技术分享 | 接口自动化中如何完成接口加密与解密？

import requestsimport base64# 加密secret_msg = base64.b64encode("霍格沃兹".encode('utf-8'))def test_send():    url = "https://httpbin.ceshiren.com/post"    data = {"msg": secret_msg}    # 发送接口请求    res = requests.post(url, data=data)    # 获取加密的响应数据    msg = res.json()["form"]["msg"]    # 对获取的加密数据进行解密    encoded_str = base64.b64decode(msg).decode('utf-8')    assert encoded_str == "霍格沃兹"

import org.apache.commons.codec.binary.Base64;import org.junit.jupiter.api.Test;import java.io.IOException;import java.util.LinkedHashMap;import static io.restassured.RestAssured.given;public class SendTest {    // 加密一串数据    String secretMsg = Base64.encodeBase64String("hogwarts".getBytes());    @Test    void send() throws IOException {        // 发起请求，并获取响应信息        LinkedHashMap<String, String> responseForm = given().                formParam("msg", secretMsg).                when().                post("https://httpbin.ceshiren.com/post").                then().extract().path("form");        // 获取加密后的响应信息，为二进制数组格式        byte[] base64Msg = Base64.decodeBase64(secretMsg);        // 将数据格式转码为String类型，即可得到正常的返回值        String msg = new String(base64Msg, "utf-8");        assert msg.equals("hogwarts");    }   }