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@Linux : for an example : for a file named " lastlog " Here are its permissions : -rw-r--r-- 1 root root 29492 Dec 1 15:12 lastlog Which means-- here( r )stands for -----Read (w)stands for -----Write and (x)stands for -----Execute Permissions respectively In Detail: User has rw- Permissions(read,write permissions and no execute permission) Group has r-- Permissions and Others have r-- Permissions for the file lastlog* . Extra info : root root ----Means that it is owned by root user(first root) and it belongs to group root (second root). Hope it helped.
read, write, execute
"Read & Execute" would be the best method for NTFS permissions. For Share permissions it would be "Change".
The group has read and execute permissions. The number is octal; the digits pertain to owner, group and all users respectively. The binary representation in three bits of each digit gives read, write and execute permissions respectively. Thus the middle digit, for group permissions, a 5, is binary 101, indicating read and execute but no write permission.
"Read & Execute" would be the best method for NTFS permissions. For Share permissions it would be "Change".
Read, write, execute and delete.
Make sure it is readable and executable (permissions). Then, just type in the name of the shell file to execute it.
No, the shell needs both execute and read permissions to run the script.
Read permission(4) Write permission(2) Execute permission(1)
File permissions in Linux are not represented in binary format, but rather octal format. The first digit represents owner permissions, second digit is group permissions, and the final one is permissions for everyone. Read permissions are assigned a 4, write permissions are assigned a 2, and execute permissions are assigned a 1. A 6 permission allows read and write (4+2).
There are 10 characters in a string for a Unix-style file permission.The format is:dooogggaaa (where d is a directory flag, oindicates the permissions for the file owner, g indicates the group the file belongs to, and a is for everyone else [all])The permission values breakdown:d is only available on the first character, and if toggled, this means that the file is a directory (folder).- means no permission (or in the case of the first character, it means it's a file and not a directory).r grants read permissions.w grants write permissions.x grants execute (run) permissions, which is generally used on program files.In your case, -rw-rwx-wx means:It's not a folder (the directory flag is not there)The file owner is allowed to read and write to the fileThe group is allowed full access (read, write, execute)Everyone else is only allowed write and execute permissions.If you find it hard to memorize those, there's a different way to memorize it (as 3 digits).Your file has a value of 673.Like the previous representation of file permissions, the first digit represents the owner's permissions, the second digit represents the group permissions, and the last digit represents the everyone's permissions.To get these numbers:A "read" permission is assigned the number 4.A "write" permission is assigned the number 2.A "execute" permission is assigned the number 1.If you add them together, you'll get a sum for the permissions.For example, your 673:File owner: read + write = 4 + 2 = 6Group: read + write + execute = 4 + 2+ 1 = 7All: write + execute = 2 + 1 = 3