private IEnumerator RelinkRouterJob(ChainNode respawn)
{
//yield return null;
//yield return null; // Ensure that the nodes we're looking for exist
try
{
foreach (var state in router.Keys)
{
foreach (var target in router[state])
{
respawn.Router[state].AddTarget(
ChainView.Instance.RootGroupView.RecursiveNodeViewsEnumerable.First(
cnv => cnv.ChainNode.JsonId == target).ChainNode, false);
}
}
if (parentJsonID == -1)
{
yield break;
}
var parentRouter =
ChainView.Instance.RootGroupView.RecursiveNodeViewsEnumerable.First(
cnv => cnv.ChainNode.JsonId == parentJsonID).ChainNode.Router;
foreach (var state in parentStates)
{
parentRouter[state].AddTarget(respawn, false);
}
}
catch (Exception)
{
}
}
public static Include <T> ExtractNavigations <T>(this Include <T> include, IModel model) where T : class
{
void extractNavigationsAppendKeyLeafsRecursive(ChainNode source, ChainNode destination)
{
var entityType = model.FindEntityType(source.Type);
if (entityType != null)
{
var navigationPropertyInfos = entityType.GetNavigations().Select(e => e.PropertyInfo).ToList();
foreach (var n in source.Children)
{
var child = n.Value;
var propertyInfo = navigationPropertyInfos.FirstOrDefault(e => e.Name == child.MemberName);
if (propertyInfo != null)
{
var childDestination = child.CloneChainMemberNode(destination);
//childDestination.AddChild(propertyInfo);
extractNavigationsAppendKeyLeafsRecursive(child, childDestination);
}
}
}
}
var root = include.CreateChainNode();
var destinaion = new ChainNode(root.Type);
extractNavigationsAppendKeyLeafsRecursive(root, destinaion);
var @value = destinaion.ComposeInclude <T>();
return(@value);
}
public NodeDelete(ChainNode deletedNode)
{
var recievingGroup =
ChainView.Instance.RootGroupView.RecursiveGroupViewsEnumerable.First(
cgv => cgv.Group.Nodes.Contains(deletedNode));
var chainNodeView = recievingGroup.NodeViewsEnumerable.First(cnv => cnv.ChainNode == deletedNode);
jsonid = deletedNode.JsonId;
nodeDragId = chainNodeView.Draggable.DragID;
groupDragId = recievingGroup.BackgroundPanel.Draggable.DragID;
initialLocation = chainNodeView.transform.position;
try
{
var parent = StateRouter.NodeParents[deletedNode];
parentJsonID = parent.Node.JsonId;
parentStates = parent.States.Select(s => s.Name).ToArray();
}
catch (KeyNotFoundException)
{
parentJsonID = -1;
parentStates = new string[] { };
}
router = new Dictionary <string, int[]>();
foreach (var state in deletedNode.Router.SelectionStatesEnumerable)
{
router[state.Name] = state.TargetsEnumerable.Select(cn => cn.JsonId).ToArray();
}
deletedNode.Router.UntargetAllTargets();
deletedNode.RequestUntargeting();
json = JsonConvert.SerializeObject(deletedNode, Formatting.Indented,
HaxxisPackage.GetSerializationSettings(TypeNameHandling.All));
}
public ChainNodeView FindChainNodeView(ChainNode node, bool recurse)
{
var foundNode = NodeViews.FirstOrDefault(view => view.ChainNode == node);
if (foundNode != null)
{
return(foundNode);
}
if (!recurse)
{
return(null);
}
foreach (var view in GroupViews)
{
foundNode = view.FindChainNodeView(node, true);
if (foundNode != null)
{
return(foundNode);
}
}
return(null);
}
public void PointerDown()
{
if (SequanceManager.Instance.ConnectObjects.Count == 0)
{
SequanceManager.Instance.AddChainNode(this);
}
else
{
ChainNode lastChainNode = (ChainNode)SequanceManager.Instance.ConnectObjects.Last();
if (lastChainNode == this)
{
print("前のノードと同じノードが選択されました");
return;
}
var connectEdge = lastChainNode.SearchConnectEdge(this);
if (connectEdge == null)
{
print("前のノードと接続されていないノードが選択されました");
return;
}
bool b = SequanceManager.Instance.SerchConnectedEdge(connectEdge);
if (b)
{
print("既に接続されているエッジを通ります");
return;
}
StartCoroutine(lastChainNode.Connect(this, connectEdge));
SequanceManager.Instance.AddChainNode(this, connectEdge);
}
}
private void Delete()
{
ApiInvokeMap.MapCore.GetInstance().Increase("Delete");
lock (add_look_obj)
{
if (_currlength == 0)
{
return;
}
if (_tailNode.preNode != null)
{
_tailNode.preNode.nextNode = null;
_tailNode = _tailNode.preNode;
_currlength--;
}
else
{
_currlength = 0;
_headNode = null;
_tailNode = null;
}
}
}
public Delegate GetFormatter <T, TParameters>(
// TODO:
// Include<T,TParameters> include = null,
Include <T> include = null,
Func <ChainNode, IEnumerable <MemberInfo> > leafRule = null,
Action <RulesDictionary <T> > config = null,
bool useToString = false,
string dateTimeFormat = null,
string floatingPointFormat = null,
bool objectAsArray = false,
bool handleEmptyObjectLiteral = true,
bool handleEmptyArrayLiteral = true,
Func <StringBuilder, bool> nullSerializer = null,
bool handleNullProperty = true,
Func <StringBuilder, bool> nullArraySerializer = null,
bool handleNullArrayProperty = true,
string rootAsProperty = null,
Action <IJsonRootPropertyAppender, TParameters> rootPropertyAppender = null,
bool rootHandleNull = true,
bool rootHandleEmptyLiteral = true,
int stringBuilderCapacity = 16)
{
if (formatter != null)
{
return(formatter);
}
else
{
ChainNode root = IncludeExtensions.CreateChainNode(include);
if (include == null)
{
var type = typeof(T);
if (type.IsAssociativeArrayType())
{
root.AppendLeafs(leafRule ?? LeafRuleManager.DefaultEfCore);
}
}
else
{
if (leafRule != null)
{
root.AppendLeafs(leafRule);
}
}
formatter = JsonManager.ComposeFormatter <T, TParameters>(root: root,
config: config, useToString: useToString, dateTimeFormat: dateTimeFormat,
floatingPointFormat: floatingPointFormat, objectAsArray: objectAsArray,
handleEmptyObjectLiteral: handleEmptyObjectLiteral,
handleEmptyArrayLiteral: handleEmptyArrayLiteral,
nullSerializer: nullSerializer, handleNullProperty: handleNullProperty,
nullArraySerializer: nullArraySerializer, handleNullArrayProperty: handleNullArrayProperty,
rootAsProperty: rootAsProperty,
rootPropertyAppender: rootPropertyAppender,
rootHandleNull: rootHandleNull,
rootHandleEmptyLiteral: rootHandleEmptyLiteral,
stringBuilderCapacity);
return(formatter);
}
}
public void RemoveTargetCheckbox(ChainNode targetNode)
{
var targetCheckbox = TargetsToTargetCheckboxes[targetNode];
Destroy(targetCheckbox.gameObject);
TargetsToTargetCheckboxes.Remove(targetNode);
}
public NodeAdd(ChainNode addedNode, ChainGroupView recievingGroup, Vector3 spawnLocation)
{
jsonid = addedNode.JsonId;
nodeDragId = recievingGroup.NodeViewsEnumerable.First(cnv => cnv.ChainNode == addedNode).Draggable.DragID;
groupDragId = recievingGroup.BackgroundPanel.Draggable.DragID;
NodeType = addedNode.GetType();
initialLocation = spawnLocation;
}
private void HandleGroupNodeRemoved(ChainNode node, bool isTransfer)
{
if (isTransfer)
{
return;
}
RemoveChainNodeView(node, true);
}
public RouterConnection(ChainNode to, SelectionState state, bool add)
{
idTo = to.JsonId;
this.state = state.Name;
idFrom =
ChainView.Instance.RootGroupView.RecursiveNodeViewsEnumerable.First(
cnv => cnv.ChainNode.Router[this.state] == state).ChainNode.JsonId;
wasAdd = add;
}
public void ChainNode()
{
Nohros.Configuration.Configuration config = Nohros.Configuration.Configuration.DefaultConfiguration;
ChainNode pseudo_chain = config.ChainNodes["pseudo-chain"] as ChainNode;
Assert.IsNotNull(pseudo_chain);
Assert.AreEqual("SmsMessenger", pseudo_chain.Nodes[0]);
Assert.AreEqual("EmailMessenger", pseudo_chain.Nodes[1]);
}
private void AddChainNodeView(ChainNode chainNode)
{
var viewGo = Instantiate(NodeViewPrefab, NodeAttachmentPoint);
var view = viewGo.GetComponent <ChainNodeView>();
view.ChainNode = chainNode;
//view.Expanded = true;
AddChainNodeView(view);
}
/// <summary>
/// このノードが行き止まりかどうか
/// </summary>
/// <param name="node">調べるノード</param>
/// <returns>行き止まりならtrue</returns>
public bool CheckDeadEndNode(ChainNode node)
{
foreach (var edge in node.ConnectedChainEdges)
{
if (!CheckEdgePass(edge))
{
return(false);
}
}
return(true);
}
private void RemoveUniqueTarget(ChainNode targetNode)
{
RemoveTargetLabel(targetNode);
foreach (var stateView in StateViews)
{
stateView.RemoveTargetCheckbox(targetNode);
}
UniqueTargetsChanged();
}
public static ChainNode ShallowClone(ChainNode tnode)
{
var newnode = new ChainNode(tnode.token)
{
accessCount = tnode.accessCount,
nextNode = tnode.nextNode,
preNode = tnode.preNode,
used = tnode.used
};
return(newnode);
}
internal InternalNodeOptions GeInternalNodeOptions(ChainNode node)
{
var theDictionary = GetDictionary(node);
var serializationType = Nullable.GetUnderlyingType(node.Type) ?? node.Type;
var options = default(InternalNodeOptions);
if (theDictionary.TryGetValue(serializationType, out SerializerOptions rule))
{
options = rule.InternalNodeOptions;
}
return(options ?? internalNodeOptions);
}
private void HandleStateTargetRemoved(SelectionState state, ChainNode target)
{
if (!TargetsToTargetCheckboxes.ContainsKey(target))
{
return;
}
var checkbox = TargetsToTargetCheckboxes[target];
checkbox.Checked = false;
UpdateCheckboxes();
}
private void HandleTargetChecked(ChainNode target, bool isChecked)
{
// This is setting actual targets in the state.
if (isChecked && !SelectionState.Contains(target))
{
SelectionState.AddTarget(target);
}
else if (!isChecked && SelectionState.Contains(target))
{
SelectionState.RemoveTarget(target);
}
}
private void HandleGroupNodeAdded(ChainNode node, bool isTransfer)
{
if (isTransfer)
{
return;
}
AddChainNodeView(node);
if (!node.SuppressUndos)
{
UndoLord.Instance.Push(new NodeAdd(node, this, NewNodePosition));
}
}
private void AddTargetLabel(ChainNode targetNode)
{
var targetLabelGo = Instantiate(TargetLabelPrefab);
var targetLabel = targetLabelGo.GetComponent <StateRouterTargetLabelView>();
targetLabel.Target = targetNode;
targetLabel.transform.SetParent(TargetLabelRootTransform, false);
TargetLabels.Add(targetLabel);
IndexAndPositionTargetLabels();
}
private void RemoveTargetLabel(ChainNode targetNode)
{
var label = TargetLabels.FirstOrDefault(l => l.Target == targetNode);
if (label == null)
{
return;
}
TargetLabels.Remove(label);
Destroy(label.gameObject);
IndexAndPositionTargetLabels();
}
public void AddNode(ChainNode <TRequestContext> node)
{
if (firstChainNode == null)
{
firstChainNode = node;
lastChainNode = node;
}
else
{
lastChainNode.Successor = node;
lastChainNode = lastChainNode.Successor;
}
++Count;
}
private void CreateTargetCheckbox(ChainNode target)
{
var newTargetItemGo = Instantiate(TargetUiPrefab);
var newTargetItem = newTargetItemGo.GetComponent <StateRouterTargetCheckboxView>();
newTargetItem.transform.SetParent(TargetItemRootTransform, false);
if (SelectionState != null && SelectionState.Contains(target))
{
newTargetItem.Checked = true;
}
newTargetItem.CheckedChanged += isChecked => HandleTargetChecked(target, isChecked);
TargetsToTargetCheckboxes.Add(target, newTargetItem);
}
/// <summary>
/// 接続してるエッジの先に引数のノードがあるか調べる
/// </summary>
/// <param name="connectNode">接続されているか調べるノード</param>
/// <returns>接続されていればその接続エッジ，なければnull</returns>
public ChainEdge SearchConnectEdge(ChainNode connectNode)
{
foreach (var connectEdge in connectedChainEdges)
{
if (connectEdge == null)
{
continue;
}
var connectingNode = connectEdge.GetConnectedOtherNode(connectNode);
if (connectingNode != null)
{
return(connectEdge);
}
}
return(null);
}
public static Func <IEnumerable <T>, TP, string> ComposeEnumerableFormatter <T, TP>(
this Include <T> include
, Action <RulesDictionary <T> > config = null
, bool useToString = false
, string dateTimeFormat = null
, string floatingPointFormat = null
, bool objectAsArray = false
, bool handleEmptyObjectLiteral = true
, bool handleEmptyArrayLiteral = true
, Func <StringBuilder, bool> nullSerializer = null
, bool handleNullProperty = true
, Func <StringBuilder, bool> nullArraySerializer = null
, bool handleNullArrayProperty = true
, string rootAsProperty = null
, Action <IJsonRootPropertyAppender, TP> rootPropertyAppender = null
, bool rootHandleNull = true
, bool rootHandleEmptyLiteral = true
, int stringBuilderCapacity = 16
, Func <LambdaExpression, Delegate> compile = null
, bool doCompileInnerLambdas = true)
{
if (compile == null)
{
compile = StandardCompile;
}
ChainNode root = IncludeExtensions.CreateChainNode(include);
if (include == null && config == null)
{
var type = typeof(T);
if (type.IsAssociativeArrayType())
{
root.AppendLeafs();
}
}
return(ComposeEnumerableFormatter(root: root, config: config,
useToString: useToString,
dateTimeFormat: dateTimeFormat, floatingPointFormat: floatingPointFormat,
objectAsArray: objectAsArray,
handleEmptyObjectLiteral: handleEmptyObjectLiteral, handleEmptyArrayLiteral: handleEmptyArrayLiteral,
nullSerializer: nullSerializer, handleNullProperty: handleNullProperty, nullArraySerializer: nullArraySerializer,
handleNullArrayProperty: handleNullArrayProperty,
rootAsProperty: rootAsProperty, rootPropertyAppender: rootPropertyAppender,
rootHandleNull: rootHandleNull, rootHandleLiteral: rootHandleEmptyLiteral,
stringBuilderCapacity: stringBuilderCapacity, compile: compile, doCompileInnerLambdas: doCompileInnerLambdas));
}
private void Sort()
{
ApiInvokeMap.MapCore.GetInstance().Increase("Sort");
lock (add_look_obj)
{
if (_currlength == 0)
{
return;
}
List <ChainNode> tosortlist = new List <ChainNode>(_currlength);
var tempnode = _headNode;
//var curr_first = _headNode;
while (tempnode != null)
{
tosortlist.Add(ChainNode.ShallowClone(tempnode));
tempnode = tempnode.nextNode;
}
tosortlist.Sort((x, y) => { return(y.accessCount - x.accessCount); });
//relink
tosortlist[0].preNode = null;
tosortlist[tosortlist.Count - 1].nextNode = null;
tosortlist[0].accessCount = 0;
tosortlist[tosortlist.Count - 1].accessCount = 0;
if (tosortlist.Count > 1)
{
tosortlist[0].nextNode = tosortlist[1];
tosortlist[tosortlist.Count - 1].preNode = tosortlist[tosortlist.Count - 2];
}
else
{
tosortlist[0].nextNode = null;
tosortlist[tosortlist.Count - 1].preNode = null;
}
for (int i = 1; i < tosortlist.Count - 1; i++)
{
tosortlist[i].preNode = tosortlist[i - 1];
tosortlist[i].nextNode = tosortlist[i + 1];
tosortlist[i].accessCount = 0;
}
_tailNode = tosortlist[tosortlist.Count - 1];
_headNode = tosortlist[0];
}
}
internal SerializerOptions GetLeafSerializerOptions(ChainNode node)
{
var theDictionary = GetDictionary(node);
var serializationType = Nullable.GetUnderlyingType(node.Type) ?? node.Type;
if (!theDictionary.TryGetValue(serializationType, out SerializerOptions rule))
{
var @delegate = CreateGeneralSerializer(serializationType, useToString);
rule = new SerializerOptions(@delegate, nullSerializer, handleNullProperty, internalNodeOptions);
}
if (rule?.Serializer == null)
{
throw new NotConfiguredException($"Node '{node.FindLinkedRootXPath()}' included as leaf but serializer for its type '{serializationType.FullName}' is not configured");
}
return(rule);
}
private bool InitAdd(Token t)
{
ApiInvokeMap.MapCore.GetInstance().Increase("InitAdd");
lock (add_look_obj)
{
if (_currlength != 0)
{
return(false);
}
ChainNode nodeitem = new ChainNode(t);
_headNode = nodeitem;
_tailNode = nodeitem;
_currlength = 1;
return(true);
}
}
public ChainNode GetConnectedOtherNode(ChainNode chainNode)
{
Debug.Assert(connectedChainNodes.Length == 2);
if (connectedChainNodes[0] != chainNode &&
connectedChainNodes[1] != chainNode)
{
return(null);
}
if (connectedChainNodes[0] == chainNode)
{
return(connectedChainNodes[1]);
}
else
{
return(connectedChainNodes[0]);
}
}
public void Add(Token t)
{
lock (add_look_obj)
{
ApiInvokeMap.MapCore.GetInstance().Increase("Add");
if (_currlength == 0)
{
if (InitAdd(t))
{
return;
}
}
if (_currlength == _maxlength)
{
Delete();
}
ChainNode nodeitem = new ChainNode(t);
_headNode.preNode = nodeitem;
nodeitem.nextNode = _headNode;
_headNode = nodeitem;
_currlength++;
}
}
public static ChainNode ShallowClone(ChainNode tnode)
{
var newnode = new ChainNode(tnode.token)
{
accessCount = tnode.accessCount,
nextNode = tnode.nextNode,
preNode = tnode.preNode,
used = tnode.used
};
return newnode;
}
private void Sort()
{
ApiInvokeMap.MapCore.GetInstance().Increase("Sort");
lock (add_look_obj)
{
if (_currlength == 0)
return;
List<ChainNode> tosortlist = new List<ChainNode>(_currlength);
var tempnode = _headNode;
//var curr_first = _headNode;
while (tempnode != null)
{
tosortlist.Add(ChainNode.ShallowClone(tempnode));
tempnode = tempnode.nextNode;
}
tosortlist.Sort((x, y) => { return y.accessCount - x.accessCount; });
//relink
tosortlist[0].preNode = null;
tosortlist[tosortlist.Count - 1].nextNode = null;
tosortlist[0].accessCount = 0;
tosortlist[tosortlist.Count - 1].accessCount = 0;
if (tosortlist.Count > 1)
{
tosortlist[0].nextNode = tosortlist[1];
tosortlist[tosortlist.Count - 1].preNode = tosortlist[tosortlist.Count - 2];
}
else
{
tosortlist[0].nextNode = null;
tosortlist[tosortlist.Count - 1].preNode = null;
}
for (int i = 1; i < tosortlist.Count - 1; i++)
{
tosortlist[i].preNode = tosortlist[i - 1];
tosortlist[i].nextNode = tosortlist[i + 1];
tosortlist[i].accessCount = 0;
}
_tailNode = tosortlist[tosortlist.Count - 1];
_headNode = tosortlist[0];
}
}
private bool InitAdd(Token t)
{
ApiInvokeMap.MapCore.GetInstance().Increase("InitAdd");
lock (add_look_obj)
{
if (_currlength != 0)
return false;
ChainNode nodeitem = new ChainNode(t);
_headNode = nodeitem;
_tailNode = nodeitem;
_currlength = 1;
return true;
}
}
private void Delete()
{
ApiInvokeMap.MapCore.GetInstance().Increase("Delete");
lock (add_look_obj)
{
if (_currlength == 0)
return;
if (_tailNode.preNode != null)
{
_tailNode.preNode.nextNode = null;
_tailNode = _tailNode.preNode;
_currlength--;
}
else
{
_currlength = 0;
_headNode = null;
_tailNode = null;
}
}
}
private void BatchDelete()
{
ApiInvokeMap.MapCore.GetInstance().Increase("BatchDelete");
if (_tailNode != null)
{
ChainNode result_node = null;
var tn = _tailNode;
int r_count = 0;
while (tn != null && !tn.used)
{
result_node = tn;
tn = tn.preNode;
r_count++;
}
if (result_node != null)
{
if (result_node.preNode != null)
{
lock (result_node.preNode)
{
result_node.preNode.nextNode = null;
}
_tailNode = result_node.preNode;
}
else
{
_tailNode = null;
_headNode = null;
}
lock (result_node)
{
result_node.abort = true;
_currlength -= r_count;
}
}
}
}