Spy GetRandomSpy( SpyList spies)
{
Random random = new Random();
int index = random.Next( 0, spies.Count - 1 );
return spies[index];
}
internal SortedBindingList<Spy> ApplySortForOperation( SpyList spies )
{
SortedBindingList<Spy> list = new Csla.SortedBindingList<Spy>( spies );
switch ( Operation.ID )
{
case 1:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Larceny == 0 ) list.RemoveAt( spy );
list.ApplySort( "Larceny", ListSortDirection.Descending );
break;
case 2:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Surveillance == 0 ) list.RemoveAt( spy );
list.ApplySort( "Surveillance", ListSortDirection.Descending );
break;
case 3:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Reconnaissance == 0 ) list.RemoveAt( spy );
list.ApplySort( "Reconnaissance", ListSortDirection.Descending );
break;
case 4:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].MICE == 0 ) list.RemoveAt( spy );
list.ApplySort( "MICE", ListSortDirection.Descending );
break;
case 5:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Ambush == 0 ) list.RemoveAt( spy );
list.ApplySort( "Ambush", ListSortDirection.Descending );
break;
case 6:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Sabotage == 0 ) list.RemoveAt( spy );
list.ApplySort( "Sabotage", ListSortDirection.Descending );
break;
case 7:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Expropriation == 0 ) list.RemoveAt( spy );
list.ApplySort( "Expropriation", ListSortDirection.Descending );
break;
case 8:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Inspection == 0 ) list.RemoveAt( spy );
list.ApplySort( "Inspection", ListSortDirection.Descending );
break;
case 9:
for ( int spy = 0; spy < list.Count; spy++ ) if ( list[spy].Subversion == 0 ) list.RemoveAt( spy );
list.ApplySort( "Subversion", ListSortDirection.Descending );
break;
}
return list;
}
