class TestWithdraw(unittest.TestCase):
excel = Excel(os.path.join(DATADIR, "apicases.xlsx"), "withdraw")
cases = excel.read_data()
request = Requests()
db = DB()
@data(*cases)
def testwithdraw(self, case):
#准备测试数据，对登录接口用例替换相应的测试手机号、密码
url = conf.get("env", "url") + case["url"]
method = case["method"]
headers = eval(conf.get("env", "headers"))
expected = eval(case["expected"])
row = case["case_id"] + 1
title = case["title"]
case["data"] = ReplaceData.replace_data(case["data"])
data = eval(case["data"])
# 判断是否是取现接口，取现接口则加上请求头，替换相应的用户id，添加时间戳和签名到json请求体
if case["interface"] == "withdraw":
headers["Authorization"] = ReplaceData.Authorization
sign = HandleSign.generate_sign(ReplaceData.token)
data.update(sign)
# 判断是否需要进行sql校验
if case["sql_check"]:
#查询充值前用户的可用余额
start_leave_amount = self.db.find_one(case["sql_check"].format(
conf.get("test_data", "phone")))["leave_amount"]
#发送请求，获取实际结果
respons = self.request.send(url=url,
method=method,
headers=headers,
json=data)
res = respons.json()
# 判断是否是登录接口
if case["interface"] == "login":
# 提取token,保存为类属性
ReplaceData.token = jsonpath.jsonpath(res, "$..token")[0]
token_type = jsonpath.jsonpath(res, "$..token_type")[0]
ReplaceData.Authorization = token_type + " " + ReplaceData.token
# 提取用户id保存为类属性
ReplaceData.member_id = str(jsonpath.jsonpath(res, "$..id")[0])
#断言，比对结果
try:
self.assertEqual(expected["code"], res["code"])
self.assertEqual(expected["msg"], res["msg"])
if case["sql_check"]:
end_leave_amount = self.db.find_one(case["sql_check"].format(
conf.get("test_data", "phone")))["leave_amount"]
self.assertEqual(Decimal(str(data["amount"])),
start_leave_amount - end_leave_amount)
except AssertionError as e:
print("预期结果：{}".format(expected))
print("实际结果：{}".format(res))
self.excel.write_data(row=row, column=8, value="未通过")
log.error("用例未通过：{}，错误原因：{}".format(title, e))
raise e
else:
self.excel.write_data(row=row, column=8, value="通过")
log.debug("用例通过：{}".format(title))
class TestUpdate(unittest.TestCase):
excel = Excel(os.path.join(DATADIR, "apicases.xlsx"), "update")
cases = excel.read_data()
request = Requests()
db = DB()
@data(*cases)
def testupdate(self, case):
#准备测试数据，替换用例中相应的手机号、密码、用户id、项目id
url = conf.get("env", "url") + case["url"]
method = case["method"]
headers = eval(conf.get("env", "headers"))
expected = eval(case["expected"])
row = case["case_id"] + 1
title = case["title"]
case["data"] = ReplaceData.replace_data(case["data"])
data = eval(case["data"])
# 判断是否是更新昵称接口,更新昵称接口则加上请求头
if case["interface"] == "update":
headers["Authorization"] = ReplaceData.Authorization
#添加时间戳和签名到json请求体
sign = HandleSign.generate_sign(ReplaceData.token)
data.update(sign)
#发送请求，获取实际结果
respons = self.request.send(url=url,
method=method,
headers=headers,
json=data)
res = respons.json()
#获取用户id和token值，并保存为类属性
if case["interface"] == "login":
ReplaceData.member_id = str(jsonpath.jsonpath(res, "$..id")[0])
ReplaceData.token = jsonpath.jsonpath(res, "$..token")[0]
ReplaceData.Authorization = jsonpath.jsonpath(
res, "$..token_type")[0] + " " + jsonpath.jsonpath(
res, "$..token")[0]
#断言:比对预期结果和实际结果
try:
self.assertEqual(expected["code"], res["code"])
self.assertIn(expected["msg"], res["msg"])
#判断是否需要SQL校验
if case["sql_check"]:
#获取执行结果后用户昵称
end_name = self.db.find_one(case["sql_check"].format(
ReplaceData.member_id))["reg_name"]
self.assertEqual(data["reg_name"], end_name)
except AssertionError as e:
print("预期结果：{}".format(expected))
print("实际结果：{}".format(res))
self.excel.write_data(row=row, column=8, value="未通过")
log.error("用例未通过：{}，错误原因：{}".format(title, e))
raise e
else:
self.excel.write_data(row=row, column=8, value="通过")
log.debug("用例通过：{}".format(title))
class TestLogin(unittest.TestCase):
excel = Excel(os.path.join(DATADIR, "apicases.xlsx"), 'login')
cases = excel.read_data()
request = Requests()
def random_phone(self):
phone = "150"
for i in range(0, 8):
n = random.randint(0, 9)
phone += str(n)
return phone
@data(*cases)
def testlogin(self, case):
"""登录单元测试用例"""
#准备测试数据
url = conf.get("env", "url") + case["url"]
method = case["method"]
headers = eval(conf.get("env", "headers"))
#随机生成一个手机号
phone = self.random_phone()
case["data"] = case["data"].replace("#phone#", phone)
data = eval(case["data"])
expected = eval(case["expected"])
row = case["case_id"] + 1
#实际结果
respons = self.request.send(url=url,
method=method,
headers=headers,
json=data)
#断言：比对预期结果和实际结果
try:
self.assertEqual(expected["code"], respons.json()["code"])
self.assertEqual(expected["msg"], respons.json()["msg"])
except AssertionError as e:
print("预期结果：{}".format(expected))
print("实际结果：{}".format(respons.json()))
self.excel.write_data(row=row, column=8, value="未通过")
log.error("{}:用例未通过，原因为：{}".format(case["title"], e))
raise e
else:
self.excel.write_data(row=row, column=8, value="通过")
log.debug("{}:用例通过".format(case["title"]))
class TestLoans(unittest.TestCase):
excel = Excel(os.path.join(DATADIR,"apicases.xlsx"),"loans")
cases = excel.read_data()
request = Requests()
db = DB()
@data(*cases)
def testloans(self,case):
#准备测试数据，替换用例中相应的手机号、密码、用户id、项目id
url = conf.get("env", "url") + case["url"]
method = case["method"]
headers = eval(conf.get("env", "headers"))
expected = eval(case["expected"])
row = case["case_id"] + 1
title = case["title"]
case["data"] = ReplaceData.replace_data(case["data"])
data = eval(case["data"])
#发送请求，获取实际结果
respons = self.request.send(url=url, method=method, headers=headers, params=data,json=data)
res = respons.json()
#断言:比对预期结果和实际结果
try:
self.assertEqual(expected["code"],res["code"])
self.assertIn(expected["msg"],res["msg"])
except AssertionError as e :
print("预期结果：{}".format(expected))
print("实际结果：{}".format(res))
self.excel.write_data(row=row,column=8,value="未通过")
log.error("用例未通过：{}，错误原因：{}".format(title,e))
raise e
else:
self.excel.write_data(row=row, column=8, value="通过")
log.debug("用例通过：{}".format(title))
class TestRigster(unittest.TestCase):
excel = Excel(os.path.join(DATADIR, "apicases.xlsx"), 'register')
cases = excel.read_data()
request = Requests()
db = DB()
def random_phone(self):
"""
随机生成手机号的方法
:return:
"""
while True:
phone = "155"
for i in range(0, 8):
n = random.randint(0, 9)
phone += str(n)
sql = "SELECT * FROM futureloan.member WHERE mobile_phone={}".format(
phone)
res_phone = self.db.find_count(sql)
if res_phone == 0:
break
return phone
@data(*cases)
def testregister(self, case):
"""注册单元测试用例"""
#准备测试数据
url = conf.get("env", "url") + case["url"]
method = case["method"]
headers = eval(conf.get("env", "headers"))
#随机生成一个手机号
phone = self.random_phone()
case["data"] = case["data"].replace("#phone#", phone)
data = eval(case["data"])
expected = eval(case["expected"])
row = case["case_id"] + 1
#实际结果
respons = self.request.send(url=url,
method=method,
headers=headers,
json=data)
#断言：比对预期结果和实际结果
try:
self.assertEqual(expected["code"], respons.json()["code"])
self.assertEqual(expected["msg"], respons.json()["msg"])
if case["sql_check"]:
# 注册后用户的手机号状态
end_mobile_phone = self.db.find_count(
"SELECT mobile_phone FROM futureloan.member WHERE mobile_phone={}"
.format(data["mobile_phone"]))
#对Excel中“sql_check”值为1的用例进行leaveamount断言
self.assertEqual(1, end_mobile_phone)
except AssertionError as e:
print("预期结果：{}".format(expected))
print("实际结果：{}".format(respons.json()))
self.excel.write_data(row=row, column=8, value="未通过")
log.error("{}:用例未通过，原因为：{}".format(case["title"], e))
raise e
else:
self.excel.write_data(row=row, column=8, value="通过")
log.debug("{}:用例通过".format(case["title"]))
class TestAdd(unittest.TestCase):
excel = Excel(os.path.join(DATADIR, "apicases.xlsx"), "add")
cases = excel.read_data()
request = Requests()
db = DB()
@data(*cases)
def testadd(self, case):
#准备测试数据，对登录接口用例替换相应的手机号、密码
url = conf.get("env", "url") + case["url"]
method = case["method"]
headers = eval(conf.get("env", "headers"))
expected = eval(case["expected"])
row = case["case_id"] + 1
title = case["title"]
case["data"] = ReplaceData.replace_data(case["data"])
data = eval(case["data"])
# 判断是否是添加项目接口，添加项目接口则加上请求头，替换相应的用户id
if case["interface"] == "add":
headers["Authorization"] = ReplaceData.Authorization
#添加时间戳和签名到json请求体
sign = HandleSign.generate_sign(ReplaceData.token)
data.update(sign)
#判断是否需要sql校验
if case["sql_check"]:
# 查询执行用例前当前用户添加的项目总数
start_loan = self.db.find_count(case["sql_check"].format(
ReplaceData.member_id))
#发送请求，获取实际结果
respons = self.request.send(url=url,
method=method,
headers=headers,
json=data)
res = respons.json()
# 判断是否是登录接口
if case["interface"] == "login":
# 提取token,保存为类属性
ReplaceData.token = jsonpath.jsonpath(res, "$..token")[0]
token_type = jsonpath.jsonpath(res, "$..token_type")[0]
ReplaceData.Authorization = token_type + " " + ReplaceData.token
# 提取用户id保存为类属性
ReplaceData.member_id = str(jsonpath.jsonpath(res, "$..id")[0])
#断言:比对预期结果和实际结果
try:
self.assertEqual(expected["code"], res["code"])
self.assertEqual(expected["msg"], res["msg"])
if case["sql_check"]:
# 查询用例执行后当前用户添加的项目总数
end_loan = self.db.find_count(case["sql_check"].format(
ReplaceData.member_id))
self.assertEqual(1, end_loan - start_loan)
except AssertionError as e:
print("预期结果：{}".format(expected))
print("实际结果：{}".format(res))
self.excel.write_data(row=row, column=8, value="未通过")
log.error("用例未通过：{}，错误原因：{}".format(title, e))
raise e
else:
self.excel.write_data(row=row, column=8, value="通过")
log.debug("用例通过：{}".format(title))
class TestInvest(unittest.TestCase):
excel = Excel(os.path.join(DATADIR, "apicases.xlsx"), "invest")
cases = excel.read_data()
request = Requests()
db = DB()
@data(*cases)
def testinvest(self, case):
#准备测试数据，替换用例中相应的手机号、密码、用户id、项目id
url = conf.get("env", "url") + case["url"]
method = case["method"]
headers = eval(conf.get("env", "headers"))
expected = eval(case["expected"])
row = case["case_id"] + 1
title = case["title"]
case["data"] = ReplaceData.replace_data(case["data"])
data = eval(case["data"])
# 判断是否是投资接口，投资接口则加上请求头
if case["interface"] != "login":
headers["Authorization"] = ReplaceData.Authorization
# 添加时间戳和签名到json请求体
sign = HandleSign.generate_sign(ReplaceData.token)
data.update(sign)
#判断是否需要sql校验
if case["sql_check"]:
# 判断SQL校验是普通用例还是生成了回款计划的用例
if case["title"] == "投资金额等于项目剩余可投金额":
sql = eval(case["sql_check"])
# 查询执行用例前当前用户的可用余额数
start_leave_amount = self.db.find_one(sql[0].format(
ReplaceData.member_id))["leave_amount"]
# 查询执行用例前该项目中当前用户的投资记录总数
start_invest = self.db.find_count(sql[1].format(
ReplaceData.loan_id, ReplaceData.member_id))
# 查询执行用例前当前该项目中当前用户的流水记录总数
start_financelog = self.db.find_count(sql[2].format(
ReplaceData.member_id))
# 查询执行用例前当前该项目中当前用户的回款记录总数
start_repayment = self.db.find_count(sql[3].format(
ReplaceData.loan_id, ReplaceData.member_id))
else:
# 查询执行用例前该项目中当前用户的投资记录总数
start_invest = self.db.find_count(case["sql_check"].format(
getattr(ReplaceData, "loan_id"),
getattr(ReplaceData, "member_id")))
#发送请求，获取实际结果
respons = self.request.send(url=url,
method=method,
headers=headers,
json=data)
res = respons.json()
#获取管理员用户id和token值，并保存为类属性
if case["interface"] == "login":
ReplaceData.member_id = str(jsonpath.jsonpath(res, "$..id")[0])
ReplaceData.token = jsonpath.jsonpath(res, "$..token")[0]
ReplaceData.Authorization = jsonpath.jsonpath(
res, "$..token_type")[0] + " " + jsonpath.jsonpath(
res, "$..token")[0]
# 获取加标项目id，并保存为类属性
if case["interface"] == "add":
ReplaceData.loan_id = str(jsonpath.jsonpath(res, "$..id")[0])
#断言:比对预期结果和实际结果
try:
self.assertEqual(expected["code"], res["code"])
self.assertIn(expected["msg"], res["msg"])
#判断是否需要SQL校验
if case["sql_check"]:
#判断SQL校验是普通用例还是生成了回款计划的用例
if case["title"] == "投资金额等于项目剩余可投金额":
sql = eval(case["sql_check"])
# 查询执行用例前当前用户的可用余额数
end_leave_amount = self.db.find_one(sql[0].format(
ReplaceData.member_id))["leave_amount"]
self.assertEqual(
end_leave_amount,
start_leave_amount - Decimal(str(data["amount"])))
# 查询执行用例前该项目中当前用户的投资记录总数
end_invest = self.db.find_count(sql[1].format(
ReplaceData.loan_id, ReplaceData.member_id))
self.assertEqual(1, end_invest - start_invest)
# 查询执行用例前当前该项目中当前用户的流水记录总数
end_financelog = self.db.find_count(sql[2].format(
ReplaceData.member_id))
self.assertEqual(1, end_financelog - start_financelog)
# 查询执行用例前当前该项目中当前用户的回款记录总数
end_repayment = self.db.find_count(sql[3].format(
ReplaceData.loan_id, ReplaceData.member_id))
self.assertEqual(3, end_repayment - start_repayment)
else:
# 查询执行用例前该项目中当前用户的投资记录总数
end_invest = self.db.find_count(case["sql_check"].format(
ReplaceData.loan_id, ReplaceData.member_id))
self.assertEqual(1, end_invest - start_invest)
except AssertionError as e:
print("预期结果：{}".format(expected))
print("实际结果：{}".format(res))
self.excel.write_data(row=row, column=8, value="未通过")
log.error("用例未通过：{}，错误原因：{}".format(title, e))
raise e
else:
self.excel.write_data(row=row, column=8, value="通过")
log.debug("用例通过：{}".format(title))