public void Compile(BlueSwitchProject project)
{
Errors.Clear();
OnCompileStart();
RenderingEngine.EventManager.Items.Clear();
Items.Clear();
var starts = project.FindPotentialStarts();
foreach (var connection in starts)
{
var tree = new ProcessingTree <SwitchBase>
{
Root = new ProcessingNode <SwitchBase>(connection.ToInputOutput.Origin, connection)
};
tree.UpdateConnections(project.ConnectionsForCompilation);
tree.Root.Value.OnRegisterEvents(tree, RenderingEngine);
var current = tree.Root;
ResolveTree(tree, current, current);
tree.Started -= ProcessingTreeOnStarted;
tree.Started += ProcessingTreeOnStarted;
tree.Finished -= ProcessingTreeOnFinished;
tree.Finished += ProcessingTreeOnFinished;
Items.Add(tree);
}
OnCompileFinished();
}
private void ResolveData(ProcessingTree <SwitchBase> root, ProcessingNode <SwitchBase> start, ProcessingNode <SwitchBase> node)
{
var items =
root.ConnectionsForCompilation.Where(x => !(x.ToInputOutput.InputOutput.Signature is ActionSignature))
.OrderBy(x => x.ToInputOutput.InputOutputId);
foreach (var c in items) // sorgt für korrekte reihenfolge
{
if (node.Value == c.FromInputOutput.Origin)
{
var nextNode = new ProcessingNode <SwitchBase>(c.ToInputOutput.Origin, c, true);
if (node.Previous.Count == 0)
{
nextNode.NextData.Add(node);
}
node.PreviousData.Add(nextNode);
if (!start.ChainedNodes.Contains(nextNode.Value.Id) && c.ToInputOutput.Origin != start.Value)
{
start.ChainedNodes.Add(nextNode.Value.Id);
ResolveData(root, start, nextNode);
}
}
}
}
public void Run(Engine renderingEngine, ProcessingTree <SwitchBase> processingTree)
{
CancellationTokenSource tokenSource = new CancellationTokenSource();
processingTree.CancellationTokenSource = tokenSource;
Task.Run(() =>
{
Processor processor = null;
try
{
processor = new Processor(renderingEngine, tokenSource);
processingTree.IsActive = true;
processingTree.OnStarted();
do
{
processingTree.Process(processor, renderingEngine);
} while (processor.Restarting && !tokenSource.IsCancellationRequested);
}
catch (TaskCanceledException)
{
processingTree.IsActive = false;
processingTree.OnFinished();
}
catch (Exception ex)
{
if (processor != null)
{
ExceptionEntry entry = new ExceptionEntry {
Exception = ex, Step = processor.Step, Node = processor.CurrentNode, Tree = processingTree
};
processor.CurrentNode.Value.CleanUp(processor, processor.CurrentNode);
Errors.Add(entry);
OnErrorAdded(new ExceptionEntryEventArgs {
ExceptionEntry = entry
});
}
}
finally
{
processingTree.IsActive = false;
processingTree.OnFinished();
}
}, tokenSource.Token);
}
private void ResolveTree(ProcessingTree <SwitchBase> root, ProcessingNode <SwitchBase> start, ProcessingNode <SwitchBase> node)
{
ResolveData(root, node, node);
BacktrackData(node, node, RenderingEngine, 0);
var items =
root.ConnectionsForCompilation.Where(x => x.ToInputOutput.InputOutput.Signature is ActionSignature)
.OrderBy(x => x.ToInputOutput.InputOutputId);
foreach (var c in items) // sorgt für korrekte reihenfolge
{
if (node.Value == c.ToInputOutput.Origin)
{
var nextNode = new ProcessingNode <SwitchBase>(c.FromInputOutput.Origin, c);
nextNode.Previous.Add(node);
node.Next.Add(nextNode);
node.OutputIndex = c.ToInputOutput.InputOutputId;
ResolveTree(root, start, nextNode);
}
}
}