def __elapse(self):
if self.__timer == 0:
for m in self.__env.HOSTS:
self.__scr.writeFooter(_("Loading ..."))
self.__scr.refresh()
try:
self.__cpu_num[m] = Utils.safeInt(Data.getRRD("%s/%s/cpu_num.rrd" % (self.__env.DATADIR, m))[-1][1])
self.__cpu_speed[m] = Utils.safeFloat(Data.getRRD("%s/%s/cpu_speed.rrd" % (self.__env.DATADIR, m))[-1][1])
self.__cpu_user[m] = Data.getRRD("%s/%s/cpu_user.rrd" % (self.__env.DATADIR, m))
self.__cpu_system[m] = Data.getRRD("%s/%s/cpu_system.rrd" % (self.__env.DATADIR, m))
self.__mem_buffers[m] = Data.getRRD("%s/%s/mem_buffers.rrd" % (self.__env.DATADIR, m))
self.__mem_cached[m] = Data.getRRD("%s/%s/mem_cached.rrd" % (self.__env.DATADIR, m))
self.__mem_free[m] = Data.getRRD("%s/%s/mem_free.rrd" % (self.__env.DATADIR, m))
self.__mem_total[m] = Data.getRRD("%s/%s/mem_total.rrd" % (self.__env.DATADIR, m))
self.__cpu_topuser[m] = Data.getProcData("%s/%s/cpu_topuser" % (self.__env.DATADIR, m))
self.__mem_topuser[m] = Data.getProcData("%s/%s/mem_topuser" % (self.__env.DATADIR, m))
except ElementTree.ParseError:
return False
except IOError:
return False
self.__redraw = True
# go ahead
self.__timer += 1
if self.__timer >= self.__options.interval * 1000 // Screen.timeout():
self.__timer = 0
return True
def __initial(self):
self.__scr = Screen(self.__options.coloring, self.__colorMap)
self.__timescale = 0
self.__timer = 0
self.__mpp = 0
self.__page = 0
self.__redraw = False
self.__cpu_num = {}
self.__cpu_speed = {}
self.__cpu_user = {}
self.__cpu_system = {}
self.__mem_buffers = {}
self.__mem_cached = {}
self.__mem_free = {}
self.__mem_total = {}
self.__cpu_topuser = {}
self.__mem_topuser = {}
def __elapse(self):
if self.__timer == 0:
for m in self.__env.HOSTS:
self.__scr.writeFooter(_("Loading ..."))
self.__scr.refresh()
try:
self.__cpu_num[m] = Utils.safeInt(
Data.getRRD("%s/%s/cpu_num.rrd" %
(self.__env.DATADIR, m))[-1][1])
self.__cpu_speed[m] = Utils.safeFloat(
Data.getRRD("%s/%s/cpu_speed.rrd" %
(self.__env.DATADIR, m))[-1][1])
self.__cpu_user[m] = Data.getRRD("%s/%s/cpu_user.rrd" %
(self.__env.DATADIR, m))
self.__cpu_system[m] = Data.getRRD("%s/%s/cpu_system.rrd" %
(self.__env.DATADIR, m))
self.__mem_buffers[m] = Data.getRRD(
"%s/%s/mem_buffers.rrd" % (self.__env.DATADIR, m))
self.__mem_cached[m] = Data.getRRD("%s/%s/mem_cached.rrd" %
(self.__env.DATADIR, m))
self.__mem_free[m] = Data.getRRD("%s/%s/mem_free.rrd" %
(self.__env.DATADIR, m))
self.__mem_total[m] = Data.getRRD("%s/%s/mem_total.rrd" %
(self.__env.DATADIR, m))
self.__cpu_topuser[m] = Data.getProcData(
"%s/%s/cpu_topuser" % (self.__env.DATADIR, m))
self.__mem_topuser[m] = Data.getProcData(
"%s/%s/mem_topuser" % (self.__env.DATADIR, m))
except ElementTree.ParseError:
return False
except IOError:
return False
self.__redraw = True
# go ahead
self.__timer += 1
if self.__timer >= self.__options.interval * 1000 // Screen.timeout():
self.__timer = 0
return True
def __initial(self):
self.__scr = Screen(self.__options.coloring, self.__colorMap)
self.__timescale = 0
self.__timer = 0
self.__mpp = 0
self.__page = 0
self.__redraw = False
self.__cpu_num = {}
self.__cpu_speed = {}
self.__cpu_user = {}
self.__cpu_system = {}
self.__mem_buffers = {}
self.__mem_cached = {}
self.__mem_free = {}
self.__mem_total = {}
self.__cpu_topuser = {}
self.__mem_topuser = {}
class System:
@staticmethod
def __timeScaleToStep(timescale, chartWidth):
if timescale == 0:
return 1800 / chartWidth # 30 mins
elif timescale == 1:
return 7200 / chartWidth # 2 hours
elif timescale == 2:
return 43200 / chartWidth # 12 hours
elif timescale == 3:
return 345600 / chartWidth # 4 days
elif timescale == 4:
return 2592000 / chartWidth # 30 days
else:
raise ValueError
@staticmethod
def __secondsToStr(seconds):
if seconds < 1:
raise ValueError
if seconds < 60:
return ngettext('%d second', '%d seconds', seconds) % seconds
seconds //= 60
if seconds < 60:
return ngettext('%d minute', '%d minutes', seconds) % seconds
seconds //= 60
if seconds < 24:
return ngettext('%d hour', '%d hours', seconds) % seconds
seconds //= 24
return ngettext('%d day', '%d days', seconds) % seconds
def __init__(self, options, env, colorMap):
self.__options = options
self.__env = env
self.__colorMap = colorMap
self.__chart_h = self.__options.height
self.__chart_w = self.__options.width
self.__showusers = self.__options.showusers
def __initial(self):
self.__scr = Screen(self.__options.coloring, self.__colorMap)
self.__timescale = 0
self.__timer = 0
self.__mpp = 0
self.__page = 0
self.__redraw = False
self.__cpu_num = {}
self.__cpu_speed = {}
self.__cpu_user = {}
self.__cpu_system = {}
self.__mem_buffers = {}
self.__mem_cached = {}
self.__mem_free = {}
self.__mem_total = {}
self.__cpu_topuser = {}
self.__mem_topuser = {}
def __final(self):
self.__scr.final()
self.__scr = None
# get machines per page
def __initPage(self):
i = 0
needed_h = self.__chart_h + (3 if self.__showusers else 0) + 5
needed_w = self.__chart_w * 2 + 3
if self.__scr.height() < needed_h + 2 or self.__scr.width() < needed_w:
return False
for starty in range(0, self.__scr.height() - needed_h + 1, needed_h):
for startx in range(0, self.__scr.width() - needed_w + 1, needed_w + 2):
i += 1
if i == len(self.__env.HOSTS):
break
if i == len(self.__env.HOSTS):
break
if self.__mpp != i:
self.__mpp = i
self.__page = 0
self.__redraw = True
return True
def __keystroke(self):
key = self.__scr.getch();
# Q: quit
if key == ord('q'):
return False
# U: force update
if key == ord('u'):
self.__timer = 0
# Resize
elif key == 'RESIZE':
if not self.__initPage():
return False
# Down: next page
elif key == 'DOWN':
if self.__mpp * (self.__page + 1) < len(self.__env.HOSTS):
self.__page += 1
self.__redraw = True
# Up: previous page
elif key == 'UP':
if self.__page > 0:
self.__page -= 1
self.__redraw = True
# Left: zoom-out
elif key == 'LEFT':
if self.__timescale < 4:
self.__timescale += 1
self.__redraw = True
# Right: zoom-in
elif key == 'RIGHT':
if self.__timescale > 0:
self.__timescale -= 1
self.__redraw = True
return True
def __elapse(self):
if self.__timer == 0:
for m in self.__env.HOSTS:
self.__scr.writeFooter(_("Loading ..."))
self.__scr.refresh()
try:
self.__cpu_num[m] = Utils.safeInt(Data.getRRD("%s/%s/cpu_num.rrd" % (self.__env.DATADIR, m))[-1][1])
self.__cpu_speed[m] = Utils.safeFloat(Data.getRRD("%s/%s/cpu_speed.rrd" % (self.__env.DATADIR, m))[-1][1])
self.__cpu_user[m] = Data.getRRD("%s/%s/cpu_user.rrd" % (self.__env.DATADIR, m))
self.__cpu_system[m] = Data.getRRD("%s/%s/cpu_system.rrd" % (self.__env.DATADIR, m))
self.__mem_buffers[m] = Data.getRRD("%s/%s/mem_buffers.rrd" % (self.__env.DATADIR, m))
self.__mem_cached[m] = Data.getRRD("%s/%s/mem_cached.rrd" % (self.__env.DATADIR, m))
self.__mem_free[m] = Data.getRRD("%s/%s/mem_free.rrd" % (self.__env.DATADIR, m))
self.__mem_total[m] = Data.getRRD("%s/%s/mem_total.rrd" % (self.__env.DATADIR, m))
self.__cpu_topuser[m] = Data.getProcData("%s/%s/cpu_topuser" % (self.__env.DATADIR, m))
self.__mem_topuser[m] = Data.getProcData("%s/%s/mem_topuser" % (self.__env.DATADIR, m))
except ElementTree.ParseError:
return False
except IOError:
return False
self.__redraw = True
# go ahead
self.__timer += 1
if self.__timer >= self.__options.interval * 1000 // Screen.timeout():
self.__timer = 0
return True
def __drawStatus(self, x, y, current, step, hostname):
# variables
cpu_user = self.__cpu_user[hostname]
cpu_system = self.__cpu_system[hostname]
cpu_num = self.__cpu_num[hostname]
cpu_speed = self.__cpu_speed[hostname]
cpu_topuser = self.__cpu_topuser[hostname]
mem_free = self.__mem_free[hostname]
mem_buffers = self.__mem_buffers[hostname]
mem_cached = self.__mem_cached[hostname]
mem_total = self.__mem_total[hostname]
mem_topuser = self.__mem_topuser[hostname]
# utilities
hspace = ' ' * self.__chart_w
hline = '-' * self.__chart_w
rowText = lambda l, r, sep: sep + l + sep + r + sep # ex. '|@@@@|####|'
cpu_title = "cpu (%d * %sHz)" % (cpu_num, (("%.1fG" % (cpu_speed / 1000)) if cpu_speed >= 1000 else ("%.1fM" % cpu_speed)))
mem_title = "mem (%siB)" % (("%.1fG" % (mem_total[-1][1] / 1024 / 1024)) if mem_total[-1][1] >= 1024 else ("%.1fM" % (mem_total[-1][1] / 1024)))
cpu_title = cpu_title[:self.__chart_w]
mem_title = mem_title[:self.__chart_w]
self.__scr.write(y + 1, x, rowText(hspace, hspace, ' '))
self.__scr.write(y + 1, x + 1, cpu_title.center(self.__chart_w))
self.__scr.write(y + 1, x + self.__chart_w + 2, mem_title.center(self.__chart_w))
self.__scr.write(y + 2, x, rowText(hline, hline, '|'))
for i in range(self.__chart_h):
self.__scr.write(y + 3 + i, x, rowText(hspace, hspace, '|'))
self.__scr.write(y + 3 + self.__chart_h, x, rowText(hline, hline, '|'))
for j in range(self.__chart_w):
val1 = Data.getRRDValue(cpu_system, current + (j - self.__chart_w + 1) * step, step)
val2 = Data.getRRDValue(cpu_user, current + (j - self.__chart_w + 1) * step, step)
if val1 < 0 or val2 < 0:
for i in range(self.__chart_h):
self.__scr.write(y + 3 + i, x + 1 + j, "?")
continue
val2 += val1
for i in range(self.__chart_h):
if val2 > i / self.__chart_h * 100:
self.__scr.write(y + self.__chart_h + 2 - i, x + 1 + j, "#", 'USER')
for i in range(self.__chart_h):
if val1 > i / self.__chart_h * 100:
self.__scr.write(y + self.__chart_h + 2 - i, x + 1 + j, "@", 'SYSTEM')
i = 0
if self.__showusers:
self.__scr.write(y + 4 + self.__chart_h, x, rowText(hspace, hspace, '|'))
self.__scr.write(y + 5 + self.__chart_h, x, rowText(hspace, hspace, '|'))
self.__scr.write(y + 6 + self.__chart_h, x, rowText(hline, hline, '|'))
for u in cpu_topuser:
mu = u[:]
mu[1] += "%"
mu[2] = mu[2].split("/")[-1]
s = " ".join(mu)
self.__scr.write(y + self.__chart_h + 4 + i, x + 2, s[:self.__chart_w - 2])
i += 1
for j in range(self.__chart_w):
total = Data.getRRDValue(mem_total, current + (j - self.__chart_w + 1) * step, step)
val1 = Data.getRRDValue(mem_free, current + (j - self.__chart_w + 1) * step, step)
val2 = Data.getRRDValue(mem_cached, current + (j - self.__chart_w + 1) * step, step)
val3 = Data.getRRDValue(mem_buffers, current + (j - self.__chart_w + 1) * step, step)
if total <= 0 or val1 < 0 or val2 < 0 or val3 < 0:
for i in range(self.__chart_h):
self.__scr.write(y + 3 + i, x + self.__chart_w + 2 + j, "?")
continue
used = (total - val1) / total
active = used - (val2 - val3) / total
for i in range(self.__chart_h):
r = (self.__chart_h - i) / self.__chart_h
if r < active:
self.__scr.write(y + 3 + i, x + self.__chart_w + 2 + j, "#", 'USER')
elif r < used:
self.__scr.write(y + 3 + i, x + self.__chart_w + 2 + j, ".", 'CACHE')
i = 0
if self.__showusers:
for u in mem_topuser:
mu = u[:]
mu[1] += "%"
mu[2] = mu[2].split("/")[-1]
s = " ".join(mu)
self.__scr.write(y + self.__chart_h + 4 + i, x + self.__chart_w + 3, s[:self.__chart_w - 2])
i += 1
def __drawBoxes(self, now, step):
needed_h = self.__chart_h + (3 if self.__showusers else 0) + 5
needed_w = self.__chart_w * 2 + 3
hn = self.__mpp * self.__page
for starty in range(0, self.__scr.height() - needed_h - 1, needed_h):
for startx in range(0, self.__scr.width() - needed_w + 1, needed_w + 2):
hostname = self.__env.HOSTS[hn]
self.__scr.write(starty + 0, startx, hostname.center(needed_w))
step = System.__timeScaleToStep(self.__timescale, self.__chart_w)
# each statuses
self.__drawStatus(startx, starty, now, step, hostname)
hn += 1
if hn == len(self.__env.HOSTS):
break
if hn == len(self.__env.HOSTS):
break
uy = starty + self.__chart_h + (3 if self.__showusers else 0) + 5
self.__scr.write(uy, 1, '[ # ]', 'USER')
self.__scr.write(uy, 1 + 6, 'user')
self.__scr.write(uy, 1 + 12, '[ @ ]', 'SYSTEM')
self.__scr.write(uy, 1 + 18, 'sys')
self.__scr.write(uy, self.__chart_w + 2, "[ # ]", 'USER')
self.__scr.write(uy, self.__chart_w + 2 + 6, "user")
self.__scr.write(uy, self.__chart_w + 2 + 12, "[ . ]", 'CACHE')
self.__scr.write(uy, self.__chart_w + 2 + 18, "cache/buff")
def __drawInlines(self, now, step):
self.__scr.write(0, 0, 'Sorry, this option is not implemented yet.');
def __draw(self):
self.__scr.erase()
now = int(time.mktime(datetime.now().timetuple()))
now -= now % 60
step = System.__timeScaleToStep(self.__timescale, self.__chart_w)
start = now - step * self.__chart_w
if self.__options.inline:
self.__drawInlines(now, step)
else:
self.__drawBoxes(now, step)
startstr = datetime.fromtimestamp(start).strftime('%Y-%m-%d %H:%M:%S')
nowstr = datetime.fromtimestamp(now).strftime('%Y-%m-%d %H:%M:%S')
stepstr = System.__secondsToStr(step * self.__chart_w)
self.__scr.writeFooter("%s - %s (%s)" % (startstr, nowstr, stepstr))
self.__scr.refresh()
def __mainloop(self):
self.__redraw = False
# initial update
if not self.__initPage():
return
while True:
# process key stroke
if not self.__keystroke():
break
# update
if not self.__elapse():
break
# redraw
if self.__redraw:
self.__draw()
self.__redraw = False
def run(self):
self.__initial()
self.__mainloop()
self.__final()
class System:
@staticmethod
def __timeScaleToStep(timescale, chartWidth):
if timescale == 0:
return 1800 / chartWidth # 30 mins
elif timescale == 1:
return 7200 / chartWidth # 2 hours
elif timescale == 2:
return 43200 / chartWidth # 12 hours
elif timescale == 3:
return 345600 / chartWidth # 4 days
elif timescale == 4:
return 2592000 / chartWidth # 30 days
else:
raise ValueError
@staticmethod
def __secondsToStr(seconds):
if seconds < 1:
raise ValueError
if seconds < 60:
return ngettext('%d second', '%d seconds', seconds) % seconds
seconds //= 60
if seconds < 60:
return ngettext('%d minute', '%d minutes', seconds) % seconds
seconds //= 60
if seconds < 24:
return ngettext('%d hour', '%d hours', seconds) % seconds
seconds //= 24
return ngettext('%d day', '%d days', seconds) % seconds
def __init__(self, options, env, colorMap):
self.__options = options
self.__env = env
self.__colorMap = colorMap
self.__chart_h = self.__options.height
self.__chart_w = self.__options.width
self.__showusers = self.__options.showusers
def __initial(self):
self.__scr = Screen(self.__options.coloring, self.__colorMap)
self.__timescale = 0
self.__timer = 0
self.__mpp = 0
self.__page = 0
self.__redraw = False
self.__cpu_num = {}
self.__cpu_speed = {}
self.__cpu_user = {}
self.__cpu_system = {}
self.__mem_buffers = {}
self.__mem_cached = {}
self.__mem_free = {}
self.__mem_total = {}
self.__cpu_topuser = {}
self.__mem_topuser = {}
def __final(self):
self.__scr.final()
self.__scr = None
# get machines per page
def __initPage(self):
i = 0
needed_h = self.__chart_h + (3 if self.__showusers else 0) + 5
needed_w = self.__chart_w * 2 + 3
if self.__scr.height() < needed_h + 2 or self.__scr.width() < needed_w:
return False
for starty in range(0, self.__scr.height() - needed_h + 1, needed_h):
for startx in range(0,
self.__scr.width() - needed_w + 1,
needed_w + 2):
i += 1
if i == len(self.__env.HOSTS):
break
if i == len(self.__env.HOSTS):
break
if self.__mpp != i:
self.__mpp = i
self.__page = 0
self.__redraw = True
return True
def __keystroke(self):
key = self.__scr.getch()
# Q: quit
if key == ord('q'):
return False
# U: force update
if key == ord('u'):
self.__timer = 0
# Resize
elif key == 'RESIZE':
if not self.__initPage():
return False
# Down: next page
elif key == 'DOWN':
if self.__mpp * (self.__page + 1) < len(self.__env.HOSTS):
self.__page += 1
self.__redraw = True
# Up: previous page
elif key == 'UP':
if self.__page > 0:
self.__page -= 1
self.__redraw = True
# Left: zoom-out
elif key == 'LEFT':
if self.__timescale < 4:
self.__timescale += 1
self.__redraw = True
# Right: zoom-in
elif key == 'RIGHT':
if self.__timescale > 0:
self.__timescale -= 1
self.__redraw = True
return True
def __elapse(self):
if self.__timer == 0:
for m in self.__env.HOSTS:
self.__scr.writeFooter(_("Loading ..."))
self.__scr.refresh()
try:
self.__cpu_num[m] = Utils.safeInt(
Data.getRRD("%s/%s/cpu_num.rrd" %
(self.__env.DATADIR, m))[-1][1])
self.__cpu_speed[m] = Utils.safeFloat(
Data.getRRD("%s/%s/cpu_speed.rrd" %
(self.__env.DATADIR, m))[-1][1])
self.__cpu_user[m] = Data.getRRD("%s/%s/cpu_user.rrd" %
(self.__env.DATADIR, m))
self.__cpu_system[m] = Data.getRRD("%s/%s/cpu_system.rrd" %
(self.__env.DATADIR, m))
self.__mem_buffers[m] = Data.getRRD(
"%s/%s/mem_buffers.rrd" % (self.__env.DATADIR, m))
self.__mem_cached[m] = Data.getRRD("%s/%s/mem_cached.rrd" %
(self.__env.DATADIR, m))
self.__mem_free[m] = Data.getRRD("%s/%s/mem_free.rrd" %
(self.__env.DATADIR, m))
self.__mem_total[m] = Data.getRRD("%s/%s/mem_total.rrd" %
(self.__env.DATADIR, m))
self.__cpu_topuser[m] = Data.getProcData(
"%s/%s/cpu_topuser" % (self.__env.DATADIR, m))
self.__mem_topuser[m] = Data.getProcData(
"%s/%s/mem_topuser" % (self.__env.DATADIR, m))
except ElementTree.ParseError:
return False
except IOError:
return False
self.__redraw = True
# go ahead
self.__timer += 1
if self.__timer >= self.__options.interval * 1000 // Screen.timeout():
self.__timer = 0
return True
def __drawStatus(self, x, y, current, step, hostname):
# variables
cpu_user = self.__cpu_user[hostname]
cpu_system = self.__cpu_system[hostname]
cpu_num = self.__cpu_num[hostname]
cpu_speed = self.__cpu_speed[hostname]
cpu_topuser = self.__cpu_topuser[hostname]
mem_free = self.__mem_free[hostname]
mem_buffers = self.__mem_buffers[hostname]
mem_cached = self.__mem_cached[hostname]
mem_total = self.__mem_total[hostname]
mem_topuser = self.__mem_topuser[hostname]
# utilities
hspace = ' ' * self.__chart_w
hline = '-' * self.__chart_w
rowText = lambda l, r, sep: sep + l + sep + r + sep # ex. '|@@@@|####|'
cpu_title = "cpu (%d * %sHz)" % (cpu_num, (
("%.1fG" % (cpu_speed / 1000)) if cpu_speed >= 1000 else
("%.1fM" % cpu_speed)))
mem_title = "mem (%siB)" % (
("%.1fG" %
(mem_total[-1][1] / 1024 / 1024)) if mem_total[-1][1] >= 1024 else
("%.1fM" % (mem_total[-1][1] / 1024)))
cpu_title = cpu_title[:self.__chart_w]
mem_title = mem_title[:self.__chart_w]
self.__scr.write(y + 1, x, rowText(hspace, hspace, ' '))
self.__scr.write(y + 1, x + 1, cpu_title.center(self.__chart_w))
self.__scr.write(y + 1, x + self.__chart_w + 2,
mem_title.center(self.__chart_w))
self.__scr.write(y + 2, x, rowText(hline, hline, '|'))
for i in range(self.__chart_h):
self.__scr.write(y + 3 + i, x, rowText(hspace, hspace, '|'))
self.__scr.write(y + 3 + self.__chart_h, x, rowText(hline, hline, '|'))
for j in range(self.__chart_w):
val1 = Data.getRRDValue(cpu_system,
current + (j - self.__chart_w + 1) * step,
step)
val2 = Data.getRRDValue(cpu_user,
current + (j - self.__chart_w + 1) * step,
step)
if val1 < 0 or val2 < 0:
for i in range(self.__chart_h):
self.__scr.write(y + 3 + i, x + 1 + j, "?")
continue
val2 += val1
for i in range(self.__chart_h):
if val2 > i / self.__chart_h * 100:
self.__scr.write(y + self.__chart_h + 2 - i, x + 1 + j,
"#", 'USER')
for i in range(self.__chart_h):
if val1 > i / self.__chart_h * 100:
self.__scr.write(y + self.__chart_h + 2 - i, x + 1 + j,
"@", 'SYSTEM')
i = 0
if self.__showusers:
self.__scr.write(y + 4 + self.__chart_h, x,
rowText(hspace, hspace, '|'))
self.__scr.write(y + 5 + self.__chart_h, x,
rowText(hspace, hspace, '|'))
self.__scr.write(y + 6 + self.__chart_h, x,
rowText(hline, hline, '|'))
for u in cpu_topuser:
mu = u[:]
mu[1] += "%"
mu[2] = mu[2].split("/")[-1]
s = " ".join(mu)
self.__scr.write(y + self.__chart_h + 4 + i, x + 2,
s[:self.__chart_w - 2])
i += 1
for j in range(self.__chart_w):
total = Data.getRRDValue(mem_total,
current + (j - self.__chart_w + 1) * step,
step)
val1 = Data.getRRDValue(mem_free,
current + (j - self.__chart_w + 1) * step,
step)
val2 = Data.getRRDValue(mem_cached,
current + (j - self.__chart_w + 1) * step,
step)
val3 = Data.getRRDValue(mem_buffers,
current + (j - self.__chart_w + 1) * step,
step)
if total <= 0 or val1 < 0 or val2 < 0 or val3 < 0:
for i in range(self.__chart_h):
self.__scr.write(y + 3 + i, x + self.__chart_w + 2 + j,
"?")
continue
used = (total - val1) / total
active = used - (val2 - val3) / total
for i in range(self.__chart_h):
r = (self.__chart_h - i) / self.__chart_h
if r < active:
self.__scr.write(y + 3 + i, x + self.__chart_w + 2 + j,
"#", 'USER')
elif r < used:
self.__scr.write(y + 3 + i, x + self.__chart_w + 2 + j,
".", 'CACHE')
i = 0
if self.__showusers:
for u in mem_topuser:
mu = u[:]
mu[1] += "%"
mu[2] = mu[2].split("/")[-1]
s = " ".join(mu)
self.__scr.write(y + self.__chart_h + 4 + i,
x + self.__chart_w + 3,
s[:self.__chart_w - 2])
i += 1
def __drawBoxes(self, now, step):
needed_h = self.__chart_h + (3 if self.__showusers else 0) + 5
needed_w = self.__chart_w * 2 + 3
hn = self.__mpp * self.__page
for starty in range(0, self.__scr.height() - needed_h - 1, needed_h):
for startx in range(0,
self.__scr.width() - needed_w + 1,
needed_w + 2):
hostname = self.__env.HOSTS[hn]
self.__scr.write(starty + 0, startx, hostname.center(needed_w))
step = System.__timeScaleToStep(self.__timescale,
self.__chart_w)
# each statuses
self.__drawStatus(startx, starty, now, step, hostname)
hn += 1
if hn == len(self.__env.HOSTS):
break
if hn == len(self.__env.HOSTS):
break
uy = starty + self.__chart_h + (3 if self.__showusers else 0) + 5
self.__scr.write(uy, 1, '[ # ]', 'USER')
self.__scr.write(uy, 1 + 6, 'user')
self.__scr.write(uy, 1 + 12, '[ @ ]', 'SYSTEM')
self.__scr.write(uy, 1 + 18, 'sys')
self.__scr.write(uy, self.__chart_w + 2, "[ # ]", 'USER')
self.__scr.write(uy, self.__chart_w + 2 + 6, "user")
self.__scr.write(uy, self.__chart_w + 2 + 12, "[ . ]", 'CACHE')
self.__scr.write(uy, self.__chart_w + 2 + 18, "cache/buff")
def __drawInlines(self, now, step):
self.__scr.write(0, 0, 'Sorry, this option is not implemented yet.')
def __draw(self):
self.__scr.erase()
now = int(time.mktime(datetime.now().timetuple()))
now -= now % 60
step = System.__timeScaleToStep(self.__timescale, self.__chart_w)
start = now - step * self.__chart_w
if self.__options.inline:
self.__drawInlines(now, step)
else:
self.__drawBoxes(now, step)
startstr = datetime.fromtimestamp(start).strftime('%Y-%m-%d %H:%M:%S')
nowstr = datetime.fromtimestamp(now).strftime('%Y-%m-%d %H:%M:%S')
stepstr = System.__secondsToStr(step * self.__chart_w)
self.__scr.writeFooter("%s - %s (%s)" % (startstr, nowstr, stepstr))
self.__scr.refresh()
def __mainloop(self):
self.__redraw = False
# initial update
if not self.__initPage():
return
while True:
# process key stroke
if not self.__keystroke():
break
# update
if not self.__elapse():
break
# redraw
if self.__redraw:
self.__draw()
self.__redraw = False
def run(self):
self.__initial()
self.__mainloop()
self.__final()