import { NativeModules, NativeEventEmitter, // EmitterSubscription, } from 'react-native'; import type { ScanGatewayModal, ScanLockModal, InitGatewayParam, CycleDateParam, ScanWifiModal, InitGatewayModal, LockVersion, ScanRemoteKeyModal, ScanDoorSensorModal, DeviceSystemModal, ScanWirelessKeypadModal, WifiLockServerInfo } from './types' const ttLockModule = NativeModules.Ttlock; const ttLockEventEmitter = new NativeEventEmitter(ttLockModule); const subscriptionMap = new Map(); class TtWirelessKeypad { static defaultCallback = function () { }; static startScan(callback: ((scanModal: ScanWirelessKeypadModal) => void)) { let subscription = subscriptionMap.get(WirelessKeypadEvent.ScanWirelessKeypad) if (subscription !== undefined) { subscription.remove() } subscription = ttLockEventEmitter.addListener(WirelessKeypadEvent.ScanWirelessKeypad, callback); subscriptionMap.set(WirelessKeypadEvent.ScanWirelessKeypad, subscription); ttLockModule.startScanWirelessKeypad(); } static stopScan() { ttLockModule.stopScanWirelessKeypad(); let subscription = subscriptionMap.get(WirelessKeypadEvent.ScanWirelessKeypad) if (subscription !== undefined) { subscription.remove(); } subscriptionMap.delete(WirelessKeypadEvent.ScanWirelessKeypad); } static init(mac: string, lockMac: string, success: ((electricQuantity: number, wirelessKeypadFeatureValue: string) => void), fail: null | ((errorCode: RemoteKeyPadErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.initWirelessKeypad(mac, lockMac, (dataArray: any[]) => { success!(dataArray[0], dataArray[1]); }, (errorCode: RemoteKeyPadErrorCode) => { let description = "Init wireless keypad fail."; if (errorCode === RemoteKeyPadErrorCode.wrongCRC) { description += "Wrong crc"; } else if (errorCode === RemoteKeyPadErrorCode.connectTimeout) { description += "Connect timeout"; } else if (errorCode === RemoteKeyPadErrorCode.wrongFactoryDate) { description += "Wrong factory date"; } fail!(errorCode, description); }); } } class TtDoorSensor { static defaultCallback = function () { }; static startScan(callback: ((scanModal: ScanDoorSensorModal) => void)) { let subscription = subscriptionMap.get(TtDoorSensorEvent.ScanDoorSensor) if (subscription !== undefined) { subscription.remove() } subscription = ttLockEventEmitter.addListener(TtDoorSensorEvent.ScanDoorSensor, callback); subscriptionMap.set(TtDoorSensorEvent.ScanDoorSensor, subscription); ttLockModule.startScanDoorSensor(); } static stopScan() { ttLockModule.stopScanDoorSensor(); let subscription = subscriptionMap.get(TtDoorSensorEvent.ScanDoorSensor) if (subscription !== undefined) { subscription.remove(); } subscriptionMap.delete(TtDoorSensorEvent.ScanDoorSensor); } static init(mac: string, lockData: string, success: ((electricQuantity: number, systemModel: DeviceSystemModal) => void), fail: null | ((errorCode: DoorSensorErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.initDoorSensor(mac, lockData, (dataArray: any[]) => { success!(dataArray[0], dataArray[1]); }, (errorCode: DoorSensorErrorCode) => { let description = "Init door sensor fail."; if (errorCode === DoorSensorErrorCode.bluetoothPowerOff) { description += "Bluetooth is power off"; } else if (errorCode === DoorSensorErrorCode.connectTimeout) { description += "Connect timeout"; } else if (errorCode === DoorSensorErrorCode.wrongCRC) { description += "Wrong crc"; } fail!(errorCode, description); }); } } class TtRemoteKey { static defaultCallback = function () { }; static startScan(callback: ((scanModal: ScanRemoteKeyModal) => void)) { let subscription = subscriptionMap.get(TtRemoteKeyEvent.ScanRemoteKey) if (subscription !== undefined) { subscription.remove() } subscription = ttLockEventEmitter.addListener(TtRemoteKeyEvent.ScanRemoteKey, callback); subscriptionMap.set(TtRemoteKeyEvent.ScanRemoteKey, subscription); ttLockModule.startScanRemoteKey(); } static stopScan() { ttLockModule.stopScanRemoteKey(); let subscription = subscriptionMap.get(TtRemoteKeyEvent.ScanRemoteKey) if (subscription !== undefined) { subscription.remove(); } subscriptionMap.delete(TtRemoteKeyEvent.ScanRemoteKey); } static init(mac: string, lockData: string, success: ((electricQuantity: number, systemModel: DeviceSystemModal) => void), fail: null | ((errorCode: RemoteKeyErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.initRemoteKey(mac, lockData, (dataArray: any[]) => { success!(dataArray[0], dataArray[1]); }, (errorCode: RemoteKeyErrorCode) => { let description = "Init remote key fail."; if (errorCode === RemoteKeyErrorCode.wrongCRC) { description += "Wrong CRC"; } else if (errorCode === RemoteKeyErrorCode.connectTimeout) { description += "Connect timeout"; } fail!(errorCode, description); }); } } class TtGateway { static defaultCallback = function () { }; /** * Scan for nearby gateways （Only newly powered gateways can be scanned） * @param callback If there is a reenergized gateway nearby, the callback will be performed multiple times */ static startScan(callback: ((scanGatewayModal: ScanGatewayModal) => void)) { let subscription = subscriptionMap.get(GatewayEvent.ScanGateway) if (subscription !== undefined) { subscription.remove() } subscription = ttLockEventEmitter.addListener(GatewayEvent.ScanGateway, callback); subscriptionMap.set(GatewayEvent.ScanGateway, subscription); ttLockModule.startScanGateway(); } /** * Stop scanning nearby Bluetooth locks */ static stopScan() { ttLockModule.stopScanGateway(); let subscription = subscriptionMap.get(GatewayEvent.ScanGateway) if (subscription !== undefined) { subscription.remove(); } subscriptionMap.delete(GatewayEvent.ScanGateway); } /** * Connected to the gateway Only newly powered gateways can be connected） * @param mac * @param callback */ static connect(mac: string, callback: ((state: ConnectState) => void)) { callback = callback || this.defaultCallback; ttLockModule.connect(mac, (state: number) => { let connectState = [ConnectState.Timeout, ConnectState.Success, ConnectState.Fail][state]; callback!(connectState); }); } /** * Read wifi near the gateway * @param progress * @param finish * @param fail */ static getNearbyWifi(progress: ((scanWifiModalList: ScanWifiModal[]) => void), finish: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { progress = progress || this.defaultCallback; finish = finish || this.defaultCallback; fail = fail || this.defaultCallback; let subscription = ttLockEventEmitter.addListener(GatewayEvent.ScanWifi, (responseData: ScanWifiModal[]) => { progress(responseData); }); ttLockModule.getNearbyWifi((state: number) => { subscription.remove(); if (state === 0) { finish!(); } else { fail!(1, "Failed to get nearby wifi. Please confirm whether there is wifi nearby or reconnect to the gateway try again"); } }); } /** * Initialize gateway * @param object * @param success * @param fail */ static initGateway(object: InitGatewayParam, success: ((initGatewayModal: InitGatewayModal) => void), fail: null | ((errorCode: GatewayErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.initGateway(object, success, (errorCode: GatewayErrorCode) => { let description = "Init gateway fail."; if (errorCode === 3) { description += "Wrong wifi"; } else if (errorCode === 4) { description += "Wrong wifi password"; } fail!(errorCode, description); }); } } class Ttlock { static defaultCallback = function () { }; /** * Scan for nearby Bluetooth locks * @param callback The Callback will be executed multiple times if there is a Bluetooth lock nearby */ static startScan(callback: null | ((scanLockModal: ScanLockModal) => void)) { let subscription = subscriptionMap.get(TTLockEvent.ScanLock) if (subscription !== undefined) { subscription.remove() } callback = callback || this.defaultCallback; subscription = ttLockEventEmitter.addListener(TTLockEvent.ScanLock, callback); subscriptionMap.set(TTLockEvent.ScanLock, subscription); ttLockModule.startScan(); } /** * Stop scanning nearby Bluetooth locks */ static stopScan() { ttLockModule.stopScan(); let subscription = subscriptionMap.get(TTLockEvent.ScanLock) if (subscription !== undefined) { subscription.remove(); } subscriptionMap.delete(TTLockEvent.ScanLock); } /** * Initialize lock * @param object {lockMac:"ea:09:e2:99:33", lockVersion:"{\"protocolType\":5,\"protocolVersion\":3,\"scene\":2,\"groupId\":1,\"orgId\":1}"} * @param success * @param fail */ static initLock(object: object, success: null | ((lockData: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.initLock(object, success, fail); } static getLockVersionWithLockMac(lockMac: string, success: null | ((lockVersion: LockVersion) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockVersionWithLockMac(lockMac, success, fail); } static getAccessoryElectricQuantity(accessoryType: LockAccessoryType, accessoryMac: string, lockData: string, success: ((electricQuantity: number, updateDate: number) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getAccessoryElectricQuantity(accessoryType, accessoryMac, lockData, (dataArray: number[]) => { success!(dataArray[0], dataArray[1]); }, fail); } /** * Reset the lock. * @param lockData * @param success * @param fail */ static resetLock(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.resetLock(lockData, success, fail); } /** * Reset the all keys. * @param lockData * @param success * @param fail */ static resetEkey(lockData: string, success: null | ((lockData: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.resetEkey(lockData, success, fail); } /** * Control the lock Unlock or lock or other operations * @param control LockControlType * @param lockData string * @param success successful callback * @param fail failed callback */ static controlLock(control: LockControlType, lockData: string, success: null | ((lockTime: number, electricQuantity: number, uniqueId: number) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { fail = fail || this.defaultCallback; success = success || this.defaultCallback; ttLockModule.controlLock(control, lockData, (dataArray: number[]) => { success!(dataArray[0], dataArray[1], dataArray[2]); }, fail); } /** * Create a custom passcode. * @param passcode The password must be 4-9 digits * @param startDate Timestamp millisecond. The start valid time of the password. * @param endDate Timestamp millisecond. The expiration time of the password * @param lockData * @param success * @param fail */ static createCustomPasscode(passcode: string, startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.createCustomPasscode(passcode, startDate, endDate, lockData, success, fail); } /** * Change the password and the expiry date of the password. * @param passcodeOrigin origin password * @param passcodeNew new password must be 4-9 digits * @param startDate Timestamp millisecond. The start valid time of the password. * @param endDate Timestamp millisecond. The expiration time of the password * @param lockData * @param success * @param fail */ static modifyPasscode(passcodeOrigin: string, passcodeNew: string, startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.modifyPasscode(passcodeOrigin, passcodeNew, startDate, endDate, lockData, success, fail); } /** * Delete the passcode. * @param passcode * @param lockData * @param success * @param fail */ static deletePasscode(passcode: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.deletePasscode(passcode, lockData, success, fail); } /** * All passcode will be invalid after reset （Custom passcode and Admin passcode is still valid） * @param lockData * @param success * @param fail */ static resetPasscode(lockData: string, success: null | ((lockData: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.resetPasscode(lockData, success, fail); } /** * Get the lock state (unlock or lock) * @param lockData * @param success * @param fail */ static getLockSwitchState(lockData: string, success: null | ((state: LockState) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockSwitchState(lockData, (state: number) => { let lockState = [ LockState.Locked, LockState.Unlock, LockState.Unknown, LockState.CarOnLock ][state]; success!(lockState); }, fail); } /** * Add a card to unlock the lock * @param cycleList Periodic unlocking. You can set it to null if you don't need it * @param startDate Timestamp millisecond. The start valid time of the card. * @param endDate Timestamp millisecond. The expiration time of the card * @param lockData * @param progress * @param success * @param fail */ static addCard(cycleList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, progress: (() => void), success: null | ((cardNumber: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { progress = progress || this.defaultCallback; success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; let subscription = ttLockEventEmitter.addListener(TTLockEvent.AddCardProgress, () => { progress(); }); ttLockModule.addCard(cycleList, startDate, endDate, lockData, (cardNumber: string) => { subscription.remove(); success!(cardNumber); }, (errorCode: LockErrorCode, errorDesc: string) => { subscription.remove(); fail!(errorCode, errorDesc); }); } /** * Modify the validity period of the card * @param cardNumber * @param cycleList Periodic unlocking. You can set it to null if you don't need it * @param startDate Timestamp millisecond. The start valid time of the card. * @param endDate Timestamp millisecond. The expiration time of the card * @param lockData * @param success * @param fail */ static modifyCardValidityPeriod(cardNumber: string, cycleList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; ttLockModule.modifyCardValidityPeriod(cardNumber, cycleList, startDate, endDate, lockData, success, fail); } /** * Delete the card * @param cardNumber * @param lockData * @param success * @param fail */ static deleteCard(cardNumber: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.deleteCard(cardNumber, lockData, success, fail); } /** * Clear all cards * @param lockData * @param success * @param fail */ static clearAllCards(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.clearAllCards(lockData, success, fail); } /** * Add fingerprint to unlock the lock * @param cycleList Periodic unlocking. You can set it to null if you don't need it * @param startDate Timestamp millisecond. The start valid time of the fingerprint. * @param endDate Timestamp millisecond. The expiration time of the fingerprint * @param lockData * @param progress * @param success * @param fail */ static addFingerprint(cycleList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, progress: null | ((currentCount: number, totalCount: number) => void), success: null | ((fingerprintNumber: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { progress = progress || this.defaultCallback; success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; let subscription = ttLockEventEmitter.addListener(TTLockEvent.AddFingerprintProgress, (dataArray: number[]) => { progress!(dataArray[0], dataArray[1]); }); ttLockModule.addFingerprint(cycleList, startDate, endDate, lockData, (fingerprintNumber: string) => { subscription.remove(); success!(fingerprintNumber); }, (errorCode: LockErrorCode, errorDesc: string) => { subscription.remove(); fail!(errorCode, errorDesc); }); } /** * Modify the validity period of the fingerprint * @param fingerprintNumber * @param cycleList Periodic unlocking. You can set it to null if you don't need it * @param startDate Timestamp millisecond. The start valid time of the fingerprint. * @param endDate Timestamp millisecond. The expiration time of the fingerprint * @param lockData * @param success * @param fail */ static modifyFingerprintValidityPeriod(fingerprintNumber: string, cycleList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; ttLockModule.modifyFingerprintValidityPeriod(fingerprintNumber, cycleList, startDate, endDate, lockData, success, fail); } /** * Delete the fingerprint * @param fingerprintNumber * @param lockData * @param success * @param fail */ static deleteFingerprint(fingerprintNumber: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.deleteFingerprint(fingerprintNumber, lockData, success, fail); } /** * Clear all fingerprints * @param lockData * @param success * @param fail */ static clearAllFingerprints(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.clearAllFingerprints(lockData, success, fail); } /** * Modify admin passcode * @param adminPasscode adminPasscode must be 4-9 digits * @param lockData * @param success * @param fail */ static modifyAdminPasscode(adminPasscode: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.modifyAdminPasscode(adminPasscode, lockData, success, fail); } /** * Set the lock time * @param timestamp Millisecond. * @param lockData * @param success * @param fail */ static setLockTime(timestamp: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setLockTime(timestamp, lockData, success, fail); } /** * Get the lock time * @param lockData * @param success * @param fail */ static getLockTime(lockData: string, success: null | ((lockTimestamp: number) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockTime(lockData, success, fail); } static getLockSystem(lockData: string, success: null | ((systemModel: DeviceSystemModal) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockSystem(lockData, success, fail); } static getLockElectricQuantity(lockData: string, success: null | ((electricQuantity: number) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { fail = fail || this.defaultCallback; success = success || this.defaultCallback; ttLockModule.getLockElectricQuantity(lockData, success, fail); } /** * Read the operation record of the lock. * @param type LockRecordType * @param lockData * @param success * @param fail */ static getLockOperationRecord(type: LockRecordType, lockData: string, success: null | ((records: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockOperationRecord(type, lockData, success, fail); } /** * Get the lock automatic locking periodic time * @param lockData * @param success * @param fail */ static getLockAutomaticLockingPeriodicTime(lockData: string, success: null | ((currentTime: number, maxTime: number, minTime: number) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockAutomaticLockingPeriodicTime(lockData, (data: number[]) => { success!(data[0], data[1], data[2]); }, fail); } /** * Set the lock automatic locking periodic time * @param seconds * @param lockData * @param success * @param fail */ static setLockAutomaticLockingPeriodicTime(seconds: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setLockAutomaticLockingPeriodicTime(seconds, lockData, success, fail); } /** * Get the lock remote unlock switch state * @param lockData * @param success * @param fail */ static getLockRemoteUnlockSwitchState(lockData: string, success: null | ((isOn: boolean) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockRemoteUnlockSwitchState(lockData, success, fail); } /** * Set the lock remote unlock switch state * @param isOn * @param lockData * @param success * @param fail */ static setLockRemoteUnlockSwitchState(isOn: boolean, lockData: string, success: null | ((lockData: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setLockRemoteUnlockSwitchState(isOn, lockData, success, fail); } /** * Get config of the lock * @param config * @param lockData * @param success * @param fail */ static getLockConfig(config: LockConfigType, lockData: string, success: null | ((type: number, isOn: boolean) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockConfig(config, lockData, (data: any[]) => { success!(data[0], data[1]); }, fail); } /** * Set config of the lock * @param config * @param isOn * @param lockData * @param success * @param fail */ static setLockConfig(config: LockConfigType, isOn: boolean, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setLockConfig(config, isOn, lockData, success, fail); } static setLockSoundVolume(soundVolume: LockSoundVolume, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setLockSoundVolume(soundVolume, lockData, success, fail); } static getLockSoundVolume(lockData: string, success: null | ((lockSoundVolume: LockSoundVolume) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getLockSoundVolume(lockData, success, fail); } static getUnlockDirection(lockData: string, success: null | ((direction: LockUnlockDirection) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getUnlockDirection(lockData, success, fail); } static setUnlockDirection(direction: LockUnlockDirection, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setUnlockDirection(direction, lockData, success, fail); } static setUnlockDirectionAutomatic(lockData: string, success: null | ((direction: LockUnlockDirection) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setUnlockDirectionAutomatic(lockData, success, fail); } /** * Set the lock always unlock. * @param mode LockPassageMode * @param days * type = LockPassageMode.Weekly then days should be 1~7 Monday ~ Sunday, [1,3,6] * type = LockPassageMode.Monthly then days should be 1~31, [1,7,29,31] * @param startDate The valid time of the passage mode * @param endDate The invalid time of the passage mode * @param lockData * @param success * @param fail */ static addPassageMode(mode: LockPassageMode, days: number[], startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; let weekly = LockPassageMode.Weekly === mode ? days : []; let monthly = LockPassageMode.Monthly === mode ? days : []; ttLockModule.addPassageMode(mode, weekly, monthly, startDate, endDate, lockData, success, fail); } /** * Clear all passage mode * @param lockData * @param success * @param fail */ static clearAllPassageModes(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.clearAllPassageModes(lockData, success, fail); } static addRemoteKey(remoteKeyMac: string, cycleDateList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleDateList = cycleDateList || []; ttLockModule.addRemoteKey(remoteKeyMac, cycleDateList, startDate, endDate, lockData, success, fail); } static modifyRemoteKey(remoteKeyMac: string, cycleDateList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleDateList = cycleDateList || []; ttLockModule.modifyRemoteKey(remoteKeyMac, cycleDateList, startDate, endDate, lockData, success, fail); } static deleteRemoteKey(remoteKeyMac: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.deleteRemoteKey(remoteKeyMac, lockData, success, fail); } static clearAllRemoteKey(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.clearAllRemoteKey(lockData, success, fail); } static addDoorSensor(doorSensorMac: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.addDoorSensor(doorSensorMac, lockData, success, fail); } static clearAllDoorSensor(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.clearAllDoorSensor(lockData, success, fail); } static setDoorSensorAlertTime(time: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setDoorSensorAlertTime(time, lockData, success, fail); } /** * Recover card data to the lock * @param cardNumber * @param cycleList Periodic unlocking. You can set it to null if you don't need it * @param startDate Timestamp millisecond. The start valid time of the card. * @param endDate Timestamp millisecond. The expiration time of the card * @param lockData * @param success * @param fail */ static recoverCard(cardNumber: string, cycleList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, success: null | ((cardNumber: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; ttLockModule.recoverCard(cardNumber, cycleList, startDate, endDate, lockData, success, fail); } static recoverPasscode(passcode: string, passcodeType: number, cycleType: number, startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.recoverPasscode(passcode, passcodeType, cycleType, startDate, endDate, lockData, success, fail); } static scanWifi(lockData: string, callback: ((isFinished: boolean, wifiList: []) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { let subscription = subscriptionMap.get(TTLockEvent.ScanLockWifi) if (subscription !== undefined) { subscription.remove() } subscription = ttLockEventEmitter.addListener(TTLockEvent.ScanLockWifi, (data: any[]) => { callback!(data[0], data[1]); }); subscriptionMap.set(TTLockEvent.ScanLockWifi, subscription); ttLockModule.scanWifi(lockData, fail); } static configWifi(wifiName: string, wifiPassword: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.configWifi(wifiName, wifiPassword, lockData, success, fail); } static configServer(ip: string, port: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.configServer(ip, port, lockData, success, fail); } static getWifiInfo(lockData: string, success: null | ((wifiMac: string, wifiRssi: number) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getWifiInfo(lockData, (data: any[]) => { success!(data[0], data[1]); }, fail); } static getWifiPowerSavingTime(lockData: string, success: ((timesJsonString: undefined | string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.getWifiPowerSavingTime(lockData, success, fail); } /** * config wifi power saving time * @param weekDays 1~7,1 means Monday，2 means Tuesday ,...,7 means Sunday， such as @[@1,@3,@6,@7] * @param startDate The time when it becomes valid (minutes from 0 clock) * @param endDate The time when it is expired (minutes from 0 clock) * @param lockData * @param success * @param fail */ static configWifiPowerSavingTime(weekDays: number[], startDate: number, endDate: number, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.configWifiPowerSavingTime(weekDays, startDate, endDate, lockData, success, fail); } static clearWifiPowerSavingTime(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.clearWifiPowerSavingTime(lockData, success, fail); } static configIp(info:WifiLockServerInfo, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.configIp(info,lockData, success, fail); } static addFace(cycleList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, progress: ((state: FaceState, FaceErrorCode: FaceErrorCode) => void), success: null | ((faceNumber: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { progress = progress || this.defaultCallback; success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; let subscription = ttLockEventEmitter.addListener(TTLockEvent.AddFaceProgress, (dataArray: number[]) => { progress(dataArray[0], dataArray[1]); }); ttLockModule.addFace(cycleList, startDate, endDate, lockData, (cardNumber: string) => { subscription.remove(); success!(cardNumber); }, (errorCode: LockErrorCode, errorDesc: string) => { subscription.remove(); fail!(errorCode, errorDesc); }); } static addFaceFeatureData(faceFeatureData: string, cycleList: null | CycleDateParam[], startDate: number, endDate: number, lockData: string, success: null | ((faceNumber: string) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; ttLockModule.addFaceFeatureData(faceFeatureData, cycleList, startDate, endDate, lockData, (faceNumber: string) => { success!(faceNumber); }, (errorCode: LockErrorCode, errorDesc: string) => { fail!(errorCode, errorDesc); }); } static modifyFaceValidityPeriod(cycleList: null | CycleDateParam[], startDate: number, endDate: number, faceNumber:string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; cycleList = cycleList || []; ttLockModule.modifyFaceValidityPeriod(cycleList, startDate, endDate, faceNumber, lockData, success, fail); } static deleteFace(faceNumber:string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.deleteFace(faceNumber, lockData, success, fail); } static clearAllFace(lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.clearFace(lockData, success, fail); } /** * Activate Lift Floors * @param floors lift floors,connect with comma symbol,such as: @"1,2,3" * @param lockData * @param success * @param fail */ static activateLiftFloors(floors: string, lockData: string, success: null | ((lockTime: number, electricQuantity: number, uniqueId: number) => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.activateLiftFloors(floors, lockData, (dataArray: any[]) => { success!(dataArray[0], dataArray[1], dataArray[2]); }, fail); } /** * Set Lift Control Enable Floors * @param floors lift floors,connect with comma symbol,such as: @"1,2,3" * @param lockData * @param success * @param fail */ static setLiftControlEnableFloors(floors: string, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setLiftControlEnableFloors(floors, lockData, success, fail); } static setLiftWorkMode(workMode: LiftWorkMode, lockData: string, success: null | (() => void), fail: null | ((errorCode: LockErrorCode, description: string) => void)) { success = success || this.defaultCallback; fail = fail || this.defaultCallback; ttLockModule.setLiftWorkMode(workMode, lockData, success, fail); } /** * Monitor phone's Bluetooth status * @param callback */ /* static addBluetoothStateListener(callback: (state: number, description: string) => void) { let subscription = subscriptionMap.get(Ttlock.event.bluetoothState) if (subscription !== undefined) { subscription.remove() } subscription = ttLockEventEmitter.addListener(Ttlock.event.bluetoothState, (state: number) => { let bluetoothStateList = [ { code: 0, description: "The bluetooth state is unknown" }, { code: 1, description: "The bluetooth state is resetting" }, { code: 2, description: "Current device unsupported bluetooth" }, { code: 3, description: "The bluetooth is unauthorized" }, { code: 4, description: "The bluetooth is ok" }, { code: 5, description: "The bluetooth is off" }, ] callback(bluetoothStateList[state].code, bluetoothStateList[state].description); }); subscriptionMap.set(Ttlock.event.bluetoothState, subscription); } static deleteBluetoothStateListener() { let subscription = subscriptionMap.get(Ttlock.event.bluetoothState) if (subscription !== undefined) { subscription.remove(); } subscriptionMap.delete(Ttlock.event.bluetoothState); } */ /** * * @param callback */ static getBluetoothState(callback: (state: BluetoothState) => void) { callback = callback || this.defaultCallback; ttLockModule.getBluetoothState((state: number) => { var bluetoothState = [ BluetoothState.Unknown, BluetoothState.Resetting, BluetoothState.Unsupported, BluetoothState.Unauthorized, BluetoothState.On, BluetoothState.Off ][state]; callback(bluetoothState); }); } static supportFunction(lockFunction: LockFunction, lockData: string, callback: (isSupport: boolean) => void) { ttLockModule.supportFunction(lockFunction, lockData, callback); } } enum BluetoothState { Unknown = 0, Resetting = 1, Unsupported = 2, Unauthorized = 3, On = 4, Off = 5 } enum LockFunction { Passcode = 0, IcCard = 1, Fingerprint = 2, Wristband = 3, AutoLock = 4, DeletePasscode = 5, ManagePasscode = 7, Locking = 8, PasscodeVisible = 9, GatewayUnlock = 10, LockFreeze = 11, CyclePassword = 12, RemoteUnlockSwitch = 14, AudioSwitch = 15, NbIot = 16, GetAdminPasscode = 18, HotelCard = 19, NoClock = 20, NoBroadcastInNormal = 21, PassageMode = 22, TurnOffAutoLock = 23, WirelessKeypad = 24, Light = 25, HotelCardBlacklist = 26, IdentityCard = 27, TamperAlert = 28, ResetButton = 29, PrivacyLock = 30, DeadLock = 32, CyclicCardOrFingerprint = 34, UnlockDirection = 36, FingerVein = 37, NbAwake = 39, RecoverCyclePasscode = 40, RemoteKey = 41, GetAccessoryElectricQuantity = 42, SoundVolume = 43, QRCode = 44, SensorState = 45, PassageModeAutoUnlock = 46, DoorSensor = 50, DoorSensorAlert = 51, Sensitivity = 52, Face = 53, CpuCard = 55, Wifi = 56, WifiStaticIP = 58, PasscodeKeyNumber = 60, AutoSetUnlockDirection = 81 } enum LockRecordType { Latest = 0, All = 1 } enum LockConfigType { Audio = 0, PasscodeVisible = 1, Freeze = 2, TamperAlert = 3, ResetButton = 4, PrivacyLock = 5, PassageModeAutoUnlock = 6, WifiPowerSavingMode = 7, DoubleAuth = 8, PublicMode = 9, LowBatteryAutoUnlock = 10 } enum LockSoundVolume { On = -1, Off = 0, Level_1 = 1, Level_2 = 2, Level_3 = 3, Level_4 = 4, Level_5 = 5 } enum LockUnlockDirection { Unknown = 0, Left = 1, Right = 2 } enum LockPassageMode { Weekly = 0, Monthly = 1 } enum LockControlType { Unlock = 0, Lock = 1 } enum LockState { Locked = 0, Unlock = 1, Unknown = 2, CarOnLock } enum FaceState { canAddFace = 0, addFail = 1 } enum FaceErrorCode { normal = 0, noFaceDetected = 1, tooCloseToTheTop = 2, tooCloseToTheBottom = 3, tooCloseToTheLeft = 4, tooCloseToTheRight = 5, tooFarAway = 6, tooClose = 7, eyebrowsCovered = 8, eyesCovered = 9, faceCovered = 10, wrongFaceDirection = 11, eyeOpeningDetected = 12, eyesClosedStatus = 13, failedToDetectEye = 14, needTurnHeadToLeft = 15, needTurnHeadToRight = 16, needRaiseHead = 17, needLowerHead = 18, needTiltHeadToLeft = 19, needTiltHeadToRight = 20, }; enum LockErrorCode{ hadReset = 0, crcError = 1, noPermission = 2, wrongAdminCode = 3, lackOfStorageSpace = 4, inSettingMode = 5, noAdmin = 6, notInSettingMode = 7, wrongDynamicCode = 8, isNoPower = 9, resetPasscode = 10, updatePasscodeIndex = 11, invalidLockFlagPos = 12, eKeyExpired = 13, passcodeLengthInvalid = 14, samePasscode = 15, eKeyInactive = 16, aesKey = 17, fail = 18, passcodeExist = 19, passcodeNotExist = 20, lackOfStorageSpaceWhenAddingPasscode = 21, invalidParaLength = 22, cardNotExist = 23, fingerprintDuplication = 24, fingerprintNotExist = 25, invalidCommand = 26, inFreezeMode = 27, invalidClientPara = 28, lockIsLocked = 29, recordNotExist = 30, wrongSSID = 31, wrongWifiPassword = 32, bluetoothPoweredOff = 33, connectionTimeout = 34, disconnection = 35, lockIsBusy = 36, wrongLockData = 37, invalidParameter = 38 } enum DoorSensorErrorCode { bluetoothPowerOff = 0, connectTimeout = 1, fail = 2, wrongCRC = 3 } enum RemoteKeyErrorCode { fail = 0, wrongCRC = 1, connectTimeout = 2 } enum RemoteKeyPadErrorCode { fail = 0, wrongCRC = 1, connectTimeout = 2, wrongFactoryDate = 3 } enum GatewayErrorCode { fail = 0, wrongSSID = 1, wrongWifiPassword = 2, wrongCRC = 3, wrongAesKey = 4, notConnect = 5, disconnect = 6, failConfigRouter = 7, failConfigServer = 8, failConfigAccount = 9, noSIM = 10, invalidCommand = 11, failConfigIP = 12, failInvalidIP = 13 } enum ConnectState { Timeout = 0, Success = 1, Fail = 2 } enum TTLockEvent { ScanLock = "EventScanLock", AddCardProgress = "EventAddCardProgrress", AddFingerprintProgress = "EventAddFingerprintProgrress", AddFaceProgress = "EventAddFaceProgrress", ListenBluetoothState = "EventBluetoothState", ScanLockWifi = "EventScanLockWifi", } enum TtRemoteKeyEvent { ScanRemoteKey = "EventScanRemoteKey" } enum TtDoorSensorEvent { ScanDoorSensor = "EventScanDoorSensor" } enum GatewayEvent { ScanGateway = "EventScanGateway", ScanWifi = "EventScanWifi" } enum WirelessKeypadEvent { ScanWirelessKeypad = "EventWirelessKeypad" } enum GatewayType { G2 = 2, G3 = 3, G4 = 4, G5 = 5, G6 = 6 } enum LockAccessoryType { KEYPAD = 1, REMOTE_KEY = 2, DOOR_SENSOR = 3 } enum GatewayIpSettingType { STATIC_IP = 0, DHCP = 1 } enum LiftWorkMode { ACTIVATE_ALL_FLOORS = 0, ACTIVATE_SPECIFIC_FLOORS = 1 } export { Ttlock, TtGateway, TtRemoteKey, TtDoorSensor, TtWirelessKeypad, BluetoothState, LockFunction, LockRecordType, LockConfigType, LockPassageMode, LockControlType, LockState, ConnectState, GatewayType, GatewayIpSettingType, LockSoundVolume, TtRemoteKeyEvent, TtDoorSensorEvent, LockUnlockDirection, LockAccessoryType, ScanLockModal, ScanRemoteKeyModal, ScanDoorSensorModal, DeviceSystemModal, WirelessKeypadEvent, ScanWirelessKeypadModal, WifiLockServerInfo, FaceState, FaceErrorCode, LockErrorCode, DoorSensorErrorCode, RemoteKeyErrorCode, RemoteKeyPadErrorCode, GatewayErrorCode, InitGatewayModal, InitGatewayParam, LiftWorkMode};