def check_comparison(ipp2of_input_variables, input_file_path, output_file_path, ipp2of_output_variables,
last_param_scenario = "rien", threshold = 1, verbose = False):
simulation, param_scenario = run_OF(ipp2of_input_variables, path_dta_input = input_file_path, option = 'list_dta')
if str(param_scenario) != str(last_param_scenario):
pbs = compare(output_file_path, ipp2of_output_variables, param_scenario, simulation, threshold,
verbose = verbose)
assert_equal(len(pbs), 0, u"input_file_path={!r}, threshold={!r}, pbs={!r}".format(
input_file_path, threshold, pbs))
last_param_scenario = param_scenario
def check_comparison(ipp2of_input_variables, input_file_path, output_file_path, ipp2of_output_variables,
last_param_scenario = "rien", threshold = 1, verbose = False):
simulation, param_scenario = run_OF(ipp2of_input_variables, path_dta_input = input_file_path, option = 'list_dta')
if str(param_scenario) != str(last_param_scenario):
pbs = compare(output_file_path, ipp2of_output_variables, param_scenario, simulation, threshold,
verbose = verbose)
assert len(pbs) == 0, \
u"Avec la base dta {}\n et un seuil de {} les problèmes suivants ont été identifiés :\n{}".format(
input_file_path, threshold, pbs)
last_param_scenario = param_scenario
def test_from_taxipp(selection=None, threshold=1, list_input=None, list_output=None, verbose=False):
# selection : dernier mot avant le .dta : "actif-chomeur", "ISF", "famille_modeste"
if not list_input:
list_input, list_output = list_dta(selection)
elif not list_output:
list_output = [file_path.replace("input", "output") for file_path in list_input]
ipp2of_input_variables, ipp2of_output_variables = build_ipp2of_variables()
last_param_scenario = "rien"
for input_file_path, output_file_path in zip(list_input, list_output):
simulation, param_scenario = run_OF(ipp2of_input_variables, path_dta_input=input_file_path, option="list_dta")
if str(param_scenario) != str(last_param_scenario):
pbs = compare(
output_file_path, ipp2of_output_variables, param_scenario, simulation, threshold, verbose=verbose
)
assert (
len(pbs) == 0
), u"Avec la base dta {}\n et un seuil de {} les problèmes suivants ont été identifiés :\n{}".format(
input_file_path, threshold, pbs
)
last_param_scenario = param_scenario
def test_from_taxipp(selection = "famille_modeste", threshold = 1, list_input = None, list_output = None, verbose = False):
# selection : dernier mot avant le .dta : "actif-chomeur", "ISF", "famille_modeste"
def list_dta(date):
input = []
output = []
for filename in os.listdir(ipp_dir + "\\base_IPP"):
path_file = ipp_dir + '/base_IPP/' + filename
if filename.startswith("base_IPP_input") and filename.endswith(selection + ".dta"):
input += [path_file]
if filename.startswith("base_IPP_output") and filename.endswith(selection + ".dta"):
output += [path_file]
return input, output
if not list_input :
list_input, list_output = list_dta(selection)
elif not list_output:
list_output = []
for i in range(len(list_input)):
list_output += [list_input[i].replace('input', 'output')]
dic_input, dic_output = dic_ipp2of()
last_param_scenar = "rien"
for i in range(len(list_input)) :
input = list_input[i]
output = list_output[i]
simulation, openfisca_output, param_scenario = run_OF(dic_input, path_dta_input = input, option = 'list_dta')
if str(param_scenario) != str(last_param_scenar) :
pbs = compare(output, openfisca_output, dic_output, param_scenario, simulation, threshold, verbose = verbose)
try :
assert len(pbs) == 1
except :
print " Avec la base dta ", input, "\n et un seuil de ", threshold, ", les problèmes suivants ont été identifiés : \n ", pbs
last_param_scenar = param_scenario
else:
pass
