def update_inplace_risk(self, scanning_progress, rule, res):
"""Function updates inplace risk"""
inplace_risk = xccdf.get_check_import_inplace_risk(rule)
if inplace_risk:
return_value = xccdf.get_and_print_inplace_risk(0, inplace_risk)
if int(return_value) < 3:
res.text = utils.get_needs_inspection()
elif int(return_value) == 3:
res.text = utils.get_needs_action()
for index, row in enumerate(scanning_progress.output_data):
if self.get_nodes_text(rule, "title") in row:
scanning_progress.output_data[index] = "{0}:{1}".format(
self.get_nodes_text(rule, "title"), res.text)
def update_inplace_risk(self, scanning_progress, rule, res):
"""Function updates inplace risk"""
inplace_risk = xccdf.get_check_import_inplace_risk(rule)
if inplace_risk:
return_value = xccdf.get_and_print_inplace_risk(0, inplace_risk)
if int(return_value) < 3:
res.text = utils.get_needs_inspection()
elif int(return_value) == 3:
res.text = utils.get_needs_action()
for index, row in enumerate(scanning_progress.output_data):
if self.get_nodes_text(rule, "title") in row:
scanning_progress.output_data[index] = "{0}:{1}".format(
self.get_nodes_text(rule, "title"),
res.text)
def upd_action(rule):
"""Function updates result to needs_action in caseof HIGH"""
return rule.get("idref"), utils.get_needs_action()
def upd_action(rule):
"""Function updates result to needs_action in caseof HIGH"""
return rule.get("idref"), utils.get_needs_action()