private static void CreateChartData2(object state)
{
ChartDataArgument2 chartDataArgument = (ChartDataArgument2)state;
try
{
//DataSet dataSet = this.GetChartData2(chartDataArgument.InstrumentId, chartDataArgument.DataCycle, chartDataArgument.From, chartDataArgument.To);
//SChart.Datas.StockData stockData = new SChart.Datas.StockData(cookieContainer);
//DataSet dataSet = stockData.GetChartData2(chartDataArgument.InstrumentId, chartDataArgument.DataCycle, chartDataArgument.From, chartDataArgument.To);
TradingConsoleState tradingConsoleState = chartDataArgument.TradingConsoleState;
Guid quotePolicyId = (Guid)tradingConsoleState.Instruments[chartDataArgument.InstrumentId];
TradingConsoleServer tradingConsoleServer = chartDataArgument.TradingConsoleServer;
DataSet dataSet = tradingConsoleServer.GetChartData2(chartDataArgument.InstrumentId, quotePolicyId, chartDataArgument.DataCycle, chartDataArgument.From, chartDataArgument.To);
AsyncResultManager asyncResultManager = chartDataArgument.AsyncResultManager;
asyncResultManager.SetResult(chartDataArgument.AsyncResult, dataSet);
CommandManager.Default.AddCommand(new AsyncCommand(0, chartDataArgument.AsyncResult));
//else
//{
// string userIdString = string.Empty;
// if (chartDataArgument.Token != null)
// {
// Token token = chartDataArgument.Token;
// userIdString = token.UserID.ToString();
// }
// AppDebug.LogEvent("TradingConsole.Service.CreateChartData2", "CookieContainer Timeout" + " UserId: " + userIdString, EventLogEntryType.Warning);
// Commands commands = chartDataArgument.Commands;
// commands.Add(chartDataArgument.Token, new AsyncCommand(0, chartDataArgument.AsyncResult, true, null));
//}
}
catch (Exception e)
{
_Logger.Error(e);
CommandManager.Default.AddCommand(new AsyncCommand(0, chartDataArgument.AsyncResult, true, e));
}
}
public void AddTask(AsyncResult asyncResult, ChartDataArgument2 argument, WaitCallback funcToCreateChartData)
{
lock (this._TaskLock)
{
TaskOfCreateChartData2 task = new TaskOfCreateChartData2(argument, funcToCreateChartData);
bool needQueueWorkItem = this._WorkItemNumber <= 3;//so, up to 3 thread will be created
this._Tasks.Enqueue(task);
if (needQueueWorkItem)
{
this._WorkItemNumber++;
ThreadPool.QueueUserWorkItem(this.CreateChartData, null);
}
}
}
public void AddTask(AsyncResult asyncResult, ChartDataArgument2 argument, WaitCallback funcToCreateChartData)
{
lock (this._TaskLock)
{
var task = new TaskOfCreateChartData2(argument, funcToCreateChartData);
bool needQueueWorkItem = this._WorkItemNumber <= MaxThreadCount;
this._Tasks.Enqueue(task);
if (needQueueWorkItem)
{
this._WorkItemNumber++;
ThreadPool.QueueUserWorkItem(this.CreateChartData, null);
}
}
}
private static void CreateChartData2ForMobile(object state)
{
ChartDataArgument2 chartDataArgument = (ChartDataArgument2)state;
try
{
TradingConsoleState tradingConsoleState = chartDataArgument.TradingConsoleState;
Guid quotePolicyId = (Guid)tradingConsoleState.Instruments[chartDataArgument.InstrumentId];
TradingConsoleServer tradingConsoleServer = chartDataArgument.TradingConsoleServer;
//DataSet dataSet = tradingConsoleServer.GetChartData2(chartDataArgument.InstrumentId, quotePolicyId, chartDataArgument.DataCycle, chartDataArgument.From, chartDataArgument.To);
string dataCycle = chartDataArgument.DataCycle.ToLower();
string dateFormat = ChartQuotation.FormatMinute;
//DataSet dataSet = DataAccess.GetChartData(instrumentId, quotePolicyId, dataCycle, fromTime.Value, toTime, commandTimeOut);
DataSet dataSet = tradingConsoleServer.GetChartData2(chartDataArgument.InstrumentId, quotePolicyId, chartDataArgument.DataCycle, chartDataArgument.From, chartDataArgument.To);
ChartQuotationCollection chartQuotationCollection = ChartQuotationCollection.Create(dataSet, dataCycle, dateFormat);
DataContractJsonSerializer serializer = new DataContractJsonSerializer(typeof(ChartQuotationCollection));
string result;
using (MemoryStream stream = new MemoryStream())
{
serializer.WriteObject(stream, chartQuotationCollection);
stream.Seek(0, SeekOrigin.Begin);
StreamReader streamReader = new StreamReader(stream);
result = streamReader.ReadToEnd();
}
AsyncResultManager asyncResultManager = chartDataArgument.AsyncResultManager;
XElement element = XmlResultHelper.NewResult("ChartData", result);
asyncResultManager.SetResult(chartDataArgument.AsyncResult, element);
AsyncCommand command = new AsyncCommand(0, chartDataArgument.AsyncResult);
command.Content = element.ToXmlNode();
CommandManager.Default.AddCommand(command);
}
catch (Exception e)
{
_Logger.Error(e);
CommandManager.Default.AddCommand(new AsyncCommand(0, chartDataArgument.AsyncResult, true, e));
}
}
public TaskOfCreateChartData2(ChartDataArgument2 argument, WaitCallback funcToCreateChartData)
{
this.ArgumentOfCreateChartData = argument;
this.FuncToCreateChartData = funcToCreateChartData;
}
public TaskOfCreateChartData2(ChartDataArgument2 argument, WaitCallback funcToCreateChartData)
{
this.ArgumentOfCreateChartData = argument;
this.FuncToCreateChartData = funcToCreateChartData;
}
