// // MapplsIntouchApi.swift // mappls-react-native-intouch // // Created by ceinfo on 11/03/21. // import Foundation import MapplsAPIKit import MapplsAPICore import MapplsIntouch import CoreLocation @objc(MapplsIntouchApi) class MapplsIntouchApi: NSObject { @objc static func requiresMainQueueSetup() -> Bool { return false } @objc func initializeApisSdk(_ map:NSDictionary) -> Void { if map["mapSDKKey"] != nil && map["restAPIKey"] != nil && map["clientId"] != nil && map["clientSecret"] != nil { let mapSdkKey = map["mapSDKKey"] as? String let restAPIKey = map["restAPIKey"] as? String let clientId = map["clientId"] as? String let clientSecret = map["clientSecret"] as? String MapplsAccountManager.setMapSDKKey(mapSdkKey) MapplsAccountManager.setRestAPIKey(restAPIKey) MapplsAccountManager.setClientId(clientId) MapplsAccountManager.setClientSecret(clientSecret) MapplsAccountManager.setGrantType("client_credentials") //eg.client_credentials } } @objc func getDevices(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["deviceIds"] != nil { let deviceIds = map["deviceIds"] as! NSArray let includeInActive = map["includeInActive"] as! Bool let ignoreBeacon = map["ignoreBeacon"] as! Bool let lastUpdateTime = map["lastUpdateTime"] as! NSNumber IntouchApis.shared.getDevices(listOfDeviceIds: deviceIds as! [Int], includeInActive: includeInActive, ignoreBeacon: ignoreBeacon, lastUpdateTime: lastUpdateTime.stringValue) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } }else { let includeInActive = map["includeInActive"] as! Bool let ignoreBeacon = map["ignoreBeacon"] as! Bool let lastUpdateTime = map["lastUpdateTime"] as! NSNumber IntouchApis.shared.getDevices(includeInActive: includeInActive, ignoreBeacon: ignoreBeacon, lastUpdateTime: lastUpdateTime.stringValue) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } } @objc func getDevice(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["deviceId"] != nil && map["lastUpdateTime"] != nil{ let deviceId = map["deviceId"] as! NSNumber let lastUpdateTime = map["lastUpdateTime"] as! NSNumber IntouchApis.shared.getDevices(deviceId: Int(truncating: deviceId), lastUpdateTime: lastUpdateTime.stringValue) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } }else{ reject("Error", "provide all params", nil) } } @objc func getDevicesInfo(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["deviceIds"] != nil { let deviceIds = map["deviceIds"] as! NSArray IntouchApis.shared.getDevicesInfo(deviceIds: deviceIds as! [Int]) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else { IntouchApis.shared.getDevicesInfo( completionHandler: { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } }) } } @objc func getLocationsEvents(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["deviceId"] != nil && map["startTime"] != nil && map["endTime"] != nil && map["skipPeriod"] != nil { let deviceId = map["deviceId"] as! NSNumber let startTime = map["startTime"] as! NSNumber let endTime = map["endTime"] as! NSNumber let skipPeriod = map["skipPeriod"] as! NSNumber IntouchApis.shared.getLocationsEvent(deviceId: Int(truncating: deviceId), startTime: Double(truncating: startTime), endTime: Double(truncating: endTime), skipPeriod: Int(truncating: skipPeriod) ,completionHandler: { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } }) }else{ reject("getLocationsEvents Error: ", "provide all params", nil) } } @objc func getDrive(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["deviceId"] != nil && map["startTime"] != nil && map["endTime"] != nil { let mDeviceId = map["deviceId"] as! NSNumber let mStartTime = map["startTime"] as! NSNumber let mEndTime = map["endTime"] as! NSNumber IntouchApis.shared.getDriveData(deviceId: Int(truncating: mDeviceId), startTime: Double(truncating: mStartTime), endTime: Double(truncating: mEndTime)) { (driveResponse, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = driveResponse { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } } @objc func createGeoFence(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["geofenceName"] != nil && map["geofencePoints"] != nil { let geofenceName = map["geofenceName"] as! String let geofencePoints = map["geofencePoints"] as! NSArray let coordinates = createCLLocationArray(points: geofencePoints) let mGeometry = IntouchGeometryPolygon(points: coordinates) let mGeofence = IntouchPolygonGeofence(name: geofenceName, geometry: mGeometry) let mGeofenceoption = IntouchGeofenceOptions(geofence: mGeofence) IntouchApis.shared.createGeoFence(geofence: mGeofenceoption) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) }else{ let dict = NSMutableDictionary() dict["id"] = status resolve(dict) } } } else if map["geofenceName"] != nil && map["geofencePoint"] != nil && map["range"] != nil { let geofenceName = map["geofenceName"] as! String let range = map["range"] as! NSNumber let geofencePoint = map["geofencePoint"] as! NSArray let lat = geofencePoint[1] as! NSNumber let lng = geofencePoint[0] as! NSNumber let mGeometry = IntouchGeometryPoint(point: CLLocation(latitude: Double(truncating: lat), longitude: Double(truncating: lng))) let mGeofence = IntouchPointGeofence(name: geofenceName, buffer: range, geometry: mGeometry) let mGeofenceoption = IntouchGeofenceOptions(geofence: mGeofence) IntouchApis.shared.createGeoFence(geofence: mGeofenceoption) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) }else{ let dict = NSMutableDictionary() dict["id"] = status resolve(dict) } } } else if map["geofenceName"] != nil && map["geofencePoint"] != nil { let geofenceName = map["geofenceName"] as! String let geofencePoint = map["geofencePoint"] as! NSArray let lat = geofencePoint[1] as! NSNumber let lng = geofencePoint[0] as! NSNumber let mGeometry = IntouchGeometryPoint(point: CLLocation(latitude: Double(truncating: lat), longitude: Double(truncating: lng))) let mGeofence = IntouchPointGeofence(name: geofenceName, geometry: mGeometry) let mGeofenceoption = IntouchGeofenceOptions(geofence: mGeofence) IntouchApis.shared.createGeoFence(geofence: mGeofenceoption) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) }else{ let dict = NSMutableDictionary() dict["id"] = status resolve(dict) } } } else { reject("createGeofence Error", "please provide params", nil) } } @objc func getGeoFences(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["ignoreGeometry"] != nil && map["geofenceIds"] != nil{ let mIgnoreGeometry = map["ignoreGeometry"] as! Bool let mGeofenceIds = map["geofenceIds"] as! [Int] IntouchApis.shared.getAllGeoFences(geofenceIds: mGeofenceIds, ignoreGeometry: mIgnoreGeometry) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else if map["geofenceId"] != nil && map["ignoreGeometry"] != nil { let mIgnoreGeometry = map["ignoreGeometry"] as! Bool let mGeofenceId = map["geofenceId"] as! Int IntouchApis.shared.getAllGeoFences(geofenceID: mGeofenceId, ignoreGeometry: mIgnoreGeometry) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else if map["ignoreGeometry"] != nil { let mIgnoreGeometry = map["ignoreGeometry"] as! Bool IntouchApis.shared.getAllGeoFences(ignoreGeometry: mIgnoreGeometry) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else { reject("getGeofence Error ", "Please provide required params", nil) } } //Getting error in case of scuccess @objc func updateGeoFence(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["geofenceId"] != nil && map["geofenceName"] != nil && map["geofencePoints"] != nil && map["buffer"] != nil { let mGeofenceId = map["geofenceId"] as! NSNumber let mGeofenceName = map["geofenceName"] as! String let mBuffer = map["buffer"] as! NSNumber let geofencePoint = map["geofencePoint"] as! NSArray let lat = geofencePoint[1] as! NSNumber let lng = geofencePoint[0] as! NSNumber let mGeometry = IntouchGeometryPoint(point: CLLocation(latitude: Double(truncating: lat), longitude: Double(truncating: lng))) let mGeofence = IntouchPointGeofence(name: mGeofenceName, buffer: mBuffer, geometry: mGeometry) let geofenceoption = IntouchGeofenceOptions(geofence: mGeofence) IntouchApis.shared.updateGeoFences(geofenceaID: Int(truncating: mGeofenceId), geofence: geofenceoption) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) } else { resolve("success") } } } else if map["geofenceId"] != nil && map["geofenceName"] != nil && map["geofencePoints"] != nil { let mGeofenceId = map["geofenceId"] as! NSNumber let mGeofenceName = map["geofenceName"] as! String let geofencePoints = map["geofencePoints"] as! NSArray let coordinates = createCLLocationArray(points: geofencePoints) let mGeometry = IntouchGeometryPolygon(points: coordinates) let mGeofence = IntouchPolygonGeofence(name: mGeofenceName, geometry: mGeometry) let geofenceoption = IntouchGeofenceOptions(geofence: mGeofence) IntouchApis.shared.updateGeoFences(geofenceaID: Int(truncating: mGeofenceId), geofence: geofenceoption) { (status, error) in if error != nil { }else { resolve("success") } } // } else if map["geofenceId"] != nil && map["geofenceName"] != nil && map["geofencePoint"] != nil { let mGeofenceId = map["geofenceId"] as! NSNumber let mGeofenceName = map["geofenceName"] as! String let geofencePoint = map["geofencePoint"] as! NSArray let lat = geofencePoint[1] as! NSNumber let lng = geofencePoint[0] as! NSNumber let mGeometry = IntouchGeometryPoint(point: CLLocation(latitude: Double(truncating: lat), longitude: Double(truncating: lng))) let mGeofence = IntouchPointGeofence(name: mGeofenceName, geometry: mGeometry) let geofenceoption = IntouchGeofenceOptions(geofence: mGeofence) IntouchApis.shared.updateGeoFences(geofenceaID: Int(truncating: mGeofenceId), geofence: geofenceoption) { (status, error) in if let error = error { print("\(error.code)\(error.localizedDescription)") }else { print(status) } } } else { reject("updateGeofence Error ", "Please provide required params", nil) } } //Getting error in case of successs @objc func deleteGeoFence(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { //Long[] geofenceIds = getLongList(map.getArray("geofenceIds")); if map["geofenceIds"] != nil { let mGeofenceIds = map["geofenceIds"] as! [Int] IntouchApis.shared.deleteGeofence(geofenceIds:mGeofenceIds) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) }else{ resolve("success") } } } else if map["geofenceId"] != nil { let mGeofenceId = map["geofenceId"] as! NSNumber IntouchApis.shared.deleteGeofence(geofenceaID: Int(truncating: mGeofenceId)) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) } else{ resolve("success") } } } else { reject("deleteGeofence Error ", "Please provide required params", nil) } } @objc func getGeoFenceActivity(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["devicesIds"] != nil && map["geofenceIds"] != nil && map["startTime"] != nil && map["endTime"] != nil { let mDeviceIds = map["devicesIds"] as! [Int] let mGeofenceIds = map["geofenceIds"] as! [Int] let mStartTime = map["startTime"] as! Double let mEndTime = map["endTime"] as! Double IntouchApis.shared.getGeoFenceActivity(geofenceIds: mGeofenceIds, devicesIds:mDeviceIds, startTime: mStartTime, endTime: mEndTime) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } // } else if map["devicesIds"] != nil && map["startTime"] != nil && map["endTime"] != nil { let mDeviceIds = map["devicesIds"] as! [Int] let mStartTime = map["startTime"] as! Double let mEndTime = map["endTime"] as! Double IntouchApis.shared.getGeoFenceActivity(devicesIds:mDeviceIds, startTime: mStartTime, endTime: mEndTime) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else { reject("GeoFenceActivity Error ", "Please provide required params", nil) } } @objc func createTrip(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["tripName"] != nil && map["deviceId"] != nil && map["scheduleEndTime"] != nil && map["metaData"] != nil && map["tripDestination"] != nil && map["tripGeofences"] != nil && map["isForceCloseEnable"] != nil { let mTripName = map["tripName"] as! String let mDeviceId = map["deviceId"] as! Int let mScheduleEndTime = map["scheduleEndTime"] as! NSNumber let dictMetaData = map["metaData"] as! NSDictionary let mMetaData = createMetaData(dict:dictMetaData) let mIsForceCloseEnable = map["isForceCloseEnable"] as! Bool let mTripGeofenceArray = map["tripGeofences"] as! NSArray let mTripGeofenceList = createTripGeofenceList(tripGeofenceList: mTripGeofenceArray) let mtripDestinationDict = map["tripDestination"] as! NSDictionary let mTripDestination = createTripDestination(dict: mtripDestinationDict) let options = IntouchCreateTripOptions(name:mTripName, geofence:mTripGeofenceList, tripDestination: mTripDestination, deviceId: mDeviceId, forceClose: mIsForceCloseEnable, scheduledEndTime: Double(truncating: mScheduleEndTime), metaData: mMetaData) IntouchApis.shared.createTripData(optons: options) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else if map["tripName"] != nil && map["deviceId"] != nil && map["metaData"] != nil && map["tripDestination"] != nil && map["tripGeofences"] != nil && map["isForceCloseEnable"] != nil { let mTripName = map["tripName"] as! String let mDeviceId = map["deviceId"] as! Int let dictMetaData = map["metaData"] as! NSDictionary let mMetaData = createMetaData(dict:dictMetaData) let mIsForceCloseEnable = map["isForceCloseEnable"] as! Bool let mTripGeofenceArray = map["tripGeofences"] as! NSArray let mTripGeofenceList = createTripGeofenceList(tripGeofenceList: mTripGeofenceArray) let mtripDestinationDict = map["tripDestination"] as! NSDictionary let mTripDestination = createTripDestination(dict: mtripDestinationDict) let options = IntouchCreateTripOptions(name: mTripName, geofences: mTripGeofenceList, tripDestination: mTripDestination, deviceId: mDeviceId, forceClose: mIsForceCloseEnable, metaData: mMetaData) IntouchApis.shared.createTripData(optons: options) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else if map["tripName"] != nil && map["deviceId"] != nil && map["metaData"] != nil && map["isForceCloseEnable"] != nil { let mTripName = map["tripName"] as! String let mDeviceId = map["deviceId"] as! Int let dictMetaData = map["metaData"] as! NSDictionary let mMetaData = createMetaData(dict:dictMetaData) let mIsForceCloseEnable = map["isForceCloseEnable"] as! Bool let options = IntouchCreateTripOptions(name: mTripName, deviceId: mDeviceId, forceClose: mIsForceCloseEnable, metaData: mMetaData) IntouchApis.shared.createTripData(optons: options) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } // } else { reject("createTrip Error ", "Please provide required params", nil) } // } @objc func getTrips(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["deviceIds"] != nil && map["limit"] != nil && map["status"] != nil && map["statTimeStamp"] != nil && map["endTimeStamp"] != nil { let mDeviceIds = map["deviceIds"] as! [Int] let mLimit = map["limit"] as! Int let mStatus = map["status"] as! Int let mStatTimeStamp = map["statTimeStamp"] as! Double let mEndTimeStamp = map["endTimeStamp"] as! Double let options = IntouchGetAllTripsOptions(deviceIds: mDeviceIds, startTime: mStatTimeStamp, endTime: mEndTimeStamp, limit: mLimit, status: mStatus) IntouchApis.shared.getTrips(options: options) { (tripResponse, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = tripResponse { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } // } else if map["limit"] != nil && map["status"] != nil && map["statTimeStamp"] != nil && map["endTimeStamp"] != nil { let mLimit = map["limit"] as! Int let mStatus = map["status"] as! Int let mStatTimeStamp = map["statTimeStamp"] as! Double let mEndTimeStamp = map["endTimeStamp"] as! Double let options = IntouchGetAllTripsOptions(deviceIds: [], startTime: mStatTimeStamp, endTime: mEndTimeStamp, limit: mLimit, status: mStatus) IntouchApis.shared.getTrips(options: options) { (tripResponse, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = tripResponse { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } }else { IntouchApis.shared.getTrips { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } } @objc func getTripInfo(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["tripId"] != nil && map["isPositionEventsEnable"] != nil && map["isLocationEnable"] != nil && map["isPolylineEnable"] != nil { let tripId = map["tripId"] as! String let isPositionEventsEnable = map["isPositionEventsEnable"] as! Bool let isLocationEnable = map["isLocationEnable"] as! Bool let isPolylineEnable = map["isPolylineEnable"] as! Bool IntouchApis.shared.getTripInfo(tripId: tripId, isEventsEnable: isPositionEventsEnable, isLocationEnable: isLocationEnable, isPolylineEnable: isPolylineEnable) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else if map["tripId"] != nil { let tripId = map["tripId"] as! String IntouchApis.shared.getTripInfo(tripId: tripId) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } // } else { reject("getTripInfo Error ", "Please provide required params", nil) } } @objc func closeTrip(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["tripId"] != nil { let tripId = map["tripId"] as! String IntouchApis.shared.closeTrip(tripId: tripId) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) } else { resolve("success") } } }else { reject("closeTripInfo Error ", "Please provide required params", nil) } } //Getting error while success @objc func createAlarm(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["alarmParameters"] != nil { let alarmParameters = map["alarmParameters"] as! NSDictionary let options = createAlarmOptions(alarmParameters: alarmParameters) if options != nil { IntouchApis.shared.getAlarmCreated(alarmParam: options!) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } }else{ reject("CreateAlarm Error ", "Please provide required alarms params", nil) } } else { reject("CreateAlarm Error ", "Please provide required params", nil) } } @objc func getAlarmConfigs(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["alarmIds"] != nil && map["deviceIds"] != nil && map["alarmTypes"] != nil { let mAlarmIds = map["alarmIds"] as! [Int] let mDeviceIds = map["deviceIds"] as! [Int] let mAlarmTypes = map["alarmTypes"] as! [Int] IntouchApis.shared.getAlarmConfig(alarmIds:mAlarmIds, deviceIds:mDeviceIds, alarmTypes:mAlarmTypes) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } }else{ IntouchApis.shared.getAlarmConfig { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } } @objc func updateAlarm(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["alarmId"] != nil && map["alarmParameters"] != nil { let mAlarmId = map["alarmId"] as! Int let alarmParameters = map["alarmParameters"] as! NSDictionary let options = createAlarmOptions(alarmParameters: alarmParameters) if options != nil { IntouchApis.shared.updateAlarm(alarmId: mAlarmId, param: options!) { (status, error) in if let error = error { reject("Error", error.localizedDescription, nil) } else { resolve("success") } } }else{ reject("Update Alram Error", "Please provide all required alarm parameters.", nil) } } else { reject("Update Alram Error", "Please provide all required parameters.", nil) } } @objc func deleteAlarm(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["alarmIds"] != nil { let mAlarmIds = map["alarmIds"] as! [Int] // IntouchApis.shared.DeleteAlarms(alarmIds:mAlarmIds) { (statusCode, error) in if let error = error { reject("Error", error.localizedDescription, nil) } else { resolve("success") } } } else if map["alarmId"] != nil { let mAlarmId = map["alarmId"] as! Int IntouchApis.shared.DeleteAlarm(alarmId: mAlarmId) { (statusCode, error) in if let error = error { reject("Error", error.localizedDescription, nil) } else { resolve("success") } } // } else { reject("deleteAlarm Error ", "Please provide required params", nil) } } @objc func getAlarmsLogs(_ map:NSDictionary,reslover resolve: @escaping RCTPromiseResolveBlock,rejecter reject: @escaping RCTPromiseRejectBlock ) -> Void { if map["deviceIds"] != nil && map["alarmTypes"] != nil && map["endTime"] != nil && map["startTime"] != nil { let mDeviceIds = map["deviceIds"] as! [Int] let mAlarmTypes = map["alarmTypes"] as! [Int] let mStartTime = map["startTime"] as! Double let mEndTime = map["endTime"] as! Double IntouchApis.shared.getAlarmLogs(deviceId:mDeviceIds, alarmId:mAlarmTypes, startTime: mStartTime, endTime: mEndTime) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else if map["endTime"] != nil && map["startTime"] != nil { let mStartTime = map["startTime"] as! Double let mEndTime = map["endTime"] as! Double IntouchApis.shared.getAlarmLogs(startTime: mStartTime, endTime: mEndTime) { (response, error) in if let error = error { reject("Error", error.localizedDescription, nil) } if let result = response { do { let encodedData = try JSONEncoder().encode(result) let jsonString = String(data: encodedData,encoding: .utf8) let nsDict = self.convertStringToDictionary(text: jsonString!,rejecter: reject) resolve(nsDict!) } catch { reject("Error", error.localizedDescription, nil) } } } } else { reject("getAlarmConfig Error ", "Please provide required params", nil) } } func createTripDestination(dict:NSDictionary) -> IntouchTripDestination { let metaData = dict["metaData"] as! NSDictionary let scheduledAt = dict["scheduledAt"] as! Double let radius = dict["radius"] as! Double let geometry = dict["geometry"] as! NSDictionary let mCoordinates = geometry["coordinates"] as! NSArray var options:IntouchGeometryBase if mCoordinates.count == 1 { let mPoint = mCoordinates.firstObject as! NSArray let lat = mPoint[1] as! Double let lng = mPoint[0] as! Double options = IntouchGeometryPoint(point: CLLocation(latitude: lat, longitude: lng)) }else { let coordinates = createCLLocationArray(points: mCoordinates) options = IntouchGeometryPolygon(points: coordinates) } return IntouchTripDestination(geoemtry: options, radius: radius, scheduledAt: scheduledAt, metadata: createMetaData(dict: metaData)) } func createMetaData(dict:NSDictionary) -> [String:String] { let metaData = NSMutableDictionary() for (key, value) in dict { metaData[key as! String] = "\(value)" } return metaData as! [String : String] } // // //convert jsonString into a dictionary func convertStringToDictionary(text: String,rejecter reject: @escaping RCTPromiseRejectBlock ) -> [String:AnyObject]? { if let data = text.data(using: .utf8) { do { let json = try JSONSerialization.jsonObject(with: data, options: .mutableContainers) as? [String:AnyObject] return json } catch { reject("Parsing error",error.localizedDescription,nil) } } return nil } func createAlarmOptions(alarmParameters:NSDictionary) -> IntouchAlarmOptions? { if alarmParameters["alarmType"] != nil && alarmParameters["deviceId"] != nil && alarmParameters["type"] != nil && alarmParameters["duration"] != nil && alarmParameters["limit"] != nil && alarmParameters["geofenceId"] != nil{ let alarmType = alarmParameters["alarmType"] as! Int let deviceIds = alarmParameters["deviceId"] as! [Int] let type = alarmParameters["type"] as! Int let duration = alarmParameters["duration"] as! Int let limit = alarmParameters["limit"] as! Int let geofenceIds = alarmParameters["geofenceId"] as! [Int] return IntouchAlarmOptions(alarmType: alarmType, deviceIds:deviceIds, type: type, duration: duration, limit: limit, geofenceIds:geofenceIds, severity: 0) } return nil } // convert nsArray into CLLOCATION array func createCLLocationArray(points:NSArray) -> [CLLocation] { var locations :[CLLocation] = [] for point in points { let location = point as! NSArray let lat = location[1] as! Double let lng = location[0] as! Double locations.append(CLLocation(latitude:lat, longitude:lng)) } return locations } func createTripGeofenceList(tripGeofenceList:NSArray) -> [IntouchTripsGeofences] { var list :[IntouchTripsGeofences] = [] for tripGeofence in tripGeofenceList { let map = tripGeofence as! NSDictionary let mRadius = map["radius"] as! Double let mScheduledAt = map["scheduledAt"] as! Double let mMetaDataDict = map["metaData"] as! NSDictionary let mMetaData = createMetaData(dict: mMetaDataDict) let geometryMap = map["geometry"] as! NSDictionary let mCoordinates = geometryMap["coordinates"] as! NSArray var options:IntouchGeometryBase if mCoordinates.count == 1 { let mPoint = mCoordinates.firstObject as! NSArray let lat = mPoint[0] as! Double let lng = mPoint[1] as! Double options = IntouchGeometryPoint(point: CLLocation(latitude: lat, longitude: lng)) }else { let coordinates = createCLLocationArray(points: mCoordinates) options = IntouchGeometryPolygon(points: coordinates) } list.append(IntouchTripsGeofences(geoemtry: options, radius: mRadius, scheduledAt: mScheduledAt, metadata: mMetaData)) } return list } }