def do_reply(self, pkg, t_inicio):
log.msg('Respuesta a Peticion de estados y eventos luego de %.5f' %
(time.time() - t_inicio))
bf1 = bitfield(0)
bf1[0:2] = self.mov0()
bf1[2:4] = self.mov1()
#bf1[4:6] = self.mov2()
#bf1[6:8] = self.mov3()
bf2 = bitfield(0)
#bf2[0:2] = self.mov4()
#bf2[2:4] = self.mov5()
#bf2[4:6] = self.mov6()
bf3 = bitfield(0)
#bf3[4:6] = self.mov7()
#bf3[2:4] = self.mov8()
#bf3[0:2] = self.mov9()
# Generamos el payload
payload = [
0x03, # 2 de Variables de estado
0xf3,
0x3a,
0x05, # 4 de DI
int(bf1),
int(bf2),
int(bf3),
255,
0x05, # 2 analogicas de 2 bytes
randint(0, 3),
randint(0, 255),
randint(0, 3),
randint(0, 255),
]
cnt_events = randint(0, 4)
for _ in range(cnt_events):
ints = EventoCodigo.create_ints(
tipo=randint(0, 2),
prio=randint(0, 2),
codigo=randint(0, 16),
port=randint(0, 63),
bit=randint(0, 8),
status=randint(0, 1),
date_time=datetime.now(),
cseg=randint(0, 99),
dmseg=randint(0, 99),
)
payload += ints
resp = pkg.response(payload)
print "Size final: %d, cantidad de eventos %d" % (len(payload),
cnt_events)
print "Enviando payload", resp.get_payload()
print "Paquete a enviar:", ' '.join(
(("%.2x" % ord(c)).upper() for c in resp.octet_str()))
self.transport.write(resp.octet_str())
def do_reply(self, pkg, t_inicio):
log.msg('Respuesta a Peticion de estados y eventos luego de %.5f' % (time.time() - t_inicio))
bf1 = bitfield(0)
bf1[0:2] = self.mov0()
bf1[2:4] = self.mov1()
#bf1[4:6] = self.mov2()
#bf1[6:8] = self.mov3()
bf2 = bitfield(0)
#bf2[0:2] = self.mov4()
#bf2[2:4] = self.mov5()
#bf2[4:6] = self.mov6()
bf3 = bitfield(0)
#bf3[4:6] = self.mov7()
#bf3[2:4] = self.mov8()
#bf3[0:2] = self.mov9()
# Generamos el payload
payload = [0x03, # 2 de Variables de estado
0xf3, 0x3a,
0x05, # 4 de DI
int(bf1),
int(bf2),
int(bf3),
255,
0x05, # 2 analogicas de 2 bytes
randint(0,3), randint(0,255),
randint(0,3), randint(0,255),
]
cnt_events = randint(0, 4)
for _ in range(cnt_events):
ints = EventoCodigo.create_ints(tipo = randint(0,2),
prio = randint(0,2),
codigo = randint(0,16),
port = randint(0,63),
bit = randint(0,8),
status = randint(0,1),
date_time=datetime.now(),
cseg = randint(0,99),
dmseg = randint(0,99),
)
payload += ints
resp = pkg.response(payload)
print "Size final: %d, cantidad de eventos %d" % (len(payload), cnt_events)
print "Enviando payload", resp.get_payload()
print "Paquete a enviar:", ' '.join(( ("%.2x" % ord(c)).upper() for c in resp.octet_str()))
self.transport.write(resp.octet_str())
def di_data_slot(self, n_uc, dis):
#from twisted.python import log
if n_uc == self.n_uc:
#self.bit_update()
port = bitfield(dis[self.n_port])
bits = port[self.n_bit:self.n_bit + 2]
self.bit_update(bits)
def di_data_slot(self, n_uc, dis):
# from twisted.python import log
if n_uc == self.n_uc:
# self.bit_update()
port = bitfield(dis[self.n_port])
bits = port[self.n_bit : self.n_bit + 2]
self.bit_update(bits)
def actualizar(self, co, uc, svs, dis, ais, evs):
''' Actualizar '''
if self.co == co and self.uc == uc:
#1°b : 33 22 11 00
#2°b : XX 66 55 44
#3°b : XX 77 88 99
#cga = bit 3 port 4
print "entro a actualizar"
movs = qApp.instance().cfg.movimientos
if not bitfield(dis[movs.cga.port])[movs.cga.bit]:
self.bit_update(4)
else:
log.msg(' '.join(map(lambda x: ('%x' % x).upper(), dis)))
a, b = movs.pos[self.n_movi]
l = copy(dis[0:3])
l.reverse()
bf = bitfield(l)
self.bit_update(bf[a:b])
pass
def actualizar(self,co,uc,svs,dis,ais,evs):
''' Actualizar '''
if self.co == co and self.uc == uc:
#1°b : 33 22 11 00
#2°b : XX 66 55 44
#3°b : XX 77 88 99
#cga = bit 3 port 4
print "entro a actualizar"
movs = qApp.instance().cfg.movimientos
if not bitfield(dis[movs.cga.port])[movs.cga.bit]:
self.bit_update(4)
else:
log.msg(' '.join(map(lambda x: ('%x' % x).upper(), dis)))
a,b = movs.pos[self.n_movi]
l = copy(dis[0:3])
l.reverse()
bf = bitfield(l)
self.bit_update(bf[a:b])
pass
