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The remove option you will look at when you examine unmounting an encrypted file system; it reverses the process of mapping the encrypted block device that the create option produces. The reload option allows you to reload the device mapping, and the resize option allows you to resize the device. The last option, status, provides you with useful status information on your mapped devices. puppy# cryptsetup status safe /dev/mapper/safe is active: cipher: aes-plain keysize: 256 bits device: /dev/loop0 offset: 0 sectors size: 20048 sectors After selecting options and associated actions, you need to specify the name of the encrypted file system for an action to be performed on. In the previous command you specified the name safe. This will be the name of the mapped device created in the /dev/mapper directory. Then lastly on the cryptsetup command line you need to specify the actual device that will be used to create the file system. In this explanation I have used a loop device, /dev/loop0, but you could also use a normal block device such as a disk or another type of device such as memory stick or USB drive.

I have now created an image file, mounted that image file as a loop device, and created an encryption device using the cryptsetup command. Now you need to create a file system on that device to allow you to mount and write files to it. I have decided to create an ext3 type file system on the device I have created, /dev/mapper/safe, using the mkfs.ext3 command. puppy# mkfs.ext3 -j /dev/mapper/safe This now gives you a disk space of 10MB for the ext3 file system on which to place the files you want to encrypt. Now let s create a mount point (a directory) to mount your new file system. I have created the image file, safe.img, in /home/bob, so I will create a mount point off that directory for consistency. You could create the mount point anywhere. puppy# mkdir /home/bob/safe Finally, you mount the new file system using the mount command. puppy# mount -t ext3 /dev/mapper/safe /home/bob/safe I have mounted the file system, specifying its type, ext3, and the device to mount, /dev/mapper/safe, to the mount point I have just created, /home/bob/safe. You can now add whatever files you want to this file system. But is this it Not quite. You also need a process for unmounting and remounting your new encrypted file system.

When you shut down your system or no longer require access to the encrypted file system, you need to unmount it. This process basically consists of a reversal of some of the steps you used to create the file system. First you need to unmount your file system using the umount command. puppy# umount /home/bob/safe Then you need to unmap the device you created with the cryptsetup command. puppy# cryptsetup remove safe The command s remove action is used to unmap the /dev/loop0 device. Do not panic, though; this has not deleted any of your data. It merely removes the mapping of the device. All your data is intact in the loop device and the associated image file. But to protect your data you must run the cryptsetup remove action; otherwise, anybody can remount your device without providing the passphrase. Lastly you need to stop your loop device. You again use the losetup command but with the -d option that indicates you want to detach the /dev/loop0 device. puppy# losetup -d /dev/loop0 The encrypted data is now contained in the safe.img file you created at the start of the previous section.

A long-term irritation in ASP.NET is the lack of control you have over the ID property of rendered controls. For example, take the following HTML that is rendered from a few simple controls that are nested inside a Master page: <span id="MainContent_label1"></span> <div id="MainContent_panel1"> <span id="MainContent_label2"></span> </div> Most of the time, ASP.NET s automatic ID generation features work pretty well, but in some situations, say, when working with Master pages or writing client script, you need a finer level of control. ASP.NET 4.0 gives you this control with the new ClientIDMode. ClientIDMode has four settings