Browsing Kashubian translation

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13.

The priority with which this process is being run. For the normal scheduler, this ranges from 19 (very nice, least priority) to -19 (top priority).

17.

<qt>The total user and system time that this process has been running for, displayed as minutes:seconds.

19.

<qt>This is the amount of real physical memory that this process is using by itself, and approximates the Private memory usage of the process.<br>It does not include any swapped out memory, nor the code size of its shared libraries.<br>This is often the most useful figure to judge the memory use of a program. See What's This for more information.</qt>

20.

<qt>This is approximately the amount of real physical memory that this process's shared libraries are using.<br>This memory is shared among all processes that use this library.</qt>

22.

<qt>The amount of pixmap memory that this process is using.</qt>

27.

<qt><i>Technical information: </i>The kernel process name is a maximum of 8 characters long, so the full command is examined. If the first word in the full command line starts with the process name, the first word of the command line is shown, otherwise the process name is used.

28.

<qt>The user who owns this process. If the effective, setuid etc user is different, the user who owns the process will be shown, followed by the effective user. The ToolTip contains the full information. <p><table><tr><td>Login Name/Group</td><td>The username of the Real User/Group who created this process</td></tr><tr><td>Effective User/Group</td><td>The process is running with privileges of the Effective User/Group. This is shown if different from the real user.</td></tr><tr><td>Setuid User/Group</td><td>The saved username of the binary. The process can escalate its Effective User/Group to the Setuid User/Group.</td></tr><tr><td>File System User/Group</td><td>Accesses to the filesystem are checked with the File System User/Group. This is a Linux specific call. See setfsuid(2) for more information.</td></tr></table>

29.

<qt>This is the size of allocated address space - not memory, but address space. This value in practice means next to nothing. When a process requests a large memory block from the system but uses only a small part of it, the real usage will be low, VIRT will be high. <p><i>Technical information: </i>This is VmSize in proc/*/status and VIRT in top.