接口自动化测试持续集成，Soapui接口功能测试参数化

编程入门行业动态更新时间:2024-10-17 00:24:40

接口自动化测试持续集成，Soapui接口功能测试参数化

按照自动化测试分层实现的原理，每一层的脚本实现都要进行参数化，自动化的目标就是要实现脚本代码与测试数据分离。
当测试数据进行调整的时候不会对脚本的实现带来震荡，从而提高脚本的稳定性与灵活度，降低脚本的维护成本。
Soapui最为强大的参数化就是支持groovy脚本的参数化或者java代码，任何无法实现的地方都可以考虑脚本的扩展。

1.Soapui的常用参数化类型

2.Soapui参数化操作方式

菜单路径：Test Steps->Add Step（右键菜单）->Data Source

3.Txt 文件参数化

在脚本中参数化

新建txt文件

文件内容

数据之间要用逗号做分隔符，否则soapui没办法区分数据

选择数据源类型与文件

1.增加参数
2.选择数据类型
3.选择数据文件
4.数据的分隔符

image.png

4.Excel文件参数化

新建excel文件

编辑文件内容

选择数据源类型与文件

1.增加参数
2.选择数据类型
3.选择数据文件
4.起始单元格

5.Groovy脚本参数化

groovy是基于java语言的脚本语言，语法结构与java雷同，或者直接写java代码也是可以的

假设我们要通过接口创建客户

要求：姓名，手机号码，email不能重复

1.随机生成姓名的代码

public List<String> RandomUserName(int RandomUserName) {String[] FirstName = ["赵","钱", "孙", "李", "周", "吴", "郑", "王", "冯", "陈", "褚", "卫", "蒋", "沈", "韩", "杨", "朱", "秦", "尤", "许","何", "吕", "施", "张", "孔", "曹", "严", "华", "金", "魏", "陶", "姜", "戚", "谢", "邹", "喻", "柏", "水", "窦", "章", "云", "苏", "潘", "葛", "奚", "范", "彭", "郎","鲁", "韦", "昌", "马", "苗", "凤", "花", "方", "俞", "任", "袁", "柳", "酆", "鲍", "史", "唐", "费", "廉", "岑", "薛", "雷", "贺", "倪", "汤", "滕", "殷"];List<String> randomName = new ArrayList<>();for (int i = 1; i <= RandomUserName; i++) {Random randomFirstName = new Random();int index = randomFirstName.nextInt(FirstName.length - 1);String name = FirstName[index];if(randomFirstName.nextBoolean()){name += getChinese()+getChinese();randomName.add(name);}else{name += getChinese();randomName.add(name);}}return randomName;
}
public static String getChinese() {String str = null;int highPos, lowPos;Random randomChinese = new Random();highPos = (176 + Math.abs(randomChinese.nextInt(55)))randomChinese = new Random();lowPos = 161 + Math.abs(randomChinese.nextInt(94))byte[] bArr = new byte[2];bArr[0] = (new Integer(highPos)).byteValue();bArr[1] = (new Integer(lowPos)).byteValue();try {str = new String(bArr, "GB2312");} catch (UnsupportedEncodingException e) {e.printStackTrace();}return str;
}

2.随机生成手机号的代码

public List<String> RandomTelNum(int RandomTel) {List<String> RandomTelNum = new ArrayList<>();for (int i = 0; i < RandomTel; i++) {String TelNumHead = "170";int min = 10000000;int max = 99999999;Random randomTelLast = new Random();int s = randomTelLast.nextInt(max) % (max - min + 1) + min;String telNum = TelNumHead + Integer.toString(s);RandomTelNum.add(telNum);}return RandomTelNum;
}

3.随机生成Email的代码

public List<String> RandomEmail(int RandomEmail) {List<String> randomEmail = new ArrayList<>();for (int i = 0; i < RandomEmail; i++) {String[]  randomName = "ab,bc,cd,de,ef,fg,gh,hi,ij,jk,kl,lm,mn,no,op,pq,qr,rs,st,tu,uv,vw,wx,xy,yz,za".split(",");Random randomletter = new Random();int index = randomletter.nextInt(26);String EmailName = randomName[index] +randomName[index/3]+ System.currentTimeMillis();EmailName += getemail_suffix();randomEmail.add(EmailName);}return randomEmail;
}
public static String getemail_suffix() {String[] email_suffix = "@gmail,@yahoo,@msn,@hotmail,@aol,@ask,@live,@qq,@0355,@163,@163,@263,@3721,@yeah,@googlemail,@126,@sina,@sohu,@yahoo".split(",");String str;Random randomEmail_suffix = new Random();int index = randomEmail_suffix.nextInt(email_suffix.length - 1);str = email_suffix[index];return str;
}

运行的效果

代码产生的数据与变量关联

//随机生成姓名
println(RandomUserName(1)[0]);
//代码产生的数据与变量关联
result["name"]=RandomUserName(1)[0]
//随机生成邮箱
println(RandomEmail(1)[0]);
//代码产生的数据与变量关联
result["email"]=RandomEmail(1)[0]
//随机生成手机号码
println(RandomTelNum(1)[0]);
//代码产生的数据与变量关联
result["mobile"]=RandomTelNum(1)[0]