public static Selection[] ConvertSelectionTypeCollection(SelectionType[] remoteSelections)
{
Selection[] localSelections = new Selection[remoteSelections.Length];
for (int i = 0 ; i < remoteSelections.Length ; i++)
{
localSelections[i] = new Selection();
localSelections[i].Id = remoteSelections[i].Id;
localSelections[i].Name = remoteSelections[i].Name;
localSelections[i].Status = remoteSelections[i].Status;
localSelections[i].ResetCount = remoteSelections[i].ResetCount;
localSelections[i].DeductionFactor = remoteSelections[i].DeductionFactor;
}
return localSelections;
}
public static Selection[] ConvertSelectionTypeWithPricesCollection(SelectionTypeWithPrices[] remoteSelections)
{
Selection[] localSelections = new Selection[remoteSelections.Length];
for (int i = 0 ; i < remoteSelections.Length ; i++)
{
localSelections[i] = new Selection();
localSelections[i].Id = remoteSelections[i].Id;
localSelections[i].Name = remoteSelections[i].Name;
localSelections[i].Status = remoteSelections[i].Status;
localSelections[i].ResetCount = remoteSelections[i].ResetCount;
localSelections[i].DeductionFactor = remoteSelections[i].DeductionFactor;
if (remoteSelections[i].ForSidePrices != null)
localSelections[i].PricesFor = PriceConverter.ConvertPricesTypeCollection(remoteSelections[i].ForSidePrices);
if (remoteSelections[i].AgainstSidePrices != null)
localSelections[i].PricesAgainst = PriceConverter.ConvertPricesTypeCollection(remoteSelections[i].AgainstSidePrices);
}
return localSelections;
}
public static DataTable CreateAndPopulateSelectionsTable(Selection[] selections)
{
DataTable selectionsTable = new DataTable();
selectionsTable.Columns.Add("Back 3");
selectionsTable.Columns.Add("Back 2");
selectionsTable.Columns.Add("Back 1");
selectionsTable.Columns.Add("Name");
selectionsTable.Columns.Add("Id");
selectionsTable.Columns.Add("Lay 1");
selectionsTable.Columns.Add("Lay 2");
selectionsTable.Columns.Add("Lay 3");
foreach (Selection subSelection in selections)
{
DataRow newRow = selectionsTable.NewRow();
// Show the for prices.
if (subSelection.PricesFor != null)
for (int i = 0 ; i < 3 ; i++)
{
// Have to use annoying little algo, so that can do stuff like place the
// 3rd price in the 1st column, 2nd price in 2nd col, 1st price in 3rd column.
// So, first time through this loop, check if there is a 3rd price and if so place in first column.
if (subSelection.PricesFor.Length >= (3-i))
{
// E.g. "$32 at 2.5".
// Obviously need to handle currency symbol properly.
string priceOddsText = string.Format("${0} at {1}", subSelection.PricesFor[2-i].Stake, subSelection.PricesFor[2-i].Odds);
newRow[i] = priceOddsText;
}
else
// If there is no price then just empty string.
newRow[i] = "";
}
// In between the for prices and against prices want to place the selection details.
newRow[3] = subSelection.Name;
newRow[4] = subSelection.Id;
// Show the against prices.
if (subSelection.PricesAgainst != null)
for (int i = 0 ; i < 3 ; i++)
{
// Against prices go in regular order, but starting in column 5 makes more annoying.
// So, 1st price goes in 5th column, 2nd in 6th, 3rd in 6th.
if (subSelection.PricesAgainst.Length >= (i+1))
{
// As above.
string priceOddsText = string.Format("${0} at {1}", subSelection.PricesAgainst[i].Stake, subSelection.PricesAgainst[i].Odds);
newRow[5+i] = priceOddsText;
}
else
// If there is no price then just empty string.
newRow[5+i] = "";
}
selectionsTable.Rows.Add(newRow);
}
return selectionsTable;
}
