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 several tools that let you examine the inside of a binary file in Linux. One of them is called "hexdump" (see "man hexdump"). Another is "od" (octal dump - though either of these can output the file in various formats). Also, you may want to try "strings" - this shows all the text strings in a file.
In Linux the chmod command is used to set file permissions.
Modules are pieces of binary data that can be loaded into the Linux kernel at run time. These are typically drivers for devices or file systems.
The cp command does that.
These are different file types used under Linux 1. .tar and archieve files and need to be untared before use 2. .bin could be binary files in(elf format) 3. source file could be normal ASCII files.
the command to make anything executable is chmod +x <file>
binary file
The first file system Linux supported was the MINIX file system.
There is no set file manager in linux. Examples of Linux file managers include but: Nautilus (GNOME) Thunar (XFCE) Dolphin (KDE)
use the chmod command syntax: chmod #### -option1 -option2 filename man chmod (for more information)
It's file permission. The first flag is not on, so that means it's a file. The first group is rwx, which equates to octal 7, means read, write, and execute (run) permissions are granted, and so is the rest. (in chmod, you would type this as chmod 777 <file>) This means that this file with permission 777 everybody that can access, overwrite, and run the file (as a program).
.bin