软件测试之话单采集测试

发布: 2009-5-22 10:22 | 作者: 不详 | 来源: 测试时代采编 | 查看: 35次 | 进入软件测试论坛讨论

def get_localtime(self):

        #获取本地时间，For Example：2008/10/02 00:44:11
        nowtime = time.localtime()
        #print nowtime
        data1,time1 = "",""
        for i in range(3):
            #如果获得时间是单数，则需要补位0
            data1 += ("%02d" % nowtime[i])+'/'
        #获得时间片的日期测试print data1[0:-1]
        for i in range(3,6):
            #如果获得日期是单数，则需要补位0
            time1 += ("%02d" % nowtime[i])+':'
        #获得时间片的时间测试print time1[0:-1]
        #时间片的数据组合
        time_area = data1[0:-1]+" "+time1[0:-1]
        return time_area

    def data_control(self):

        #得到需要重写话单文件的路径及命名self.data_count
        count = 0
        data_time = self.data_data
        data_number = self.data_number
        dd = 1
        for i in range(int(self.data_count)):
            i += 1
            last_time = data_time
            last_data_number = data_number
            temp = dd
            last_count = i
            if dd != 1:
                last_count =  last_count - end_count
            #i += 1
            #增加话单数据文件序号隔天重新计数
            nowtime = time.localtime()
            data_time = ""
            for y in range(3):
            #如果日期为单数需要补零
                data_time += "%02d" % nowtime[y]
            if data_time == last_time:
                last_data_number = data_number
            else:
                #重置循环次数
                end_count = i
                last_count = 0
                #制作标识为
                dd = 2
                #如果不相等，则重置时间序号
                last_data_number = data_number = 0
            #处理生成的文件路径数字超过4位
            rebulid_number = "%04d" % int(str((int(last_data_number)+last_count))[-4:])
            rebulid_path = self.initialization_path+self.data_prefixion+data_time+self.data_infix+rebulid_number+self.data_postfix
            #从初始化路径中得到数据
            tel_node = open(self.data_path,"r")
            tel_node_new = open(rebulid_path,'w')
            tel_list = tel_node.readlines()
            for i in range(len(tel_list)):
                #数据的第一行
                new_list = tel_list[i].split(',')
                for j in range(len(tel_list[i].split(','))):
                    #赛选存在日期的序列，i等于时间片序列的纵行位置
                    if '/' in tel_list[i].split(',')[j]:
                        #从原始列表中删除原始日期
                        new_list.remove(tel_list[i].split(',')[j])
                        #替换重新组合的日期时间
                        time_area = self.get_localtime()
                        new_list.insert(j,time_area)
                #得到新的数据列表print new_list
                #合成数据从列表中读出数据添加分割符
                new_string = ""
                for i in new_list:
                    new_string += str(i)+','
                #print new_string[0:-1]
                tel_node_new.writelines(new_string[0:-1])
            count += 1
            print "Execute!count=%s,current_time=%s,current_number=%s" % (count,data_time,rebulid_number)
            log_path = open(".//config//run_log.txt",'w')
            log_path.writelines("Execute!count=%s,current_time=%s,current_number=%s" % (count,data_time,rebulid_number))
            time.sleep(10)


if __name__ == "__main__":

    control = DataBase()
    print "测试前请先核对您的文件路径是否正确！"
    print control.data_path
    choose = raw_input("确认请输入OK：")
    print "程序开始执行"
    control.data_control()