that is the command for system file checker.
sir system file we used for execute the system with windows . Because without system file we can not boot the system properly may be this is correct answers .
Use system file checker to verify the version of all system files when Windows loads. Useful when you suspect system files are corrupted, but you can still access the Windows desktop. Command to execute it: Sfc with parameters.
For any Unix or Linux based operating system, make the text file readable and executable and then invoke (call) it by the file name, which will execute the script.
I believe since the user has gid=1, the file has gid=1, and the group permission is r-x(read and execute), the file will execute normally.
Changes the permissions of a file or folder to grant or deny the ability to read, write, and/or execute the file for the current owner, the current group, or for all users of the system.
Read, write, execute, and functions in software objects.
No.
The Catiav6 is not "file based" like the v5 is. These files are managed by the PDM system. With the v6 there is no file + save File+ open. It would be best to obtain V6 documentation to porperly execute this task.
Anything can be made into a command on a Linux system. The steps are easy. First, using any text editor (vim, emacs, etc.) create a text file. Put anything you want to do in this file. Save the file. Make sure the file you just created has read and execute permissions (chmod). That's it! Now you have a command that you can execute in Linux.
The main purpose of the Operating System (OS) is to Control & Manage Input/Output functions, File System, Memory allocation & execute processes through Processor.
Both are binary files but the differences between those are:- 1) we can execute an executable file while we cannot execute an object file. 2) An object file is a file where compiler has not yet linked to the libraries, so you get an object file just before linking to the libraries, so still some of the symbols or function definitions are not yet resolved which are actually present in the libraries, and that's why we cannot execute it. Once an object file is linked with the library by the compiler, then all the symbols are resolved and we get an executable file which can be executed on the appropriate platform. So basically the difference is that we get an object file when we don't link with library while executable file is with the linking phase. In gcc we can direct compiler not to link with library and so it will prepare the object file :- gcc -c test.c It will automatically create test.o object file when you try to execute it like:- ./test.o cannot execute binary file