I have seen this posted in the questions archives to be used to clone a active system hard drive to a USB cabled hard drive.
Prepare the target #dd if=/dev/zero of=/dev/da0 count=2 # fdisk -BI /dev/da0 # bsdlabel -B -w da0s1 # newfs –U /dev/da0s1a # / # newfs -U /dev/da0s1d # /var # newfs -U /dev/da0s1e # /tmp # newfs -U /dev/da0s1f # /usr Mount target file system ‘a’ # mount /dev/da0s1a /mnt # cd /mnt # dump -0Lauf - /dev/ad1s1a | restore -rf - # cd / # umount /mnt Mount target file system ‘d’ # mount /dev/da0s1d /mnt # cd /mnt # dump -0Lauf - /dev/ad1s1d | restore -rf - # cd / # umount /mnt Mount target file system ‘e’ # mount /dev/da0s1e /mnt # cd /mnt # dump -0Lauf - /dev/ad1s1e | restore -rf - # cd / # umount /mnt Mount target file system ‘f’ # mount /dev/da0s1f /mnt # cd /mnt # dump -0Lauf - /dev/ad1s1f | restore -rf - # cd / # umount /mnt I have questions about this method. What happened to swap? The fstab will be showing it as the first file system on the hard drive slice. Is something missing here? What about the file system sizes. Will the restored hard drive have the same file system sizes as the source file system? Is there some way to allocate larger file systems on the target without using sysinstall to prepare the target beforehand? Is there some command to display the file system allocation size? _______________________________________________ [email protected] mailing list http://lists.freebsd.org/mailman/listinfo/freebsd-questions To unsubscribe, send any mail to "[email protected]"
