before working with Android SDK, ensure that your development computer should meet the system requirements.
Install JDK (Java Development Toolkit)
Download the SDK starter package from http://developer.android.com/sdk/index.html as per your platform. (Windows, Mac OS X, or Linux)
Install the ADT Plug-in for Eclipse.
Create Android Virtual Device (AVD)

Android is an open-source platform based on the core of Linux. The various advantages of Android SDK towards the developers are:

It is an open source but you need to pay less amount to get the full version and easily available for all platforms.
SDK is build with Java so it's very familiar to use java programming languages.
It will not limit your application within one store.
It is the best platform which gains the popularity among users and developers.

Andolasoft has developed many mobile applications as per the client and user requirements. We have dedicated, skilled and creative Android application developers to develop apps like shopping list, to do list, multimedia gaming applications, Social networking application, business and web based apps for various customer requirements.
For more information please visit us, http://www.andolasoft.com/services/iphone-android-development

David Richards works for an custome software development company. Many of his articles showcases the contribution outsourcing has brought into the arena of Ruby on rails development and seo services.For more Information please visit http://www.andolasoft.com/


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