public void MemorySegmentCollectionSubranges()
{
MemorySegmentCollection c = new MemorySegmentCollection(new List <MemoryChunk>
{
new MemoryChunk(new ReadOnlyBytes(new byte[] { 1, 2, 3 }))
{
LoadingInfo = new MemoryBlockLoadingInfo(0, 3)
},
new MemoryChunk(new ReadOnlyBytes(new byte[] { 200, 200, 4, 5, 6, 200, 200 }))
{
LoadingInfo = new MemoryBlockLoadingInfo(1, 7)
},
new MemoryChunk(new ReadOnlyBytes(new byte[] { 7, 8, 9, 200 }))
{
LoadingInfo = new MemoryBlockLoadingInfo(2, 4)
},
new MemoryChunk(new ReadOnlyBytes(new byte[] { 10, 11, 12 }))
{
LoadingInfo = new MemoryBlockLoadingInfo(3, 3)
},
}, true);
c.Segments = new List <MemoryBlockIDAndSlice>()
{
new MemoryBlockIDAndSlice(2, 1, 2), // 8, 9
new MemoryBlockIDAndSlice(2, 0, 3), // 7, 8, 9
new MemoryBlockIDAndSlice(3, 0, 2), // 10, 11, 12
new MemoryBlockIDAndSlice(1, 1, 1) // 5
};
LazinatorMemory memory = new LazinatorMemory(c);
memory.GetConsolidatedMemory().ToArray();
// DEBUG -- finish
}
public void SplittableEntitiesWork_SmallestTree()
{
BinaryTree = new LazinatorBinaryTree <WDouble>();
BinaryTree.Add(0);
BinaryTree.Add(1);
LazinatorMemory singleBufferResult = BinaryTree.SerializeLazinator(new LazinatorSerializationOptions(IncludeChildrenMode.IncludeAllChildren, false, false, false));
LazinatorMemory multipleBufferResult = BinaryTree.SerializeLazinator(new LazinatorSerializationOptions(IncludeChildrenMode.IncludeAllChildren, false, false, false, 1));
multipleBufferResult.MultipleMemoryChunks.Count().Should().BeGreaterThan(0);
LazinatorMemory multipleConsolidated = new LazinatorMemory(multipleBufferResult.GetConsolidatedMemory());
string mString = multipleConsolidated.ToString();
string sString = singleBufferResult.ToString();
mString.Should().Be(sString);
multipleConsolidated.Matches(singleBufferResult.InitialReadOnlyMemory.Span).Should().BeTrue();
}
public void SplittableEntitiesWork_SingleSplit()
{
var node = new LazinatorBinaryTreeNode <WByte>()
{
Data = 1
};
// node.LeftNode = new LazinatorBinaryTreeNode<WByte>() { Data = 0 };
node.RightNode = new LazinatorBinaryTreeNode <WByte>()
{
Data = 2
};
LazinatorMemory singleBufferResult = node.SerializeLazinator(new LazinatorSerializationOptions(IncludeChildrenMode.IncludeAllChildren, false, false, false));
LazinatorMemory multipleBufferResult = node.SerializeLazinator(new LazinatorSerializationOptions(IncludeChildrenMode.IncludeAllChildren, false, false, false, 1));
multipleBufferResult.MultipleMemoryChunks.Count().Should().BeGreaterThan(0);
LazinatorMemory multipleConsolidated = new LazinatorMemory(multipleBufferResult.GetConsolidatedMemory());
string mString = multipleConsolidated.ToString();
string sString = singleBufferResult.ToString();
mString.Should().Be(sString);
multipleConsolidated.Matches(singleBufferResult.InitialReadOnlyMemory.Span).Should().BeTrue();
}
public void SplittableEntitiesWork()
{
Example e = GetTypicalExample();
LazinatorMemory singleBufferResult = e.SerializeLazinator(new LazinatorSerializationOptions(IncludeChildrenMode.IncludeAllChildren, false, false, false));
LazinatorMemory multipleBufferResult = e.SerializeLazinator(new LazinatorSerializationOptions(IncludeChildrenMode.IncludeAllChildren, false, false, false, 10));
multipleBufferResult.MultipleMemoryChunks.Count().Should().BeGreaterThan(0);
LazinatorMemory consolidated = new LazinatorMemory(multipleBufferResult.GetConsolidatedMemory());
consolidated.Matches(singleBufferResult.InitialReadOnlyMemory.Span).Should().BeTrue();
Example e2 = new Example(consolidated);
ExampleEqual(e, e2).Should().BeTrue();
Example e3 = new Example(multipleBufferResult);
ExampleEqual(e, e3).Should().BeTrue();
Example e4 = new Example(multipleBufferResult);
Example e5 = e4.CloneLazinatorTyped();
ExampleEqual(e, e5).Should().BeTrue();
}