def action(dataset):
if json_file:
calculations = safe_json_loads(json_file.file.read())
Calculation.create_from_list_or_dict(dataset, calculations)
success_message = 'created calculations from JSON'
elif formula is None or name is None:
raise ArgumentError('Must provide both formula and name argume'
'nts, or json_file argument')
else:
Calculation.create(dataset, formula, name, group)
return self._success('created calculation: %s' % name, dataset_id)
def action(dataset):
if json_file:
calculations = safe_json_loads(json_file.file.read())
Calculation.create_from_list_or_dict(dataset, calculations)
success_message = 'created calculations from JSON'
elif formula is None or name is None:
raise ArgumentError('Must provide both formula and name argume'
'nts, or json_file argument')
else:
Calculation.create(dataset, formula, name, group)
return self._success('created calculation: %s' % name, dataset_id)
def action(dataset):
if json_file:
calculations = safe_json_loads(json_file.file.read())
Calculation.create_from_list_or_dict(dataset, calculations)
success_message = "created calculations from JSON for dataset" ":%s" % dataset_id
elif formula is None or name is None:
raise ArgumentError("Must provide both formula and name argume" "nts, or json_file argument")
else:
Calculation.create(dataset, formula, name, group)
success_message = "created calculation: %s for dataset: %s" % (name, dataset_id)
return {self.SUCCESS: success_message}
def _action(dataset):
if json_file:
calculations = json.loads(json_file.file.read())
Calculation.create_from_list_or_dict(dataset, calculations)
success_message = ('created calculations from JSON for dataset'
':%s' % dataset_id)
elif formula is None or name is None:
raise ArgumentError('Must provide both formula and name argume'
'nts, or json_file argument')
else:
Calculation.create(dataset, formula, name, group)
success_message = 'created calculation: %s for dataset: %s' % (
name, dataset_id)
return {self.SUCCESS: success_message}
def _save_calculation(self, formula):
if not formula:
formula = self.formula
return Calculation.create(self.dataset, formula, self.name)
def _save_calculation(self, formula):
if not formula:
formula = self.formula
return Calculation.create(self.dataset, formula, self.name)
