def argument_value_convert(method, argument, value, rpc_version):
if method in ('torrent-add', 'torrent-get', 'torrent-set'):
args = constants.TORRENT_ARGS[method[-3:]]
elif method in ('session-get', 'session-set'):
args = constants.SESSION_ARGS[method[-3:]]
else:
return ValueError('Method "%s" not supported' % (method))
if argument in args:
info = args[argument]
invalid_version = True
while invalid_version:
invalid_version = False
replacement = None
if rpc_version < info[1]:
invalid_version = True
replacement = info[3]
if info[2] and info[2] <= rpc_version:
invalid_version = True
replacement = info[4]
if invalid_version:
if replacement:
logger.warning(
'Replacing requested argument "%s" with "%s".'
% (argument, replacement))
argument = replacement
info = args[argument]
else:
raise ValueError(
'Method "%s" Argument "%s" does not exist in version %d.'
% (method, argument, rpc_version))
return (argument, TR_TYPE_MAP[info[0]](value))
else:
raise ValueError('Argument "%s" does not exists for method "%s".',
(argument, method))
def update_values(self, data):
try:
self.market_cap = data['Market_cap']
self.average_volume = data['Average_volume']
self.eps = data['EPS']
self.short_ratio = data['Short_ratio']
self.pe = data['PE']
self.peg = data['PEG']
except KeyError:
logger.warning("Invalid company info for {}".format(self.ticker))
def update_values(self, data):
try:
self.market_cap = data['Market_cap']
self.average_volume = data['Average_volume']
self.eps = data['EPS']
self.short_ratio = data['Short_ratio']
self.pe = data['PE']
self.peg = data['PEG']
except KeyError:
logger.warning("Invalid company info for {}".format(self.ticker))
def _convert_market_cap(cap):
if cap is None:
return None
elif cap.endswith('B'):
return float(cap[:-1]) * 1000000000
elif cap.endswith('M'):
return float(cap[:-1]) * 1000000
else:
logger.warning("Market cap does not end with B or M, {}".format(cap))
return None
def _convert_market_cap(cap):
if cap is None:
return None
elif cap.endswith('B'):
return float(cap[:-1]) * 1000000000
elif cap.endswith('M'):
return float(cap[:-1]) * 1000000
else:
logger.warning(
"Market cap does not end with B or M, {}".format(cap))
return None
def update_values(self, data):
try:
self.open = data['Open']
self.close = data['Close']
self.high = data['High']
self.low = data['Low']
self.volume = data['Volume']
self.save()
except TypeError as e:
logger.warning("Error while updating values for {}, {}".format(self.ticker.ticker, e))
except KeyError as e:
logger.warning("Error while updating values for {}, {}".format(self.ticker.ticker, e))
def update_values(self, data):
try:
self.open = data['Open']
self.close = data['Close']
self.high = data['High']
self.low = data['Low']
self.volume = data['Volume']
self.save()
except TypeError as e:
logger.warning("Error while updating values for {}, {}".format(
self.ticker.ticker, e))
except KeyError as e:
logger.warning("Error while updating values for {}, {}".format(
self.ticker.ticker, e))
def start_http_server(self, port=80):
"""Starts a simple http server on a choosen port.
:port: integer defaults to 80
"""
if (self.__http is None):
cmd = "python -m SimpleHTTPServer %d" % port
try:
self.__http = Popen(cmd, shell=True, preexec_fn=setsid)
logger.info('HMI%d - HTTP server started on port %d' %
(self.__id, port))
except OSError as e:
emsg = repr(e)
logger.warning('HMI%d - HTTP server cannot start: %s' %
(self.__id, emsg))
start_time = time.time()
while (time.time() - start_time < TIMEOUT):
# Read and update HMI_tag
lit101_str = read_single_statedb('1', 'AI_LIT_101_LEVEL')[3]
write_cpppo(L1_PLCS_IP['plc1'], 'HMI_LIT101-Pv', lit101_str)
val = read_cpppo(L1_PLCS_IP['plc1'], 'HMI_LIT101-Pv', PLC1_CPPPO_CACHE)
logger.debug("PLC1 - read_cpppo HMI_LIT101-Pv: %s" % val)
lit101 = float(lit101_str)
# lit101
if lit101 >= LIT_101['HH']:
logger.warning("PLC1 - lit101 over HH: %.2f >= %.2f" %
(lit101, LIT_101['HH']))
elif lit101 <= LIT_101['LL']:
logger.warning("PLC1 - lit101 under LL: %.2f <= %.2f" %
(lit101, LIT_101['LL']))
val = read_cpppo(L1_PLCS_IP['plc1'], 'HMI_P101-Status',
PLC1_CPPPO_CACHE)
logger.info("PLC1 - p101 read HMI_P101-Status: %s" % val)
elif lit101 <= LIT_101['L']:
logger.warning("PLC1 - lit101 under L: %.2f <= %.2f" %
(lit101, LIT_101['L']))
val = read_cpppo(L1_PLCS_IP['plc1'], 'HMI_MV101-Status',
PLC1_CPPPO_CACHE)
logger.info("PLC1 - p101 read HMI_MV101-Status: %s" % val)
start_time = time.time()
while(time.time() - start_time < TIMEOUT):
# Read and update HMI_tag
lit101_str = read_single_statedb('1', 'AI_LIT_101_LEVEL')[3]
write_cpppo(L1_PLCS_IP['plc1'], 'HMI_LIT101-Pv', lit101_str)
val = read_cpppo(L1_PLCS_IP['plc1'], 'HMI_LIT101-Pv', PLC1_CPPPO_CACHE)
logger.debug("PLC1 - read_cpppo HMI_LIT101-Pv: %s" % val)
lit101 = float(lit101_str)
# lit101
if lit101 >= LIT_101['HH']:
logger.warning("PLC1 - lit101 over HH: %.2f >= %.2f" % (
lit101, LIT_101['HH']))
elif lit101 <= LIT_101['LL']:
logger.warning("PLC1 - lit101 under LL: %.2f <= %.2f" % (
lit101, LIT_101['LL']))
val = read_cpppo(
L1_PLCS_IP['plc1'], 'HMI_P101-Status', PLC1_CPPPO_CACHE)
logger.info("PLC1 - p101 read HMI_P101-Status: %s" % val)
elif lit101 <= LIT_101['L']:
logger.warning("PLC1 - lit101 under L: %.2f <= %.2f" % (
lit101, LIT_101['L']))
val = read_cpppo(
L1_PLCS_IP['plc1'], 'HMI_MV101-Status', PLC1_CPPPO_CACHE)
logger.info("PLC1 - p101 read HMI_MV101-Status: %s" % val)
start_time = time.time()
while(time.time() - start_time < TIMEOUT):
# Read and update HMI_tag
lit101_str = read_single_statedb('1', 'AI_LIT_101_LEVEL')[3]
write_cpppo(L1_PLCS_IP['plc1'], 'HMI_LIT101-Pv', lit101_str)
val = read_cpppo(L1_PLCS_IP['plc1'], 'HMI_LIT101-Pv', PLC1_CPPPO_CACHE)
logger.debug("PLC1 - read_cpppo HMI_LIT101-Pv: %s" % val)
lit101 = float(lit101_str)
# lit101
if lit101 >= LIT_101['HH']:
logger.warning("PLC1 - lit101 over HH: %.2f >= %.2f" % (
lit101, LIT_101['HH']))
elif lit101 <= LIT_101['LL']:
logger.warning("PLC1 - lit101 under LL: %.2f <= %.2f" % (
lit101, LIT_101['LL']))
# CLOSE p101
update_statedb('0', 'DO_P_101_START')
write_cpppo(L1_PLCS_IP['plc1'], 'HMI_P101-Status', '1')
val = read_cpppo(
L1_PLCS_IP['plc1'], 'HMI_P101-Status', PLC1_CPPPO_CACHE)
logger.warning("PLC1 - close p101: HMI_P101-Status: %s" % val)
elif lit101 <= LIT_101['L']:
# OPEN mv101
update_statedb('0', 'DO_MV_101_CLOSE')
update_statedb('1', 'DO_MV_101_OPEN')