def send_es(vall,boo):
with com_lock:
val = vall.encode('utf-8')
clientOut.send(val, zmq.NOBLOCK)
print 'sent but waiting for response'
status=clientOut.recv()
logging.debug('sent message to cc: %s '%val)
print 'sent'
thread.exit()
def get_val():
update = 'update b p monitor_1 post_monitor_1 %s %s 1 mon_wind_gen\n' %(time.time(),Gen_ID)
pipe.send_sync_event(update.encode('UTF-8'), pipin)
def t():
print(time.time())
#time.sleep(2)# for sync to start properly
while 1:
time.sleep(TIME_INT)
get_val()
#listen to response and send to cc
x = pipe.listen(pipeout)
if x:
print x
send_cc(x)
if iterations !=1:
threading.Timer (interval,do_every, [interval, worker_func, 0 if iterations == 0 else iterations-1]
).start()
worker_func()
def request_data():
update = ('update b p pre_pmu post_pmu %s a1 0\n'% time.time())
pipe.send_sync_event(update.encode('UTF-8'), pipin)
pmu = read_pmu('./models/pmu.config')
_cfg2(pmu)
do_every(0.3,request_data)
while 1:
raw_message=pipe.listen(pipout)
if raw_message:
message=raw_message[0]
if message[0] == 'cfg2':
_cfg2(pmu)
else:
raw_data = raw_message
#raw_data = '7199.36 0.1 7199.37 -2.27 7199.36 2.27 334.51 -0.6225 59.9 0.01'
phasor_data, analog_data, digital_data, freq_data, dfreq_data = data_process(raw_data,pmu)
_data(pmu, phasor_data, analog_data, digital_data, freq_data, dfreq_data)
print('Sent')
def listen():
message=pipe.listen(pipeout)
logging.debug(message)