![]() terminating a process, stopping or reloading a service, etc.). The Users tab lets you manage logged-in, as well as logged-out users, and from the System tab, you can view detailed information about your GNU/Linux operating system.Įach tab, with the exception of the Performance tab’s CPU, RAM, disk, network, and GPU sub-tabs and the System tab, includes a search functionality to make it easier to find the items you want to interact with (e.g. From the Startup and Services tabs, which are similar in functionality with the Processes tab, you can manage user-specific or system-wide startup applications, as well as loaded or non-loaded systemd services. The Processes tab lets you manage all of your running processes or the processes or other users if you have root (system administration) access. The Performance tab gives you detailed info about your computer’s CPU, RAM, disk, network, GPU, and sensors like temperature, fans, and voltage (if available). System Monitoring Center’s interface uses tabs to provide you with monitoring and management functionality of said hardware and software. The app comes with a more than generous graphical user interface that displays all sorts of details about your computer’s hardware and software, including but not limited to CPU, GPU, RAM, disk, network, processes, services, startup, system sensors, general system information, and users. Written in GTK and Python, System Monitoring Center is a powerful system performance and usage monitoring software that comes with a lot of unique and interesting features if you’re looking for a more complex system monitoring utility for your GNU/Linux desktop. Lastly, get in touch with us via the comment section below for any questions or remarks.Developer Hakan Dündar informs about his new open-source and free app that lets you monitor the performance and usage of your Linux desktop, System Monitoring Center. You can as well read about several other command line tools to monitor your system so as to improve your Linux performance monitoring skills. Rtop can also connect using ssh-agent, private keys or password authentication.Īs a concluding remark, rtop is a simple and easy-to-use remote server monitoring tool, it uses very few and direct options. The command below will refresh the system performance metrics collected after every 10 seconds: $ $GOBIN/rtop 10 Now let’s monitor the remote Linux server using rtop as follows, while refreshing the information gathered after an interval of 5 seconds by default: $ $GOBIN/rtop rtop – Monitor Remote Linux Server The SSH server to connect to, with optional username and port PEM-encoded private key file to use (default: ~/.ssh/id_rsa if present) Rtop monitors server statistics over an ssh connection Sample Output rtop 1.0 - (c) 2015 RapidLoop - MIT Licensed. ![]() Try to run rtop without any flags and arguments as below, it will display a usage message: $ $GOBIN/rtop Note: You do not need any runtime dependencies or configurations to start using rtop. The rtop executable binary will be saved in $GOPATH/bin or $GOBIN once the command completes executing. ![]() If you have Go installed, run the command below to build rtop: $ go get /rapidloop/rtop Install GoLang (Go Programming Language) in Linux.Make sure you have installed Go ( GoLang) 1.2 or higher on your Linux system in order to install rtop, otherwise click on the link below to follow the GoLang installation steps: ![]() Once an SSH session is been established, it keeps refreshing the information collected from the remote server every few seconds ( 5 seconds by default), similar to all other top-like utilities (like htop) in Linux. Rtop basically functions by launching an SSH session, and executing certain commands on the remote server to gather various system performance information. It is written in Go Language and does not require any extra programs to be installed on the server that you want to monitor except SSH server and working credentials. Rtop is a straightforward and interactive, remote system monitoring tool based on SSH that collects and shows important system performance values such as CPU, disk, memory, network metrics.
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