def test_update(self, item):
url_update = self.base_url + item['url']
method_update = item['method'].lower()
# item['data'] = item['data'].replace('##member_id##', str(self.member_id))
# 调用封装的替换方法，用测试类对象的member_id值替换用例数据中的字符串
item['data'] = data_replace(item['data'], TestUpdate)
params_update = eval(item['data'])
response_update = requests.request(method=method_update,
url=url_update,
json=params_update,
headers=self.headers)
res_update = response_update.json()
sql = 'select * from futureloan.member where reg_name="{}"'.format(
params_update.get('reg_name', ""))
count = self.db.find_count(sql)
expected_update = eval(item['expected'])
try:
assert_dict_in(expected_update, res_update)
if item['flag']:
self.assertEqual(1, count)
except AssertionError as e:
log.error('这是【{}】用例执行失败'.format(item['title']))
log.exception(e)
raise e
else:
log.info('这是【{}】用例执行成功'.format(item['title']))
def test_withdraw(self, item):
url_withdraw = self.base_url + item['url']
method = item['method'].lower()
# 用上面得到的用户id替换测试用例中的用户id
# item['data'] = item['data'].replace('##member_id##', str(self.member_id))
# 调用封装的替换方法，用测试类对象的member_id值替换用例数据中的字符串
item['data'] = data_replace(item['data'], TestWithdraw)
# 请求参数
params_withdraw = eval(item['data'])
# %%%%%%%%%%%%%%%%%%%请求接口之前查询用户的余额%%%%%%%%%%%%%%%%
sql = 'SELECT leave_amount FROM futureloan.member WHERE mobile_phone={}'.format(
conf.get('test_data', 'mobile_phone'))
# %%%%%%%%%%%%%%%%%%%请求接口之前查询用户的余额%%%%%%%%%%%%%%%%
start_amount = self.db.find_one(sql)['leave_amount']
# 请求接口，获得返回值
response_withdraw = requests.request(method,
url=url_withdraw,
json=params_withdraw,
headers=self.headers)
actual_withdraw = response_withdraw.json()
# %%%%%%%%%%%%%%%%%%%请求接口之前查询用户的余额%%%%%%%%%%%%%%%%
end_amount = self.db.find_one(sql)['leave_amount']
expected_withdraw = eval(item['expected'])
try:
assert_dict_in(expected_withdraw, actual_withdraw)
# 运行成功的用例中，判断提现前的金额减去提现后的金额是否等于用例中的提现金额
if item['flag']:
self.assertEqual(params_withdraw['amount'],
float(start_amount - end_amount))
except AssertionError as e:
log.error('这是【{}】用例执行失败'.format(item['title']))
log.exception(e)
raise e
else:
log.info('这是【{}】用例执行通过'.format(item['title']))
def test_add(self, item):
url_add = self.base_url + item['url']
method = item['method']
# item['data'] = item['data'].replace('##member_id##', str(self.member_id))
# 调用封装的替换方法，用测试类对象的member_id值替换用例数据中的字符串
item['data'] = data_replace(item['data'], TestAdd)
params_add = eval(item['data'])
expected = eval(item['expected'])
sql = 'select * from futureloan.loan where member_id={}'.format(
self.member_id)
start_count = self.db.find_count(sql)
response_add = requests.request(method=method,
url=url_add,
json=params_add,
headers=self.headers)
res_add = response_add.json()
end_count = self.db.find_count(sql)
try:
assert_dict_in(expected, res_add)
if item['flag']:
self.assertEqual(1, end_count - start_count)
else:
self.assertEqual(0, end_count - start_count)
except AssertionError as e:
log.error('这是【{}】用例执行失败'.format(item['title']))
log.exception(e)
raise e
else:
log.info('这是【{}】用例执行成功'.format(item['title']))
def test_audit(self, item):
url_audit = self.base_url + item['url']
method = item['method']
expected = eval(item['expected'])
item['data'] = data_replace(item['data'], TestAudit)
params = eval(item['data'])
response_audit = requests.request(method=method,
url=url_audit,
json=params,
headers=self.headers_admin)
res_audit = response_audit.json()
print(res_audit)
if res_audit['msg'] == 'OK' and item['title'] == "审核通过":
TestAudit.pass_loan_id = params['loan_id']
# setattr(TestAudit,'pass_loan_id',params['loan_id'])
try:
self.assertEqual(expected['code'], res_audit['code'])
self.assertEqual(expected['msg'], res_audit['msg'])
if item['flag']:
sql = 'SELECT status FROM futureloan.loan WHERE id={}'.format(
self.loan_id)
status = self.db.find_one(sql)['status']
self.assertEqual(expected['status'], status)
except AssertionError as e:
log.error('这是【{}】用例执行失败'.format(item['title']))
log.exception(e)
raise e
else:
log.info('这是【{}】用例执行成功'.format(item['title']))
def test_register(self, item):
url_recharge = self.base_url + item['url']
method = item['method'].lower()
# 用上面得到的用户id替换测试用例中的用户id
# item['data'] = item['data'].replace('##member_id##', str(self.member_id))
# 调用封装的替换方法，用测试类对象的member_id值替换用例数据中的字符串
item['data'] = data_replace(item['data'], TestRecharge)
params_recharge = eval(item['data'])
# %%%%%%%%%%%%%%%%%%%请求接口之前查询用户的余额%%%%%%%%%%%%%%%%
sql = 'SELECT leave_amount FROM futureloan.member WHERE id={}'.format(
self.member_id)
# %%%%%%%%%%%% 执行sql查询充值前余额%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
start_amount = self.db.find_one(sql)['leave_amount']
# 请求接口，获得返回值
response_recharge = requests.request(method,
url=url_recharge,
json=params_recharge,
headers=self.headers)
actual_recharge = response_recharge.json()
print(actual_recharge)
# %%%%%%%%%%%% 执行sql查询充值后余额%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
end_amount = self.db.find_one(sql)['leave_amount']
expected_recharge = eval(item['expected'])
try:
assert_dict_in(expected_recharge, actual_recharge)
# 运行成功的用例中，判断充值后的金额减去充值前的金额是否等于用例中的充值金额
if item['flag']:
self.assertEqual(params_recharge['amount'],
float(end_amount - start_amount))
except AssertionError as e:
log.error('这是【{}】用例执行失败'.format(item['title']))
log.exception(e)
raise e
else:
log.info('这是【{}】用例执行通过'.format(item['title']))
def test_register(self, item):
# 第一步：准备用例数据
# 1、接口请求地址
url_register = self.base_url + item['url']
# 2、接口请求参数
if '##mobile_phone##' in item['data']:
# 给测试类TestRegister动态设置对象mobile_phone,且对象值为随机方法生成的数值
setattr(TestRegister, 'mobile_phone', self.random_phone())
# 调用封装的替换方法，用测试类对象的mobile_phone值替换用例数据中的字符串
item['data'] = data_replace(item['data'], TestRegister)
# phone = self.random_phone()
# item['data'] = item['data'].replace('##mobile_phone##', str(phone))
params = eval(item['data'])
print(params)
# 3、请求方法,并转换为小写
method = item['method'].lower()
# 4、从配置文件获取请求头
# 5、获取期望值
expected_register = eval(item['expected'])
# 第二步：请求接口，获取返回实际结果
response_register = requests.request(method,
url_register,
headers=self.headers,
json=params)
actual_register = response_register.json()
# 从数据库中查询注册数据数量,字典的get方法，在参数中查找键mobile_phone，找不到时用""替代
sql = 'select * from futureloan.member where mobile_phone="{}"'.format(
params.get('mobile_phone', ""))
res1 = self.db.find_count(sql)
# 第三步：断言，捕获异常
try:
# 断言实际结果是否包含预期结果
assert_dict_in(expected_register, actual_register)
# 判断用例是否需要进行数据库校验
if item['flag']:
# 从数据库中查询出的数据条数和1对比，如果有1条，则注册成功
self.assertEqual(1, res1)
except AssertionError as e:
# 往日志文件中写入执行结果
log.error('这是【{}】用例执行失败'.format(item['title']))
log.exception(e)
raise e
else:
log.info('这是【{}】用例执行通过'.format(item['title']))
def test_invest(self, item):
url_invest = self.base_url + item['url']
method = item['method']
expected = eval(item['expected'])
item['data'] = data_replace(item['data'], TestInvest)
params = eval(item['data'])
# 在投资表里查询该项目投资前的数量
sql_invest = 'select * from futureloan.invest where loan_id={}'.format(self.loan_id)
count_start = self.db.find_count(sql_invest)
# 在用户表里查询投资用户投资前的可用余额
sql_amount = "select leave_amount from futureloan.member where id='{}'".format(self.member_id)
amount_start = self.db.find_one(sql_amount)['leave_amount']
# 在流水表中查询投资人在投资该项目前的数据数量
sql_finance = 'select * from futureloan.financelog where pay_member_id={}'.format(self.member_id)
cnt_start = self.db.find_count(sql_finance)
# 请求接口，获取响应值
response_invest = requests.request(method=method, url=url_invest, json=params, headers=self.headers)
res_invest = response_invest.json()
# 当用例数据的flag有值时，从投资响应结果中提取投资id，然后在回款列表查询回款记录数量
if item['flag']:
invest_id = jsonpath(res_invest, '$..id')[0]
sql_repay = 'select * from futureloan.repayment where invest_id={}'.format(invest_id)
self.count_repay = self.db.find_count(sql_repay)
# 在投资表里查询该项目投资后的数量
count_end = self.db.find_count(sql_invest)
# 在用户表里查询投资用户投资后的可用余额
amount_end = self.db.find_one(sql_amount)['leave_amount']
# 在流水表中查询投资人在投资该项目后的数据数量
cnt_end = self.db.find_count(sql_finance)
# 在项目表中，查询该项目的当前状态
sql_status = 'select status from futureloan.loan where id={}'.format(self.loan_id)
actual_status = self.db.find_one(sql_status)['status']
try:
self.assertEqual(expected['code'], res_invest['code'])
self.assertIn(expected['msg'], res_invest['msg'])
# 当运行第一条用例时，判断回款记录数是否和预期的数量一致
if self.casecnt == 1:
self.assertEqual(6, self.count_repay)
# 当用例数据的flag有值时，进行以下断言
if item['flag']:
# 断言投资成功后，投资表里有没有多1条数据
self.assertEqual(1, count_end - count_start)
# 断言投资成功后，用户投资前可用余额减去投资后可用余额是否等于投资金额
self.assertEqual(params['amount'], float(amount_start - amount_end))
# 断言投资成功后，流水表是不是多了一条数据
self.assertEqual(1, cnt_end - cnt_start)
# 断言投资成功后，项目的实际状态和预期状态是否一致
self.assertEqual(expected['status'], actual_status)
except AssertionError as e:
log.error('这是【{}】用例执行失败'.format(item['title']))
log.exception(e)
raise e
else:
log.info('这是【{}】用例执行成功'.format(item['title']))