public Tuple <gameGroup, gameGroup> ReturnNumberSet()
{
gameGroup ret = new gameGroup();
gameGroup ret2 = new gameGroup();
gameArgs firstGameArgs = ReadGameArgsAndGroupNumberFromWorkSheet((int)Sheet.AGROUPPAGE);
gameArgs secGameArgs = ReadGameArgsAndGroupNumberFromWorkSheet((int)Sheet.BGROUPPAGE);
var worksheets = getWorkSheet(package);
for (int k = (int)Sheet.AGROUPPAGE; k <= (int)Sheet.BGROUPPAGE; k++)
{
var worksheet = worksheets[k];
var gameargs = firstGameArgs;
if (k == 3)
{
gameargs = secGameArgs;
}
for (int i = 0; i < gameargs.gameNumber; i++)
{
List <byte> number_Set = new List <byte>();
for (int j = 0; j < gameargs.setSize; j++)
{
string pos = IntToStringConversionByBase.IntToStringConversion
(j, 26, startExcelReadPosition.default_setReader_Col_start) + (startExcelReadPosition.default_setReader_Row_start + i).ToString();
number_Set.Add(byte.Parse(ReadCellValue(worksheet, pos).ToString()));
}
if (k == 2)
{
ret.numberSet.Add(number_Set);
}
else
{
ret2.numberSet.Add(number_Set);
}
}
}
ret.gameargs = firstGameArgs;
ret.gameargs = secGameArgs;
return(new Tuple <gameGroup, gameGroup>(ret, ret2));
}
public void write_Set(gameGroup B)
{
var worksheets = getWorkSheet(package);
var worksheet = worksheets[1];
var list_list = B.numberSet;
foreach (var i in list_list)
{
offset = i.Count + 2;
int cnt = 0;
foreach (var j in i)
{
string pos = IntToStringConversionByBase.IntToStringConversion(cnt, off: startExcelReadPosition.default_setReader_Col_start) + (startExcelReadPosition.default_setReader_Row_start + row).ToString();
WriteCellValue(worksheet, pos, j);
cnt++;
}
row++;
}
row = 0;
}
public LottoCheckerLogic(gameGroup a, gameGroup b, Action <ICollection <int> > Write_sender)
{
aGroup = a;
bGroup = b;
this.Write_sender = Write_sender;
}
