print " %s" % b
print " init defaults:"
for p in sorted(initlist[m].items()):
print " ", p
print
else:
print m
sys.exit()
# Validate arguments
if opt.mode != None and opt.mode not in modelist.keys():
print "Requested mode '%s' does not exist" % opt.mode
sys.exit()
# Connect to guppi client
c = Client()
# Check clock rate
clock_current = c.get('SYNTH/CFRQ/VALUE')
clock_current = clock_current.strip("MHZmhz")
if opt.query == 'clock':
print clock_current
sys.exit()
elif opt.query == None:
print "Current clock rate is %s" % clock_current
# Check currently loaded mode
bofs_current = c.unload()
bofs_current.sort()
if bofs_current in modelist.values():
for (k, v) in modelist.iteritems():
#! /usr/bin/env python
from guppi.client import Client
cicada = Client()
import guppi.interpreter
# Check to see if observations are running
do_arm = False
daqstate = cicada.get("DAQ/DAQSTATE")
gpudaqstate = cicada.get("GPU1/DAQ/DAQSTATE")
print "DAQ state = %s" % daqstate
print "GPU DAQ state = %s" % gpudaqstate
if (daqstate=="stopped" and gpudaqstate=="stopped"):
do_arm = True
if (do_arm==False):
print """
WARNING: Observations appear to be currently running, so the HW will
not be re-armed. This means data displayed here may not be current.
"""
if (do_arm):
cicada.arm()
print "\nADC Power level info:"
guppi.interpreter.plot_adc_hist()
#! /usr/bin/env python
from guppi.client import Client
cicada = Client()
import guppi.interpreter
# Check to see if observations are running
do_arm = False
daqstate = cicada.get("DAQ/DAQSTATE")
gpudaqstate = cicada.get("GPU1/DAQ/DAQSTATE")
print "DAQ state = %s" % daqstate
print "GPU DAQ state = %s" % gpudaqstate
if (daqstate == "stopped" and gpudaqstate == "stopped"):
do_arm = True
if (do_arm == False):
print """
WARNING: Observations appear to be currently running, so the HW will
not be re-armed. This means data displayed here may not be current.
"""
if (do_arm):
cicada.arm()
print "\nADC Power level info:"
guppi.interpreter.plot_adc_hist()
print " %s" % b
print " init defaults:"
for p in sorted(initlist[m].items()):
print " ", p
print
else:
print m
sys.exit()
# Validate arguments
if opt.mode != None and opt.mode not in modelist.keys():
print "Requested mode '%s' does not exist" % opt.mode
sys.exit()
# Connect to guppi client
c = Client()
# Check clock rate
clock_current = c.get("SYNTH/CFRQ/VALUE")
clock_current = clock_current.strip("MHZmhz")
if opt.query == "clock":
print clock_current
sys.exit()
elif opt.query == None:
print "Current clock rate is %s" % clock_current
# Check currently loaded mode
bofs_current = c.unload()
bofs_current.sort()
if bofs_current in modelist.values():
for (k, v) in modelist.iteritems():
print " %s" % b
print " init defaults:"
for p in sorted(initlist[m].items()):
print " ", p
print
else:
print m
sys.exit()
# Validate arguments
if opt.mode != None and opt.mode not in modelist.keys():
print "Requested mode '%s' does not exist" % opt.mode
sys.exit()
# Connect to guppi client
c = Client()
# Check clock rate
clock_current = c.get('SYNTH/CFRQ/VALUE')
clock_current = clock_current.strip("MHZmhz")
if opt.query == 'clock':
print clock_current
sys.exit()
elif opt.query==None:
print "Current clock rate is %s" % clock_current
# Check currently loaded mode
bofs_current = c.unload()
bofs_current.sort()
if bofs_current in modelist.values():
for (k,v) in modelist.iteritems():
#! /usr/bin/env python
from guppi.client import Client
cicada = Client()
import guppi.interpreter
# Check to see if observations are running
do_arm = False
daqstate = cicada.get("DAQ/DAQSTATE")
print "DAQ state = %s" % daqstate
if (daqstate=="stopped"):
do_arm = True
if (do_arm==False):
print """
WARNING: Observations appear to be currently running, so the HW will
not be re-armed. This means data displayed here may not be current.
"""
if (do_arm):
cicada.arm()
print "\nADC Power level info:"
guppi.interpreter.plot_adc_hist()
