import sm4 from "./sm4";
import md5 from "./md5.min";
import crc from "./crc-index";
var userIdSaved;
var authUserIdSaved;
var deviceNameSaved;
var pwdSaved;
var indexSaved;
var fingerNoSaved;
var startTimeSaved;
var endTimeSaved;
var useCountLimitSaved;
var staticCallback;
var keyIdSaved;
var signKeySaved;
var roleSaved;
var pwdNoSaved;
var actionSaved;
var alarmFingerSaved;
var encKeySaved;
var openModeSaved;
var blueKeyIdSaved;
const constString = "uiYMMSwerw122@^#&@87";
var receDataSaved = "";
var fileVersionSaved;
var fileSizeSaved;
var fileCRCSaved;
var tokenSaved;
var packageSize;
var blueKey;
export default class ICINLocker {
constructor(obj) {
this.callback = obj;
}
static checkTheWechatVersion() {
if (wx.openBluetoothAdapter) {
wx.openBluetoothAdapter();
return true;
} else {
return false;
}
}
static disConnect(lockId) {
// let connectedDeviceId = wx.getStorageSync('connectedDeviceId')
wx.closeBLEConnection({
deviceId: lockId,
success: function (res) {
console.log("断开连接成功");
},
});
}
static showLoading(msg) {
wx.showLoading({
title: msg,
});
}
static getLocationPermission() {
return new Promise(function (resolve, reject) {
wx.getLocation({
type: "wgs84",
success(res) {
resolve({
status: 0,
statusReason: "获取地理位置成功",
});
console.log(res);
},
fail(res) {
reject({
status: 1,
statusReason: res.errMsg,
});
return;
},
});
});
}
/**
* 扫描周围蓝牙设备中的名称为deviceName的设备
* @param {*} deviceName
*/
static scanDevices(deviceName) {
return new Promise(function (resolve, reject) {
wx.openBluetoothAdapter({
success: function (res) {
let deviceId;
let isLockerExist = false;
/****** 超时计时器 */
let timeoutInterval;
/****** 搜寻列表计时器 */
let intervalForScanedList;
/****** 记录扫描的具体位置 */
let devicesScanedPos = 0
console.log("初始化蓝牙适配器成功");
// 设置计时器 10s直接超时
timeoutInterval = setInterval(function () {
wx.closeBluetoothAdapter({
success: (res) => {
clearInterval(timeoutInterval);
clearInterval(intervalForScanedList);
reject({
status: 1,
statusReason: "超时搜索蓝牙设备,请靠近设备后再试",
})
return;
},
})
}, 10000)
// 如上一次与这一次的蓝牙连接目标相同，不用继续搜寻直接返回之前的connectedDeviceId
let imei = wx.getStorageSync("deviceName");
let connectedDeviceId = wx.getStorageSync("connectedDeviceId");
if (imei == deviceName) {
if (connectedDeviceId) {
ICINLocker.disConnect(connectedDeviceId);
clearInterval(timeoutInterval);
resolve({
status: 0,
deviceId: connectedDeviceId,
});
return;
}
}
// 本机蓝牙适配器状态
wx.getBluetoothAdapterState({
success: function (res) {
// console.log("搜索状态" + res.discovering);
// console.log("可用状态" + res.available);
},
});
//开始搜索设备 start----
wx.startBluetoothDevicesDiscovery({
allowDuplicatesKey: false,
success: function (res) {
// 设置定时器 0.5s一次查看所有搜索出来的设备
intervalForScanedList = setInterval(function () {
wx.getBluetoothDevices({
success: function (res) {
// 搜不到设备直接返回
if (res.devices.length == 0) {
console.log("未搜索到蓝牙设备,请稍后再试");
clearInterval(timeoutInterval);
clearInterval(intervalForScanedList);
reject({
status: 1,
statusReason: "未搜索到蓝牙设备,请靠近设备后再试",
});
return;
}
/***** 单个发现新设备，如有设备直接返回 */
wx.onBluetoothDeviceFound(function (res) {
console.log(res.devices[0])
var ondeviceNameOfitem = res.devices[0].name;
if (ondeviceNameOfitem && ondeviceNameOfitem === deviceName) {
deviceId = res.devices[0].deviceId;
wx.setStorage({
data: res.devices[0].deviceId,
key: "connectedDeviceId",
});
wx.setStorageSync("deviceName", deviceName);
isLockerExist = true;
clearInterval(timeoutInterval);
clearInterval(intervalForScanedList);
resolve({
status: 0,
deviceId: deviceId,
});
return;
}
});
/***** 在搜索到的设备列表中查询需要连接的设备 */
for (; devicesScanedPos <= res.devices.length; devicesScanedPos++) {
let deviceNameOfitem = res.devices[devicesScanedPos].name;
if (deviceNameOfitem === deviceName) {
deviceId = res.devices[devicesScanedPos].deviceId;
wx.setStorage({
data: res.devices[devicesScanedPos].deviceId,
key: "connectedDeviceId",
});
wx.setStorageSync("deviceName", deviceName);
isLockerExist = true;
clearInterval(timeoutInterval);
clearInterval(intervalForScanedList);
resolve({
status: 0,
deviceId: deviceId,
});
return;
}
}
},
});
}, 500)
},
});
},
fail: function (res) {
console.log("调用失败,请打开蓝牙");
clearInterval(timeoutInterval);
reject({
status: 1,
statusReason: res,
});
return;
},
});
});
}
/**
* 连接设备
* @param {设备ID， 从scanDevice方法的回调获取} deviceId
* @param {*} isBlue
*/
static connect(deviceId, isBlue) {
return new Promise(function (resolve, reject) {
var primaryServiceId = "";
var connectedDeviceId = deviceId;
wx.setStorage({
data: connectedDeviceId,
key: "connectedDeviceId",
});
wx.createBLEConnection({
deviceId: deviceId,
success: function (res) {
ICINLocker.stopBluetoothDevicesDiscovery();
wx.getBLEDeviceServices({
deviceId: connectedDeviceId,
success: function (res) {
for (let i = 0; i < res.services.length; i++) {
let primaryUUid = res.services[i].uuid.substring(0, 8);
let uuid;
if (isBlue) {
//蓝牙扣的
uuid = "F000C0E0";
packageSize = 40
blueKey = true
} else {
//锁的
uuid = "0000FFF0";
packageSize = 360
}
if (res.services[i].isPrimary && primaryUUid === uuid) {
primaryServiceId = res.services[i].uuid;
}
}
wx.getBLEDeviceCharacteristics({
deviceId: connectedDeviceId,
serviceId: primaryServiceId,
success: function (res) {
for (var i = 0; i < res.characteristics.length; i++) {
if (res.characteristics[i].properties.notify) {
console.log(
"获取开启notify的ServicweId：",
primaryServiceId
);
console.log(
"获取开启notify的CharacteristicsId：",
res.characteristics[i].uuid
);
try {
wx.setStorageSync("notifyServicweId", primaryServiceId);
wx.setStorageSync(
"notifyCharacteristicsId",
res.characteristics[i].uuid
);
} catch (e) {
console.log("notifyCharacteristicsId get wrong");
}
}
if (res.characteristics[i].properties.write) {
console.log(
"获取开启write的ServicweId：",
primaryServiceId
);
console.log(
"获取开启write的CharacteristicsId：",
res.characteristics[i].uuid
);
try {
wx.setStorageSync("writeServicweId", primaryServiceId);
if (isBlue) {
wx.setStorageSync(
"writeCharacteristicsId",
res.characteristics[i].uuid
);
} else {
wx.setStorageSync(
"writeCharacteristicsId",
res.characteristics[1].uuid
);
}
} catch (e) {
console.log("writeCharacteristicsId get wrong");
}
}
if (res.characteristics[i].properties.read) {
console.log("读取函数ServiceId：", primaryServiceId);
console.log(
"读取函数CharacteristicsId：",
res.characteristics[i].uuid
);
try {
wx.setStorageSync("readServicweId", primaryServiceId);
wx.setStorageSync(
"readCharacteristicsId",
res.characteristics[i].uuid
);
} catch (e) {
console.log("readCharacteristicsId get wrong");
}
}
}
console.log(
"device getBLEDeviceCharacteristics:",
res.characteristics
);
var notifyServicweId = wx
.getStorageSync("notifyServicweId")
.toUpperCase();
var notifyCharacteristicsId = wx
.getStorageSync("notifyCharacteristicsId")
.toUpperCase();
console.log("启用notify的serviceId", notifyServicweId);
console.log(
"启用notify的notifyCharacteristicsId",
notifyCharacteristicsId
);
wx.notifyBLECharacteristicValueChange({
state: true,
type: "notification",
deviceId: connectedDeviceId,
serviceId: primaryServiceId,
characteristicId: notifyCharacteristicsId,
success: function (res) {
console.log(
"启用通知notifyBLECharacteristicValueChange success",
res.errMsg
);
setTimeout(function () {
ICINLocker.onBLECharacteristicValueChange();
}, 1000);
resolve({
status: 0,
mac: connectedDeviceId,
uuid: primaryServiceId,
statusReason: "成功连接",
});
},
fail: function (res) {
console.log("未能打开监听");
console.log("notifyServicweId" + notifyServicweId);
console.log(
"notifyCharacteristicsId" + notifyCharacteristicsId
);
reject({
status: 1,
statusReason: "未能打开监听",
});
ICINLocker.disConnect(connectedDeviceId);
},
});
},
fail: function (res) {
reject({
status: 1,
statusReason: res.errMsg,
});
//ICINLocker.disConnect(connectedDeviceId)
},
complete: function () {
console.log("complete");
},
});
},
});
},
fail: function (res) {
if(res.errno === 1509007){ //设备已连接
return
}
if(res.errCode === 10012){ //超时
ICINLocker.connect(connectedDeviceId)
return
}
reject({
status: 1,
statusReason: res.errMsg,
});
},
complete: function () {
console.log("调用结束");
},
});
console.log(connectedDeviceId);
});
}
static onBLECharacteristicValueChange() {
wx.onBLECharacteristicValueChange(function (res) {
// 获取多包
let tempData = "" + ab2hex(res.value);
receDataSaved += tempData;
let dataLength = (parseInt(receDataSaved.substring(16, 20), 16) + 14) * 2;
if (receDataSaved.length < dataLength) {
return;
}
let receData = "";
let resultData = receDataSaved;
let ciper = resultData.substring(15, 16);
if (ciper == "3" || ciper == "2") {
let encData = resultData.substring(24, resultData.length - 4);
let decData = byte2HexStr(
sm4.sm4_dec(
hexStr2Byte(encData),
encData.length / 2,
hexStr2Byte(encKeySaved)
)
);
receData =
resultData.substring(0, 24) +
decData +
resultData.substring(resultData.length - 4, resultData.length);
} else {
receData = resultData;
}
if (receData == "") {
return;
}
wx.setStorage({
data: receData,
key: "receData",
});
let cmdId = receData.substring(24, 28);
let cmdStatus = receData.substring(28, 30);
let signKey = "";
let commonKey = "";
switch (cmdId) {
case "300a":
if (cmdStatus == "00") {
let softWareVersion =
hex2int(receData.substring(30, 32)) +
"." +
hex2int(receData.substring(32, 34)) +
"." +
hex2int(receData.substring(34, 36)) +
"." +
hex2int(receData.substring(36, 38));
let appUserCount = parseInt(receData.substring(124, 128), 16);
let remainCount = parseInt(receData.substring(132, 136), 16);
let notUploadCount = parseInt(receData.substring(136, 140), 16);
let pwdCount = parseInt(receData.substring(140, 142), 16);
let lockStatus = receData.substring(154, 156);
let lockerMode = hexToString(receData.substring(184, 200));
let power = parseInt(receData.substring(38, 40), 16);
let nbStat = receData.substring(40, 42);
let nbSignal = parseInt(receData.substring(42, 44));
let nbIMEI = hexToString(receData.substring(44, 84));
let nvIMSI = hexToString(receData.substring(84, 124));
let blackListCount = parseInt(receData.substring(128, 130), 16);
let bleKeyCount = parseInt(receData.substring(130, 132), 16);
let fingerPrintsCount = parseInt(receData.substring(142, 144), 16);
let RFCount = parseInt(receData.substring(144, 146), 16);
let lockTime = timeConvert(
parseInt(receData.substring(146, 154), 16),
1
);
let lockSn = hexToString(receData.substring(200, 240));
let wifiSsid = hexToString(receData.substring(240, 304));
let serverIp = hexToString(receData.substring(304, 344));
let serverPort = hexToString(receData.substring(344, 356));
let isNbLock = parseInt(hex2int(receData.substring(30, 32)))
.toString(2)
.PadLeft(8, "0")
.substring(3, 4);
let isWifiLock = parseInt(hex2int(receData.substring(30, 32)))
.toString(2)
.PadLeft(8, "0")
.substring(2, 3);
staticCallback({
cmdId: cmdId,
status: cmdStatus,
softWareVersion: softWareVersion,
appUserCount: appUserCount,
remainCount: remainCount,
notUploadCount: notUploadCount,
pwdCount: pwdCount,
lockStatus: lockStatus,
lockerMode: lockerMode,
power: power,
nbStat: nbStat,
nbSignal: nbSignal,
nbIMEI: nbIMEI,
nvIMSI: nvIMSI,
blackListCount: blackListCount,
bleKeyCount: bleKeyCount,
fingerPrintsCount: fingerPrintsCount,
lockTime: lockTime,
RFCount: RFCount,
lockSn: lockSn,
wifiSsid: wifiSsid,
serverIp: serverIp,
serverPort: serverPort,
isNbLock: isNbLock,
isWifiLock: isWifiLock,
});
} else {
staticCallback({
cmdId: cmdId,
status: cmdStatus,
});
}
break;
case "3092":
if (cmdStatus == "00") {
signKey = receData.substring(62, 94);
commonKey = receData.substring(30, 62);
try {
wx.setStorageSync("authUserSignKey", signKey);
wx.setStorageSync("commonKey", commonKey);
signKeySaved = signKey;
} catch (e) {}
staticCallback({
cmdId: cmdId,
status: cmdStatus,
signKey: signKey,
commonKey: commonKey,
});
} else {
staticCallback({
cmdId: cmdId,
status: cmdStatus,
});
}
break;
case "3093":
if (cmdStatus == "00") {
commonKey = receData.substring(30, 62);
wx.setStorageSync("commonKey", commonKey);
staticCallback({
cmdId: cmdId,
status: cmdStatus,
commonKey: commonKey,
});
} else {
staticCallback({
cmdId: cmdId,
status: cmdStatus,
});
}
break;
case "3094":
if (cmdStatus == "00") {
let userSignKey = receData.substring(62, 94);
let userCommonKey = receData.substring(30, 62);
wx.setStorageSync("userSignKey", userSignKey);
wx.setStorageSync("userCommonKey", userCommonKey);
staticCallback({
cmdId: cmdId,
status: cmdStatus,
userSignKey: userSignKey,
userCommonKey: userCommonKey,
});
} else {
staticCallback({
cmdId: cmdId,
status: cmdStatus,
});
}
break;
case "3095":
// let nbIotResp = receData.substring(28, receData.length);
// staticCallback({
// cmdId: cmdId,
// nbIotResp: nbIotResp
// })
// break;
let dataLength = parseInt(receData.substring(16, 24));
console.log("3095截取本次的数据长度是" + dataLength);
let nbIotResp = receData.substring(28, 28 + dataLength);
staticCallback({
cmdId: cmdId,
nbIotResp: nbIotResp
})
break;
case "3001":
let addUserToken = receData.substring(108, 116);
let status3001 = receData.substring(116, 118);
console.log("cmdId" + cmdId + ", status3001" + status3001);
if (status3001 == "06") {
// signKey = wx.getStorageSync('authUserSignKey');
if (signKeySaved) {
ICINLocker.addUserToLock(
deviceNameSaved,
authUserIdSaved,
userIdSaved,
keyIdSaved,
roleSaved,
signKeySaved,
addUserToken,
encKeySaved,
startTimeSaved,
endTimeSaved,
staticCallback
);
} else {
staticCallback({
cmdId: cmdId,
status: status3001,
});
}
} else if (status3001 == "00") {
console.log("添加用户成功");
staticCallback({
cmdId: cmdId,
status: status3001,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3001,
});
}
break;
case "3005":
let tokenOfOpenTheDoor = receData.substring(28, 36);
let status3005 = receData.substring(36, 38);
if (status3005 == "06") {
ICINLocker.openTheDoor(
deviceNameSaved,
userIdSaved,
signKeySaved,
keyIdSaved,
tokenOfOpenTheDoor,
openModeSaved,
encKeySaved,
staticCallback
);
} else if (status3005 == "00") {
staticCallback({
cmdId: cmdId,
status: status3005,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3005,
});
}
break;
case "3004":
let tokenOfResetLock = receData.substring(28, 36);
let status3004 = receData.substring(36, 38);
if (status3004 == "06") {
// signKey = wx.getStorageSync('authUserSignKey');
ICINLocker.resetLock(
deviceNameSaved,
userIdSaved,
tokenOfResetLock,
signKeySaved,
encKeySaved,
staticCallback
);
} else if (status3004 == "00") {
staticCallback({
cmdId: cmdId,
status: status3004,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3004,
});
}
break;
case "3002":
let tokenOfDelUser = receData.substring(28, 36);
let status3002 = receData.substring(36, 38);
if (status3002 == "06") {
wx.setStorageSync("tokenOfDelUser", tokenOfDelUser);
ICINLocker.deleteUser(
deviceNameSaved,
authUserIdSaved,
userIdSaved,
keyIdSaved,
tokenOfDelUser,
signKeySaved,
encKeySaved,
staticCallback
);
} else if (status3002 == "00") {
staticCallback({
cmdId: cmdId,
status: status3002,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3002,
});
}
break;
case "3008":
let status3008 = receData.substring(108, 110);
if (status3008 == "00") {
let lockRecordTotal = receData.substring(110, 114);
let lockRecordOpenStatus = receData.substring(114, 118);
let lockRecordCount = receData.substring(118, 122);
let lockRecordLen = receData.substring(122, 126);
let forLoop = receData.substring(126, receData.length);
console.log("循环体为-----" + forLoop);
let lockRecordList = [];
for (let i = 1; i <= parseInt(lockRecordLen, 16) * 2; i++) {
if (i % 54 == 0) {
let tempRecords = forLoop.substring(i - 54, i);
console.log(tempRecords);
/**
* 0x1F防撬报警;0x2F胁迫指纹报警;0x3X试错报警（低4位代表具体开锁方式);0x4F预留（重置报警）
* 开锁方式:0机械钥匙;1指纹;2密码;3app;4蓝扣;5远程;6RF卡;7人脸;8虹膜；9临时授权；21常开；22落锁;
*/
let data = {
userId: hexToString(tempRecords.substring(0, 40)),
openMode: tempRecords.substring(40, 42),
openTime: timeConvert(
parseInt(tempRecords.substring(42, 50), 16),
1
),
uploadFlag: tempRecords.substring(50, 52),
power: parseInt(tempRecords.substring(52, 54), 16),
};
lockRecordList.push(data);
}
}
staticCallback({
cmdId: cmdId,
status: status3008,
lockRecordLen: parseInt(lockRecordLen, 16) * 2,
lockRecordTotal: parseInt(lockRecordTotal, 16),
lockRecordList: lockRecordList,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3008,
});
}
break;
case "3009":
let status3009 = receData.substring(28, 30);
staticCallback({
cmdId: cmdId,
status: status3009,
});
break;
case "3010":
let status3010 = receData.substring(28, 30);
let blueKeyId = receData.substring(30, 70);
staticCallback({
cmdId: cmdId,
status: status3010,
blueKeyId: blueKeyId,
});
break;
case "3011":
let tokenOfBlueKey = receData.substring(28, 36);
let status3011 = receData.substring(36, 38);
if (status3011 == "06") {
ICINLocker.registeBluetoothBuckle(
authUserIdSaved,
blueKeyIdSaved,
keyIdSaved,
pwdSaved,
tokenOfBlueKey,
signKeySaved,
encKeySaved,
staticCallback
);
} else {
staticCallback({
status: status3011,
});
}
break;
case "300b":
let tokenOf300b = receData.substring(28, 36);
let status300b = receData.substring(36, 38);
if (status300b == "06") {
ICINLocker.updateFirmware(
deviceNameSaved,
authUserIdSaved,
fileVersionSaved,
fileSizeSaved,
fileCRCSaved,
tokenOf300b,
signKeySaved,
encKeySaved,
staticCallback
);
} else {
staticCallback({
token: tokenOf300b,
status: status300b,
});
}
break;
case "300c":
let status300c = receData.substring(28, 30);
staticCallback({
status: status300c,
});
break;
case "3012":
let status3012 = receData.substring(36, 38);
staticCallback({
cmdId: cmdId,
status: status3012,
});
break;
case "3030":
let subCmdId = receData.substring(30, 32);
let status3030 = receData.substring(28, 30);
switch (subCmdId) {
case "01":
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
break;
case "02":
if (status3030 == "00") {
let IMEI = receData.substring(34, 74);
let IMSI = receData.substring(74, 114);
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
IMEI: IMEI,
IMSI: IMSI,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
}
break;
case "03":
let tokenOfHandlePwd = receData.substring(34, 42);
if (status3030 == "06") {
ICINLocker.handlePwd(
deviceNameSaved,
authUserIdSaved,
userIdSaved,
pwdSaved,
pwdNoSaved,
keyIdSaved,
signKeySaved,
tokenOfHandlePwd,
startTimeSaved,
endTimeSaved,
useCountLimitSaved,
encKeySaved,
staticCallback
);
} else if (status3030 == "00") {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
}
break;
case "05":
let pwdCount = receData.substring(34, 36);
let pwdAllInfo = receData.substring(36, receData.length);
let pwdLength = parseInt(pwdCount, 16) * 4;
console.log(pwdAllInfo);
let pwdList = [];
for (let i = 1; i <= pwdLength; i++) {
if (i % 4 == 0) {
let tempCard = pwdAllInfo.substring(i - 4, i);
let data = {
pwdNo: tempCard.substring(0, 2),
useCountLimit: tempCard.substring(2, 4),
};
pwdList.push(data);
}
}
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
pwdList: pwdList,
});
break;
case "09":
let tokenOfFinger = receData.substring(34, 42);
let completeFlag = receData.substring(46, 48);
let fingerprintNo = receData.substring(48, 52);
if (status3030 == "06") {
ICINLocker.addFingerPrints(
deviceNameSaved,
authUserIdSaved,
userIdSaved,
keyIdSaved,
tokenOfFinger,
signKeySaved,
startTimeSaved,
endTimeSaved,
alarmFingerSaved,
encKeySaved,
staticCallback
);
} else if (completeFlag == "01" && status3030 == "00") {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
fingerprintNo: fingerprintNo,
completeFlag: completeFlag,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
completeFlag: completeFlag,
});
}
break;
case "0a":
let fingerprintTotalCnt = receData.substring(34, 36);
let currCnt = receData.substring(36, 38);
let fingerprintAllInfo = receData.substring(38, receData.length);
let fingerprintLength = parseInt(fingerprintTotalCnt, 16) * 62;
console.log(fingerprintAllInfo);
console.log("length---" + fingerprintAllInfo.length);
let fingerprintList = [];
for (let i = 1; i <= fingerprintLength; i++) {
if (i % 62 == 0) {
let tempFingerPrints = fingerprintAllInfo.substring(
i - 62,
i
);
console.log(tempFingerPrints);
let data = {
fingerprintNo: tempFingerPrints.substring(0, 4),
belongsTo: tempFingerPrints.substring(4, 44),
isAlarmFinger: tempFingerPrints.substring(44, 46),
startTime: tempFingerPrints.substring(46, 54),
endTime: tempFingerPrints.substring(54, 62),
};
fingerprintList.push(data);
}
}
staticCallback({
status: status3030,
subCmdId: subCmdId,
fingerprintList: fingerprintList,
fingerprintTotalCnt: fingerprintTotalCnt,
currCnt: currCnt,
});
break;
case "10":
let rfCardTotalCnt = receData.substring(34, 36);
let rfCardAllInfo = receData.substring(36, receData.length);
let rfCardlength = parseInt(rfCardTotalCnt, 16) * 18;
console.log(rfCardAllInfo);
let rfCardList = [];
for (let i = 1; i <= rfCardlength; i++) {
if (i % 18 == 0) {
let tempCard = rfCardAllInfo.substring(i - 18, i);
let data = {
cardIndex: tempCard.substring(0, 2),
startTime: tempCard.substring(2, 10),
endTime: tempCard.substring(10, 18),
};
rfCardList.push(data);
}
}
staticCallback({
status: status3030,
subCmdId: subCmdId,
rfCardList: rfCardList,
totalCnt: rfCardTotalCnt,
});
break;
case "0f":
let tokenOfRfCard = receData.substring(34, 42);
if (status3030 == "06") {
ICINLocker.RfCardRegister(
deviceNameSaved,
authUserIdSaved,
userIdSaved,
keyIdSaved,
indexSaved,
tokenOfRfCard,
signKeySaved,
startTimeSaved,
endTimeSaved,
encKeySaved,
staticCallback
);
} else if (status3030 == "00") {
let cardNo = receData.substring(44, 84);
/**
* 第21-22位如果为01、02、03为非安全卡，其他则是安全卡
*/
let safeCardFlag = cardNo.substring(20, 22);
// console.log('cardNo------------' + cardNo);
// console.log('safeCardFlag______' + safeCardFlag);
if (
safeCardFlag == "01" ||
safeCardFlag == "02" ||
safeCardFlag == "03"
) {
ICINLocker.rFcardAddControl(
authUserIdSaved,
userIdSaved,
keyIdSaved,
indexSaved,
signKeySaved,
cardNo,
"01",
encKeySaved,
staticCallback
);
} else {
let completeFlag = receData.substring(42, 44);
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
cardNo: cardNo,
completeFlag: completeFlag,
});
}
} else {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
}
break;
case "0b":
let tokenOfModifyFinger = receData.substring(34, 42);
if (status3030 == "06") {
ICINLocker.modifyFingerPrints(
deviceNameSaved,
authUserIdSaved,
userIdSaved,
keyIdSaved,
actionSaved,
fingerNoSaved,
tokenOfModifyFinger,
signKeySaved,
alarmFingerSaved,
startTimeSaved,
endTimeSaved,
encKeySaved,
staticCallback
);
} else if (status3030 == "00") {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
} else {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
}
break;
case "11":
if (status3030 == "06") {
let tokenOfModifyFinger = receData.substring(34, 42);
ICINLocker.modifyRFCard(
deviceNameSaved,
authUserIdSaved,
userIdSaved,
keyIdSaved,
indexSaved,
tokenOfModifyFinger,
actionSaved,
signKeySaved,
startTimeSaved,
endTimeSaved,
encKeySaved,
staticCallback
);
} else {
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
}
break;
case "12":
if (status3030 == "00") {
let tokenOfRFControl = receData.substring(34, 42);
let completeFlag = receData.substring(42, 44);
let cardNo = receData.substring(44, 84);
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
tokenOfRFControl: tokenOfRFControl,
completeFlag: completeFlag,
cardNo: cardNo,
});
}
break;
case "13":
staticCallback({
cmdId: cmdId,
status: status3030,
subCmdId: subCmdId,
});
break;
case "15":
let privateKey = receData.substring(34, 66);
staticCallback({
status: status3030,
privateKey: privateKey,
});
case "0c":
staticCallback({
status: status3030,
});
break;
case "14":
let completeFlagOfFiveKeys = receData.substring(34, 36);
staticCallback({
status: status3030,
completeFlag: completeFlagOfFiveKeys,
});
}
break;
}
receDataSaved = "";
});
}
static stopBluetoothDevicesDiscovery() {
wx.stopBluetoothDevicesDiscovery({
success: function (res) {
console.log("停止搜索设备" + JSON.stringify(res.errMsg));
},
});
}
/**
* *读取锁信息
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} usrID
* @param {回调} callback
*/
static readLockerInfo(_lockId, usrID, callback) {
console.log('读取锁信息参数',_lockId, usrID)
deviceNameSaved = _lockId;
let head = makeHeader("300a");
let cmdID = "300a";
let lockerID = str2Hex(_lockId).PadRight(80, "0");
let userID = str2Hex(usrID).PadRight(40, "0");
let dataModular = (cmdID + lockerID + userID).replace("0x", "");
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let templateResult = (
head +
dataModularLength +
dataModularLength +
dataModular
).replace("0x", "");
let resultData = templateResult;
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
console.log("读取锁信息发送的数据(300a)" + JSON.stringify(resultData));
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *获取超管鉴权秘钥
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} usrID
* @param {钥匙ID – 最多40字节} _keyId
* @param {回调} callback
*/
static getSignKey(_lockId, usrID, _keyId, callback) {
deviceNameSaved = _lockId;
authUserIdSaved = usrID;
keyIdSaved = _keyId;
let head = makeHeader("3092");
let cmdId = "3092";
let lockID4AuthCode = str2Hex(_lockId);
encKeySaved = lockID4AuthCode;
let keyID4AuthCode = str2Hex(_keyId);
let authuserID4AuthCode = str2Hex(usrID);
let tempNowTime = new Date().getTime() / 1000;
let nowTime = parseInt(new Date().getTime() / 1000).toString(16);
let lockID = lockID4AuthCode.PadRight(80, "0");
let keyID = keyID4AuthCode.PadRight(80, "0");
let authUserID = authuserID4AuthCode.PadRight(40, "0");
let authCode = ab2hex(
md5.digest(
hexStr2Byte(
authuserID4AuthCode + keyID4AuthCode + nowTime + lockID4AuthCode
)
)
);
let authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
let dataModular =
cmdId + lockID + keyID + authUserID + nowTime + authCodeLen + authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(lockID4AuthCode)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hexStr2Byte(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *协商秘钥
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} _usrID
* @param {钥匙ID – 最多40字节} _keyId
* @param {用户的signKey} _userSignKey
* @param {回调函数} callback
*/
static getCommonKey(_lockId, _usrID, _keyId, _userSignKey, callback) {
console.log("获取commonkey", [...arguments]);
userIdSaved = _usrID;
keyIdSaved = _keyId;
signKeySaved = _userSignKey;
let _signKey = _userSignKey;
let head = makeHeader("3093");
let cmdId = "3093";
let lockID4AuthCode = str2Hex(_lockId);
encKeySaved = lockID4AuthCode;
let keyID4AuthCode = str2Hex(_keyId);
let authuserID4AuthCode = str2Hex(_usrID);
let nowTime = parseInt(new Date().getTime() / 1000).toString(16);
let lockID = lockID4AuthCode.PadRight(80, "0");
let keyID = keyID4AuthCode.PadRight(80, "0");
let authUserID = authuserID4AuthCode.PadRight(40, "0");
let authCode = ab2hex(
md5.digest(
hexStr2Byte(authuserID4AuthCode + keyID4AuthCode + nowTime + _signKey)
)
);
let authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
let dataModular =
cmdId + lockID + keyID + authUserID + nowTime + authCodeLen + authCode;
console.log(dataModular);
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(lockID4AuthCode)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"包头信息 +++++++++++" + head + dataModularSM4Length + dataModularLength
);
let crcData = crc
.crc16kermit(hexStr2Byte(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *获取用户signkey
* @param {门锁ID – 最多40字节} _lockId
* @param {超管ID} _superAdminId
* @param {用户ID – 最多20字节} _usrID
* @param {超管的keyId – 最多40字节} _keyId
* @param {超管的signkey 或者 authKey} _authUserSignKeyOrAuthKey
* @param {传入数据类型 String 01: 传入了authUserSignKey， 02：传入了authKey} _accessType
* @param {回调} callback
*/
static getUserSignKey(
_lockId,
_superAdminId,
_userID,
_keyId,
_authUserSignKeyOrAuthKey,
_accessType,
callback
) {
authUserIdSaved = _superAdminId;
userIdSaved = _userID;
keyIdSaved = _keyId;
let head = makeHeader("3094");
let cmdId = "3094";
let lockID4AuthCode = str2Hex(_lockId);
encKeySaved = lockID4AuthCode;
let keyID4AuthCode = str2Hex(_keyId);
let authuserID4AuthCode = str2Hex(_superAdminId);
let userID4AuthCode = str2Hex(_userID);
let nowTime = parseInt(new Date().getTime() / 1000).toString(16);
let lockID = lockID4AuthCode.PadRight(80, "0");
let keyID = keyID4AuthCode.PadRight(80, "0");
let authUserID = authuserID4AuthCode.PadRight(40, "0");
let userID = userID4AuthCode.PadRight(40, "0");
let authCode = "";
switch (_accessType) {
case "01":
authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode +
keyID4AuthCode +
userID4AuthCode +
_authUserSignKeyOrAuthKey
)
)
);
break;
case "02":
authCode = _authUserSignKeyOrAuthKey;
break;
default:
break;
}
let authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
let dataModular =
cmdId +
lockID +
authUserID +
keyID +
userID +
nowTime +
authCodeLen +
authCode;
console.log(dataModular);
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(lockID4AuthCode)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"包头信息 +++++++++++" +
head +
dataModularSM4Length +
dataModularLength +
dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *添加用户
* @param {锁ID} _lockId
* @param {超管ID} _superAdminId
* @param {添加的用户ID} usrId blueName
* @param {超管的keyId} _keyId
* @param {00普通用户 01管理员 FF超级管理员} _role
* @param {superAdmin的signkey} _signKey
* @param {传入空字符串即可} _token
* @param {通讯秘钥,getCommonKey命令可以获取} _commonKey
* @param {设置开始时间-8位timestamp字符串,eg:'00000000'} _startTime
* @param {设置结束时间-8位timestamp字符串,eg:'00000000'} _endTime
* @param {回调} callback
*/
static addUserToLock(
_lockId,
_superAdminId,
_usrId,
_keyId,
_role,
_signKey,
_token,
_commonKey,
_startTime,
_endTime,
callback
) {
console.log('添加用户参数', [...arguments])
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = _usrId;
keyIdSaved = _keyId;
signKeySaved = _signKey;
roleSaved = _role;
encKeySaved = _commonKey;
startTimeSaved = _startTime;
endTimeSaved = _endTime;
let signKey = _signKey;
let head = makeHeader("3001");
let cmdId = "3001";
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserID = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyID = keyID4AuthCode.PadRight(80, "0");
let userId = str2Hex(_usrId).PadRight(40, "0");
let openMode
if (blueKey) { //蓝牙扣
openMode = '04'
} else { //正常用户
openMode = "03";
}
let keyType = "00";
let startDate = _startTime;
let expireDate = _endTime;
var passWord = "".PadRight(40, "0");
var token = "".PadRight(8, "0");
var authCode = "";
var authCodeLen = "00";
if (_token != "") {
token = _token;
authCode = ab2hex(
md5.digest(
hexStr2Byte(authuserID4AuthCode + keyID4AuthCode + token + signKey)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let dataModular =
cmdId +
lockId +
authUserID +
keyID +
userId +
openMode +
keyType +
startDate +
expireDate +
_role +
passWord +
token +
authCodeLen +
authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hexStr2Byte(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
static addBlueKeyToLock(
_lockId,
_superAdminId,
_usrId,
_keyId,
_role,
_signKey,
_token,
_commonKey,
_startTime,
_endTime,
callback
) {
console.log('添加用户参数', [...arguments])
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = _usrId;
keyIdSaved = _keyId;
signKeySaved = _signKey;
roleSaved = _role;
encKeySaved = _commonKey;
startTimeSaved = _startTime;
endTimeSaved = _endTime;
let signKey = _signKey;
let head = makeHeader("3001");
let cmdId = "3001";
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserID = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyID = keyID4AuthCode.PadRight(80, "0");
let userId = str2Hex(_usrId).PadRight(40, "0");
let openMode
if (blueKey) { //蓝牙扣
openMode = '04'
} else { //正常用户
openMode = "03";
}
let keyType = "00";
let startDate = _startTime;
let expireDate = _endTime;
var passWord = "".PadRight(40, "0");
var token = "".PadRight(8, "0");
var authCode = "";
var authCodeLen = "00";
if (_token != "") {
token = _token;
authCode = ab2hex(
md5.digest(
hexStr2Byte(authuserID4AuthCode + keyID4AuthCode + token + signKey)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let dataModular =
cmdId +
lockId +
authUserID +
keyID +
userId +
openMode +
keyType +
startDate +
expireDate +
_role +
passWord +
token +
authCodeLen +
authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hexStr2Byte(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *开门
* @param {锁ID} _lockId
* @param {开门的用户} usrID
* @param {开门用户的signkey} _signKey
* @param {开门用户的keyId} _keyId
* @param {传入空字符串} _tokenOfOpenTheDoor
* @param {开锁方式 '00' 离线 '01'在线} _openMode
* @param {开门用户的commonKey} _commonKey
* @param {回调} callback
*/
static openTheDoor(
_lockId,
usrID,
_signKey,
_keyId,
_tokenOfOpenTheDoor,
_openMode,
_commonKey,
callback
) {
console.log("开门参数", [...arguments]);
deviceNameSaved = _lockId;
userIdSaved = usrID;
keyIdSaved = _keyId;
signKeySaved = _signKey;
encKeySaved = _commonKey;
openModeSaved = _openMode;
let authUserId = wx.getStorageSync("userSignKey");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let head = makeHeader("3005");
let cmdId = "3005";
let keyID4AuthCode = str2Hex(_keyId);
let keyID = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(usrID);
let userId = userID4AuthCode.PadRight(40, "0");
let openMode = _openMode;
let openTime = parseInt(new Date().getTime() / 1000).toString(16);
let token = "".PadRight(8, "0");
let authCode = "";
let authCodeLen = "00";
if (_tokenOfOpenTheDoor != "") {
token = _tokenOfOpenTheDoor;
authCode = ab2hex(
md5.digest(
hexStr2Byte(keyID4AuthCode + userID4AuthCode + token + _signKey)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let dataModular =
cmdId +
keyID +
userId +
openMode +
openTime +
token +
authCodeLen +
authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hexStr2Byte(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *重置门锁
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} _usrID
* @param {传入空字符串即可} _resetLockToken
* @param {用户的signkey} _signkey
* @param {用户的commonKey} _commonKey
* @param {回调} callback
*/
static resetLock(
_lockId,
_usrID,
_resetLockToken,
_signkey,
_commonKey,
callback
) {
deviceNameSaved = _lockId;
userIdSaved = _usrID;
signKeySaved = _signkey;
encKeySaved = _commonKey;
let head = makeHeader("3004");
let cmdId = "3004";
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let userId = str2Hex(_usrID).PadRight(40, "0");
let token = "".PadRight(8, "0");
var authCodeLen = "00";
var authCode = "";
if (_resetLockToken != "") {
token = _resetLockToken;
authCode = ab2hex(md5.digest(hex2Ab(lockId4AuthCode + token + _signkey)));
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let dataModular = cmdId + lockId + userId + token + authCodeLen + authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 同步时间
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} usrId
* @param {时间- long型秒级时间戳} _time
* @param {NB接入域名IP} _NBDomainIP
* @param {用户的commonKey} _commonKey
* @param {回调函数} callback
*/
static updateTime(_lockId, usrId, _time, _NBDomainIP, _commonKey, callback) {
encKeySaved = _commonKey;
let head = makeHeader("3009");
let cmdId = "3009";
let lockId4AuthCode = str2Hex(_lockId);
let lockerId = lockId4AuthCode.PadRight(80, "0");
let userId = str2Hex(usrId).PadRight(40, "0");
let time = parseInt(_time).toString(16);
let NBDomainIPHex = str2Hex(_NBDomainIP);
let NBDomainIP = NBDomainIPHex.PadRight(40, "0");
let dataModular = cmdId + lockerId + userId + time + NBDomainIP;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 更新固件确认token
* @param {门锁ID – 最多40字节} _lockId
* @param {系统管理员ID - 最多20字节} _systemUserId
* @param {固件升级程序版本 - 4字节 16进制} _fileVersion
* @param {升级文件总字节数 - 4字节 16进制} _fileSize
* @param {升级文件crc校验码 - 4字节 16进制} _fileCRC
* @param {传入空字符串} _updateFirewareToken
* @param {系统管理员singkey} _signKey
* @param {通讯密钥} _commonKey
* @param {回调} callback
*/
static updateFirmware(
_lockId,
_systemUserId,
_fileVersion,
_fileSize,
_fileCRC,
_updateFirewareToken,
_signKey,
_commonKey,
callback
) {
console.log("更新固件确认token参数", [...arguments]);
deviceNameSaved = _lockId;
authUserIdSaved = _systemUserId;
fileVersionSaved = _fileVersion
fileSizeSaved = _fileSize;
fileCRCSaved = _fileCRC;
signKeySaved = _signKey;
encKeySaved = _commonKey;
let head = makeHeader("300b");
let cmdId = "300b";
let lockId4AuthCode = str2Hex(_lockId);
let lockerId = lockId4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_systemUserId);
let userId = userID4AuthCode.PadRight(40, "0");
let fileVersion = _fileVersion;
let fileSize = _fileSize;
let fileCRC = _fileCRC;
let token = "00000000";
let authCodeLen = "00";
let authCode = "";
if (_updateFirewareToken != "") {
token = _updateFirewareToken;
authCode = ab2hex(md5.digest(hex2Ab(lockId4AuthCode + token + _signKey)));
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let dataModular =
cmdId +
lockerId +
userId +
fileVersion +
fileSize +
fileCRC +
token +
authCodeLen +
authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 发送更新文件
* @param {从更新固件获取的token} _token
* @param {文件大小 - 4字节 16进制} _fileSize
* @param {当前数据偏移量 - 4字节 16进制} _dataOffset
* @param {数据长度 - 4字节 16进制 每次最大发送1K} _dataLength
* @param {升级文件数据} _data
* @param {通讯密钥} _commonKey
*/
static transforUpdateFile(
_token,
_fileSize,
_dataOffset,
_dataLength,
_data,
_commonKey,
callback
) {
encKeySaved = _commonKey;
let head = makeHeader("300c");
let cmdId = "300c";
let dataModular =
cmdId + _token + _fileSize + _dataOffset + _dataLength + _data;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *删除用户
* @param {门锁ID} _lockId
* @param {超管ID – 最多20字节} _superAdminId
* @param {用户ID – 最多20字节} usrId
* @param {超管keyId} _keyId
* @param {置空即可} delUserToken
* @param {超管的signkey} _signkey
* @param {用户的commonKey} _commonKey
* @param {回调} callback
*/
static deleteUser(
_lockId,
_superAdminId,
usrId,
_keyId,
delUserToken,
_signkey,
_commonKey,
callback
) {
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = usrId;
keyIdSaved = _keyId;
signKeySaved = _signkey;
encKeySaved = _commonKey;
let head = makeHeader("3002");
let cmdId = "3002";
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let delUserId = str2Hex(usrId).PadRight(40, "0");
let token = "".PadRight(8, "0");
let authCodeLen = "00";
let authCode = "";
if (delUserToken != "") {
token = delUserToken;
authCode = ab2hex(
md5.digest(
hex2Ab(authuserID4AuthCode + keyID4AuthCode + token + _signkey)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let dataModular =
cmdId +
lockId +
authUserId +
keyId +
delUserId +
token +
authCodeLen +
authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *添加指纹
* @param {门锁ID} _lockId
* @param {超管ID – 最多20字节} _superAdminId
* @param {用户ID – 最多20字节} _userId
* @param {超管的keyId} _keyId
* @param {置空即可} _fingerToken
* @param {超管的signKey} _signKey
* @param {设置开始时间-8位timestamp字符串,eg:'00000000'} _startTime
* @param {设置结束时间-8位timestamp字符串,eg:'FFFFFFFF'} _endTime
* @param {是否为报警指纹，'00'为否，'01'为是} _alarmFinger
* @param {超管的commonKey} _commonKey
* @param {回调方法} callback
*/
static addFingerPrints(
_lockId,
_superAdminId,
_userId,
_keyId,
_fingerToken,
_signKey,
_startTime,
_endTime,
_alarmFinger,
_commonKey,
callback
) {
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = _userId;
signKeySaved = _signKey;
startTimeSaved = _startTime;
endTimeSaved = _endTime;
alarmFingerSaved = _alarmFinger;
keyIdSaved = _keyId;
encKeySaved = _commonKey;
let head = makeHeader("3030");
let cmdId = "3030";
let subCmdId = "09";
let lockId4AuthCode = str2Hex(_lockId);
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_userId);
let userId = userID4AuthCode.PadRight(40, "0");
let alarmFinger = _alarmFinger;
let authCodeLen = "00";
let authCode = "";
let token = "00000000";
if (_fingerToken != "") {
token = _fingerToken;
authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode +
keyID4AuthCode +
userID4AuthCode +
token +
_signKey
)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let reqData =
authUserId +
keyId +
userId +
_startTime +
_endTime +
alarmFinger +
token +
authCodeLen +
authCode;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *指纹管理
* @param {*门锁ID – 最多40字节} _lockId
* @param {*超管ID – 最多20字节} _superAdminId
* @param {*用户ID – 最多20字节} _userID
* @param {*用户keyId} _keyId
* @param {* 01为删除 02修改 03设置报警指纹 } _action
* @param {*指纹编号 eg：'0001'’} _fingerNo
* @param {*置空即可} _fingerToken
* @param {*superAdmin的signKey} _signKey
* @param {是否为报警指纹，'00'为否，'01'为是} _alarmFinger
* @param {设置开始时间-8位timestamp字符串,eg:'00000000'} _startTime
* @param {设置结束时间-8位timestamp字符串,eg:'FFFFFFFF'} _endTime
* @param {超管的commonKey} _commonKey
* @param {*回调} callback
*/
static modifyFingerPrints(
_lockId,
_superAdminId,
_userID,
_keyId,
_action,
_fingerNo,
_fingerToken,
_signKey,
_alarmFinger,
_startTime,
_endTime,
_commonKey,
callback
) {
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = _userID;
fingerNoSaved = _fingerNo;
signKeySaved = _signKey;
keyIdSaved = _keyId;
actionSaved = _action;
alarmFingerSaved = _alarmFinger;
startTimeSaved = _startTime;
endTimeSaved = _endTime;
encKeySaved = _commonKey;
let head = makeHeader("3030");
let cmdId = "3030";
let subCmdId = "0b";
let lockId4AuthCode = str2Hex(_lockId);
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_userID);
let userId = userID4AuthCode.PadRight(40, "0");
let alarmFinger = _alarmFinger;
let startTime = _startTime;
let endTime = _endTime;
let authCodeLen = "00";
let authCode = "";
let fingerNo = _fingerNo;
let token = "00000000";
if (_fingerToken != "") {
token = _fingerToken;
authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode +
keyID4AuthCode +
userID4AuthCode +
token +
_signKey
)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let reqData =
authUserId +
keyId +
userId +
startTime +
endTime +
fingerNo +
alarmFinger +
_action +
token +
authCodeLen +
authCode;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *查询指纹列表
* @param {*门锁ID – 最多40字节} _lockId
* @param {*用户ID – 最多20字节} _userID
* @param {*用户keyId} _keyId
* @param {超管的commonKey} _commonKey
* @param {回调函数} callback
*/
static queryFingerprintsList(_lockId, _userID, _keyId, _commonKey, callback) {
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let subCmdId = "0a";
let keyID4AuthCode = _keyId;
let keyId = keyID4AuthCode.PadRight(80, "0");
let userId = str2Hex(_userID).PadRight(40, "0");
let reqData = keyId + userId;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *密码管理
* @param {门锁ID – 最多40字节} _lockId
* @param {超管ID – 最多20字节} _superAdminId
* @param {用户ID – 最多20字节} _userID
* @param {开锁密码 - 6位数字的字符串} _pwd
* @param {密码编号 - 取值范围 00-FF } _pwdNo
* @param {超管的keyId} _keyId
* @param {superAdmin的signKey} _signKey
* @param {传入空字符串即可} _pwdToken
* @param {设置开始时间-8位timestamp字符串,eg:'00000000'} _startTime
* @param {设置结束时间-8位timestamp字符串,eg:'FFFFFFFF'} _endTime
* @param {使用次数限制 - 整型，取值范围是0-255，0表示删除密码} _useCountLimit
* @param {超管的commonKey} _commonKey
* @param {回调} callback
*/
static handlePwd(
_lockId,
_superAdminId,
_userID,
_pwd,
_pwdNo,
_keyId,
_signKey,
_pwdToken,
_startTime,
_endTime,
_useCountLimit,
_commonKey,
callback
) {
console.log("密码参数", [...arguments]);
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = _userID;
pwdSaved = _pwd;
startTimeSaved = _startTime;
endTimeSaved = _endTime;
useCountLimitSaved = _useCountLimit;
keyIdSaved = _keyId;
signKeySaved = _signKey;
pwdNoSaved = _pwdNo;
encKeySaved = _commonKey;
let head = makeHeader("3030");
let cmdId = "3030";
let subCmdId = "03";
let lockId4AuthCode = str2Hex(_lockId);
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_userID);
let userId = userID4AuthCode.PadRight(40, "0");
let pwd = str2Hex(_pwd).PadRight(40, "0");
let useCountLimit = _useCountLimit.toString(16).PadLeft(2, "0");
let token = "00000000".PadRight(8, "0");
let startTime = _startTime.PadRight(8, "0");
let endTime = _endTime.PadRight(8, "0");
let authCodeLen = "00";
let authCode = "";
if (_pwdToken != "") {
token = _pwdToken;
authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode +
keyID4AuthCode +
userID4AuthCode +
token +
_signKey
)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let reqData =
authUserId +
keyId +
userId +
_pwdNo +
pwd +
useCountLimit +
token +
startTime +
endTime +
authCodeLen +
authCode;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *密码列表
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} _userID
* @param {用户keyId} _keyId
* @param {用户的commonKey} _commonKey
* @param {回调} callback
*/
static queryPwdList(_lockId, _userID, _keyId, _commonKey, callback) {
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let userId = str2Hex(_userID).PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let subCmdId = "05";
let reqData = keyId + userId;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 读取开锁记录
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} _userID
* @param {2个字节 0000: 启动读取记录 0001：上条记录操作同步正常，读取下一条记录（确认存储完上次的记录,再传入0001,会删除上次记录） } _openStatus
* @param {用户的commonKey} _commonKey
* @param {回调函数} callback
*/
static queryLockRecord(_lockId, _userID, _openStatus, _commonKey, callback) {
encKeySaved = _commonKey;
let cmdId = "3008";
let head = makeHeader("3008");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let userId = str2Hex(_userID).PadRight(40, "0");
let lockRecordCount = "0004";
let dataModular = cmdId + lockId + userId + _openStatus + lockRecordCount;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 读取蓝扣ID
* @param {门锁ID – 最多40字节} _lockId
* @param {用户的commonKey} _commonKey
* @param {回调函数} callback
*/
static readBluetoothBuckle(_lockId, _commonKey, callback) {
console.log('读取蓝牙扣id参数', [...arguments])
encKeySaved = _commonKey.substring(0, 32)
let cmdId = "3010";
let head = makeHeader("3010");
console.log('head', head)
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let dataModular = cmdId + lockId;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(encKeySaved)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 注册蓝牙扣
* @param {授权用户ID – 最多20字节 } _authUserId
* @param {蓝牙钥匙扣ID - 最多20字节 返回的蓝牙扣名称} _blueKeyId
* @param {授权用户keyID - 最多40字节 蓝牙扣返回的id } _keyId
* @param {开锁密码，该密码会写入锁内 - 最多20字节 40个0} _password
* @param {传入空字符串即可} _bluetoothBuckleToken
* @param {授权者的signkey } _singkey
* @param {通讯密钥} _commonKey
* @param {回调方法} callback
*/
static registeBluetoothBuckle(
_authUserId,
_blueKeyId,
_keyId,
_password,
_bluetoothBuckleToken,
_signKey,
_commonKey,
callback
) {
console.log('注册蓝牙扣参数', [...arguments])
authUserIdSaved = _authUserId;
blueKeyIdSaved = _blueKeyId;
keyIdSaved = _keyId;
pwdSaved = _password;
signKeySaved = _signKey;
encKeySaved = _commonKey.substring(0, 32)
let cmdId = "3011";
let head = makeHeader("3011");
let authuserID4AuthCode = str2Hex(_authUserId);
let authUserId = str2Hex(_authUserId).PadRight(40, "0");
let blueKeyId = str2Hex(_blueKeyId).PadRight(40, '0')
let keyID4AuthCode = str2Hex(_keyId);
let keyId = str2Hex(_keyId).PadRight(80, "0");
let password = _password;
let token = "00000000";
let authCodeLen = "00";
let authCode = "";
if (_bluetoothBuckleToken != "") {
token = _bluetoothBuckleToken;
let ii = getIIData();
console.log('ii', ii)
authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode + keyID4AuthCode + token + '7569594d4d5377657277313232405e23264038370a0d1112151A212A3542'
)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let authSingkey = ab2hex(md5.digest(
hex2Ab(
authuserID4AuthCode + keyID4AuthCode + str2Hex(_blueKeyId) + _signKey
)))
console.log(_authUserId, _keyId, _blueKeyId, _signKey)
let dataModular =
cmdId +
authUserId +
blueKeyId +
keyId +
password +
token +
authCodeLen +
authCode +
authSingkey;
console.log('authcode', authCode)
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(encKeySaved)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *查询RF卡列表
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} _userID
* @param {用户的commonKey} _commonKey
* @param {回调函数} callback
*/
static queryRFCard(_lockId, _userID, _keyId, _commonKey, callback) {
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let subCmdId = "10";
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userId = str2Hex(_userID).PadRight(40, "0");
let reqData = keyId + userId;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *录制RF卡
* @param {门锁ID – 最多40字节} _lockId
* @param {超管ID – 最多20字节} _superAdminId
* @param {用户ID – 最多20字节} _userID
* @param {超管的keyId} _keyId
* @param {RF卡的索引号-取值范围 00-FF} _index
* @param {传入空字符串即可} _rfToken
* @param {superAdmin的signKey} _signKey
* @param {设置开始时间-8位timestamp字符串,eg:'00000000'} _startTime
* @param {设置结束时间-8位timestamp字符串,eg:'FFFFFFFF'} _endTime
* @param {超管的commonKey} _commonKey
* @param {回调函数} callback
*/
static RfCardRegister(
_lockId,
_superAdminId,
_userID,
_keyId,
_index,
_rfToken,
_signKey,
_startTime,
_endTime,
_commonKey,
callback
) {
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = _userID;
keyIdSaved = _keyId;
indexSaved = _index;
signKeySaved = _signKey;
startTimeSaved = _startTime;
endTimeSaved = _endTime;
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let subCmdId = "0F";
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_userID);
let userId = userID4AuthCode.PadRight(40, "0");
let index = _index;
let token = "00000000";
let authCodeLen = "00";
let authCode = "";
if (_rfToken != "") {
token = _rfToken;
authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode +
keyID4AuthCode +
userID4AuthCode +
token +
_signKey
)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let reqData =
authUserId +
keyId +
userId +
index +
_startTime +
_endTime +
token +
authCodeLen +
authCode;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *RF卡管理
* @param {门锁ID – 最多40字节} _lockId
* @param {超管ID – 最多20字节} _superAdminId
* @param {用户ID – 最多20字节} _userID
* @param {用户keyId} _keyId
* @param {RF卡的索引号-取值范围 00-FF} _index
* @param {置空即可} _rfToken
* @param {01删除 02修改} _action
* @param {superAdmin的signKey} _signKey
* @param {设置开始时间-8位timestamp字符串,eg:'00000000'} _startTime
* @param {设置结束时间-8位timestamp字符串,eg:'FFFFFFFF'} _endTime
* @param {超管的commonKey} _commonKey
* @param {回调函数} callback
*/
static modifyRFCard(
_lockId,
_superAdminId,
_userID,
_keyId,
_index,
_rfToken,
_action,
_signKey,
_startTime,
_endTime,
_commonKey,
callback
) {
deviceNameSaved = _lockId;
authUserIdSaved = _superAdminId;
userIdSaved = _userID;
keyIdSaved = _keyId;
indexSaved = _index;
signKeySaved = _signKey;
startTimeSaved = _startTime;
endTimeSaved = _endTime;
actionSaved = _action;
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let subCmdId = "11";
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_userID);
let userId = userID4AuthCode.PadRight(40, "0");
let index = _index;
let token = "00000000";
let authCodeLen = "00";
let authCode = "";
if (_rfToken != "") {
token = _rfToken;
authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode +
keyID4AuthCode +
userID4AuthCode +
token +
_signKey
)
)
);
authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
}
let reqData =
authUserId +
keyId +
userId +
index +
_action +
_startTime +
_endTime +
token +
authCodeLen +
authCode;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* rf卡添加非安全卡控制
* @param {*} _superAdminId
* @param {*} _userID
* @param {*} _keyId
* @param {*} _index
* @param {*} _signKey
* @param {*} _cardNo
* @param {*} _cardFlag
* @param {*} _commonKey
* @param {*} callback
*/
static rFcardAddControl(
_superAdminId,
_userID,
_keyId,
_index,
_signKey,
_cardNo,
_cardFlag,
_commonKey,
callback
) {
let cmdId = "3030";
let head = makeHeader("3030");
let subCmdId = "12";
let authuserID4AuthCode = str2Hex(_superAdminId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_keyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_userID);
let userId = userID4AuthCode.PadRight(40, "0");
let index = _index;
let cardNo = _cardNo;
let cardFlag = _cardFlag;
let reqData = authUserId + keyId + userId + index + cardNo + cardFlag;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *设置音量
* @param {门锁ID – 最多40字节} _lockId
* @param {用户ID – 最多20字节} _userId
* @param {声音选项(string) 00 静音 01 低音 02 高音} _volume
* @param {用户的commonKey} _commonKey
* @param {回调} callback
*/
static setVolume(_lockId, _userId, _volume, _commonKey, callback) {
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let lockId4AuthCode = str2Hex(_lockId);
let lockId = lockId4AuthCode.PadRight(80, "0");
let subCmdId = "0C";
let userId = str2Hex(_userId).PadRight(40, "0");
let reqData = lockId + userId + _volume;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *设置 NB 物联网关 IP
* @param {NB物联网关IP地址 String 20字节} _NbGwIp
* @param {端口号 String 6字节} _NbGwPort
* @param {超管的commonKey} _commonKey
* @param {回调函数} callback
*/
static setIpOfNb(_NbGwIp, _NbGwPort, _commonKey, callback) {
console.log("设置 ip参数", [...arguments]);
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let subCmdId = "01";
let NbGwIp = str2Hex(_NbGwIp).PadRight(40, "0");
let NbGwPort = str2Hex(_NbGwPort).PadRight(12, "0");
let reqData = NbGwIp + NbGwPort;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
//读取 NB IMEI 号码
// Todo: 回复02 密码错误 暂不使用此指令
static getNbImeiNumber(_lockId, _commonKey, callback) {
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let subCmdId = "02";
let lockId = str2Hex(_lockId).PadRight(80, "0");
let reqData = lockId;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* *设置 WIFI AP 信息
* @param {wifi的名称} _wifiApSsid
* @param {wifi密码} _wifiApPwd
* @param {超管的commonKey} _commonKey
* @param {回调} callback
*/
static setWifiApInfo(_wifiApSsid, _wifiApPwd, _commonKey, callback) {
console.log("设置wifi信息", [...arguments]);
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let subCmdId = "13";
let wifiApSsid = str2Hex(_wifiApSsid).PadRight(64, "0");
let wifiApPwd = str2Hex(_wifiApPwd).PadRight(40, "0");
let reqData = wifiApSsid + wifiApPwd;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
// 用户权限移交
// Todo: 移交权限signkey
static transferAuth(
_lockId,
_transferFromUserId,
_transferToUserId,
_transferFromkeyId,
_transferFromUserRole,
_transferToUserRole,
_signKey,
_commonKey,
callback
) {
encKeySaved = _commonKey;
let head = makeHeader("3012");
let cmdId = "3012";
let lockId = str2Hex(_lockId).PadRight(80, "0");
let authuserID4AuthCode = str2Hex(_transferFromUserId);
let authUserId = authuserID4AuthCode.PadRight(40, "0");
let keyID4AuthCode = str2Hex(_transferFromkeyId);
let keyId = keyID4AuthCode.PadRight(80, "0");
let userID4AuthCode = str2Hex(_transferToUserId);
let userId = userID4AuthCode.PadRight(40, "0");
let authUserNewRole = _transferFromUserRole;
let userNewRole = _transferToUserRole;
let token = _lockId.substring(4, 12);
let authCode = ab2hex(
md5.digest(
hex2Ab(
authuserID4AuthCode +
keyID4AuthCode +
userID4AuthCode +
token +
_signKey
)
)
);
let authCodeLen = (authCode.length / 2).toString(16).PadLeft(2, "0");
let dataModular =
cmdId +
lockId +
authUserId +
keyId +
userId +
authUserNewRole +
userNewRole +
token +
authCodeLen +
authCode;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 获取锁端私钥
* @param {门锁ID – 最多40字节} _lockId
* @param {通讯密钥} _commonKey
* @param {回调} callback
*/
static getPirvateKey(_lockId, _commonKey, callback) {
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let subCmdId = "15";
let lockId = str2Hex(_lockId).PadRight(80, "0");
let reqData = lockId;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* 添加五组密钥
* @param {门锁ID – 最多40字节} _lockId
* @param {写入时间-8位timestamp字符串 eg: "00000000"} _writeTime
* @param {是否写入通讯密钥（'01'：写入；'00'：不写入）} _isComKey
* @param {通讯密钥} _comKey
* @param {是否写入园区密钥（'01'：写入；'00'：不写入）} _isParkKey
* @param {园区密钥} _parkKey
* @param {是否写入楼号密钥（'01'：写入；'00'：不写入）} _isTowerKey
* @param {楼号密钥} _towerKey
* @param {是否写入层号密钥（'01'：写入；'00'：不写入）} _isFloorKey
* @param {层号密钥} _floorKey
* @param {是否写入同层区域密钥（'01'：写入；'00'：不写入）} _isAreaKey
* @param {同层区域密钥} _areaKey
* @param {通信密钥} _commonKey
*/
static addFiveKeys(
_lockId,
_writeTime,
_isComKey,
_comKey,
_isParkKey,
_parkKey,
_isTowerKey,
_towerKey,
_isFloorKey,
_floorKey,
_isAreaKey,
_areaKey,
_commonKey,
callback
) {
encKeySaved = _commonKey;
let cmdId = "3030";
let head = makeHeader("3030");
let subCmdId = "14";
let lockId = str2Hex(_lockId).PadRight(80, "0");
let comKey = _comKey.PadRight(32, "0");
let parkKey = _parkKey.PadRight(32, "0");
let towerKey = _towerKey.PadRight(32, "0");
let floorKey = _floorKey.PadRight(32, "0");
let areaKey = _areaKey.PadRight(32, "0");
let reqData =
lockId +
_writeTime +
_isComKey +
comKey +
_isParkKey +
parkKey +
_isTowerKey +
towerKey +
_isFloorKey +
floorKey +
_isAreaKey +
areaKey;
let reqDataLength = (reqData.length / 2).toString(16).PadLeft(2, "0");
let dataModular = cmdId + subCmdId + reqDataLength + reqData;
let dataModularLength = (dataModular.length / 2)
.toString(16)
.PadLeft(4, "0");
let dataModularSM4 = sm4.sm4_enc(
hexStr2Byte(dataModular),
dataModular.length / 2,
hexStr2Byte(_commonKey)
);
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log(
"dataModularSM4String---------------------" + dataModularSM4HexString
);
let dataModularSM4Length = (dataModularSM4HexString.length / 2)
.toString(16)
.PadLeft(4, "0");
let resultData =
head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log(
"加密前：" + head + dataModularSM4Length + dataModularLength + dataModular
);
let crcData = crc
.crc16kermit(hex2Ab(resultData))
.toString(16)
.PadLeft(4, "0");
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
/**
* NBIOT通道转发
* @param {*} _nbIotCmd
* @param {*} _commonKey
*/
static nbIotTransmit(_nbIotCmd,_commonKey,callback) {
encKeySaved = _commonKey
let head = makeHeader('3095');
let cmdId = "3095";
let dataModular = cmdId + _nbIotCmd;
let dataModularLength = (dataModular.length / 2).toString(16).PadLeft(4, '0');
let dataModularSM4 = sm4.sm4_enc(hexStr2Byte(dataModular), dataModular.length / 2, hexStr2Byte(_commonKey));
let dataModularSM4HexString = byte2HexStr(dataModularSM4);
console.log('dataModularSM4String---------------------' + dataModularSM4HexString)
let dataModularSM4Length = (dataModularSM4HexString.length / 2).toString(16).PadLeft(4, '0');
let resultData = head + dataModularSM4Length + dataModularLength + dataModularSM4HexString;
console.log('加密前：' + head + dataModularSM4Length + dataModularLength + dataModular)
let crcData = (crc.crc16kermit(hexStr2Byte(resultData)).toString(16)).PadLeft(4, '0');
resultData += crcData;
sendDataTolock(resultData);
staticCallback = callback;
}
}
String.prototype.PadLeft = function (len, charStr) {
var s = this + "";
return new Array(len - s.length + 1).join(charStr, "") + s;
};
String.prototype.PadRight = function (len, charStr) {
var s = this + "";
return s + new Array(len - s.length + 1).join(charStr, "");
};
/**
* String转16进制
* @param {字符串} str
*/
function str2Hex(str) {
var val = "";
for (var i = 0; i < str.length; i++) {
if (val == "") val = str.charCodeAt(i).toString(16);
else val += str.charCodeAt(i).toString(16);
}
return val;
}
/**
* 16进制转String
*/
function hexToString(hex) {
var arr = hex.split("");
var out = "";
for (var i = 0; i < arr.length / 2; i++) {
var tmp = "0x" + arr[i * 2] + arr[i * 2 + 1];
var charValue = String.fromCharCode(tmp);
out += charValue;
}
return out;
}
function ab2hex(buffer) {
var hexArr = Array.prototype.map.call(new Uint8Array(buffer), function (bit) {
return ("00" + bit.toString(16)).slice(-2);
});
return hexArr.join("");
}
function getIIData() {
let ii = 0;
for (let i = 0; i < 8; i++) {
ii = 0x11 + i * i;
}
return ii;
}
//分包
function datasubpck(datahex) {
var arrayObj = new Array();
let dataPackageLength = packageSize
console.log('分包大小', dataPackageLength)
for (var i = 0; i < datahex.length; i += dataPackageLength) {
// 预加 最大包长度，如果依然小于总数据长度，可以取最大包数据大小
if (i + dataPackageLength < datahex.length) {
arrayObj.push(datahex.substring(i, i + dataPackageLength));
} else {
arrayObj.push(datahex.substring(i));
}
}
return arrayObj;
}
/**
* 向锁端写入数据
* @param {*} connectedDeviceId
* @param {*} writeServicweId
* @param {*} writeCharacteristicsId
* @param {*} dataArray
* @param {*} index
*/
var totalLength = 0;
function deviceWrite(
connectedDeviceId,
writeServicweId,
writeCharacteristicsId,
dataArray,
index
) {
totalLength = dataArray.length;
var subhex = "";
subhex = dataArray[index];
index = index + 1;
var bufferSuplied = hex2Ab(subhex);
try {
wx.writeBLECharacteristicValue({
// 这里的 deviceId 需要在上面的 getBluetoothDevices 或 onBluetoothDeviceFound 接口中获取
deviceId: connectedDeviceId,
// 这里的 serviceId 需要在上面的 getBLEDeviceServices 接口中获取
serviceId: writeServicweId,
// 这里的 characteristicId 需要在上面的 getBLEDeviceCharacteristics 接口中获取
characteristicId: writeCharacteristicsId,
value: bufferSuplied,
success: function (res) {
//递归发送
if (index < totalLength) {
deviceWrite(
connectedDeviceId,
writeServicweId,
writeCharacteristicsId,
dataArray,
index
);
}
},
fail: function (res) {
console.log("写入失败", res);
//如果写入事变
ICINLocker.connect(connectedDeviceId);
throw new Error(res);
},
});
} catch (e) {
throw e;
}
}
function calculateAuthKey(_superAdminId, _keyId, _userId, _signKey) {
return ab2hex(
md5.digest(hex2Ab(_superAdminId + _keyId + _userId + _signkey))
);
}
/**
* 向锁发送数据
* @param {*} _hexData
*/
function sendDataTolock(_hexData) {
var receData = "";
wx.setStorage({
data: receData,
key: "receData",
});
var hex = _hexData;
console.log("发送的指令" + hex);
var connectedDeviceId = wx.getStorageSync("connectedDeviceId");
var writeServicweId = wx.getStorageSync("writeServicweId");
var writeCharacteristicsId = wx.getStorageSync("writeCharacteristicsId");
var dataArray = datasubpck(hex);
deviceWrite(
connectedDeviceId,
writeServicweId,
writeCharacteristicsId,
dataArray,
0
);
}
function makeHeader(type) {
let normalHead = "EF01EE02";
let headType = "01";
let headNo = "0001";
var headSta = "";
if (type == "300a") {
headSta = "10";
} else if (type == "3093" || type == "3092" || type == "3094" || type == "3010" || type == "3011") {
headSta = "12";
} else {
headSta = "13";
}
let result = normalHead + headType + headNo + headSta;
return result;
}
function isLockID(value) {
var rule = "^ICIN_[\\da-zA-Z]{12}$";
var re = new RegExp(rule);
if (re.test(value)) {
return true;
} else {
return false;
}
}
function str2Ascii(data) {
var result = "";
for (var i = data.length - 1; i >= 0; i--) {
var str = data.charAt(i);
var code = str.charCodeAt();
result += code;
}
return result;
}
function hex2Ab(value) {
var typedArray = new Uint8Array(
value.match(/[\da-f]{2}/gi).map(function (h) {
return parseInt(h, 16);
})
);
return typedArray.buffer;
}
function hexStr2Byte(hexStr) {
var pos = 0;
var len = hexStr.length;
if (len % 2 !== 0) {
return null;
}
len /= 2;
var hexA = [];
for (var i = 0; i < len; i++) {
var s = hexStr.substr(pos, 2);
var v = parseInt(s, 16);
hexA.push(v);
pos += 2;
}
return hexA;
}
function ip2hex(_ip) {
var REG =
/^(\d{1,2}|1\d\d|2[0-4]\d|25[0-5])\.(\d{1,2}|1\d\d|2[0-4]\d|25[0-5])\.(\d{1,2}|1\d\d|2[0-4]\d|25[0-5])\.(\d{1,2}|1\d\d|2[0-4]\d|25[0-5])$/;
var xH = "",
result = REG.exec(_ip);
if (!result) return -1;
for (var i = 1; i <= 4; i++) {
var h = parseInt(result[i]);
xH += (h > 15 ? "" : "0") + h.toString(16);
}
return parseInt(xH, 16).toString();
}
function timeConvert(timestamp, num) {
//num:0 YYYY-MM-DD num:1 YYYY-MM-DD hh:mm:ss // timestamp:时间戳
timestamp = timestamp + "";
timestamp = timestamp * 1000;
var date = new Date(timestamp);
var y = date.getFullYear();
var m = date.getMonth() + 1;
m = m < 10 ? "0" + m : m;
var d = date.getDate();
d = d < 10 ? "0" + d : d;
var h = date.getHours();
h = h < 10 ? "0" + h : h;
var minute = date.getMinutes();
var second = date.getSeconds();
minute = minute < 10 ? "0" + minute : minute;
second = second < 10 ? "0" + second : second;
if (num == 0) {
return y + "-" + m + "-" + d;
} else {
return y + "-" + m + "-" + d + " " + h + ":" + minute + ":" + second;
}
}
// 16进制数转10进制
var ex16hex = function (value) {
value = stripscript(value);
value = value.replace("0x", "");
var arr = value.split("");
arr = arr.reverse();
var len = arr.length;
var res = 0;
$.each(arr, function (i, v) {
var num = hex_change(v);
console.log(num);
res += muti16(num, i);
});
return res;
};
function hex2int(hex) {
var len = hex.length,
a = new Array(len),
code;
for (var i = 0; i < len; i++) {
code = hex.charCodeAt(i);
if (48 <= code && code < 58) {
code -= 48;
} else {
code = (code & 0xdf) - 65 + 10;
}
a[i] = code;
}
return a.reduce(function (acc, c) {
acc = 16 * acc + c;
return acc;
}, 0);
}
function byte2HexStr(byteArray) {
if (byteArray) {
var str = "";
for (var i = 0; i < byteArray.length; i++) {
var tmp = byteArray[i].toString(16);
if (tmp.length === 1) {
tmp = "0" + tmp;
}
str += tmp;
}
return str;
} else {
return null;
}
}