public void Adjustment_Test()
{
RecordsNodesCircularList <int> rnclBase = new RecordsNodesCircularList <int>();
RecordsNodesCircularList <int> rnclToAdjust = new RecordsNodesCircularList <int>();
for (int i = 0; i < QTY; i++)
{
rnclBase.Add(new Record <int>(WIDTH_LIMIT)
{
Position = i, Width = i / 10.0
});
int shiftedPos = (i + SHIFT) % QTY;
rnclToAdjust.Add(new Record <int>(WIDTH_LIMIT)
{
Position = shiftedPos, Width = shiftedPos / 10.0
});
}
Assert.IsTrue(rnclBase.Count == QTY, "wromg quantity (base list)");
Assert.IsTrue(rnclToAdjust.Count == QTY, "wromg quantity (toAdjust list");
Assert.IsTrue(rnclBase.Head.Data.Position == rnclToAdjust.Head.Data.Position - SHIFT, "Records list for adjustment is wrong");
try
{
rnclBase.Adjust(rnclToAdjust);
Assert.IsTrue(rnclToAdjust.IsAdjusted, "adjustment failed");
}
catch (Exception ex)
{
if (ex is ArgumentException)
{
Assert.Fail(ex.Message);
}
}
}
public void Normalization_Test()
{
RecordsNodesCircularList <int> rncl = new RecordsNodesCircularList <int>();
for (int i = 0; i < QTY; i++)
{
rncl.Add(new Record <int>(WIDTH_LIMIT)
{
Position = i, Width = i / 10.0
});
}
Assert.IsTrue(rncl.Count == QTY, "wromg quantity");
try
{
rncl.Normalize();
Assert.IsTrue(rncl.IsNormalized, "normalization failed");
}
catch (Exception ex)
{
if (ex is ArgumentException)
{
Assert.Fail(ex.Message);
}
}
}
public void AddRecord_First_Test()
{
RecordsNodesCircularList <int> rncl = new RecordsNodesCircularList <int>();
rncl.Add(new Record <int>(WIDTH_LIMIT)
{
Position = 0, Width = 0.1
});
Assert.IsTrue(rncl.Count == 1, "wromg quantity");
Assert.IsNotNull(rncl.Head, "empty Head");
Assert.IsNotNull(rncl.Tail, "empty Tail");
}
public void Init()
{
_rnclBase = new RecordsNodesCircularList <int>();
_rnclToAdjust = new RecordsNodesCircularList <int>();
for (int i = 0; i < QTY; i++)
{
_rnclBase.Add(new Record <int>(WIDTH_LIMIT[_selCase])
{
Position = i, Width = i / 10.0 + i % 3
});
int shiftedPos = (i + SHIFT) % QTY;
_rnclToAdjust.Add(new Record <int>(WIDTH_LIMIT[_selCase])
{
Position = shiftedPos, Width = shiftedPos + i / 10.0 + i % 3
});
}
Assert.IsTrue(_rnclBase.Count == QTY, "wromg quantity (base list)");
Assert.IsTrue(_rnclToAdjust.Count == QTY, "wromg quantity (toAdjust list");
Assert.IsTrue(_rnclBase.Head.Data.Position == _rnclToAdjust.Head.Data.Position - SHIFT, "Records list for adjustment is wrong");
}
public void AddRecords_Multiple_Test()
{
RecordsNodesCircularList <int> rncl = new RecordsNodesCircularList <int>();
for (int i = 0; i < QTY; i++)
{
rncl.Add(new Record <int>(WIDTH_LIMIT)
{
Position = i, Width = i / 10.0
});
}
Assert.IsTrue(rncl.Count == QTY, "wromg quantity");
Assert.IsNotNull(rncl.Head, "empty Head");
Assert.IsNotNull(rncl.Tail, "empty Tail");
Assert.IsTrue(rncl.Head.Data.Position == 0, "wromg Head data");
Assert.IsTrue(rncl.Head.Next?.Data.Position == 1, "wromg Head Next data");
Assert.IsTrue(rncl.Head.Previous?.Data.Position == QTY - 1, "wromg Head Previous data");
Assert.IsTrue(rncl.Tail.Data.Position == QTY - 1, "wromg Tail data");
Assert.IsTrue(rncl.Tail.Next?.Data.Position == 0, "wromg Tail Next data");
Assert.IsTrue(rncl.Tail.Previous?.Data.Position == QTY - 2, "wromg Tail Previous data");
}
public void Clean()
{
_rnclBase = null;
_rnclToAdjust = null;
}
