private void DataSynchEntity(object entity, string oper) { if (entity == null) { return; } RealtimeData data = new RealtimeData(); data.Oper = oper; data.Type = "position"; if (entity is OrgPosition) { OrgPosition position = entity as OrgPosition; List <OrgPosition> positions = new List <OrgPosition>(); positions.Add(position); data.Data = positions; } else if (entity is List <OrgPosition> ) { List <OrgPosition> positions = entity as List <OrgPosition>; data.Data = positions; } this._eventBus.PublishAsync(new RealtimeSynEvent(data)); //RealtimeSynchServiceFactory.GetInstance().EnqueueQueue(data); }
private void DataSynchEntity(object entity, string oper) { if (entity == null) { return; } RealtimeData data = new RealtimeData(); data.Oper = oper; data.Type = "dept"; if (entity is OrgDept) { OrgDept orgDept = entity as OrgDept; List <OrgDept> orgDepts = new List <OrgDept>(); orgDepts.Add(orgDept); data.Data = orgDepts; } else if (entity is List <OrgDept> ) { List <OrgDept> orgDepts = entity as List <OrgDept>; data.Data = orgDepts; } RealtimeSynchServiceFactory.GetInstance().EnqueueQueue(data); }
private DataTable ToDataTable(RealtimeData response, string name = "GA") { var requestResultTable = new DataTable(name); if (response != null) { requestResultTable.Columns.AddRange(response.ColumnHeaders.Select(x => new DataColumn(GaMetadata.RemoveRealtimePrefix(x.Name), GetDataType(x))).ToArray()); if (response.Rows != null) { foreach (var row in response.Rows) { var dtRow = requestResultTable.NewRow(); for (var idx = 0; idx != requestResultTable.Columns.Count; idx++) { var col = requestResultTable.Columns[idx]; if (col.DataType == typeof(DateTime)) { dtRow.SetField(col, DateTime.ParseExact(row[idx], "yyyyMMdd", new DateTimeFormatInfo(), DateTimeStyles.AssumeLocal)); } else { dtRow.SetField(col, row[idx]); } } requestResultTable.Rows.Add(dtRow); } } requestResultTable.AcceptChanges(); } return(requestResultTable); }
private static List <string> CreateData(string metricName, RealtimeData data) { var rows = data.Rows.ToList(); List <string> rts = new List <string>(); foreach (var item in rows) { var t = new RealtimeElkData() { MetricName = metricName, Country = item[0], Region = item[1], City = item[2], DeviceType = item[3], Loc = new Location() { lat = item[4], lon = item[5] }, Value = Convert.ToInt32(item[6]), SiteProfileId = data.ProfileInfo.ProfileId, ProfileName = data.ProfileInfo.ProfileName, timestamp = DateTime.UtcNow.ToString("O") }; rts.Add("{ \"index\":{ \"_id\": \"" + t.id + "\"} }"); rts.Add(JsonConvert.SerializeObject(t)); } return(rts); }
/// <summary> /// Requests data each time the period specified by Interval has elapsed. /// </summary> public async override Task RequestData() { try { Google.Apis.Analytics.v3.Data.RealtimeData rt = GetRequest.Execute(); List <Dictionary <string, string> > data = RealtimeData.GetData(rt); // Gets the date of the latest dataset in order to only add newer data. List <IInfluxSeries> last = await InfluxClient.QueryMultiSeriesAsync(DatabaseName, "SELECT last(*) FROM " + MeasurementName); DateTime now = DateTime.UtcNow; DateTime New = new DateTime(now.Year, now.Month, now.Day, now.Hour, now.Minute, 0); DateTime?latest = last.FirstOrDefault()?.Entries[0].Time; List <InfluxDatapoint <InfluxValueField> > list = new List <InfluxDatapoint <InfluxValueField> >(); foreach (Dictionary <string, string> dict in data) { if (latest == null) { list.Add((InfluxDatapoint <InfluxValueField>) typeof(T).GetMethod("CreateInfluxDatapoint").Invoke(null, new object[] { MeasurementName, dict })); } else { // Necessary since nanoseconds cannot be set and will cause one date to be greater than the other although all (visible) parameters are equal. if (New.Subtract(new TimeSpan(0, Convert.ToInt32(dict["rt:minutesAgo"]), 0)) > latest) { list.Add((InfluxDatapoint <InfluxValueField>) typeof(T).GetMethod("CreateInfluxDatapoint").Invoke(null, new object[] { MeasurementName, dict })); } } await WriteToDatabase(list); } } catch (Exception ex) { Console.WriteLine("Error trying to request Google Analytics data: " + ex.Message); } }
public IEnumerable <T> Convert(RealtimeData data) { var results = new List <T>(); if (data.Rows != null) { foreach (var row in data.Rows) { var result = new T(); for (var i = 0; i < row.Count; i++) { var header = data.ColumnHeaders[i]; var name = GetPropertyName(header.Name); var type = typeof(T); var property = type.GetProperty(name); if (property != null) { property.SetValue(result, row[i], null); } } results.Add(result); } } return(results); }
public RealtimeDataPoint GetRealtimeData(string[] dimensions, string[] metrics) { RealtimeDataPoint data = new RealtimeDataPoint(); //Make initial call to service. //Then check if a next link exists in the response, //if so parse and call again using start index param. RealtimeData response = null; var request = BuildRealtimeRequest(ProfileID, dimensions, metrics); response = request.Execute(); data.ColumnHeaders = response.ColumnHeaders; if (response.Rows != null) { data.Rows.AddRange(response.Rows); } else { data.Rows.Add(new string[] { "0" }); } return(data); }
public void SetValues(RealtimeData data) { if (data == null || data.Rows == null) return; var userCount = data.TotalsForAllResults[GAMetrics.RealTimeActiveUsers]; if (userCount != null) TotalUsers = Convert.ToInt32(userCount); int cityColumIndex = 0; int countColumIndex = 1; for (int i = 0; i < data.ColumnHeaders.Count; i++) { if (data.ColumnHeaders[i].Name == GADimensions.RealTimeCity) cityColumIndex = i; else if (data.ColumnHeaders[i].Name == GAMetrics.RealTimeActiveUsers) countColumIndex = i; } int cityCount = 0; foreach (var row in data.Rows) { if (cityCount < 5) { string key = row[cityColumIndex]; int value = Convert.ToInt32(row[countColumIndex]); Cities.Add(key, value); } else break; cityCount++; } }
private void pushData(RecvRealtimeData rrd, RealtimeData rd) { lock (lockData) { this.dcPushData[rrd].Add(rd); } }
/// <summary> /// Returns real-time Google Analytics data for a view (profile). /// https://developers.google.com/analytics/devguides/reporting/realtime/v3/reference/data/realtime/get /// /// /// Beta: /// The Real Time Reporting API is currently available as a developer preview in limited beta. If you're interested in signing up, request access to the beta. /// https://docs.google.com/forms/d/1qfRFysCikpgCMGqgF3yXdUyQW4xAlLyjKuOoOEFN2Uw/viewform /// Apply for access wait 24 hours and then try you will not hear from Google when you have been approved. /// /// Documentation: Dimension and metric reference https://developers.google.com/analytics/devguides/reporting/realtime/dimsmets/ /// </summary> /// <param name="service">Valid authenticated Google analytics service</param> /// <param name="profileId">Profile id to request data from </param> /// <param name="metrics">Valid Real time Metrics (Required)</param> /// <param name="optionalValues">Optional values can be null</param> /// <returns>https://developers.google.com/analytics/devguides/reporting/realtime/v3/reference/data/realtime#resource</returns> public static RealtimeData Get(AnalyticsService service, string profileId, string metrics, OptionalValues optionalValues) { try { DataResource.RealtimeResource.GetRequest request = service.Data.Realtime.Get(String.Format("ga:{0}", profileId), metrics); request.MaxResults = 10000; if (optionalValues != null) { request.Dimensions = optionalValues.Dimensions; request.Sort = optionalValues.Sort; request.Filters = optionalValues.Filter; } RealtimeData feed = request.Execute(); return(feed); } catch (Exception ex) { Console.WriteLine(ex.Message); return(null); } }
private GetUpcomingTrainsResponse.Types.UpcomingTrain ToUpcomingTrain(RealtimeData realtimeData) { TrainStatus status = TrainStatus.OnTime; if (realtimeData.ArrivalTimeMessage.Trim().Equals("0 min", StringComparison.InvariantCultureIgnoreCase)) { status = TrainStatus.ArrivingNow; } else if (realtimeData.ArrivalTimeMessage.Trim().Equals("Delayed", StringComparison.InvariantCultureIgnoreCase)) { status = TrainStatus.Delayed; } var upcomingTrain = new GetUpcomingTrainsResponse.Types.UpcomingTrain() { LineName = realtimeData.Headsign, Headsign = realtimeData.Headsign, ProjectedArrival = this.ToTimestamp(realtimeData.ExpectedArrival), LastUpdated = this.ToTimestamp(realtimeData.LastUpdated), Status = status }; if (realtimeData.Route != null) { upcomingTrain.Route = realtimeData.Route.Route; upcomingTrain.RouteDisplayName = realtimeData.Route.DisplayName; upcomingTrain.Direction = RouteMappings.RouteDirectionToDirection[realtimeData.Route.Direction]; } upcomingTrain.LineColors.Add(realtimeData.LineColors); return(upcomingTrain); }
public async Task <RealtimeData> AddSourcesAsync(RealtimeData data, CancellationToken token) { var refData = await GetReferenceData(token).ConfigureAwait(false); data.Sources = refData.CISSource.ToDictionary(r => r.code, r => r.name); return(data); }
public async Task <RealtimeData> AddReasonsAsync(RealtimeData data, CancellationToken token) { var refData = await GetReferenceData(token).ConfigureAwait(false); data.CancelReasons = refData.CancellationReasons.ToDictionary(r => r.code, r => r.reasontext); data.LateRunningReasons = refData.LateRunningReasons.ToDictionary(r => r.code, r => r.reasontext); return(data); }
public static async Task test() { Console.WriteLine("Start"); var context = new WienerLinienContext("O56IE8eH7Kf5R5aQ"); var allStations = await Stations.GetAllStationsAsync(); //initialize the RealtimeData object using the created context var rtd = new RealtimeData(context); var listRbls = new List <int>(); foreach (var v in allStations) { if (v.Name.Equals("Pilgramgasse")) { foreach (var v2 in v.Platforms) { if (v2.Name.Equals("12A")) { listRbls.Add(v2.RblNumber); } } break; } } //Create a Parameters object to include the Rbls and get Realtime Data for them var parameters = new Parameters.MonitorParameters() { Rbls = listRbls }; //Get the monitor informatino asynchronous, and save them as MonitorData class var monitorInfo = await rtd.GetMonitorDataAsync(parameters); foreach (var v in monitorInfo.Data.Monitors) { foreach (var v2 in v.Lines) { Console.WriteLine(); Console.WriteLine(v2.Name); foreach (var v3 in v2.Departures.Departure) { Console.WriteLine(v3.DepartureTime.Countdown); } Console.WriteLine(); } } //Get the planned arrival time for the first line and the next vehicle arriving (index at Departure) //var plannedTime = monitorInfo.Data.Monitors[0].Lines[0].Departures.Departure[0].DepartureTime.TimePlanned; Console.WriteLine("Finished"); Console.ReadKey(); }
/// <summary> /// 插入实时数据表(REALTIME_DATA)与历史数据表(HISTORICAL_DATA) /// </summary> /// <param name="entity"></param> /// <returns></returns> public string InsertData(RealtimeData entity) { try { return(_iRealtimeDataDao.Insert(entity)); } catch (Exception e) { return(e.Message); } }
private async Task ProcessNewMessage(Station station, Message message) { try { RouteDirection direction = Enum.Parse <RouteDirection>(message.Label, true); DateTime expiration = DateTime.UtcNow.AddMinutes(2); try { expiration = message.ExpiresAtUtc.AddMinutes(2); // Add two minutes as a buffer. } catch (Exception) { /* Ignore. */ } ServiceBusMessage messageBody = JsonConvert.DeserializeObject <ServiceBusMessage>(Encoding.UTF8.GetString(message.Body)); Tuple <Station, RouteDirection> key = this.MakeKey(station, direction); List <RealtimeData> newData = (await Task.WhenAll(messageBody.Messages.Select(async realtimeMessage => { var realtimeData = new RealtimeData() { ExpectedArrival = realtimeMessage.LastUpdated.AddSeconds(realtimeMessage.SecondsToArrival), ArrivalTimeMessage = realtimeMessage.ArrivalTimeMessage, Headsign = realtimeMessage.Headsign, LastUpdated = realtimeMessage.LastUpdated, LineColors = realtimeMessage.LineColor.Split(',').Where(color => !string.IsNullOrWhiteSpace(color)).ToList(), DataExpiration = expiration }; RouteLine route = null; try { route = await this.pathDataRepository.GetRouteFromTrainHeadsign(realtimeData.Headsign, realtimeData.LineColors); } catch (Exception ex) { Log.Logger.Here().Warning(ex, "Failed to lookup route during realtime message update."); } realtimeData.Route = route; return(realtimeData); }))).ToList(); this.realtimeData.AddOrUpdate(key, newData, (ignored, oldData) => newData[0].LastUpdated > oldData[0].LastUpdated ? newData : oldData); } catch (Exception ex) { Log.Logger.Here().Error(ex, $"Unexpected error reading a service bus message for {station}."); } }
private void DataSynchDynamicObject(dynamic dynamicData, string oper) { if (dynamicData == null) { return; } RealtimeData data = new RealtimeData(); data.Oper = oper; data.Type = "position"; List <dynamic> positions = new List <dynamic>(); //positions.Add(BaseModel.ToEntity<OrgPosition>(dynamicData)); positions.Add(dynamicData); data.Data = positions; RealtimeSynchServiceFactory.GetInstance().EnqueueQueue(data); }
private void DataSynchDynamicObject(dynamic dynamicData, string oper) { if (dynamicData == null) { return; } RealtimeData data = new RealtimeData(); data.Oper = oper; data.Type = "dept"; List <dynamic> orgDepts = new List <dynamic>(); //orgDepts.Add(BaseModel.ToEntity<OrgDept>(dynamicData)); orgDepts.Add(dynamicData); data.Data = orgDepts; this._eventBus.PublishAsync(new RealtimeSynEvent(data)); //RealtimeSynchServiceFactory.GetInstance().EnqueueQueue(data); }
void SendData(WebSocket w, RealtimeData data) { // Send JSON string w.SendString(JsonConvert.SerializeObject(data)); }
public ActionResult EditCarInfoForm(CarInfo carInfo, string Hid_TerNo, string Hid_OldCarno, string TypeName, string flag) { new LogMessage().Save("CarNo:" + carInfo.CarNo + ";"); UserInfo user = (UserInfo)Session["LoginUser"]; if (carInfo.Businessdivisionid != null || carInfo.Businessdivisionid.Trim() != "") { DeptInfo di = deptInfoBll.GetDeptInfo(carInfo.Businessdivisionid); carInfo.CarDeptcode = di.Businessdivisioncode; } carInfo.Description = carInfo.Description.Trim(); string carhbinfo = ""; if (carInfo.CarColor != "" || TypeName != "") { string cartypename = ""; if (TypeName.Split('-').Length == 1) { cartypename = TypeName.Split('-')[0]; } else { cartypename = TypeName.Split('-')[2] == null ? "" : TypeName.Split('-')[2]; } carhbinfo = cartypename + "|" + carInfo.CarColor + "|||||||||||||||||||||||||||||"; } RealtimeData rdinfo = realtimedatabll.GetRealtimeData(Hid_TerNo); if (rdinfo.Rawdataid != null && rdinfo.Rawdataid != "") { string NewCarno = carInfo.CarNo; carInfo.CarNo = Hid_OldCarno; string kku = carInfoBll.UpdateCarType(carInfo, TypeName); ViewBag.Result = kku; //修改联动车辆发送的指令 Transfers.ClintSendCommData(1107, "551", "", Hid_OldCarno, "", "", "", "", "", "", "", carInfo.CarDeptcode, NewCarno, carhbinfo, carInfo.CarAdminName, carInfo.CarFrame, "", "", user.UserName); System.Threading.Thread.Sleep(2000); } else { ArrayList arr = new ArrayList(); arr.Add(carInfo); string kku = carInfoBll.UpdateCarInfo(arr, TypeName); ViewBag.Result = kku; //修改普通车辆发送的指令 TerminalInfoBLL terbll = new TerminalInfoBLL(); IList <TerminalInfo> terinfolist = terbll.GetTerminalInfoByCarId(carInfo.CarId); foreach (TerminalInfo terinfo in terinfolist) { if (terinfo != null && terinfo.TerNo != "") { Transfers.ClintSendCommData(1107, "50", "", terinfo.TerNo, "", "", "", "", "", "", "", carInfo.CarDeptcode, carInfo.CarNo, carhbinfo, carInfo.CarAdminName, carInfo.CarFrame, "", "", user.UserName); } } } ViewBag.flag = flag; return(View()); }
private void sendRd2Interface() { List <RealtimeData> ltTmpRd = new List <RealtimeData>(); while (true) { int count = this.ltRd.Count; if (count <= 0) { System.Threading.Thread.Sleep(10); continue; } lock (lockHttp) { ltTmpRd.AddRange(this.ltRd); this.ltRd.Clear(); } foreach (var item in ltTmpRd) { //:集合竞价 /* use buy5c or sell5c * if (0 == item.C) * { * if (item.buy5c[0] != 0) * { } * } */ if (0 == item.H) { item.H = item.C; } if (0 == item.L) { item.L = item.C; } if (0 == item.O) { item.O = item.C; } ///:~ lock (lockRsrc) { if (this.dcCodeLastRd.ContainsKey(item.code)) { RealtimeData rd = this.dcCodeLastRd[item.code]; if (isOpenCallAuctionTime(rd.dt) || isCloseCallAuctionTime(rd.dt, rd.code)) { if (rd.buy5c != item.buy5c || rd.sell5c != item.sell5c || rd.buy5v != item.buy5v || rd.sell5v != item.sell5v || rd.C != item.C) { this.dcCodeLastRd[item.code] = item; } else { continue; } } else { if (rd.H != item.H || rd.L != item.L || rd.O != item.O || rd.C != item.C || rd.fd != item.fd) { this.dcCodeLastRd[item.code] = item; } else { continue; } } } else { this.dcCodeLastRd.Add(item.code, item); } if (this.dcCodeRRD.ContainsKey(item.code)) { foreach (var rrd in this.dcCodeRRD[item.code]) { pushData(rrd, item); } } } } ltTmpRd.Clear(); } }
static void Main(string[] args) { System.IO.Directory.SetCurrentDirectory(System.AppDomain.CurrentDomain.BaseDirectory); // Adding JSON file into IConfiguration. IConfiguration config = new ConfigurationBuilder().AddJsonFile("config/appsettings.json", true, true).Build(); string[] scopes = new string[] { AnalyticsService.Scope.Analytics }; // view and manage your Google Analytics data var keyFilePath = "config/analytics.p12"; // Downloaded from https://console.developers.google.com var serviceAccountEmail = config["ServiceAccountEmail"]; // found https://console.developers.google.com //loading the Key file var certificate = new X509Certificate2(keyFilePath, "notasecret", X509KeyStorageFlags.Exportable); var credential = new ServiceAccountCredential(new ServiceAccountCredential.Initializer(serviceAccountEmail) { Scopes = scopes }.FromCertificate(certificate)); var service = new AnalyticsService(new BaseClientService.Initializer() { HttpClientInitializer = credential, ApplicationName = "Analytics API Sample", }); while (true) { try { DataResource.RealtimeResource.GetRequest realtimeReq = service.Data.Realtime.Get(String.Format("ga:{0}", config["GAID"]), "rt:activeUsers"); realtimeReq.Dimensions = "rt:country,rt:region,rt:city,rt:deviceCategory,rt:latitude,rt:longitude"; realtimeReq.Sort = "rt:activeUsers"; DataResource.RealtimeResource.GetRequest realtimePageViewsReq = service.Data.Realtime.Get(String.Format("ga:{0}", config["GAID"]), "rt:pageviews"); realtimePageViewsReq.Dimensions = "rt:country,rt:region,rt:city,rt:deviceCategory,rt:latitude,rt:longitude"; realtimePageViewsReq.Sort = "rt:pageviews"; RealtimeData realtime = realtimeReq.Execute(); RealtimeData realtimePageViews = realtimePageViewsReq.Execute(); Console.WriteLine(DateTime.Now.ToString("dd-MMM-yyyy hh:mm:ss")); Console.WriteLine("Total Active Users: " + realtime.TotalsForAllResults.FirstOrDefault().Value); Console.WriteLine("Total Page Views: " + realtimePageViews.TotalsForAllResults.FirstOrDefault().Value); Console.WriteLine("-----------------------------------------"); var userData = CreateData("RealtimeActiveUsers", realtime); var pageData = CreateData("RealtimePageViews", realtimePageViews); using (var webClient = new WebClient()) { webClient.Headers.Add("content-type", "application/json"); webClient.UploadString(config["ElasticSearchUrl"], String.Join("\r\n", userData) + "\r\n"); webClient.Headers.Add("content-type", "application/json"); webClient.UploadString(config["ElasticSearchUrl"], String.Join("\r\n", pageData) + "\r\n"); } } catch (Exception e) { Console.WriteLine("Error:" + e.Message); } Thread.Sleep(Convert.ToInt32(config["IntervalMs"])); } }
/// <summary> /// 同时向实时表和历史表插入数据。 /// </summary> /// <param name="entity"></param> /// <returns></returns> public string Insert(RealtimeData entity) { ISqlMapper NewMap = SqlMapper.Instance(); try { NewMap.BeginTransaction(); entity.Id = System.Guid.NewGuid().ToString(); int count = ExecuteUpdateTrans("RealtimeData.UpdateRealtimeData", entity, NewMap); if (count == 0) { ExecuteInsertTrans("RealtimeData.InsertRealtimeData", entity, NewMap); } HistoricalData hid = new HistoricalData(); hid.Id = System.Guid.NewGuid().ToString(); hid.Rawdataid = entity.Rawdataid; hid.TerNo = entity.TerNo; hid.GenerationNum = entity.GenerationNum; hid.Factorynum = entity.Factorynum; hid.Rtime = entity.Rtime; hid.Protocolversion = entity.Protocolversion; hid.Programverson = entity.Programverson; hid.Gpsverson = entity.Gpsverson; hid.Positioningtime = entity.Positioningtime; hid.TerStatus = entity.TerStatus; hid.TerModel = entity.TerModel; hid.Worktime = entity.Worktime; hid.Sleeptime = entity.Sleeptime; hid.Ntervalltime = entity.Ntervalltime; hid.TerVbatt = entity.TerVbatt; hid.Totalworktime = entity.Totalworktime; hid.Blinddatanum = entity.Blinddatanum; hid.TerStatrtimes = entity.TerStatrtimes; hid.Ifblinddata = entity.Ifblinddata; hid.Ifposition = entity.Ifposition; hid.Northorsouth = entity.Northorsouth; hid.Eastorwest = entity.Eastorwest; hid.Latitude = entity.Latitude; hid.Longitude = entity.Longitude; hid.BaiduLatitude = entity.BaiduLatitude; hid.BaiduLongitude = entity.BaiduLongitude; hid.GoogleLatitude = entity.GoogleLatitude; hid.GoogleLongitude = entity.GoogleLongitude; hid.Position = entity.Position; hid.Speed = entity.Speed; hid.Direction = entity.Direction; hid.Height = entity.Height; hid.Gpsant = entity.Gpsant; hid.Usesatellite = entity.Usesatellite; hid.Visualsatellite = entity.Visualsatellite; hid.Gpsrssi = entity.Gpsrssi; hid.Gsmrssi = entity.Gsmrssi; hid.Lca = entity.Lca; hid.Cell = entity.Cell; hid.Gsmrssi1 = entity.Gsmrssi1; hid.Lca1 = entity.Lca1; hid.Cell1 = entity.Cell1; hid.Gsmrssi2 = entity.Gsmrssi2; hid.Lca2 = entity.Lca2; hid.Cell2 = entity.Cell2; hid.Gsmrssi3 = entity.Gsmrssi3; hid.Lca3 = entity.Lca3; hid.Cell3 = entity.Cell3; hid.Province = entity.Province; hid.City = entity.City; hid.County = entity.County; hid.Workstate = entity.Workstate; hid.Postbacktimes = entity.Postbacktimes; hid.Gsmrssi4 = entity.Gsmrssi4; hid.Lca4 = entity.Lca4; hid.Cell4 = entity.Cell4; hid.Gsmrssi5 = entity.Gsmrssi5; hid.Lca5 = entity.Lca5; hid.Cell5 = entity.Cell5; hid.Gsmrssi6 = entity.Gsmrssi6; hid.Lca6 = entity.Lca6; hid.Cell6 = entity.Cell6; hid.Accstate = entity.Accstate; hid.Lat = entity.Lat; hid.Lng = entity.Lng; hid.Carworkvmp = entity.Carworkvmp; hid.Carworktemp = entity.Carworktemp; hid.RemainlPct = entity.RemainlPct; hid.AddupDist = entity.AddupDist; hid.ReplydataCode = entity.ReplydataCode; hid.ReplydataName = entity.ReplydataName; ExecuteInsertTrans("HistoricalData.InsertHistoricalData", hid, NewMap); NewMap.CommitTransaction(); return("true"); } catch (Exception e) { NewMap.RollBackTransaction(); return(e.Message); } }
internal void SetRealtimeData(RealtimeData data) { int index = 0; SetRealtimeData(data, ref index); }
public string GetRealtimeData(string TerNo) { RealtimeData rd = realtimeDataBll.GetRealtimeData(TerNo); return(ConvertToJson(rd)); }
//public IList<HistoricalData> GetHistoricalDataList(object o) //{ //return _iHistoricalDataDao.GetHistoricalDataList(o); //} public string Insert(RealtimeData entity) { HistoricalData hid = new HistoricalData(); hid.Id = System.Guid.NewGuid().ToString(); hid.Rawdataid = entity.Rawdataid; hid.TerNo = entity.TerNo; hid.GenerationNum = entity.GenerationNum; hid.Factorynum = entity.Factorynum; hid.Rtime = entity.Rtime; hid.Protocolversion = entity.Protocolversion; hid.Programverson = entity.Programverson; hid.Gpsverson = entity.Gpsverson; hid.Positioningtime = entity.Positioningtime; hid.TerStatus = entity.TerStatus; hid.TerModel = entity.TerModel; hid.Worktime = entity.Worktime; hid.Sleeptime = entity.Sleeptime; hid.Ntervalltime = entity.Ntervalltime; hid.TerVbatt = entity.TerVbatt; hid.Totalworktime = entity.Totalworktime; hid.Blinddatanum = entity.Blinddatanum; hid.TerStatrtimes = entity.TerStatrtimes; hid.Ifblinddata = entity.Ifblinddata; hid.Ifposition = entity.Ifposition; hid.Northorsouth = entity.Northorsouth; hid.Eastorwest = entity.Eastorwest; hid.Latitude = entity.Latitude; hid.Longitude = entity.Longitude; hid.BaiduLatitude = entity.BaiduLatitude; hid.BaiduLongitude = entity.BaiduLongitude; hid.GoogleLatitude = entity.GoogleLatitude; hid.GoogleLongitude = entity.GoogleLongitude; hid.Position = entity.Position; hid.Speed = entity.Speed; hid.Direction = entity.Direction; hid.Height = entity.Height; hid.Gpsant = entity.Gpsant; hid.Usesatellite = entity.Usesatellite; hid.Visualsatellite = entity.Visualsatellite; hid.Gpsrssi = entity.Gpsrssi; hid.Gsmrssi = entity.Gsmrssi; hid.Lca = entity.Lca; hid.Cell = entity.Cell; hid.Gsmrssi1 = entity.Gsmrssi1; hid.Lca1 = entity.Lca1; hid.Cell1 = entity.Cell1; hid.Gsmrssi2 = entity.Gsmrssi2; hid.Lca2 = entity.Lca2; hid.Cell2 = entity.Cell2; hid.Gsmrssi3 = entity.Gsmrssi3; hid.Lca3 = entity.Lca3; hid.Cell3 = entity.Cell3; hid.Province = entity.Province; hid.City = entity.City; hid.County = entity.County; hid.Workstate = entity.Workstate; hid.Postbacktimes = entity.Postbacktimes; hid.Gsmrssi4 = entity.Gsmrssi4; hid.Lca4 = entity.Lca4; hid.Cell4 = entity.Cell4; hid.Gsmrssi5 = entity.Gsmrssi5; hid.Lca5 = entity.Lca5; hid.Cell5 = entity.Cell5; hid.Gsmrssi6 = entity.Gsmrssi6; hid.Lca6 = entity.Lca6; hid.Cell6 = entity.Cell6; hid.Accstate = entity.Accstate; hid.Lat = entity.Lat; hid.Lng = entity.Lng; hid.Carworkvmp = entity.Carworkvmp; hid.Carworktemp = entity.Carworktemp; hid.RemainlPct = entity.RemainlPct; hid.AddupDist = entity.AddupDist; return(_iHistoricalDataDao.Insert(hid)); }
protected virtual void SetRealtimeData(RealtimeData data, ref int index) { }
public static async Task test() { Console.WriteLine("Start"); var context = new WienerLinienContext("O56IE8eH7Kf5R5aQ"); var allStations = await Stations.GetAllStationsAsync(); //initialize the RealtimeData object using the created context var rtd = new RealtimeData(context); var listRbls = new List <int>(); Console.WriteLine("Please enter the desired station (e.g. Pilgramgasse):"); var station = Console.ReadLine(); Console.WriteLine(); // the desired station var SelectedStation = allStations.Find(x => station != null && x.Name.Contains(station)); var listLines = new List <Station.Platform>(); // gets every line once for (int i = 0; i < SelectedStation.Platforms.Count; i++) { if (i % 2 == 0) { listLines.Add(SelectedStation.Platforms.ElementAt(i)); } } // lists all possible lines listLines.ForEach(x => Console.WriteLine("- " + x.Name)); Console.WriteLine("\nPlease enter the desired plattform (e.g. 14A):"); var plattform = Console.ReadLine();; var StationLines = SelectedStation.Platforms.FindAll(x => x.Name.Equals(plattform)); foreach (var x in StationLines) { listRbls.Add(x.RblNumber); } //Create a Parameters object to include the Rbls and get Realtime Data for them var parameters = new Parameters.MonitorParameters() { Rbls = listRbls }; //Get the monitor informatino asynchronous, and save them as MonitorData class var monitorInfo = await rtd.GetMonitorDataAsync(parameters); foreach (var m in monitorInfo.Data.Monitors) { foreach (var lineIterate in m.Lines) { if (lineIterate.Name.Equals(plattform)) { Console.WriteLine(); Console.WriteLine(lineIterate.Name + " " + lineIterate.Towards); lineIterate.Departures.Departure.ForEach(x => Console.WriteLine(" " + x.DepartureTime.TimePlanned.Normalize().Substring(11, 5))); } } } //Get the planned arrival time for the first line and the next vehicle arriving (index at Departure) //var plannedTime = monitorInfo.Data.Monitors[0].Lines[0].Departures.Departure[0].DepartureTime.TimePlanned; Console.WriteLine("Finished"); Console.ReadKey(); }