def test_json_facturas(self):
t_0, t_f = '2016-01-01', '2017-01-09'
f1 = FacturaElec(t_0, t_f, consumo=[500, 500], tipo_peaje=TIPO_PEAJE_NOC)
print(json.dumps(f1.to_dict(include_text_repr=True, include_html_repr=True)))
t_0, t_f = '2016-11-01', '2016-12-09'
f1 = FacturaElec(t_0, t_f, consumo=[500, 500], tipo_peaje=TIPO_PEAJE_NOC)
print(json.dumps(f1.to_dict(include_text_repr=True, include_html_repr=True)))
t_0, t_f = '2016-11-01', '2016-12-09'
f1 = FacturaElec(t_0, t_f, tipo_peaje=TIPO_PEAJE_NOC)
print(json.dumps(f1.to_dict(include_text_repr=True, include_html_repr=True)))
t_0, t_f = '2016-01-01', '2017-01-09'
f1 = FacturaElec(t_0, t_f, tipo_peaje=TIPO_PEAJE_NOC)
print(json.dumps(f1.to_dict(include_text_repr=True, include_html_repr=True)))
def _gen_stream_data_factura(start=None, end=None, **kwargs_factura):
tic = time()
if start is None:
# Inicio de mes actual hasta instante actual
start = dt.datetime.now(tz=SENSORS.TZ).replace(day=1,
hour=0,
minute=0,
second=0,
microsecond=0)
end = dt.datetime.now(tz=SENSORS.TZ)
cat = enerpi_data_catalog(check_integrity=False)
df = cat.get_summary(start=start, end=end)
toc_df = time()
if (df is not None) and not df.empty and ('kWh' in df):
consumption = df['kWh']
# Fix timezone (ya en esiosdata)
# try:
# consumption.index = consumption.index.tz_localize(SENSORS.TZ, ambiguous='infer')
# except AmbiguousTimeError as e:
# consumption.index = consumption.index.tz_localize(SENSORS.TZ, ambiguous='NaT')
# consumption = consumption.reindex(DatetimeIndex(start=consumption.index[0], end=consumption.index[-1],
# freq='1h', tz=SENSORS.TZ)).interpolate()
# log('AmbiguousTimeError ({}) en elec_bill. Se reindexa e interpola el índice.'.format(e), 'error')
factura = FacturaElec(consumo=consumption, **kwargs_factura)
data_factura = factura.to_dict(include_text_repr=True,
include_html_repr=True)
toc_p = time()
msg = 'Factura generada en {:.3f} s; datos en {:.3f} s.'.format(
toc_p - toc_df, toc_df - tic)
log(msg, 'debug', False)
log(
'stream_data_factura: STREAM BILL from "{}" to "{}"'.format(
start, end), 'debug', False)
yield _format_event_stream(
dict(success=True,
factura=data_factura,
took=round(toc_p - tic, 3),
took_df=round(toc_df - tic, 3)))
elif df is not None:
factura = FacturaElec(start, end, **kwargs_factura)
data_factura = factura.to_dict(include_text_repr=True,
include_html_repr=True)
toc_p = time()
msg = 'Factura vacía generada en {:.3f} s; datos en {:.3f} s.'.format(
toc_p - toc_df, toc_df - tic)
log(msg, 'debug', False)
log(
'stream_data_factura: STREAM EMPTY BILL from "{}" to "{}"'.format(
start, end), 'debug', False)
yield _format_event_stream(
dict(success=True,
factura=data_factura,
error=msg,
took=round(toc_p - tic, 3),
took_df=round(toc_df - tic, 3)))
else:
msg = 'No data from {} to {}. CATALOG:\n{}'.format(start, end, cat)
log(msg, 'debug', False)
log(
'stream_data_factura: STREAM ERR NO DATA from "{}" to "{}"'.format(
start, end), 'debug', False)
yield _format_event_stream(
dict(success=False,
error=msg,
took=round(time() - tic, 3),
took_df=round(toc_df - tic, 3)))
log(
'CLOSING stream_data_factura from "{}" to "{}" with args={}'.format(
start, end, kwargs_factura), 'debug', False)
yield _format_event_stream('CLOSE')