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This chapter covers the use of disks and storage media in FreeBSD. Know how to configure and install a new FreeBSD kernel. This section describes how to add a new SATA disk to a machine that currently only has a single drive. First, turn off the computer and install the drive in the computer following the instructions of the computer, controller, and drive manufacturers.
Reboot the system and become root. In this example, the newly added SATA drive will appear as ada1. For this example, a single large partition will be created on the new disk. If the disk to be added is not blank, old partition information can be removed with gpart delete. See gpart 8 for details. The partition scheme is created, and then a single partition is added.
To improve performance on newer disks with larger hardware block sizes, the partition is aligned to one megabyte boundaries:. Depending on use, several smaller partitions may be desired.
See gpart 8 for options to create partitions smaller than a whole disk. This happens commonly with virtual machines, when the virtual disk turns out to be too small and is enlarged. Sometimes a disk image is written to a USB memory stick, but does not use the full capacity. Here we describe how to resize or grow disk contents to take advantage of increased capacity. In this example, there is only one SATA disk in the system, so the drive will appear as ada0.
If the disk was formatted with the GPT partitioning scheme, it may show as "corrupted" because the GPT backup partition table is no longer at the end of the drive. Fix the backup partition table with gpart :. Now the additional space on the disk is available for use by a new partition, or an existing partition can be expanded:. Partitions can only be resized into contiguous free space. Here, the last partition on the disk is the swap partition, but the second partition is the one that needs to be resized.
Swap partitions only contain temporary data, so it can safely be unmounted, deleted, and then recreate the third partition after resizing the second partition. There is risk of data loss when modifying the partition table of a mounted file system. However, if absolutely necessary, a mounted file system can be resized after disabling GEOM safety features:. Resize the partition, leaving room to recreate a swap partition of the desired size. The partition to resize is specified with -i , and the new desired size with -s.
Optionally, alignment of the partition is controlled with -a. This only modifies the size of the partition. The file system in the partition will be expanded in a separate step. Recreate the swap partition and activate it. If no size is specified with -s , all remaining space is used:. If the file system is ZFS, the resize is triggered by running the online subcommand with -e :.
Both the partition and the file system on it have now been resized to use the newly-available disk space. USB 3. For a custom kernel, be sure that the following lines are present in the kernel configuration file:. The rest of this section demonstrates how to verify that a USB storage device is recognized by FreeBSD and how to configure the device so that it can be used.
Use dmesg to confirm that the drive appears in the system message buffer. It should look something like this:. The brand, device node da0 , speed, and size will differ according to the device. Alternately, usbconfig can be used to list the device.
Refer to usbconfig 8 for more information about this command. If the device has not been formatted, refer to Adding Disks for instructions on how to format and create partitions on the USB drive. Allowing untrusted users to mount arbitrary media, by enabling vfs.
Most file systems were not built to safeguard against malicious devices. To make the device mountable as a normal user, one solution is to make all users of the device a member of the operator group using pw 8. This will exclude the first three SCSI disks da0 to da2 from belonging to the operator group. Replace 3 with the number of internal SCSI disks. Refer to devfs.
Since this only takes effect after the next reboot, use sysctl to set this variable now:. The final step is to create a directory where the file system is to be mounted. This directory needs to be owned by the user that is to mount the file system. If the device is formatted with a FAT file system, the user can mount it using:. Reload the configuration if autofs 5 and devd 8 are already running:. The directory is named after the file system label.
If the label is missing, the directory is named after the device node. The file system is transparently mounted on the first access, and unmounted after a period of inactivity. Automounted drives can also be unmounted manually:. This mechanism is typically used for memory cards and USB memory sticks. Compact Disc CD media provide a number of features that differentiate them from conventional disks. They are designed so that they can be read continuously without delays to move the head between tracks.
While CD media do have tracks, these refer to a section of data to be read continuously, and not a physical property of the disk. The ISO file system was designed to deal with these differences. This chapter demonstrates the use of several command line utilities. If a custom kernel is used, the options that need to be present in the kernel configuration file vary by the type of device. On FreeBSD versions prior to To verify that FreeBSD recognizes the device, run dmesg and look for an entry for the device.
On systems prior to While cdrecord has many options, basic usage is simple. Specify the name of the ISO file to burn and, if the system has multiple burner devices, specify the name of the device to use:. To determine the device name of the burner, use -scanbus which might produce results like this:. Locate the entry for the CD burner and use the three numbers separated by commas as the value for dev.
Refer to the manual page for cdrecord for other ways to specify this value and for information on writing audio tracks and controlling the write speed. Use the numeric values for scbus , target , and lun. For this example, 1,0,0 is the device name to use. In order to produce a data CD, the data files that are going to make up the tracks on the CD must be prepared before they can be burned to the CD. The simplest usage is to specify the name of the ISO file to create and the path to the files to place into the ISO file system:.
This command maps the file names in the specified path to names that fit the limitations of the standard ISO file system, and will exclude files that do not meet the standard for ISO file systems. A number of options are available to overcome the restrictions imposed by the standard. The last option of general use is -b. This is used to specify the location of a boot image for use in producing an "El Torito" bootable CD. This option takes an argument which is the path to a boot image from the top of the tree being written to the CD.
By default, mkisofs creates an ISO image in "floppy disk emulation" mode, and thus expects the boot image to be exactly , or KB in size. Some boot loaders, like the one used by the FreeBSD distribution media, do not use emulation mode. In this case, -no-emul-boot should be used. There are many other options available for mkisofs to fine-tune its behavior. Refer to mkisofs 8 for details.
It is possible to copy a data CD to an image file that is functionally equivalent to the image file created with mkisofs. To do so, use dd with the device name as the input file and the name of the ISO to create as the output file:. Once an ISO has been burned to a CD, it can be mounted by specifying the file system type, the name of the device containing the CD, and an existing mount point:.
Since mount assumes that a file system is of type ufs , an Incorrect super block error will occur if -t cd is not included when mounting a data CD. While any data CD can be mounted this way, disks with certain ISO extensions might behave oddly. For example, Joliet disks store all filenames in two-byte Unicode characters. If some non-English characters show up as question marks, specify the local charset with -C.
This can be done either by adding this line to loader. Occasionally, Device not configured will be displayed when trying to mount a data CD. This usually means that the CD drive has not detected a disk in the tray, or that the drive is not visible on the bus. It can take a couple of seconds for a CD drive to detect media, so be patient.
To resolve this, a custom kernel can be created which increases the default SCSI delay.
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