public void SetElement_Empty_Fail()
{
var span = new TRexSpan <CellPass>(new CellPass[3], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 3, false);
Action act = () => span.SetElement(new CellPass(), 0);
act.Should().Throw <ArgumentException>("Index out of range");
}
public void Add_SimpleSpanTwo()
{
var baseTime = DateTime.UtcNow;
var span = new TRexSpan <CellPass>(new CellPass[2], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 2, false);
var cp1 = new CellPass
{
Time = baseTime
};
var cp2 = new CellPass
{
Time = baseTime.AddMinutes(1)
};
span.Add(cp1);
span.Add(cp2);
span.Count.Should().Be(2);
span.First().Should().BeEquivalentTo(cp1);
span.Last().Should().BeEquivalentTo(cp2);
span.GetElement(0).Should().BeEquivalentTo(cp1);
span.GetElement(1).Should().BeEquivalentTo(cp2);
span.OffsetPlusCount.Should().Be(2);
}
public void Insert_InMiddle()
{
var baseTime = DateTime.UtcNow;
var span = new TRexSpan <CellPass>(new CellPass[3], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 3, false);
var cp1 = new CellPass
{
Time = baseTime
};
var cp2 = new CellPass
{
Time = baseTime.AddMinutes(1)
};
span.Add(cp1);
span.Add(cp1);
span.Insert(cp2, 1);
span.Count.Should().Be(3);
span.First().Should().BeEquivalentTo(cp1);
span.Last().Should().BeEquivalentTo(cp1);
span.GetElement(0).Should().BeEquivalentTo(cp1);
span.GetElement(1).Should().BeEquivalentTo(cp2);
span.OffsetPlusCount.Should().Be(3);
}
public void Add_CentralSpanTwo(int poolSize, ushort spanOffset, int spanCapacity)
{
var baseTime = DateTime.UtcNow;
var span = new TRexSpan <CellPass>(new CellPass[poolSize], TRexSpan <CellPass> .NO_SLAB_INDEX, spanOffset, spanCapacity, false);
var cp1 = new CellPass
{
Time = baseTime
};
var cp2 = new CellPass
{
Time = baseTime.AddMinutes(1)
};
span.Add(cp1);
span.Add(cp2);
span.Count.Should().Be(2);
span.First().Should().BeEquivalentTo(cp1);
span.Last().Should().BeEquivalentTo(cp2);
span.GetElement(0).Should().BeEquivalentTo(cp1);
span.GetElement(1).Should().BeEquivalentTo(cp2);
span.OffsetPlusCount.Should().Be(spanOffset + span.Count);
}
public void Insert_FailOutOfRange_High()
{
var span = new TRexSpan <CellPass>(new CellPass[10], TRexSpan <CellPass> .NO_SLAB_INDEX, 5, 6, false);
var cp = new CellPass();
Action act = () => span.Insert(cp, 7);
act.Should().Throw <ArgumentException>().WithMessage("Index out of range");
}
public void Creation_Specific_PoolAllocated()
{
var span = new TRexSpan <CellPass>(new CellPass[2], 0, 0, 2, false);
span.Count.Should().Be(0);
span.Capacity.Should().Be(2);
span.Offset.Should().Be(0);
span.Elements.Should().NotBeNull();
span.OffsetPlusCount.Should().Be(0);
}
public void Creation_Default()
{
var span = new TRexSpan <CellPass>();
span.Count.Should().Be(0);
span.Capacity.Should().Be(0);
span.Offset.Should().Be(0);
span.Elements.Should().BeNull();
span.OffsetPlusCount.Should().Be(0);
}
public void Add_Fail_ExceedsCapacity()
{
var span = new TRexSpan <CellPass>(new CellPass[1], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 1, false);
var cp = new CellPass();
span.Add(cp);
Action act = () => span.Add(cp);
act.Should().Throw <ArgumentException>()
.WithMessage($"No spare capacity to add new element, capacity = 1, element count = 1");
}
public void Copy_Fail_ArrayT_SourceCountOutOfBounds()
{
var span = new TRexSpan <CellPass>(new CellPass[10], TRexSpan <CellPass> .NO_SLAB_INDEX, 5, 2, false);
Action act = () => span.Copy(new CellPass[1], 3);
act.Should().Throw <ArgumentException>().WithMessage("Source count may not be negative or greater than the count of elements in the source");
var span3 = new TRexSpan <CellPass>(new CellPass[10], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 1, false);
act = () => span3.Copy(new CellPass[2], 2);
act.Should().Throw <ArgumentException>().WithMessage("Target has insufficient capacity (1) to contain required items from source (2)");
}
public void GetElement_SingleElement_Success()
{
var baseTime = DateTime.UtcNow;
var span = new TRexSpan <CellPass>(new CellPass[3], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 3, false);
var cp = new CellPass
{
Time = baseTime
};
span.Add(cp);
span.GetElement(0).Should().BeEquivalentTo(cp);
}
public SlabAllocatedPoolPage(int poolSize, int arraySize)
{
// Create a single allocation to contain a slab of elements of size pool size
SlabPage = new T[poolSize];
int spanCount = poolSize / arraySize;
// Create an array of sub array spans that fit within the overall slab
Arrays = new TRexSpan <T> [spanCount];
for (int i = 0; i < spanCount; i++)
{
Arrays[i] = new TRexSpan <T>(SlabPage, 0, i * arraySize, arraySize, true);
}
}
/// <summary>
/// Allocate or resize an array of passes to a new size, with additional space provided for expansion
/// </summary>
public void AllocatePasses(int capacity)
{
if (!Passes.IsRented)
{
Passes = GenericSlabAllocatedArrayPoolHelper <CellPass> .Caches().Rent(capacity);
#if CELLDEBUG
if (!Passes.IsRented)
{
throw new Exception("Is not rented!");
}
#endif
return;
}
if (Passes.Count >= capacity)
{
#if CELLDEBUG
if (!Passes.IsRented)
{
throw new Exception("Is not rented!");
}
#endif
// Current allocated capacity is sufficient.
Passes.Count = capacity;
return;
}
if (capacity > Passes.Capacity)
{
// Get a new buffer and copy the content into it
var newPasses = GenericSlabAllocatedArrayPoolHelper <CellPass> .Caches().Rent(capacity);
newPasses.Copy(Passes, Passes.Count);
GenericSlabAllocatedArrayPoolHelper <CellPass> .Caches().Return(ref Passes);
Passes = newPasses;
#if CELLDEBUG
if (!Passes.IsRented)
{
throw new Exception("Is not rented!");
}
#endif
}
}
public void SetElement_SingleElement_RangeFailure()
{
var baseTime = DateTime.UtcNow;
var span = new TRexSpan <CellPass>(new CellPass[3], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 3, false);
var cp = new CellPass
{
Time = baseTime
};
span.Add(cp);
Action act = () => span.SetElement(cp, -1);
act.Should().Throw <ArgumentException>("Index out of range");
act = () => span.SetElement(cp, 1);
act.Should().Throw <ArgumentException>("Index out of range");
}
public void Copy_Central()
{
var baseTime = DateTime.UtcNow;
var span = new TRexSpan <CellPass>(new CellPass[12], TRexSpan <CellPass> .NO_SLAB_INDEX, 5, 2, false);
var cp1 = new CellPass
{
Time = baseTime
};
var cp2 = new CellPass
{
Time = baseTime.AddMinutes(1)
};
span.Add(cp1);
span.Add(cp2);
var span2 = new TRexSpan <CellPass>(new CellPass[8], TRexSpan <CellPass> .NO_SLAB_INDEX, 0, 8, false);
span2.Copy(span, 2);
span2.Count.Should().Be(2);
span2.GetElement(0).Should().BeEquivalentTo(cp1);
span2.GetElement(1).Should().BeEquivalentTo(cp2);
}
/// <summary>
/// Takes a cell pass stack and integrates its contents into this cell pass stack ensuring all duplicates are resolved
/// and that cell pass ordering on time is preserved
/// </summary>
public void Integrate(Cell_NonStatic sourcePasses,
int startIndex,
int endIndex,
out int addedCount,
out int modifiedCount)
{
#if CELLDEBUG
// Check 'this' cell pass times are in order
CheckPassesAreInCorrectTimeOrder("Cell passes are not in time order before integration");
sourcePasses.CheckPassesAreInCorrectTimeOrder("Source cell passes are not in time order before integration");
#endif
addedCount = 0;
modifiedCount = 0;
if (sourcePasses.Passes.Count == 0)
{
return;
}
var thisIndex = 0;
var sourceIndex = startIndex;
var integratedIndex = 0;
var originalPassCount = PassCount;
var integratedPassCount = originalPassCount + (endIndex - startIndex + 1);
// Set the length to be the combined. While this may be more than needed if
// there are passes in source that have identical times to the passes in
// this cell pass stack, it does give an upper bound, and the minority of cases
// where the actual number of passes are less than the total that are initially set here
// will be cleaned up when the sub grid next exits the cache, or is integrated with
// another aggregated sub grid from TAG file processing
var integratedPasses = GenericSlabAllocatedArrayPoolHelper <CellPass> .Caches().Rent(integratedPassCount);
// Combine the two (sorted) lists of cell passes together to arrive at a single
// integrated list of passes.
do
{
if (thisIndex >= PassCount)
{
integratedPasses.Add(sourcePasses.Passes.GetElement(sourceIndex));
sourceIndex++;
}
else if (sourceIndex > endIndex)
{
integratedPasses.Add(Passes.GetElement(thisIndex));
thisIndex++;
}
else
{
var thisElement = Passes.GetElement(thisIndex);
var sourceElement = sourcePasses.Passes.GetElement(sourceIndex);
switch (thisElement.Time.CompareTo(sourceElement.Time))
{
case -1:
{
integratedPasses.Add(thisElement);
thisIndex++;
break;
}
case 0:
{
if (!thisElement.Equals(sourceElement))
{
modifiedCount++;
}
integratedPasses.Add(sourceElement);
sourceIndex++;
thisIndex++;
integratedPassCount--;
break;
}
case 1:
{
integratedPasses.Add(sourceElement);
sourceIndex++;
break;
}
}
}
integratedIndex++;
} while (integratedIndex <= integratedPassCount - 1);
integratedPasses.Count = integratedPassCount;
// Assign the integrated list of passes to this cell, replacing the previous list of passes.
// Return the original cell pass span and replace it with the integrated one
GenericSlabAllocatedArrayPoolHelper <CellPass> .Caches().Return(ref Passes);
// No need to mark Passes as being returned as it is immediately replace by IntegratedPasses below
// Passes.MarkReturned();
Passes = integratedPasses;
addedCount = integratedPassCount - originalPassCount;
#if CELLDEBUG
CheckPassesAreInCorrectTimeOrder("Cell passes are not in time order after integration");
#endif
}
