Is command line faster than using a graphical interface? It depends on the task you are performing. For some tasks, using command line can be faster than using a graphical interface. For example, if you need to
When Red Hat Enterprise Linux (RHEL) 6.7 has been running for a while, the message "Clocksource tsc unstable" is displayed after the dmesg | grep -i fail command is executed. The specific error messages are similar to ...
# dmesg | grep 'disagrees about version of symbol'[ 3794.194391] tq_base:disagrees about version of symbolmodule_layout [ 3794.198452] tq_base:disagrees about version of symbolmodule_layout This solution is part of Red Hat’s fast-track publication program, providing a huge library of solutions...
Not every operating system has a bootlog in the same sense as Windows does. The concept of recording system startup processes is common, but the implementation varies. For example, Linux® systems have a similar feature called 'boot messages' that can be viewed using the 'dmesg' command. ...
But with dmesg, you're limited to the information stored in the kernel buffer. You can't customize the tool to display other types of information. In contrast, using eBPF, the sky is the limit when it comes to the types of data you can view and how you can view it. eBPF's ...
Run the following command to check the file system information in the kernel: dmesg |egrep "ext[2..4]|xfs" The "I/O error ... inode" output indicates that there is a file system error. Back up data before repairing the file system. Since file systems cannot be repaired when they ...
But with dmesg, you're limited to the information stored in the kernel buffer. You can't customize the tool to display other types of information. In contrast, using eBPF, the sky is the limit when it comes to the types of data you can view and how you can view it. eBPF's ...
A device driver is a special code that interfaces a physical device into the system and exports it to the user-space processes using a well-defined API. In a UNIX-like OS, where everything is a file, the physical device is represented as a file. Then, the device driver implements all ...
Under Windows, I don't remember seeing any other RealSense reference besides the one I put in my first post. I'll double check. If it helps, here is the output of dmesg console under Linux (kernel 4.1.0) when I plug it in a USB3 port: [ 522.752765] usb 3-4: new high-speed US...
that F19 is still basically using biosdevname, when you boil it all down - hold true? Or have things changed? I see posts like http://forums.fedoraforum.org/showpost.php?p=1657667&postcount=35 , and I start worrying. We definitely need to document whatever the behaviour actually is ...