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smrp = self._generic_exception(point, smrp, allowraise)
# SQLAQ There are several states to deal with at this point
# A) the datatable exists but a feed has been added
# B) the datatable doesn't exist and needs to be created
# C) the datatable needs to be updated for more or less feeds
# D) the datatable_exists flag is incorrect because all edge cases
# haven't been handled yet.
#
# My logic is that once Trump is more functional, I'll be able to
# eliminate this hacky solution. But, SQLAlchemy might have
# a more elegant answer. A check, of somekind prior to deletion?
# if not self.datatable_exists:
# self._init_datatable() #older version of _init_datatable
# delete(self.datatable).execute()
# self._init_datatable() #older version of _init_datatable
# Is this the best way to check?
# if engine.dialect.has_table(session.connection(), self.name):
# delete(self.datatable).execute()
self._refresh_datatable_schema()
if len(data) > 0:
data.index.name = 'indx'
data = data.reset_index()
datarecords = data.to_dict(orient='records')
objs = object_session(self)
objs.execute(self.datatable.insert(), datarecords)
objs.commit()
if checkvalidity:
try:
isvalid, reports = self.check_validity(report=True)
for rep in reports:
smrp.add_reportpoint(rep)
if not isvalid:
raise Exception('{} is not valid'.format(self.name))
except:
point = ""validity_check""
smrp = self._generic_exception(point, smrp, allowraise)
self._log_an_event('CACHE','COMPLETE', ""Fresh!"")
else:
self._log_an_event('CACHE','FRESH', ""Was still fresh"")
return smrp"
1861,"def check_validity(self, checks=None, report=True):
"""""" Runs a Symbol's validity checks.
Parameters
----------
checks : str, [str,], optional
Only run certain checks.
report : bool, optional
If set to False, the method will return only the result of the
check checks (True/False). Set to True, to have a
SymbolReport returned as well.
Returns
-------
Bool, or a Tuple of the form (Bool, SymbolReport)
""""""
if report:
reportpoints = []
allchecks = []
checks_specified=False
if isinstance(checks, (str, unicode)):
checks = [checks]
checks_specified = True
elif isinstance(checks, (list, tuple)):
checks_specified = True
else:
checks = []
for val in self.validity:
if (val.validator in checks) or (not checks_specified):
ValCheck = validitychecks[val.validator]
anum = ValCheck.__init__.func_code.co_argcount - 2
args = []
for arg in SymbolValidity.argnames:
args.append(getattr(val, arg))
valid = ValCheck(self.datatable_df, *args[:anum])
res = valid.result
allchecks.append(res)
rp = ReportPoint('validation', val.validator, res, str(args[:anum]))
reportpoints.append(rp)
if report:
return all(allchecks), reportpoints
else: