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[原创]趣智校园 app 分析
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发表于: 2025-11-29 22:37
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笔者由于学校热水器费用过高 :( 所以想看看热水器是如何工作的 :D ，故有此篇文章
JEB 使用无静态读取解密
不知道为什么程序采用了非 BLE 的蓝牙（普通蓝牙），所以程序代码要看 bt 的而不是 ble 的
似乎是 bt 和 BLE 的代码写反了（？
特别感谢：
ca1K9s2c8@1M7s2y4Q4x3@1q4Q4x3V1k6Q4x3V1k6J5k6i4q4S2j5X3I4W2i4K6u0W2j5$3!0E0i4K6u0r3P5X3S2Q4x3X3c8o6e0W2)9J5c8R3`.`. 提供的免费支持！（好用）
使用 wx sdk，获取 code 之后访问 oauth2 获取 identifier 值登录
MD5(input) 后取后十位
以以下字段举例，首先键需要按照字典序进行排序，然后字符串拼接，<> 是不需要的
以上文本做一次 md5 后再做一次 md5，其中两次 md5 都是小写 32 长度
广告屏蔽
开发者开启 HCI 蓝牙日志，kill 一下蓝牙的进程，看看有没有该文件
/data/misc/bluetooth/logs/btsnoop_hci.log
提取出来之后放到 wireshark 里面，可能需要安装 620K9s2c8@1M7s2y4Q4x3@1q4Q4x3V1k6Q4x3V1k6D9k6h3q4J5L8W2)9J5k6h3#2A6j5%4u0G2M7$3!0X3N6q4)9J5k6h3y4G2L8g2)9J5c8Y4A6Z5i4K6u0V1j5$3&6Q4x3V1k6%4K9h3&6V1L8%4N6K6i4K6u0V1K9r3q4J5k6s2N6S2M7X3g2Q4x3V1k6V1M7X3W2$3k6i4u0K6i4K6u0r3j5X3I4#2k6i4c8G2L8%4c8Z5i4K6u0r3N6r3g2K6N6r3W2F1k6#2)9J5k6r3u0@1M7q4)9J5k6s2y4W2N6s2g2H3i4K6u0V1M7r3q4U0K9$3q4Y4k6b7`.`.、wireshark，使用 "C:\BTP\v1.14.0\x86\btvs.exe" 工具打开进行分析
wireshark 筛选通信
bluetooth.dst==<hide> || bluetooth.src == <hide>
没什么难点，主要是代码量确实大
BathingBtActivity.r3 重写 com.klcxkj.zqxy.ui.device.base.BaseDeviceActivity.r3
最主要的处理接收数据的地方是 case 2，即 AnalyTools.analyWaterDatas
通过分析，我们可以解析蓝牙设备返回的数据
解析完成之后，大多数都会执行 waterCodeListener0 的函数，这些函数定义在上面的 BathingBtActivity 类中
以查询设备信息举例，当 AnalyTools.analyWaterDatas 分析完查询设备的数据之后会调用
chaxueNewshebeiOnback ，该函数会按照 deviceState 和 mayDeviceType 的值来执行不同的功能（逻辑派发）
例如当 deviceState 为 0 且 mayDeviceType 为 0 时，下订单然后开启设备（开启热水），即
api 请求均在 BaseDeviceActivity 中实现
请求无误后执行 this.ac.parseDownRate(downRateResponse0);
该函数位于 BathingBtActivity
可以看到接收到数据之后执行 sendCommandOpenWater()
最终我们定位到一个发送数据的类，这里定义了数据如何被发送
当向热水器设备发送 downFateToDev 生成的数据之后，热水器被开启
同理，调用 caijishuju 获取返回数据之后上传数据到 upload api 即可结束计费
s 固定为
返回数据
POST /user/login HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2identifier=oxxxxx-PXXXX&password=98ECF8427E&phoneSystem=android&type=1&version=<hide>POST /user/login HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2identifier=oxxxxx-PXXXX&password=98ECF8427E&phoneSystem=android&type=1&version=<hide>POST /user/login HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2identifier=&password=XXXXXXXXXX&phoneSystem=android&telephone=1xxxxxxxxxx&type=0&version=<hide>POST /user/login HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2identifier=&password=XXXXXXXXXX&phoneSystem=android&telephone=1xxxxxxxxxx&type=0&version=<hide>{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "userId": <hide>, "telephone": "<hide>", "alias": "<hide>", "loginCode": "<hide>", "tags": "<hide>", "ioaw": 0, "userAccount": { "projectId": <hide>, "accountId": <hide>, "userId": <hide>, "name": null, "gender": 0, "genderName": "未知", "idCardNumber": null, "gradeId": null, "gradeName": null, "deptType": null, "classId": null, "className": null, "gradeClassFullName": "", "oneCardAuthInfo": null, "accountStatus": 0, "accountRealMoney": <hide>, "accountGivenMoney": 0, "isCard": 0, "cardStatus": -1 }, "quZhiCoin": null, "aliPayAccount": null, "aliPayName": null, "loginType": 1, "loginTime": "<hide>", "phoneSystem": "android", "version": "<hide>", "loginIp": "<hide>" }}{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "userId": <hide>, "telephone": "<hide>", "alias": "<hide>", "loginCode": "<hide>", "tags": "<hide>", "ioaw": 0, "userAccount": { "projectId": <hide>, "accountId": <hide>, "userId": <hide>, "name": null, "gender": 0, "genderName": "未知", "idCardNumber": null, "gradeId": null, "gradeName": null, "deptType": null, "classId": null, "className": null, "gradeClassFullName": "", "oneCardAuthInfo": null, "accountStatus": 0, "accountRealMoney": <hide>, "accountGivenMoney": 0, "isCard": 0, "cardStatus": -1 }, "quZhiCoin": null, "aliPayAccount": null, "aliPayName": null, "loginType": 1, "loginTime": "<hide>", "phoneSystem": "android", "version": "<hide>", "loginIp": "<hide>" }}GET /device/info/mac?macAddress=<hide>&phoneSystem=android&loginCode=<hide>&projectId=<hide>&version=<hide>&userId=<hide> HTTP/1.1Host: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2>>>{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "deviceId": <hide>, "deviceName": "<hide>", "deviceDesc": "<hide>", "areaId": 1, "areaName": "<hide>", "buildingId": <hide>, "buildingName": "<hide>", "floorId": <hide>, "floorName": "<hide>", "roomId": <hide>, "roomName": "<hide>", "isUse": 1, "smallTypeId": 1, "smallTypeName": "<hide>", "bigTypeId": 4, "bigTypeName": "<hide>", "projectId": <hide>, "projectName": "<hide>", "ownStatusId": 0, "isUpdateProtocol": null, "isNewDryer": 0, "snCode": "<hide>", "macAddress": "<hide>", "communicationTypeId": 0, "onlineStatusId": 0, "keyStatus": null, "keyNo": null, "deductionMethod": 0, "withholdMoney": <hide>, "modelCode": null, "imei": null, "isMigrated": 1, "bindDeviceSnCode": null, "leftGoodsId": null, "rightGoodsId": null, "leftGoodsMiss": null, "leftGoodsVol": null, "leftCodeNo": null, "rightCodeNo": null, "rightGoodsMiss": null, "rightGoodsVol": null, "timestamp": "<hide>", "modeId": null, "modeTime": null, "deviceOrderPagePromptText": null, "DevID": <hide> }}GET /device/info/mac?macAddress=<hide>&phoneSystem=android&loginCode=<hide>&projectId=<hide>&version=<hide>&userId=<hide> HTTP/1.1Host: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2>>>{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "deviceId": <hide>, "deviceName": "<hide>", "deviceDesc": "<hide>", "areaId": 1, "areaName": "<hide>", "buildingId": <hide>, "buildingName": "<hide>", "floorId": <hide>, "floorName": "<hide>", "roomId": <hide>, "roomName": "<hide>", "isUse": 1, "smallTypeId": 1, "smallTypeName": "<hide>", "bigTypeId": 4, "bigTypeName": "<hide>", "projectId": <hide>, "projectName": "<hide>", "ownStatusId": 0, "isUpdateProtocol": null, "isNewDryer": 0, "snCode": "<hide>", "macAddress": "<hide>", "communicationTypeId": 0, "onlineStatusId": 0, "keyStatus": null, "keyNo": null, "deductionMethod": 0, "withholdMoney": <hide>, "modelCode": null, "imei": null, "isMigrated": 1, "bindDeviceSnCode": null, "leftGoodsId": null, "rightGoodsId": null, "leftGoodsMiss": null, "leftGoodsVol": null, "leftCodeNo": null, "rightCodeNo": null, "rightGoodsMiss": null, "rightGoodsVol": null, "timestamp": "<hide>", "modeId": null, "modeTime": null, "deviceOrderPagePromptText": null, "DevID": <hide> }}POST /order/downRate/bluetooth/rateOrder HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2macType=0001&signature=<hide>&loginCode=<hide>&telephone=<hide>&protocolType=<hide>&deviceId=<hide>&userId=<hide>&version=<hide>&xfModel=0&bigTypeId=4&accountId=<hide>&macAddress=<hide>&telPhone=<hide>&phoneSystem=android&smallTypeId=1&randomNumber=<hide>&projectId=<hide>>>>{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "accountId": <hide>, "realMoney": "<hide>", "givenMoney": "0.0", "preDeductMoney": "<hide>", "useCount": 1, "downData": "<hide>", "rate": <hide>, "minTime": 0, "minMoney": 0, "chargeMethod": <hide>, "minChargeUnit": <hide>, "autoDisConTime": <hide>, "consumeDate": "<hide>", "liquidOrderNo": null, "orderNo": null, "preDeductMoneySend": "<hide>" }}POST /order/downRate/bluetooth/rateOrder HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2macType=0001&signature=<hide>&loginCode=<hide>&telephone=<hide>&protocolType=<hide>&deviceId=<hide>&userId=<hide>&version=<hide>&xfModel=0&bigTypeId=4&accountId=<hide>&macAddress=<hide>&telPhone=<hide>&phoneSystem=android&smallTypeId=1&randomNumber=<hide>&projectId=<hide>>>>{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "accountId": <hide>, "realMoney": "<hide>", "givenMoney": "0.0", "preDeductMoney": "<hide>", "useCount": 1, "downData": "<hide>", "rate": <hide>, "minTime": 0, "minMoney": 0, "chargeMethod": <hide>, "minChargeUnit": <hide>, "autoDisConTime": <hide>, "consumeDate": "<hide>", "liquidOrderNo": null, "orderNo": null, "preDeductMoneySend": "<hide>" }}POST /order/upload/bluetooth/data HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2accountId=<hide>&telPhone=<hide>&signature=<hide>&phoneSystem=android&randomNumber=<hide>&loginCode=<hide>&telephone=<hide>&protocolType=<hide>&xfData=<hide>&projectId=<hide>&userId=<hide>&version=<hide>>>>{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "consumeTime": "<hide>", "preDeductMoney": <hide>, "preDeductMoneyAfter": <hide>, "consumeMoney": <hide>, "orderAccountId": <hide>, "clData": "<hide>", "telephone": "<hide>", "createTime": "<hide>", "modeName": null, "liquidModeName": null, "liquidConsumeMoney": null, "deviceSnCode": "<hide>", "orderNo": "<hide>", "leftModeMoney": null, "rightModeMoney": null, "leftModeName": null, "rightModeName": null }}POST /order/upload/bluetooth/data HTTP/1.1Content-Type: application/x-www-form-urlencodedHost: v3-api.china-qzxy.cnUser-Agent: okhttp/4.2.2accountId=<hide>&telPhone=<hide>&signature=<hide>&phoneSystem=android&randomNumber=<hide>&loginCode=<hide>&telephone=<hide>&protocolType=<hide>&xfData=<hide>&projectId=<hide>&userId=<hide>&version=<hide>>>>{ "success": true, "errorCode": 0, "errorMessage": "成功", "data": { "consumeTime": "<hide>", "preDeductMoney": <hide>, "preDeductMoneyAfter": <hide>, "consumeMoney": <hide>, "orderAccountId": <hide>, "clData": "<hide>", "telephone": "<hide>", "createTime": "<hide>", "modeName": null, "liquidModeName": null, "liquidConsumeMoney": null, "deviceSnCode": "<hide>", "orderNo": "<hide>", "leftModeMoney": null, "rightModeMoney": null, "leftModeName": null, "rightModeName": null }}| LoginCode | |
|---|---|
| Phone | |
| xfData |
loginCode<LoginCode>telephone<Phone>xfData<xfData>&key=<LoginCode>loginCode<LoginCode>telephone<Phone>xfData<xfData>&key=<LoginCode>| Md5 | |
|---|---|
| Key |
<Md5><Key><Md5><Key>| clData | native aes 解密（见下） |
|---|
| Mode | ECB |
|---|---|
| Key | |
| IV |
# API Docs: 636K9s2c8@1M7s2y4Q4x3@1q4Q4x3V1k6Q4x3V1k6J5k6i4q4S2j5X3I4W2i4K6u0W2j5$3!0E0i4K6u0r3k6r3!0U0M7#2)9J5c8X3y4S2M7s2c8#2M7X3g2Q4x3V1k6S2k6r3c8G2L8Y4x3`.from reqable import *import read_regex_list = [ r'.*\.anythinktech.com', r'.*-toutiao.*\.com', r'.*\.umeng.com', r'.*\.umengcloud.com', r'.*\.yfanads.com', r'.*\.gdt.qq.com', r'.*\.netease.im', r'.*\.beizi.biz', r'.*\.zijieapi.com', r'.*yunxin.*\.com', r'open.e.kuaishou.c.*', r'open.kuaishouzt.com', r'open.kwaizt.com', r'w1.kskwai.com', r'webcast-open.douyin.com', r'lf-cdn-tos.bytescm.com', r'sdk.e.qq.com', r'sdktmp.hubcloud.com.cn', r'mdap.mpaas.cn-hangzhou.aliyuncs.com', r'sdkoptedge.chinanetcenter.com', # 网宿 r'pgdt.ugdtimg.com', r'mssdk.volces.com' # 字节]def onRequest(context, request): # 获取当前请求的域名 host = context.host # 遍历正则列表进行匹配 for pattern in ad_regex_list: # 使用 re.search 查找匹配项 if re.search(pattern, host): # 【关键点】 # 这里可以打印日志方便调试（在Reqable控制台查看） print(f"Blocked Domain: {host} (Matched: {pattern})") # 返回 None 表示中断请求，不再向服务器发送 # 客户端会收到连接断开或类似的错误 return None # 备选方案：如果你不想断开连接，而是想返回一个 404 或空数据，可以用下面这行代替： # return Response(404, headers=[], body=b'') # Print url to console # print('request url ' + context.url) # Update or add a query parameter # request.queries['foo'] = 'bar' # Update or add a http header # request.headers['foo'] = 'bar' # Replace http body with a text # request.body = 'Hello World' # Map with a local file # request.body.file('~/Desktop/body.json') # Convert to dict if the body is a JSON # request.body.jsonify() # Update the JSON content # request.body['foo'] = 'bar' # Done return requestdef onResponse(context, response): # Update status code # response.code = 404 # APIs are same as `onRequest` # Done return response# API Docs: 509K9s2c8@1M7s2y4Q4x3@1q4Q4x3V1k6Q4x3V1k6J5k6i4q4S2j5X3I4W2i4K6u0W2j5$3!0E0i4K6u0r3k6r3!0U0M7#2)9J5c8X3y4S2M7s2c8#2M7X3g2Q4x3V1k6S2k6r3c8G2L8Y4x3`.from reqable import *import read_regex_list = [ r'.*\.anythinktech.com', r'.*-toutiao.*\.com', r'.*\.umeng.com', r'.*\.umengcloud.com', r'.*\.yfanads.com', r'.*\.gdt.qq.com', r'.*\.netease.im', r'.*\.beizi.biz', r'.*\.zijieapi.com', r'.*yunxin.*\.com', r'open.e.kuaishou.c.*', r'open.kuaishouzt.com', r'open.kwaizt.com', r'w1.kskwai.com', r'webcast-open.douyin.com', r'lf-cdn-tos.bytescm.com', r'sdk.e.qq.com', r'sdktmp.hubcloud.com.cn', r'mdap.mpaas.cn-hangzhou.aliyuncs.com', r'sdkoptedge.chinanetcenter.com', # 网宿 r'pgdt.ugdtimg.com', r'mssdk.volces.com' # 字节]def onRequest(context, request): # 获取当前请求的域名 host = context.host # 遍历正则列表进行匹配 for pattern in ad_regex_list: # 使用 re.search 查找匹配项 if re.search(pattern, host): # 【关键点】 # 这里可以打印日志方便调试（在Reqable控制台查看） print(f"Blocked Domain: {host} (Matched: {pattern})") # 返回 None 表示中断请求，不再向服务器发送 # 客户端会收到连接断开或类似的错误 return None # 备选方案：如果你不想断开连接，而是想返回一个 404 或空数据，可以用下面这行代替： # return Response(404, headers=[], body=b'') # Print url to console # print('request url ' + context.url) # Update or add a query parameter # request.queries['foo'] = 'bar' # Update or add a http header # request.headers['foo'] = 'bar' # Replace http body with a text # request.body = 'Hello World' # Map with a local file # request.body.file('~/Desktop/body.json') # Convert to dict if the body is a JSON # request.body.jsonify() # Update the JSON content # request.body['foo'] = 'bar' # Done return requestdef onResponse(context, response): # Update status code # response.code = 404 # APIs are same as `onRequest` # Done return responsepublic BathingBtActivity() { super(); this.protocolType = ""; this.x0 = false; this.y0 = false; this.z0 = false; this.exist_deviceInfoKeyNo = false; this.B0 = new c(this); this.handleD_ = new Handler(new handleD(this)); this.mayAccountId_ = 0L; this.K0 = 0;}public BathingBtActivity() { super(); this.protocolType = ""; this.x0 = false; this.y0 = false; this.z0 = false; this.exist_deviceInfoKeyNo = false; this.B0 = new c(this); this.handleD_ = new Handler(new handleD(this)); this.mayAccountId_ = 0L; this.K0 = 0;}public class handleD implements Handler.Callback { public final BathingBtActivity n; public handleD(BathingBtActivity bathingBtActivity0) { this.n = bathingBtActivity0; super(); } @Override // android.os.Handler$Callback public boolean handleMessage(@NonNull Message message0) { switch(message0.what) { case 1: { switch(message0.arg1) { case 2: { this.n.K5(37); return false; } case 3: { this.n.D5(); this.n.K5(34); return false; } case 4: { this.n.K5(38); return false; } case 5: { this.n.K5(33); return false; } default: { return false; } } } case 2: { AnalyTools.analyWaterDatas(((byte[])message0.obj)); return false; } case 6: { if(this.n.blueService != null && this.n.blueService.getState() == 3) { this.n.blueService.stop(); this.n.z = 0; return false; } return false; } case 20: { this.n.F5(false); return false; } default: { return false; } } }}public class handleD implements Handler.Callback { public final BathingBtActivity n; public handleD(BathingBtActivity bathingBtActivity0) { this.n = bathingBtActivity0; super(); } @Override // android.os.Handler$Callback public boolean handleMessage(@NonNull Message message0) { switch(message0.what) { case 1: { switch(message0.arg1) { case 2: { this.n.K5(37); return false; } case 3: { this.n.D5(); this.n.K5(34); return false; } case 4: { this.n.K5(38); return false; } case 5: { this.n.K5(33); return false; } default: { return false; } } } case 2: { AnalyTools.analyWaterDatas(((byte[])message0.obj)); return false; } case 6: { if(this.n.blueService != null && this.n.blueService.getState() == 3) { this.n.blueService.stop(); this.n.z = 0; return false; } return false; } case 20: { this.n.F5(false); return false; } default: { return false; } } }}public class AnalyTools { private static WaterCodeListener waterCodeListeners; private static int projectId; private static int deviceId; private static int lastAccoundId; private static byte[] snCode; private static byte[] randomNumber; private static int failedUnpackCount; private static byte[] removeStartEndAndUnpackPayload(byte[] arr_b) { String s = DigitalTrans.bytesToHexStringLower(arr_b); return !s.startsWith("23") || !s.endsWith("0a") ? AnalyTools.unpackData(DigitalTrans.AsciiStringToString(null)) : AnalyTools.unpackData(DigitalTrans.AsciiStringToString(s.substring(2, s.length() - 2))); } public static void analyWaterDatas(byte[] arr_b) { String partConsumeDate; boolean z1; int accountType; int consumeMoney; int v37; int v36; String s2; int v31; int v10; int v9; int v8; int v7; int v6; int v30; int v29; int mayDeviceType2; int mayDeviceType; boolean querySuccess; String protocolType; int deviceState; byte[] payload = AnalyTools.removeStartEndAndUnpackPayload(arr_b); byte[] twoComplement = AnalyTools.removeStartEndAndConvTwoComplement(arr_b); if (twoComplement != null && payload != null) { String s = ""; int v = 0; if (twoComplement[4] == 35) { if (payload.length <= 0 || payload[0] != 0xFFFFFF80) { label_195: protocolType = ""; querySuccess = false; deviceState = 0; label_198: mayDeviceType = 0; mayDeviceType2 = 0; v29 = 0; v30 = 0; } else { switch (payload.length) { case 23: { byte[] arr_b9 = new byte[4]; for (int v11 = 0; v11 < 4; ++v11) { arr_b9[v11] = payload[v11 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b9)); byte[] arr_b10 = new byte[4]; for (int v12 = 0; v12 < 4; ++v12) { arr_b10[v12] = payload[v12 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b10)); byte[] arr_b11 = new byte[4]; for (int v13 = 0; v13 < 4; ++v13) { arr_b11[v13] = payload[v13 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b11)); AnalyTools.snCode = new byte[6]; for (int v14 = 0; true; ++v14) { byte[] arr_b12 = AnalyTools.snCode; if (v14 >= arr_b12.length) { break; } arr_b12[v14] = payload[v14 + 13]; } AnalyTools.randomNumber = new byte[2]; for (int v15 = 0; true; ++v15) { byte[] arr_b13 = AnalyTools.randomNumber; if (v15 >= arr_b13.length) { break; } arr_b13[v15] = payload[v15 + 21]; } deviceState = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]})); protocolType = ""; querySuccess = true; mayDeviceType = 0; mayDeviceType2 = 0; v29 = 0; v30 = 0; } case 28: { byte[] arr_b14 = new byte[4]; for (int v17 = 0; v17 < 4; ++v17) { arr_b14[v17] = payload[v17 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b14)); byte[] arr_b15 = new byte[4]; for (int v18 = 0; v18 < 4; ++v18) { arr_b15[v18] = payload[v18 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b15)); byte[] arr_b16 = new byte[4]; for (int v19 = 0; v19 < 4; ++v19) { arr_b16[v19] = payload[v19 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b16)); AnalyTools.snCode = new byte[6]; for (int v20 = 0; true; ++v20) { byte[] arr_b17 = AnalyTools.snCode; if (v20 >= arr_b17.length) { break; } arr_b17[v20] = payload[v20 + 13]; } AnalyTools.randomNumber = new byte[2]; for (int v21 = 0; true; ++v21) { byte[] arr_b18 = AnalyTools.randomNumber; if (v21 >= arr_b18.length) { break; } arr_b18[v21] = payload[v21 + 21]; } v6 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]})); v7 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[23]})); v8 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[24]})); v9 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[25]})); byte[] arr_b19 = new byte[2]; while (v < 2) { arr_b19[v] = payload[v + 26]; ++v; } v10 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b19)); deviceState = v6; mayDeviceType = v7; mayDeviceType2 = v8; v29 = v9; protocolType = s; v30 = v10; querySuccess = true; break; } case 0x30: { byte[] arr_b20 = new byte[4]; for (int v22 = 0; v22 < 4; ++v22) { arr_b20[v22] = payload[v22 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b20)); byte[] arr_b21 = new byte[4]; for (int v23 = 0; v23 < 4; ++v23) { arr_b21[v23] = payload[v23 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b21)); byte[] arr_b22 = new byte[4]; for (int v24 = 0; v24 < 4; ++v24) { arr_b22[v24] = payload[v24 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b22)); AnalyTools.snCode = new byte[6]; for (int v25 = 0; true; ++v25) { byte[] arr_b23 = AnalyTools.snCode; if (v25 >= arr_b23.length) { break; } arr_b23[v25] = payload[v25 + 13]; } s = DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]}); AnalyTools.randomNumber = new byte[4]; for (int v26 = 0; true; ++v26) { byte[] arr_b24 = AnalyTools.randomNumber; if (v26 >= arr_b24.length) { break; } arr_b24[v26] = payload[v26 + 24]; } v6 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[28]})); v7 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[29]})); v8 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[30]})); v9 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[0x1F]})); byte[] arr_b25 = new byte[2]; while (v < 2) { arr_b25[v] = payload[v + 0x20]; ++v; } v10 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b25)); label_187: deviceState = v6; mayDeviceType = v7; mayDeviceType2 = v8; v29 = v9; protocolType = s; v30 = v10; querySuccess = true; break; } default: { if (payload.length >= 49) { byte[] arr_b3 = new byte[4]; for (int v1 = 0; v1 < 4; ++v1) { arr_b3[v1] = payload[v1 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b3)); byte[] arr_b4 = new byte[4]; for (int v2 = 0; v2 < 4; ++v2) { arr_b4[v2] = payload[v2 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b4)); byte[] arr_b5 = new byte[4]; for (int v3 = 0; v3 < 4; ++v3) { arr_b5[v3] = payload[v3 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b5)); AnalyTools.snCode = new byte[6]; for (int v4 = 0; true; ++v4) { byte[] arr_b6 = AnalyTools.snCode; if (v4 >= arr_b6.length) { break; } arr_b6[v4] = payload[v4 + 13]; } s = DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]}); AnalyTools.randomNumber = new byte[4]; for (int v5 = 0; true; ++v5) { byte[] arr_b7 = AnalyTools.randomNumber; if (v5 >= arr_b7.length) { break; } arr_b7[v5] = payload[v5 + 24]; } v6 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[28]})); v7 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[29]})); v8 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[30]})); v9 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[0x1F]})); byte[] arr_b8 = new byte[2]; while (v < 2) { arr_b8[v] = payload[v + 0x20]; ++v; } v10 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b8)); deviceState = v6; mayDeviceType = v7; mayDeviceType2 = v8; v29 = v9; protocolType = s; v30 = v10; querySuccess = true; break; } else { protocolType = ""; querySuccess = false; deviceState = 0; label_198: mayDeviceType = 0; mayDeviceType2 = 0; v29 = 0; v30 = 0; } } } } WaterCodeListener waterCodeListener0 = AnalyTools.waterCodeListeners; if (waterCodeListener0 != null) { waterCodeListener0.chaxueNewshebeiOnback(querySuccess, // arg1:boolean deviceState, // arg2:int AnalyTools.deviceId, // arg3:int AnalyTools.projectId, // arg4:int AnalyTools.lastAccoundId, // arg5:int AnalyTools.snCode, // arg6:byte[] AnalyTools.randomNumber, // arg7:byte[] mayDeviceType, // arg8:int mayDeviceType2, // arg9:int v29, // arg10:int v30, // arg11:int protocolType // arg12:java.lang.String ); } } else { switch (twoComplement[4]) { case -8: { if (payload.length <= 0 || payload[0] != 0xFFFFFF80) { v31 = 0; } else { byte[] arr_b26 = new byte[1]; System.arraycopy(payload, 1, arr_b26, 0, 1); v31 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b26)); byte[] arr_b27 = new byte[1]; System.arraycopy(payload, 2, arr_b27, 0, 1); s = DigitalTrans.bytesToHexStringLower(arr_b27); v = 1; } AnalyTools.waterCodeListeners.settingKeyCallback(v != 0, v31, s); return; } case -6: { if (payload.length > 0 && payload[0] == 0xFFFFFF80) { v = 1; } AnalyTools.waterCodeListeners.fanhuicunchuOnback((v != 0)); return; } case -5: { if (payload.length <= 0 || payload[0] != 0xFFFFFF80) { errPath: partConsumeDate = null; z1 = false; accountType = 2; consumeMoney = 0; } else if (payload.length == 42) { byte[] arr_b28 = new byte[6]; for (int v32 = 0; v32 < 6; ++v32) { arr_b28[v32] = payload[v32 + 1]; } s2 = DigitalTrans.bytesToHexStringLower(arr_b28); byte[] arr_b29 = new byte[4]; for (int v33 = 0; v33 < 4; ++v33) { arr_b29[v33] = payload[v33 + 7]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b29)); byte[] arr_b30 = new byte[4]; for (int v34 = 0; v34 < 4; ++v34) { arr_b30[v34] = payload[v34 + 11]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b30)); byte[] arr_b31 = new byte[4]; for (int v35 = 0; v35 < 4; ++v35) { arr_b31[v35] = payload[v35 + 15]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b31)); v36 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]})); byte[] arr_b32 = new byte[4]; while (v < 4) { arr_b32[v] = payload[v + 28]; ++v; } v37 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b32)); consumeMoney = v37; accountType = v36; z1 = true; partConsumeDate = s2; AnalyTools.waterCodeListeners.caijishujuOnback(z1, partConsumeDate, AnalyTools.projectId, AnalyTools.lastAccoundId, accountType, consumeMoney, payload); return; } else { if (payload.length >= 62) { byte[] arr_b33 = new byte[6]; for (int v38 = 0; v38 < 6; ++v38) { arr_b33[v38] = payload[v38 + 1]; } s2 = DigitalTrans.bytesToHexStringLower(arr_b33); byte[] arr_b34 = new byte[4]; for (int v39 = 0; v39 < 4; ++v39) { arr_b34[v39] = payload[v39 + 7]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b34)); byte[] arr_b35 = new byte[4]; for (int v40 = 0; v40 < 4; ++v40) { arr_b35[v40] = payload[v40 + 11]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b35)); byte[] arr_b36 = new byte[4]; for (int v41 = 0; v41 < 4; ++v41) { arr_b36[v41] = payload[v41 + 15]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b36)); v36 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]})); byte[] arr_b37 = new byte[4]; while (v < 4) { arr_b37[v] = payload[v + 28]; ++v; } v37 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b37)); label_298: consumeMoney = v37; accountType = v36; z1 = true; partConsumeDate = s2; AnalyTools.waterCodeListeners.caijishujuOnback(z1, partConsumeDate, AnalyTools.projectId, AnalyTools.lastAccoundId, accountType, consumeMoney, payload); return; } partConsumeDate = null; z1 = false; accountType = 2; consumeMoney = 0; } AnalyTools.waterCodeListeners.caijishujuOnback(z1, partConsumeDate, AnalyTools.projectId, AnalyTools.lastAccoundId, accountType, consumeMoney, payload); return; } case 33: { if (payload.length > 0 && payload[0] == 0xFFFFFF80) { v = 1; } AnalyTools.waterCodeListeners.xiafafeilvOnback(v != 0, payload); return; } case 34: { if (payload.length > 0 && payload[0] == 0xFFFFFF80) { v = 1; } AnalyTools.waterCodeListeners.jieshufeilvOnback(v != 0, AnalyTools.lastAccoundId); return; } case 49: { if (payload.length > 0 && payload[0] == 0xFFFFFF80) { v = 1; } AnalyTools.waterCodeListeners.startDeal(v != 0, payload); return; } case 50: { if (payload.length > 0 && payload[0] == 0xFFFFFF80) { v = 1; } AnalyTools.waterCodeListeners.stopDeal(v != 0); return; } case 80: { byte[] arr_b38 = new byte[1]; System.arraycopy(payload, 1, arr_b38, 0, 1); int v44 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b38)); byte[] arr_b39 = new byte[1]; System.arraycopy(payload, 2, arr_b39, 0, 1); String s4 = DigitalTrans.bytesToHexStringLower(arr_b39); AnalyTools.waterCodeListeners.settingKeyCallback(true, v44, s4); break; } } } } } private static byte[] removeStartEndAndConvTwoComplement(byte[] arr_b) { String s = DigitalTrans.bytesToHexStringLower(arr_b); return !s.startsWith("23") || !s.endsWith("0a") ? DigitalTrans.hexStringToByte(DigitalTrans.AsciiStringToString(null)) : DigitalTrans.hexStringToByte(DigitalTrans.AsciiStringToString(s.substring(2, s.length() - 2))); } private static byte[] unpackData(String s) { byte[] arr_b = DigitalTrans.hexStringToBytes(s); if (arr_b != null && arr_b.length >= 9) { int v = ((arr_b[1] & 0xFF) << 8 | arr_b[2] & 0xFF) - 3; if (v > 0) { byte[] arr_b1 = new byte[v]; int v2 = 0; for (int v1 = 0; v1 < v; ++v1) { arr_b1[v1] = arr_b[v1 + 6]; v2 += arr_b[v1 + 6]; } if (((byte) (v2 + arr_b[3] + arr_b[4] + arr_b[5] & 0xFF)) != arr_b[arr_b.length - 2]) { int v3 = AnalyTools.failedUnpackCount + 1; AnalyTools.failedUnpackCount = v3; return v3 >= 5 ? arr_b1 : new byte[0]; } return arr_b1; } return new byte[0]; } return null; } public static void setWaterCodeListener(WaterCodeListener waterCodeListener0) { AnalyTools.waterCodeListeners = waterCodeListener0; }}public class AnalyTools { private static WaterCodeListener waterCodeListeners; private static int projectId; private static int deviceId; private static int lastAccoundId; private static byte[] snCode; private static byte[] randomNumber; private static int failedUnpackCount; private static byte[] removeStartEndAndUnpackPayload(byte[] arr_b) { String s = DigitalTrans.bytesToHexStringLower(arr_b); return !s.startsWith("23") || !s.endsWith("0a") ? AnalyTools.unpackData(DigitalTrans.AsciiStringToString(null)) : AnalyTools.unpackData(DigitalTrans.AsciiStringToString(s.substring(2, s.length() - 2))); } public static void analyWaterDatas(byte[] arr_b) { String partConsumeDate; boolean z1; int accountType; int consumeMoney; int v37; int v36; String s2; int v31; int v10; int v9; int v8; int v7; int v6; int v30; int v29; int mayDeviceType2; int mayDeviceType; boolean querySuccess; String protocolType; int deviceState; byte[] payload = AnalyTools.removeStartEndAndUnpackPayload(arr_b); byte[] twoComplement = AnalyTools.removeStartEndAndConvTwoComplement(arr_b); if (twoComplement != null && payload != null) { String s = ""; int v = 0; if (twoComplement[4] == 35) { if (payload.length <= 0 || payload[0] != 0xFFFFFF80) { label_195: protocolType = ""; querySuccess = false; deviceState = 0; label_198: mayDeviceType = 0; mayDeviceType2 = 0; v29 = 0; v30 = 0; } else { switch (payload.length) { case 23: { byte[] arr_b9 = new byte[4]; for (int v11 = 0; v11 < 4; ++v11) { arr_b9[v11] = payload[v11 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b9)); byte[] arr_b10 = new byte[4]; for (int v12 = 0; v12 < 4; ++v12) { arr_b10[v12] = payload[v12 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b10)); byte[] arr_b11 = new byte[4]; for (int v13 = 0; v13 < 4; ++v13) { arr_b11[v13] = payload[v13 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b11)); AnalyTools.snCode = new byte[6]; for (int v14 = 0; true; ++v14) { byte[] arr_b12 = AnalyTools.snCode; if (v14 >= arr_b12.length) { break; } arr_b12[v14] = payload[v14 + 13]; } AnalyTools.randomNumber = new byte[2]; for (int v15 = 0; true; ++v15) { byte[] arr_b13 = AnalyTools.randomNumber; if (v15 >= arr_b13.length) { break; } arr_b13[v15] = payload[v15 + 21]; } deviceState = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]})); protocolType = ""; querySuccess = true; mayDeviceType = 0; mayDeviceType2 = 0; v29 = 0; v30 = 0; } case 28: { byte[] arr_b14 = new byte[4]; for (int v17 = 0; v17 < 4; ++v17) { arr_b14[v17] = payload[v17 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b14)); byte[] arr_b15 = new byte[4]; for (int v18 = 0; v18 < 4; ++v18) { arr_b15[v18] = payload[v18 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b15)); byte[] arr_b16 = new byte[4]; for (int v19 = 0; v19 < 4; ++v19) { arr_b16[v19] = payload[v19 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b16)); AnalyTools.snCode = new byte[6]; for (int v20 = 0; true; ++v20) { byte[] arr_b17 = AnalyTools.snCode; if (v20 >= arr_b17.length) { break; } arr_b17[v20] = payload[v20 + 13]; } AnalyTools.randomNumber = new byte[2]; for (int v21 = 0; true; ++v21) { byte[] arr_b18 = AnalyTools.randomNumber; if (v21 >= arr_b18.length) { break; } arr_b18[v21] = payload[v21 + 21]; } v6 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]})); v7 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[23]})); v8 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[24]})); v9 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[25]})); byte[] arr_b19 = new byte[2]; while (v < 2) { arr_b19[v] = payload[v + 26]; ++v; } v10 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b19)); deviceState = v6; mayDeviceType = v7; mayDeviceType2 = v8; v29 = v9; protocolType = s; v30 = v10; querySuccess = true; break; } case 0x30: { byte[] arr_b20 = new byte[4]; for (int v22 = 0; v22 < 4; ++v22) { arr_b20[v22] = payload[v22 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b20)); byte[] arr_b21 = new byte[4]; for (int v23 = 0; v23 < 4; ++v23) { arr_b21[v23] = payload[v23 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b21)); byte[] arr_b22 = new byte[4]; for (int v24 = 0; v24 < 4; ++v24) { arr_b22[v24] = payload[v24 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b22)); AnalyTools.snCode = new byte[6]; for (int v25 = 0; true; ++v25) { byte[] arr_b23 = AnalyTools.snCode; if (v25 >= arr_b23.length) { break; } arr_b23[v25] = payload[v25 + 13]; } s = DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]}); AnalyTools.randomNumber = new byte[4]; for (int v26 = 0; true; ++v26) { byte[] arr_b24 = AnalyTools.randomNumber; if (v26 >= arr_b24.length) { break; } arr_b24[v26] = payload[v26 + 24]; } v6 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[28]})); v7 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[29]})); v8 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[30]})); v9 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[0x1F]})); byte[] arr_b25 = new byte[2]; while (v < 2) { arr_b25[v] = payload[v + 0x20]; ++v; } v10 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b25)); label_187: deviceState = v6; mayDeviceType = v7; mayDeviceType2 = v8; v29 = v9; protocolType = s; v30 = v10; querySuccess = true; break; } default: { if (payload.length >= 49) { byte[] arr_b3 = new byte[4]; for (int v1 = 0; v1 < 4; ++v1) { arr_b3[v1] = payload[v1 + 1]; } AnalyTools.projectId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b3)); byte[] arr_b4 = new byte[4]; for (int v2 = 0; v2 < 4; ++v2) { arr_b4[v2] = payload[v2 + 5]; } AnalyTools.deviceId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b4)); byte[] arr_b5 = new byte[4]; for (int v3 = 0; v3 < 4; ++v3) { arr_b5[v3] = payload[v3 + 9]; } AnalyTools.lastAccoundId = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b5)); AnalyTools.snCode = new byte[6]; for (int v4 = 0; true; ++v4) { byte[] arr_b6 = AnalyTools.snCode; if (v4 >= arr_b6.length) { break; } arr_b6[v4] = payload[v4 + 13]; } s = DigitalTrans.bytesToHexStringLower(new byte[]{payload[19]}); AnalyTools.randomNumber = new byte[4]; for (int v5 = 0; true; ++v5) { byte[] arr_b7 = AnalyTools.randomNumber; if (v5 >= arr_b7.length) { break; } arr_b7[v5] = payload[v5 + 24]; } v6 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[28]})); v7 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[29]})); v8 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[30]})); v9 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(new byte[]{payload[0x1F]})); byte[] arr_b8 = new byte[2]; while (v < 2) { arr_b8[v] = payload[v + 0x20]; ++v; } v10 = DigitalTrans.hexStringToAlgorism(DigitalTrans.bytesToHexStringLower(arr_b8)); deviceState = v6; mayDeviceType = v7; mayDeviceType2 = v8; v29 = v9; protocolType = s; v30 = v10; querySuccess = true; break; } else { protocolType = ""; querySuccess = false; deviceState = 0; label_198: mayDeviceType = 0; mayDeviceType2 = 0; v29 = 0; v30 = 0; }
最后于 2025-11-29 22:48
被mb_jepgtozh编辑
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