def validate_inputs(meta_param_dict, adjustment, errors_warnings):
'''
Validates user inputs for parameters
'''
# Validate meta parameter inputs
meta_params = MetaParams()
meta_params.adjust(meta_param_dict, raise_errors=False)
errors_warnings["Business Tax Parameters"]["errors"].update(
meta_params.errors)
# Validate CCC parameter inputs
params = Specification()
params.adjust(adjustment["Business Tax Parameters"],
raise_errors=False)
errors_warnings["Business Tax Parameters"]["errors"].update(
params.errors)
# Validate TC parameter inputs
iit_adj = cs2tc.convert_policy_adjustment(
adjustment["Individual and Payroll Tax Parameters"])
iit_params = Policy()
iit_params.adjust(iit_adj, raise_errors=False, ignore_warnings=True)
errors_warnings["Individual and Payroll Tax Parameters"][
"errors"].update(iit_params.errors)
return {"errors_warnings": errors_warnings}
def update_policy(
policy_obj: tc.Policy,
reform: Union[TaxcalcReform, ParamToolsAdjustment],
**kwargs
):
"""
Convenience method that updates the Policy object with the reform
dict using the appropriate method, given the reform format.
Parameters
----------
policy_obj: Tax-Calculator Policy class object
Policy object for tax parameterization used for analysis
reform: str or dict
parameters for tax policy
Returns
-------
None
modifies the Policy object
"""
if is_paramtools_format(reform):
policy_obj.adjust(reform, **kwargs)
else:
policy_obj.implement_reform(reform, **kwargs)
def validate_inputs(meta_params_dict, adjustment, errors_warnings):
params = CruncherParams()
params.adjust(adjustment["Tax Information"], raise_errors=False)
errors_warnings["Tax Information"]["errors"].update(params.errors)
policy_adj = inputs.convert_policy_adjustment(adjustment["Policy"])
policy_params = Policy()
policy_params.adjust(policy_adj, raise_errors=False, ignore_warnings=True)
errors_warnings["Policy"]["errors"].update(policy_params.errors)
return {"errors_warnings": errors_warnings}
