class CompareJson:
def compare_json_data(self,expect, actual, errorList,sort,xpath = '.',*args):
skip = (arg for arg in args)
if isinstance(expect, list) and isinstance(actual, list):
for i in range(len(expect)):
try:
expect = sorted(expect)
except TypeError:
expect = sorted(expect,key=lambda expect:expect[sort])
try:
actual = sorted(actual)
except TypeError:
actual = sorted(actual,key=lambda actual:actual[sort])
try:
self.compare_json_data(expect[i], actual[i], errorList, sort,xpath + '[%s]' % str(i),*args)
except:
errorList.append('▇▇ expect中的key %s[%s]未在B中找到\n' % (xpath, i))
if isinstance(expect, dict) and isinstance(actual, dict):
for i in expect:
if i in skip:
continue
try:
actual[i]
except:
errorList.append('▇▇ [expect]中的key:%s %s/%s 未在[actual]中找到\n' % (i,xpath, i))
continue
if not (isinstance(expect.get(i), (list, dict)) or isinstance(actual.get(i), (list, dict))):
if type(expect.get(i)) != type(actual.get(i)):
errorList.append('▇▇ 类型不同参数在[expect]中的绝对路径: %s/%s ►►► expect is %s, actual is %s \n' % (xpath, i, type(expect.get(i)), type(actual.get(i))))
elif expect.get(i) != actual.get(i):
errorList.append('▇▇ 仅内容不同参数在[expect]中的绝对路径: %s/%s ►►► expect is %s, actual is %s \n' % (xpath, i, expect.get(i), actual.get(i)))
continue
self.compare_json_data(expect.get(i), actual.get(i), errorList,sort, xpath + '/' + str(i),*args)
return
if type(expect) != type(actual):
errorList.append('▇▇ 类型不同参数在[expect]中的绝对路径: %s ►►► expect is %s, actual is %s \n' % (xpath, type(expect), type(actual)))
elif expect != actual and type(expect) is not list:
errorList.append('▇▇ 仅内容不同参数在[expect]中的绝对路径: %s ►►► expect is %s, actual is %s \n' % (xpath, expect, actual))
return errorList
def assertEqual(self,expect,actual,sort,xpath,*skip):
errorList = []
self.compare_json_data(expect, actual, errorList,sort,xpath,*skip)
assert len(errorList) == 0, "\n"+"".join(errorList)
def assert_equal(self,expect_value,response,sort,*args):
# 响应结果中的列表顺序必须与预期结果的顺序完全一致，否则会断言失败
remove_args = (arg for arg in args)
if isinstance(expect_value,(list,tuple)):
assert isinstance(response,(list,tuple)),"响应结果中的：%s 不是list类型,与预期类型不符,请核查！" %response
assert len(expect_value) == len(response),"响应结果长度：%s 预期长度：%s" %(len(response),len(expect_value))
if len(expect_value) != 0:
try:
expect_value = sorted(expect_value)
except TypeError:
expect_value = sorted(expect_value,key= lambda expect_value:expect_value[sort])
try:
response = sorted(response)
except TypeError:
response = sorted(response,key=lambda response:response[sort])
for exp,res in zip(expect_value,response):
self.assert_equal(exp,res,sort,*args)
elif isinstance(expect_value,dict):
assert isinstance(response,dict),"响应结果中的：%s 不是dict类型,与预期类型不符,请核查！" %response
for k in expect_value.keys():
assert k in response.keys()
if k in remove_args :
continue
else:
self.assert_equal(expect_value[k],response[k],sort,*args)
elif isinstance(expect_value,(int,bool,str)):
assert expect_value == response,"预期结果：%s 不等于 实际结果：%s" %(expect_value,response)
def assert_not_contain(self,expect,reponse):
assert expect not in json.dumps(reponse,ensure_ascii=False),"值：%s 不应该在响应结果中,请核查！" %expect
