public void ToughnessCannotBeSetBelowZeroTest()
{
var testStatus = new ParquetStatus(ValidStack);
testStatus.Toughness = int.MinValue;
Assert.Equal(Block.LowestPossibleToughness, testStatus.Toughness);
}
public void ToughnessCannotBeSetBelowZeroTest()
{
var validStack = new ParquetStack(TestParquets.TestFloor, TestParquets.TestBlock,
TestParquets.TestFurnishing, TestParquets.TestCollectible);
var testStatus = new ParquetStatus(validStack);
testStatus.Toughness = int.MinValue;
Assert.Equal(Block.LowestPossibleToughness, testStatus.Toughness);
}
public void ToughnessCannotBeAboveMaxToughnessTest()
{
var testStatus = new ParquetStatus(ValidStack);
var priorToughness = testStatus.Toughness;
testStatus.Toughness = int.MaxValue;
Assert.Equal(priorToughness, testStatus.Toughness);
}
/// <summary>
/// Gets the statuses of any parquets at the position.
/// </summary>
/// <param name="in_position">The position whose status is sought.</param>
/// <returns>The status of parquets at the given position, or <c>null</c> if the position is invalid.</returns>
public ParquetStatus GetStatusAtPosition(Vector2Int in_position)
{
ParquetStatus result = null;
if (IsValidPosition(in_position))
{
result = _parquetStatus[in_position.X, in_position.Y];
}
return(result);
}
public void ToughnessCannotBeAboveMaxToughnessTest()
{
var validStack = new ParquetStack(TestParquets.TestFloor, TestParquets.TestBlock,
TestParquets.TestFurnishing, TestParquets.TestCollectible);
var testStatus = new ParquetStatus(validStack);
var priorToughness = testStatus.Toughness;
testStatus.Toughness = int.MaxValue;
Assert.Equal(priorToughness, testStatus.Toughness);
}
