public void TestSimpleJeweled()
{
const string path = @"..\..\..\..\..\TestCases\TestSimpleJeweled.xlsx";
var fullPath = System.IO.Path.Combine(TestContext.CurrentContext.TestDirectory, path);
ExcelLoader.LoadAndRun(fullPath);
}
public static void LoadAndRun(string file)
{
file = file.Replace("/", "" + Path.DirectorySeparatorChar).Replace("\\", "" + Path.DirectorySeparatorChar);
var el = new ExcelLoader(file);
var initial = el.GenerateInitial();
var pf = initial.Playfield;
var dp = initial.DropPiece;
var prevTime = initial.Timeline;
pf.Timeline.PositionAbs = initial.Timeline * pf.Timeline.NumColumns;
foreach (var c in pf.GetEnumeratorCells())
{
c.Transferred += (sender, e) =>
{
Assert.IsTrue(e.Cell.IsOccupied);
Assert.IsFalse((sender as Cell).IsOccupied);
};
}
foreach (var v in el)
{
if (v.Stats.DebuggerBreak)
{
System.Diagnostics.Debugger.Break();
}
// update playfield:
pf.Timeline.IncrementPosition(v.Timeline - prevTime);
string cellStateActual = pf.PrintCells("\t");
string cellStateExpected = v.Playfield.PrintCells("\t");
string msgCells = $"Cells aren't equal at time step {v.Timeline}, column ${pf.Timeline}.{Environment.NewLine}";
msgCells += "Expected State:" + Environment.NewLine;
msgCells += cellStateExpected + Environment.NewLine;
msgCells += "Actual State:" + Environment.NewLine;
msgCells += cellStateActual + Environment.NewLine;
Assert.IsTrue(pf.GetEnumeratorCells().SequenceEqual(v.Playfield.GetEnumeratorCells()), msgCells);
Assert.IsTrue(pf.GetEnumeratorSquares().SequenceEqual(v.Playfield.GetEnumeratorSquares()), $"Squares aren't equal at time step {v.Timeline}");
string timeMsg = $"At time {v.Timeline}, ";
// check drop piece:
if (v.DropPiece != null && dp != null)
{
dp.Update(TimeSpan.FromSeconds(v.Timeline - prevTime),
DropPiece.MoveDirection.None,
(c, r, i) => c >= 0 && c < pf.NumCellColumns, (md) => { },
(p) => p.Row >= pf.NumCellRows || pf.GetCell(p).IsOccupied,
(p, s) => pf.GetCell(p).State = s);
if (dp.CurrentState == DropPiece.State.Whole || dp.CurrentState == DropPiece.State.SplitLeft)
{
Assert.AreEqual(v.DropPiece.Cells[0][0], dp.Cells[0][0], $"{timeMsg} Cell doesn't match");
Assert.AreEqual(v.DropPiece.Cells[0][1], dp.Cells[0][1], $"{timeMsg} Cell doesn't match");
}
if (dp.CurrentState == DropPiece.State.Whole || dp.CurrentState == DropPiece.State.SplitRight)
{
Assert.AreEqual(v.DropPiece.Cells[1][0], dp.Cells[1][0], $"{timeMsg} Cell doesn't match");
Assert.AreEqual(v.DropPiece.Cells[1][1], dp.Cells[1][1], $"{timeMsg} Cell doesn't match");
}
Assert.AreEqual(2, dp.Positions.Length);
if (dp.CurrentState == DropPiece.State.Whole || dp.CurrentState == DropPiece.State.SplitLeft)
{
Assert.AreEqual(v.DropPiece.Positions[0], dp.Positions[0], $"{timeMsg} Positions don't match");
}
if (dp.CurrentState == DropPiece.State.Whole || dp.CurrentState == DropPiece.State.SplitRight)
{
Assert.AreEqual(v.DropPiece.Positions[1], dp.Positions[1], $"{timeMsg} Positions don't match");
}
}
// check stats info:
StatsInfo si = v.Stats;
si.CheckStat(si.Frame, pf.Stats.Frame, $"{timeMsg} Frame doesn't match");
si.CheckStat(si.FrameSquaresRemoved, pf.Stats.FrameSquaresRemoved, $"{timeMsg} FrameSquaresRemoved doesn't match");
si.CheckStat(si.NumPrevBonuses, pf.Stats.NumPrevBonuses, $"{timeMsg} NumPrevBonuses doesn't match");
si.CheckStat(si.TotalSquaresRemoved, pf.Stats.TotalSquaresRemoved, $"{timeMsg} TotalSquaresRemoved doesn't match");
si.CheckStat(si.TotalSquaresBonuses, pf.Stats.TotalSquaresBonuses, $"{timeMsg} TotalSquaresBonuses doesn't match");
si.CheckStat(si.TotalNumSingleColorBonuses, pf.Stats.TotalNumSingleColorBonuses, $"{timeMsg} TotalNumSingleColorBonuses doesn't match");
si.CheckStat(si.TotalNumEmptyColorBonuses, pf.Stats.TotalNumEmptyColorBonuses, $"{timeMsg} TotalNumEmptyColorBonuses doesn't match");
prevTime += v.Timeline - prevTime;
}
}