print "Standby: False"
if int(b1[2:5],2) == 3:
print "Phase Locking: True"
else:
print "Phase Locking: False"
if int(b1[2:5],2) == 4:
print "Operacional: True"
else:
print "Operacional: False"
if int(b1[2:5],2) == 5:
print "Manual: True"
else:
print "Manual: False"
mgr = AmbManager('AOSTiming')
while(1):
try:
(data,t) = mgr.monitor(3,0x38,0x01100)
(b0,b1) = struct.unpack("!2B",data)
lspp_print(decimal(b0),decimal(b1))
print "B0=%d B1=%d" % (b0,b1)
print decimal(b0)
print decimal(b1)
time.sleep(1)
except KeyboardInterrupt:
break
#
bin +=i
a -= 1
return bin
def check(bin):
if bin == '0':
return 'False'
else:
return 'True'
def lspp_print(b0,b1):
print "B1:"
print "RF Input Ready: %s" % check(b1[0])
print "TuningInit Done: %s" % check(b1[4])
print "Locked: %s" % check(b1[7])
# print "B1:"
# print "Phaselock State: %s" % check(b1[0])
mgr = AmbManager('AOSTiming')
while(1):
try:
(data,t) = mgr.monitor(3,0x38,0x03020)
(b0,b1) = struct.unpack("!2B",data)
lspp_print(decimal(b0),decimal(b1))
print "B0=%d B1=%d" % (b0,b1)
print decimal(b0)
print decimal(b1)
time.sleep(1)
except KeyboardInterrupt:
break
#