from plc_config import *
except:
DEBUG = True
- logger.log("bwmon: Warning: Configuration file /etc/planetlab/plc_config.py not found", 2)
- logger.log("bwmon: Running in DEBUG mode. Logging to file and not emailing.", 1)
+ logger.log("bwmon: Warning: Configuration file /etc/planetlab/plc_config.py not found", 2)
+ logger.log("bwmon: Running in DEBUG mode. Logging to file and not emailing.", 1)
# Constants
seconds_per_day = 24 * 60 * 60
MinRate = int(.25 * default_MaxRate)
if MinRate != self.MinRate:
self.MinRate = MinRate
- logger.log("bwmon: Updating %s: Min Rate = %s" %(self.name, self.MinRate))
+ logger.log("bwmon: Updating %s: Min Rate = %s" %(self.name, self.MinRate))
MaxRate = int(rspec.get('net_max_rate', default_MaxRate))
if MaxRate != self.MaxRate:
self.MaxRate = MaxRate
- logger.log("bwmon: Updating %s: Max Rate = %s" %(self.name, self.MaxRate))
+ logger.log("bwmon: Updating %s: Max Rate = %s" %(self.name, self.MaxRate))
Mini2Rate = int(rspec.get('net_i2_min_rate', bwlimit.bwmin / 1000))
if Mini2Rate != self.Mini2Rate:
self.Mini2Rate = Mini2Rate
- logger.log("bwmon: Updating %s: Min i2 Rate = %s" %(self.name, self.Mini2Rate))
+ logger.log("bwmon: Updating %s: Min i2 Rate = %s" %(self.name, self.Mini2Rate))
Maxi2Rate = int(rspec.get('net_i2_max_rate', default_Maxi2Rate))
if Maxi2Rate != self.Maxi2Rate:
self.Maxi2Rate = Maxi2Rate
- logger.log("bwmon: Updating %s: Max i2 Rate = %s" %(self.name, self.Maxi2Rate))
+ logger.log("bwmon: Updating %s: Max i2 Rate = %s" %(self.name, self.Maxi2Rate))
MaxKByte = int(rspec.get('net_max_kbyte', default_MaxKByte))
if MaxKByte != self.MaxKByte:
self.MaxKByte = MaxKByte
- logger.log("bwmon: Updating %s: Max KByte lim = %s" %(self.name, self.MaxKByte))
+ logger.log("bwmon: Updating %s: Max KByte lim = %s" %(self.name, self.MaxKByte))
Maxi2KByte = int(rspec.get('net_i2_max_kbyte', default_Maxi2KByte))
if Maxi2KByte != self.Maxi2KByte:
self.Maxi2KByte = Maxi2KByte
- logger.log("bwmon: Updating %s: Max i2 KByte = %s" %(self.name, self.Maxi2KByte))
+ logger.log("bwmon: Updating %s: Max i2 KByte = %s" %(self.name, self.Maxi2KByte))
ThreshKByte = int(rspec.get('net_thresh_kbyte', (MaxKByte * .8)))
if ThreshKByte != self.ThreshKByte:
self.ThreshKByte = ThreshKByte
- logger.log("bwmon: Updating %s: Thresh KByte = %s" %(self.name, self.ThreshKByte))
+ logger.log("bwmon: Updating %s: Thresh KByte = %s" %(self.name, self.ThreshKByte))
Threshi2KByte = int(rspec.get('net_i2_thresh_kbyte', (Maxi2KByte * .8)))
if Threshi2KByte != self.Threshi2KByte:
self.Threshi2KByte = Threshi2KByte
- logger.log("bwmon: Updating %s: i2 Thresh KByte = %s" %(self.name, self.Threshi2KByte))
+ logger.log("bwmon: Updating %s: i2 Thresh KByte = %s" %(self.name, self.Threshi2KByte))
Share = int(rspec.get('net_share', default_Share))
if Share != self.Share:
self.Share = Share
- logger.log("bwmon: Updating %s: Net Share = %s" %(self.name, self.Share))
+ logger.log("bwmon: Updating %s: Net Share = %s" %(self.name, self.Share))
Sharei2 = int(rspec.get('net_i2_share', default_Share))
if Sharei2 != self.Sharei2:
self.Sharei2 = Sharei2
- logger.log("bwmon: Updating %s: Net i2 Share = %s" %(self.name, self.i2Share))
+ logger.log("bwmon: Updating %s: Net i2 Share = %s" %(self.name, self.i2Share))
def reset(self, runningrates, rspec):
(maxi2rate != runningrates.get('maxexemptrate', 0)) or \
(mini2rate != runningrates.get('minexemptrate', 0)) or \
(self.Share != runningrates.get('share', 0)):
- logger.log("bwmon: %s reset to %s/%s" % \
+ logger.log("bwmon: %s reset to %s/%s" % \
(self.name,
bwlimit.format_tc_rate(maxrate),
bwlimit.format_tc_rate(maxi2rate)), 1)
# Cap low bandwidth burst rate
message += template % params
- logger.log("bwmon: ** %(slice)s %(class)s capped at %(new_maxrate)s/s " % params)
+ logger.log("bwmon: ** %(slice)s %(class)s capped at %(new_maxrate)s/s " % params)
if new_maxexemptrate != (self.Maxi2Rate * 1000):
# Format template parameters for high bandwidth message
params['new_maxrate'] = bwlimit.format_tc_rate(new_maxexemptrate)
message += template % params
- logger.log("bwmon: ** %(slice)s %(class)s capped at %(new_maxrate)s/s " % params)
+ logger.log("bwmon: ** %(slice)s %(class)s capped at %(new_maxrate)s/s " % params)
# Notify slice
if self.emailed == False:
subject = "pl_mom capped bandwidth of slice %(slice)s on %(hostname)s" % params
if DEBUG:
- logger.log("bwmon: "+ subject)
- logger.log("bwmon: "+ message + (footer % params))
+ logger.log("bwmon: "+ subject)
+ logger.log("bwmon: "+ message + (footer % params))
else:
self.emailed = True
- logger.log("bwmon: Emailing %s" % self.name)
+ logger.log("bwmon: Emailing %s" % self.name)
slicemail(self.name, subject, message + (footer % params))
and (xid != default_xid):
# Orphaned (not associated with a slice) class
name = "%d?" % xid
- logger.log("bwmon: Found orphaned HTB %s. Removing." %name, 1)
+ logger.log("bwmon: Found orphaned HTB %s. Removing." %name, 1)
bwlimit.off(xid)
livehtbs[xid] = {'share': share,
try:
f = open(DB_FILE, "r+")
- logger.log("bwmon: Loading %s" % DB_FILE, 2)
+ logger.log("bwmon: Loading %s" % DB_FILE, 2)
(version, slices, deaddb) = pickle.load(f)
f.close()
# Check version of data file
if version != "$Id$":
- logger.log("bwmon: Not using old version '%s' data file %s" % (version, DB_FILE))
+ logger.log("bwmon: Not using old version '%s' data file %s" % (version, DB_FILE))
raise Exception
except Exception:
version = "$Id$"
for plcSliver in nmdbcopy.keys():
live[bwlimit.get_xid(plcSliver)] = nmdbcopy[plcSliver]
- logger.log("bwmon: Found %s instantiated slices" % live.keys().__len__(), 2)
- logger.log("bwmon: Found %s slices in dat file" % slices.values().__len__(), 2)
+ logger.log("bwmon: Found %s instantiated slices" % live.keys().__len__(), 2)
+ logger.log("bwmon: Found %s slices in dat file" % slices.values().__len__(), 2)
# Get actual running values from tc.
# Update slice totals and bandwidth. {xid: {values}}
kernelhtbs = gethtbs(root_xid, default_xid)
- logger.log("bwmon: Found %s running HTBs" % kernelhtbs.keys().__len__(), 2)
+ logger.log("bwmon: Found %s running HTBs" % kernelhtbs.keys().__len__(), 2)
# The dat file has HTBs for slices, but the HTBs aren't running
nohtbslices = set(slices.keys()) - set(kernelhtbs.keys())
- logger.log( "bwmon: Found %s slices in dat but not running." % nohtbslices.__len__(), 2)
+ logger.log( "bwmon: Found %s slices in dat but not running." % nohtbslices.__len__(), 2)
# Reset tc counts.
for nohtbslice in nohtbslices:
if live.has_key(nohtbslice):
slices[nohtbslice].reset( {}, live[nohtbslice]['_rspec'] )
else:
- logger.log("bwmon: Removing abondoned slice %s from dat." % nohtbslice)
+ logger.log("bwmon: Removing abondoned slice %s from dat." % nohtbslice)
del slices[nohtbslice]
# The dat file doesnt have HTB for the slice but kern has HTB
slicesnodat = set(kernelhtbs.keys()) - set(slices.keys())
- logger.log( "bwmon: Found %s slices with HTBs but not in dat" % slicesnodat.__len__(), 2)
+ logger.log( "bwmon: Found %s slices with HTBs but not in dat" % slicesnodat.__len__(), 2)
for slicenodat in slicesnodat:
# But slice is running
if live.has_key(slicenodat):
# Get new slices.
# Slices in GetSlivers but not running HTBs
newslicesxids = set(live.keys()) - set(kernelhtbs.keys())
- logger.log("bwmon: Found %s new slices" % newslicesxids.__len__(), 2)
+ logger.log("bwmon: Found %s new slices" % newslicesxids.__len__(), 2)
# Setup new slices
for newslice in newslicesxids:
del deaddb[deadslice['slice'].name]
del newvals
else:
- logger.log("bwmon: Slice %s doesn't have xid. Skipping." % live[newslice]['name'])
+ logger.log("bwmon: Slice %s doesn't have xid. Skipping." % live[newslice]['name'])
# Move dead slices that exist in the pickle file, but
# aren't instantiated by PLC into the dead dict until
# recording period is over. This is to avoid the case where a slice is dynamically created
# and destroyed then recreated to get around byte limits.
deadxids = set(slices.keys()) - set(live.keys())
- logger.log("bwmon: Found %s dead slices" % (deadxids.__len__() - 2), 2)
+ logger.log("bwmon: Found %s dead slices" % (deadxids.__len__() - 2), 2)
for deadxid in deadxids:
if deadxid == root_xid or deadxid == default_xid:
continue
- logger.log("bwmon: removing dead slice %s " % deadxid)
+ logger.log("bwmon: removing dead slice %s " % deadxid)
if slices.has_key(deadxid) and kernelhtbs.has_key(deadxid):
# add slice (by name) to deaddb
- logger.log("bwmon: Saving bandwidth totals for %s." % slices[deadxid].name)
+ logger.log("bwmon: Saving bandwidth totals for %s." % slices[deadxid].name)
deaddb[slices[deadxid].name] = {'slice': slices[deadxid], 'htb': kernelhtbs[deadxid]}
del slices[deadxid]
if kernelhtbs.has_key(deadxid):
- logger.log("bwmon: Removing HTB for %s." % deadxid, 2)
+ logger.log("bwmon: Removing HTB for %s." % deadxid, 2)
bwlimit.off(deadxid)
# Clean up deaddb
for deadslice in deaddb.keys():
if (time.time() >= (deaddb[deadslice]['slice'].time + period)):
- logger.log("bwmon: Removing dead slice %s from dat." \
+ logger.log("bwmon: Removing dead slice %s from dat." \
% deaddb[deadslice]['slice'].name)
del deaddb[deadslice]
# Get actual running values from tc since we've added and removed buckets.
# Update slice totals and bandwidth. {xid: {values}}
kernelhtbs = gethtbs(root_xid, default_xid)
- logger.log("bwmon: now %s running HTBs" % kernelhtbs.keys().__len__(), 2)
+ logger.log("bwmon: now %s running HTBs" % kernelhtbs.keys().__len__(), 2)
# Update all byte limites on all slices
for (xid, slice) in slices.iteritems():
# were re-initialized).
slice.reset(kernelhtbs[xid], live[xid]['_rspec'])
elif ENABLE:
- logger.log("bwmon: Updating slice %s" % slice.name, 2)
+ logger.log("bwmon: Updating slice %s" % slice.name, 2)
# Update byte counts
slice.update(kernelhtbs[xid], live[xid]['_rspec'])
- logger.log("bwmon: Saving %s slices in %s" % (slices.keys().__len__(),DB_FILE), 2)
+ logger.log("bwmon: Saving %s slices in %s" % (slices.keys().__len__(),DB_FILE), 2)
f = open(DB_FILE, "w")
pickle.dump((version, slices, deaddb), f)
f.close()
default_xid = bwlimit.get_xid("default")
kernelhtbs = gethtbs(root_xid, default_xid)
if len(kernelhtbs):
- logger.log("bwmon: Disabling all running HTBs.")
+ logger.log("bwmon: Disabling all running HTBs.")
for htb in kernelhtbs.keys(): bwlimit.off(htb)
When run as a thread, wait for event, lock db, deep copy it, release it,
run bwmon.GetSlivers(), then go back to waiting.
"""
- logger.log("bwmon: Thread started", 2)
+ logger.log("bwmon: Thread started", 2)
while True:
lock.wait()
- logger.log("bwmon: Event received. Running.", 2)
+ logger.log("bwmon: Event received. Running.", 2)
database.db_lock.acquire()
nmdbcopy = copy.deepcopy(database.db)
database.db_lock.release()
if getDefaults(nmdbcopy) and len(bwlimit.tc("class show dev %s" % dev_default)) > 0:
# class show to check if net:InitNodeLimit:bwlimit.init has run.
sync(nmdbcopy)
- else: logger.log("bwmon: BW limits DISABLED.")
+ else: logger.log("bwmon: BW limits DISABLED.")
except: logger.log_exc("bwmon failed")
lock.clear()
git://git.onelab.eu / nodemanager.git / blobdiff