def _run_moab_command(self, commandlist, cluster, options):
"""Run the moab command and return the (processed) oututput.
@type commandlist: list of strings
@type cluster: string
@type options: list of strings
@param commandlist: path to the checkjob executable
@param cluster: name of the cluster we are asking for information
@param options: The options to pass to the checkjob command.
@return: string if no processing is done, dict with the job information otherwise
"""
(exit_code, output) = RunAsyncLoop.run(commandlist + options)
if exit_code != 0:
if self.cache_pickle:
self.logger.debug("Loading cached data")
try:
output = self._load_pickle_cluster_file(cluster)
except IOError, _:
self.logger.exception("Cannot load cached data")
return None
else:
return None
def _run_moab_command(self, commandlist, cluster, options):
"""Run the moab command and return the (processed) oututput.
@type commandlist: list of strings
@type cluster: string
@type options: list of strings
@param commandlist: path to the checkjob executable
@param cluster: name of the cluster we are asking for information
@param options: The options to pass to the checkjob command.
@return: string if no processing is done, dict with the job information otherwise
"""
(exit_code, output) = RunAsyncLoop.run(commandlist + options)
if exit_code != 0:
if self.cache_pickle:
output = self._load_pickle_cluster_file(cluster)
else:
return None
else:
if self.cache_pickle:
self._store_pickle_cluster_file(cluster, output)
if not output:
return None
parsed = self.parser(cluster, output)
if parsed:
self.logger.debug("Returning parsed output for cluster %s" % (cluster))
return parsed
else:
self.logger.debug("Returning raw output")
return output
def get_nodes_dict(something=None, xml=None):
"""Similar to derived getnodes from vsc.pbs.interface.get_nodes_dict
returns a dict of nodes, with a 'status' field which is a dict of statusses
the something parameter is ignored. (for now)
"""
if xml is None:
cmd = "mdiag -n --format=xml"
err, xml = RunAsyncLoop.run(cmd.split())
if err:
_log.error("Problem occurred running %s: %s (%s)" % (cmd, err, xml))
return None
# build tree
tree = etree.fromstring(xml)
nodes = {}
for node in tree:
# <node AVLCLASS="[bshort][debug][short][long][special][workshop]"
# CFGCLASS="[bshort][debug][short][long][special][workshop]"
# FEATURES="hadoop,collectl" FLAGS="rmdetected" JOBLIST="3956525"
# LASTUPDATETIME="1363206409" LOAD="8.160000" MAXJOB="0"
# MAXJOBPERUSER="******" MAXLOAD="0.000000" NODEID="node001.gengar.gent.vsc"
# NODEINDEX="1" NODESTATE="Busy" OS="linux" OSLIST="linux" PARTITION="gengar"
# PRIORITY="0" PROCSPEED="0" RADISK="92194" RAMEM="16053" RAPROC="0" RASWAP="34219"
# RCDISK="92381" RCMEM="16053" RCPROC="8" RCSWAP="36533" RESCOUNT="1"
# RMACCESSLIST="gengar" RSVLIST="3956525" SPEED="1.000000" STATACTIVETIME="24357970"
# STATMODIFYTIME="1363076905" STATTOTALTIME="25499884" STATUPTIME="24971920">
host = node.get("NODEID")
nodes[host] = {}
nodes[host]['xml'] = node.items()
states = MOAB_PBS_NODEMAP[node.get("NODESTATE").lower()]
derived = {
'states': states,
'state': states[0],
'size': str2byte(node.get("RCDISK") + "mb"),
'physmem': str2byte(node.get("RCMEM") + "mb"),
'np': int(node.get("RCPROC")),
}
# add state mapping to derived
pbs_nodes.make_state_map(derived)
nodes[host]['derived'] = derived
return nodes
def _run_moab_command(self, commandlist, cluster, options):
"""Run the moab command and return the (processed) oututput.
@type commandlist: list of strings
@type cluster: string
@type options: list of strings
@param commandlist: path to the checkjob executable
@param cluster: name of the cluster we are asking for information
@param options: The options to pass to the checkjob command.
@return: string if no processing is done, dict with the job information otherwise
"""
(exit_code, output) = RunAsyncLoop.run(commandlist + options)
if exit_code != 0:
if self.cache_pickle:
self.logger.debug("Loading cached data")
try:
output = self._load_pickle_cluster_file(cluster)
except IOError:
self.logger.exception("Cannot load cached data")
return None
else:
return None
else:
if self.cache_pickle:
self.logger.debug("Storing cached data")
self._store_pickle_cluster_file(cluster, output)
if not output:
return None
parsed = self.parser(cluster, output)
if parsed is None:
self.logger.debug("Returning raw output")
return output
else:
self.logger.debug("Returning parsed output for cluster %s" % (cluster))
return parsed
def showstats(xml=None):
"""Return a dict of the showstats command"""
if xml is None:
cmd = "showstats --xml"
err, xml = RunAsyncLoop.run(cmd.split())
if err:
_log.error("Problem occurred running %s: %s (%s)" % (cmd, err, xml))
return None
# [root@master2 ~]# showstats && showstats --xml
#
# moab active for 1:13:38:20 stats initialized on Wed May 16 12:25:45 2012
#
# Eligible/Idle Jobs: 2159/5473 (39.448%)
# Active Jobs: 5
# Successful/Completed Jobs: 742474/742474 (100.000%)
# Avg/Max QTime (Hours): 8.27/435.18
# Avg/Max XFactor: 0.01/33072.70
#
# Dedicated/Total ProcHours: 7.63M/9.66M (78.986%)
#
# Current Active/Total Procs: 280/1240 (22.581%)
#
# Avg WallClock Accuracy: 34.190%
# Avg Job Proc Efficiency: 53.589%
# Est/Avg Backlog: 2:07:20:04/5:04:03:37
#
#
# <Data><stats ABP="36.81" AQT="29768.83" AXF="0.01" Duration="82" GCAJobs="5" GCEJobs="2159"
# GCIJobs="5473" GPHAvl="9663746.17" GPHDed="7632994.73" GPHSuc="774590033.19" GPHUtl="7786240.72"
# JStartRate="0.000000" JSubmitRate="12.375721" JSuccessRate="0.057676" MBP="21925" MQT="1566652"
# MXF="33072.70" MinEffIteration="6" SpecDuration="1800" StartTime="1363076571" TEvalJC="297839963"
# TJA="253854.97" TJC="742474" TMSA="69828097826144.70" TMSD="2281436455568.04" TMSU="3681916256.18"
# TNJA="19135819284.54" TNJC="1515171" TPSD="27891042026.64" TPSE="27885241195.00" TPSR="130540048087.00"
# TPSU="14946402091.95" TSchedDuration="13550031" TStartJC="971878" TStartPC="2520118"
# TStartQT="56002118567" TStartXF="3440289.00" TSubmitJC="984840" TSubmitPH="55171206.00"
# ThroughputTime="188978568306"></stats>
# <sys APS="32772960" ATAPH="20191" ATQPH="133644" IC="7126" IMEM="2488215" INC="120" IPC="960"
# QPS="537871292" RMPI="20" SCJC="742474" UPMEM="2488215" UPN="155" UPP="1240" statInitTime="1337163945"
# time="1363212082"></sys></Data>
# fresh moab gives
# <Data><stats Duration="1380095491" GPHAvl="4900.22" MinEffIteration="6" SpecDuration="1800"
# StartTime="1380059385" TMSA="71111193148.80" TSchedDuration="3430048"></stats><sys ATAPH="0"
# ATQPH="0" IC="1701" IMEM="2063904" INC="32" IPC="512" RMPI="20" UPMEM="2063904" UPN="32" UPP="512"
# statInitTime="1380059220" time="1380093691"></sys></Data>
# build tree
# GPHDed is missing with initial moab restart, would trigger KeyError later on
res = {'stats':{'GPHDed': 0.0, }}
tree = etree.fromstring(xml)
for el in tree.getchildren():
elres = res.setdefault(el.tag, {})
for k, v in el.items():
try:
v = int(v)
except:
try:
v = float(v)
except:
pass
elres[k] = v
upp = res['sys'].get('UPP', 0)
ipc = res['sys'].get('IPC',0)
if upp:
ste = 100.0 * (1.0 - 1.0 * ipc / upp)
else:
ste = 0
summary = {
'DPH': res['stats']['GPHDed'], # Dedicated ProcHours
'TPH': res['stats']['GPHAvl'], # Total ProcHours
'LTE': 100.0 * (res['stats']['GPHDed'] / res['stats']['GPHAvl']), # LongTerm Efficiency in %
'CAP': upp - ipc, # Current Active Procs
'CTP': upp, # Current Total Procs
'STE': upp, # ShortTerm Efficiency in %
}
res['summary'] = summary
return res
def showstats(xml=None):
"""Return a dict of the showstats command"""
if xml is None:
cmd = "showstats --xml"
err, xml = RunAsyncLoop.run(cmd.split())
if err:
_log.error("Problem occurred running %s: %s (%s)" %
(cmd, err, xml))
return None
# [root@master2 ~]# showstats && showstats --xml
#
# moab active for 1:13:38:20 stats initialized on Wed May 16 12:25:45 2012
#
# Eligible/Idle Jobs: 2159/5473 (39.448%)
# Active Jobs: 5
# Successful/Completed Jobs: 742474/742474 (100.000%)
# Avg/Max QTime (Hours): 8.27/435.18
# Avg/Max XFactor: 0.01/33072.70
#
# Dedicated/Total ProcHours: 7.63M/9.66M (78.986%)
#
# Current Active/Total Procs: 280/1240 (22.581%)
#
# Avg WallClock Accuracy: 34.190%
# Avg Job Proc Efficiency: 53.589%
# Est/Avg Backlog: 2:07:20:04/5:04:03:37
#
#
# <Data><stats ABP="36.81" AQT="29768.83" AXF="0.01" Duration="82" GCAJobs="5" GCEJobs="2159"
# GCIJobs="5473" GPHAvl="9663746.17" GPHDed="7632994.73" GPHSuc="774590033.19" GPHUtl="7786240.72"
# JStartRate="0.000000" JSubmitRate="12.375721" JSuccessRate="0.057676" MBP="21925" MQT="1566652"
# MXF="33072.70" MinEffIteration="6" SpecDuration="1800" StartTime="1363076571" TEvalJC="297839963"
# TJA="253854.97" TJC="742474" TMSA="69828097826144.70" TMSD="2281436455568.04" TMSU="3681916256.18"
# TNJA="19135819284.54" TNJC="1515171" TPSD="27891042026.64" TPSE="27885241195.00" TPSR="130540048087.00"
# TPSU="14946402091.95" TSchedDuration="13550031" TStartJC="971878" TStartPC="2520118"
# TStartQT="56002118567" TStartXF="3440289.00" TSubmitJC="984840" TSubmitPH="55171206.00"
# ThroughputTime="188978568306"></stats>
# <sys APS="32772960" ATAPH="20191" ATQPH="133644" IC="7126" IMEM="2488215" INC="120" IPC="960"
# QPS="537871292" RMPI="20" SCJC="742474" UPMEM="2488215" UPN="155" UPP="1240" statInitTime="1337163945"
# time="1363212082"></sys></Data>
# fresh moab gives
# <Data><stats Duration="1380095491" GPHAvl="4900.22" MinEffIteration="6" SpecDuration="1800"
# StartTime="1380059385" TMSA="71111193148.80" TSchedDuration="3430048"></stats><sys ATAPH="0"
# ATQPH="0" IC="1701" IMEM="2063904" INC="32" IPC="512" RMPI="20" UPMEM="2063904" UPN="32" UPP="512"
# statInitTime="1380059220" time="1380093691"></sys></Data>
# build tree
# GPHDed is missing with initial moab restart, would trigger KeyError later on
res = {
'stats': {
'GPHDed': 0.0,
}
}
tree = etree.fromstring(xml)
for el in tree.getchildren():
elres = res.setdefault(el.tag, {})
for k, v in el.items():
try:
v = int(v)
except ValueError:
try:
v = float(v)
except ValueError:
pass
elres[k] = v
upp = res['sys'].get('UPP', 0)
ipc = res['sys'].get('IPC', 0)
# if upp:
# ste = 100.0 * (1.0 - 1.0 * ipc / upp)
# else:
# ste = 0
summary = {
'DPH': res['stats']['GPHDed'], # Dedicated ProcHours
'TPH': res['stats']['GPHAvl'], # Total ProcHours
'LTE': 100.0 * (res['stats']['GPHDed'] /
res['stats']['GPHAvl']), # LongTerm Efficiency in %
'CAP': upp - ipc, # Current Active Procs
'CTP': upp, # Current Total Procs
'STE': upp, # ShortTerm Efficiency in %
}
res['summary'] = summary
return res
