def start( args ):
"""
Entry point for the 'view' command.
Synopsis:
kube.py view [-a APPS] [-n NETS] [-f FILESYS] [-s SYNTHS]
"""
configfile=None
if args.keys().count('configfile') != 0:
configfile=args['configfile']
del args['configfile']
# create the engine instance
kube = KUBE(configfile)
if len( args.keys())==0:
# view everything
kube.view()
else:
opts = args.keys()
for o in opts:
what = o
items = args[what].split(',')
if items[0].lower()=='all':
kube.view(what)
else:
for i in items:
kube.view(what,i)
def start( args ):
"""
Entry point for the 'update' command.
Synopsis:
kube.py update [-a APPS] [-n NETS] [-f FILESYS] [-s SYNTHS] [--since SINCE] [--to TO] [--rrd] [--log FILE] [--force]
"""
configfile=None
if args.keys().count('configfile') != 0:
configfile=args['configfile']
del args['configfile']
# create the engine instance
kube = KUBE(configfile)
opts = args.keys()
if 'log' in opts:
Printer.setLogfile(args['log'])
printer.plain("--------------------------------------------")
printer.info("Kube run on date",str(datetime.now()))
printer.plain("--------------------------------------------")
# remove the --log from the args
del ( args['log'] )
useRRD = args['rrd']
del ( args['rrd'] )
useForce = args['force']
del ( args['force'] )
delta=None
since=None
to=datetime.now()
if args.keys().count('since') !=0 :
since=parser.parse(args['since'])
del(args['since'])
if args.keys().count('to') !=0 :
to=parser.parse(args['to'])
del(args['to'])
if since:
delta = to-since
else:
delta = to - datetime(1973,05,02)
since = 'origin'
opts = args.keys()
if len(opts)==0:
kube.refine(To=to,Delta=delta,rrd=useRRD,force=useForce)
else:
for o in opts:
what = o
items = args[what].split(',')
if items[0].lower()=='all':
kube.refine(what,To=to,Delta=delta,rrd=useRRD,force=useForce)
else:
for i in items:
kube.refine(what,i,To=to,Delta=delta,rrd=useRRD,force=useForce)
def start(args):
"""
Entry point for the 'update' command.
Synopsis:
kube.py update [-a APPS] [-n NETS] [-f FILESYS] [-s SYNTHS] [--since SINCE] [--to TO] [--rrd] [--log FILE] [--force]
"""
# create the engine instance
kube = KUBE()
opts = args.keys()
if "log" in opts:
Printer.setLogfile(args["log"])
printer.plain("--------------------------------------------")
printer.info("Kube run on date", str(datetime.now()))
printer.plain("--------------------------------------------")
# remove the --log from the args
del (args["log"])
useRRD = args["rrd"]
del (args["rrd"])
useForce = args["force"]
del (args["force"])
delta = None
since = None
to = datetime.now()
if args.keys().count("since") != 0:
since = parser.parse(args["since"])
del (args["since"])
if args.keys().count("to") != 0:
to = parser.parse(args["to"])
del (args["to"])
if since:
delta = to - since
else:
delta = to - datetime(1973, 05, 02)
since = "origin"
opts = args.keys()
if len(opts) == 0:
kube.refine(To=to, Delta=delta, rrd=useRRD, force=useForce)
else:
for o in opts:
what = o
items = args[what].split(",")
if items[0].lower() == "all":
kube.refine(what, To=to, Delta=delta, rrd=useRRD, force=useForce)
else:
for i in items:
kube.refine(what, i, To=to, Delta=delta, rrd=useRRD, force=useForce)
def start( args ):
"""
Entry point for the 'run' command.
Synopsis:
kube.py run [-a APPS] [-n NETS] [-f FILESYS] [-s SYNTHS] [--log FILE]
"""
configfile=None
if args.keys().count('configfile') != 0:
configfile=args['configfile']
del args['configfile']
# create the engine instance
kube = KUBE(configfile)
opts = args.keys()
if 'log' in opts:
Printer.setLogfile(args['log'])
printer.plain("--------------------------------------------")
printer.info("Kube run on date",str(datetime.datetime.now()))
printer.plain("--------------------------------------------")
# remove the --log from the args
del ( args['log'] )
if len( args.keys())==0:
# Run everything
kube.run()
else:
for o in opts:
if o != 'log':
what = o
items = args[what].split(',')
if items[0].lower()=='all':
kube.run(what)
else:
for i in items:
kube.run(what,i)
def start( args ):
"""
Entry point for the 'probe' command.
Synopsis:
kube.py probe {-t DIR [-p] [-m METRIC_NAME] [--since SINCE] [--to TO] , -b BASE_DIR [-p] [--target DIR] { [--since SINCE] [--to TO], [--at DATE] }}
"""
# create the engine instance
kube = KUBE()
opts = args.keys()
delta=None
since=None
to=datetime.now()
printToSTDOUT=args['p']
if 't' in opts:
# time analysis
mname=None
# get target dir
target = args['t']
# get the list of the metrics
if 'metric_name' in opts:
mname = args['metric_name'].split(',')
if not 'since' in opts and not 'to' in opts:
# call the fast method
kube.timeAnalysis(target,mname,printToSTDOUT)
else:
try:
if args.keys().count('since') !=0 :
since=parser.parse(args['since'])
if args.keys().count('to') !=0 :
to=parser.parse(args['to'])
if since:
delta = to-since
else:
delta = to - datetime(1973,05,02)
except Exception as x :
printer.error("Error!!! Possible wrong date format" , str(x))
return
kube.timeAnalysis(target,mname,printToSTDOUT,to,delta)
return
if 'b' in opts:
# metrics boxplot graph analysis
target = None
mname=None
at = None
# get target dir
template = args['b']
# get the list of the metrics
if 'metric_name' in opts:
mname = args['metric_name'].split(',')
# get the target dir
if 'target' in opts:
target = args['target']
# get the exact date if exists
if 'at' in opts:
since = parser.parse(args['at'])
to = since
if not 'since' in opts and not 'to' in opts and not 'at' in opts:
# call the fast method
kube.metricAnalysis(template,target,printToSTDOUT,to,to - datetime(1973,05,02),mname)
else:
try:
if args.keys().count('since') !=0 :
since=parser.parse(args['since'])
if args.keys().count('to') !=0 :
to=parser.parse(args['to'])
if since:
delta = to-since
else:
delta = to - datetime(1973,05,02)
except Exception as x :
printer.error("Error","Possible wrong date format")
return
kube.metricAnalysis(template,target,printToSTDOUT,to,delta,mname)
return
