public void SizeOfSuperNodeWhenMixingContainingNodes()
{
var sn = SuperNodeTestFactory.CreateWithChildren(Count, f => new Node(f));
sn.Nodes.Add(SuperNodeTestFactory.CreateWithChildren(Count, f => new Node(f)));
Assert.Equal(Count + Count, sn.Size);
}
public void InflatePartitionWithSuperNodes()
{
var p = CreatePartitionWithChildren(count, _ => SuperNodeTestFactory.CreateWithChildren(count, f => EntityHelper.CreateNode()));
var n = p.Nodes;
p.Inflate();
Assert.NotSame(n, p.Nodes);
Assert.Equal(count * count, p.Nodes.Count);
}
public void InflatePartitionWithMixedNodes()
{
var p = CreatePartitionWithChildren(count, _ => SuperNodeTestFactory.CreateWithChildren(count, f => EntityHelper.CreateNode()));
for (int i = 0; i < count; i++)
{
p.Nodes.Add(EntityHelper.CreateNode());
}
var n = p.Nodes;
p.Inflate();
Assert.Equal(count * count + count, p.Nodes.Count);
}
public void PartitionWhenFirstNodeIsTooBig()
{
const int nodeCount = 75;
const int innerNodeCount = 50;
List <INode> nodes = new List <INode>();
for (int i = 0; i < nodeCount - 1; i++)
{
nodes.Add(SuperNodeTestFactory.CreateWithChildren(innerNodeCount, f => EntityHelper.CreateNode()));
}
nodes.Insert(0, SuperNodeTestFactory.CreateWithChildren(150, _ => EntityHelper.CreateNode()));
var ps = partitioner.Partition(nodes);
Assert.NotEmpty(ps.First().Nodes);
}
public void PartitionSuperNodes()
{
const int nodeCount = 75;
const int innerNodeCount = 50;
List <INode> nodes = new List <INode>();
for (int i = 0; i < nodeCount; i++)
{
nodes.Add(SuperNodeTestFactory.CreateWithChildren(innerNodeCount, f => EntityHelper.CreateNode()));
}
var ps = partitioner.Partition(nodes);
var expected = (int)Math.Ceiling(nodes.Sum(n => ((SuperNode)n).Size) / (double)numberOfNodesInPartition);
Assert.Equal(expected, ps.Count());
Assert.True(ps.All(p => p.Nodes.Count == 2));
}
public void SizeOfSuperNodeWhenContainingOtherSuperNodes()
{
var sn = SuperNodeTestFactory.CreateWithChildren(Count, _ => { return(SuperNodeTestFactory.CreateWithChildren(Count, a => new Node(a))); });
Assert.Equal(Count * Count, sn.Size);
}
public void SizeOfSuperNodeWithOnlyNormalNodes()
{
var sn = SuperNodeTestFactory.CreateWithChildren(Count, f => new Node(f));
Assert.Equal(Count, sn.Size);
}