Jack the Grabber

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       mount
           mount [flags] DEVICE NODE [-o options,more-options]

           Mount a filesystem

           Flags:

                   -a:             Mount all filesystems in fstab.
                   -f:             "Fake" Add entry to mount table but don't mount it.
                   -n:             Don't write a mount table entry.
                   -o option:      One of many filesystem options, listed below.
                   -r:             Mount the filesystem read-only.
                   -t fs-type:     Specify the filesystem type.
                   -w:             Mount for reading and writing (default).

           Options for use with the "-o" flag:

                   async/sync:     Writes are asynchronous / synchronous.
                   atime/noatime:  Enable / disable updates to inode access times.
                   dev/nodev:      Allow use of special device files / disallow them.
                   exec/noexec:    Allow use of executable files / disallow them.
                   loop:           Mounts a file via loop device.
                   suid/nosuid:    Allow set-user-id-root programs / disallow them.
                   remount:        Re-mount a mounted filesystem, changing its flags.
                   ro/rw:          Mount for read-only / read-write.
                   bind:           Use the linux 2.4.x "bind" feature.

           There are EVEN MORE flags that are specific to each
           filesystem.  You'll have to see the written documenta-
           tion for those filesystems.

           Example:

                   $ mount
                   /dev/hda3 on / type minix (rw)
                   proc on /proc type proc (rw)
                   devpts on /dev/pts type devpts (rw)
                   $ mount /dev/fd0 /mnt -t msdos -o ro
                   $ mount /tmp/diskimage /opt -t ext2 -o loop

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mount -t nfs -o rw,tcp,nfsvers=3,nolock,rsize=32768,wsize=32768 192.168.0.10:/dboxrec /mnt/filme

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MOUNT(8)            Linux Programmer's Manual            MOUNT(8)



NAME
       mount - mount a file system

SYNOPSIS
       mount [-lhV]

       mount -a [-fFnrsvw] [-t vfstype] [-O optlist]
       mount [-fnrsvw] [-o options [,...]] device | dir
       mount [-fnrsvw] [-t vfstype] [-o options] device dir

DESCRIPTION
       All  files accessible in a Unix system are arranged in one
       big tree, the file hierarchy, rooted at  /.   These  files
       can  be spread out over several devices. The mount command
       serves to attach the file system found on some  device  to
       the  big file tree. Conversely, the umount(8) command will
       detach it again.

       The standard form of the mount command, is
              mount -t type device dir
       This tells the kernel to attach the file system  found  on
       device  (which is of type type) at the directory dir.  The
       previous contents (if any)  and  owner  and  mode  of  dir
       become  invisible, and as long as this file system remains
       mounted, the pathname dir refers to the root of  the  file
       system on device.

       Three forms of invocation do not actually mount anything:
              mount -h
       prints a help message;
              mount -V
       prints a version string; and just
              mount [-l] [-t type]
       lists all mounted file systems (of type type).  The option
       -l adds the (ext2, ext3 and XFS) labels in  this  listing.
       See below.

       Since  Linux  2.4.0  it is possible to remount part of the
       file hierarchy somewhere else. The call is
              mount --bind olddir newdir
       After this call the same contents  is  accessible  in  two
       places.

       This call attaches only (part of) a single filesystem, not
       possible submounts. The entire  file  hierarchy  including
       submounts is attached a second place using
              mount --rbind olddir newdir

       Since Linux 2.5.1 it is possible to atomically move a sub-
       tree to another place. The call is
              mount --move olddir newdir

       The proc file system is  not  associated  with  a  special
       device,  and  when mounting it, an arbitrary keyword, such
       as proc can be used instead  of  a  device  specification.
       (The  customary  choice  none is less fortunate: the error
       message `none busy' from umount can be confusing.)

       Most devices are indicated by a file name (of a block spe-
       cial  device),  like /dev/sda1, but there are other possi-
       bilities. For example, in the case of an NFS mount, device
       may  look  like  knuth.cwi.nl:/dir.   It  is  possible  to
       indicate a block special device using its volume label  or
       UUID (see the -L and -U options below).

       The  file  /etc/fstab  (see  fstab(5)),  may contain lines
       describing what devices are usually mounted  where,  using
       which options. This file is used in three ways:

       (i) The command
              mount -a [-t type] [-O optlist]
       (usually  given  in  a bootscript) causes all file systems
       mentioned in fstab (of the proper type  and/or  having  or
       not having the proper options) to be mounted as indicated,
       except for those whose line contains the  noauto  keyword.
       Adding  the  -F  option  will make mount fork, so that the
       filesystems are mounted simultaneously.


       (ii) When mounting a file system mentioned  in  fstab,  it
       suffices to give only the device, or only the mount point.

       (iii) Normally, only the superuser can mount file systems.
       However,  when  fstab  contains the user option on a line,
       then anybody can mount the corresponding system.

       Thus, given a line
              /dev/cdrom  /cd  iso9660  ro,user,noauto,unhide
       any user can mount the iso9660 file system  found  on  his
       CDROM using the command
              mount /dev/cdrom
       or
              mount /cd
       For  more  details,  see  fstab(5).   Only  the  user that
       mounted a filesystem can unmount it again.   If  any  user
       should  be able to unmount, then use users instead of user
       in the fstab line.  The owner option  is  similar  to  the
       user  option,  with  the restriction that the user must be
       the owner of the special file. This may be useful e.g. for
       /dev/fd  if a login script makes the console user owner of
       this device.

       The programs mount and umount maintain a list of currently
       mounted  file  systems in the file /etc/mtab.  If no argu-
       ments are given to mount, this list is printed.

       When the proc filesystem is mounted (say  at  /proc),  the
       files  /etc/mtab  and  /proc/mounts have very similar con-
       tents. The former has somewhat more information,  such  as
       the  mount options used, but is not necessarily up-to-date
       (cf. the -n option  below).  It  is  possible  to  replace
       /etc/mtab  by  a  symbolic  link to /proc/mounts, but some
       information is lost that way, and  in  particular  working
       with  the  loop  device will be less convenient, and using
       the "user" option will fail.

OPTIONS
       The full set of options used by an invocation of mount  is
  determined  by  first  extracting the options for the file
       system from the fstab table,  then  applying  any  options
       specified by the -o argument, and finally applying a -r or
       -w option, when present.

       Options available for the mount command:

       -V     Output version.

       -h     Print a help message.

       -v     Verbose mode.

       -p passwdfd
              If the mount requires a passphrase to  be  entered,
              read  it  from  file descriptor passwdfd instead of
              from the terminal.

       -a     Mount all filesystems (of  the  given  types)  men-
              tioned in fstab.

       -F     (Used  in  conjunction  with  -a.)   Fork off a new
              incarnation of mount for each device.  This will do
              the  mounts  on  different devices or different NFS
              servers in parallel.  This has the  advantage  that
              it  is  faster; also NFS timeouts go in parallel. A
              disadvantage is that the mounts are done  in  unde-
              fined  order.   Thus, you cannot use this option if
              you want to mount both /usr and /usr/spool.

       -f     Causes everything to be done except for the  actual
              system  call;  if  it's not obvious, this ``fakes''
              mounting the file system.  This option is useful in
              conjunction  with the -v flag to determine what the
              mount command is trying to do. It can also be  used
              to  add  entries for devices that were mounted ear-
              lier with the -n option.

       -i     Don't call the /sbin/mount.<filesystem> helper even
              if it exists.


       -l     Add the ext2, ext3 and XFS labels in the mount out-
              put. Mount must have permission to  read  the  disk
              device  (e.g.  be suid root) for this to work.  One
              can set such a label for ext2  or  ext3  using  the
              e2label(8)  utility, or for XFS using xfs_admin(8).

       -n     Mount without writing in /etc/mtab.  This is neces-
              sary  for  example when /etc is on a read-only file
              system.

       -s     Tolerate sloppy mount options rather than  failing.
              This  will  ignore mount options not supported by a
              filesystem type. Not all filesystems  support  this
              option. This option exists for support of the Linux
              autofs-based automounter.

       -r     Mount the file system read-only. A  synonym  is  -o
              ro.

       -w     Mount  the  file  system  read/write.  This  is the
              default. A synonym is -o rw.

       -L label
              Mount the partition that has the specified label.

       -U uuid
              Mount the partition that has  the  specified  uuid.
              These two options require the file /proc/partitions
              (present since Linux 2.1.116) to exist.

       -t vfstype
              The argument following the -t is used  to  indicate
              the  file system type.  The file system types which
              are currently supported are:  adfs,  affs,  autofs,
              coda,  coherent,  cramfs,  devpts,  efs, ext, ext2,
              ext3, hfs, hpfs, iso9660, jfs, minix, msdos, ncpfs,
              nfs,  ntfs,  proc,  qnx4,  ramfs,  reiserfs, romfs,
              smbfs, sysv, tmpfs, udf, ufs, umsdos, vfat,  xenix,
              xfs, xiafs.  Note that coherent, sysv and xenix are
              equivalent and that  xenix  and  coherent  will  be
            removed  at  some  point  in the future -- use sysv
              instead. Since kernel version 2.1.21 the types  ext
              and xiafs do not exist anymore.

              For  most  types all the mount program has to do is
              issue  a  simple  mount(2)  system  call,  and   no
              detailed   knowledge  of  the  filesystem  type  is
              required.  For  a  few  types  however  (like  nfs,
              smbfs,  ncpfs) ad hoc code is necessary. The nfs ad
              hoc code is built in, but smbfs and  ncpfs  have  a
              separate  mount program. In order to make it possi-
              ble to treat all types in a uniform way, mount will
              execute   the  program  /sbin/mount.TYPE  (if  that
              exists) when called with type TYPE.  Since  various
              versions  of  the  smbmount  program have different
              calling conventions, /sbin/mount.smbfs may have  to
              be a shell script that sets up the desired call.

              The  type  iso9660 is the default.  If no -t option
              is given, or if the auto  type  is  specified,  the
              superblock is probed for the filesystem type (adfs,
              _