top: accommodate the loss of that OOMEM_ENABLE #define
Now that the conditional OOMEM_ENABLE has been removed and all users exposed to those 'out of memory' fields, it's about time we added them to the top man document. Signed-off-by: Jim Warner <james.warner@comcast.net>
This commit is contained in:
Jim Warner
Craig Small
parent
32db4e99a6
commit
29079d35e5
98
top/top.1
98
top/top.1
@ -69,7 +69,7 @@
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.
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.\" Document /////////////////////////////////////////////////////////////
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.\" ----------------------------------------------------------------------
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.TH TOP 1 "April 2016" "procps-ng" "User Commands"
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.TH TOP 1 "May 2016" "procps-ng" "User Commands"
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.\" ----------------------------------------------------------------------
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.\" ----------------------------------------------------------------------
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@ -735,7 +735,19 @@ Zero in this field simply means priority will not be adjusted in determining
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a task's dispatch-ability.
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.TP 4
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13.\fB P \*(Em Last used \*(PU (SMP) \fR
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13.\fB OOMa \*(Em Out of Memory Adjustment Factor \fR
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The value, ranging from -1000 to +1000, added to the current out of memory
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score (OOMs) which is then used to determine which task to kill when memory
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is exhausted.
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.TP 4
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14.\fB OOMs \*(Em Out of Memory Score \fR
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The value, ranging from 0 to +1000, used to select task(s) to kill when memory
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is exhausted.
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Zero translates to `never kill' whereas 1000 means `always kill'.
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.TP 4
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15.\fB P \*(Em Last used \*(PU (SMP) \fR
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A number representing the last used processor.
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In a true SMP environment this will likely change frequently since the kernel
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intentionally uses weak affinity.
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@ -744,7 +756,7 @@ processes to change \*(PUs more often (because of the extra demand for
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\*(Pu time).
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.TP 4
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14.\fB PGRP \*(Em Process Group Id \fR
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16.\fB PGRP \*(Em Process Group Id \fR
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Every process is member of a unique process group which is used for
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distribution of signals and by terminals to arbitrate requests for their
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input and output.
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@ -754,7 +766,7 @@ By convention, this value equals the process ID (\*(Xa PID) of the first
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member of a process group, called the process group leader.
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.TP 4
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15.\fB PID \*(Em Process Id \fR
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17.\fB PID \*(Em Process Id \fR
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The task's unique process ID, which periodically wraps, though never
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restarting at zero.
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In kernel terms, it is a dispatchable entity defined by a task_struct.
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@ -765,11 +777,11 @@ a thread group ID for the thread group leader (\*(Xa TGID);
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and a TTY process group ID for the process group leader (\*(Xa TPGID).
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.TP 4
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16.\fB PPID \*(Em Parent Process Id \fR
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18.\fB PPID \*(Em Parent Process Id \fR
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The process ID (pid) of a task's parent.
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.TP 4
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17.\fB PR \*(Em Priority \fR
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19.\fB PR \*(Em Priority \fR
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The scheduling priority of the task.
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If you see `rt' in this field, it means the task is running
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under real time scheduling priority.
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@ -779,7 +791,7 @@ the operating itself was not preemptible.
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And while the 2.6 kernel can be made mostly preemptible, it is not always so.
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.TP 4
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18.\fB RES \*(Em Resident Memory Size (KiB) \fR
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20.\fB RES \*(Em Resident Memory Size (KiB) \fR
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A subset of the virtual address space (VIRT) representing the non-swapped
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\*(MP a task is currently using.
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It is also the sum of the RSan, RSfd and RSsh fields.
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@ -794,35 +806,35 @@ modified, act as a dedicated \*(MS and thus will never impact SWAP.
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\*(XX.
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.TP 4
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19.\fB RSan \*(Em Resident Anonymous Memory Size (KiB) \fR
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21.\fB RSan \*(Em Resident Anonymous Memory Size (KiB) \fR
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A subset of resident memory (RES) representing private pages not
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mapped to a file.
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.TP 4
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20.\fB RSfd \*(Em Resident File-Backed Memory Size (KiB) \fR
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22.\fB RSfd \*(Em Resident File-Backed Memory Size (KiB) \fR
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A subset of resident memory (RES) representing the implicitly shared
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pages supporting program images and shared libraries.
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It also includes explicit file mappings, both private and shared.
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.TP 4
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21.\fB RSlk \*(Em Resident Locked Memory Size (KiB) \fR
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23.\fB RSlk \*(Em Resident Locked Memory Size (KiB) \fR
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A subset of resident memory (RES) which cannot be swapped out.
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.TP 4
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22.\fB RSsh \*(Em Resident Shared Memory Size (KiB) \fR
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24.\fB RSsh \*(Em Resident Shared Memory Size (KiB) \fR
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A subset of resident memory (RES) representing the explicitly shared
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anonymous shm*/mmap pages.
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.TP 4
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23.\fB RUID \*(Em Real User Id \fR
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25.\fB RUID \*(Em Real User Id \fR
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The\fI real\fR user ID.
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.TP 4
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24.\fB RUSER \*(Em Real User Name \fR
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26.\fB RUSER \*(Em Real User Name \fR
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The\fI real\fR user name.
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.TP 4
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25.\fB S \*(Em Process Status \fR
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27.\fB S \*(Em Process Status \fR
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The status of the task which can be one of:
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\fBD\fR = uninterruptible sleep
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\fBR\fR = running
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@ -837,7 +849,7 @@ Even without a true SMP machine, you may see numerous tasks in this state
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depending on \*(We's delay interval and nice value.
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.TP 4
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26.\fB SHR \*(Em Shared Memory Size (KiB) \fR
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28.\fB SHR \*(Em Shared Memory Size (KiB) \fR
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A subset of resident memory (RES) that may be used by other processes.
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It will include shared anonymous pages and shared file-backed pages.
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It also includes private pages mapped to files representing
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@ -846,7 +858,7 @@ program images and shared libraries.
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\*(XX.
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.TP 4
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27.\fB SID \*(Em Session Id \fR
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29.\fB SID \*(Em Session Id \fR
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A session is a collection of process groups (\*(Xa PGRP),
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usually established by the login shell.
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A newly forked process joins the session of its creator.
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@ -855,11 +867,11 @@ member of the session, called the session leader, which is usually the
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login shell.
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.TP 4
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28.\fB SUID \*(Em Saved User Id \fR
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30.\fB SUID \*(Em Saved User Id \fR
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The\fI saved\fR user ID.
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.TP 4
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29.\fB SUPGIDS \*(Em Supplementary Group IDs \fR
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31.\fB SUPGIDS \*(Em Supplementary Group IDs \fR
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The IDs of any supplementary group(s) established at login or
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inherited from a task's parent.
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They are displayed in a comma delimited list.
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@ -872,7 +884,7 @@ Even so, such variable width fields could still suffer truncation.
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any truncated data.
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.TP 4
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30.\fB SUPGRPS \*(Em Supplementary Group Names \fR
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32.\fB SUPGRPS \*(Em Supplementary Group Names \fR
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The names of any supplementary group(s) established at login or
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inherited from a task's parent.
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They are displayed in a comma delimited list.
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@ -885,24 +897,24 @@ Even so, such variable width fields could still suffer truncation.
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any truncated data.
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.TP 4
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31.\fB SUSER \*(Em Saved User Name \fR
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33.\fB SUSER \*(Em Saved User Name \fR
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The\fI saved\fR user name.
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.TP 4
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32.\fB SWAP \*(Em Swapped Size (KiB) \fR
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34.\fB SWAP \*(Em Swapped Size (KiB) \fR
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The formerly resident portion of a task's address space written
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to the \*(MS when \*(MP becomes over committed.
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\*(XX.
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.TP 4
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33.\fB TGID \*(Em Thread Group Id \fR
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35.\fB TGID \*(Em Thread Group Id \fR
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The ID of the thread group to which a task belongs.
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It is the PID of the thread group leader.
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In kernel terms, it represents those tasks that share an mm_struct.
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.TP 4
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34.\fB TIME \*(Em \*(PU Time \fR
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36.\fB TIME \*(Em \*(PU Time \fR
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Total \*(PU time the task has used since it started.
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When Cumulative mode is \*O, each process is listed with the \*(Pu
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time that it and its dead children have used.
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@ -910,19 +922,19 @@ You toggle Cumulative mode with `S', which is both a \*(CO and an \*(CI.
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\*(XC `S' \*(CI for additional information regarding this mode.
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.TP 4
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35.\fB TIME+ \*(Em \*(PU Time, hundredths \fR
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37.\fB TIME+ \*(Em \*(PU Time, hundredths \fR
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The same as TIME, but reflecting more granularity through hundredths
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of a second.
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.TP 4
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36.\fB TPGID \*(Em Tty Process Group Id \fR
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38.\fB TPGID \*(Em Tty Process Group Id \fR
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The process group ID of the foreground process for the connected tty,
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or \-1 if a process is not connected to a terminal.
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By convention, this value equals the process ID (\*(Xa PID) of the
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process group leader (\*(Xa PGRP).
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.TP 4
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37.\fB TTY \*(Em Controlling Tty \fR
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39.\fB TTY \*(Em Controlling Tty \fR
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The name of the controlling terminal.
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This is usually the device (serial port, pty, etc.) from which the
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process was started, and which it uses for input or output.
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@ -930,22 +942,22 @@ However, a task need not be associated with a terminal, in which case
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you'll see `?' displayed.
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.TP 4
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38.\fB UID \*(Em User Id \fR
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40.\fB UID \*(Em User Id \fR
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The\fI effective\fR user ID of the task's owner.
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.TP 4
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39.\fB USED \*(Em Memory in Use (KiB) \fR
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41.\fB USED \*(Em Memory in Use (KiB) \fR
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This field represents the non-swapped \*(MP a task is using (RES) plus
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the swapped out portion of its address space (SWAP).
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\*(XX.
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.TP 4
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40.\fB USER \*(Em User Name \fR
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42.\fB USER \*(Em User Name \fR
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The\fI effective\fR user name of the task's owner.
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.TP 4
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41.\fB VIRT \*(Em Virtual Memory Size (KiB) \fR
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43.\fB VIRT \*(Em Virtual Memory Size (KiB) \fR
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The total amount of \*(MV used by the task.
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It includes all code, data and shared libraries plus pages that have been
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swapped out and pages that have been mapped but not used.
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@ -953,20 +965,20 @@ swapped out and pages that have been mapped but not used.
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\*(XX.
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.TP 4
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42.\fB WCHAN \*(Em Sleeping in Function \fR
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44.\fB WCHAN \*(Em Sleeping in Function \fR
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This field will show the name of the kernel function in which the task
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is currently sleeping.
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Running tasks will display a dash (`\-') in this column.
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.TP 4
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43.\fB nDRT \*(Em Dirty Pages Count \fR
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45.\fB nDRT \*(Em Dirty Pages Count \fR
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The number of pages that have been modified since they were last
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written to \*(AS.
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Dirty pages must be written to \*(AS before the corresponding physical
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memory location can be used for some other virtual page.
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.TP 4
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44.\fB nMaj \*(Em Major Page Fault Count \fR
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46.\fB nMaj \*(Em Major Page Fault Count \fR
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The number of\fB major\fR page faults that have occurred for a task.
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A page fault occurs when a process attempts to read from or write to a
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virtual page that is not currently present in its address space.
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@ -974,7 +986,7 @@ A major page fault is when \*(AS access is involved in making that
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page available.
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.TP 4
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45.\fB nMin \*(Em Minor Page Fault count \fR
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47.\fB nMin \*(Em Minor Page Fault count \fR
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The number of\fB minor\fR page faults that have occurred for a task.
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A page fault occurs when a process attempts to read from or write to a
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virtual page that is not currently present in its address space.
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@ -982,50 +994,50 @@ A minor page fault does not involve \*(AS access in making that
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page available.
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.TP 4
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46.\fB nTH \*(Em Number of Threads \fR
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48.\fB nTH \*(Em Number of Threads \fR
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The number of threads associated with a process.
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.TP 4
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47.\fB nsIPC \*(Em IPC namespace \fR
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49.\fB nsIPC \*(Em IPC namespace \fR
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The Inode of the namespace used to isolate interprocess communication (IPC)
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resources such as System V IPC objects and POSIX message queues.
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.TP 4
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48.\fB nsMNT \*(Em MNT namespace \fR
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50.\fB nsMNT \*(Em MNT namespace \fR
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The Inode of the namespace used to isolate filesystem mount points thus
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offering different views of the filesystem hierarchy.
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.TP 4
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49.\fB nsNET \*(Em NET namespace \fR
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51.\fB nsNET \*(Em NET namespace \fR
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The Inode of the namespace used to isolate resources such as network devices,
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IP addresses, IP routing, port numbers, etc.
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.TP 4
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50.\fB nsPID \*(Em PID namespace \fR
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52.\fB nsPID \*(Em PID namespace \fR
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The Inode of the namespace used to isolate process ID numbers
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meaning they need not remain unique.
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Thus, each such namespace could have its own `init/systemd' (PID #1) to
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manage various initialization tasks and reap orphaned child processes.
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.TP 4
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51.\fB nsUSER \*(Em USER namespace \fR
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53.\fB nsUSER \*(Em USER namespace \fR
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The Inode of the namespace used to isolate the user and group ID numbers.
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Thus, a process could have a normal unprivileged user ID outside a user
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namespace while having a user ID of 0, with full root privileges, inside
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that namespace.
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.TP 4
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52.\fB nsUTS \*(Em UTS namespace \fR
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54.\fB nsUTS \*(Em UTS namespace \fR
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The Inode of the namespace used to isolate hostname and NIS domain name.
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UTS simply means "UNIX Time-sharing System".
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.TP 4
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53.\fB vMj \*(Em Major Page Fault Count Delta\fR
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55.\fB vMj \*(Em Major Page Fault Count Delta\fR
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The number of\fB major\fR page faults that have occurred since the
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last update (see nMaj).
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.TP 4
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54.\fB vMn \*(Em Minor Page Fault Count Delta\fR
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56.\fB vMn \*(Em Minor Page Fault Count Delta\fR
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The number of\fB minor\fR page faults that have occurred since the
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last update (see nMin).
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21
top/top.c
21
top/top.c
@ -275,10 +275,8 @@ SCB_NUM1(NS3, ns[NETNS])
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SCB_NUM1(NS4, ns[PIDNS])
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SCB_NUM1(NS5, ns[USERNS])
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SCB_NUM1(NS6, ns[UTSNS])
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#ifdef OOMEM_ENABLE
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SCB_NUM1(OOA, oom_adj)
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SCB_NUM1(OOM, oom_score)
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#endif
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SCB_NUMx(PGD, pgrp)
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SCB_NUMx(PID, tid)
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SCB_NUMx(PPD, ppid)
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@ -1685,6 +1683,7 @@ end_justifies:
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#define L_SUPGRP PROC_FILLSTATUS | PROC_FILLSUPGRP
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#define L_NS PROC_FILLNS
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#define L_LXC PROC_FILL_LXC
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#define L_OOM PROC_FILLOOM
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// make 'none' non-zero (used to be important to Frames_libflags)
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#define L_NONE PROC_SPARE_1
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// from either 'stat' or 'status' (preferred), via bits not otherwise used
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@ -1765,12 +1764,8 @@ static FLD_t Fieldstab[] = {
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{ -1, -1, A_left, SF(SGD), L_status },
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{ -1, -1, A_left, SF(SGN), L_SUPGRP },
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{ 0, -1, A_right, SF(TGD), L_status },
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#ifdef OOMEM_ENABLE
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#define L_oom PROC_FILLOOM
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{ 3, -1, A_right, SF(OOA), L_oom },
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{ 8, -1, A_right, SF(OOM), L_oom },
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#undef L_oom
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#endif
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{ 5, -1, A_right, SF(OOA), L_OOM },
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{ 4, -1, A_right, SF(OOM), L_OOM },
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{ -1, -1, A_left, SF(ENV), L_ENVIRON },
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{ 3, -1, A_right, SF(FV1), L_stat },
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{ 3, -1, A_right, SF(FV2), L_stat },
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@ -3375,11 +3370,7 @@ static int config_cvt (WIN_t *q) {
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#undef old_Show_THREAD
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};
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static const char fields_src[] = CVT_FIELDS;
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#ifdef OOMEM_ENABLE
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char fields_dst[PFLAGSSIZ], *p1, *p2;
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#else
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char fields_dst[PFLAGSSIZ];
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#endif
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int i, j, x;
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// first we'll touch up this window's winflags...
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@ -3398,14 +3389,12 @@ static int config_cvt (WIN_t *q) {
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if (j > CVT_FLDMAX)
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return 1;
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strcpy(fields_dst, fields_src);
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#ifdef OOMEM_ENABLE
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/* all other fields represent the 'on' state with a capitalized version
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of a particular qwerty key. for the 2 additional suse out-of-memory
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fields it makes perfect sense to do the exact opposite, doesn't it?
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in any case, we must turn them 'off' temporarily... */
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if ((p1 = strchr(q->rc.fieldscur, '['))) *p1 = '{';
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if ((p2 = strchr(q->rc.fieldscur, '\\'))) *p2 = '|';
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#endif
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for (i = 0; i < j; i++) {
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int c = q->rc.fieldscur[i];
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x = tolower(c) - 'a';
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@ -3415,11 +3404,9 @@ static int config_cvt (WIN_t *q) {
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if (isupper(c))
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FLDon(fields_dst[i]);
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}
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#ifdef OOMEM_ENABLE
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// if we turned any suse only fields off, turn 'em back on OUR way...
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if (p1) FLDon(fields_dst[p1 - q->rc.fieldscur]);
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if (p2) FLDon(fields_dst[p2 - q->rc.fieldscur]);
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#endif
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strcpy(q->rc.fieldscur, fields_dst);
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// lastly, we must adjust the old sort field enum...
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@ -5416,14 +5403,12 @@ static const char *task_show (const WIN_t *q, const proc_t *p) {
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cp = make_num(ino, W, Jn, i, 1);
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}
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break;
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#ifdef OOMEM_ENABLE
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case EU_OOA:
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cp = make_num(p->oom_adj, W, Jn, AUTOX_NO, 1);
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break;
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case EU_OOM:
|
||||
cp = make_num(p->oom_score, W, Jn, AUTOX_NO, 1);
|
||||
break;
|
||||
#endif
|
||||
case EU_PGD:
|
||||
cp = make_num(p->pgrp, W, Jn, AUTOX_NO, 0);
|
||||
break;
|
||||
|
||||
14
top/top.h
14
top/top.h
@ -26,7 +26,6 @@
|
||||
//#define BOOST_PERCNT /* enable extra precision for two % fields */
|
||||
//#define NOBOOST_MEMS /* disable extra precision for mem fields */
|
||||
//#define NUMA_DISABLE /* disable summary area NUMA/Nodes display */
|
||||
//#define OOMEM_ENABLE /* enable the SuSE out-of-memory additions */
|
||||
//#define ORIG_TOPDEFS /* with no rcfile retain original defaults */
|
||||
//#define SIGNALS_LESS /* favor reduced signal load over response */
|
||||
|
||||
@ -198,9 +197,7 @@ enum pflag {
|
||||
EU_FL1, EU_FL2, EU_DRT,
|
||||
EU_STA, EU_CMD, EU_WCH, EU_FLG, EU_CGR,
|
||||
EU_SGD, EU_SGN, EU_TGD,
|
||||
#ifdef OOMEM_ENABLE
|
||||
EU_OOA, EU_OOM,
|
||||
#endif
|
||||
EU_ENV,
|
||||
EU_FV1, EU_FV2,
|
||||
EU_USE,
|
||||
@ -608,16 +605,11 @@ typedef struct WIN_t {
|
||||
#define JOB_FIELDS "¥¦¹·º(³´Ä»½@<§Å)*+,-./012568>?ABCFGHIJKLMNOPQRSTUVWXYZ[" RCF_PLUS_H
|
||||
#define MEM_FIELDS "¥º»<½¾¿ÀÁMBNÃD34·Å&'()*+,-./0125689FGHIJKLOPQRSTUVWXYZ[" RCF_PLUS_H
|
||||
#define USR_FIELDS "¥¦§¨ª°¹·ºÄÅ)+,-./1234568;<=>?@ABCFGHIJKLMNOPQRSTUVWXYZ[" RCF_PLUS_H
|
||||
#ifdef OOMEM_ENABLE
|
||||
// the suse old top fields ( 'a'-'z' + '{|' ) in positions 0-27
|
||||
// ( the extra chars above represent the 'off' state )
|
||||
// old top fields ( 'a'-'z' ) in positions 0-25
|
||||
// other suse old top fields ( '{|' ) in positions 26-27
|
||||
#define CVT_FIELDS "%&*'(-0346789:;<=>?@ACDEFGML)+,./125BHIJKNOPQRSTUVWXYZ["
|
||||
#define CVT_FLDMAX 28
|
||||
#else
|
||||
// other old top fields ( 'a'-'z' ) in positions 0-25
|
||||
#define CVT_FIELDS "%&*'(-0346789:;<=>?@ACDEFG)+,./125BHIJKLMNOPQRSTUVWXYZ["
|
||||
#define CVT_FLDMAX 26
|
||||
#endif
|
||||
|
||||
|
||||
/* The default values for the local config file */
|
||||
#define DEF_RCFILE { \
|
||||
|
||||
@ -237,14 +237,12 @@ static void build_two_nlstabs (void) {
|
||||
/* Translation Hint: maximum 'TGID' = 5 */
|
||||
Head_nlstab[EU_TGD] = _("TGID");
|
||||
Desc_nlstab[EU_TGD] = _("Thread Group Id");
|
||||
#ifdef OOMEM_ENABLE
|
||||
/* Translation Hint: maximum 'Adj' = 3 */
|
||||
Head_nlstab[EU_OOA] = _("Adj");
|
||||
Desc_nlstab[EU_OOA] = _("oom_adjustment (2^X)");
|
||||
/* Translation Hint: maximum 'Badness' = 7 */
|
||||
Head_nlstab[EU_OOM] = _("Badness");
|
||||
Desc_nlstab[EU_OOM] = _("oom_score (badness)");
|
||||
#endif
|
||||
/* Translation Hint: maximum 'OOMa' = 5 */
|
||||
Head_nlstab[EU_OOA] = _("OOMa");
|
||||
Desc_nlstab[EU_OOA] = _("OOMEM Adjustment");
|
||||
/* Translation Hint: maximum 'OOMs' = 4 */
|
||||
Head_nlstab[EU_OOM] = _("OOMs");
|
||||
Desc_nlstab[EU_OOM] = _("OOMEM Score current");
|
||||
/* Translation Hint: maximum 'ENVIRON' = 7 */
|
||||
Head_nlstab[EU_ENV] = _("ENVIRON");
|
||||
/* Translation Hint: the abbreviation 'vars' below is shorthand for
|
||||
|
||||
Loading…
Reference in New Issue
Block a user