We must use the “-m” option with the automount command.Īs per the above command, we are able to find the list of automount file systems in the system. In the automount command, we are able to find the list of automount file systems in the Linux environment. Here are the following examples mentioned below: Example #1 – List of Automount It will print the version information and exit it It will forcefully clean up the known automount at the start It will not check the daemon if it is already in a running state It will help to specify the global mount options It will help with the log debugging information It will print the automation option and exit itĪs the value of “n,” It will unmount the file system. Unnecessary system resources are consumed, and the system performance will degrade.īelow is the list of options we can use with the automount command. If it will not handle properly, then there is overhead for the Linux system. When we add the number of mount point information to it, it will assign the dedicated resources to handle it irrespective of how frequently the users are accessing the mounted file system. The major drawback of the Linux fstab is the number of mounting point information. It will automatically unmount when there is no access request pending or configure the timeout window. In this utility, the file system will automatically mount when there is an access request. But if we would need functionality to mount the file system automatically and no need to add the manual commands in it, then we need to use the “autofs” utility. It is similar to the unmounting process also. But while adding or mounting the file system, we need to run the manual command to mount on the Linux operating system. In the Linux environment, we can mount the different types of file systems in the environment like NFS, ext3, ext4, xfs, etc. As per the requirement, we can restart, stop, or start the autofs service. systemctl start autofs: Once all the configuration parameters will configure, we need to start the autofs service.But make share that the file name is similar to the master config and the etc file name. As per the requirement, we can define the file name. /etc/auto.XXXX: As per the auto master file configuration, we must create the supporting auto DB/file for the automount activity.In this file, we are adding the root directory information for the automount. As the name suggests, it will manage overall automount functionality on the Linux operating system. /etc/auto.master: This is the master file for autofs utility.As per the provided arguments, it will manage the autofs functionality in the Linux environment. It will take different arguments like options and master_map_name. automount: We can use the “automount” keyword in the syntax or command.We need to focus on the above master and automount file configuration majorly. Note: As such, there is no major command for autofs utility. Peter Anvin (email:- ) and Ian Kent (email:- ). The autofs utility was written by the Christoph Lameter (email:- ). Web development, programming languages, Software testing & others Start Your Free Software Development Course
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