private void PrivateNewRummy <RR>(ICustomBasicList <RR> output, ICustomBasicList <RR> objectList, int howMany, EnumRummyType whatRummy, bool minOnly, bool noWilds = false, bool minWilds = false)
where RR : IRummmyObject <S, C>, new()
{
CustomBasicList <R> firstTemp = objectList.Cast <R>().ToCustomBasicList();
GetTempList(firstTemp);
CheckErrors();
UseSecond = false;
int wildsUsed = default;
int maxWildsUsed;
maxWildsUsed = 100;
CustomBasicList <R> wildList;
CustomBasicList <R> mainList = new CustomBasicList <R>();
CustomBasicList <R> thisList;
wildList = _tempList.Where(Items => Items.IsObjectWild == true).ToCustomBasicList();
int WildsNeeded;
int x;
switch (whatRummy)
{
case EnumRummyType.Colors:
var colorList = _tempList.Where(Items => Items.IsObjectIgnored == false && Items.IsObjectWild == false).GroupBy(Items => Items.GetColor).ToCustomBasicList();
colorList.ForEach(thisColor =>
{
thisList = new CustomBasicList <R>();
int count = thisColor.Count();
if (count >= howMany)
{
thisList.AddRange(thisColor);
if (minOnly == false)
{
thisList.AddRange(wildList);
}
}
else if (minOnly == false & count + wildList.Count >= howMany & HasWild == true)
{
thisList.AddRange(thisColor);
thisList.AddRange(wildList);
}
else if (minOnly == true & HasWild == true & count + wildList.Count > howMany)
{
thisList.AddRange(thisColor);
WildsNeeded = howMany - count;
var loopTo = WildsNeeded - 1;
for (x = 0; x <= loopTo; x++)
{
thisList.Add(wildList[x]);
}
}
if (thisList.Count > mainList.Count)
{
mainList = thisList;
}
});
output.ReplaceRange(mainList.Cast <RR>());
if (output.Count == objectList.Count & UseAll == false)
{
output.RemoveAt(0);
}
return;
case EnumRummyType.Sets:
int y;
var setList = _tempList.Where(Items => Items.IsObjectIgnored == false && Items.IsObjectWild == false).GroupBy(Items => Items.ReadMainValue).ToCustomBasicList();
setList.ForEach(thisSet =>
{
thisList = new CustomBasicList <R>();
int Count = thisSet.Count();
if (Count >= howMany)
{
thisList.AddRange(thisSet);
if (minOnly == true & thisList.Count > howMany)
{
y = thisList.Count - 1;
var loopTo1 = y;
for (x = howMany; x <= loopTo1; x++)
{
thisList.RemoveAt(0);
}
}
if (minOnly == false & wildList.Count > 0 & minWilds == false) //they did not do else if here. hopefully still okay
{
thisList.AddRange(wildList);
wildsUsed = 0;
}
}
else if ((minOnly == false | minWilds == true) & Count + wildList.Count >= howMany & HasWild == true)
{
thisList.AddRange(thisSet);
thisList.AddRange(wildList);
wildsUsed = wildList.Count;
}
else if (minOnly == true & HasWild == true & Count + wildList.Count > howMany)
{
thisList.AddRange(thisSet);
WildsNeeded = howMany - Count;
var loopTo2 = WildsNeeded;
for (x = 1; x <= loopTo2; x++)
{
thisList.Add(wildList[x - 1]);
}
}
if (wildsUsed < maxWildsUsed & HasWild == true & setList.Count() == mainList.Count & (minOnly == true | minWilds == true))
{
mainList = thisList;
}
else if (thisList.Count > mainList.Count & (HasWild == false | wildsUsed < maxWildsUsed & HasWild == true & (minOnly == true | minWilds == true) | HasWild == true & minOnly == false))
{
mainList = thisList;
}
});
output.ReplaceRange(mainList.Cast <RR>());
if (output.Count == objectList.Count & UseAll == false)
{
output.RemoveAt(0);
}
return;
case EnumRummyType.Runs:
var ourObjects = objectList.Cast <R>().ToCustomBasicList();
var finTemp = StraightSet(ourObjects, howMany, minOnly, wildList, noWilds);
output.ReplaceRange(finTemp.Cast <RR>());
if (FirstUsed == 2 & HasSecond == true)
{
S suit;
var suitList = _tempList.Where(Items => Items.IsObjectIgnored == false && Items.IsObjectWild == false).GroupBy(Items => Items.GetSuit).ToCustomBasicList();
if (suitList.Count == 0)
{
throw new BasicBlankException("There are no suits available. If there are really no suits; then fix this");
}
suit = suitList.First().Key;
var runTemp = objectList.Where(Items => Items.GetSuit.Equals(suit) && Items.GetSecondNumber == 1).FirstOrDefault();
if (runTemp != null)
{
output.InsertBeginning(runTemp); //maybe this should be inserted at beginning (?)
}
}
return;
default:
throw new BasicBlankException("Cannot figure out what rummy type to do");
}
}