public override void doAction(SVRow r)
{
string goal_str = r.row[field.address()];
double goal_dbl = Convert.ToDouble(goal_str);
total += goal_dbl;
}
}//Constructor
// Process one row of the SnapView
public override void doAction(SVRow r)
{
// Input the target element of the row string
// If it exists in the Set, don't add it. Otherwise add it.
// Get the Field address:
int addr = field.address();
// Add value at address to the index
set.Add(r.row[addr]);
}
public void fillSnapViewTable(SnapView sv)
{
// LINQ query to return a list of rows
var rowList = from row in xdoc.Descendants(config.xmlRootName).Descendants(config.xmlRowName)
select new
{
fieldList = row.Descendants()
};
// Loop over the rows
foreach (var row in rowList)
{
// Have to iterate over row twice: once to find its size, so
// the array can be created; second to fill the array.
// This is because IEnumerable<T> doesn't provide a way of knowing
// the number of elements in the collection without iterating over them all.
int arr_size = 0;
foreach (var field in row.fieldList)
{
arr_size++;
}//foreach
// Create the string array
string[] row_array = new string[arr_size];
int arr_idx = 0;
Console.WriteLine("Another row");
// Loop over the fields in the row
foreach (var field in row.fieldList)
{
Console.WriteLine(" Another field: ");
Console.WriteLine(field.Value.ToString());
// Add string to array
row_array[arr_idx] = field.Value.ToString();
arr_idx++;
}//foreach loop over fields in a row
// Add row to the SnapView datastructure
SVRow svr = new SVRow();
svr.row = row_array;
sv.addRow(svr);
}//foreach loop over rows
}
public override void doAction(SVRow r)
{
// This class is incomplete (and unused at the moment) - doesn't have calculation code yet (hence the unused private data members)
}
// Every Filter must be able to be "done" by the containing
// snapview. Derived classes have the actual implementation.
// Parameter is a "row" of the snapView.
//abstract public bool try_filter(SVRow r);
public override void doAction(SVRow r)
{
// Throw an exception as this doesn't do anything
}
// Interface to the doAction method
public void doAction(SVRow r)
{
action.doAction(r);
}
public override void doAction(SVRow r)
{
decision = kBehaviour.keepIf(r.row[field.address()], new SingleCutVal(minimum));
}
public override void doAction(SVRow r)
{
decision = kBehaviour.keepIf(r.row[field.address()], new SingleCutVal(HA_arr[(int)value]));
}
// name is Read-only (setter is private)
//public string name { get; private set; }
// Every action must be able to be "done" by the containing
// snapview. Derived classes have the actual implementation.
// Parameter is a "row" of the snapView.
//public abstract void doAction(string[] r);
public abstract void doAction(SVRow r);
}//Constructor
// Uses polymorphism and strategy pattern to call the right
// filter behaviour
//public override bool try_filter(SVRow r)
//{
// return kBehaviour.keepIf(r.row[field.address()], val);
//}
public override void doAction(SVRow r)
{
// This we know this is a single cut val filter because all Equals filters are
decision = kBehaviour.keepIf(r.row[field.address()], new SingleCutVal(val));
}