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UnrealEngineUWP/Engine/Source/Runtime/NetworkFileSystem/Private/NetworkFileServerConnection.cpp
Jason Nadro d5bf20012d Implement single shader file compilation for cooked platform ODSC. 
For example: recompileshaders /Engine/Private/Lumen/LumenVisualizeHardwareRayTracing.usf

1. Game sends the shader file string across the network to the cooking server.
2. Cooking server finds all shaders of that type.
3. Cooking server flushes those specific types from the global shader map.
4. Cooking server recompiles just those shaders and sends them back to the game.

# Todo
* Refactor duplicate code in RecompileShadersForRemote
* Implement the ability for material shader maps to compile just specific shader types requested (this doesn't exist).

#rb none
#jira UE-148085, UE-114418
#preflight 625d722648670f31a61eb3de

[CL 19785256 by Jason Nadro in ue5-main branch]
2022-04-18 10:38:23 -04:00

1397 lines
45 KiB
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// Copyright Epic Games, Inc. All Rights Reserved.
#include "NetworkFileServerConnection.h"
#include "HAL/PlatformFileManager.h"
#include "Misc/Paths.h"
#include "Misc/ScopeLock.h"
#include "Serialization/BufferArchive.h"
#include "Misc/ConfigCacheIni.h"
#include "Misc/LocalTimestampDirectoryVisitor.h"
#include "IPlatformFileSandboxWrapper.h"
#include "NetworkMessage.h"
#include "ProjectDescriptor.h"
#include "NetworkFileSystemLog.h"
#include "Misc/PackageName.h"
#include "Interfaces/ITargetPlatform.h"
#include "HAL/PlatformTime.h"
#include "Interfaces/IPluginManager.h"
#include "PlatformInfo.h"
/**
* Helper function for resolving engine and game sandbox paths
*/
void GetSandboxRootDirectories(FSandboxPlatformFile* Sandbox, FString& SandboxEngine, FString& SandboxProject, FString& SandboxEnginePlatformExtensions, FString& SandboxProjectPlatformExtensions, const FString& LocalEngineDir, const FString& LocalProjectDir, const FString& LocalEnginePlatformExtensionsDir, const FString& LocalProjectPlatformExtensionsDir)
{
SandboxEngine = Sandbox->ConvertToSandboxPath(*LocalEngineDir);
if (SandboxEngine.EndsWith(TEXT("/"), ESearchCase::CaseSensitive) == false)
{
SandboxEngine += TEXT("/");
}
// we need to add an extra bit to the game path to make the sandbox convert it correctly (investigate?)
// @todo: double check this
SandboxProject = Sandbox->ConvertToSandboxPath(*(LocalProjectDir + TEXT("a.txt"))).Replace(TEXT("a.txt"), TEXT(""));
SandboxEnginePlatformExtensions = Sandbox->ConvertToSandboxPath(*(LocalEnginePlatformExtensionsDir + TEXT("a.txt"))).Replace(TEXT("a.txt"), TEXT(""));
SandboxProjectPlatformExtensions = Sandbox->ConvertToSandboxPath(*(LocalProjectPlatformExtensionsDir + TEXT("a.txt"))).Replace(TEXT("a.txt"), TEXT(""));
}
static FString MakeAbsoluteNormalizedDir(const FString& InPath)
{
FString Out = FPaths::ConvertRelativePathToFull(InPath);
if (Out.EndsWith(TEXT("/")))
{
Out.RemoveAt(Out.Len() - 1, 1, false);
}
return Out;
}
struct FSandboxOnlyScope
{
FSandboxOnlyScope(FSandboxPlatformFile& InSandbox, bool bInSandboxOnly)
: Sandbox(InSandbox)
{
Sandbox.SetSandboxOnly(bInSandboxOnly);
}
~FSandboxOnlyScope()
{
Sandbox.SetSandboxOnly(false);
}
FSandboxPlatformFile& Sandbox;
};
/* FNetworkFileServerClientConnection structors
*****************************************************************************/
FNetworkFileServerClientConnection::FNetworkFileServerClientConnection(const FNetworkFileServerOptions& Options)
: LastHandleId(0)
, Sandbox(NULL)
, NetworkFileDelegates(&Options.Delegates)
, ActiveTargetPlatforms(Options.TargetPlatforms)
, bRestrictPackageAssetsToSandbox(Options.bRestrictPackageAssetsToSandbox)
{
//stats
FileRequestDelegateTime = 0.0;
PackageFileTime = 0.0;
UnsolicitedFilesTime = 0.0;
FileRequestCount = 0;
UnsolicitedFilesCount = 0;
PackageRequestsSucceeded = 0;
PackageRequestsFailed = 0;
FileBytesSent = 0;
if ( NetworkFileDelegates && NetworkFileDelegates->OnFileModifiedCallback )
{
NetworkFileDelegates->OnFileModifiedCallback->AddRaw(this, &FNetworkFileServerClientConnection::FileModifiedCallback);
}
LocalEngineDir = FPaths::EngineDir();
LocalProjectDir = FPaths::ProjectDir();
LocalEnginePlatformExtensionsDir = FPaths::EnginePlatformExtensionsDir();
LocalProjectPlatformExtensionsDir = FPaths::ProjectPlatformExtensionsDir();
if (FPaths::IsProjectFilePathSet())
{
LocalProjectDir = FPaths::GetPath(FPaths::GetProjectFilePath()) + TEXT("/");
FPaths::MakeStandardFilename(LocalProjectDir);
}
LocalEngineDirAbs = MakeAbsoluteNormalizedDir(LocalEngineDir);
LocalProjectDirAbs = MakeAbsoluteNormalizedDir(LocalProjectDir);
LocalEnginePlatformExtensionsDirAbs = MakeAbsoluteNormalizedDir(LocalEnginePlatformExtensionsDir);
LocalProjectPlatformExtensionsDirAbs = MakeAbsoluteNormalizedDir(LocalEnginePlatformExtensionsDir);
}
FNetworkFileServerClientConnection::~FNetworkFileServerClientConnection( )
{
if (NetworkFileDelegates && NetworkFileDelegates->OnFileModifiedCallback)
{
NetworkFileDelegates->OnFileModifiedCallback->RemoveAll(this);
}
// close all the files the client had opened through us when the client disconnects
for (TMap<uint64, IFileHandle*>::TIterator It(OpenFiles); It; ++It)
{
delete It.Value();
}
}
static bool TrySubstituteDirectory(FString& FilenameToConvert, const FString& Directory, const FString& DirectoryToReplace)
{
FString NormalizedFilenameToConvert = FilenameToConvert;
FPaths::NormalizeFilename(NormalizedFilenameToConvert);
FString NormalizedDirectoryToReplace = DirectoryToReplace;
FPaths::NormalizeDirectoryName(NormalizedDirectoryToReplace);
if (NormalizedFilenameToConvert.StartsWith(NormalizedDirectoryToReplace) && (NormalizedFilenameToConvert.Len() == NormalizedDirectoryToReplace.Len() || NormalizedFilenameToConvert[NormalizedDirectoryToReplace.Len()] == '/'))
{
if (NormalizedFilenameToConvert.Len() > NormalizedDirectoryToReplace.Len())
{
FilenameToConvert = Directory / NormalizedFilenameToConvert.RightChop(NormalizedDirectoryToReplace.Len() + 1);
}
else
{
FilenameToConvert = Directory;
}
return true;
}
return false;
}
/* FStreamingNetworkFileServerConnection implementation
*****************************************************************************/
void FNetworkFileServerClientConnection::ConvertClientFilenameToServerFilename(FString& FilenameToConvert)
{
if (TrySubstituteDirectory(FilenameToConvert, FPaths::EngineDir(), ConnectedEngineDir))
{
return;
}
if (TrySubstituteDirectory(FilenameToConvert, FPaths::IsProjectFilePathSet() ? LocalProjectDir : (IS_PROGRAM ? ConnectedProjectDir : FPaths::ProjectDir()), ConnectedProjectDir))
{
// We have set the replacement value argument of TrySubstituteDirectory to be the same as the search value in the IS_PROGRAM case. We do this because:
// UnrealFileServer has a ProjectDir of ../../../Engine/Programs/UnrealFileServer.
// We do *not* want to replace the directory in that case.
return;
}
if (TrySubstituteDirectory(FilenameToConvert, FPaths::EnginePlatformExtensionsDir(), ConnectedEnginePlatformExtensionsDir))
{
return;
}
if (TrySubstituteDirectory(FilenameToConvert, FPaths::ProjectPlatformExtensionsDir(), ConnectedProjectPlatformExtensionsDir))
{
return;
}
}
void FNetworkFileServerClientConnection::ConvertLocalFilenameToServerFilename(FString& FilenameToConvert)
{
FString FilenameToConvertAbs = FPaths::ConvertRelativePathToFull(FilenameToConvert);
if (TrySubstituteDirectory(FilenameToConvertAbs, LocalEngineDir, LocalEngineDirAbs))
{
FilenameToConvert = FilenameToConvertAbs;
return;
}
if (TrySubstituteDirectory(FilenameToConvertAbs, LocalProjectDir, LocalProjectDirAbs))
{
FilenameToConvert = FilenameToConvertAbs;
return;
}
if (TrySubstituteDirectory(FilenameToConvertAbs, LocalEnginePlatformExtensionsDir, LocalEnginePlatformExtensionsDirAbs))
{
FilenameToConvert = FilenameToConvertAbs;
return;
}
if (TrySubstituteDirectory(FilenameToConvertAbs, LocalProjectPlatformExtensionsDir, LocalProjectPlatformExtensionsDirAbs))
{
FilenameToConvert = FilenameToConvertAbs;
return;
}
}
/**
* Fixup sandbox paths to match what package loading will request on the client side. e.g.
* Sandbox path: "../../../Elemental/Content/Elemental/Effects/FX_Snow_Cracks/Crack_02/Materials/M_SnowBlast.uasset ->
* client path: "../../../Samples/Showcases/Elemental/Content/Elemental/Effects/FX_Snow_Cracks/Crack_02/Materials/M_SnowBlast.uasset"
* This ensures that devicelocal-cached files will be properly timestamp checked before deletion.
*/
TMap<FString, FDateTime> FNetworkFileServerClientConnection::FixupSandboxPathsForClient(const TMap<FString, FDateTime>& SandboxPaths)
{
TMap<FString,FDateTime> FixedFiletimes;
// since the sandbox remaps from A/B/C to C, and the client has no idea of this, we need to put the files
// into terms of the actual LocalProjectDir, which is all that the client knows about
for (TMap<FString, FDateTime>::TConstIterator It(SandboxPaths); It; ++It)
{
FixedFiletimes.Add(FixupSandboxPathForClient(It.Key()), It.Value());
}
return FixedFiletimes;
}
/**
* Fixup sandbox paths to match what package loading will request on the client side. e.g.
* Sandbox path: "../../../Elemental/Content/Elemental/Effects/FX_Snow_Cracks/Crack_02/Materials/M_SnowBlast.uasset ->
* client path: "../../../Samples/Showcases/Elemental/Content/Elemental/Effects/FX_Snow_Cracks/Crack_02/Materials/M_SnowBlast.uasset"
* This ensures that devicelocal-cached files will be properly timestamp checked before deletion.
*/
FString FNetworkFileServerClientConnection::FixupSandboxPathForClient(const FString& Filename)
{
FString Fixed = Sandbox->ConvertToSandboxPath(*Filename);
Fixed = Fixed.Replace(*SandboxEngine, *LocalEngineDir);
Fixed = Fixed.Replace(*SandboxProject, *LocalProjectDir);
Fixed = Fixed.Replace(*SandboxEnginePlatformExtensions, *LocalEnginePlatformExtensionsDir);
Fixed = Fixed.Replace(*SandboxProjectPlatformExtensions, *LocalProjectPlatformExtensionsDir);
if (bSendLowerCase)
{
Fixed = Fixed.ToLower();
}
return Fixed;
}
static void ConvertServerFilenameToClientFilename(FString& FilenameToConvert, const FString& ConnectedEngineDir, const FString& ConnectedProjectDir)
{
if (FilenameToConvert.StartsWith(FPaths::EngineDir()))
{
FilenameToConvert = FilenameToConvert.Replace(*(FPaths::EngineDir()), *ConnectedEngineDir);
}
else if (FPaths::IsProjectFilePathSet())
{
if (FilenameToConvert.StartsWith(FPaths::GetPath(FPaths::GetProjectFilePath())))
{
FilenameToConvert = FilenameToConvert.Replace(*(FPaths::GetPath(FPaths::GetProjectFilePath()) + TEXT("/")), *ConnectedProjectDir);
}
}
#if !IS_PROGRAM
else if (FilenameToConvert.StartsWith(FPaths::ProjectDir()))
{
// UnrealFileServer has a ProjectDir of ../../../Engine/Programs/UnrealFileServer.
// We do *not* want to replace the directory in that case.
FilenameToConvert = FilenameToConvert.Replace(*(FPaths::ProjectDir()), *ConnectedProjectDir);
}
#endif
}
static FCriticalSection SocketCriticalSection;
bool FNetworkFileServerClientConnection::ProcessPayload(FArchive& Ar)
{
FBufferArchive Out;
bool Result = true;
// first part of the payload is always the command
uint32 Cmd;
Ar << Cmd;
UE_LOG(LogFileServer, Verbose, TEXT("Processing payload with Cmd %d"), Cmd);
// what type of message is this?
NFS_Messages::Type Msg = NFS_Messages::Type(Cmd);
// make sure the first thing is GetFileList which initializes the game/platform
checkf(Msg == NFS_Messages::GetFileList || Msg == NFS_Messages::Heartbeat || Sandbox != NULL, TEXT("The first client message MUST be GetFileList, not %d"), (int32)Msg);
// process the message!
bool bSendUnsolicitedFiles = false;
{
FScopeLock SocketLock(&SocketCriticalSection);
switch (Msg)
{
case NFS_Messages::OpenRead:
ProcessOpenFile(Ar, Out, false);
break;
case NFS_Messages::OpenWrite:
ProcessOpenFile(Ar, Out, true);
break;
case NFS_Messages::Read:
ProcessReadFile(Ar, Out);
break;
case NFS_Messages::Write:
ProcessWriteFile(Ar, Out);
break;
case NFS_Messages::Seek:
ProcessSeekFile(Ar, Out);
break;
case NFS_Messages::Close:
ProcessCloseFile(Ar, Out);
break;
case NFS_Messages::MoveFile:
ProcessMoveFile(Ar, Out);
break;
case NFS_Messages::DeleteFile:
ProcessDeleteFile(Ar, Out);
break;
case NFS_Messages::GetFileInfo:
ProcessGetFileInfo(Ar, Out);
break;
case NFS_Messages::CopyFile:
ProcessCopyFile(Ar, Out);
break;
case NFS_Messages::SetTimeStamp:
ProcessSetTimeStamp(Ar, Out);
break;
case NFS_Messages::SetReadOnly:
ProcessSetReadOnly(Ar, Out);
break;
case NFS_Messages::CreateDirectory:
ProcessCreateDirectory(Ar, Out);
break;
case NFS_Messages::DeleteDirectory:
ProcessDeleteDirectory(Ar, Out);
break;
case NFS_Messages::DeleteDirectoryRecursively:
ProcessDeleteDirectoryRecursively(Ar, Out);
break;
case NFS_Messages::ToAbsolutePathForRead:
ProcessToAbsolutePathForRead(Ar, Out);
break;
case NFS_Messages::ToAbsolutePathForWrite:
ProcessToAbsolutePathForWrite(Ar, Out);
break;
case NFS_Messages::ReportLocalFiles:
ProcessReportLocalFiles(Ar, Out);
break;
case NFS_Messages::GetFileList:
Result = ProcessGetFileList(Ar, Out);
break;
case NFS_Messages::Heartbeat:
ProcessHeartbeat(Ar, Out);
break;
case NFS_Messages::SyncFile:
ProcessSyncFile(Ar, Out);
bSendUnsolicitedFiles = true;
break;
case NFS_Messages::RecompileShaders:
ProcessRecompileShaders(Ar, Out);
break;
default:
UE_LOG(LogFileServer, Error, TEXT("Bad incomming message tag (%d)."), (int32)Msg);
}
}
// send back a reply if the command wrote anything back out
if (Out.Num() && Result )
{
int32 NumUnsolictedFiles = 0;
if (bSendUnsolicitedFiles)
{
int64 MaxMemoryAllowed = 50 * 1024 * 1024;
for (const auto& Filename : UnsolictedFiles)
{
// get file timestamp and send it to client
FDateTime ServerTimeStamp = Sandbox->GetTimeStamp(*Filename);
TArray<uint8> Contents;
// open file
int64 FileSize = Sandbox->FileSize(*Filename);
if (MaxMemoryAllowed > FileSize)
{
MaxMemoryAllowed -= FileSize;
++NumUnsolictedFiles;
}
}
Out << NumUnsolictedFiles;
}
UE_LOG(LogFileServer, Verbose, TEXT("Returning payload with %d bytes"), Out.Num());
// send back a reply
Result &= SendPayload( Out );
TArray<FString> UnprocessedUnsolictedFiles;
UnprocessedUnsolictedFiles.Empty(NumUnsolictedFiles);
if (bSendUnsolicitedFiles && Result )
{
double StartTime;
StartTime = FPlatformTime::Seconds();
for (int32 Index = 0; Index < NumUnsolictedFiles; Index++)
{
FBufferArchive OutUnsolicitedFile;
ConvertLocalFilenameToServerFilename(UnsolictedFiles[Index]);
FString TargetFilename = UnsolictedFiles[Index];
ConvertServerFilenameToClientFilename(TargetFilename, ConnectedEngineDir, ConnectedProjectDir);
PackageFile(UnsolictedFiles[Index], TargetFilename, OutUnsolicitedFile);
UE_LOG(LogFileServer, Display, TEXT("Returning unsolicited file %s with %d bytes"), *UnsolictedFiles[Index], OutUnsolicitedFile.Num());
Result &= SendPayload(OutUnsolicitedFile);
++UnsolicitedFilesCount;
}
UnsolictedFiles.RemoveAt(0, NumUnsolictedFiles);
UnsolicitedFilesTime += 1000.0f * float(FPlatformTime::Seconds() - StartTime);
}
}
UE_LOG(LogFileServer, Verbose, TEXT("Done Processing payload with Cmd %d Total Size sending %d "), Cmd,Out.TotalSize());
return Result;
}
void FNetworkFileServerClientConnection::ProcessOpenFile( FArchive& In, FArchive& Out, bool bIsWriting )
{
// Get filename
FString Filename;
In << Filename;
bool bAppend = false;
bool bAllowRead = false;
if (bIsWriting)
{
In << bAppend;
In << bAllowRead;
}
// todo: clients from the same ip address "could" be trying to write to the same file in the same sandbox (for example multiple windows clients)
// should probably have the sandbox write to separate files for each client
// not important for now
ConvertClientFilenameToServerFilename(Filename);
if (bIsWriting)
{
// Make sure the directory exists...
Sandbox->CreateDirectoryTree(*(FPaths::GetPath(Filename)));
}
TArray<FString> NewUnsolictedFiles;
NetworkFileDelegates->FileRequestDelegate.ExecuteIfBound(Filename, ConnectedPlatformName, NewUnsolictedFiles);
// Disable access to outside the sandbox to prevent sending uncooked packages to the client
const bool bSandboxOnly = bRestrictPackageAssetsToSandbox && !bIsWriting && FPackageName::IsPackageExtension(*FPaths::GetExtension(Filename, true));
FSandboxOnlyScope _(*Sandbox, bSandboxOnly);
FDateTime ServerTimeStamp = Sandbox->GetTimeStamp(*Filename);
int64 ServerFileSize = 0;
IFileHandle* File = bIsWriting ? Sandbox->OpenWrite(*Filename, bAppend, bAllowRead) : Sandbox->OpenRead(*Filename);
if (!File)
{
UE_LOG(LogFileServer, Display, TEXT("Open request for %s failed for file %s."), bIsWriting ? TEXT("Writing") : TEXT("Reading"), *Filename);
ServerTimeStamp = FDateTime::MinValue(); // if this was a directory, this will make sure it is not confused with a zero byte file
}
else
{
ServerFileSize = File->Size();
}
uint64 HandleId = ++LastHandleId;
OpenFiles.Add( HandleId, File );
Out << HandleId;
Out << ServerTimeStamp;
Out << ServerFileSize;
}
void FNetworkFileServerClientConnection::ProcessReadFile( FArchive& In, FArchive& Out )
{
// Get Handle ID
uint64 HandleId = 0;
In << HandleId;
int64 BytesToRead = 0;
In << BytesToRead;
int64 BytesRead = 0;
IFileHandle* File = FindOpenFile(HandleId);
if (File)
{
uint8* Dest = (uint8*)FMemory::Malloc(BytesToRead);
if (File->Read(Dest, BytesToRead))
{
BytesRead = BytesToRead;
Out << BytesRead;
Out.Serialize(Dest, BytesRead);
}
else
{
Out << BytesRead;
}
FMemory::Free(Dest);
}
else
{
Out << BytesRead;
}
}
void FNetworkFileServerClientConnection::ProcessWriteFile( FArchive& In, FArchive& Out )
{
// Get Handle ID
uint64 HandleId = 0;
In << HandleId;
int64 BytesWritten = 0;
IFileHandle* File = FindOpenFile(HandleId);
if (File)
{
int64 BytesToWrite = 0;
In << BytesToWrite;
uint8* Source = (uint8*)FMemory::Malloc(BytesToWrite);
In.Serialize(Source, BytesToWrite);
if (File->Write(Source, BytesToWrite))
{
BytesWritten = BytesToWrite;
}
FMemory::Free(Source);
}
Out << BytesWritten;
}
void FNetworkFileServerClientConnection::ProcessSeekFile( FArchive& In, FArchive& Out )
{
// Get Handle ID
uint64 HandleId = 0;
In << HandleId;
int64 NewPosition;
In << NewPosition;
int64 SetPosition = -1;
IFileHandle* File = FindOpenFile(HandleId);
if (File && File->Seek(NewPosition))
{
SetPosition = File->Tell();
}
Out << SetPosition;
}
void FNetworkFileServerClientConnection::ProcessCloseFile( FArchive& In, FArchive& Out )
{
// Get Handle ID
uint64 HandleId = 0;
In << HandleId;
uint32 Closed = 0;
IFileHandle* File = FindOpenFile(HandleId);
if (File)
{
Closed = 1;
OpenFiles.Remove(HandleId);
delete File;
}
Out << Closed;
}
void FNetworkFileServerClientConnection::ProcessGetFileInfo( FArchive& In, FArchive& Out )
{
// Get filename
FString Filename;
In << Filename;
ConvertClientFilenameToServerFilename(Filename);
FFileInfo Info;
Info.FileExists = Sandbox->FileExists(*Filename);
// if the file exists, cook it if necessary (the FileExists flag won't change value based on this callback)
// without this, the server can return the uncooked file size, which can cause reads off the end
if (Info.FileExists)
{
TArray<FString> NewUnsolictedFiles;
NetworkFileDelegates->FileRequestDelegate.ExecuteIfBound(Filename, ConnectedPlatformName, NewUnsolictedFiles);
}
// get the rest of the info
Info.ReadOnly = Sandbox->IsReadOnly(*Filename);
Info.Size = Sandbox->FileSize(*Filename);
Info.TimeStamp = Sandbox->GetTimeStamp(*Filename);
Info.AccessTimeStamp = Sandbox->GetAccessTimeStamp(*Filename);
Out << Info.FileExists;
Out << Info.ReadOnly;
Out << Info.Size;
Out << Info.TimeStamp;
Out << Info.AccessTimeStamp;
}
void FNetworkFileServerClientConnection::ProcessMoveFile( FArchive& In, FArchive& Out )
{
FString From;
In << From;
FString To;
In << To;
ConvertClientFilenameToServerFilename(From);
ConvertClientFilenameToServerFilename(To);
uint32 Success = Sandbox->MoveFile(*To, *From);
Out << Success;
}
void FNetworkFileServerClientConnection::ProcessDeleteFile( FArchive& In, FArchive& Out )
{
FString Filename;
In << Filename;
ConvertClientFilenameToServerFilename(Filename);
uint32 Success = Sandbox->DeleteFile(*Filename);
Out << Success;
}
void FNetworkFileServerClientConnection::ProcessReportLocalFiles( FArchive& In, FArchive& Out )
{
// get the list of files on the other end
TMap<FString, FDateTime> ClientFileTimes;
In << ClientFileTimes;
// go over them and compare times to this side
TArray<FString> OutOfDateFiles;
for (TMap<FString, FDateTime>::TIterator It(ClientFileTimes); It; ++It)
{
FString ClientFile = It.Key();
ConvertClientFilenameToServerFilename(ClientFile);
// get the local timestamp
FDateTime Timestamp = Sandbox->GetTimeStamp(*ClientFile);
// if it's newer than the client/remote timestamp, it's newer here, so tell the other side it's out of date
if (Timestamp > It.Value())
{
OutOfDateFiles.Add(ClientFile);
}
}
UE_LOG(LogFileServer, Display, TEXT("There were %d out of date files"), OutOfDateFiles.Num());
}
/** Copies file. */
void FNetworkFileServerClientConnection::ProcessCopyFile( FArchive& In, FArchive& Out )
{
FString To;
FString From;
In << To;
In << From;
ConvertClientFilenameToServerFilename(To);
ConvertClientFilenameToServerFilename(From);
bool Success = Sandbox->CopyFile(*To, *From);
Out << Success;
}
void FNetworkFileServerClientConnection::ProcessSetTimeStamp( FArchive& In, FArchive& Out )
{
FString Filename;
FDateTime Timestamp;
In << Filename;
In << Timestamp;
ConvertClientFilenameToServerFilename(Filename);
Sandbox->SetTimeStamp(*Filename, Timestamp);
// Need to sends something back otherwise the response won't get sent at all.
bool Success = true;
Out << Success;
}
void FNetworkFileServerClientConnection::ProcessSetReadOnly( FArchive& In, FArchive& Out )
{
FString Filename;
bool bReadOnly;
In << Filename;
In << bReadOnly;
ConvertClientFilenameToServerFilename(Filename);
bool Success = Sandbox->SetReadOnly(*Filename, bReadOnly);
Out << Success;
}
void FNetworkFileServerClientConnection::ProcessCreateDirectory( FArchive& In, FArchive& Out )
{
FString Directory;
In << Directory;
ConvertClientFilenameToServerFilename(Directory);
bool bSuccess = Sandbox->CreateDirectory(*Directory);
Out << bSuccess;
}
void FNetworkFileServerClientConnection::ProcessDeleteDirectory( FArchive& In, FArchive& Out )
{
FString Directory;
In << Directory;
ConvertClientFilenameToServerFilename(Directory);
bool bSuccess = Sandbox->DeleteDirectory(*Directory);
Out << bSuccess;
}
void FNetworkFileServerClientConnection::ProcessDeleteDirectoryRecursively( FArchive& In, FArchive& Out )
{
FString Directory;
In << Directory;
ConvertClientFilenameToServerFilename(Directory);
bool bSuccess = Sandbox->DeleteDirectoryRecursively(*Directory);
Out << bSuccess;
}
void FNetworkFileServerClientConnection::ProcessToAbsolutePathForRead( FArchive& In, FArchive& Out )
{
FString Filename;
In << Filename;
ConvertClientFilenameToServerFilename(Filename);
Filename = Sandbox->ConvertToAbsolutePathForExternalAppForRead(*Filename);
Out << Filename;
}
void FNetworkFileServerClientConnection::ProcessToAbsolutePathForWrite( FArchive& In, FArchive& Out )
{
FString Filename;
In << Filename;
ConvertClientFilenameToServerFilename(Filename);
Filename = Sandbox->ConvertToAbsolutePathForExternalAppForWrite(*Filename);
Out << Filename;
}
static void AddDirectoriesToIgnore(const FString& RootDir, TArray<FString>& OutDirectoriesToSkip, TArray<FString>& OutDirectoriesToNotRecurse)
{
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Intermediate")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Documentation")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Extras")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Binaries")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Source")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Saved")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Plugins")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Programs")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Platforms")));
OutDirectoriesToSkip.Add(FString(RootDir / TEXT("Build")));
OutDirectoriesToNotRecurse.Add(FString(RootDir / TEXT("DerivedDataCache")));
}
static void ScanExtensionRootDirectory(FSandboxPlatformFile* Sandbox, const FString& RootDir, const TArray<FString>& RootDirectories, TMap<FString, FDateTime>& OutFileTimes)
{
// Ensure that the path from the extension root to any containing root directory is in the FileTimes map
for (int32 DirIndex = 0; DirIndex < RootDirectories.Num(); DirIndex++)
{
if (FPaths::IsUnderDirectory(RootDir, RootDirectories[DirIndex]))
{
FString PathUpwardSegment = RootDir;
do
{
OutFileTimes.Add(PathUpwardSegment, 0);
PathUpwardSegment = FPaths::GetPath(PathUpwardSegment);
} while (FPaths::IsUnderDirectory(PathUpwardSegment, RootDirectories[DirIndex]));
break;
}
}
TArray<FString> ExtensionDirectoriesToSkip;
TArray<FString> ExtensionDirectoriesToNotRecurse;
AddDirectoriesToIgnore(RootDir, ExtensionDirectoriesToSkip, ExtensionDirectoriesToNotRecurse);
FLocalTimestampDirectoryVisitor ExtensionVisitor(*Sandbox, ExtensionDirectoriesToSkip, ExtensionDirectoriesToNotRecurse, true);
Sandbox->IterateDirectory(*RootDir, ExtensionVisitor);
OutFileTimes.Append(ExtensionVisitor.FileTimes);
}
bool FNetworkFileServerClientConnection::ProcessGetFileList( FArchive& In, FArchive& Out )
{
// get the list of directories to process
TArray<FString> TargetPlatformNames;
FString GameName;
FString EngineRelativePath;
FString GameRelativePath;
FString EnginePlatformExtensionsRelativePath;
FString ProjectPlatformExtensionsRelativePath;
FString EnginePluginsRelativePath;
FString ProjectPluginsRelativePath;
TArray<FString> RootDirectories;
TMap<FString,FString> CustomPlatformData;
EConnectionFlags ConnectionFlags;
FString ClientVersionInfo;
FString TargetAddress;
In << TargetPlatformNames;
In << GameName;
In << EngineRelativePath;
In << GameRelativePath;
In << EnginePlatformExtensionsRelativePath;
In << ProjectPlatformExtensionsRelativePath;
In << EnginePluginsRelativePath;
In << ProjectPluginsRelativePath;
In << RootDirectories;
In << ConnectionFlags;
In << ClientVersionInfo;
In << TargetAddress;
In << CustomPlatformData;
if ( NetworkFileDelegates->NewConnectionDelegate.IsBound() )
{
bool bIsValidVersion = true;
for ( const FString& TargetPlatform : TargetPlatformNames )
{
bIsValidVersion &= NetworkFileDelegates->NewConnectionDelegate.Execute(ClientVersionInfo, TargetPlatform );
}
if ( bIsValidVersion == false )
{
return false;
}
}
const bool bIsStreamingRequest = (ConnectionFlags & EConnectionFlags::Streaming) == EConnectionFlags::Streaming;
ConnectedPlatformName = TEXT("");
ConnectedTargetPlatform = nullptr;
ConnectedIPAddress = TEXT("");
ConnectedTargetCustomData.Reset();
// if we didn't find one (and this is a dumb server - no active platforms), then just use what was sent
if (ActiveTargetPlatforms.Num() == 0)
{
ConnectedPlatformName = TargetPlatformNames[0];
}
// we only need to care about validating the connected platform if there are active targetplatforms
else
{
// figure out the best matching target platform for the set of valid ones
for (int32 TPIndex = 0; TPIndex < TargetPlatformNames.Num() && ConnectedPlatformName == TEXT(""); TPIndex++)
{
UE_LOG(LogFileServer, Display, TEXT(" Possible Target Platform from client: %s"), *TargetPlatformNames[TPIndex]);
// look for a matching target platform
for (int32 ActiveTPIndex = 0; ActiveTPIndex < ActiveTargetPlatforms.Num(); ActiveTPIndex++)
{
UE_LOG(LogFileServer, Display, TEXT(" Checking against: %s"), *ActiveTargetPlatforms[ActiveTPIndex]->PlatformName());
if (ActiveTargetPlatforms[ActiveTPIndex]->PlatformName() == TargetPlatformNames[TPIndex])
{
bSendLowerCase = ActiveTargetPlatforms[ActiveTPIndex]->SendLowerCaseFilePaths();
ConnectedPlatformName = ActiveTargetPlatforms[ActiveTPIndex]->PlatformName();
ConnectedTargetPlatform = ActiveTargetPlatforms[ActiveTPIndex];
ConnectedIPAddress = TargetAddress;
ConnectedTargetCustomData = MoveTemp(CustomPlatformData);
break;
}
}
}
// if we didn't find one, reject client and also print some warnings
if (ConnectedPlatformName == TEXT(""))
{
// reject client we can't cook/compile shaders for you!
UE_LOG(LogFileServer, Warning, TEXT("Unable to find target platform for client, terminating client connection!"));
for (int32 TPIndex = 0; TPIndex < TargetPlatformNames.Num() && ConnectedPlatformName == TEXT(""); TPIndex++)
{
UE_LOG(LogFileServer, Warning, TEXT(" Target platforms from client: %s"), *TargetPlatformNames[TPIndex]);
}
for (int32 ActiveTPIndex = 0; ActiveTPIndex < ActiveTargetPlatforms.Num(); ActiveTPIndex++)
{
UE_LOG(LogFileServer, Warning, TEXT(" Active target platforms on server: %s"), *ActiveTargetPlatforms[ActiveTPIndex]->PlatformName());
}
return false;
}
}
ConnectedEngineDir = EngineRelativePath;
ConnectedProjectDir = GameRelativePath;
ConnectedEnginePlatformExtensionsDir = EnginePlatformExtensionsRelativePath;
ConnectedProjectPlatformExtensionsDir = ProjectPlatformExtensionsRelativePath;
UE_LOG(LogFileServer, Display, TEXT(" Connected EngineDir = %s"), *ConnectedEngineDir);
UE_LOG(LogFileServer, Display, TEXT(" Local EngineDir = %s"), *LocalEngineDir);
UE_LOG(LogFileServer, Display, TEXT(" Connected ProjectDir = %s"), *ConnectedProjectDir);
UE_LOG(LogFileServer, Display, TEXT(" Local ProjectDir = %s"), *LocalProjectDir);
UE_LOG(LogFileServer, Display, TEXT(" Connected EnginePlatformExtDir = %s"), *ConnectedEnginePlatformExtensionsDir);
UE_LOG(LogFileServer, Display, TEXT(" Local EnginePlatformExtDir = %s"), *LocalEnginePlatformExtensionsDir);
UE_LOG(LogFileServer, Display, TEXT(" Connected ProjectPlatformExtDir = %s"), *ConnectedProjectPlatformExtensionsDir);
UE_LOG(LogFileServer, Display, TEXT(" Local ProjectPlatformExtDir = %s"), *LocalProjectPlatformExtensionsDir);
// Remap the root directories requested...
for (int32 RootDirIdx = 0; RootDirIdx < RootDirectories.Num(); RootDirIdx++)
{
FString CheckRootDir = RootDirectories[RootDirIdx];
ConvertClientFilenameToServerFilename(CheckRootDir);
RootDirectories[RootDirIdx] = CheckRootDir;
}
// figure out the sandbox directory
// @todo: This should use FPlatformMisc::SavedDirectory(GameName)
FString SandboxDirectory;
if (NetworkFileDelegates->SandboxPathOverrideDelegate.IsBound() )
{
SandboxDirectory = NetworkFileDelegates->SandboxPathOverrideDelegate.Execute();
// if the sandbox directory delegate returns a path with the platform name in it then replace it :)
SandboxDirectory.ReplaceInline(TEXT("[Platform]"), *ConnectedPlatformName);
}
else if ( FPaths::IsProjectFilePathSet() )
{
FString ProjectDir = FPaths::GetPath(FPaths::GetProjectFilePath());
SandboxDirectory = FPaths::Combine(*ProjectDir, TEXT("Saved"), TEXT("Cooked"), *ConnectedPlatformName);
// this is a workaround because the cooker and the networkfile server don't have access to eachother and therefore don't share the same Sandbox
// the cooker in cook in editor saves to the EditorCooked directory
if ( GIsEditor && !IsRunningCommandlet())
{
SandboxDirectory = FPaths::Combine(*ProjectDir, TEXT("Saved"), TEXT("EditorCooked"), *ConnectedPlatformName);
}
if( bIsStreamingRequest )
{
RootDirectories.Add(ProjectDir);
}
}
else
{
if (FPaths::GetExtension(GameName) == FProjectDescriptor::GetExtension())
{
SandboxDirectory = FPaths::Combine(*FPaths::GetPath(GameName), TEXT("Saved"), TEXT("Cooked"), *ConnectedPlatformName);
}
else
{
//@todo: This assumes the game is located in the Unreal Root directory
SandboxDirectory = FPaths::Combine(*FPaths::GetRelativePathToRoot(), *GameName, TEXT("Saved"), TEXT("Cooked"), *ConnectedPlatformName);
}
}
// Convert to full path so that the sandbox wrapper doesn't re-base to Saved/Sandboxes
SandboxDirectory = FPaths::ConvertRelativePathToFull(SandboxDirectory);
// delete any existing one first, in case game name somehow changed and client is re-asking for files (highly unlikely)
Sandbox.Release();
Sandbox = FSandboxPlatformFile::Create(false);
Sandbox->Initialize(&FPlatformFileManager::Get().GetPlatformFile(), *FString::Printf(TEXT("-sandbox=\"%s\""), *SandboxDirectory));
GetSandboxRootDirectories(Sandbox.Get(), SandboxEngine, SandboxProject, SandboxEnginePlatformExtensions, SandboxProjectPlatformExtensions, LocalEngineDir, LocalProjectDir, LocalEnginePlatformExtensionsDir, LocalProjectPlatformExtensionsDir);
// make sure the global shaders are up to date before letting the client read any shaders
// @todo: This will probably add about 1/2 second to the boot-up time of the client while the server does this
// @note: We assume the delegate will write to the proper sandbox directory, should we pass in SandboxDirectory, or Sandbox?
TArray<uint8> GlobalShaderMap;
FShaderRecompileData RecompileData(ConnectedPlatformName, SP_NumPlatforms, ODSCRecompileCommand::Global, nullptr, nullptr, &GlobalShaderMap);
NetworkFileDelegates->RecompileShadersDelegate.ExecuteIfBound(RecompileData);
UE_LOG(LogFileServer, Display, TEXT("Getting files for %d directories, game = %s, platform = %s"), RootDirectories.Num(), *GameName, *ConnectedPlatformName);
UE_LOG(LogFileServer, Display, TEXT(" Sandbox dir = %s"), *SandboxDirectory);
for (int32 DumpIdx = 0; DumpIdx < RootDirectories.Num(); DumpIdx++)
{
UE_LOG(LogFileServer, Display, TEXT("\t%s"), *(RootDirectories[DumpIdx]));
}
TArray<FString> DirectoriesToAlwaysStageAsUFS;
if ( GConfig->GetArray(TEXT("/Script/UnrealEd.ProjectPackagingSettings"), TEXT("DirectoriesToAlwaysStageAsUFS"), DirectoriesToAlwaysStageAsUFS, GGameIni) )
{
for ( const auto& DirectoryToAlwaysStage : DirectoriesToAlwaysStageAsUFS )
{
RootDirectories.Add( DirectoryToAlwaysStage );
}
}
// list of directories to skip
TArray<FString> DirectoriesToSkip;
TArray<FString> DirectoriesToNotRecurse;
// @todo: This should really be FPlatformMisc::GetSavedDirForGame(ClientGameName), etc
for (const FString& RootDir : RootDirectories)
{
AddDirectoriesToIgnore(RootDir, DirectoriesToSkip, DirectoriesToNotRecurse);
}
UE_LOG(LogFileServer, Display, TEXT("Scanning server files for timestamps..."));
double FileScanStartTime = FPlatformTime::Seconds();
// use the timestamp grabbing visitor (include directories)
FLocalTimestampDirectoryVisitor Visitor(*Sandbox, DirectoriesToSkip, DirectoriesToNotRecurse, true);
for (int32 DirIndex = 0; DirIndex < RootDirectories.Num(); DirIndex++)
{
bool bIsSubDirOfOtherRootDir = false;
for (int32 OtherDirIndex = 0; OtherDirIndex < DirIndex; OtherDirIndex++)
{
if (OtherDirIndex == DirIndex)
continue;
if (FPaths::IsUnderDirectory(RootDirectories[DirIndex], RootDirectories[OtherDirIndex]))
{
bIsSubDirOfOtherRootDir = true;
break;
}
}
if (!bIsSubDirOfOtherRootDir)
Sandbox->IterateDirectory(*RootDirectories[DirIndex], Visitor);
}
// Traverse plugin directories
TArray<TSharedRef<IPlugin>> AllPlugins = IPluginManager::Get().GetDiscoveredPlugins();
for (TSharedRef<IPlugin> Plugin : AllPlugins)
{
ScanExtensionRootDirectory(Sandbox.Get(), Plugin->GetBaseDir(), RootDirectories, Visitor.FileTimes);
}
// Traverse platform extension directories
FString ServerEnginePlatformExtensionsRelativePath = EnginePlatformExtensionsRelativePath;
ConvertClientFilenameToServerFilename(ServerEnginePlatformExtensionsRelativePath);
FString ServerProjectPlatformExtensionsRelativePath = ProjectPlatformExtensionsRelativePath;
ConvertClientFilenameToServerFilename(ServerProjectPlatformExtensionsRelativePath);
TArray<FString> PlatformDirectoryNames;
for (const FString& TargetPlatform : TargetPlatformNames)
{
FName IniPlatformName = PlatformInfo::FindPlatformInfo(*TargetPlatform)->IniPlatformName;
const FDataDrivenPlatformInfo& PlatformInfo = FDataDrivenPlatformInfoRegistry::GetPlatformInfo(IniPlatformName);
PlatformDirectoryNames.Reserve(PlatformInfo.IniParentChain.Num() + PlatformInfo.AdditionalRestrictedFolders.Num() + 1);
PlatformDirectoryNames.Add(IniPlatformName.ToString());
for (const FString& PlatformName : PlatformInfo.AdditionalRestrictedFolders)
{
PlatformDirectoryNames.AddUnique(PlatformName);
}
for (const FString& PlatformName : PlatformInfo.IniParentChain)
{
PlatformDirectoryNames.AddUnique(PlatformName);
}
}
for (const FString& PlatformDirectoryName : PlatformDirectoryNames)
{
ScanExtensionRootDirectory(Sandbox.Get(), ServerEnginePlatformExtensionsRelativePath / PlatformDirectoryName, RootDirectories, Visitor.FileTimes);
ScanExtensionRootDirectory(Sandbox.Get(), ServerProjectPlatformExtensionsRelativePath / PlatformDirectoryName, RootDirectories, Visitor.FileTimes);
}
UE_LOG(LogFileServer, Display, TEXT("Scanned server files, found %d files in %.2f seconds"), Visitor.FileTimes.Num(), FPlatformTime::Seconds() - FileScanStartTime);
// report the package version information
// The downside of this is that ALL cooked data will get tossed on package version changes
FPackageFileVersion PackageFileUnrealVersion = GPackageFileUEVersion;
Out << PackageFileUnrealVersion;
int32 PackageFileLicenseeUnrealVersion = GPackageFileLicenseeUEVersion;
Out << PackageFileLicenseeUnrealVersion;
// Send *our* engine and game dirs
Out << LocalEngineDir;
Out << LocalProjectDir;
Out << LocalEnginePlatformExtensionsDir;
Out << LocalProjectPlatformExtensionsDir;
// return the files and their timestamps
TMap<FString, FDateTime> FixedTimes = FixupSandboxPathsForClient(Visitor.FileTimes);
Out << FixedTimes;
#if 0 // dump the list of files
for ( const auto& FileTime : Visitor.FileTimes)
{
UE_LOG(LogFileServer, Display, TEXT("Server list of files %s time %d"), *FileTime.Key, *FileTime.Value.ToString() );
}
#endif
// Do it again, preventing access to non-cooked files
if( bIsStreamingRequest == false )
{
TArray<FString> RootContentPaths;
FPackageName::QueryRootContentPaths(RootContentPaths);
TArray<FString> ContentFolders;
for (const auto& RootPath : RootContentPaths)
{
const FString& ContentFolder = FPackageName::LongPackageNameToFilename(RootPath);
FString ConnectedContentFolder = ContentFolder;
ConnectedContentFolder.ReplaceInline(*LocalEngineDir, *ConnectedEngineDir);
ConnectedContentFolder.ReplaceInline(*LocalEnginePlatformExtensionsDir, *ConnectedEnginePlatformExtensionsDir);
ConnectedContentFolder.ReplaceInline(*LocalProjectPlatformExtensionsDir, *ConnectedProjectPlatformExtensionsDir);
int32 ReplaceCount = 0;
// If one path is relative and the other isn't, convert both to absolute paths before trying to replace
if (FPaths::IsRelative(LocalProjectDir) != FPaths::IsRelative(ConnectedContentFolder))
{
FString AbsoluteLocalGameDir = FPaths::ConvertRelativePathToFull(LocalProjectDir);
FString AbsoluteConnectedContentFolder = FPaths::ConvertRelativePathToFull(ConnectedContentFolder);
ReplaceCount = AbsoluteConnectedContentFolder.ReplaceInline(*AbsoluteLocalGameDir, *ConnectedProjectDir);
if (ReplaceCount > 0)
{
ConnectedContentFolder = AbsoluteConnectedContentFolder;
}
}
else
{
ReplaceCount = ConnectedContentFolder.ReplaceInline(*LocalProjectDir, *ConnectedProjectDir);
}
if (ReplaceCount == 0)
{
int32 GameDirOffset = ConnectedContentFolder.Find(ConnectedProjectDir, ESearchCase::IgnoreCase, ESearchDir::FromEnd);
if (GameDirOffset != INDEX_NONE)
{
ConnectedContentFolder.RightChopInline(GameDirOffset, false);
}
}
ContentFolders.Add(ConnectedContentFolder);
}
Out << ContentFolders;
// return the cached files and their timestamps
// TODO: This second file list is now identical to the first. This should be cleaned up in the future to not send two lists.
Out << FixedTimes;
}
return true;
}
void FNetworkFileServerClientConnection::FileModifiedCallback( const FString& Filename)
{
FScopeLock Lock(&ModifiedFilesSection);
// do we care about this file???
// translation here?
ModifiedFiles.AddUnique(Filename);
}
void FNetworkFileServerClientConnection::ProcessHeartbeat( FArchive& In, FArchive& Out )
{
TArray<FString> FixedupModifiedFiles;
// Protect the array
if (Sandbox)
{
FScopeLock Lock(&ModifiedFilesSection);
for (const auto& ModifiedFile : ModifiedFiles)
{
FixedupModifiedFiles.Add(FixupSandboxPathForClient(ModifiedFile));
}
ModifiedFiles.Empty();
}
// return the list of modified files
Out << FixedupModifiedFiles;
// @todo: note the last received time, and toss clients that don't heartbeat enough!
// @todo: Right now, there is no directory watcher adding to ModifiedFiles. It had to be pulled from this thread (well, the ModuleManager part)
// We should have a single directory watcher that pushes the changes to all the connections - or possibly pass in a shared DirectoryWatcher
// and have each connection set up a delegate (see p4 history for HandleDirectoryWatcherDirectoryChanged)
}
/* FStreamingNetworkFileServerConnection callbacks
*****************************************************************************/
bool FNetworkFileServerClientConnection::PackageFile( FString& Filename, FString& TargetFilename, FArchive& Out )
{
// get file timestamp and send it to client
FDateTime ServerTimeStamp = Sandbox->GetTimeStamp(*Filename);
// Disable access to outside the sandbox to prevent sending uncooked packages to the client
const bool bSandboxOnly = bRestrictPackageAssetsToSandbox && FPackageName::IsPackageExtension(*FPaths::GetExtension(Filename, true));
FSandboxOnlyScope _(*Sandbox, bSandboxOnly);
FString AbsHostFile = Sandbox->ConvertToAbsolutePathForExternalAppForRead(*Filename);
if (ConnectedTargetPlatform != nullptr && ConnectedTargetPlatform->CopyFileToTarget(ConnectedIPAddress, AbsHostFile, TargetFilename, ConnectedTargetCustomData))
{
Out << Filename;
Out << ServerTimeStamp;
// MAX_uint64 here indicates that it was copied already
uint64 FileSize = MAX_uint64;
Out << FileSize;
return true;
}
TArray<uint8> Contents;
// open file
IFileHandle* File = Sandbox->OpenRead(*Filename);
bool bRetVal = true;
if (!File)
{
++PackageRequestsFailed;
UE_LOG(LogFileServer, Warning, TEXT("Opening file %s failed"), *Filename);
ServerTimeStamp = FDateTime::MinValue(); // if this was a directory, this will make sure it is not confused with a zero byte file
bRetVal = false;
}
else
{
++PackageRequestsSucceeded;
if (!File->Size())
{
UE_LOG(LogFileServer, Warning, TEXT("Sending empty file %s...."), *Filename);
}
else
{
FileBytesSent += File->Size();
// read it
Contents.AddUninitialized(File->Size());
File->Read(Contents.GetData(), Contents.Num());
}
// close it
delete File;
UE_LOG(LogFileServer, Display, TEXT("Read %s, %d bytes"), *Filename, Contents.Num());
}
Out << Filename;
Out << ServerTimeStamp;
uint64 FileSize = Contents.Num();
Out << FileSize;
Out.Serialize(Contents.GetData(), FileSize);
return bRetVal;
}
void FNetworkFileServerClientConnection::ProcessRecompileShaders( FArchive& In, FArchive& Out )
{
TArray<FString> RecompileModifiedFiles;
TArray<uint8> MeshMaterialMaps;
TArray<uint8> GlobalShaderMap;
FShaderRecompileData RecompileData(ConnectedPlatformName, &RecompileModifiedFiles, &MeshMaterialMaps, &GlobalShaderMap);
// tell other side all the materials to load, by pathname
In << RecompileData.MaterialsToLoad;
In << RecompileData.ShaderTypesToLoad;
int32 iShaderPlatform = static_cast<int32>(RecompileData.ShaderPlatform);
In << iShaderPlatform;
RecompileData.ShaderPlatform = static_cast<EShaderPlatform>(iShaderPlatform);
In << RecompileData.CommandType;
In << RecompileData.ShadersToRecompile;
NetworkFileDelegates->RecompileShadersDelegate.ExecuteIfBound(RecompileData);
// tell other side what to do!
Out << RecompileModifiedFiles;
Out << MeshMaterialMaps;
Out << GlobalShaderMap;
}
bool FNetworkFileServerClientConnection::ProcessSyncFile( FArchive& In, FArchive& Out )
{
double StartTime;
StartTime = FPlatformTime::Seconds();
// get filename
FString Filename;
In << Filename;
UE_LOG(LogFileServer, Verbose, TEXT("Try sync file %s"), *Filename);
FString ClientFilename = Filename;
ConvertClientFilenameToServerFilename(Filename);
//FString AbsFile(FString(*Sandbox->ConvertToAbsolutePathForExternalApp(*Filename)).MakeStandardFilename());
// ^^ we probably in general want that filename, but for cook on the fly, we want the un-sandboxed name
TArray<FString> NewUnsolictedFiles;
NetworkFileDelegates->FileRequestDelegate.ExecuteIfBound(Filename, ConnectedPlatformName, NewUnsolictedFiles);
FileRequestDelegateTime += 1000.0f * float(FPlatformTime::Seconds() - StartTime);
StartTime = FPlatformTime::Seconds();
for (int32 Index = 0; Index < NewUnsolictedFiles.Num(); Index++)
{
if (NewUnsolictedFiles[Index] != Filename)
{
UnsolictedFiles.AddUnique(NewUnsolictedFiles[Index]);
}
}
bool bRetVal = PackageFile(Filename, ClientFilename, Out);
PackageFileTime += 1000.0f * float(FPlatformTime::Seconds() - StartTime);
return bRetVal;
}
FString FNetworkFileServerClientConnection::GetDescription() const
{
return FString("Client For " ) + ConnectedPlatformName;
}
bool FNetworkFileServerClientConnection::Exec(class UWorld* InWorld, const TCHAR* Cmd, FOutputDevice& Ar )
{
if (FParse::Command(&Cmd, TEXT("networkserverconnection")))
{
if (FParse::Command(&Cmd, TEXT("stats")))
{
Ar.Logf(TEXT("Network server connection %s stats\n"
"FileRequestDelegateTime \t%fms \n"
"PackageFileTime \t%fms \n"
"UnsolicitedFilesTime \t%fms \n"
"FileRequestCount \t%d \n"
"UnsolicitedFilesCount \t%d \n"
"PackageRequestsSucceeded \t%d \n"
"PackageRequestsFailed \t%d \n"
"FileBytesSent \t%d \n"),
*GetDescription(),
FileRequestDelegateTime,
PackageFileTime,
UnsolicitedFilesTime,
FileRequestCount,
UnsolicitedFilesCount,
PackageRequestsSucceeded,
PackageRequestsFailed,
FileBytesSent);
// there could be multiple network platform files so let them all report their stats
return false;
}
}
return false;
}
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