python 简单的接口测试框架

 什么是自动化：就是写代码帮你测试，原来你测试都是手动点点点，如今你写代码来帮你点点点。

一.自动化框架

能够理解为工具的集合，把平常所须要实现功能的代码，模块进行封装起来结合其余的工具进行测试。得出结论报告。

二.作自动框架步骤：

1.读取excel 获取用例，

2.解析用例

3.解析返回结果进行对比，检查是否经过仍是失败

4.把返回的结果写入excel

5.生成报告，发邮件

三.搭建自动化框架

框架目录结构：

 

excel用例表格：

import os,sys
BAE_PATH  = os.path.dirname(
os.path.dirname(os.path.abspath(__file__))
) #atp的目录
sys.path.insert(0,BAE_PATH)
from conf.setting import CASE_PATH
from core import case_operation,parse_param,parse_response
from core import tools
import glob
#glob文件路径查询
class RunCase:
    content = '''
    各位好！
        本次测试结果：总共运行%s条用例，经过%s条，失败%s条。详细信息见附件。
    '''
    def get_excel(self):
        #s='/Users/nhy/test*.xls'
        for excel in glob.glob(os.path.join(CASE_PATH,'test*.xls')):
            cases = case_operation.get_case(excel)#调用读取excel的函数
            results = self.send_requests(cases) #发送请求，并校验结果
            report_file_path = tools.write_res(excel,results)#写入结果
            all_count = len(cases) #总共多条用例
            fail_count = all_count - self.success_count
            content = self.content%(all_count,self.success_count,fail_count)
            tools.send_mail(content,report_file_path)
    def send_requests(self,cases):
        #    #[[url,get,data,check],[url,get,data,check]]
        self.success_count = 0
        results = []
        for case in cases:
            url,method,param,check = case #获取到每条用例的参数
            p = parse_param.ParseParam(param) #解析请求参数
            data = p.strToDict()#请求参数转成字典
            response = case_operation.send_request(url,method,data)#发请求
            #下面这2行代码是判断用例执行是否经过的
            p2 = parse_response.ResponseParse(response,check)
            status, msg = p2.check_res()#调用写好的校验结果方法,
            real_res = str(response)+'\n'+msg #是把校验的信息和返回的json拼到一块儿
            results.append([real_res,status]) #这里面的小list是每个用例运行的结果
            if status == '经过':
                self.success_count += 1 #统计成功的次数
        return results #返回运行的结果

    def main(self):
        print('开始测试'.center(50,'*'))
        self.get_excel()
        print('测试结束'.center(50,'*'))

if __name__ == '__main__':
    run = RunCase()
    run.main()

start （程序入口）

用例读取，判断请求方式

import xlrd
from core.my_requests import MyRequest
def get_case(path):
    '''
    :param path: excel测试用例
    :return: 二维数组，每个里面是一条测试用例
    '''
    all_case = []
    book = xlrd.open_workbook(path)
    sheet = book.sheet_by_index(0)
    for i in range(1,sheet.nrows):
        row_data = sheet.row_values(i)[4:8]
        all_case.append(row_data)
    #[[url,get,data,check],[url,get,data,check]]
    return all_case

def send_request(url,method,data,headers=None):
    req = MyRequest(url,data,headers=headers)
    if method.upper()=="POST":
        res = req.post()
    elif method.upper() =='GET':
        res = req.get()
    else:
        res = {"data":"暂时不支持该方法！"}
    return res['data']

case_operation（用例读取）

文件配置

import requests
import nnlog
from conf.setting import LOG_PATH
import os
BAE_PATH  = os.path.dirname(os.path.dirname(os.path.abspath(__file__))) #atp的目录

LOG_PATH = os.path.join(BAE_PATH,'logs') #log目录
CASE_PATH = os.path.join(BAE_PATH,'cases') #case目录
REPORT_PATH = os.path.join(BAE_PATH,'report') #report目录
CORE_PATH = os.path.join(BAE_PATH,'core') #core目录
MAIL_INFO = {
    'user':'xxxx@qq.com',
    'password':'sdfsdf',
    'host':'smtp.qq.com',
    'smtp_ssl':True,#发件箱是qq邮箱的话，改为True
}

TO = ['511402865@qq.com','496647026@qq.com','649623416@qq.com','ray-zuo@qq.com']

setting

URL获取参数进行解析

import requests
import nnlog
import os
from conf.setting import LOG_PATH
class MyRequest:
    log_file_name  = os.path.join(LOG_PATH,'MyRequest.log')#日子文件名
    time_out = 10 #请求超时时间
    def __init__(self,url,data=None,headers=None,file=None):
        self.url = url
        self.data = data
        self.headers = headers
        self.file = file
    def post(self):
        try:
            req = requests.post(self.url,data=self.data,headers=self.headers,
                                files=self.file,timeout=self.time_out)
        except Exception as e:
            res = {"status":0,"data":e.args}  #0表明请求失败
        else:
            try:
               res = {"status":1,"data":req.json()} #1表明返回的json
            except Exception as e:
                res = {"staus":2,"data":req.text} #2表明返回不是json
        log_str = 'url： %s 请求方式：post  data：%s ,返回数据：%s'%(self.url,self.data,res)
        self.write_log(log_str)
        return res
    def get(self):
        try:
            req = requests.get(self.url,params=self.data,headers=self.headers,timeout=self.time_out)
        except Exception as e:
            res = {"status":0,"data":e.args}  #0表明请求失败
        else:
            try:
               res = {"status":1,"data":req.json()} #1表明返回的json

            except Exception as e:
                res = {"staus":2,"data":req.text} #2表明返回不是json
        log_str = 'url： %s get请求 data：%s ,返回数据：%s'%(self.url,self.data,res)
        self.write_log(log_str)
        return res

    @classmethod
    def write_log(cls,content):
        log = nnlog.Logger(cls.log_file_name)
        log.debug(content)

my_requests

 解析请求数据

import random
import string
import time
class ParseParam:
    #这个类是用来解析请求参数的
    func_map = ['phone','email','id_card','cur_time','money']
    #映射函数的
    def __init__(self,param):
        self.param = param
        self.parse()
    def phone(self):
        phone_starts = ['134','181','138','177','150','132','188','186','189','130','170','153','155']
        start = random.choice(phone_starts)
        end = str(random.randint(0,99999999))
        res = start+ end.zfill(8)
        return res
    def email(self):
        email_end=['163.com','qq.com','126.com','sina.com']
        end = random.choice(email_end)
        start_str='ATP_test_'
        email_start = ''.join(random.sample(string.ascii_letters+string.digits,6))
        return start_str+email_start+'@'+end
    '''def id_card(self):
        #这个产生身份证号的
        return 410881199011212121
    def cur_time(self):
        return int(time.time())
    def order_id(self):
        #从数据库里面获取
        pass
    def session_id(self):
        #从redis里面获取的
        pass
    def money(self):
        return 10000
    '''
    def parse(self):
        for func in self.func_map:
            temp = str(getattr(self,func)()) #手机号
            self.param = self.param.replace('<%s>'%func,temp)
    def strToDict(self):
        #这个函数是把请求参数转成字典的
        data ={}
        pl = self.param.split(',')
        for p in pl:
            temp = p.split('=')
            if len(temp)>1:
                key,value = temp
                data[key] = value
        return data

if __name__ == '__main__':
    param = 'username=niuhanyang' \
            ',phone=<phone>,email=<email>' \
            ',id_card=<id_card>,start_time=' \
            '<cur_time>,balan=<money>'
    p = ParseParam(param)
    data = p.strToDict()
    print(data)
'''print(p.phone())
    # res = getattr(p,'money') #获取一个对象里面的属性（方法、变量）


    # # print(res())
    # import os,requests
    # res = hasattr(requests,'get')#判断某个模块、类下面有没有某个方法或者变量
    # print(res)
用例的支持参数化，支持如下参数化：
<phone>   自动产生手机号
<id_card>  身份证号
<email>    邮箱
<cur_time>  当前时间戳
'''

parse_param

校验检查点

import jsonpath
class ResponseParse:
    seqs = ['!=', '>=', '<=', '=', '<', '>', 'in', 'notin']
    #定义支持的运算符
    def __init__(self,response,check):
        self.response = response
        self.check = check
    #进行解析 校验结果，预期结果
    def format_check(self):
        #格式化检查信息，分别列出key 运算符 实际结果
        #会返回 [['error_code','=','0'],['name','!=','xxx']]
        format_list = []
        check_list = self.check.split(',')
        for s in check_list:
            for seq in self.seqs:
                if seq in s:
                    if len(s.split(seq))>1:
                        key, value = s.split(seq)
                        temp = [key, seq, value]
                        format_list.append(temp)
                        break
        return format_list
    #1.检查点解析完成

    def get_real_value(self,key):
        #从字典里面获取key对应的value
        res = jsonpath.jsonpath(self.response,'$..%s'%key)
        #$..%s这个是jsonpath这个模块的用法
        if res:
            return res[0]
        return '找不到该key【%s】'%key
    #2.取得实际的值

    def operation_check(self,real,seq,hope):
        #根据运算符判断结果（实际结果，运算符，预期结果）
        msg = "判断信息：%s %s %s "%(real,seq,hope)
        real = str(real)#为了保持类型一致
        if seq=='=':
            status = real == hope
        elif seq=='!=':
            status = real != hope
        elif seq =='in':
            status = real in hope
        elif seq =='notin':
            status = real not in hope
        else:
            status,msg = self.num_check(real,seq,hope)
        return status,msg

    def num_check(self,real,seq,hope):
        #判断数值类型的
        msg = "判断信息：%s %s %s "%(real,seq,hope)
        try:
            real=float(real)
            hope=float(hope)
        except Exception as e:
            msg = "比较时出错，大小比较只能是数字类型！" \
                  "%s %s %s"%(real,seq,hope)
            status = False
        else:
            if seq=='>':
                status = real > hope
            elif seq =='<':
                status = real < hope
            elif seq == '<=':
                status  = real <= hope
            else:
                status = real >= hope
        return status,msg

    def check_res(self):
        #校验全部的检查点
        check_list = self.format_check()
        all_msg=''
        for check in check_list:#循环全部的检查点
            key,seq,hope = check
            real = self.get_real_value(key)
            status,msg = self.operation_check(real,seq,hope)
            all_msg = all_msg+msg+'\n' #累加提示信息
            if status:
                pass
            else:
                return '失败',all_msg
        return '经过',all_msg

parse_response

产生excel文件写入校验结果

import xlrd
from xlutils.copy import copy
import os
import datetime
from conf import setting
import yagmail
def make_today_dir():
    #建立当天的文件夹，返回绝对路径
    today = str(datetime.date.today())
    #c:/xxx/xxx/atp/report/2018-11-24/测试用例.xls
    abs_path = os.path.join(setting.REPORT_PATH,today)
    #拼成当天的绝对路径
    if os.path.exists(abs_path):
        pass
    else:
        os.mkdir(abs_path)

    return abs_path
def write_res(case_path,case_res):
    #c:/xxx/xxx/atp/cases/测试用例.xls
    #[ ['{"xdfsdf}','经过'],['{"xdfsdf}','失败'] ]
    book = xlrd.open_workbook(case_path)
    new_book = copy(book)
    sheet = new_book.get_sheet(0)
    for row,res in enumerate(case_res,1):
        response,status = res
        sheet.write(row,8,response)
        sheet.write(row,9,status)
        #写第8列和第9列
    cur_date_dir = make_today_dir()#建立当前文件夹，而且返回绝对路径
    file_name = os.path.split(case_path)[-1] #只获取到filename
    cur_time = datetime.datetime.today().strftime('%H%M%S') #获取到当天时分秒
    new_file_name = cur_time+'_'+file_name #165530_测试用例.xls
    real_path = os.path.join(cur_date_dir,new_file_name)#拼路径
    new_book.save(real_path)
    return real_path

def send_mail(content,file_path=None):
    #发邮件，传入邮件正文和附件
    m = yagmail.SMTP(**setting.MAIL_INFO,)
    subject = '接口测试报告_%s'%str(datetime.datetime.today())
    m.send(subject=subject,to=setting.TO,contents=content,attachments=file_path)

tools