def wrapped(args):
all_testdata = get_testdata(args)
jsonpath_for_expected = "$..expected_values"
expect_data = json_get(all_testdata,
jsonpath_for_expected) or all_testdata
testdata = expect_data
if input_values:
jsonpath_for_input = "$..input_values"
input_data = json_get(all_testdata, jsonpath_for_input)
testdata = (expect_data, input_data)
return func(args, testdata)
def get_testdata(obj):
test_data_dir_path = (os.path.dirname(inspect.getfile(
obj.__class__)).replace("testcases", "testdata"))
test_module_name = obj.test_module.__class__.__name__.lower()
test_data_path = test_data_dir_path + '\\' + test_module_name + ".json"
expr_with_testcase = "$..%s" % obj._testMethodName.lower()
testdata = jsonFile_get(test_data_path, expr_with_testcase)
current_branch = "4.5.300" # sample
if current_branch:
current_branch = 'branch_' + current_branch.replace('.', '_')
branch_group = current_branch[0:10] + '_all'
else:
current_branch = " "
branch_group = " "
priority_list = [current_branch, branch_group, "common"]
testdata_with_branch = json_get_with_priority(testdata,
priority_list) or testdata
# with platform
platform = "windows" # sample
expr_with_platform = "$..%s" % platform
testdata_with_platform = json_get(
testdata_with_branch, expr_with_platform) or testdata_with_branch
return testdata_with_platform
def json_get_with_priority(json_content, priority_list):
priority = 0
while priority < len(priority_list):
xpath = json_get(json_content, '$..%s' % priority_list[priority])
if xpath != None:
return xpath
priority += 1
return None
def get_expected_value(self):
'''
it will get the testdata from [biz_module].json
from a key whose name is the same with unittest's test case method
'''
all_testdata = self.get_testdata()
jsonpath_for_expected = "$..expected_values"
testdata = json_get(all_testdata,
jsonpath_for_expected) or all_testdata
if testdata is None:
raise BaseException("please confirm your data in file %s could be gotten with jsonpath %s" \
% (self.testdata_file_path, "$..%s" % self._testMethodName))
return testdata
def print_test_message(self, expected_value, compared_diff_msg):
'''
print the checkpoints' test result as human language
'''
for checkpoint, expected in expected_value.items():
try:
checkpoint_detail_result = json_get(
ast.literal_eval(
str(compared_diff_msg).replace("[", "").replace(
"]", "").replace('"', "")), "$..%s" % checkpoint)
except:
checkpoint_detail_result = compared_diff_msg
pass_the_checkpoint = checkpoint_detail_result is None
print_message = checkpoint.replace("_", " ")
if isinstance(expected, bool):
if expected == False:
print_message = (print_message.replace(
"is", "is not").replace("appear",
"not appear").replace(
"exist", "not exist"))
if pass_the_checkpoint:
if isinstance(expected, bool):
print("[Pass check point] check %s" % print_message)
else:
print(
"[Pass check point] check %s with [expected_value]--> %s"
% (print_message, expected))
else:
if isinstance(expected, bool):
checkpoint_detail_result = ""
else:
checkpoint_detail_result = (
"\r\n[compare result]:\r\n" +
json.dumps(checkpoint_detail_result,
indent=4,
ensure_ascii=False))
print("[Fail check point] check %s" %
(print_message + checkpoint_detail_result))
def get_input_data(self):
all_testdata = self.get_testdata()
jsonpath_for_input = "$..input_values"
return json_get(all_testdata, jsonpath_for_input) or all_testdata
def wrapped(args):
all_testdata = get_testdata(args)
jsonpath_for_expected = "$..expected_values"
testdata = json_get(all_testdata,
jsonpath_for_expected) or all_testdata
return func(args, testdata)