protected override void SetPointers(IResizableDirectMemory memory)
{
_header = (LinksHeader <ulong> *)memory.Pointer;
_links = (RawLink <ulong> *)memory.Pointer;
SourcesTreeMethods = _createSourceTreeMethods();
TargetsTreeMethods = _createTargetTreeMethods();
UnusedLinksListMethods = new UInt64UnusedLinksListMethods(_links, _header);
}
protected override void SetPointers(IResizableDirectMemory memory)
{
_links = (byte *)memory.Pointer;
_header = _links;
SourcesTreeMethods = _createSourceTreeMethods();
TargetsTreeMethods = _createTargetTreeMethods();
UnusedLinksListMethods = new UnusedLinksListMethods <TLink>(_links, _header);
}
public UInt32UnitedMemoryLinks(IResizableDirectMemory memory, long memoryReservationStep, LinksConstants <uint> constants, IndexTreeType indexTreeType) : base(memory, memoryReservationStep, constants)
{
if (indexTreeType == IndexTreeType.SizeBalancedTree)
{
_createSourceTreeMethods = () => new UInt32LinksSourcesSizeBalancedTreeMethods(Constants, _links, _header);
_createTargetTreeMethods = () => new UInt32LinksTargetsSizeBalancedTreeMethods(Constants, _links, _header);
}
else
{
_createSourceTreeMethods = () => new UInt32LinksSourcesRecursionlessSizeBalancedTreeMethods(Constants, _links, _header);
_createTargetTreeMethods = () => new UInt32LinksTargetsRecursionlessSizeBalancedTreeMethods(Constants, _links, _header);
}
Init(memory, memoryReservationStep);
}
public UnitedMemoryLinks(IResizableDirectMemory memory, long memoryReservationStep, LinksConstants <TLink> constants, IndexTreeType indexTreeType) : base(memory, memoryReservationStep, constants)
{
if (indexTreeType == IndexTreeType.SizedAndThreadedAVLBalancedTree)
{
_createSourceTreeMethods = () => new LinksSourcesAvlBalancedTreeMethods <TLink>(Constants, _links, _header);
_createTargetTreeMethods = () => new LinksTargetsAvlBalancedTreeMethods <TLink>(Constants, _links, _header);
}
else
{
_createSourceTreeMethods = () => new LinksSourcesSizeBalancedTreeMethods <TLink>(Constants, _links, _header);
_createTargetTreeMethods = () => new LinksTargetsSizeBalancedTreeMethods <TLink>(Constants, _links, _header);
}
Init(memory, memoryReservationStep);
}
protected override void SetPointers(IResizableDirectMemory dataMemory, IResizableDirectMemory indexMemory)
{
_linksDataParts = (RawLinkDataPart <TLink> *)dataMemory.Pointer;
_linksIndexParts = (RawLinkIndexPart <TLink> *)indexMemory.Pointer;
_header = (LinksHeader <TLink> *)indexMemory.Pointer;
if (_useLinkedList)
{
InternalSourcesListMethods = new UInt32InternalLinksSourcesLinkedListMethods(Constants, _linksDataParts, _linksIndexParts);
}
else
{
InternalSourcesTreeMethods = _createInternalSourceTreeMethods();
}
ExternalSourcesTreeMethods = _createExternalSourceTreeMethods();
InternalTargetsTreeMethods = _createInternalTargetTreeMethods();
ExternalTargetsTreeMethods = _createExternalTargetTreeMethods();
UnusedLinksListMethods = new UInt32UnusedLinksListMethods(_linksDataParts, _header);
}
public UInt32SplitMemoryLinks(IResizableDirectMemory dataMemory, IResizableDirectMemory indexMemory, long memoryReservationStep, LinksConstants <TLink> constants, IndexTreeType indexTreeType, bool useLinkedList) : base(dataMemory, indexMemory, memoryReservationStep, constants, useLinkedList)
{
if (indexTreeType == IndexTreeType.SizeBalancedTree)
{
_createInternalSourceTreeMethods = () => new UInt32InternalLinksSourcesSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
_createExternalSourceTreeMethods = () => new UInt32ExternalLinksSourcesSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
_createInternalTargetTreeMethods = () => new UInt32InternalLinksTargetsSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
_createExternalTargetTreeMethods = () => new UInt32ExternalLinksTargetsSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
}
else
{
_createInternalSourceTreeMethods = () => new UInt32InternalLinksSourcesRecursionlessSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
_createExternalSourceTreeMethods = () => new UInt32ExternalLinksSourcesRecursionlessSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
_createInternalTargetTreeMethods = () => new UInt32InternalLinksTargetsRecursionlessSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
_createExternalTargetTreeMethods = () => new UInt32ExternalLinksTargetsRecursionlessSizeBalancedTreeMethods(Constants, _linksDataParts, _linksIndexParts, _header);
}
Init(dataMemory, indexMemory);
}
public UInt32SplitMemoryLinks(IResizableDirectMemory dataMemory, IResizableDirectMemory indexMemory, long memoryReservationStep, LinksConstants <TLink> constants) : this(dataMemory, indexMemory, memoryReservationStep, constants, IndexTreeType.Default, useLinkedList : true)
{
}
public UInt32SplitMemoryLinks(IResizableDirectMemory dataMemory, IResizableDirectMemory indexMemory) : this(dataMemory, indexMemory, DefaultLinksSizeStep)
{
}
public SplitMemoryLinks(IResizableDirectMemory dataMemory, IResizableDirectMemory indexMemory, long memoryReservationStep) : this(dataMemory, indexMemory, memoryReservationStep, Default <LinksConstants <TLink> > .Instance, IndexTreeType.Default, useLinkedList : true)
{
}
public UInt64UnitedMemoryLinks(IResizableDirectMemory memory, long memoryReservationStep) : this(memory, memoryReservationStep, Default <LinksConstants <ulong> > .Instance, IndexTreeType.Default)
{
}
public UInt64UnitedMemoryLinks(IResizableDirectMemory memory) : this(memory, DefaultLinksSizeStep)
{
}