/usr/bin/pmatop is in pcp 3.8.12ubuntu1.
This file is owned by root:root, with mode 0o755.
The actual contents of the file can be viewed below.
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#
# pmatop.py
#
# Copyright (C) 2013 Red Hat Inc.
#
# This program is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by the
# Free Software Foundation; either version 2 of the License, or (at your
# option) any later version.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
# or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
"""Advanced System & Process Monitor using the libpcp Wrapper module
Additional Information:
Performance Co-Pilot Web Site
http://oss.sgi.com/projects/pcp
"""
# ignore line too long, missing docstring, method could be a function,
# too many public methods
# pylint: disable=C0301
# pylint: disable=C0111
# pylint: disable=R0201
# pylint: disable=R0904
##############################################################################
#
# imports
#
import os
import datetime
import re
import time
import sys
import select
import signal
import cpmapi as c_api
import cpmgui as c_gui
from pcp import pmapi, pmgui
from pcp.pmsubsys import Subsystem
try:
import curses
except ImportError as e:
print(e)
print("pmatop requires curses.py")
sys.exit(0)
ME = "pmatop"
def usage ():
return "\nUsage:" + sys.argv[0] + "\n\t[-g|-m] [-w FILE] [-r FILE] [-L width] Interval Trials"
def debug (mssg):
fdesc = open("/tmp/,python", mode="a")
if type(mssg) == type(""):
fdesc.write(mssg)
else:
fdesc.write(str(mssg) + "\n")
fdesc.close()
# scale -------------------------------------------------------------
def scale (value, magnitude):
return value / magnitude
# record ---------------------------------------------------------------
def record (host, context, config, interval, path):
# -f saves the metrics in a directory
if os.path.exists(path):
return "playback directory %s already exists\n" % path
try:
status = context.pmRecordSetup (path, ME, 0) # pylint: disable=W0621
(status, rhp) = context.pmRecordAddHost (host, 1, config)
status = context.pmRecordControl (0, c_gui.PM_REC_SETARG, "-T" + str(interval) + "sec")
status = context.pmRecordControl (0, c_gui.PM_REC_ON, "")
time.sleep(interval)
context.pmRecordControl (0, c_gui.PM_REC_STATUS, "")
status = context.pmRecordControl (rhp, c_gui.PM_REC_OFF, "")
except pmapi.pmErr, e:
return "Cannot create PCP archive: " + path + " " + str(e)
return ""
# record_add_creator ------------------------------------------------------
def record_add_creator (path):
fdesc = open (path, "r+")
args = ""
for i in sys.argv:
args = args + i + " "
fdesc.write("# Created by " + args)
fdesc.write("\n#\n")
fdesc.close()
# minutes_seconds ----------------------------------------------------------
def minutes_seconds (milli):
milli = abs(milli)
sec, milli = divmod(milli, 1000)
tenth, milli = divmod(milli, 100)
milli = milli / 10
minute, sec = divmod(sec, 60)
hour, minute = divmod(minute, 60)
day, hour = divmod(hour, 24)
if day > 0:
return "%dd" % (day)
elif hour > 0:
return "%dh%dm" % (hour, minute)
elif minute > 0:
return "%dm%ds" % (minute, sec)
else:
return "%d.%d%1ds" % (sec, tenth, milli)
# _StandardOutput --------------------------------------------------
class _StandardOutput(object):
def width_write(self, value):
self._width = value
width = property(None, width_write, None, None)
def __init__(self, out):
if (out == sys.stdout):
self._width = 80
self.stdout = True
else:
self.stdout = False
self.so_stdscr = out
def addstr(self, str):
if self.stdout:
sys.stdout.write(str)
else:
self.so_stdscr.addstr (str)
def clear(self):
if not self.stdout:
self.so_stdscr.clear()
def move(self, y, x):
if not self.stdout:
self.so_stdscr.move(y,x)
def getyx(self):
if self.stdout:
return (0, 0)
else:
return self.so_stdscr.getyx()
def getmaxyx(self):
if self.stdout:
return (1000, self._width)
else:
return self.so_stdscr.getmaxyx()
def nodelay(self, tf):
if not self.stdout:
self.so_stdscr.nodelay(tf)
def timeout(self, milliseconds):
if not self.stdout:
self.so_stdscr.timeout(milliseconds)
def refresh(self):
if not self.stdout:
self.so_stdscr.refresh()
def clrtobot(self):
if not self.stdout:
self.so_stdscr.clrtobot()
def clear(self):
if not self.stdout:
self.so_stdscr.clear()
def getch(self):
if not self.stdout:
return self.so_stdscr.getch()
else:
while sys.stdin in select.select([sys.stdin], [], [], 0)[0]:
char = sys.stdin.read(1)
if len(char) == 0:
return -1
else:
return ord(char)
return -1
# _AtopPrint --------------------------------------------------
class _AtopPrint(object):
def __init__(self, ss, a_stdscr):
self.ss = ss
self.p_stdscr = a_stdscr
self.apyx = a_stdscr.getmaxyx()
def end_of_screen(self):
return (self.p_stdscr.getyx()[0] >= self.apyx[0]-1)
def set_line(self):
self.command_line = self.p_stdscr.getyx()[0]
self.p_stdscr.addstr ('\n')
def next_line(self):
if self.p_stdscr.stdout:
print
return
line = self.p_stdscr.getyx()
apy = line[0]
if line[1] > 0:
apy += 1
self.p_stdscr.addstr (' ' * (self.apyx[1] - line[1]))
self.p_stdscr.move(apy, 0)
def put_value(self, form, value, try_percentd=0, try_magnitude=""):
# Increase units of value
if try_magnitude == "KM" and abs(value) > 1000:
value /= 1000
form = form.replace(try_magnitude[0], try_magnitude[1])
# Use %d instead
if try_percentd > 0 and abs(value) < try_percentd:
iform = form.replace(form[form.index("."):form.index(".")+3],"d")
return iform % value
if value > 0:
return re.sub ("([0-9]*\.*[0-9]+)e\+0*", " \\1e", form % value)
else:
return re.sub ("([0-9]*\.*[0-9]+)e\+0*", "-\\1e", form % abs(value))
# _ProcessorPrint --------------------------------------------------
class _ProcessorPrint(_AtopPrint):
# Missing: #trun (total # running threads)
# Missing: #exit (requires accounting)
# Substitutions: proc.runq.sleeping for #tslpi (threads sleeping)
# Substitutions: proc.runq.blocked for #tslpu (threads uninterrupt sleep)
def prc(self):
self.p_stdscr.addstr ('PRC |')
self.p_stdscr.addstr (' sys %8s |' % (minutes_seconds(self.ss.get_metric_value('kernel.all.cpu.sys'))))
self.p_stdscr.addstr (' user %7s |' % (minutes_seconds(self.ss.get_metric_value('kernel.all.cpu.user'))))
self.p_stdscr.addstr (' #proc %6d |' % (self.ss.get_metric_value('kernel.all.nprocs')))
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (' #tslpi %5d |' % (self.ss.get_metric_value('proc.runq.sleeping')))
if (self.apyx[1] >= 110):
self.p_stdscr.addstr (' #tslpu %5d |' % (self.ss.get_metric_value('proc.runq.blocked')))
self.p_stdscr.addstr (' #zombie %4d' % (self.ss.get_metric_value('proc.runq.defunct')))
self.next_line()
# Missing: curscal (current current scaling percentage)
def cpu(self):
self.ss.get_total()
self.p_stdscr.addstr ('CPU |')
self.p_stdscr.addstr (' sys %7d%% |' % (100 * self.ss.get_metric_value('kernel.all.cpu.sys') / self.ss.cpu_total))
self.p_stdscr.addstr (' user %6d%% |' % (100 * self.ss.get_metric_value('kernel.all.cpu.user') / self.ss.cpu_total))
self.p_stdscr.addstr (' irq %7d%% |' % (
100 * self.ss.get_metric_value('kernel.all.cpu.irq.hard') / self.ss.cpu_total +
100 * self.ss.get_metric_value('kernel.all.cpu.irq.soft') / self.ss.cpu_total))
self.p_stdscr.addstr (' idle %6d%% |' % (100 * self.ss.get_metric_value('kernel.all.cpu.idle') / self.ss.cpu_total))
self.p_stdscr.addstr (' wait %6d%% |' % (100 * self.ss.get_metric_value('kernel.all.cpu.wait.total') / self.ss.cpu_total))
self.next_line()
ncpu = self.ss.get_metric_value('hinv.ncpu')
max_display_cpus = self.apyx[0] / 4
for k in range(ncpu):
percpu_sys = (100 * self.ss.get_scalar_value('kernel.percpu.cpu.sys', k) / self.ss.cpu_total)
percpu_user = (100 * self.ss.get_scalar_value('kernel.percpu.cpu.user', k) / self.ss.cpu_total)
if (percpu_sys == 0 and percpu_user == 0):
continue
self.p_stdscr.addstr ('cpu |')
self.p_stdscr.addstr (' sys %7d%% |' % percpu_sys)
self.p_stdscr.addstr (' user %6d%% |' % percpu_user)
self.p_stdscr.addstr (' irq %7d%% |' % (
100 * self.ss.get_scalar_value('kernel.percpu.cpu.irq.hard', k) / self.ss.cpu_total +
100 * self.ss.get_scalar_value('kernel.percpu.cpu.irq.soft', k) / self.ss.cpu_total))
self.p_stdscr.addstr (' idle %6d%% |' % (100 * self.ss.get_scalar_value('kernel.percpu.cpu.idle', k) / self.ss.cpu_total))
self.p_stdscr.addstr (' cpu%02d %5d%% |' % (k, 100 * self.ss.get_scalar_value('kernel.percpu.cpu.wait.total', k) / self.ss.cpu_total))
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (self.put_value(' curf %4.2gMHz |', scale(self.ss.get_scalar_value('hinv.cpu.clock', k), 1000)))
self.next_line()
if (ncpu > max_display_cpus and k >= max_display_cpus):
break
self.p_stdscr.addstr ('CPL |')
self.p_stdscr.addstr (' avg1 %7.3g |' % (self.ss.get_scalar_value('kernel.all.load', 0)))
self.p_stdscr.addstr (' avg5 %7.3g |' % (self.ss.get_scalar_value('kernel.all.load', 1)))
self.p_stdscr.addstr (' avg15 %6.3g |' % (self.ss.get_scalar_value('kernel.all.load', 2)))
self.p_stdscr.addstr (self.put_value(' csw %9.2g |', self.ss.get_metric_value('kernel.all.pswitch'), 10000))
self.p_stdscr.addstr (self.put_value(' intr %8.2g |', self.ss.get_metric_value('kernel.all.intr'), 10000))
if (self.apyx[1] >= 110):
self.p_stdscr.addstr (' |')
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (' numcpu %2d |' % (self.ss.get_metric_value('hinv.ncpu')))
self.next_line()
# _InterruptPrint --------------------------------------------------
class _InterruptPrint(_AtopPrint):
pass
# _DiskPrint --------------------------------------------------
class _DiskPrint(_AtopPrint):
def interval_write(self, value):
self._interval = value
interval = property(None, interval_write, None, None)
def replay_archive_write(self, value):
self._replay_archive = value
replay_archive = property(None, replay_archive_write, None, None)
def disk(self, context):
try:
(inst, iname) = context.pmGetInDom(self.ss.metric_descs [self.ss.metrics_dict['disk.partitions.read']])
except pmapi.pmErr, e:
iname = iname = "X"
# Missing: LVM avq (average queue depth)
lvms = dict(map(lambda x: (os.path.realpath("/dev/mapper/" + x)[5:],x),
(os.listdir("/dev/mapper"))))
for j in xrange(self.ss.get_len(self.ss.get_metric_value('disk.partitions.read'))):
if (self._replay_archive == True):
if iname[j][:2] != "dm":
continue
lvm = iname[j]
else:
if iname[j] not in lvms:
continue
lvm = lvms[iname[j]]
partitions_read = self.ss.get_scalar_value('disk.partitions.read', j)
partitions_write = self.ss.get_scalar_value('disk.partitions.write', j)
if (partitions_read == 0 and partitions_write == 0):
continue
self.p_stdscr.addstr ('LVM |')
self.p_stdscr.addstr (' %-12s |' % (lvm[len(lvm)-12:]))
self.p_stdscr.addstr (' |')
self.p_stdscr.addstr (self.put_value(' read %7.3g |', partitions_read))
self.p_stdscr.addstr (self.put_value(' write %6.2g |', partitions_write,10000))
if (self.apyx[1] >= 95):
val = (float(self.ss.get_scalar_value('disk.partitions.blkread', j)) / float(self._interval * 1000)) * 100
self.p_stdscr.addstr (self.put_value(' MBr/s %6.3g |', val))
if (self.apyx[1] >= 110):
val = (float(self.ss.get_scalar_value('disk.partitions.blkwrite', j)) / float(self._interval * 1000)) * 100
self.p_stdscr.addstr (self.put_value(' MBw/s %6.3g |', val))
if (self.end_of_screen()):
break;
self.next_line()
try:
(inst, iname) = context.pmGetInDom(self.ss.metric_descs [self.ss.metrics_dict['disk.dev.read']])
except pmapi.pmErr, e:
iname = iname = "X"
for j in xrange(self.ss.get_len(self.ss.get_metric_value('disk.dev.read_bytes'))):
self.p_stdscr.addstr ('DSK |')
self.p_stdscr.addstr (' %-12s |' % (iname[j]))
busy = (float(self.ss.get_scalar_value('disk.dev.avactive', j)) / float(self._interval * 1000)) * 100
if (busy > 100): busy = 0
self.p_stdscr.addstr (' busy %6d%% |' % (busy)) # self.ss.get_scalar_value('disk.dev.avactive', j)
val = self.ss.get_scalar_value('disk.dev.read', j)
self.p_stdscr.addstr (' read %7d |' % (val))
self.p_stdscr.addstr (self.put_value(' write %6.2g |', self.ss.get_scalar_value('disk.dev.write', j),1000))
if (self.apyx[1] >= 95):
val = (float(self.ss.get_scalar_value('disk.partitions.blkread', j)) / float(self._interval * 1000)) * 100
self.p_stdscr.addstr (self.put_value(' MBr/s %6.3g |', val))
if (self.apyx[1] >= 110):
val = (float(self.ss.get_scalar_value('disk.partitions.blkwrite', j)) / float(self._interval * 1000)) * 100
self.p_stdscr.addstr (self.put_value(' MBw/s %6.3g |', val))
try:
avio = (float(self.ss.get_scalar_value('disk.dev.avactive', j)) / float(self.ss.get_scalar_value('disk.dev.total', j)))
except ZeroDivisionError:
avio = 0
self.p_stdscr.addstr (' avio %4.2g ms |' % (avio))
if (self.end_of_screen()):
break;
self.next_line()
# _MemoryPrint --------------------------------------------------
class _MemoryPrint(_AtopPrint):
# Missing: shrss (resident shared memory size)
def mem(self):
self.p_stdscr.addstr ('MEM |')
self.p_stdscr.addstr (' tot %7dM |' % (scale(self.ss.get_metric_value('mem.physmem'), 1000)))
self.p_stdscr.addstr (' free %6dM |' % (scale(self.ss.get_metric_value('mem.freemem'), 1000)))
self.p_stdscr.addstr (' cache %5dM |' % (scale(self.ss.get_metric_value('mem.util.cached'), 1000)))
self.p_stdscr.addstr (' buff %6dM |' % (scale(self.ss.get_metric_value('mem.util.bufmem'), 1000)))
self.p_stdscr.addstr (' slab %6dM |' % (scale(self.ss.get_metric_value('mem.util.slab'), 1000)))
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (' #shmem %4dM |' % (scale(self.ss.get_metric_value('mem.util.shmem'), 1000)))
self.next_line()
self.p_stdscr.addstr ('SWP |')
self.p_stdscr.addstr (' tot %7dG |' % (scale(self.ss.get_metric_value('mem.util.swapTotal'), 1000000)))
self.p_stdscr.addstr (' free %6dG |' % (scale(self.ss.get_metric_value('mem.util.swapFree'), 1000000)))
self.p_stdscr.addstr (' |')
self.p_stdscr.addstr (' vmcom %5dG |' % (scale(self.ss.get_metric_value('mem.util.committed_AS'), 1000000)))
self.p_stdscr.addstr (' vmlim %5dG |' % (scale(self.ss.get_metric_value('mem.util.commitLimit'), 1000000)))
self.next_line()
self.p_stdscr.addstr ('PAG |')
self.p_stdscr.addstr (' scan %7d |' % (self.ss.get_metric_value('mem.vmstat.slabs_scanned')))
self.p_stdscr.addstr (' steal %6d |' % (self.ss.get_metric_value('mem.vmstat.pginodesteal')))
self.p_stdscr.addstr (' stall %6d |' % (self.ss.get_metric_value('mem.vmstat.allocstall')))
self.p_stdscr.addstr (' swin %7d |' % (self.ss.get_metric_value('mem.vmstat.pswpin')))
self.p_stdscr.addstr (' swout %6d |' % (self.ss.get_metric_value('mem.vmstat.pswpout')))
self.next_line()
# _NetPrint --------------------------------------------------
class _NetPrint(_AtopPrint):
def net(self, context):
if (self.end_of_screen()):
return
self.p_stdscr.addstr ('NET | transport |')
self.p_stdscr.addstr (self.put_value(' tcpi %6.2gM |', self.ss.get_metric_value('network.tcp.insegs')))
self.p_stdscr.addstr (self.put_value(' tcpo %6.2gM |', self.ss.get_metric_value('network.tcp.outsegs')))
self.p_stdscr.addstr (self.put_value(' udpi %6.2gM |', self.ss.get_metric_value('network.udp.indatagrams')))
self.p_stdscr.addstr (self.put_value(' udpo %6.2gM |', self.ss.get_metric_value('network.udp.outdatagrams')))
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (self.put_value(' tcpao %5.2gM |', self.ss.get_metric_value('network.tcp.activeopens')))
if (self.apyx[1] >= 110):
self.p_stdscr.addstr (self.put_value(' tcppo %5.2gM |', self.ss.get_metric_value('network.tcp.passiveopens')))
self.next_line()
# Missing: icmpi (internet control message protocol received datagrams)
# Missing: icmpo (internet control message protocol transmitted datagrams)
self.p_stdscr.addstr ('NET | network |')
self.p_stdscr.addstr (self.put_value(' ipi %7.2gM |', self.ss.get_metric_value('network.ip.inreceives')))
self.p_stdscr.addstr (self.put_value(' ipo %7.2gM |', self.ss.get_metric_value('network.ip.outrequests')))
self.p_stdscr.addstr (self.put_value(' ipfrw %5.2gM |', self.ss.get_metric_value('network.ip.forwdatagrams')))
self.p_stdscr.addstr (self.put_value(' deliv %5.2gM |', self.ss.get_metric_value('network.ip.indelivers')))
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (' icmpi %6d |' % (self.ss.get_metric_value('network.icmp.inmsgs')))
if (self.apyx[1] >= 110):
self.p_stdscr.addstr (' icmpo %6d |' % (self.ss.get_metric_value('network.icmp.outmsgs')))
self.next_line()
try:
(inst, iname) = context.pmGetInDom(self.ss.metric_descs [self.ss.metrics_dict['network.interface.in.bytes']])
except pmapi.pmErr, e:
iname = iname = "X"
net_metric = self.ss.get_metric_value('network.interface.in.bytes')
if type(net_metric) == type([]):
for j in xrange(len(self.ss.get_metric_value('network.interface.in.bytes'))):
pcki = self.ss.get_scalar_value('network.interface.in.packets', j)
pcko = self.ss.get_scalar_value('network.interface.out.packets', j)
if (pcki == 0 and pcko == 0):
continue
self.p_stdscr.addstr ('NET |')
self.p_stdscr.addstr (' %-12s |' % (iname[j]))
self.p_stdscr.addstr (self.put_value(' pcki %6.2gM |', pcki))
self.p_stdscr.addstr (self.put_value(' pcko %6.2gM |', pcko))
self.p_stdscr.addstr (self.put_value(' si %4d Kbps |', scale (self.ss.get_scalar_value('network.interface.in.bytes', j), 100000000)))
self.p_stdscr.addstr (self.put_value(' so %4d Kpbs |', scale (self.ss.get_scalar_value('network.interface.out.bytes', j), 100000000)))
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (self.put_value(' erri %6.2gM |', self.ss.get_scalar_value('network.interface.in.errors', j)))
if (self.apyx[1] >= 110):
self.p_stdscr.addstr (self.put_value(' erro %6.2gM |', self.ss.get_scalar_value('network.interface.out.errors', j)))
if (self.end_of_screen()):
break;
self.next_line()
# _ProcPrint --------------------------------------------------
class _ProcPrint(_AtopPrint):
def type_write(self, value):
self._output_type = value
output_type = property(None, type_write, None, None)
@staticmethod
def sort_l(l1, l2):
if (l1[1] < l2[1]):
return -1
elif (l1[1] > l2[1]):
return 1
else: return 0
def proc(self):
current_yx = self.p_stdscr.getyx()
if self._output_type in ['g']:
self.p_stdscr.addstr (' PID SYSCPU USRCPU VGROW RGROW RUID THR ST EXC S CPU CMD')
elif self._output_type in ['m']:
self.p_stdscr.addstr ('PID ')
if (self.apyx[1] >= 110):
self.p_stdscr.addstr ('MINFLT MAJFLT ')
else:
self.p_stdscr.addstr (' ')
if (self.apyx[1] >= 95):
self.p_stdscr.addstr ('VSTEXT VSLIBS ')
self.p_stdscr.addstr ('VDATA VSTACK VGROW RGROW VSIZE RSIZE MEM CMD')
self.next_line()
# TODO Remember this state for Next/Previous Page
cpu_time_sorted = list()
for j in xrange(self.ss.get_metric_value('proc.nprocs')):
cpu_time_sorted.append((j, self.ss.get_scalar_value('proc.psinfo.utime', j)
+ self.ss.get_scalar_value('proc.psinfo.stime', j)))
cpu_time_sorted.sort(self.sort_l,reverse=True)
for i in xrange(len(cpu_time_sorted)):
j = cpu_time_sorted[i][0]
if self._output_type in ['g', 'm']:
self.p_stdscr.addstr ('%5d ' % (self.ss.get_scalar_value('proc.psinfo.pid', j)))
if self._output_type in ['g']:
self.p_stdscr.addstr ('%5s ' % minutes_seconds (self.ss.get_scalar_value('proc.psinfo.stime', j)))
self.p_stdscr.addstr (' %5s ' % minutes_seconds (self.ss.get_scalar_value('proc.psinfo.utime', j)))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_scalar_value('proc.psinfo.vsize', j), 10000, "KM"))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_scalar_value('proc.psinfo.rss', j), 10000, "KM"))
self.p_stdscr.addstr ('%5s ' % (self.ss.get_scalar_value('proc.id.uid_nm', j)))
self.p_stdscr.addstr ('%5d ' % self.ss.get_scalar_value('proc.psinfo.threads', j))
self.p_stdscr.addstr ('%3s ' % '--')
state = self.ss.get_scalar_value('proc.psinfo.sname', j)
self.p_stdscr.addstr ('%2s ' % '-')
if state not in ('D', 'R', 'S', 'T', 'W', 'X', 'Z'):
state = 'S'
self.p_stdscr.addstr ('%2s ' % (state))
cpu_total = float(self.ss.cpu_total - self.ss.get_metric_value('kernel.all.cpu.idle'))
proc_cpu_total = (self.ss.get_scalar_value('proc.psinfo.utime', j) + self.ss.get_scalar_value('proc.psinfo.stime', j))
if proc_cpu_total > cpu_total:
proc_percent = 0
else:
proc_percent = (100 * proc_cpu_total / cpu_total)
self.p_stdscr.addstr ('%2d%% ' % proc_percent)
self.p_stdscr.addstr ('%-15s ' % (self.ss.get_scalar_value('proc.psinfo.cmd', j)))
if self._output_type in ['m']:
# Missing: SWAPSZ, proc.psinfo.nswap frequently returns -1
if (self.apyx[1] >= 110):
minf = self.ss.get_scalar_value('proc.psinfo.minflt', j)
majf = self.ss.get_scalar_value('proc.psinfo.maj_flt', j)
if minf < 0:
minf = 0
if majf < 0:
majf = 0
self.p_stdscr.addstr (self.put_value('%3.0g ', minf, 1000))
self.p_stdscr.addstr (self.put_value('%3.0g ', majf, 1000))
if (self.apyx[1] >= 95):
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_scalar_value('proc.memory.textrss', j), 10000))
# Missing: VSLIBS librss seems to always be 0
self.p_stdscr.addstr (self.put_value('%4.2gK ', self.ss.get_scalar_value('proc.memory.librss', j)))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_scalar_value('proc.memory.datrss', j), 10000, "KM"))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_scalar_value('proc.memory.vmstack', j), 10000, "KM"))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_scalar_value('proc.psinfo.vsize', j), 10000, "KM"))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_scalar_value('proc.psinfo.rss', j), 10000, "KM"))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_old_scalar_value('proc.psinfo.vsize', j), 10000, "KM"))
self.p_stdscr.addstr (self.put_value('%6.3gK ', self.ss.get_old_scalar_value('proc.psinfo.rss', j), 10000, "KM"))
val = float(self.ss.get_old_scalar_value('proc.psinfo.rss', j)) / float(self.ss.get_metric_value('mem.physmem')) * 100
if val > 100: val = 0
self.p_stdscr.addstr (self.put_value('%2d%% ', val))
self.p_stdscr.addstr ('%-15s' % (self.ss.get_scalar_value('proc.psinfo.cmd', j)))
if (self.end_of_screen()):
break;
self.next_line()
# main ----------------------------------------------------------------------
def main (stdscr_p):
global stdscr
stdscr = _StandardOutput(stdscr_p)
output_file = ""
input_file = ""
sort = ""
duration = 0
interval_arg = 5
duration_arg = 0
n_samples = 0
output_type = "g"
host = ""
create_archive = False
replay_archive = False
i = 1
subsys_options = ("g", "m")
class NextOption(Exception):
pass
while i < len(sys.argv):
try:
if (sys.argv[i][:1] == "-"):
for ssx in subsys_options:
if sys.argv[i][1:] == ssx:
output_type = ssx
raise NextOption
if (sys.argv[i] == "-w"):
i += 1
output_file = sys.argv[i]
create_archive = True
elif (sys.argv[i] == "-r"):
i += 1
input_file = sys.argv[i]
replay_archive = True
elif (sys.argv[i] == "-L"):
i += 1
stdscr.width = int(sys.argv[i])
elif (sys.argv[i] == "--help"):
return usage()
elif (sys.argv[i] == "-h"):
i += 1
host = sys.argv[i]
else:
return sys.argv[0] + ": Unknown option " + sys.argv[i] \
+ "\nTry `" + sys.argv[0] + " --help' for more information."
else:
interval_arg = int(sys.argv[i])
i += 1
if (i < len(sys.argv)):
n_samples = int(sys.argv[i])
i += 1
except NextOption:
i += 1
pass
ss = Subsystem()
ss.init_processor_metrics()
ss.init_memory_metrics()
ss.init_disk_metrics()
ss.init_network_metrics()
ss.init_process_metrics()
cpu = _ProcessorPrint(ss, stdscr)
mem = _MemoryPrint(ss, stdscr)
disk = _DiskPrint(ss, stdscr)
net = _NetPrint(ss, stdscr)
proc = _ProcPrint(ss, stdscr)
proc.output_type = output_type
if replay_archive:
archive = input_file
if not os.path.exists(input_file):
return input_file + " does not exist"
for line in open(input_file):
if (line[:8] == "Archive:"):
tokens = line[:-1].split()
archive = os.path.join(os.path.dirname(input_file), tokens[2])
try:
pmc = pmapi.pmContext(c_api.PM_CONTEXT_ARCHIVE, archive)
except pmapi.pmErr, e:
return "Cannot open PCP archive: " + archive
else:
if host == "":
host = "local:"
try:
pmc = pmapi.pmContext(target=host)
except pmapi.pmErr, e:
return "Cannot connect to pmcd on " + host
if duration_arg != 0:
(timeval, errmsg) = pmc.pmParseInterval(duration_arg)
if code < 0:
return errmsg
duration = timeval.tv_sec
ss.setup_metrics (pmc)
if create_archive:
configuration = "log mandatory on every " + \
str(interval_arg) + " seconds { "
configuration += ss.dump_metrics()
configuration += "}"
if duration == 0:
if n_samples != 0:
duration = n_samples * interval_arg
else:
duration = 10 * interval_arg
status = record (host, pmgui.GuiClient(), configuration, duration, output_file)
if status != "":
return status
record_add_creator (output_file)
sys.exit(0)
i_samples = 0
subsys_cmds = ['g', 'm']
(delta, errmsg) = pmc.pmParseInterval(str(interval_arg) + " seconds")
disk.interval = delta.tv_sec
disk.replay_archive = replay_archive
try:
elapsed = ss.get_metric_value('kernel.all.uptime')
while (i_samples < n_samples) or (n_samples == 0):
ss.get_stats (pmc)
stdscr.move (0, 0)
stdscr.addstr ('ATOP - %s\t\t%s elapsed\n\n' % (
time.strftime("%c"),
datetime.timedelta(0, elapsed)))
elapsed = delta.tv_sec
# mm.get_stats(pmc)
stdscr.move (2, 0)
try:
cpu.prc()
cpu.cpu()
mem.mem()
disk.disk(pmc)
net.net(pmc)
proc.set_line()
proc.proc()
except pmapi.pmErr, e:
return str(e) + " while processing " + str(ssx[0])
except Exception, e: # catch all errors, pcp or python or otherwise
pass
stdscr.move (proc.command_line, 0)
stdscr.refresh()
stdscr.timeout(delta.tv_sec * 1000)
char = stdscr.getch()
if (char != -1): # user typed a command
try:
cmd = chr(char)
except ValueError:
cmd = None
if cmd == "q":
raise KeyboardInterrupt
elif cmd == " ":
stdscr.clear()
stdscr.refresh()
elif cmd == "z":
stdscr.timeout(-1)
# currently it just does "hit any key to continue"
char = stdscr.getch()
elif cmd == "h":
stdscr.clear ()
stdscr.move (0, 0)
stdscr.addstr ('\nOptions shown for active processes:\n')
stdscr.addstr ( "'g' - generic info (default)\n")
stdscr.addstr ( "'m' - memory details\n")
stdscr.addstr ( "Miscellaneous commands:\n")
stdscr.addstr ("'z' - pause-button to freeze current sample (toggle)\n")
stdscr.addstr ("^L - redraw the screen\n")
stdscr.addstr ("hit any key to continue\n")
stdscr.timeout(-1)
char = stdscr.getch()
stdscr.clear ()
elif cmd in subsys_cmds:
stdscr.clear()
proc.output_type = cmd
# TODO Next/Previous Page
else:
stdscr.move (proc.command_line, 0)
stdscr.addstr ("Invalid command %s\nType 'h' to see a list of valid commands" % (cmd))
stdscr.refresh()
time.sleep(2)
i_samples += 1
except KeyboardInterrupt:
pass
stdscr.refresh()
time.sleep(1)
return ""
def sigwinch_handler(n, frame):
global stdscr
curses.endwin()
curses.initscr()
# consume any subsequent characters awhile
while 1:
char = stdscr.getch()
if (char == -1):
break
if __name__ == '__main__':
if sys.stdout.isatty():
signal.signal(signal.SIGWINCH, sigwinch_handler)
status = curses.wrapper(main) # pylint: disable-msg=C0103
# You're running in a real terminal
else:
status = main(sys.stdout)
# You're being piped or redirected
if (status != ""):
print status
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