def process_testcase_input(self, test_key, test_case_key, secTests):
sec_test_case_lst = []
# print secTests[test_key][test_case_key]
for sub_test_case_key in (secTests[test_key]
[test_case_key]).keys():
security_testcase_obj = security_testcase()
security_testcase_obj.set_test_name(test_case_key + "." +
sub_test_case_key)
if "perform_on" in (secTests[test_key][test_case_key]
[sub_test_case_key]):
security_testcase_obj.\
set_perform_on(secTests[test_key][test_case_key]
[sub_test_case_key]["perform_on"])
if "input" in secTests[test_key][test_case_key][sub_test_case_key] \
and (secTests[test_key][test_case_key][sub_test_case_key]
["input"]) is not None:
test_input_dict = {}
for test_case_input_key in \
(secTests[test_key][test_case_key]
[sub_test_case_key]["input"]).keys():
test_input_dict[test_case_input_key] = \
(secTests[test_key][test_case_key]
[sub_test_case_key]["input"][test_case_input_key])
security_testcase_obj.set_input_params(test_input_dict)
sec_test_case_lst.append(security_testcase_obj)
return sec_test_case_lst
def process_testcase_input(self, test_key, test_case_key, secTests):
sec_test_case_lst = []
# print secTests[test_key][test_case_key]
for sub_test_case_key in (secTests[test_key][test_case_key]).keys():
security_testcase_obj = security_testcase()
security_testcase_obj.set_test_name(test_case_key + "." +
sub_test_case_key)
if "perform_on" in (
secTests[test_key][test_case_key][sub_test_case_key]):
security_testcase_obj.\
set_perform_on(secTests[test_key][test_case_key]
[sub_test_case_key]["perform_on"])
if "input" in secTests[test_key][test_case_key][sub_test_case_key] \
and (secTests[test_key][test_case_key][sub_test_case_key]
["input"]) is not None:
test_input_dict = {}
for test_case_input_key in \
(secTests[test_key][test_case_key]
[sub_test_case_key]["input"]).keys():
test_input_dict[test_case_input_key] = \
(secTests[test_key][test_case_key]
[sub_test_case_key]["input"][test_case_input_key])
security_testcase_obj.set_input_params(test_input_dict)
sec_test_case_lst.append(security_testcase_obj)
return sec_test_case_lst
def process_security_input_file(self):
# print self.secInputYamlObj
secTests = self.secInputYamlObj["securityhealth"]
globalVarData = {}
input_data = {}
sec_test_lst = []
for test_key in secTests.keys():
if test_key == "global_data":
for gkey in secTests[test_key].keys():
globalVarData[gkey] = secTests[test_key][gkey]
continue
sec_test_obj = security_test()
sec_test_obj.set_test_name(test_key)
sec_test_case_lst = []
test_data = secTests[test_key]
for test_case_key in test_data.keys():
if test_case_key == "perform_on":
sec_test_obj.set_perform_on(secTests[test_key]
[test_case_key])
elif test_case_key == "testcase":
sec_test_obj.set_test_to_execute(secTests[test_key]
[test_case_key])
else:
security_testcase_obj = security_testcase()
security_testcase_obj.set_test_name(test_case_key)
if "perform_on" in secTests[test_key][test_case_key]:
# print secTests[test_key][test_case_key]["perform_on"]
security_testcase_obj.\
set_perform_on(secTests[test_key]
[test_case_key]
["perform_on"])
test_input_dict = {}
if "input" in secTests[test_key][test_case_key]:
if secTests[test_key][test_case_key]["input"] \
is not None:
for test_case_input_key in \
secTests[test_key][test_case_key]["input"].\
keys():
test_input_dict[test_case_input_key] = \
(secTests[test_key][test_case_key]["input"]
[test_case_input_key])
security_testcase_obj.\
set_input_params(test_input_dict)
sec_test_case_lst.append(security_testcase_obj)
else:
sec_test_case_lst = sec_test_case_lst + \
self.process_testcase_input(test_key,
test_case_key,
secTests)
sec_test_obj.set_security_testcase(sec_test_case_lst)
sec_test_lst.append(sec_test_obj)
# security_test_input_reader.print_test_input(sec_test_lst)
# print globalVarData
input_data['global_data'] = globalVarData
input_data['sec_test_lst'] = sec_test_lst
return input_data
def process_security_input_file(self):
# print self.secInputYamlObj
secTests = self.secInputYamlObj["securityhealth"]
globalVarData = {}
input_data = {}
sec_test_lst = []
for test_key in secTests.keys():
if test_key == "global_data":
for gkey in secTests[test_key].keys():
globalVarData[gkey] = secTests[test_key][gkey]
continue
sec_test_obj = security_test()
sec_test_obj.set_test_name(test_key)
sec_test_case_lst = []
test_data = secTests[test_key]
for test_case_key in test_data.keys():
if test_case_key == "perform_on":
sec_test_obj.set_perform_on(
secTests[test_key][test_case_key])
elif test_case_key == "testcase":
sec_test_obj.set_test_to_execute(
secTests[test_key][test_case_key])
else:
security_testcase_obj = security_testcase()
security_testcase_obj.set_test_name(test_case_key)
if "perform_on" in secTests[test_key][test_case_key]:
# print secTests[test_key][test_case_key]["perform_on"]
security_testcase_obj.\
set_perform_on(secTests[test_key]
[test_case_key]
["perform_on"])
test_input_dict = {}
if "input" in secTests[test_key][test_case_key]:
if secTests[test_key][test_case_key]["input"] \
is not None:
for test_case_input_key in \
secTests[test_key][test_case_key]["input"].\
keys():
test_input_dict[test_case_input_key] = \
(secTests[test_key][test_case_key]["input"]
[test_case_input_key])
security_testcase_obj.\
set_input_params(test_input_dict)
sec_test_case_lst.append(security_testcase_obj)
else:
sec_test_case_lst = sec_test_case_lst + \
self.process_testcase_input(test_key,
test_case_key,
secTests)
sec_test_obj.set_security_testcase(sec_test_case_lst)
sec_test_lst.append(sec_test_obj)
# security_test_input_reader.print_test_input(sec_test_lst)
# print globalVarData
input_data['global_data'] = globalVarData
input_data['sec_test_lst'] = sec_test_lst
return input_data
