public static Tree InterpretChain(IEnumerable <LayerWrapper> layers, Tree start)
{
Tree.BatchTransform updater = new Tree.BatchTransform(start);
Tree tree = start;
LayerWrapper currLayer = null;
try
{
foreach (LayerWrapper wrapper in layers)
{
currLayer = wrapper;
InterpretArgs args = new InterpretArgs(tree, updater, wrapper.Intent);
wrapper.Layer.Interpret(args);
tree = updater.GetUpdatedTree();
wrapper.Layer.AfterInterpret(tree);
}
}
catch (Exception e)
{
Tree.BatchTransform newupdater = new Tree.BatchTransform(tree);
LayerException exception = new LayerException(currLayer, e);
newupdater.Tag(tree, "interpretation_exception", exception);
tree = newupdater.GetUpdatedTree();
}
return(tree);
}
private static Tree InterpretSubchain(List <LayerWrapper> layers, int startInclusive, int endInclusive, Tree tree)
{
LayerWrapper currLayer = null;
try
{
for (int i = startInclusive; i <= endInclusive; i++)
{
currLayer = layers[i];
Tree.BatchTransform updater = new Tree.BatchTransform(tree);
InterpretArgs args = new InterpretArgs(tree, updater, currLayer.Intent);
currLayer.Layer.Interpret(args);
tree = updater.GetUpdatedTree();
currLayer.Layer.AfterInterpret(tree);
}
}
catch (Exception e)
{
Tree.BatchTransform newupdater = new Tree.BatchTransform(tree);
LayerException exception = new LayerException(currLayer, e);
newupdater.Tag(tree, "interpretation_exception", exception);
tree = newupdater.GetUpdatedTree();
}
return(tree);
}
public static Tree InterpretChain(IEnumerable<LayerWrapper> layers, Tree start){
Tree.BatchTransform updater = new Tree.BatchTransform(start);
Tree tree = start;
LayerWrapper currLayer = null;
try
{
foreach (LayerWrapper wrapper in layers)
{
currLayer = wrapper;
InterpretArgs args = new InterpretArgs(tree, updater, wrapper.Intent);
wrapper.Layer.Interpret(args);
tree = updater.GetUpdatedTree();
wrapper.Layer.AfterInterpret(tree);
}
}
catch(Exception e)
{
Tree.BatchTransform newupdater = new Tree.BatchTransform(tree);
LayerException exception = new LayerException(currLayer, e);
newupdater.Tag(tree, "interpretation_exception", exception);
tree = newupdater.GetUpdatedTree();
}
return tree;
}
public InterpretArgs (Tree tree, Tree.BatchTransform updater, IRuntimeStorage runtimeStorage)
{
this._updater = updater;
Tree = tree;
RuntimeStorage = runtimeStorage;
}
private static Tree InterpretSubchain(List<LayerWrapper> layers, int startInclusive, int endInclusive, Tree tree){
LayerWrapper currLayer = null;
try
{
for (int i = startInclusive; i <= endInclusive; i++)
{
currLayer = layers[i];
Tree.BatchTransform updater = new Tree.BatchTransform(tree);
InterpretArgs args = new InterpretArgs(tree, updater, currLayer.Intent);
currLayer.Layer.Interpret(args);
tree = updater.GetUpdatedTree();
currLayer.Layer.AfterInterpret(tree);
}
}
catch (Exception e)
{
Tree.BatchTransform newupdater = new Tree.BatchTransform(tree);
LayerException exception = new LayerException(currLayer, e);
newupdater.Tag(tree, "interpretation_exception", exception);
tree = newupdater.GetUpdatedTree();
}
return tree;
}
public InterpretArgs(Tree tree, Tree.BatchTransform updater, IRuntimeStorage runtimeStorage)
{
this._updater = updater;
Tree = tree;
RuntimeStorage = runtimeStorage;
}
