private void GlueFreeBlocks()
{
MemoryNode memoryNode = new MemoryNode(LocalOffset, Memory);
memoryNode.Stamp = 0;
memoryNode.Next = MemoryNode.Zero;
memoryNode.UnitCount = 0;
MemoryNode memoryNode0;
MemoryNode memoryNode1;
MemoryNode memoryNode2;
if (LowUnit != HighUnit)
{
LowUnit[0] = 0;
}
// Find all unused memory nodes.
memoryNode1 = memoryNode;
for (uint index = 0; index < IndexCount; index++)
{
while (MemoryNodes[index].Available)
{
memoryNode0 = MemoryNodes[index].Remove();
if (memoryNode0.UnitCount != 0)
{
while ((memoryNode2 = memoryNode0 + memoryNode0.UnitCount).Stamp == uint.MaxValue)
{
memoryNode0.UnitCount = memoryNode0.UnitCount + memoryNode2.UnitCount;
memoryNode2.UnitCount = 0;
}
memoryNode1.Link(memoryNode0);
memoryNode1 = memoryNode0;
}
}
}
// Coalesce the memory represented by the unused memory nodes.
while (memoryNode.Available)
{
memoryNode0 = memoryNode.Remove();
uint unitCount = memoryNode0.UnitCount;
if (unitCount != 0)
{
for (; unitCount > 128; unitCount -= 128, memoryNode0 += 128)
{
MemoryNodes[IndexCount - 1].Insert(memoryNode0, 128);
}
uint index = unitsToIndex[unitCount - 1];
if (indexToUnits[index] != unitCount)
{
uint unitCountDifference = unitCount - indexToUnits[--index];
MemoryNodes[unitCountDifference - 1].Insert(memoryNode0 + (unitCount - unitCountDifference), unitCountDifference);
}
MemoryNodes[index].Insert(memoryNode0, indexToUnits[index]);
}
}
GlueCount = 1 << 13;
}
private void GlueFreeBlocks()
{
MemoryNode memoryNode = new MemoryNode(LOCAL_OFFSET, _memory);
memoryNode.Stamp = 0;
memoryNode.Next = MemoryNode.ZERO;
memoryNode.UnitCount = 0;
MemoryNode memoryNode0;
MemoryNode memoryNode1;
MemoryNode memoryNode2;
if (_lowUnit != _highUnit)
{
_lowUnit[0] = 0;
}
// Find all unused memory nodes.
memoryNode1 = memoryNode;
for (uint index = 0; index < INDEX_COUNT; index++)
{
while (_memoryNodes[index].Available)
{
memoryNode0 = _memoryNodes[index].Remove();
if (memoryNode0.UnitCount != 0)
{
while ((memoryNode2 = memoryNode0 + memoryNode0.UnitCount).Stamp == uint.MaxValue)
{
memoryNode0.UnitCount = memoryNode0.UnitCount + memoryNode2.UnitCount;
memoryNode2.UnitCount = 0;
}
memoryNode1.Link(memoryNode0);
memoryNode1 = memoryNode0;
}
}
}
// Coalesce the memory represented by the unused memory nodes.
while (memoryNode.Available)
{
memoryNode0 = memoryNode.Remove();
uint unitCount = memoryNode0.UnitCount;
if (unitCount != 0)
{
for (; unitCount > 128; unitCount -= 128, memoryNode0 += 128)
{
_memoryNodes[INDEX_COUNT - 1].Insert(memoryNode0, 128);
}
uint index = UNITS_TO_INDEX[unitCount - 1];
if (INDEX_TO_UNITS[index] != unitCount)
{
uint unitCountDifference = unitCount - INDEX_TO_UNITS[--index];
_memoryNodes[unitCountDifference - 1].Insert(memoryNode0 + (unitCount - unitCountDifference),
unitCountDifference);
}
_memoryNodes[index].Insert(memoryNode0, INDEX_TO_UNITS[index]);
}
}
_glueCount = 1 << 13;
}
private void GlueFreeBlocks()
{
MemoryNode memoryNode = new MemoryNode(LocalOffset, Memory);
memoryNode.Stamp = 0;
memoryNode.Next = MemoryNode.Zero;
memoryNode.UnitCount = 0;
MemoryNode memoryNode0;
MemoryNode memoryNode1;
MemoryNode memoryNode2;
if (LowUnit != HighUnit)
LowUnit[0] = 0;
// Find all unused memory nodes.
memoryNode1 = memoryNode;
for (uint index = 0; index < IndexCount; index++)
{
while (MemoryNodes[index].Available)
{
memoryNode0 = MemoryNodes[index].Remove();
if (memoryNode0.UnitCount != 0)
{
while ((memoryNode2 = memoryNode0 + memoryNode0.UnitCount).Stamp == uint.MaxValue)
{
memoryNode0.UnitCount = memoryNode0.UnitCount + memoryNode2.UnitCount;
memoryNode2.UnitCount = 0;
}
memoryNode1.Link(memoryNode0);
memoryNode1 = memoryNode0;
}
}
}
// Coalesce the memory represented by the unused memory nodes.
while (memoryNode.Available)
{
memoryNode0 = memoryNode.Remove();
uint unitCount = memoryNode0.UnitCount;
if (unitCount != 0)
{
for (; unitCount > 128; unitCount -= 128, memoryNode0 += 128)
MemoryNodes[IndexCount - 1].Insert(memoryNode0, 128);
uint index = unitsToIndex[unitCount - 1];
if (indexToUnits[index] != unitCount)
{
uint unitCountDifference = unitCount - indexToUnits[--index];
MemoryNodes[unitCountDifference - 1].Insert(memoryNode0 + (unitCount - unitCountDifference), unitCountDifference);
}
MemoryNodes[index].Insert(memoryNode0, indexToUnits[index]);
}
}
GlueCount = 1 << 13;
}