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The type of hardware you choose should reflect the amount of data you need to back up, the frequency of when you re backing it up, and whether it is necessary that backups get rotated to an offsite location Four common choices are available: tape, disk, recordable CDs, and recordable DVDs Of the four, tape has been around the longest and offers the widest available choices in media density, form factor, and mechanisms Among your choices for tape, selecting the specific type can be tricky Many of the high-density options are appealing for the obvious reason that you can cram more data onto a single tape Of course, high-capacity tapes and tape drives typically cost more Work toward finding an optimum solution that backs up the most system data at the best price, balanced with your requirements for media capacity NOTE Many advertisements for tape drives boast impressive capacities, but keep in mind that these numbers are for the compressed data on the tape, not the actual data The amount of uncompressed data on the tape is usually about half the compressed capacity This is important to note, because compression algorithms achieve various levels of compression, depending on the type of data being compressed For example, textual data compresses quite well Certain graphics or sound formats get little to no compression at all When you estimate the amount of data you can store on a single unit, be sure to consider the mix of data on your servers Disk-based backups are a relatively new phenomenon The concept is simple: If the primary goal of backups is to protect against simple accidents (file deletions, primary disk going bad, etc), then this works well Transfers are fast, media are cheap, and building a home-brew Random Array of Independent Disks (RAID) system using a lowcost PC, a low-end RAID controller, and a few commodity disks can be done relatively cheaply More expensive commercial solutions, such as those from NetApp, offer more high-capacity options for larger installations Using this method, scheduled file copies can be automated with no tape swapping, and additional capacity can be added cheaply The downside to this method is that offsite storage is not so easy While getting hotswappable hard disks is possible, they are not nearly as robust as a tape when it comes to being handled and moved (A tape can be dropped several times with practically no risk The same cannot be said of dropping a hard disk!) With recordable CDs and recordable DVDs, low-cost backups have become a real possibility These optical media are easy to use and are the cheapest Unfortunately, they also hold a lot less than their tape and disk counterparts, and have questionable lifetimes.

Easy, isn t it The loop can break if you cancel the program, but it can also be configured to break when a specific condition is met In one of my earlier examples, I told SPOT to stop when the Touch sensor was bumped The Touch sensor will break the LOOP block I need to make one important point: if there are multiple blocks inside the LOOP block, they will all complete before the LOOP block breaks So if you configure your LOOP block to run for 25 seconds and the blocks inside take 40 seconds to finish one run, the 25-second time limit will expire before the internal blocks are finished, so the LOOP block will not loop again What happens if the blocks inside take 15 seconds to run Well, when the LOOP block starts, the timer begins counting down from 25.

To process list events, you will need to implement the ActionListener interface Each time a List item is double-clicked, an ActionEvent object is generated Its getActionCommand( ) method can be used to retrieve the name of the newly selected item Also, each time an item is selected or deselected with a single click, an ItemEvent object is generated Its getStateChange( ) method can be used to determine whether a selection or deselection triggered this event getItemSelectable( ) returns a reference to the object that triggered this event Here is an example that converts the Choice controls in the preceding section into List components, one multiple choice and the other single choice:

// Demonstrate Lists import javaawt*; import javaawtevent*; import javaapplet*; /* <applet code="ListDemo" width=300 height=180> </applet> */ public class ListDemo extends Applet implements ActionListener { List os, browser;

If the amount of data that needs to be backed up is not too great or the data does not change once backed up (such as pictures, etc), this type of media works well The media lifetime varies by vendor For the purpose of backups, it is not unreasonable to expect a few years from optical media A combination between fixed and removable media is also increasing in popularity In combination solutions, regular backups are done to disk, with periodic backups moved from the backup disk to tape In all of the preceding backup options, plan for media failure That is, plan to move backed-up data to new media every few years This is necessary to ensure that you re not just using new media, but that the drive itself is still correctly calibrated and modern equipment can still read and write it In some cases, you may need to even consider the data format After all, data that can be read but not understood doesn t do anyone any good (Consider, for example, whether you could read a floppy disk given to you from your first computer today)

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