def Uptime():
# set some reasonable defaults
archdir = SiteDep.get('RawArchive', 'archdir')
scid = SiteDep.getint('DEFAULT', 'scid')
tnc_dbi = SiteDep.get('DEFAULT', 'dbi')
dbrel = SiteDep.get('DEFAULT', 'dbrel')
run = None
verbose = None
csv = None
mode_report = None
saa_report = None
lpa_report = None
lci_report = None
pwr_report = None
t0str = '-10 minutes'
t1str = 'now'
tpad = 5.0
uhandlers = [None, None, UptimeHandler(label="Uptime")]
modes = range(0, 13)
lpastates = range(0, 4)
lcistates = range(0, 4)
# get the command-line arguments
if len(sys.argv) == 1:
usage()
return
else:
try:
opts, args = getopt.getopt(sys.argv[1:], 'b:e:r::vhmwspcax', \
['beg=','end=','run=',
'verbose','help','mode','saa','lpa','lci','pwr','all','exc'])
except getopt.GetoptError, e:
print e
print 'try "Uptime.py --help" for usage information.'
return
def SsrUsage():
# set some reasonable defaults
archdir = SiteDep.get('RawArchive', 'archdir')
scid = SiteDep.getint('DEFAULT', 'scid')
tnc_dbi = SiteDep.get('DEFAULT', 'dbi')
dbrel = SiteDep.get('DEFAULT', 'dbrel')
run = None
verbose = None
t0str = '-10 minutes'
t1str = 'now'
tpad = 5.0
uhandlers = [None, None, SsrUsageHandler(label="Total")]
# get the command-line arguments
if len(sys.argv) == 1:
usage()
return
else:
try:
opts, args = getopt.getopt(sys.argv[1:], 'b:e:r:dwvh', \
['beg=','end=','run=',
'day','week','verbose','help'])
except getopt.GetoptError, e:
print e
print 'try "SsrUsage.py --help" for usage information.'
return
for h in uhandlers:
if h:
h.setVerbose(verbose)
h.setModes(modes, mode_report=True)
h.setSaa(saa_report)
h.setLpa(lpastates, lpa_report)
h.setLci(lcistates, lci_report)
h.setPwr(pwr_report)
h.setCsv(csv)
# if a run has been specified, retrieve the start/end times
# from the database
if run is not None:
t0str, t1str = utility.getRunSpan(
run, SiteDep.get('MakeRetDef', 'runs_dbi'))
if t0str is None:
print 'Uptime: run %09d not found' % run
return
print 'Uptime: retrieving data for run %09d %s --> %s' %\
( run, t0str, t1str )
# get double-precision reps of the timespan endpoints
t0, t1 = ProductSpan.getspan(t0str, t1str)
# back up the start-time of the retrieval so we have values at t0
t0ret = t0 - tpad
# extend the end-time of the retrieval to allow sampled output to end at
# the user-specified time
t1ret = t1 + tpad