RM(1) | General Commands Manual | RM(1) |
rm
— remove
directory entries
rm |
[-dfiPRrv ] file ... |
The rm
utility attempts to remove the
non-directory type files specified on the command line. If the permissions
of the file do not permit writing, and the standard input device is a
terminal, the user is prompted (on the standard error output) for
confirmation.
The options are as follows:
-d
-f
-f
option overrides any previous
-i
options.-i
-i
option overrides any previous
-f
options.-P
-R
-R
option implies the -d
option. If the -i
option is specified, the user is
prompted for confirmation before each directory (and its contents) are
processed. If the user does not respond affirmatively, the file hierarchy
rooted in that directory is skipped.-r
-R
.-v
The rm
utility removes symbolic links, not
the files referenced by the links.
It is an error to attempt to remove the root directory or the
files “.” or “..”. It is forbidden to remove the
file “..” merely to avoid the antisocial consequences of
inadvertently doing something like “rm -r
.*
”.
The rm
utility exits 0 if all of the named
files or file hierarchies were removed, or if the -f
option was specified and all of the existing files or file hierarchies were
removed. If an error occurs, rm
exits with a value
>0.
Recursively remove all files contained within the foobar directory hierarchy:
$ rm -rf foobar
Either of these commands will remove the file -f:
$ rm -- -f $ rm ./-f
The rm
utility is compliant with the
IEEE Std 1003.1-2008 (“POSIX.1”)
specification.
The flags [-dPv
] are extensions to that
specification.
An rm
command appeared in
Version 1 AT&T UNIX.
The rm
utility differs from historical
implementations in that the -f
option only masks
attempts to remove non-existent files instead of masking a large variety of
errors.
Also, historical BSD implementations prompted on the standard output, not the standard error output.
The interactive mode used to be a dsw
command, a carryover from the ancient past with an amusing etymology.
The -P
option assumes that both the
underlying file system and storage medium write in place. This is true for
the FFS and MS-DOS file systems and magnetic hard disks, but not true for
most flash storage. In addition, only regular files are overwritten; other
types of files are not.
March 31, 2018 | OpenBSD-6.5 |