public void Setup(string nodeName, string nodeId, string unused_connectionIdToNextNode, Dictionary <string, List <Asset> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <Asset> >, List <string> > Output)
{
try {
ValidateBundleNameTemplate(
bundleNameTemplate,
() => {
throw new NodeException(nodeName + ":Bundle Name Template is empty.", nodeId);
}
);
foreach (var name in variants.Values)
{
ValidateVariantName(name, variants.Values.ToList(),
() => {
throw new NodeException(nodeName + ":Variant is empty.", nodeId);
},
() => {
throw new NodeException(nodeName + ":Variant name cannot contain whitespace \"" + name + "\".", nodeId);
},
() => {
throw new NodeException(nodeName + ":Variant name already exists \"" + name + "\".", nodeId);
});
}
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
return;
}
var recommendedBundleOutputDir = FileUtility.PathCombine(AssetBundleGraphSettings.BUNDLIZER_CACHE_PLACE, nodeId, SystemDataUtility.GetCurrentPlatformKey());
var outputDict = new Dictionary <string, List <Asset> >();
foreach (var groupKey in groupedSources.Keys)
{
var inputSources = groupedSources[groupKey];
var reservedBundlePath = BundlizeAssets(nodeName, groupKey, inputSources, recommendedBundleOutputDir, false);
if (string.IsNullOrEmpty(reservedBundlePath))
{
continue;
}
var outputSources = new List <Asset>();
var newAssetData = Asset.CreateAssetWithImportPath(reservedBundlePath);
outputSources.Add(newAssetData);
outputDict[groupKey] = outputSources;
}
if (assetsOutputConnectionId != AssetBundleGraphSettings.BUNDLIZER_FAKE_CONNECTION_ID)
{
Output(nodeId, assetsOutputConnectionId, outputDict, new List <string>());
}
}
private Type FindIncomingAssetType(ConnectionPointData inputPoint)
{
var assetGroups = AssetBundleGraphEditorWindow.GetIncomingAssetGroups(inputPoint);
if (assetGroups == null)
{
return(null);
}
return(TypeUtility.FindIncomingAssetType(assetGroups.SelectMany(v => v.Value).ToList()));
}
public void Setup(string nodeName, string nodeId, string unused_connectionIdToNextNode, Dictionary <string, List <Asset> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <Asset> >, List <string> > Output)
{
// overlapping test.
try {
var overlappingCheckList = new List <string>();
for (var i = 0; i < containsKeywords.Count; i++)
{
var keywordAndKeytypeCombind = containsKeywords[i] + containsKeytypes[i];
if (overlappingCheckList.Contains(keywordAndKeytypeCombind))
{
throw new NodeException(String.Format("Duplicated filter condition found for [Keyword:{0} Type:{1}]", containsKeywords[i], containsKeytypes[i]), nodeId);
}
overlappingCheckList.Add(keywordAndKeytypeCombind);
}
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
return;
}
foreach (var groupKey in groupedSources.Keys)
{
var outputDict = new Dictionary <string, List <Asset> >();
var inputSources = groupedSources[groupKey];
Action <string, List <string> > _PreOutput = (string connectionId, List <string> outputSources) => {
var outputs = new List <Asset>();
foreach (var outputSource in outputSources)
{
foreach (var inputSource in inputSources)
{
if (outputSource == inputSource.GetAbsolutePathOrImportedPath())
{
outputs.Add(inputSource);
}
}
}
outputDict[groupKey] = outputs;
Output(nodeId, connectionId, outputDict, new List <string>());
};
try {
Filter(inputSources, _PreOutput);
} catch (Exception e) {
Debug.LogError(nodeName + " Error:" + e);
}
}
}
private void GroupingOutput(string nodeName, string nodeId, string connectionIdToNextNode, Dictionary <string, List <Asset> > groupedSources, Action <string, string, Dictionary <string, List <Asset> >, List <string> > Output)
{
try {
ValidateGroupingKeyword(
groupingKeyword,
() => {
throw new NodeException("Grouping Keyword can not be empty.", nodeId);
},
() => {
throw new NodeException(String.Format("Grouping Keyword must contain {0} for numbering: currently {1}", AssetBundleGraphSettings.KEYWORD_WILDCARD, groupingKeyword), nodeId);
}
);
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
return;
}
var outputDict = new Dictionary <string, List <Asset> >();
var mergedGroupedSources = new List <Asset>();
foreach (var groupKey in groupedSources.Keys)
{
mergedGroupedSources.AddRange(groupedSources[groupKey]);
}
foreach (var source in mergedGroupedSources)
{
var targetPath = source.GetAbsolutePathOrImportedPath();
var groupingKeywordPrefix = groupingKeyword.Split(AssetBundleGraphSettings.KEYWORD_WILDCARD)[0];
var groupingKeywordPostfix = groupingKeyword.Split(AssetBundleGraphSettings.KEYWORD_WILDCARD)[1];
var regex = new Regex(groupingKeywordPrefix + "(.*?)" + groupingKeywordPostfix);
var match = regex.Match(targetPath);
if (match.Success)
{
var newGroupingKey = match.Groups[1].Value;
if (!outputDict.ContainsKey(newGroupingKey))
{
outputDict[newGroupingKey] = new List <Asset>();
}
outputDict[newGroupingKey].Add(source);
}
}
Output(nodeId, connectionIdToNextNode, outputDict, new List <string>());
}
private void DoInspectorPrefabricatorGUI(NodeGUI node)
{
EditorGUILayout.HelpBox("Prefabricator: Create prefab with given assets and script.", MessageType.Info);
UpdateNodeName(node);
using (new EditorGUILayout.HorizontalScope(GUI.skin.box)) {
GUILayout.Label("Prefabricator Class");
if (GUILayout.Button(node.scriptAttrNameOrClassName, "Popup"))
{
/*
* collect type name or "Name" attribute parameter from extended-PrefabricatorBase class.
*/
var prefabricatorCandidateTypeNameOrAttrName = PrefabricatorBase.GetPrefabricatorAttrName_ClassNameDict();
// prepare for no class found.
if (!prefabricatorCandidateTypeNameOrAttrName.Any())
{
var menu = new GenericMenu();
menu.AddItem(
new GUIContent("Generate Example Prefabricator Script"),
false,
() => {
// generate sample.
AssetBundleGraphEditorWindow.GenerateScript(AssetBundleGraphEditorWindow.ScriptType.SCRIPT_PREFABRICATOR);
}
);
menu.ShowAsContext();
return;
}
/*
* displays type name or attribute if exist.
*/
NodeGUI.ShowTypeNamesMenu(
node.scriptAttrNameOrClassName,
prefabricatorCandidateTypeNameOrAttrName.Keys.ToList(),
(string selectedClassNameOrAttrName) => {
node.BeforeSave();
node.scriptAttrNameOrClassName = selectedClassNameOrAttrName;
node.Save();
}
);
}
}
}
static void OnPostprocessAllAssets(string[] importedAssets,
string[] deletedAssets, string[] movedAssets, string[] movedFromAssetPaths)
{
LogUtility.Logger.Log("[OnPostprocessAllAssets]");
AssetBundleGraphEditorWindow.OnAssetsReimported(importedAssets, deletedAssets, movedAssets, movedFromAssetPaths);
foreach (string str in deletedAssets)
{
LogUtility.Logger.Log("Deleted Asset: " + str);
AssetReferenceDatabase.DeleteReference(str);
}
for (int i = 0; i < movedAssets.Length; i++)
{
LogUtility.Logger.Log("Moved Asset: " + movedAssets[i] + " from: " + movedFromAssetPaths[i]);
AssetReferenceDatabase.MoveReference(movedFromAssetPaths[i], movedAssets[i]);
}
}
Perform(
SaveData saveData,
BuildTarget target,
bool isRun,
Action <NodeData, float> updateHandler = null
)
{
bool validateFailed = false;
try {
ValidateNameCollision(saveData);
ValidateLoopConnection(saveData);
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
validateFailed = true;
}
var resultDict = new Dictionary <ConnectionData, Dictionary <string, List <Asset> > >();
var performedIds = new List <string>();
var cacheDict = new Dictionary <NodeData, List <string> >();
// if validation failed, node may contain looped connections, so we are not going to
// go into each operations.
if (!validateFailed)
{
var leaf = saveData.CollectAllLeafNodes();
foreach (var leafNode in leaf)
{
if (leafNode.InputPoints.Count == 0)
{
DoNodeOperation(target, leafNode, null, null, saveData, resultDict, cacheDict, performedIds, isRun, updateHandler);
}
else
{
foreach (var inputPoint in leafNode.InputPoints)
{
DoNodeOperation(target, leafNode, inputPoint, null, saveData, resultDict, cacheDict, performedIds, isRun, updateHandler);
}
}
}
}
return(resultDict);
}
public void Setup(string nodeName, string nodeId, string connectionIdToNextNode, Dictionary <string, List <Asset> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <Asset> >, List <string> > Output)
{
try {
ValidateExportPath(
exportFilePath,
exportFilePath,
() => {
throw new NodeException(nodeName + ":Export Path is empty.", nodeId);
},
() => {
throw new NodeException(nodeName + ":Directory set to Export Path does not exist. Path:" + exportFilePath, nodeId);
}
);
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
return;
}
Export(nodeName, nodeId, connectionIdToNextNode, groupedSources, Output, false);
}
private void UpdateNodeName(NodeGUI node)
{
var newName = EditorGUILayout.TextField("Node Name", node.Name);
if (NodeGUIUtility.allNodeNames != null)
{
var overlapping = NodeGUIUtility.allNodeNames.GroupBy(x => x)
.Where(group => group.Count() > 1)
.Select(group => group.Key);
if (overlapping.Any() && overlapping.Contains(newName))
{
EditorGUILayout.HelpBox("This node name already exist. Please put other name:" + newName, MessageType.Error);
AssetBundleGraphEditorWindow.AddNodeException(new NodeException("Node name " + newName + " already exist.", node.Id));
}
}
if (newName != node.Name)
{
using (new RecordUndoScope("Change Node Name", node, true)){
node.Name = newName;
}
}
}
private Type FindFirstIncomingAssetType(ConnectionPointData inputPoint)
{
var assetGroupEnum = AssetBundleGraphEditorWindow.EnumurateIncomingAssetGroups(inputPoint);
if (assetGroupEnum == null)
{
return(null);
}
if (assetGroupEnum.Any())
{
var ag = assetGroupEnum.First();
if (ag.Values.Any())
{
var assets = ag.Values.First();
if (assets.Count > 0)
{
return(assets[0].filterType);
}
}
}
return(null);
}
private void DoInspectorModifierGUI(NodeGUI node)
{
EditorGUILayout.HelpBox("Modifier: Force apply asset settings to given assets.", MessageType.Info);
UpdateNodeName(node);
GUILayout.Space(10f);
var currentModifierTargetType = IntegratedGUIModifier.ModifierOperationTargetTypeName(node.nodeId);
using (new EditorGUILayout.VerticalScope(GUI.skin.box)) {
// show incoming type of Assets and reset interface.
{
var isOperationDataExist = false;
IntegratedGUIModifier.ValidateModifiyOperationData(
node.nodeId,
node.currentPlatform,
() => {
GUILayout.Label("No modifier data found, please Reload first.");
},
() => {
isOperationDataExist = true;
}
);
if (!isOperationDataExist)
{
return;
}
using (new EditorGUILayout.HorizontalScope()) {
GUILayout.Label("Target Type:");
GUILayout.Label(currentModifierTargetType);
}
/*
* reset whole platform's data for this modifier.
*/
if (GUILayout.Button("Reset Modifier"))
{
var modifierFolderPath = FileUtility.PathCombine(AssetBundleGraphSettings.MODIFIER_OPERATOR_DATAS_PLACE, node.nodeId);
FileUtility.RemakeDirectory(modifierFolderPath);
node.Save();
modifierOperatorInstance = null;
return;
}
}
GUILayout.Space(10f);
var usingScriptMode = !string.IsNullOrEmpty(node.scriptClassName);
// use modifier script manually.
{
GUIStyle s = new GUIStyle("TextFieldDropDownText");
/*
* check prefabricator script-type string.
*/
if (string.IsNullOrEmpty(node.scriptClassName))
{
s.fontStyle = FontStyle.Bold;
s.fontSize = 12;
}
else
{
var loadedType = System.Reflection.Assembly.GetExecutingAssembly().CreateInstance(node.scriptClassName);
if (loadedType == null)
{
s.fontStyle = FontStyle.Bold;
s.fontSize = 12;
}
}
var before = !string.IsNullOrEmpty(node.scriptClassName);
usingScriptMode = EditorGUILayout.ToggleLeft("Use ModifierOperator Script", !string.IsNullOrEmpty(node.scriptClassName));
// detect mode changed.
if (before != usingScriptMode)
{
// checked. initialize value of scriptClassName.
if (usingScriptMode)
{
node.BeforeSave();
node.scriptClassName = "MyModifier";
node.Save();
}
// unchecked.
if (!usingScriptMode)
{
node.BeforeSave();
node.scriptClassName = string.Empty;
node.Save();
}
}
if (!usingScriptMode)
{
EditorGUI.BeginDisabledGroup(true);
}
GUILayout.Label("ここをドロップダウンにする。2");
var newScriptClass = EditorGUILayout.TextField("Classname", node.scriptClassName, s);
if (newScriptClass != node.scriptClassName)
{
node.BeforeSave();
node.scriptClassName = newScriptClass;
node.Save();
}
if (!usingScriptMode)
{
EditorGUI.EndDisabledGroup();
}
}
GUILayout.Space(10f);
if (usingScriptMode)
{
EditorGUI.BeginDisabledGroup(true);
}
// show for each platform tab.
var currentPlatform = node.currentPlatform;
node.currentPlatform = UpdateCurrentPlatform(node.currentPlatform);
/*
* if platform tab is changed, renew modifierOperatorInstance for that tab.
*/
if (currentPlatform != node.currentPlatform)
{
modifierOperatorInstance = null;
}
/*
* reload modifierOperator instance from saved modifierOperator data.
*/
if (modifierOperatorInstance == null)
{
var modifierOperatorDataPath = IntegratedGUIModifier.ModifierDataPathForeachPlatform(node.nodeId, node.currentPlatform);
// choose default modifierOperatorData if platform specified file is not exist.
if (!File.Exists(modifierOperatorDataPath))
{
modifierOperatorDataPath = IntegratedGUIModifier.ModifierDataPathForDefaultPlatform(node.nodeId);
}
var loadedModifierOperatorDataStr = string.Empty;
using (var sr = new StreamReader(modifierOperatorDataPath)) {
loadedModifierOperatorDataStr = sr.ReadToEnd();
}
var modifierOperatorType = TypeUtility.SupportedModifierOperatorDefinition[currentModifierTargetType];
/*
* create instance from saved modifierOperator data.
*/
modifierOperatorInstance = typeof(NodeGUIEditor)
.GetMethod("FromJson")
.MakeGenericMethod(modifierOperatorType) // set desired generic type here.
.Invoke(this, new object[] { loadedModifierOperatorDataStr }) as ModifierOperators.OperatorBase;
}
/*
* Show ModifierOperator Inspector.
*/
if (modifierOperatorInstance != null)
{
Action changed = () => {
var data = JsonUtility.ToJson(modifierOperatorInstance);
var prettified = AssetBundleGraphEditorWindow.PrettifyJson(data);
var modifierOperatorDataPath = IntegratedGUIModifier.ModifierDataPathForeachPlatform(node.nodeId, node.currentPlatform);
using (var sw = new StreamWriter(modifierOperatorDataPath)) {
sw.Write(prettified);
}
// reflect change of data.
AssetDatabase.Refresh();
modifierOperatorInstance = null;
};
GUILayout.Space(10f);
modifierOperatorInstance.DrawInspector(changed);
}
var deleted = UpdateDeleteSetting(node);
if (deleted)
{
// source platform depended data is deleted. reload instance for reloading instance from data.
modifierOperatorInstance = null;
}
if (usingScriptMode)
{
EditorGUI.EndDisabledGroup();
}
}
}
public static INodeOperation CreateOperation(SaveData saveData, NodeData currentNodeData)
{
INodeOperation executor = null;
try {
switch (currentNodeData.Kind)
{
case NodeKind.LOADER_GUI: {
executor = new IntegratedGUILoader();
break;
}
case NodeKind.FILTER_GUI: {
// Filter requires multiple output connections
var connectionsToChild = saveData.Connections.FindAll(c => c.FromNodeId == currentNodeData.Id);
executor = new IntegratedGUIFilter(connectionsToChild);
break;
}
case NodeKind.IMPORTSETTING_GUI: {
executor = new IntegratedGUIImportSetting();
break;
}
case NodeKind.MODIFIER_GUI: {
executor = new IntegratedGUIModifier();
break;
}
case NodeKind.GROUPING_GUI: {
executor = new IntegratedGUIGrouping();
break;
}
case NodeKind.PREFABBUILDER_GUI: {
executor = new IntegratedPrefabBuilder();
break;
}
case NodeKind.BUNDLECONFIG_GUI: {
executor = new IntegratedGUIBundleConfigurator();
break;
}
case NodeKind.BUNDLEBUILDER_GUI: {
executor = new IntegratedGUIBundleBuilder();
break;
}
case NodeKind.EXPORTER_GUI: {
executor = new IntegratedGUIExporter();
break;
}
default: {
Debug.LogError(currentNodeData.Name + " is defined as unknown kind of node. value:" + currentNodeData.Kind);
break;
}
}
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
//Debug.LogError("error occured:\"" + e.reason + "\", please check information on node.");
//throw new AssetBundleGraphException(node.Name + ": " + e.reason);
}
return(executor);
}
/**
* Collect build result: connectionId : < groupName : List<Asset> >
*/
// private static Dictionary<ConnectionData, Dictionary<string, List<Asset>>>
// CollectResult (Dictionary<ConnectionData, Dictionary<string, List<Asset>>> buildResult) {
//
// var finalResult = new Dictionary<ConnectionData, Dictionary<string, List<Asset>>>();
//
// foreach (var connection in buildResult.Keys) {
// var groupDict = buildResult[connection];
// var finalGroupDict = new Dictionary<string, List<Asset>>();
//
// foreach (var groupKey in groupDict.Keys) {
// var assets = groupDict[groupKey];
// var finalAssets = new List<Asset>();
//
// foreach (var assetData in assets) {
// var bundled = assetData.isBundled;
//
// if (!string.IsNullOrEmpty(assetData.importFrom)) {
// finalAssets.Add(new DepreacatedThroughputAsset(assetData.importFrom, bundled));
// continue;
// }
//
// if (!string.IsNullOrEmpty(assetData.absoluteAssetPath)) {
// var relativeAbsolutePath = assetData.absoluteAssetPath.Replace(FileUtility.ProjectPathWithSlash(), string.Empty);
// finalAssets.Add(new DepreacatedThroughputAsset(relativeAbsolutePath, bundled));
// continue;
// }
//
// if (!string.IsNullOrEmpty(assetData.exportTo)) {
// finalAssets.Add(new DepreacatedThroughputAsset(assetData.exportTo, bundled));
// continue;
// }
// }
// finalGroupDict[groupKey] = finalAssets;
// }
// finalResult[connection] = finalGroupDict;
// }
// return finalResult;
// }
/**
* Perform Run or Setup from parent of given terminal node recursively.
*/
private static void DoNodeOperation(
BuildTarget target,
NodeData currentNodeData,
ConnectionPointData currentInputPoint,
ConnectionData connectionToOutput,
SaveData saveData,
Dictionary <ConnectionData, Dictionary <string, List <Asset> > > resultDict,
Dictionary <NodeData, List <string> > cachedDict,
List <string> performedIds,
bool isActualRun,
Action <NodeData, float> updateHandler = null
)
{
if (performedIds.Contains(currentNodeData.Id) || (currentInputPoint != null && performedIds.Contains(currentInputPoint.Id)))
{
return;
}
/*
* Find connections coming into this node from parent node, and traverse recursively
*/
var connectionsToParents = saveData.Connections.FindAll(con => con.ToNodeId == currentNodeData.Id);
foreach (var c in connectionsToParents)
{
var parentNode = saveData.Nodes.Find(node => node.Id == c.FromNodeId);
UnityEngine.Assertions.Assert.IsNotNull(parentNode);
// check if nodes can connect together
ConnectionData.ValidateConnection(parentNode, currentNodeData);
if (parentNode.InputPoints.Count > 0)
{
// if node has multiple input, node is operated per input
foreach (var parentInputPoint in parentNode.InputPoints)
{
DoNodeOperation(target, parentNode, parentInputPoint, c, saveData, resultDict, cachedDict, performedIds, isActualRun, updateHandler);
}
}
// if parent does not have input point, call with inputPoint==null
else
{
DoNodeOperation(target, parentNode, null, c, saveData, resultDict, cachedDict, performedIds, isActualRun, updateHandler);
}
}
// mark this point as performed
if (currentInputPoint != null)
{
performedIds.Add(currentInputPoint.Id);
}
// Root node does not have input point, so we are storing node id instead.
else
{
performedIds.Add(currentNodeData.Id);
}
/*
* Perform node operation for this node
*/
if (updateHandler != null)
{
updateHandler(currentNodeData, 0f);
}
/*
* has next node, run first time.
*/
var alreadyCachedPaths = new List <string>();
if (cachedDict.ContainsKey(currentNodeData))
{
alreadyCachedPaths.AddRange(cachedDict[currentNodeData]);
}
// load already exist cache from node.
alreadyCachedPaths.AddRange(GetCachedDataByNode(target, currentNodeData));
// Grab incoming assets from result by refering connections to parents
var inputGroupAssets = new Dictionary <string, List <Asset> >();
if (currentInputPoint != null)
{
// aggregates all input assets coming from current inputPoint
var connToParentsFromCurrentInput = saveData.Connections.FindAll(con => con.ToNodeConnectionPointId == currentInputPoint.Id);
foreach (var rCon in connToParentsFromCurrentInput)
{
if (!resultDict.ContainsKey(rCon))
{
continue;
}
var result = resultDict[rCon];
foreach (var groupKey in result.Keys)
{
if (!inputGroupAssets.ContainsKey(groupKey))
{
inputGroupAssets[groupKey] = new List <Asset>();
}
inputGroupAssets[groupKey].AddRange(result[groupKey]);
}
}
}
/*
* the Action passes to NodeOperaitons.
* It stores result to resultDict.
*/
Action <ConnectionData, Dictionary <string, List <Asset> >, List <string> > Output =
(ConnectionData destinationConnection, Dictionary <string, List <Asset> > outputGroupAsset, List <string> cachedItems) =>
{
if (destinationConnection != null)
{
if (!resultDict.ContainsKey(destinationConnection))
{
resultDict[destinationConnection] = new Dictionary <string, List <Asset> >();
}
/*
* merge connection result by group key.
*/
foreach (var groupKey in outputGroupAsset.Keys)
{
if (!resultDict[destinationConnection].ContainsKey(groupKey))
{
resultDict[destinationConnection][groupKey] = new List <Asset>();
}
resultDict[destinationConnection][groupKey].AddRange(outputGroupAsset[groupKey]);
}
}
if (isActualRun)
{
if (!cachedDict.ContainsKey(currentNodeData))
{
cachedDict[currentNodeData] = new List <string>();
}
if (cachedItems != null)
{
cachedDict[currentNodeData].AddRange(cachedItems);
}
}
};
try {
INodeOperation executor = CreateOperation(saveData, currentNodeData);
if (executor != null)
{
if (isActualRun)
{
executor.Run(target, currentNodeData, currentInputPoint, connectionToOutput, inputGroupAssets, alreadyCachedPaths, Output);
}
else
{
executor.Setup(target, currentNodeData, currentInputPoint, connectionToOutput, inputGroupAssets, alreadyCachedPaths, Output);
}
}
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
// since error occured, this node should stop running for other inputpoints. Adding node id to stop.
if (!performedIds.Contains(currentNodeData.Id))
{
performedIds.Add(currentNodeData.Id);
}
}
if (updateHandler != null)
{
updateHandler(currentNodeData, 1f);
}
}
/**
* Perform Run or Setup from parent of given terminal node recursively.
*/
private static void DoNodeOperation(
string nodeId,
List <NodeData> allNodes,
List <ConnectionData> allConnections,
Dictionary <string, Dictionary <string, List <Asset> > > resultDict,
Dictionary <string, List <string> > cachedDict,
List <string> usedConnectionIds,
bool isActualRun,
Action <string, float> updateHandler = null
)
{
var relatedNodes = allNodes.Where(relation => relation.nodeId == nodeId).ToList();
if (!relatedNodes.Any())
{
return;
}
var currentNodeData = relatedNodes[0];
if (currentNodeData.IsAlreadyDone())
{
return;
}
var nodeName = currentNodeData.nodeName;
var nodeKind = currentNodeData.nodeKind;
/*
* Perform prarent node recursively from this node
*/
foreach (var connectionToParent in currentNodeData.connectionToParents)
{
var parentNodeId = connectionToParent.fromNodeId;
var usedConnectionId = connectionToParent.connectionId;
if (usedConnectionIds.Contains(usedConnectionId))
{
throw new NodeException("connection loop detected.", parentNodeId);
}
usedConnectionIds.Add(usedConnectionId);
var parentNode = allNodes.Where(node => node.nodeId == parentNodeId).ToList();
if (!parentNode.Any())
{
return;
}
var parentNodeKind = parentNode[0].nodeKind;
// check node kind order.
SystemDataValidator.ValidateAssertNodeOrder(parentNodeKind, nodeKind);
DoNodeOperation(parentNodeId, allNodes, allConnections, resultDict, cachedDict, usedConnectionIds, isActualRun, updateHandler);
}
/*
* Perform node operation for this node
*/
// connections Ids from this node to child nodes. non-ordered.
// actual running order depends on order of Node's OutputPoint order.
var nonOrderedConnectionsFromThisNodeToChildNode = allConnections
.Where(con => con.fromNodeId == nodeId)
.ToList();
var orderedNodeOutputPointIds = allNodes.Where(node => node.nodeId == nodeId).SelectMany(node => node.outputPointIds).ToList();
/*
* get connection ids which is orderd by node's outputPoint-order.
*/
var orderedConnectionIds = new List <string>(nonOrderedConnectionsFromThisNodeToChildNode.Count);
foreach (var orderedNodeOutputPointId in orderedNodeOutputPointIds)
{
foreach (var nonOrderedConnectionFromThisNodeToChildNode in nonOrderedConnectionsFromThisNodeToChildNode)
{
var nonOrderedConnectionOutputPointId = nonOrderedConnectionFromThisNodeToChildNode.fromNodeOutputPointId;
if (orderedNodeOutputPointId == nonOrderedConnectionOutputPointId)
{
orderedConnectionIds.Add(nonOrderedConnectionFromThisNodeToChildNode.connectionId);
continue;
}
}
}
/*
* FilterNode and BundlizerNode uses specific multiple output connections.
* ExportNode does not have output.
* but all other nodes has only one output connection and uses first connection.
*/
var firstConnectionIdFromThisNodeToChildNode = string.Empty;
if (orderedConnectionIds.Any())
{
firstConnectionIdFromThisNodeToChildNode = orderedConnectionIds[0];
}
if (updateHandler != null)
{
updateHandler(nodeId, 0f);
}
/*
* has next node, run first time.
*/
var alreadyCachedPaths = new List <string>();
if (cachedDict.ContainsKey(nodeId))
{
alreadyCachedPaths.AddRange(cachedDict[nodeId]);
}
/*
* load already exist cache from node.
*/
alreadyCachedPaths.AddRange(GetCachedDataByNodeKind(nodeKind, nodeId));
var inputParentResults = new Dictionary <string, List <Asset> >();
var receivingConnectionIds = allConnections
.Where(con => con.toNodeId == nodeId)
.Select(con => con.connectionId)
.ToList();
foreach (var connecionId in receivingConnectionIds)
{
if (!resultDict.ContainsKey(connecionId))
{
continue;
}
var result = resultDict[connecionId];
foreach (var groupKey in result.Keys)
{
if (!inputParentResults.ContainsKey(groupKey))
{
inputParentResults[groupKey] = new List <Asset>();
}
inputParentResults[groupKey].AddRange(result[groupKey]);
}
}
/*
* the Action passes to NodeOperaitons.
* It stores result to resultDict.
*/
Action <string, string, Dictionary <string, List <Asset> >, List <string> > Output =
(string dataSourceNodeId, string targetConnectionId, Dictionary <string, List <Asset> > result, List <string> justCached) =>
{
var targetConnectionIds = allConnections
.Where(con => con.connectionId == targetConnectionId)
.Select(con => con.connectionId)
.ToList();
if (!targetConnectionIds.Any())
{
// if next connection does not exist, no results for next.
// save results to resultDict with this endpoint node's id.
resultDict[dataSourceNodeId] = new Dictionary <string, List <Asset> >();
foreach (var groupKey in result.Keys)
{
if (!resultDict[dataSourceNodeId].ContainsKey(groupKey))
{
resultDict[dataSourceNodeId][groupKey] = new List <Asset>();
}
resultDict[dataSourceNodeId][groupKey].AddRange(result[groupKey]);
}
return;
}
if (!resultDict.ContainsKey(targetConnectionId))
{
resultDict[targetConnectionId] = new Dictionary <string, List <Asset> >();
}
/*
* merge connection result by group key.
*/
foreach (var groupKey in result.Keys)
{
if (!resultDict[targetConnectionId].ContainsKey(groupKey))
{
resultDict[targetConnectionId][groupKey] = new List <Asset>();
}
resultDict[targetConnectionId][groupKey].AddRange(result[groupKey]);
}
if (isActualRun)
{
if (!cachedDict.ContainsKey(nodeId))
{
cachedDict[nodeId] = new List <string>();
}
cachedDict[nodeId].AddRange(justCached);
}
};
try {
if (isActualRun)
{
switch (nodeKind)
{
/*
* Scripts
*/
case AssetBundleGraphSettings.NodeKind.FILTER_SCRIPT: {
var scriptClassName = currentNodeData.scriptClassName;
var executor = SystemDataUtility.CreateNodeOperationInstance <FilterBase>(scriptClassName, nodeId);
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.PREFABRICATOR_SCRIPT: {
var scriptClassName = currentNodeData.scriptClassName;
var executor = SystemDataUtility.CreateNodeOperationInstance <PrefabricatorBase>(scriptClassName, nodeId);
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
/*
* GUIs
*/
case AssetBundleGraphSettings.NodeKind.LOADER_GUI: {
var currentLoadFilePath = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.loadFilePath);
var executor = new IntegratedGUILoader(FileUtility.GetPathWithAssetsPath(currentLoadFilePath));
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.FILTER_GUI: {
/*
* Filter requires "outputPoint ordered exist connection Id and Fake connection Id" for
* exhausting assets by keyword and type correctly.
*
* outputPoint which has connection can through assets by keyword and keytype,
* also outputPoint which doesn't have connection should take assets by keyword and keytype.
*/
var orderedConnectionIdsAndFakeConnectionIds = new string[orderedNodeOutputPointIds.Count];
for (var i = 0; i < orderedNodeOutputPointIds.Count; i++)
{
var orderedNodeOutputPointId = orderedNodeOutputPointIds[i];
foreach (var nonOrderedConnectionFromThisNodeToChildNode in nonOrderedConnectionsFromThisNodeToChildNode)
{
var connectionOutputPointId = nonOrderedConnectionFromThisNodeToChildNode.fromNodeOutputPointId;
if (orderedNodeOutputPointId == connectionOutputPointId)
{
orderedConnectionIdsAndFakeConnectionIds[i] = nonOrderedConnectionFromThisNodeToChildNode.connectionId;
break;
}
else
{
orderedConnectionIdsAndFakeConnectionIds[i] = AssetBundleGraphSettings.FILTER_FAKE_CONNECTION_ID;
}
}
}
var executor = new IntegratedGUIFilter(orderedConnectionIdsAndFakeConnectionIds, currentNodeData.containsKeywords, currentNodeData.containsKeytypes);
executor.Run(nodeName, nodeId, string.Empty, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.IMPORTSETTING_GUI: {
var executor = new IntegratedGUIImportSetting();
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.MODIFIER_GUI: {
var specificScriptClass = currentNodeData.scriptClassName;
var executor = new IntegratedGUIModifier(specificScriptClass, SystemDataUtility.GetCurrentPlatformShortName());
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.GROUPING_GUI: {
var executor = new IntegratedGUIGrouping(SystemDataUtility.GetCurrentPlatformValue(currentNodeData.groupingKeyword));
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.PREFABRICATOR_GUI: {
var scriptClassName = currentNodeData.scriptClassName;
if (string.IsNullOrEmpty(scriptClassName))
{
Debug.LogError(nodeName + ": Classname is empty. Set valid classname. Configure valid script name from editor.");
break;
}
var executor = SystemDataUtility.CreateNodeOperationInstance <PrefabricatorBase>(scriptClassName, nodeId);
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.BUNDLIZER_GUI: {
/*
* Bundlizer requires assetOutputConnectionId and additional resourceOutputConnectionId.
* both-connected, or both-not-connected, or one of them is connected. 4 patterns exists.
*
* Bundler Node's outputPoint [0] is always the point for assetOutputConnectionId.
* Bundler Node's outputPoint [1] is always the point for resourceOutputConnectionId.
*
* if one of these outputPoint don't have connection, use Fake connection id for correct output.
*
*
* unorderedConnectionId \
* ----> orderedConnectionIdsAndFakeConnectionIds.
* orderedOutputPointId /
*/
var orderedConnectionIdsAndFakeConnectionIds = new string[orderedNodeOutputPointIds.Count];
for (var i = 0; i < orderedNodeOutputPointIds.Count; i++)
{
var orderedNodeOutputPointId = orderedNodeOutputPointIds[i];
foreach (var nonOrderedConnectionFromThisNodeToChildNode in nonOrderedConnectionsFromThisNodeToChildNode)
{
var connectionOutputPointId = nonOrderedConnectionFromThisNodeToChildNode.fromNodeOutputPointId;
if (orderedNodeOutputPointId == connectionOutputPointId)
{
orderedConnectionIdsAndFakeConnectionIds[i] = nonOrderedConnectionFromThisNodeToChildNode.connectionId;
break;
}
else
{
orderedConnectionIdsAndFakeConnectionIds[i] = AssetBundleGraphSettings.BUNDLIZER_FAKE_CONNECTION_ID;
}
}
}
var bundleNameTemplate = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.bundleNameTemplate);
/*
* TODO: variants needs to be execute Setup/Run as many times as its variants
*/
var executor = new IntegratedGUIBundlizer(bundleNameTemplate, orderedConnectionIdsAndFakeConnectionIds[0], currentNodeData.variants);
executor.Run(nodeName, nodeId, string.Empty, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.BUNDLEBUILDER_GUI: {
var bundleOptions = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.enabledBundleOptions);
var executor = new IntegratedGUIBundleBuilder(bundleOptions, allNodes.Select(nodeData => nodeData.nodeId).ToList());
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.EXPORTER_GUI: {
var exportTo = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.exportFilePath);
var executor = new IntegratedGUIExporter(FileUtility.GetPathWithProjectPath(exportTo));
executor.Run(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
default: {
Debug.LogError(nodeName + " is defined as unknown kind of node. value:" + nodeKind);
break;
}
}
}
else
{
switch (nodeKind)
{
/*
* Scripts
*/
case AssetBundleGraphSettings.NodeKind.FILTER_SCRIPT: {
var scriptClassName = currentNodeData.scriptClassName;
var executor = SystemDataUtility.CreateNodeOperationInstance <FilterBase>(scriptClassName, nodeId);
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.PREFABRICATOR_SCRIPT: {
var scriptClassName = currentNodeData.scriptClassName;
var executor = SystemDataUtility.CreateNodeOperationInstance <PrefabricatorBase>(scriptClassName, nodeId);
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
/*
* GUIs
*/
case AssetBundleGraphSettings.NodeKind.LOADER_GUI: {
var currentLoadFilePath = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.loadFilePath);
var executor = new IntegratedGUILoader(FileUtility.GetPathWithAssetsPath(currentLoadFilePath));
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.FILTER_GUI: {
/*
* Filter requires "outputPoint ordered exist connection Id and Fake connection Id" for
* exhausting assets by keyword and type correctly.
*
* outputPoint which has connection can through assets by keyword and keytype,
* also outputPoint which doesn't have connection should take assets by keyword and keytype.
*/
var orderedConnectionIdsAndFakeConnectionIds = new string[orderedNodeOutputPointIds.Count];
for (var i = 0; i < orderedNodeOutputPointIds.Count; i++)
{
var orderedNodeOutputPointId = orderedNodeOutputPointIds[i];
foreach (var nonOrderedConnectionFromThisNodeToChildNode in nonOrderedConnectionsFromThisNodeToChildNode)
{
var connectionOutputPointId = nonOrderedConnectionFromThisNodeToChildNode.fromNodeOutputPointId;
if (orderedNodeOutputPointId == connectionOutputPointId)
{
orderedConnectionIdsAndFakeConnectionIds[i] = nonOrderedConnectionFromThisNodeToChildNode.connectionId;
break;
}
else
{
orderedConnectionIdsAndFakeConnectionIds[i] = AssetBundleGraphSettings.FILTER_FAKE_CONNECTION_ID;
}
}
}
var executor = new IntegratedGUIFilter(orderedConnectionIdsAndFakeConnectionIds, currentNodeData.containsKeywords, currentNodeData.containsKeytypes);
executor.Setup(nodeName, nodeId, string.Empty, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.IMPORTSETTING_GUI: {
var executor = new IntegratedGUIImportSetting();
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.MODIFIER_GUI: {
var specificScriptClass = currentNodeData.scriptClassName;
var executor = new IntegratedGUIModifier(specificScriptClass, SystemDataUtility.GetCurrentPlatformShortName());
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.GROUPING_GUI: {
var executor = new IntegratedGUIGrouping(SystemDataUtility.GetCurrentPlatformValue(currentNodeData.groupingKeyword));
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.PREFABRICATOR_GUI: {
var scriptClassName = currentNodeData.scriptClassName;
if (string.IsNullOrEmpty(scriptClassName))
{
AssetBundleGraphEditorWindow.AddNodeException(new NodeException(nodeName + ": Classname is empty. Set valid classname.", nodeId));
break;
}
try {
var executor = SystemDataUtility.CreateNodeOperationInstance <PrefabricatorBase>(scriptClassName, nodeId);
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
break;
}
break;
}
case AssetBundleGraphSettings.NodeKind.BUNDLIZER_GUI: {
/*
* Bundlizer requires assetOutputConnectionId and additional resourceOutputConnectionId.
* both-connected, or both-not-connected, or one of them is connected. 4 patterns exists.
*
* Bundler Node's outputPoint [0] is always the point for assetOutputConnectionId.
* Bundler Node's outputPoint [1] is always the point for resourceOutputConnectionId.
*
* if one of these outputPoint don't have connection, use Fake connection id for correct output.
*
*
* unorderedConnectionId \
* ----> orderedConnectionIdsAndFakeConnectionIds.
* orderedOutputPointId /
*/
var orderedConnectionIdsAndFakeConnectionIds = new string[orderedNodeOutputPointIds.Count];
for (var i = 0; i < orderedNodeOutputPointIds.Count; i++)
{
var orderedNodeOutputPointId = orderedNodeOutputPointIds[i];
foreach (var nonOrderedConnectionFromThisNodeToChildNode in nonOrderedConnectionsFromThisNodeToChildNode)
{
var connectionOutputPointId = nonOrderedConnectionFromThisNodeToChildNode.fromNodeOutputPointId;
if (orderedNodeOutputPointId == connectionOutputPointId)
{
orderedConnectionIdsAndFakeConnectionIds[i] = nonOrderedConnectionFromThisNodeToChildNode.connectionId;
break;
}
else
{
orderedConnectionIdsAndFakeConnectionIds[i] = AssetBundleGraphSettings.BUNDLIZER_FAKE_CONNECTION_ID;
}
}
}
var bundleNameTemplate = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.bundleNameTemplate);
/*
* TODO: variants needs to be execute Setup/Run as many times as its variants
*/
var executor = new IntegratedGUIBundlizer(bundleNameTemplate, orderedConnectionIdsAndFakeConnectionIds[0], currentNodeData.variants);
executor.Setup(nodeName, nodeId, string.Empty, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.BUNDLEBUILDER_GUI: {
var bundleOptions = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.enabledBundleOptions);
var executor = new IntegratedGUIBundleBuilder(bundleOptions, allNodes.Select(nodeData => nodeData.nodeId).ToList());
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
case AssetBundleGraphSettings.NodeKind.EXPORTER_GUI: {
var exportTo = SystemDataUtility.GetCurrentPlatformValue(currentNodeData.exportFilePath);
var executor = new IntegratedGUIExporter(FileUtility.GetPathWithProjectPath(exportTo));
executor.Setup(nodeName, nodeId, firstConnectionIdFromThisNodeToChildNode, inputParentResults, alreadyCachedPaths, Output);
break;
}
default: {
Debug.LogError(nodeName + " is defined as unknown kind of node. value:" + nodeKind);
break;
}
}
}
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
//Debug.LogError("error occured:\"" + e.reason + "\", please check information on node.");
return;
//throw new AssetBundleGraphException(nodeName + ": " + e.reason);
}
currentNodeData.Done();
if (updateHandler != null)
{
updateHandler(nodeId, 1f);
}
}
public void Setup(string nodeName, string nodeId, string connectionIdToNextNode, Dictionary <string, List <Asset> > unused, List <string> alreadyCached, Action <string, string, Dictionary <string, List <Asset> >, List <string> > Output)
{
try {
ValidateLoadPath(
loadFilePath,
loadFilePath,
() => {
//throw new NodeException(nodeName + ": Load Path is empty.", nodeId);
},
() => {
throw new NodeException(nodeName + ": Directory not found: " + loadFilePath, nodeId);
}
);
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
return;
}
// SOMEWHERE_FULLPATH/PROJECT_FOLDER/Assets/
var assetsFolderPath = Application.dataPath + AssetBundleGraphSettings.UNITY_FOLDER_SEPARATOR;
var outputSource = new List <Asset>();
var targetFilePaths = FileUtility.FilePathsInFolder(loadFilePath);
try {
foreach (var targetFilePath in targetFilePaths)
{
if (targetFilePath.Contains(AssetBundleGraphSettings.ASSETBUNDLEGRAPH_PATH))
{
continue;
}
// already contained into Assets/ folder.
// imported path is Assets/SOMEWHERE_FILE_EXISTS.
if (targetFilePath.StartsWith(assetsFolderPath))
{
var relativePath = targetFilePath.Replace(assetsFolderPath, AssetBundleGraphSettings.ASSETS_PATH);
var assetType = TypeUtility.GetTypeOfAsset(relativePath);
if (assetType == typeof(object))
{
continue;
}
outputSource.Add(Asset.CreateNewAssetFromLoader(targetFilePath, relativePath));
continue;
}
throw new NodeException(nodeName + ": Invalid Load Path. Path must start with Assets/", nodeId);
}
} catch (NodeException e) {
AssetBundleGraphEditorWindow.AddNodeException(e);
return;
}
catch (Exception e) {
Debug.LogError(nodeName + " Error:" + e);
}
var outputDir = new Dictionary <string, List <Asset> > {
{ "0", outputSource }
};
Output(nodeId, connectionIdToNextNode, outputDir, new List <string>());
}
public void Setup(string nodeName, string nodeId, string connectionIdToNextNode, Dictionary <string, List <Asset> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <Asset> >, List <string> > Output)
{
if (groupedSources.Keys.Count == 0)
{
return;
}
// Modifier merges multiple incoming groups into one.
if (1 < groupedSources.Keys.Count)
{
Debug.LogWarning(nodeName + " Modifier merges incoming group into \"" + groupedSources.Keys.ToList()[0]);
}
var groupMergeKey = groupedSources.Keys.ToList()[0];
// merge all assets into single list.
var inputSources = new List <Asset>();
foreach (var groupKey in groupedSources.Keys)
{
inputSources.AddRange(groupedSources[groupKey]);
}
if (!inputSources.Any())
{
return;
}
// initialize as object.
var modifierType = string.Empty;
var first = true;
foreach (var inputSource in inputSources)
{
var modifyTargetAssetPath = inputSource.importFrom;
var assumedType = TypeUtility.FindTypeOfAsset(modifyTargetAssetPath);
if (assumedType == null || assumedType == typeof(object))
{
continue;
}
if (first)
{
first = false;
modifierType = assumedType.ToString();
continue;
}
if (modifierType != assumedType.ToString())
{
throw new NodeException("multiple Asset Type detected. consider reduce Asset Type number to only 1 by Filter. detected Asset Types is:" + modifierType + " , and " + assumedType.ToString(), nodeId);
}
}
// modifierType is fixed.
if (!string.IsNullOrEmpty(specifiedScriptClass))
{
Debug.LogError("modifierのScript版実装中。");
return;
}
// check support.
if (!TypeUtility.SupportedModifierOperatorDefinition.ContainsKey(modifierType))
{
throw new NodeException("current incoming Asset Type:" + modifierType + " is unsupported.", nodeId);
}
// generate modifierOperatorData if data is not exist yet.
{
var modifierOperationDataFolderPath = AssetBundleGraphSettings.MODIFIER_OPERATOR_DATAS_PLACE;
if (!Directory.Exists(modifierOperationDataFolderPath))
{
Directory.CreateDirectory(modifierOperationDataFolderPath);
}
var opDataFolderPath = FileUtility.PathCombine(modifierOperationDataFolderPath, nodeId);
if (!Directory.Exists(opDataFolderPath))
{
Directory.CreateDirectory(opDataFolderPath);
}
// ready default platform path.
var modifierOperatorDataPathForDefaultPlatform = FileUtility.PathCombine(opDataFolderPath, ModifierOperatiorDataName(AssetBundleGraphSettings.PLATFORM_DEFAULT_NAME));
/*
* create default platform ModifierOperatorData if not exist.
* default ModifierOperatorData is the target platform for every platform by default.
*/
if (!File.Exists(modifierOperatorDataPathForDefaultPlatform))
{
var operatorType = TypeUtility.SupportedModifierOperatorDefinition[modifierType];
var operatorInstance = Activator.CreateInstance(operatorType) as ModifierOperators.OperatorBase;
var defaultRenderTextureOp = operatorInstance.DefaultSetting();
/*
* generated json data is typed as supported ModifierOperation type.
*/
var jsonData = JsonUtility.ToJson(defaultRenderTextureOp);
var prettified = AssetBundleGraphEditorWindow.PrettifyJson(jsonData);
using (var sw = new StreamWriter(modifierOperatorDataPathForDefaultPlatform)) {
sw.WriteLine(prettified);
}
}
}
// validate saved data.
ValidateModifiyOperationData(
nodeId,
currentPlatformStr,
() => {
throw new NodeException("No ModifierOperatorData found. please Setup first.", nodeId);
},
() => {
/*do nothing.*/
}
);
var outputSources = new List <Asset>();
/*
* all assets types are same and do nothing to assets in setup.
*/
foreach (var asset in inputSources)
{
outputSources.Add(Asset.DuplicateAsset(asset));
}
var outputDict = new Dictionary <string, List <Asset> >();
outputDict[groupMergeKey] = outputSources;
Output(nodeId, connectionIdToNextNode, outputDict, new List <string>());
}
