.. _ps: Processes List ============== Compact view: .. image:: ../_static/processlist.png Full view: .. image:: ../_static/processlist-wide.png Filtered view: .. image:: ../_static/processlist-filter.png The process view consists of 3 parts: - Processes summary - Monitored processes list (optional) - Processes list The processes summary line displays: - Total number of tasks/processes (aliases as total in the Glances API) - Number of threads - Number of running tasks/processes - Number of sleeping tasks/processes - Other number of tasks/processes (not in running or sleeping states) - Sort key for the process list By default, or if you hit the ``a`` key, the processes list is automatically sorted by: - ``CPU``: if there is no alert (default behavior) - ``CPU``: if a CPU or LOAD alert is detected - ``MEM``: if a memory alert is detected - ``DISK I/O``: if a CPU iowait alert is detected The number of processes in the list is adapted to the screen size. Columns display --------------- ========================= ============================================== ``CPU%`` % of CPU used by the process If Irix/Solaris mode is off ('0' key), the value is divided by logical core number ``MEM%`` % of MEM used by the process (RES divided by the total RAM you have) ``VIRT`` Virtual Memory Size The total amount of virtual memory used by the process. It includes all code, data and shared libraries plus pages that have been swapped out and pages that have been mapped but not used. Most of the time, this is not a useful number. ``RES`` Resident Memory Size The non-swapped physical memory a process is using (what's currently in the physical memory). ``PID`` Process ID ``USER`` User ID ``THR`` Threads number of the process ``TIME+`` Cumulative CPU time used by the process ``NI`` Nice level of the process ``S`` Process status The status of the process: - ``R``: running or runnable (on run queue) - ``S``: interruptible sleep (waiting for an event) - ``D``: uninterruptible sleep (usually I/O) - ``Z``: defunct ("zombie") process - ``T``: traced by job control signal - ``t``: stopped by debugger during the tracing - ``X``: dead (should never be seen) ``R/s`` Per process I/O read rate in B/s ``W/s`` Per process I/O write rate in B/s ``COMMAND`` Process command line or command name User can switch to the process name by pressing on the ``'/'`` key ========================= ============================================== Source: Thanks to the Peteris Ĺ…ikiforovs's blog. Process filtering ----------------- It's possible to filter the processes list using the ``ENTER`` key. Filter syntax is the following (examples): - ``python``: Filter processes name or command line starting with *python* (regexp) - ``.*python.*``: Filter processes name or command line containing *python* (regexp) - ``username:nicolargo``: Processes of nicolargo user (key:regexp) - ``cmdline:\/usr\/bin.*``: Processes starting by */usr/bin* Extended info ------------- .. image:: ../_static/processlist-top.png In standalone mode, additional information are provided for the top process: ========================= ============================================== ``CPU affinity`` Number of cores used by the process ``Memory info`` Extended memory information about the process For example, on Linux: swap, shared, text, lib, data and dirty ``Open`` The number of threads, files and network sessions (TCP and UDP) used by the process ``IO nice`` The process I/O niceness (priority) ========================= ============================================== The extended stats feature can be enabled using the ``--enable-process-extended`` option (command line) or the ``e`` key (curses interface). In curses/standalone mode, you can select a process using ``UP`` and ``DOWN`` and press: - ``k`` to kill the selected process .. note:: Limit for CPU and MEM percent values can be overwritten in the configuration file under the ``[processlist]`` section. It is also possible to define limit for Nice values (comma separated list). For example: nice_warning=-20,-19,-18