def init(self):
SosInput.init(self)
PostgresDbInput.init(self)
progress_list = self.do_query(self.progress_query)
for progress_row in progress_list:
name = progress_row["name"]
timestamp = progress_row["timestamp"]
self.progress[name] = timestamp
def init(self):
PostgresDbInput.init(self)
# get gid where to start
last_gid_tuples = self.raw_query(self.last_gid_query)
if len(last_gid_tuples) == 1:
self.last_gid, = last_gid_tuples[0]
# One time: get all gid's to be processed
raw_query = self.gids_query % (self.last_gid, self.last_gid + self.max_input_records)
ts_gid_tuples = self.raw_query(raw_query)
ts_gid_recs = self.tuples_to_records(ts_gid_tuples, ['gid'])
log.info('read timeseries_recs: %d' % len(ts_gid_recs))
for rec in ts_gid_recs:
self.ts_gids.append(rec['gid'])
def init(self):
PostgresDbInput.init(self)
if self.query is not None and len(self.sensor_model_names) > 0:
log.info('Getting calibration models from database')
for k, v in self.sensor_model_names.iteritems():
id, param, model = self.query_parameters_and_model(v)
self.ids[k] = id
self.parameters[k] = param
self.models[k] = model
model_state = self.query_state(id)
self.state[k] = model_state
else:
log.info('No query for fetching calibration models given or no '
'mapping for calibration models to gas components given.')
def init(self):
PostgresDbInput.init(self)
self.read_gids()
self.read_records()
