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1. CREATE IMAGE OF HARD DRIVE LINUX INSTALL
2. CREATE IMAGE OF HARD DRIVE LINUX UPDATE
3. CREATE IMAGE OF HARD DRIVE LINUX DRIVER
4. CREATE IMAGE OF HARD DRIVE LINUX FULL
5. CREATE IMAGE OF HARD DRIVE LINUX SOFTWARE

You will be prompted to enter in some information about the device such as hostname, group membership, image ID, product keys, and asset tag numbers.

CREATE IMAGE OF HARD DRIVE LINUX FULL

To perform a full registration, choose Perform Full Host Registration and Inventory.

If your device is not registered in the FOG database, you will be notified at the top. You'll be greeted by the FOG menu, where you have a few options to choose from. Assuming you set up your DCHP options correctly, you should be able to PXE network boot you devices into FOG. Now that you've created your first image, you need to assign it to a host. The Compression option shown in the picture is available on newer builds of FOG.

Give your image a name, choose the operating system the image will contain, and choose your disk layout and file system setup. Navigate to the FOG Image Management page and choose Create New Image from the menu on the left. In order to upload your first image, you have to create it within the FOG Dashboard. Near the top, you'll notice an array of icons leading you to the different sections of the dashboard. The web-based dash provides a single pane for managing devices, images, storage nodes, and deployment tasks. The dashboard is one of FOG's greatest strengths. Be aware, a new build of FOG may have additional or different options in the installer. Running the installfog.sh script will ask you a series of questions about your environment prior to installing. Once you pull down the latest build via Git, the setup process is nearly identical to the stable version.

CREATE IMAGE OF HARD DRIVE LINUX INSTALL

Log into your server and run the following commands to download the latest FOG build via Git and run the install script. Just as when installing the stable build, be sure your system is up-to-date before installing.Ģ. The installfog.sh script will ask a series of questions about your environment. Log into your server and run the following commands to download FOG stable 1.2.0 and run the install script.

CREATE IMAGE OF HARD DRIVE LINUX UPDATE

So be sure to run apt-get update or yum update, as appropriate for your distribution.Ģ. Updating packages prior to the FOG setup is important, as updating post-install can break the install.

CREATE IMAGE OF HARD DRIVE LINUX SOFTWARE

Install the distribution you wish to install FOG on and fully update your system's software packages. On the flip side, pulling from trunk may give you bleeding-edge features, but is updated very frequently and can have some bugs. I suggest trying both to see what works best for your environment. However, you may not have all of the new features and functionality offered by newer builds. You might be asking yourself which version you should go with: Stable or trunk? This is largely a matter of preference.įor a lot of people, stable (1.2.0) works perfectly fine. The installation steps for either are virtually identical.

In this tutorial, we'll cover installing the current stable version (1.20) and the bleeding edge version via Git.įOG can be installed on Debian-based systems ( Debian, Ubuntu, Mint) and RHEL-based System ( RHEL, Fedora, CentOS). There are a few ways to get FOG up and running: Install a stable version through a package manager, or install a development version with Git or SVN. FOG takes advantage of open source tools like PartClone, TFTP, iPXE and the Apache2 HTTP Web Server to create an all-in-one imaging solution. The FOG Project came about to provide a complete, open source cloning and device inventory system. Each has its own unique advantages, and some use parts of each other. Thankfully, open source imaging solutions like PartClone, Clonezilla, Redo Backup, and CrucibleWDS exist. However, these programs can be costly and not well supported by their corporate owners.

CREATE IMAGE OF HARD DRIVE LINUX DRIVER

This image is then uploaded to a server and distributed to other devices from there.Ĭommercial products like Symantec Ghost and Acronis Snap Deploy have offered means of capturing and deploying images with handy features like PXE boot deployment, driver injection for Windows, and post-image tasks. IT professionals create what's often called a "golden image" with desired settings, tweaks, and software installations. Imaging, also called disk cloning, is a process of copying the contents of one hard drive onto another. In the world of IT, keeping a consistent experience across your machines is essential.