def valores():
'''Retorna valores'''
rand_pot = lambda : "%.2f Kw" % (randrange(1,250)/10.)
rand_pot_r = lambda : "%.2f KVa" % (randrange(1,250)/10.)
rand_current = lambda : "%.2f KVa" % (randrange(1000,5000)/10.)
rand_volt = lambda : "%.2f V" % (randrange(10000, 14000)/100.)
from models import Profile, COMaster, VarSys, IED, AI, DI
comaster = Profile.by_name('default').comaster_set.get(address='192.168.1.97')
ied1 = IED.get(co_master=comaster, addr_485_IED=1)
ied2 = IED.get(co_master=comaster, addr_485_IED=2)
ied3 = IED.get(co_master=comaster, addr_485_IED=3)
potencia_2 = AI.get(id=2).value
potencia_2 = ("%s W" % (potencia_2 * 1.09)) if potencia_2 != 0x4000 else '0 KW'
potencia_r_2 = AI.get(id=3).value
potencia_r_2 = ("%s VA" % (potencia_r_2 * 1.09)) if potencia_r_2 != 0x4000 else '0 KW'
return jsonify({
# Potencia
'potencia-1': rand_pot(),
#'potencia-2': AI.get(ied=ied2, offset=0).value,
# FIXME: Indirección correcta
'potencia-2': potencia_2,
'potencia-3': rand_pot(),
'potencia-4': rand_pot(),
# Potencias reactivas
'potencia-r-1': rand_pot_r(),
#'potencia-r-2': AI.get(ied=ied2, offset=1).|value,
'potencia-r-2': potencia_r_2,
'potencia-r-3': rand_pot_r(),
'potencia-r-4': rand_pot_r(),
# Corrientes
'corriente-1': rand_current(),
'corriente-2': rand_current(),
'corriente-3': rand_current(),
'corriente-4': rand_current(),
#'tension-1': "%.2f Kv" % AI.get(ied=ied1, offset=0).value,
'tension-1': "%.2f Kv" % (AI.get(id=1).value /float(100)),
'interruptor-1': DI.get(ied=ied1, port=1, bit=0).value,
'interruptor-2': DI.get(ied=ied1, port=1, bit=1).value,
})
def iterdis():
# Iterar ieds
for ied in self.factory.comaster.ied_set.order_by('offset'):
# Ordenar por puerto y por bit
for di in DI.filter(ied=ied).order_by(('port', 'asc'), ('bit', 'asc')):
yield di
def saveInDatabase(self):
print "Acutalizando DB"
# print self.input
from models import DI, AI, VarSys, Energy, Event
payload = self.input.payload_10
# Iterar de a bit
def iterdis():
# Iterar ieds
for ied in self.factory.comaster.ied_set.order_by('offset'):
# Ordenar por puerto y por bit
for di in DI.filter(ied=ied).order_by(('port', 'asc'), ('bit', 'asc')):
yield di
def iterais():
# Iterar ieds
for ied in self.factory.comaster.ied_set.order_by('offset'):
# Itera por ais
for ai in AI.filter(ied=ied).order_by('offset'):
yield ai
def itervarsys():
# Iterar ieds
for ied in self.factory.comaster.ied_set.order_by('offset'):
for varsys in VarSys.filter(ied=ied).order_by('offset'):
yield varsys
#=======================================================================
# Guardando...
#=======================================================================
for varsys, value in zip(itervarsys(), payload.varsys):
varsys.value = value
varsys.save()
for di, value in zip(iterdis(), iterbits(payload.dis)):
di.value = value
di.save()
for ai, value in zip(iterais(), payload.ais):
ai.value = value
ai.save()
if self.save_events:
for ev in payload.event:
if ev.evtype == "DIGITAL":
ied = self.factory.comaster.ied_set.get(addr_485_IED=ev.addr485)
di = DI.get(ied=ied, port=ev.port, bit=ev.bit)
# di = comaster.dis.get(port = ev.port, bit = ev.bit)
timestamp = datetime(
ev.year + 2000, ev.month, ev.day, ev.hour, ev.minute, ev.second, int(ev.subsec * 100000))
Event(di=di,
timestamp=timestamp,
subsec=ev.subsec,
q=0,
value=ev.status).save()
elif ev.evtype == "ENERGY":
timestamp = datetime(ev.year + 2000, ev.month, ev.day, ev.hour, ev.minute, ev.second)
ied = self.factory.comaster.ied_set.get(addr_485_IED=ev.addr485)
Energy(ied=ied,
q=ev.value.q,
timestamp=timestamp,
address=ev.addr485,
channel=ev.channel,
value=ev.value.val,).save()
print ("Guardados %d eventos" % len(payload.event))
