Sponsored Content
Top Forums UNIX for Dummies Questions & Answers How to find out who changed the file permission in unix Post 302593429 by jim mcnamara on Thursday 26th of January 2012 11:24:11 PM
Old 01-27-2012
Code:
find / -name '*sh' -type f  \( -perm -001 -o -perm -01 \) grep -l chmod {} \;

This assumes all of your scripts are named: xxxxx.sh or xxx.ksh with a sh ending. Change that to meet your needs. the -perm subcommands check for the file to be executable by either group or world (other). You can remove both of them \( ... to ... \) if you want.
This User Gave Thanks to jim mcnamara For This Post:
 

10 More Discussions You Might Find Interesting

1. Linux

How to changed Permission on Tape

I am unable to backup file on my tape drive # mt -f /dev/st0 status SCSI 2 tape drive: File number=0, block number=0, partition=0. Tape block size 0 bytes. Density code 0x25 (DDS-3). Soft error count since last status=0 General status bits on (45010000): BOT WR_PROT ONLINE IM_REP_EN #... (6 Replies)
Discussion started by: real-chess
6 Replies

2. Shell Programming and Scripting

Find File with permission below 664

Hi Using find i want to find files with permission below 664. (6 Replies)
Discussion started by: aliahsan81
6 Replies

3. Solaris

/usr/bin has been changed with 777 permission

Hello Guruz, Relay bad condition :mad: Some has changed the permission to 777 recursively for /usr/bin directory by mistake. Now all the permission looks to be 777 on /usr/bin Hence I am so many system related errors as 1 show below. When I am trying to change the password, I am getting... (5 Replies)
Discussion started by: bullz26
5 Replies

4. UNIX for Advanced & Expert Users

UNIX file Permission

I am trying to FTP files from windows to UNIX (IBM AIX). After having sent the files to unix server. Permisssion of the files becomes 640 (rw-r-----). I have to manually login to unix and do chmod 644 on the folder to give it permission. Is it possible that the files automaically be set to 644 on... (2 Replies)
Discussion started by: puspendu.das.in
2 Replies

5. OS X (Apple)

I accidentally changed to only write permission on /usr/bin... please Help!

I accidentally changed to sudo chmod a=w to my /usr/bin folder on my macbook with OS 10.5.8... Please help! I can't even get into a terminal correctly cause it displays: -bash: uname: command not found -bash: cut: command not found -bash: uname: command not found -bash: cut: command not found... (6 Replies)
Discussion started by: scaryMac23
6 Replies

6. UNIX for Dummies Questions & Answers

Simple question on unix file permission

As I understand the file permissions in UNIX is basically Owner, group, others Lets assume scott user who's primary group is dev creates a file called test.dat and then grants some privileges on that file... scott@unix-host> echo "this is a test" > test.dat scott@unix-host> chmod 640... (4 Replies)
Discussion started by: luft
4 Replies

7. HP-UX

owner Permission changed automatically

HI all, We had created new user using the command useradd -d /home/selva -s /usr/local/bin/bash selva. But it didnt created the home directory on /home. So i manually created, copied skel files manually and changed the owner from root to selva. At the same time i observed that so many files... (6 Replies)
Discussion started by: selvaforum
6 Replies

8. AIX

Syslogs permission not getting changed - aix 6.1

Friends, I've tried to modify the syslogs permission by using the perm option in the syslog configuration in AIX 6.1 TL 05. But its not getting applied after the configuration. Have restarted the syslog service also. Need your help!:wall: The below are the conf details and os versions >... (1 Reply)
Discussion started by: novaothers
1 Replies

9. Shell Programming and Scripting

Script to echo "File permissions or ownership changed from required " when accidentally changed.

Hi All, I have to work in the late nights some times for server maintenance and in a hurry to complete I am accidentally changing ownership or permission of directories :( which have similar names ( /var in root and var of some other directory ).:confused: Can some one suggest me with the... (1 Reply)
Discussion started by: shiek.kaleem
1 Replies

10. Linux

Mount point permission was changed

Hello everybody, I have many mount points on my virtual Redhat server, two of them lost their (write) permission, so they became read-only filesystems. I fixed this problem. But I want to know why it happened? What is the reason behind that to avoid it again? Where can I find related logs?... (2 Replies)
Discussion started by: Mohannad
2 Replies
CHMOD(1)						    BSD General Commands Manual 						  CHMOD(1)

NAME
chmod -- change file modes SYNOPSIS
chmod [-fhv] [-R [-H | -L | -P]] mode file ... DESCRIPTION
The chmod utility modifies the file mode bits of the listed files as specified by the mode operand. The options are as follows: -f Do not display a diagnostic message if chmod could not modify the mode for file, nor modify the exit status to reflect such failures. -H If the -R option is specified, symbolic links on the command line are followed. (Symbolic links encountered in the tree traversal are not followed by default.) -h If the file is a symbolic link, change the mode of the link itself rather than the file that the link points to. -L If the -R option is specified, all symbolic links are followed. -P If the -R option is specified, no symbolic links are followed. This is the default. -R Change the modes of the file hierarchies rooted in the files instead of just the files themselves. -v Cause chmod to be verbose, showing filenames as the mode is modified. If the -v flag is specified more than once, the old and new modes of the file will also be printed, in both octal and symbolic notation. The -H, -L and -P options are ignored unless the -R option is specified. In addition, these options override each other and the command's actions are determined by the last one specified. Only the owner of a file or the super-user is permitted to change the mode of a file. EXIT STATUS
The chmod utility exits 0 on success, and >0 if an error occurs. MODES
Modes may be absolute or symbolic. An absolute mode is an octal number constructed from the sum of one or more of the following values: 4000 (the setuid bit). Executable files with this bit set will run with effective uid set to the uid of the file owner. Directo- ries with this bit set will force all files and sub-directories created in them to be owned by the directory owner and not by the uid of the creating process, if the underlying file system supports this feature: see chmod(2) and the suiddir option to mount(8). 2000 (the setgid bit). Executable files with this bit set will run with effective gid set to the gid of the file owner. 1000 (the sticky bit). See chmod(2) and sticky(7). 0400 Allow read by owner. 0200 Allow write by owner. 0100 For files, allow execution by owner. For directories, allow the owner to search in the directory. 0040 Allow read by group members. 0020 Allow write by group members. 0010 For files, allow execution by group members. For directories, allow group members to search in the directory. 0004 Allow read by others. 0002 Allow write by others. 0001 For files, allow execution by others. For directories allow others to search in the directory. For example, the absolute mode that permits read, write and execute by the owner, read and execute by group members, read and execute by oth- ers, and no set-uid or set-gid behaviour is 755 (400+200+100+040+010+004+001). The symbolic mode is described by the following grammar: mode ::= clause [, clause ...] clause ::= [who ...] [action ...] action action ::= op [perm ...] who ::= a | u | g | o op ::= + | - | = perm ::= r | s | t | w | x | X | u | g | o The who symbols ``u'', ``g'', and ``o'' specify the user, group, and other parts of the mode bits, respectively. The who symbol ``a'' is equivalent to ``ugo''. The perm symbols represent the portions of the mode bits as follows: r The read bits. s The set-user-ID-on-execution and set-group-ID-on-execution bits. t The sticky bit. w The write bits. x The execute/search bits. X The execute/search bits if the file is a directory or any of the execute/search bits are set in the original (unmodified) mode. Operations with the perm symbol ``X'' are only meaningful in conjunction with the op symbol ``+'', and are ignored in all other cases. u The user permission bits in the original mode of the file. g The group permission bits in the original mode of the file. o The other permission bits in the original mode of the file. The op symbols represent the operation performed, as follows: + If no value is supplied for perm, the ``+'' operation has no effect. If no value is supplied for who, each permission bit specified in perm, for which the corresponding bit in the file mode creation mask (see umask(2)) is clear, is set. Otherwise, the mode bits repre- sented by the specified who and perm values are set. - If no value is supplied for perm, the ``-'' operation has no effect. If no value is supplied for who, each permission bit specified in perm, for which the corresponding bit in the file mode creation mask is clear, is cleared. Otherwise, the mode bits represented by the specified who and perm values are cleared. = The mode bits specified by the who value are cleared, or, if no who value is specified, the owner, group and other mode bits are cleared. Then, if no value is supplied for who, each permission bit specified in perm, for which the corresponding bit in the file mode creation mask is clear, is set. Otherwise, the mode bits represented by the specified who and perm values are set. Each clause specifies one or more operations to be performed on the mode bits, and each operation is applied to the mode bits in the order specified. Operations upon the other permissions only (specified by the symbol ``o'' by itself), in combination with the perm symbols ``s'' or ``t'', are ignored. The ``w'' permission on directories will permit file creation, relocation, and copy into that directory. Files created within the directory itself will inherit its group ID. EXAMPLES
644 make a file readable by anyone and writable by the owner only. go-w deny write permission to group and others. =rw,+X set the read and write permissions to the usual defaults, but retain any execute permissions that are currently set. +X make a directory or file searchable/executable by everyone if it is already searchable/executable by anyone. 755 u=rwx,go=rx u=rwx,go=u-w make a file readable/executable by everyone and writable by the owner only. go= clear all mode bits for group and others. g=u-w set the group bits equal to the user bits, but clear the group write bit. COMPATIBILITY
The -v option is non-standard and its use in scripts is not recommended. SEE ALSO
chflags(1), install(1), setfacl(1), chmod(2), stat(2), umask(2), fts(3), setmode(3), sticky(7), symlink(7), chown(8), mount(8) STANDARDS
The chmod utility is expected to be IEEE Std 1003.2 (``POSIX.2'') compatible with the exception of the perm symbol ``t'' which is not included in that standard. HISTORY
A chmod command appeared in Version 1 AT&T UNIX. BUGS
There is no perm option for the naughty bits of a horse. BSD
January 26, 2009 BSD
All times are GMT -4. The time now is 02:19 PM.
Unix & Linux Forums Content Copyright 1993-2022. All Rights Reserved.
Privacy Policy