public bool Save(object target, MetaData metaData)
{
Debug.Print("SaveContext::Save");
try
{
this.RootObject = target;
using (new PerformanceTestBlock("SaveContext::Save"))
{
BinaryWriterFactory.Initialize();
this.CollectObjects();
ArchiveConcurrentSerializer headerSerializer = new ArchiveConcurrentSerializer();
byte[][] objectData = new byte[this._childObjects.Count][];
using (new PerformanceTestBlock("SaveContext::Saving Objects"))
TWParallel.For(0, this._childObjects.Count, (Action <int>)(i => this.SaveSingleObject(headerSerializer, objectData, i)));
byte[][] containerData = new byte[this._childContainers.Count][];
using (new PerformanceTestBlock("SaveContext::Saving Containers"))
TWParallel.For(0, this._childContainers.Count, (Action <int>)(i => this.SaveSingleContainer(headerSerializer, containerData, i)));
using (new PerformanceTestBlock("SaveContext::SaveObjects config"))
{
SaveEntryFolder rootFolder = SaveEntryFolder.CreateRootFolder();
BinaryWriter binaryWriter = BinaryWriterFactory.GetBinaryWriter();
binaryWriter.WriteInt(this._idsOfChildObjects.Count);
binaryWriter.WriteInt(this._strings.Count);
binaryWriter.WriteInt(this._idsOfChildContainers.Count);
rootFolder.CreateEntry(new EntryId(-1, SaveEntryExtension.Config)).FillFrom(binaryWriter);
headerSerializer.SerializeFolderConcurrent(rootFolder);
BinaryWriterFactory.ReleaseBinaryWriter(binaryWriter);
}
ArchiveSerializer archiveSerializer = new ArchiveSerializer();
using (new PerformanceTestBlock("SaveContext::SaveObjects strings"))
{
SaveEntryFolder rootFolder = SaveEntryFolder.CreateRootFolder();
SaveEntryFolder folder = archiveSerializer.CreateFolder(rootFolder, new FolderId(-1, SaveFolderExtension.Strings), this._strings.Count);
for (int index = 0; index < this._strings.Count; ++index)
{
string str = this._strings[index];
SaveContext.SaveStringTo(folder, index, str);
}
archiveSerializer.SerializeFolder(rootFolder);
}
byte[] header = (byte[])null;
byte[] strings = (byte[])null;
using (new PerformanceTestBlock("SaveContext::FinalizeAndGetBinaryHeaderDataConcurrent"))
header = headerSerializer.FinalizeAndGetBinaryDataConcurrent();
using (new PerformanceTestBlock("SaveContext::FinalizeAndGetBinaryStringDataConcurrent"))
strings = archiveSerializer.FinalizeAndGetBinaryData();
this.SaveData = new GameData(header, strings, objectData, containerData);
BinaryWriterFactory.Release();
}
return(true);
}
catch
{
return(false);
}
}
public void FillWithCurrentTypes()
{
this._assemblies = this.GetSaveableAssemblies();
foreach (Assembly assembly in this._assemblies)
{
this.CollectTypes(assembly);
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.Initialize(this);
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineBasicTypes();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineClassTypes();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineStructTypes();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineInterfaceTypes();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineEnumTypes();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineRootClassTypes();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineGenericStructDefinitions();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineGenericClassDefinitions();
}
foreach (SaveableTypeDefiner saveableTypeDefiner in this._saveableTypeDefiners)
{
saveableTypeDefiner.DefineContainerDefinitions();
}
foreach (TypeDefinition typeDefinition in this._rootClassDefinitions.Values)
{
typeDefinition.CollectInitializationCallbacks();
typeDefinition.CollectProperties();
typeDefinition.CollectFields();
}
TWParallel.ForEach <TypeDefinition>((IEnumerable <TypeDefinition>) this._classDefinitions.Values, (Action <TypeDefinition>)(classDefinition =>
{
classDefinition.CollectInitializationCallbacks();
classDefinition.CollectProperties();
classDefinition.CollectFields();
}));
foreach (TypeDefinition typeDefinition in this._classDefinitions.Values)
{
this._errors.AddRange(typeDefinition.Errors);
}
TWParallel.ForEach <TypeDefinition>((IEnumerable <TypeDefinition>) this._structDefinitions.Values, (Action <TypeDefinition>)(structDefinitions =>
{
structDefinitions.CollectProperties();
structDefinitions.CollectFields();
}));
foreach (TypeDefinition typeDefinition in this._structDefinitions.Values)
{
this._errors.AddRange(typeDefinition.Errors);
}
this.FindAutoGeneratedSaveManagers();
this.InitializeAutoGeneratedSaveManagers();
}
public bool Load(LoadData loadData, bool loadAsLateInitialize)
{
try
{
using (new PerformanceTestBlock("LoadContext::Load Headers"))
{
using (new PerformanceTestBlock("LoadContext::Load And Create Header"))
{
ArchiveDeserializer archiveDeserializer = new ArchiveDeserializer();
archiveDeserializer.LoadFrom(loadData.GameData.Header);
SaveEntryFolder headerRootFolder = archiveDeserializer.RootFolder;
BinaryReader binaryReader = headerRootFolder.GetEntry(new EntryId(-1, SaveEntryExtension.Config)).GetBinaryReader();
this._objectCount = binaryReader.ReadInt();
this._stringCount = binaryReader.ReadInt();
this._containerCount = binaryReader.ReadInt();
this._objectHeaderLoadDatas = new ObjectHeaderLoadData[this._objectCount];
this._containerHeaderLoadDatas = new ContainerHeaderLoadData[this._containerCount];
this._strings = new string[this._stringCount];
TWParallel.For(0, this._objectCount, (Action <int>)(i =>
{
ObjectHeaderLoadData objectHeaderLoadData = new ObjectHeaderLoadData(this, i);
SaveEntryFolder childFolder = headerRootFolder.GetChildFolder(new FolderId(i, SaveFolderExtension.Object));
objectHeaderLoadData.InitialieReaders(childFolder);
this._objectHeaderLoadDatas[i] = objectHeaderLoadData;
}));
TWParallel.For(0, this._containerCount, (Action <int>)(i =>
{
ContainerHeaderLoadData containerHeaderLoadData = new ContainerHeaderLoadData(this, i);
SaveEntryFolder childFolder = headerRootFolder.GetChildFolder(new FolderId(i, SaveFolderExtension.Container));
containerHeaderLoadData.InitialieReaders(childFolder);
this._containerHeaderLoadDatas[i] = containerHeaderLoadData;
}));
}
using (new PerformanceTestBlock("LoadContext::Create Objects"))
{
foreach (ObjectHeaderLoadData objectHeaderLoadData in this._objectHeaderLoadDatas)
{
objectHeaderLoadData.CreateObject();
if (objectHeaderLoadData.Id == 0)
{
this.RootObject = objectHeaderLoadData.Target;
}
}
foreach (ContainerHeaderLoadData containerHeaderLoadData in this._containerHeaderLoadDatas)
{
if (containerHeaderLoadData.GetObjectTypeDefinition())
{
containerHeaderLoadData.CreateObject();
}
}
}
}
GC.Collect();
GC.WaitForPendingFinalizers();
using (new PerformanceTestBlock("LoadContext::Load Strings"))
{
ArchiveDeserializer saveArchive = new ArchiveDeserializer();
saveArchive.LoadFrom(loadData.GameData.Strings);
for (int id = 0; id < this._stringCount; ++id)
{
string str = LoadContext.LoadString(saveArchive, id);
this._strings[id] = str;
}
}
GC.Collect();
GC.WaitForPendingFinalizers();
using (new PerformanceTestBlock("LoadContext::Resolve Objects"))
{
for (int i = 0; i < this._objectHeaderLoadDatas.Length; ++i)
{
ObjectHeaderLoadData objectHeaderLoadData = this._objectHeaderLoadDatas[i];
TypeDefinition typeDefinition = objectHeaderLoadData.TypeDefinition;
if (typeDefinition != null)
{
object loadedObject = objectHeaderLoadData.LoadedObject;
if (typeDefinition.ObjectResolver.CheckIfRequiresAdvancedResolving(loadedObject))
{
ObjectLoadData loadData1 = LoadContext.CreateLoadData(loadData, i, objectHeaderLoadData);
objectHeaderLoadData.AdvancedResolveObject(loadData.MetaData, loadData1);
}
else
{
objectHeaderLoadData.ResolveObject();
}
}
}
}
GC.Collect();
GC.WaitForPendingFinalizers();
using (new PerformanceTestBlock("LoadContext::Load Object Datas"))
TWParallel.For(0, this._objectCount, (Action <int>)(i =>
{
ObjectHeaderLoadData objectHeaderLoadData = this._objectHeaderLoadDatas[i];
if (objectHeaderLoadData.Target != objectHeaderLoadData.LoadedObject)
{
return;
}
LoadContext.CreateLoadData(loadData, i, objectHeaderLoadData);
}));
using (new PerformanceTestBlock("LoadContext::Load Container Datas"))
TWParallel.For(0, this._containerCount, (Action <int>)(i =>
{
byte[] binaryArchive = loadData.GameData.ContainerData[i];
ArchiveDeserializer archiveDeserializer = new ArchiveDeserializer();
archiveDeserializer.LoadFrom(binaryArchive);
SaveEntryFolder rootFolder = archiveDeserializer.RootFolder;
ContainerLoadData containerLoadData = new ContainerLoadData(this._containerHeaderLoadDatas[i]);
containerLoadData.InitializeReaders(rootFolder.GetChildFolder(new FolderId(i, SaveFolderExtension.Container)));
containerLoadData.FillCreatedObject();
containerLoadData.Read();
containerLoadData.FillObject();
}));
GC.Collect();
GC.WaitForPendingFinalizers();
if (!loadAsLateInitialize)
{
this.CreateLoadCallbackInitializator(loadData).InitializeObjects();
}
return(true);
}
catch
{
return(false);
}
}
