private TimelineNode BuildTimelineRoot(BinaryReader reader, UnitValue unit)
{
uint numTracks = reader.ReadUInt32();
TimelineNode root = new TimelineNode("", 0, 0, CompilerData.CompileCategory.Timeline);
InitializeNodeRecursive(root);
for (uint i = 0; i < numTracks; ++i)
{
TimelineNode tree = BuildTimelineTree(reader);
if (tree.Children.Count > 0 && tree.Children[0].Category == CompilerData.CompileCategory.ExecuteCompiler)
{
//skip the thread for the main track
tree = tree.Children[0];
tree.Value = unit;
}
//Initialize nodes
InitializeNodeRecursive(tree, GetBaseDepthLevel(root, tree));
root.MaxDepthLevel = Math.Max(root.MaxDepthLevel, tree.MaxDepthLevel);
root.AddChild(tree);
}
AdjustNodeProperties(root);
root.Value = unit;
root.Label = unit.Name + " ( " + Common.UIConverters.GetTimeStr(root.Duration) + " )";
return(root.Children.Count > 0? root : null);
}
private TimelineNode BuildTimelineTree(BinaryReader reader)
{
uint numEvents = reader.ReadUInt32();
TimelineNode root = new TimelineNode(CompilerData.CompileCategory.Thread.ToString(), 0, 0, CompilerData.CompileCategory.Thread);
TimelineNode parent = root;
for (uint i = 0u; i < numEvents; ++i)
{
TimelineNode newNode = LoadNode(reader);
//Find parent node
while (parent != root && (newNode.Start >= (parent.Start + parent.Duration)))
{
parent = parent.Parent;
}
parent.AddChild(newNode);
parent = newNode.Duration == 0 ? parent : newNode;
}
AdjustNodeProperties(root);
return(root);
}