private void RemoveOtherPlatformAndPackageBundleSettings(List <string> nodeIds, string package)
{
if (!Directory.Exists(AssetGraphSettings.APPLICATIONDATAPATH_CACHE_PATH))
{
return;
}
/*
* get all cache folder of node from cache path.
*/
var cachedNodeKindFolderPaths = FileController.FolderPathsInFolder(AssetGraphSettings.APPLICATIONDATAPATH_CACHE_PATH);
foreach (var cachedNodeKindFolderPath in cachedNodeKindFolderPaths)
{
var nodeIdFolderPaths = FileController.FolderPathsInFolder(cachedNodeKindFolderPath);
foreach (var nodeIdFolderPath in nodeIdFolderPaths)
{
var nodeIdFromFolder = nodeIdFolderPath.Split(AssetGraphSettings.UNITY_FOLDER_SEPARATOR).Last();
// remove all bundle settings from unrelated nodes.
if (!nodeIds.Contains(nodeIdFromFolder))
{
RemoveBundleSettings(nodeIdFolderPath);
continue;
}
// related nodes, contains platform_package folder.
// remove all bundle settings from unrelated platforms + packages.
var platformFolderPaths = FileController.FolderPathsInFolder(nodeIdFolderPath);
foreach (var platformFolderPath in platformFolderPaths)
{
var platformNameFromFolder = platformFolderPath.Split(AssetGraphSettings.UNITY_FOLDER_SEPARATOR).Last();
if (platformNameFromFolder == GraphStackController.Current_Platform_Package_Folder(package))
{
continue;
}
RemoveBundleSettings(platformFolderPath);
}
}
}
}
public void Run(string nodeId, string labelToNext, string package, Dictionary <string, List <InternalAssetData> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <InternalAssetData> >, List <string> > Output)
{
RemoveOtherPlatformAndPackageBundleSettings(relatedNodeIds, package);
var recommendedBundleOutputDirSource = FileController.PathCombine(AssetGraphSettings.BUNDLEBUILDER_CACHE_PLACE, nodeId);
var recommendedBundleOutputDir = FileController.PathCombine(recommendedBundleOutputDirSource, GraphStackController.Current_Platform_Package_Folder(package));
if (!Directory.Exists(recommendedBundleOutputDir))
{
Directory.CreateDirectory(recommendedBundleOutputDir);
}
/*
* merge multi group into ["0"] group.
*/
var intendedAssetNames = new List <string>();
foreach (var groupKey in groupedSources.Keys)
{
var internalAssetsOfCurrentGroup = groupedSources[groupKey];
foreach (var internalAsset in internalAssetsOfCurrentGroup)
{
intendedAssetNames.Add(internalAsset.fileNameAndExtension);
intendedAssetNames.Add(internalAsset.fileNameAndExtension + AssetGraphSettings.MANIFEST_FOOTER);
}
}
/*
* platform's bundle & manifest.
* e.g. iOS & iOS.manifest.
*/
var currentPlatform_Package_BundleFile = GraphStackController.Current_Platform_Package_Folder(package);
var currentPlatform_Package_BundleFileManifest = currentPlatform_Package_BundleFile + AssetGraphSettings.MANIFEST_FOOTER;
intendedAssetNames.Add(currentPlatform_Package_BundleFile);
intendedAssetNames.Add(currentPlatform_Package_BundleFileManifest);
/*
* delete not intended assets.
*/
foreach (var alreadyCachedPath in alreadyCached)
{
var cachedFileName = Path.GetFileName(alreadyCachedPath);
if (intendedAssetNames.Contains(cachedFileName))
{
continue;
}
File.Delete(alreadyCachedPath);
}
var assetBundleOptions = BuildAssetBundleOptions.None;
foreach (var enabled in bundleOptions)
{
switch (enabled)
{
case "Uncompressed AssetBundle": {
assetBundleOptions = assetBundleOptions | BuildAssetBundleOptions.UncompressedAssetBundle;
break;
}
case "Disable Write TypeTree": {
assetBundleOptions = assetBundleOptions | BuildAssetBundleOptions.DisableWriteTypeTree;
break;
}
case "Deterministic AssetBundle": {
assetBundleOptions = assetBundleOptions | BuildAssetBundleOptions.DeterministicAssetBundle;
break;
}
case "Force Rebuild AssetBundle": {
assetBundleOptions = assetBundleOptions | BuildAssetBundleOptions.ForceRebuildAssetBundle;
break;
}
case "Ignore TypeTree Changes": {
assetBundleOptions = assetBundleOptions | BuildAssetBundleOptions.IgnoreTypeTreeChanges;
break;
}
case "Append Hash To AssetBundle Name": {
assetBundleOptions = assetBundleOptions | BuildAssetBundleOptions.AppendHashToAssetBundleName;
break;
}
}
}
BuildPipeline.BuildAssetBundles(recommendedBundleOutputDir, assetBundleOptions, EditorUserBuildSettings.activeBuildTarget);
/*
* check assumed bundlized resources and actual generated assetbunles.
*
* "assuned bundlized resources info from bundlizer" are contained by "actual bundlized resources".
*/
var outputDict = new Dictionary <string, List <InternalAssetData> >();
var outputSources = new List <InternalAssetData>();
var newAssetPaths = new List <string>();
var generatedAssetBundlePaths = FileController.FilePathsInFolder(recommendedBundleOutputDir);
foreach (var newAssetPath in generatedAssetBundlePaths)
{
newAssetPaths.Add(newAssetPath);
var newAssetData = InternalAssetData.InternalAssetDataGeneratedByBundleBuilder(newAssetPath);
outputSources.Add(newAssetData);
}
// compare, erase & notice.
var containedAssetBundles = new List <string>();
// collect intended output.
foreach (var generatedAssetPath in newAssetPaths)
{
var generatedAssetName = Path.GetFileName(generatedAssetPath);
// collect intended assetBundle & assetBundleManifest file.
foreach (var bundledName in intendedAssetNames)
{
if (generatedAssetName == bundledName)
{
containedAssetBundles.Add(generatedAssetPath);
continue;
}
var bundleManifestName = bundledName + AssetGraphSettings.MANIFEST_FOOTER;
if (generatedAssetName == bundleManifestName)
{
containedAssetBundles.Add(generatedAssetPath);
continue;
}
}
}
var diffs = newAssetPaths.Except(containedAssetBundles);
foreach (var diff in diffs)
{
Debug.LogWarning("bundleBuilder:AssetBundle:" + diff + " is not intended bundle. please check if unnecessary importer or prefabricator node is exists in graph.");
}
outputDict["0"] = outputSources;
var usedCache = new List <string>(alreadyCached);
Output(nodeId, labelToNext, outputDict, usedCache);
}
public void Run(string nodeId, string labelToNext, string package, Dictionary <string, List <InternalAssetData> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <InternalAssetData> >, List <string> > Output)
{
var usedCache = new List <string>();
var outputDict = new Dictionary <string, List <InternalAssetData> >();
var targetDirectoryPath = FileController.PathCombine(AssetGraphSettings.IMPORTER_CACHE_PLACE, nodeId, GraphStackController.Current_Platform_Package_Folder(package));
foreach (var groupKey in groupedSources.Keys)
{
var inputSources = groupedSources[groupKey];
/*
* ready import resources from outside of Unity to inside of Unity.
*/
InternalImporter.Attach(this);
foreach (var inputSource in inputSources)
{
var absoluteFilePath = inputSource.absoluteSourcePath;
var pathUnderSourceBase = inputSource.pathUnderSourceBase;
var targetFilePath = FileController.PathCombine(targetDirectoryPath, pathUnderSourceBase);
if (GraphStackController.IsCached(inputSource, alreadyCached, targetFilePath))
{
usedCache.Add(targetFilePath);
continue;
}
try {
/*
* copy files into local.
*/
FileController.CopyFileFromGlobalToLocal(absoluteFilePath, targetFilePath);
} catch (Exception e) {
Debug.LogError("Importer:" + this + " error:" + e);
}
}
AssetDatabase.Refresh(ImportAssetOptions.ImportRecursive);
InternalImporter.Detach();
// get files, which are already assets.
var localFilePathsAfterImport = FileController.FilePathsInFolder(targetDirectoryPath);
var localFilePathsWithoutTargetDirectoryPath = localFilePathsAfterImport.Select(path => InternalAssetData.GetPathWithoutBasePath(path, targetDirectoryPath)).ToList();
var outputSources = new List <InternalAssetData>();
// generate matching between source and imported assets.
foreach (var localFilePathWithoutTargetDirectoryPath in localFilePathsWithoutTargetDirectoryPath)
{
foreach (var inputtedSourceCandidate in inputSources)
{
var pathsUnderSourceBase = inputtedSourceCandidate.pathUnderSourceBase;
if (localFilePathWithoutTargetDirectoryPath == pathsUnderSourceBase)
{
var localFilePathWithTargetDirectoryPath = InternalAssetData.GetPathWithBasePath(localFilePathWithoutTargetDirectoryPath, targetDirectoryPath);
var newInternalAssetData = InternalAssetData.InternalAssetDataByImporter(
inputtedSourceCandidate.traceId,
inputtedSourceCandidate.absoluteSourcePath, // /SOMEWHERE_OUTSIDE_OF_UNITY/~
inputtedSourceCandidate.sourceBasePath, // /SOMEWHERE_OUTSIDE_OF_UNITY/
inputtedSourceCandidate.fileNameAndExtension, // A.png
inputtedSourceCandidate.pathUnderSourceBase, // (Temp/Imported/nodeId/)~
localFilePathWithTargetDirectoryPath, // Assets/~
AssetDatabase.AssetPathToGUID(localFilePathWithTargetDirectoryPath),
AssetGraphInternalFunctions.GetAssetType(localFilePathWithTargetDirectoryPath)
);
outputSources.Add(newInternalAssetData);
}
}
}
/*
* check if new Assets are generated, trace it.
*/
var assetPathsWhichAreAlreadyTraced = outputSources.Select(path => path.pathUnderSourceBase).ToList();
var assetPathsWhichAreNotTraced = localFilePathsWithoutTargetDirectoryPath.Except(assetPathsWhichAreAlreadyTraced);
foreach (var newAssetPath in assetPathsWhichAreNotTraced)
{
var basePathWithNewAssetPath = InternalAssetData.GetPathWithBasePath(newAssetPath, targetDirectoryPath);
if (alreadyCached.Contains(basePathWithNewAssetPath))
{
var newInternalAssetData = InternalAssetData.InternalAssetDataGeneratedByImporterOrPrefabricator(
basePathWithNewAssetPath,
AssetDatabase.AssetPathToGUID(basePathWithNewAssetPath),
AssetGraphInternalFunctions.GetAssetType(basePathWithNewAssetPath),
false
);
outputSources.Add(newInternalAssetData);
}
else
{
var newInternalAssetData = InternalAssetData.InternalAssetDataGeneratedByImporterOrPrefabricator(
basePathWithNewAssetPath,
AssetDatabase.AssetPathToGUID(basePathWithNewAssetPath),
AssetGraphInternalFunctions.GetAssetType(basePathWithNewAssetPath),
true
);
outputSources.Add(newInternalAssetData);
}
}
outputDict[groupKey] = outputSources;
}
Output(nodeId, labelToNext, outputDict, usedCache);
}
public void Run(string nodeId, string labelToNext, string package, Dictionary <string, List <InternalAssetData> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <InternalAssetData> >, List <string> > Output)
{
var usedCache = new List <string>();
var outputDict = new Dictionary <string, List <InternalAssetData> >();
// caution if import setting file is exists already or not.
var samplingDirectoryPath = FileController.PathCombine(AssetGraphSettings.IMPORTER_SAMPLING_PLACE, nodeId, importerPackage);
var sampleAssetPath = string.Empty;
ValidateImportSample(samplingDirectoryPath,
(string noSampleFolder) => {
Debug.LogWarning("importer:" + noSampleFolder);
},
(string noSampleFile) => {
throw new Exception("importer error:" + noSampleFile);
},
(string samplePath) => {
Debug.Log("using import setting:" + samplePath);
sampleAssetPath = samplePath;
},
(string tooManysample) => {
throw new Exception("importer error:" + tooManysample);
}
);
// ready.
AssetDatabase.Refresh(ImportAssetOptions.ImportRecursive);
// construct import path from package info.
// importer's package is complicated.
// 1. importer uses their own package informatiom.
// 2. but imported assets are located at platform-package combined path.(same as other node.)
// this is comes from the spec: importer node contains platform settings in themselves.
var nodeDirectoryPath = FileController.PathCombine(AssetGraphSettings.IMPORTER_CACHE_PLACE, nodeId, GraphStackController.Current_Platform_Package_Folder(package));
// shrink group to 1 group.
if (1 < groupedSources.Keys.Count)
{
Debug.LogWarning("importer shrinking group to \"" + groupedSources.Keys.ToList()[0] + "\" forcely.");
}
var inputSources = new List <InternalAssetData>();
foreach (var groupKey in groupedSources.Keys)
{
inputSources.AddRange(groupedSources[groupKey]);
}
var oldGeneratedRecord = GraphStackController.LoadImporterRecord(nodeId, package);
var oldRemainGeneratedAssetDict = new Dictionary <string, List <string> >();
var newGeneratedAssetDict = new Dictionary <string, List <string> >();
/**
* delete unnecessary cache from node.
*/
{
var latestInputImportAssumePaths = inputSources.Select(latestImportAsset => FileController.PathCombine(nodeDirectoryPath, latestImportAsset.pathUnderSourceBase)).ToList();
var oldGeneratedRecordPaths = oldGeneratedRecord.Keys.ToList();
var notExistInLatestButRecordedPaths = oldGeneratedRecordPaths.Except(latestInputImportAssumePaths);
foreach (var shouldDeleteCachePath in notExistInLatestButRecordedPaths)
{
var shouldDetelePaths = oldGeneratedRecord[shouldDeleteCachePath];
foreach (var deletingCachePath in shouldDetelePaths)
{
// unbundlize unused imported cached asset.
var assetImporter = AssetImporter.GetAtPath(deletingCachePath);
assetImporter.assetBundleName = string.Empty;
FileController.DeleteFileThenDeleteFolderIfEmpty(deletingCachePath);
}
}
}
/*
* copy all sources from outside to inside of Unity.
* apply importSetting to new file.
*/
{
var samplingAssetImporter = AssetImporter.GetAtPath(sampleAssetPath);
InternalSamplingImportAdopter.Attach(samplingAssetImporter);
{
var alreadyImported = new List <string>();
var ignoredResource = new List <string>();
foreach (var inputSource in inputSources)
{
// non absoluteSoucePath -> not imported. generated one. or else.
if (string.IsNullOrEmpty(inputSource.absoluteSourcePath))
{
if (!string.IsNullOrEmpty(inputSource.importedPath))
{
alreadyImported.Add(inputSource.importedPath);
continue;
}
// already imported. should ignore.
ignoredResource.Add(inputSource.fileNameAndExtension);
continue;
}
// construct imported path.
var pathUnderSourceBase = inputSource.pathUnderSourceBase;
var targetFilePath = FileController.PathCombine(nodeDirectoryPath, pathUnderSourceBase);
// skip if cached.
if (GraphStackController.IsCached(inputSource, alreadyCached, targetFilePath))
{
var alreadyImportedPathAndGeneratedPaths = oldGeneratedRecord[targetFilePath];
// continue using generated info.
oldRemainGeneratedAssetDict[targetFilePath] = oldGeneratedRecord[targetFilePath];
usedCache.AddRange(alreadyImportedPathAndGeneratedPaths);
continue;
}
var before = FileController.FilePathsOfFile(targetFilePath);
/*
* copy files into local.
*/
var absoluteFilePath = inputSource.absoluteSourcePath;
FileController.CopyFileFromGlobalToLocal(absoluteFilePath, targetFilePath);
AssetDatabase.Refresh(ImportAssetOptions.ImportRecursive);
var after = FileController.FilePathsOfFile(targetFilePath);
/*
* record relationship of imported file & generated files.
*/
var diff = after.Except(before).Where(path => !GraphStackController.IsMetaFile(path)).ToList();
newGeneratedAssetDict[targetFilePath] = diff;
}
if (alreadyImported.Any())
{
Debug.LogError("importer:" + string.Join(", ", alreadyImported.ToArray()) + " are already imported.");
}
if (ignoredResource.Any())
{
Debug.LogError("importer:" + string.Join(", ", ignoredResource.ToArray()) + " are ignored.");
}
}
InternalSamplingImportAdopter.Detach();
}
/*
* input sequence is over.
*/
// get files, which are imported or cached assets.
var localFilePathsAfterImport = FileController.FilePathsInFolder(nodeDirectoryPath);
// modify to local path.
var localFilePathsWithoutNodeDirectoryPath = localFilePathsAfterImport.Select(path => InternalAssetData.GetPathWithoutBasePath(path, nodeDirectoryPath)).ToList();
var outputSources = new List <InternalAssetData>();
/*
* treat all assets inside node.
*/
foreach (var newAssetPath in localFilePathsWithoutNodeDirectoryPath)
{
var basePathWithNewAssetPath = InternalAssetData.GetPathWithBasePath(newAssetPath, nodeDirectoryPath);
if (usedCache.Contains(basePathWithNewAssetPath))
{
// already cached, not new.
var newInternalAssetData = InternalAssetData.InternalAssetDataGeneratedByImporterOrPrefabricator(
basePathWithNewAssetPath,
AssetDatabase.AssetPathToGUID(basePathWithNewAssetPath),
AssetGraphInternalFunctions.GetAssetType(basePathWithNewAssetPath),
false
);
outputSources.Add(newInternalAssetData);
}
else
{
// now cached. new resource.
var newInternalAssetData = InternalAssetData.InternalAssetDataGeneratedByImporterOrPrefabricator(
basePathWithNewAssetPath,
AssetDatabase.AssetPathToGUID(basePathWithNewAssetPath),
AssetGraphInternalFunctions.GetAssetType(basePathWithNewAssetPath),
true
);
outputSources.Add(newInternalAssetData);
}
}
outputDict[groupedSources.Keys.ToList()[0]] = outputSources;
/*
* merge old remains record & new generated record.
*/
{
var newAndOldGeneratedAssetDict = new Dictionary <string, List <string> >();
foreach (var oldRemainGeneratedAssetPath in oldRemainGeneratedAssetDict.Keys)
{
newAndOldGeneratedAssetDict[oldRemainGeneratedAssetPath] = oldRemainGeneratedAssetDict[oldRemainGeneratedAssetPath];
}
foreach (var newGeneratedAssetPath in newGeneratedAssetDict.Keys)
{
newAndOldGeneratedAssetDict[newGeneratedAssetPath] = newGeneratedAssetDict[newGeneratedAssetPath];
}
GraphStackController.UpdateImporterRecord(nodeId, package, newAndOldGeneratedAssetDict);
}
Output(nodeId, labelToNext, outputDict, usedCache);
}
public void _4_0_RunThenCachedGUI()
{
GraphStackController.CleanCache();
var cacheDict = new Dictionary <string, List <string> >();
var dataPath = Path.Combine(Application.dataPath, "AssetGraphTest/Editor/TestData");
var graphDataPath = Path.Combine(dataPath, "_4_0_RunThenCachedGUI.json");
// load
var dataStr = string.Empty;
using (var sr = new StreamReader(graphDataPath)) {
dataStr = sr.ReadToEnd();
}
var graphDict = Json.Deserialize(dataStr) as Dictionary <string, object>;
// get cached asset dictionary.
var createdDataDict = new Dictionary <string, List <string> >();
Action act = () => {
var EndpointNodeIdsAndNodeDatasAndConnectionDatas = GraphStackController.SerializeNodeRoute(graphDict, string.Empty);
var endpointNodeIds = EndpointNodeIdsAndNodeDatasAndConnectionDatas.endpointNodeIds;
var nodeDatas = EndpointNodeIdsAndNodeDatasAndConnectionDatas.nodeDatas;
var connectionDatas = EndpointNodeIdsAndNodeDatasAndConnectionDatas.connectionDatas;
var resultDict = new Dictionary <string, Dictionary <string, List <InternalAssetData> > >();
foreach (var endNodeId in endpointNodeIds)
{
GraphStackController.RunSerializedRoute(endNodeId, nodeDatas, connectionDatas, resultDict, cacheDict, string.Empty);
}
/*
* create first data result.
*/
foreach (var node in nodeDatas)
{
var nodeId = node.nodeId;
var nodeKind = node.nodeKind;
var cachedDataPaths = GraphStackController.GetCachedDataByNodeKind(nodeKind, nodeId, string.Empty);
createdDataDict[nodeId] = cachedDataPaths;
}
};
act();
// reset cacheDict for retake.
cacheDict = new Dictionary <string, List <string> >();
act();
/*
* check results.
*/
foreach (var nodeId in createdDataDict.Keys)
{
if (!cacheDict.Keys.Contains(nodeId))
{
if (nodeId == "TestExporter")
{
continue;
}
Debug.LogError("cacheDict did not contained:" + nodeId);
}
}
foreach (var nodeId in cacheDict.Keys)
{
if (!createdDataDict.Keys.Contains(nodeId))
{
Debug.LogError("createdDataDict did not contained:" + nodeId);
}
}
foreach (var key in createdDataDict.Keys)
{
if (!cacheDict.ContainsKey(key))
{
continue;
}
var basePaths = createdDataDict[key];
var targetPaths = cacheDict[key];
foreach (var basePath in basePaths)
{
// ignore meta files.
if (GraphStackController.IsMetaFile(basePath))
{
continue;
}
// avoid sub-creating assets. sub-creating assets never appear as cached.
if (basePath.StartsWith("Assets/AssetGraph/Cache/Imported/Testimporter1/" + GraphStackController.Current_Platform_Package_Folder(string.Empty) + "/models/ID_0/Materials"))
{
continue;
}
if (basePath.StartsWith("Assets/AssetGraph/Cache/Imported/Testimporter1/" + GraphStackController.Current_Platform_Package_Folder(string.Empty) + "/models/ID_1/Materials"))
{
continue;
}
if (basePath.StartsWith("Assets/AssetGraph/Cache/Imported/Testimporter1/" + GraphStackController.Current_Platform_Package_Folder(string.Empty) + "/models/ID_2/Materials"))
{
continue;
}
if (!targetPaths.Contains(basePath))
{
Debug.LogError("contained in result, but not in cached:" + basePath);
}
}
foreach (var targetPath in targetPaths)
{
// ignore meta files.
if (GraphStackController.IsMetaFile(targetPath))
{
continue;
}
if (!basePaths.Contains(targetPath))
{
Debug.LogError("contained in cache, but not in result:" + targetPath);
}
}
}
}
public void Run(string nodeId, string labelToNext, string package, Dictionary <string, List <InternalAssetData> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <InternalAssetData> >, List <string> > Output)
{
ValidateBundleNameTemplate(
bundleNameTemplate,
() => {
throw new Exception("no Bundle Name Template set.");
}
);
var recommendedBundleOutputDir = FileController.PathCombine(AssetGraphSettings.BUNDLIZER_CACHE_PLACE, nodeId, GraphStackController.Current_Platform_Package_Folder(package));
var outputDict = new Dictionary <string, List <InternalAssetData> >();
foreach (var groupKey in groupedSources.Keys)
{
var inputSources = groupedSources[groupKey];
var reservedBundlePath = BundlizeAssets(package, groupKey, inputSources, recommendedBundleOutputDir, true);
if (string.IsNullOrEmpty(reservedBundlePath))
{
continue;
}
var outputSources = new List <InternalAssetData>();
var newAssetData = InternalAssetData.InternalAssetDataGeneratedByBundlizer(reservedBundlePath);
outputSources.Add(newAssetData);
outputDict[groupKey] = outputSources;
}
Output(nodeId, labelToNext, outputDict, new List <string>());
/*
* generate additional output:
* output bundle resources for next node, for generate another AssetBundles with dependency.
*/
if (outputResource)
{
Output(nodeId, AssetGraphSettings.BUNDLIZER_RESOURCES_OUTPUTPOINT_LABEL, groupedSources, new List <string>());
}
}
public void Run(string nodeId, string labelToNext, string package, Dictionary <string, List <InternalAssetData> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <InternalAssetData> >, List <string> > Output)
{
var usedCache = new List <string>();
var invalids = new List <string>();
foreach (var sources in groupedSources.Values)
{
foreach (var source in sources)
{
if (string.IsNullOrEmpty(source.importedPath))
{
invalids.Add(source.pathUnderSourceBase);
}
}
}
if (invalids.Any())
{
throw new Exception("prefabricator:" + string.Join(", ", invalids.ToArray()) + " are not imported yet, should import before prefabricate.");
}
var recommendedPrefabOutputDirectoryPath = FileController.PathCombine(AssetGraphSettings.PREFABRICATOR_CACHE_PLACE, nodeId, GraphStackController.Current_Platform_Package_Folder(package));
var outputDict = new Dictionary <string, List <InternalAssetData> >();
var cachedOrGenerated = new List <string>();
foreach (var groupKey in groupedSources.Keys)
{
var inputSources = groupedSources[groupKey];
var recommendedPrefabPath = FileController.PathCombine(recommendedPrefabOutputDirectoryPath, groupKey);
if (!recommendedPrefabPath.EndsWith(AssetGraphSettings.UNITY_FOLDER_SEPARATOR.ToString()))
{
recommendedPrefabPath = recommendedPrefabPath + AssetGraphSettings.UNITY_FOLDER_SEPARATOR.ToString();
}
/*
* ready input resource info for execute. not contains cache in this node.
*/
var assets = new List <AssetInfo>();
foreach (var assetData in inputSources)
{
var assetName = assetData.fileNameAndExtension;
var assetType = assetData.assetType;
var assetPath = assetData.importedPath;
var assetId = assetData.assetId;
assets.Add(new AssetInfo(assetName, assetType, assetPath, assetId));
}
// collect generated prefab path.
var generated = new List <string>();
var outputSources = new List <InternalAssetData>();
Func <GameObject, string, bool, string> Prefabricate = (GameObject baseObject, string prefabName, bool forceGenerate) => {
var newPrefabOutputPath = Path.Combine(recommendedPrefabPath, prefabName);
if (forceGenerate || !GraphStackController.IsCachedForEachSource(inputSources, alreadyCached, newPrefabOutputPath))
{
// not cached, create new.
UnityEngine.Object prefabFile = PrefabUtility.CreateEmptyPrefab(newPrefabOutputPath);
// export prefab data.
PrefabUtility.ReplacePrefab(baseObject, prefabFile);
// save prefab.
AssetDatabase.Refresh(ImportAssetOptions.ImportRecursive);
AssetDatabase.SaveAssets();
generated.Add(newPrefabOutputPath);
cachedOrGenerated.Add(newPrefabOutputPath);
Debug.Log("AssetGraph prefab:" + newPrefabOutputPath + " is newly generated.");
}
else
{
// cached.
usedCache.Add(newPrefabOutputPath);
cachedOrGenerated.Add(newPrefabOutputPath);
Debug.Log("AssetGraph prefab:" + newPrefabOutputPath + " is already cached. if want to regenerate forcely, set Prefabricate(baseObject, prefabName, true) <- forcely regenerate prefab.");
}
// set used.
PrefabricateIsUsed();
return(newPrefabOutputPath);
};
if (!Directory.Exists(recommendedPrefabPath))
{
// create recommended directory.
Directory.CreateDirectory(recommendedPrefabPath);
}
/*
* execute inheritee's input method.
*/
try {
In(groupKey, assets, recommendedPrefabPath, Prefabricate);
} catch (Exception e) {
Debug.LogError("Prefabricator:" + this + " error:" + e);
}
if (!isUsed)
{
Debug.LogWarning("should use 'Prefabricate' method for create prefab in Prefabricator for cache.");
}
/*
* add assets in this node to next output.
* it contains "cached" or "generated as prefab" or "else" assets.
* output all assets.
*/
var currentAssetsInThisNode = FileController.FilePathsInFolder(recommendedPrefabPath);
foreach (var newAssetPath in currentAssetsInThisNode)
{
if (generated.Contains(newAssetPath))
{
var newAsset = InternalAssetData.InternalAssetDataGeneratedByImporterOrPrefabricator(
newAssetPath,
AssetDatabase.AssetPathToGUID(newAssetPath),
AssetGraphInternalFunctions.GetAssetType(newAssetPath),
true
);
outputSources.Add(newAsset);
}
else
{
var newAsset = InternalAssetData.InternalAssetDataGeneratedByImporterOrPrefabricator(
newAssetPath,
AssetDatabase.AssetPathToGUID(newAssetPath),
AssetGraphInternalFunctions.GetAssetType(newAssetPath),
false
);
outputSources.Add(newAsset);
}
}
/*
* add current resources to next node's resources.
*/
foreach (var assetData in inputSources)
{
var inheritedInternalAssetData = InternalAssetData.InternalAssetDataByImporter(
assetData.traceId,
assetData.absoluteSourcePath,
assetData.sourceBasePath,
assetData.fileNameAndExtension,
assetData.pathUnderSourceBase,
assetData.importedPath,
assetData.assetId,
assetData.assetType
);
outputSources.Add(inheritedInternalAssetData);
}
outputDict[groupKey] = outputSources;
}
// delete unused cached prefabs.
var unusedCachePaths = alreadyCached.Except(cachedOrGenerated).Where(path => !GraphStackController.IsMetaFile(path)).ToList();
foreach (var unusedCachePath in unusedCachePaths)
{
// unbundlize unused prefabricated cached asset.
var assetImporter = AssetImporter.GetAtPath(unusedCachePath);
assetImporter.assetBundleName = string.Empty;
FileController.DeleteFileThenDeleteFolderIfEmpty(unusedCachePath);
}
Output(nodeId, labelToNext, outputDict, usedCache);
}
public void Setup(string nodeId, string labelToNext, string package, Dictionary <string, List <InternalAssetData> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <InternalAssetData> >, List <string> > Output)
{
ValidateBundleNameTemplate(
bundleNameTemplate,
() => {
throw new Exception("no Bundle Name Template set.");
}
);
var recommendedBundleOutputDir = FileController.PathCombine(AssetGraphSettings.BUNDLIZER_CACHE_PLACE, nodeId, GraphStackController.Current_Platform_Package_Folder(package));
var outputDict = new Dictionary <string, List <InternalAssetData> >();
foreach (var groupKey in groupedSources.Keys)
{
var inputSources = groupedSources[groupKey];
var reservedBundlePath = BundlizeAssets(package, groupKey, inputSources, recommendedBundleOutputDir, false);
if (string.IsNullOrEmpty(reservedBundlePath))
{
continue;
}
var outputSources = new List <InternalAssetData>();
var newAssetData = InternalAssetData.InternalAssetDataGeneratedByBundlizer(reservedBundlePath);
outputSources.Add(newAssetData);
outputDict[groupKey] = outputSources;
}
Output(nodeId, labelToNext, outputDict, new List <string>());
}
public void Setup(string nodeId, string labelToNext, Dictionary <string, List <InternalAssetData> > groupedSources, List <string> alreadyCached, Action <string, string, Dictionary <string, List <InternalAssetData> >, List <string> > Output)
{
var invalids = new List <string>();
foreach (var sources in groupedSources.Values)
{
foreach (var source in sources)
{
if (string.IsNullOrEmpty(source.importedPath))
{
invalids.Add(source.pathUnderSourceBase);
}
}
}
if (invalids.Any())
{
throw new Exception("prefabricator:" + string.Join(", ", invalids.ToArray()) + " are not imported yet, should import before prefabricate.");
}
var recommendedPrefabOutputDirectoryPath = FileController.PathCombine(AssetBundleGraphSettings.PREFABRICATOR_CACHE_PLACE, nodeId, GraphStackController.Current_Platform_Package_Folder());
var outputDict = new Dictionary <string, List <InternalAssetData> >();
foreach (var groupKey in groupedSources.Keys)
{
var inputSources = groupedSources[groupKey];
var recommendedPrefabPath = FileController.PathCombine(recommendedPrefabOutputDirectoryPath, groupKey);
if (!recommendedPrefabPath.EndsWith(AssetBundleGraphSettings.UNITY_FOLDER_SEPARATOR.ToString()))
{
recommendedPrefabPath = recommendedPrefabPath + AssetBundleGraphSettings.UNITY_FOLDER_SEPARATOR.ToString();
}
/*
* ready input resource info for execute. not contains cache in this node.
*/
var assets = new List <AssetInfo>();
foreach (var assetData in inputSources)
{
var assetName = assetData.fileNameAndExtension;
var assetType = assetData.assetType;
var assetPath = assetData.importedPath;
var assetId = assetData.assetId;
assets.Add(new AssetInfo(assetName, assetType, assetPath, assetId));
}
// collect generated prefab path.
var generated = new List <string>();
/*
* Prefabricate(string prefabName) method.
*/
Func <string, string> Prefabricate = (string prefabName) => {
var newPrefabOutputPath = Path.Combine(recommendedPrefabPath, prefabName);
generated.Add(newPrefabOutputPath);
// set used.
PrefabricateIsUsed();
return(newPrefabOutputPath);
};
/*
* execute inheritee's input method.
*/
try {
Estimate(groupKey, assets, recommendedPrefabPath, Prefabricate);
} catch (Exception e) {
Debug.LogError("Prefabricator:" + this + " error:" + e);
}
if (!isUsed)
{
Debug.LogWarning("should use 'Prefabricate' method for create prefab in Prefabricator for cache.");
}
foreach (var generatedPrefabPath in generated)
{
var newAsset = InternalAssetData.InternalAssetDataGeneratedByImporterOrModifierOrPrefabricator(
generatedPrefabPath,
string.Empty, // dummy data
typeof(string), // dummy data
true, // absolutely new in setup.
false
);
if (!outputDict.ContainsKey(groupKey))
{
outputDict[groupKey] = new List <InternalAssetData>();
}
outputDict[groupKey].Add(newAsset);
}
outputDict[groupKey].AddRange(inputSources);
}
Output(nodeId, labelToNext, outputDict, new List <string>());
}