![]() ![]() The other method that I prefer is the incremental backup method. As you can see, that is not feasible in the long run. ![]() For example, if you perform a full backup of a 250gig hard drive at 20% capacity, everyday for just one week (assuming that the amount of data does not fluctuate) will mean that you already have used 350gigs for only one week’s worth of backups. One issue with utilizing a multiple normal backup scheme is that a normal backup takes up a considerable amount of space. ![]() Normal backups are one way of backing up ALL your files every time you perform a backup. Normal backups, or full backups, are self explanatory. I’ll discuss two types of backups in the context of file-based backups. However, I will briefly cover usage for backing up files over a LAN.īacking up your data should not be the question to ask but rather how should I backup my stuff? What’s the best way? Well there are many different backup pathways you can take, including block level (dd, partimage), partition level (RAID and all its variations), file level (rsyncand its children applications). I’ll be using an external hard drive for the majority of this post. For this tutorial, I’ll assume you have have 2 pieces of hardware: your host computer, and your destination equipment. I decided that this may be a good chance to experiment with my netbook and rsnapshot. My colleague was telling me how one of her customers had recently lost a rather lengthy article that they had been working on. I was recently discussing with a colleague the benefits of backing up your data. This article will discuss the following: the benefits of an incremental backup solution, rsnapshot’s installation, its configuration, and usage examples. rsnapshot allows users to create customized incremental backup solutions. ![]() Rsnapshot is a backup tool written in Perl that utilizes rsync as its back-end. ![]()
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