private void TestCanHandleLine(TestLine line)
{
Mark startMark = Mark.AIFromCoordinates(line.RowStart, line.ColumnStart);
Mark endMark = Mark.AIFromCoordinates(line.RowEnd, line.ColumnEnd);
var initialBoard = BoardTestHelper.GetABoardWithMarks(new List<Mark> {
startMark,
endMark
});
var cellValue = line.EvaluateValue == "AI" ? AI_MARK : ' ';
initialBoard.FillCell(new CellCoordinates(line.RowEvaluate, line.ColumnEvaluate), cellValue);
var canHandle = winStrategy.CanHandle(initialBoard, AI_MARK);
canHandle.Should().Be(line.ExpectedCanHandleValue);
}
public void TestUpdate_ForDiagonals(TestLine line)
{
TestUpdateLine(line);
}
public void TestUpdate_ForRows(TestLine line)
{
TestUpdateLine(line);
}
public void TestUpdate_ForColumns(TestLine line)
{
TestUpdateLine(line);
}
public void TestCanHandle_ForRows(TestLine line)
{
TestCanHandleLine(line);
}
public void TestCanHandle_ForDiagonals(TestLine line)
{
TestCanHandleLine(line);
}
public void TestCanHandle_ForColumns(TestLine line)
{
TestCanHandleLine(line);
}
private void TestUpdateLine(TestLine line)
{
Mark startMark = Mark.AIFromCoordinates(line.RowStart, line.ColumnStart);
Mark endMark = Mark.AIFromCoordinates(line.RowEnd, line.ColumnEnd);
var initialBoard = BoardTestHelper.GetABoardWithMarks(new List<Mark> {
startMark,
endMark
});
if (line.ExpectedCanHandleValue)
{
winStrategy.Update(initialBoard, AI_MARK);
initialBoard.IsCellOfType(AI_MARK, new CellCoordinates(line.RowEvaluate, line.ColumnEvaluate));
}
}