def open(self, port='/dev/ttyUSB0', baudrate=9600):
mdbus.SerialModbusClient.open(self,port,baudrate)
self.scalar = [1]*6
self.ctValue = [0]*6
for meter in range(0,6):
#self.ident(meter)
#model = self.getModelName(meter)
#mnum = self.getModelNumber(meter)
#self.log.debug("Model name: %s Model number: %s"%(model,mnum))
addr = self.baseAddress + meter
#ensure DENT format
#self.doRequest(
# mdbus.makeWriteReg(
# addr, 4525, 0))
#self.ident(meter)
#self.log ("setScaling to 1")
#self.setScaling(meter, 1)
#self.log.info('addr is %d'%addr)
tmp = self.doRequest(
mdbus.makeReadReg(
addr, 4300, 2, fnc=3), mdbus.decodeInt16)
self.ctValue[meter] = tmp[0]
self.scalar[meter] = tmp[1]
self.log.info("Meter %d using CT: %d and data scalar: %d"%\
(meter, self.ctValue[meter], self.scalar[meter]))
def getVolts(self, meter):
addr = self.baseAddress + meter
r = []
res = self.doRequest(mdbus.makeReadReg(addr, 4058, 3, fnc=3),
mdbus.decodeInt16)
return [PowerScoutClient.V_scalar[self.scalar[meter]] * i for i in res]
def getPf (self,meter):
addr = self.baseAddress + meter
r = []
res = self.doRequest(
mdbus.makeReadReg(
addr, 4049, 3, fnc=3),mdbus.decodeInt16)
return res
def open(self, port='/dev/ttyUSB0', baudrate=9600):
mdbus.SerialModbusClient.open(self, port, baudrate)
self.scalar = [1] * 6
self.ctValue = [0] * 6
for meter in range(0, 6):
#self.ident(meter)
#model = self.getModelName(meter)
#mnum = self.getModelNumber(meter)
#self.log.debug("Model name: %s Model number: %s"%(model,mnum))
addr = self.baseAddress + meter
#ensure DENT format
#self.doRequest(
# mdbus.makeWriteReg(
# addr, 4525, 0))
#self.ident(meter)
#self.log ("setScaling to 1")
#self.setScaling(meter, 1)
#self.log.info('addr is %d'%addr)
tmp = self.doRequest(mdbus.makeReadReg(addr, 4300, 2, fnc=3),
mdbus.decodeInt16)
self.ctValue[meter] = tmp[0]
self.scalar[meter] = tmp[1]
self.log.info("Meter %d using CT: %d and data scalar: %d"%\
(meter, self.ctValue[meter], self.scalar[meter]))
def readAll(self, meter):
addr = self.baseAddress + meter
#print PowerScoutClient.reg_names
#print "reading", len(PowerScoutClient.reg_names), 'starting from', PowerScoutClient.base_reg
data = self.doRequest(
mdbus.makeReadReg(addr,
PowerScoutClient.base_reg,
len(PowerScoutClient.reg_names),
fnc=3), mdbus.decodeInt16)
res = {}
for i in range(0, len(PowerScoutClient.reg_names)):
if 'LSW' == PowerScoutClient.reg_names[i][-3:]:
name = PowerScoutClient.reg_names[i][:-4]
if not name in res:
res[name] = 0
res[name] += data[i]
elif 'MSW' == PowerScoutClient.reg_names[i][-3:]:
name = PowerScoutClient.reg_names[i][:-4]
if not name in res:
res[name] = 0
res[name] += (data[i] << 16)
else:
res[PowerScoutClient.reg_names[i]] = data[i]
self._scale(res, meter)
return res
def getVolts(self,meter):
addr = self.baseAddress + meter
r = []
res = self.doRequest(
mdbus.makeReadReg(
addr, 4058, 3, fnc=3),mdbus.decodeInt16)
return [PowerScoutClient.V_scalar[self.scalar[meter]]*i for i in res]
def getVerisPower(self,meter):
"""returns power in watts for each of L1, L2, and L3"""
addr = self.baseAddress + meter
r = []
res = self.doRequest(
mdbus.makeReadReg(
#addr, 4009, 3, fnc=3),mdbus.decodeInt16)
addr, 9, 3, fnc=3),mdbus.decodeInt16)
return [1000.0*PowerScoutClient.veris_kW_scalar[self.scalar[meter]]*i for i in res]
def getPower(self, meter):
"""returns power in watts for each of L1, L2, and L3"""
addr = self.baseAddress + meter
r = []
res = self.doRequest(
mdbus.makeReadReg(
#addr, 4009, 3, fnc=3),mdbus.decodeInt16)
addr,
4028,
3,
fnc=3),
mdbus.decodeInt16)
return [
PowerScoutClient.kW_scalar[self.scalar[meter]] * i for i in res
]
def readAll (self, meter):
addr = self.baseAddress + meter
#print PowerScoutClient.reg_names
#print "reading", len(PowerScoutClient.reg_names), 'starting from', PowerScoutClient.base_reg
data = self.doRequest(
mdbus.makeReadReg(
addr, PowerScoutClient.base_reg, len(PowerScoutClient.reg_names), fnc=3),
mdbus.decodeInt16)
res = {}
for i in range (0, len(PowerScoutClient.reg_names)):
if 'LSW' == PowerScoutClient.reg_names[i][-3:]:
name = PowerScoutClient.reg_names[i][:-4]
if not name in res:
res[name] = 0
res[name] += data[i]
elif 'MSW' == PowerScoutClient.reg_names[i][-3:]:
name = PowerScoutClient.reg_names[i][:-4]
if not name in res:
res[name] = 0
res[name] += (data[i]<<16)
else:
res[PowerScoutClient.reg_names[i]] = data[i]
self._scale(res, meter)
return res
def runlog(p, wnconfig, config, log, tty, serno):
dbtype = config.get('db', 'dbtype')
if dbtype == 'mysql':
db= mysql_dblogger(config, log)
elif dbtype == 'couchdb':
db= couch_dblogger(config, log)
elif dbtype == 'plotwatt':
from plotwatt import dblogger as plotwatt_dblogger
db = plotwatt_dblogger(config, log)
elif dbtype == 'opentsdb':
from opentsdb_wn import dblogger
db = dblogger(config, serno)
else:
raise Exception("dbtype ('%s') not supported."%(dbtype))
log.info('database connected')
mq = None
try:
period_sec = timedelta(seconds = config.getint('wattnode', 'period_sec'))
mq = mqClient(config, serno)
#regs = []
#for i in range(0, len(wnconfig)):
#t = config.get('wattnode%d'%(i+1), 'regs')
#t = [int(i) for i in t.split(',')]
#regs.append (t)
while True:
start = datetime.utcnow()
output = ""
for i in range(0, len(wnconfig)):
basic = p.doRequest(makeReadReg(wnconfig[i]['address'], 1000, 34), decodeBasicFp)
adv = p.doRequest(makeReadReg(wnconfig[i]['address'], 1100, 76), decodeAdvancedFp)
# merge the dicts
data = dict (basic, **adv)
data['address']= wnconfig[i]['address']
data['time'] = start
#for key,value in data.iteritems():
#log.info("%20s = %9.3f"%('address',data['address']))
#for key in __wattNodeBasicVars:
# log.info("%20s = %9.3f"%(key,data[key]))
output += "\n%20s = %9d\n"%('address',data['address'])
for i in range(0, len(__wattNodeBasicVars), 4):
output += "".join ( ["%20s = %9.3f"%(key,data[key]) for key in __wattNodeBasicVars[i:i+4]])
output += "\n"
#output += "\n".join( ["%20s = %9.3f"%(key,data[key]) for key in __wattNodeBasicVars])
output += "\n"
for i in range(0, len(__wattNodeAdvancedVars), 4):
output += "".join ( ["%20s = %9.3f"%(key,data[key]) for key in __wattNodeAdvancedVars[i:i+4]])
output += "\n"
#output += "\n".join( ["%20s = %9.3f"%(key,data[key]) for key in __wattNodeAdvancedVars])
db.logit(data)
mq.pub(data)
#if tty:
#log.info(output)
sleep = period_sec - (datetime.utcnow() - start)
sleep_s = (sleep.days * 86400) + sleep.seconds + (sleep.microseconds / 1000000.0)
log.info('took %s seconds; sleep time is %f seconds', period_sec - sleep, sleep_s)
if sleep_s > 0:
time.sleep(sleep_s)
else:
log.warning('took %s seconds; not meeting timing spec.', period_sec - sleep)
finally:
db.close()
if mq:
mq.close()
def main():
log.setLevel(logging.INFO)
#log.setLevel(logging.DEBUG)
# create console handler
ch = logging.StreamHandler()
#logging.basicConfig()
# create formatter
formatter = logging.Formatter("%(asctime)s - %(name)s - %(levelname)s - %(message)s")
# add formatter to ch
ch.setFormatter(formatter)
# add ch to logger
log.addHandler(ch)
cfgfile = ""
if len(sys.argv) <= 1:
files = os.listdir(os.getcwd())
files = filter(lambda x: os.path.splitext(x)[1]=='.conf',files)
if len(files)==0:
log.critical("No config file found!")
exit(-1)
else:
cfgfile = files[0]
log.warn ("Using auto detecting config file: '%s'", cfgfile)
else:
cfgfile = sys.argv[1]
log.info("Reading config file '%s'", cfgfile)
try:
config = ConfigParser.ConfigParser()
config.read (cfgfile)
except:
log.exception("failed to read config file")
exit(-2)
port = config.get('wattnode', 'port')
req_opts = ['address', 'ctamps', 'averaging']
wnconfig = {}
for n in req_opts:
wnconfig[n] = config.getint('wattnode', n)
log.info ("Opening '%s', config = %s" % (port,wnconfig))
p = SerialModbusClient();
p.open(port)
serno = p.doRequest(
makeReadReg(
wnconfig['address'], 1700,2),decodeInt32) [0]
# turn off averaging
p.doRequest(makeWriteReg(wnconfig['address'],1607,wnconfig['averaging']))
# setup for 15A ct
p.doRequest(makeWriteReg(wnconfig['address'],1602,wnconfig['ctamps']))
log.info ("starting server")
try:
serve(p)
except KeyboardInterrupt:
print "Shutting down"
except:
log.critical(traceback.format_exc())
p.close()
def main():
log, tty = createLogger('/home/alan/pywattnode.log')#createLogger('/var/log/pywattnode.log')
config = readConfig(log, '/etc/pywattnode.conf')
port_prefix = config.get('wattnode', 'port')
count = config.getint('wattnode', 'count')
wnconfig = []
req_opts = ['address', 'ctamps', 'averaging', 'phase', 'ctdirections']
for i in range (1, count+1):
cfg = {}
for n in req_opts:
cfg[n] = config.getint('wattnode%d'%(i), n)
wnconfig.append(cfg)
#---- main run loop
while True:
for port in detectDev(log, port_prefix):
log.info ("Opening '%s', config = %s" % (port,wnconfig))
p = None
try:
p = SerialModbusClient(log)
success = False
serno = None
while success == False:
try:
p.open(port)
log.info ("Reading wattnode serial numbers...")
for i in range(0, len(wnconfig)):
#read serial no
serno = p.doRequest(
makeReadReg(
wnconfig[i]['address'], 1700,2),decodeInt32) [0]
log.info ("Got wattnode serial number: %d", serno)
log.info ("Configuring averaging (%d)..."%(wnconfig[i]['averaging']))
# turn off averaging
p.doRequest(makeWriteReg(wnconfig[i]['address'],1607,wnconfig[i]['averaging']))
log.info ("Configuring CT amps (%d)..."%(wnconfig[i]['ctamps']))
# setup for 15A ct
p.doRequest(makeWriteReg(wnconfig[i]['address'],1602,wnconfig[i]['ctamps']))
log.info ("Configuring CT direction (%d)..."%(wnconfig[i]['ctdirections']))
p.doRequest(makeWriteReg(wnconfig[i]['address'],1606,wnconfig[i]['ctdirections']))
log.info ("Configuring phase offset (%d)..."%(wnconfig[i]['phase']))
p.doRequest(makeWriteReg(wnconfig[i]['address'],1618,wnconfig[i]['phase']))
success = True
except serial.SerialException, msg:
log.error("Failed to open port, will retry: %s", msg)
time.sleep(15)
except ModbusException, msg:
log.error("Modbus error during init, will retry: %s", msg)
time.sleep(15)
log.info ("Setup complete, starting logger")
try:
runlog(p, wnconfig, config, log, tty, serno)
except KeyboardInterrupt:
log.critical("Shutting down")
p.close()
exit(1)
except SystemExit:
log.critical("Exit() called, shutting down")
p.close()
raise
except Exception as x:
log.critical(x)
log.critical(traceback.format_exc())
def getModelNumber(self, meter):
addr = self.baseAddress + meter
return self.doRequest(mdbus.makeReadReg(addr, 4205, 5, fnc=3),
mdbus.decodeAscii)
def getSystemPower(self,meter):
addr = self.baseAddress + meter
res = self.doRequest(mdbus.makeReadReg(
addr, 4002, 1, fnc=3),mdbus.decodeInt16)[0]
return res
def getPf(self, meter):
addr = self.baseAddress + meter
r = []
res = self.doRequest(mdbus.makeReadReg(addr, 4049, 3, fnc=3),
mdbus.decodeInt16)
return res
def getSystemPower(self, meter):
addr = self.baseAddress + meter
res = self.doRequest(mdbus.makeReadReg(addr, 4002, 1, fnc=3),
mdbus.decodeInt16)[0]
return res
def getModelNumber(self,meter):
addr = self.baseAddress + meter
return self.doRequest(
mdbus.makeReadReg(
addr, 4205, 5, fnc=3),mdbus.decodeAscii)
def main():
log, tty = createLogger(
'/home/alan/pywattnode.log') #createLogger('/var/log/pywattnode.log')
config = readConfig(log, '/etc/pywattnode.conf')
port_prefix = config.get('wattnode', 'port')
count = config.getint('wattnode', 'count')
wnconfig = []
req_opts = ['address', 'ctamps', 'averaging', 'phase', 'ctdirections']
for i in range(1, count + 1):
cfg = {}
for n in req_opts:
cfg[n] = config.getint('wattnode%d' % (i), n)
wnconfig.append(cfg)
#---- main run loop
while True:
for port in detectDev(log, port_prefix):
log.info("Opening '%s', config = %s" % (port, wnconfig))
p = None
try:
p = SerialModbusClient(log)
success = False
serno = None
while success == False:
try:
p.open(port)
log.info("Reading wattnode serial numbers...")
for i in range(0, len(wnconfig)):
#read serial no
serno = p.doRequest(
makeReadReg(wnconfig[i]['address'], 1700, 2),
decodeInt32)[0]
log.info("Got wattnode serial number: %d", serno)
log.info("Configuring averaging (%d)..." %
(wnconfig[i]['averaging']))
# turn off averaging
p.doRequest(
makeWriteReg(wnconfig[i]['address'], 1607,
wnconfig[i]['averaging']))
log.info("Configuring CT amps (%d)..." %
(wnconfig[i]['ctamps']))
# setup for 15A ct
p.doRequest(
makeWriteReg(wnconfig[i]['address'], 1602,
wnconfig[i]['ctamps']))
log.info("Configuring CT direction (%d)..." %
(wnconfig[i]['ctdirections']))
p.doRequest(
makeWriteReg(wnconfig[i]['address'], 1606,
wnconfig[i]['ctdirections']))
log.info("Configuring phase offset (%d)..." %
(wnconfig[i]['phase']))
p.doRequest(
makeWriteReg(wnconfig[i]['address'], 1618,
wnconfig[i]['phase']))
success = True
except serial.SerialException, msg:
log.error("Failed to open port, will retry: %s", msg)
time.sleep(15)
except ModbusException, msg:
log.error("Modbus error during init, will retry: %s",
msg)
time.sleep(15)
log.info("Setup complete, starting logger")
try:
runlog(p, wnconfig, config, log, tty, serno)
except KeyboardInterrupt:
log.critical("Shutting down")
p.close()
exit(1)
except SystemExit:
log.critical("Exit() called, shutting down")
p.close()
raise
except Exception as x:
log.critical(x)
log.critical(traceback.format_exc())
def runlog(p, wnconfig, config, log, tty, serno):
dbtype = config.get('db', 'dbtype')
if dbtype == 'mysql':
db = mysql_dblogger(config, log)
elif dbtype == 'couchdb':
db = couch_dblogger(config, log)
elif dbtype == 'plotwatt':
from plotwatt import dblogger as plotwatt_dblogger
db = plotwatt_dblogger(config, log)
elif dbtype == 'opentsdb':
from opentsdb_wn import dblogger
db = dblogger(config, serno)
else:
raise Exception("dbtype ('%s') not supported." % (dbtype))
log.info('database connected')
mq = None
try:
period_sec = timedelta(seconds=config.getint('wattnode', 'period_sec'))
mq = mqClient(config, serno)
#regs = []
#for i in range(0, len(wnconfig)):
#t = config.get('wattnode%d'%(i+1), 'regs')
#t = [int(i) for i in t.split(',')]
#regs.append (t)
while True:
start = datetime.utcnow()
output = ""
for i in range(0, len(wnconfig)):
basic = p.doRequest(
makeReadReg(wnconfig[i]['address'], 1000, 34),
decodeBasicFp)
adv = p.doRequest(
makeReadReg(wnconfig[i]['address'], 1100, 76),
decodeAdvancedFp)
# merge the dicts
data = dict(basic, **adv)
data['address'] = wnconfig[i]['address']
data['time'] = start
#for key,value in data.iteritems():
#log.info("%20s = %9.3f"%('address',data['address']))
#for key in __wattNodeBasicVars:
# log.info("%20s = %9.3f"%(key,data[key]))
output += "\n%20s = %9d\n" % ('address', data['address'])
for i in range(0, len(__wattNodeBasicVars), 4):
output += "".join([
"%20s = %9.3f" % (key, data[key])
for key in __wattNodeBasicVars[i:i + 4]
])
output += "\n"
#output += "\n".join( ["%20s = %9.3f"%(key,data[key]) for key in __wattNodeBasicVars])
output += "\n"
for i in range(0, len(__wattNodeAdvancedVars), 4):
output += "".join([
"%20s = %9.3f" % (key, data[key])
for key in __wattNodeAdvancedVars[i:i + 4]
])
output += "\n"
#output += "\n".join( ["%20s = %9.3f"%(key,data[key]) for key in __wattNodeAdvancedVars])
db.logit(data)
mq.pub(data)
#if tty:
#log.info(output)
sleep = period_sec - (datetime.utcnow() - start)
sleep_s = (sleep.days * 86400) + sleep.seconds + (
sleep.microseconds / 1000000.0)
log.info('took %s seconds; sleep time is %f seconds',
period_sec - sleep, sleep_s)
if sleep_s > 0:
time.sleep(sleep_s)
else:
log.warning('took %s seconds; not meeting timing spec.',
period_sec - sleep)
finally:
db.close()
if mq:
mq.close()
