private void AddSpreadRow(string symbol, SpreadRow spreadRow)
{
if (!m_updateSpreadRows.ContainsKey(symbol))
{
m_updateSpreadRows[symbol] = new List<SpreadRow>() { spreadRow };
}
else
{
m_updateSpreadRows[symbol].Add(spreadRow);
}
}
private void AddSpreadRow(string symbol, SpreadRow spreadRow)
{
// Add the spreadGrid to the list of grids associated with this symbol
if (!m_notifyGrids.ContainsKey(symbol)) m_notifyGrids[symbol] = new HashSet<DynamicDisplayGrid>();
m_notifyGrids[symbol].Add(m_spreadGrid);
// If this symbol does not have an entry in m_spreadRowsForSymbol dictionary, then create one
if (!m_spreadRowsForSymbol.ContainsKey(symbol))
{
m_spreadRowsForSymbol[symbol] = new List<SpreadRow>() { spreadRow };
}
else
{
m_spreadRowsForSymbol[symbol].Add(spreadRow);
}
}
// Reload the SPREADS file into the "Spreads" grid
private void ReloadSpreads()
{
//m_spreadGrid.ClearRows();
// If our symbols text file exists, then read it and request price updates on the symbols in the file
var df = dfReadSpreads();
foreach (var row in df.Rows)
{
//string group = row[0];
string symbol = row[1];
string formula = row[8];
var spreadRow = new SpreadRow(symbol, formula);
//m_spreadGrid.AddRow(spreadRow);
foreach (var sym in spreadRow.FormulaSymbols)
{
cout("Formula Symbol: {0}", sym);
if (m_updatePriceRows.ContainsKey(sym))
{
var priceRow = m_updatePriceRows[sym];
//priceRow.AddNotifyGrid(m_spreadGrid);
AddSpreadRow(sym, spreadRow);
}
else
{
var priceRow = new PriceRow(sym);
//priceRow.AddNotifyGrid(m_spreadGrid);
m_updatePriceRows[sym] = priceRow;
AddSpreadRow(sym, spreadRow);
//m_level1Grid.AddRow(row);
StartPublishPriceUpdates(sym);
}
}
//SubscribePrices(symbol1);
//SubscribePrices(symbol2);
}
}
