protected void AddPrerequisiteSourceFile(UEBuildTarget Target, IUEBuildPlatform BuildPlatform, CPPEnvironment CompileEnvironment, FileItem SourceFile, List <FileItem> PrerequisiteItems)
{
PrerequisiteItems.Add(SourceFile);
var RemoteThis = this as RemoteToolChain;
bool bAllowUploading = RemoteThis != null && BuildHostPlatform.Current.Platform != UnrealTargetPlatform.Mac; // Don't use remote features when compiling from a Mac
if (bAllowUploading)
{
RemoteThis.QueueFileForBatchUpload(SourceFile);
}
if (!BuildConfiguration.bUseExperimentalFastBuildIteration) // In fast build iteration mode, we'll gather includes later on
{
// @todo fastubt: What if one of the prerequisite files has become missing since it was updated in our cache? (usually, because a coder eliminated the source file)
// -> Two CASES:
// 1) NOT WORKING: Non-unity file went away (SourceFile in this context). That seems like an existing old use case. Compile params or Response file should have changed?
// 2) WORKING: Indirect file went away (unity'd original source file or include). This would return a file that no longer exists and adds to the prerequiteitems list
var IncludedFileList = CPPEnvironment.FindAndCacheAllIncludedFiles(Target, SourceFile, BuildPlatform, CompileEnvironment.Config.CPPIncludeInfo, bOnlyCachedDependencies: BuildConfiguration.bUseExperimentalFastDependencyScan);
foreach (FileItem IncludedFile in IncludedFileList)
{
PrerequisiteItems.Add(IncludedFile);
if (bAllowUploading &&
!BuildConfiguration.bUseExperimentalFastDependencyScan) // With fast dependency scanning, we will not have an exhaustive list of dependencies here. We rely on PostCodeGeneration() to upload these files.
{
RemoteThis.QueueFileForBatchUpload(IncludedFile);
}
}
}
}
private static FileItem CachePCHUsageForCPPFile(UEBuildTarget Target, FileItem CPPFile, IUEBuildPlatform BuildPlatform, List<string> IncludePathsToSearch, Dictionary<string, FileItem> IncludeFileSearchDictionary)
{
// @todo ubtmake: We don't really need to scan every file looking for PCH headers, just need one. The rest is just for error checking.
// @todo ubtmake: We don't need all of the direct includes either. We just need the first, unless we want to check for errors.
List<DependencyInclude> DirectIncludeFilenames = CPPEnvironment.GetDirectIncludeDependencies(Target, CPPFile, BuildPlatform, bOnlyCachedDependencies:false);
if (BuildConfiguration.bPrintDebugInfo)
{
Log.TraceVerbose("Found direct includes for {0}: {1}", Path.GetFileName(CPPFile.AbsolutePath), string.Join(", ", DirectIncludeFilenames.Select(F => F.IncludeName)));
}
if (DirectIncludeFilenames.Count == 0)
{
return null;
}
var FirstInclude = DirectIncludeFilenames[0];
// The pch header should always be the first include in the source file.
// NOTE: This is not an absolute path. This is just the literal include string from the source file!
CPPFile.PCHHeaderNameInCode = FirstInclude.IncludeName;
// Resolve the PCH header to an absolute path.
// Check NullOrEmpty here because if the file could not be resolved we need to throw an exception
if (!string.IsNullOrEmpty(FirstInclude.IncludeResolvedName) &&
// ignore any preexisting resolve cache if we are not configured to use it.
BuildConfiguration.bUseIncludeDependencyResolveCache &&
// if we are testing the resolve cache, we force UBT to resolve every time to look for conflicts
!BuildConfiguration.bTestIncludeDependencyResolveCache)
{
CPPFile.PrecompiledHeaderIncludeFilename = FirstInclude.IncludeResolvedName;
return FileItem.GetItemByFullPath(CPPFile.PrecompiledHeaderIncludeFilename);
}
// search the include paths to resolve the file.
FileItem PrecompiledHeaderIncludeFile = CPPEnvironment.FindIncludedFile(CPPFile.PCHHeaderNameInCode, !BuildConfiguration.bCheckExternalHeadersForModification, IncludePathsToSearch, IncludeFileSearchDictionary );
if (PrecompiledHeaderIncludeFile == null)
{
throw new BuildException("The first include statement in source file '{0}' is trying to include the file '{1}' as the precompiled header, but that file could not be located in any of the module's include search paths.", CPPFile.AbsolutePath, CPPFile.PCHHeaderNameInCode);
}
CPPEnvironment.IncludeDependencyCache[Target].CacheResolvedIncludeFullPath(CPPFile, 0, PrecompiledHeaderIncludeFile.AbsolutePath);
CPPFile.PrecompiledHeaderIncludeFilename = PrecompiledHeaderIncludeFile.AbsolutePath;
return PrecompiledHeaderIncludeFile;
}
private static bool RequiresTempTarget(string RawProjectPath, List <UnrealTargetPlatform> ClientTargetPlatforms)
{
// check to see if we already have a Target.cs file
// @todo: Target.cs may not be the same name as the project in the future, so look at a better way to determine this
if (File.Exists(Path.Combine(Path.GetDirectoryName(RawProjectPath), "Source", Path.GetFileNameWithoutExtension(RawProjectPath) + ".Target.cs")))
{
return(false);
}
// no Target file, now check to see if build settings have changed
List <UnrealTargetPlatform> TargetPlatforms = ClientTargetPlatforms;
if (ClientTargetPlatforms == null || ClientTargetPlatforms.Count < 1)
{
// No client target platforms, add all in
TargetPlatforms = new List <UnrealTargetPlatform>();
foreach (UnrealTargetPlatform TargetPlatformType in Enum.GetValues(typeof(UnrealTargetPlatform)))
{
if (TargetPlatformType != UnrealTargetPlatform.Unknown)
{
TargetPlatforms.Add(TargetPlatformType);
}
}
}
// check the target platforms for any differences in build settings or additional plugins
foreach (UnrealTargetPlatform TargetPlatformType in TargetPlatforms)
{
IUEBuildPlatform BuildPlat = UEBuildPlatform.GetBuildPlatform(TargetPlatformType, true);
if (BuildPlat != null && !(BuildPlat as UEBuildPlatform).HasDefaultBuildConfig(TargetPlatformType, Path.GetDirectoryName(RawProjectPath)))
{
return(true);
}
// find if there are any plugins
List <string> PluginList = new List <string>();
// Use the project settings to update the plugin list for this target
PluginList = UProjectInfo.GetEnabledPlugins(RawProjectPath, PluginList, TargetPlatformType);
if (PluginList.Count > 0)
{
foreach (var PluginName in PluginList)
{
// check the plugin info for this plugin itself
foreach (var Plugin in Plugins.AllPlugins)
{
if (Plugin.Name == PluginName)
{
foreach (var Module in Plugin.Modules)
{
if (Module.Platforms.Count > 0 && Module.Platforms.Contains(TargetPlatformType))
{
return(true);
}
}
break;
}
}
}
}
}
return(false);
}
protected void AddPrerequisiteSourceFile( UEBuildTarget Target, IUEBuildPlatform BuildPlatform, CPPEnvironment CompileEnvironment, FileItem SourceFile, List<FileItem> PrerequisiteItems )
{
PrerequisiteItems.Add( SourceFile );
var RemoteThis = this as RemoteToolChain;
bool bAllowUploading = RemoteThis != null && BuildHostPlatform.Current.Platform != UnrealTargetPlatform.Mac; // Don't use remote features when compiling from a Mac
if( bAllowUploading )
{
RemoteThis.QueueFileForBatchUpload(SourceFile);
}
if( !BuildConfiguration.bUseUBTMakefiles ) // In fast build iteration mode, we'll gather includes later on
{
// @todo ubtmake: What if one of the prerequisite files has become missing since it was updated in our cache? (usually, because a coder eliminated the source file)
// -> Two CASES:
// 1) NOT WORKING: Non-unity file went away (SourceFile in this context). That seems like an existing old use case. Compile params or Response file should have changed?
// 2) WORKING: Indirect file went away (unity'd original source file or include). This would return a file that no longer exists and adds to the prerequiteitems list
var IncludedFileList = CPPEnvironment.FindAndCacheAllIncludedFiles( Target, SourceFile, BuildPlatform, CompileEnvironment.Config.CPPIncludeInfo, bOnlyCachedDependencies:BuildConfiguration.bUseUBTMakefiles );
if( IncludedFileList != null )
{
foreach (FileItem IncludedFile in IncludedFileList)
{
PrerequisiteItems.Add( IncludedFile );
if( bAllowUploading &&
!BuildConfiguration.bUseUBTMakefiles ) // With fast dependency scanning, we will not have an exhaustive list of dependencies here. We rely on PostCodeGeneration() to upload these files.
{
RemoteThis.QueueFileForBatchUpload(IncludedFile);
}
}
}
}
}
/** Finds the names of files directly included by the given C++ file. */
public static List <DependencyInclude> GetDirectIncludeDependencies(UEBuildTarget Target, FileItem CPPFile, IUEBuildPlatform BuildPlatform, bool bOnlyCachedDependencies, out bool HasUObjects)
{
// Try to fulfill request from cache first.
List <DependencyInclude> Result;
if (IncludeDependencyCache[Target].GetCachedDirectDependencies(CPPFile, out Result, out HasUObjects))
{
return(Result);
}
else if (bOnlyCachedDependencies)
{
return(new List <DependencyInclude>());
}
var TimerStartTime = DateTime.UtcNow;
++CPPEnvironment.TotalDirectIncludeCacheMisses;
// Get the adjusted filename
string FileToRead = CPPFile.AbsolutePath;
if (BuildPlatform.RequiresExtraUnityCPPWriter() == true &&
Path.GetFileName(FileToRead).StartsWith("Module."))
{
FileToRead += ".ex";
}
// Read lines from the C++ file.
string FileContents = Utils.ReadAllText(FileToRead);
if (string.IsNullOrEmpty(FileContents))
{
return(new List <DependencyInclude>());
}
HasUObjects = CPPEnvironment.UObjectRegex.IsMatch(FileContents);
// Note: This depends on UBT executing w/ a working directory of the Engine/Source folder!
string EngineSourceFolder = Directory.GetCurrentDirectory();
string InstalledFolder = EngineSourceFolder;
Int32 EngineSourceIdx = EngineSourceFolder.IndexOf("\\Engine\\Source");
if (EngineSourceIdx != -1)
{
InstalledFolder = EngineSourceFolder.Substring(0, EngineSourceIdx);
}
Result = new List <DependencyInclude>();
if (Utils.IsRunningOnMono)
{
// Mono crashes when running a regex on a string longer than about 5000 characters, so we parse the file in chunks
int StartIndex = 0;
const int SafeTextLength = 4000;
while (StartIndex < FileContents.Length)
{
int EndIndex = StartIndex + SafeTextLength < FileContents.Length ? FileContents.IndexOf("\n", StartIndex + SafeTextLength) : FileContents.Length;
if (EndIndex == -1)
{
EndIndex = FileContents.Length;
}
CollectHeaders(CPPFile, Result, FileToRead, FileContents, InstalledFolder, StartIndex, EndIndex);
StartIndex = EndIndex + 1;
}
}
else
{
CollectHeaders(CPPFile, Result, FileToRead, FileContents, InstalledFolder, 0, FileContents.Length);
}
// Populate cache with results.
IncludeDependencyCache[Target].SetDependencyInfo(CPPFile, Result, HasUObjects);
CPPEnvironment.DirectIncludeCacheMissesTotalTime += (DateTime.UtcNow - TimerStartTime).TotalSeconds;
return(Result);
}
/// <summary>
/// Finds the files directly or indirectly included by the given C++ file.
/// </summary>
/// <param name="CPPFile">C++ file to get the dependencies for.</param>
/// <param name="Result">List of CPPFile dependencies.</param>
/// <returns>false if CPPFile is still being processed further down the callstack, true otherwise.</returns>
public static bool FindAndCacheAllIncludedFiles(UEBuildTarget Target, FileItem CPPFile, IUEBuildPlatform BuildPlatform, CPPIncludeInfo CPPIncludeInfo, ref IncludedFilesSet Result, bool bOnlyCachedDependencies)
{
IncludedFilesSet IncludedFileList;
var IncludedFilesMap = bOnlyCachedDependencies ? OnlyCachedIncludedFilesMap : ExhaustiveIncludedFilesMap;
if (!IncludedFilesMap.TryGetValue(CPPFile, out IncludedFileList))
{
var TimerStartTime = DateTime.UtcNow;
IncludedFileList = new IncludedFilesSet();
// Add an uninitialized entry for the include file to avoid infinitely recursing on include file loops.
IncludedFilesMap.Add(CPPFile, IncludedFileList);
// Gather a list of names of files directly included by this C++ file.
bool HasUObjects;
List <DependencyInclude> DirectIncludes = GetDirectIncludeDependencies(Target, CPPFile, BuildPlatform, bOnlyCachedDependencies: bOnlyCachedDependencies, HasUObjects: out HasUObjects);
// Build a list of the unique set of files that are included by this file.
var DirectlyIncludedFiles = new HashSet <FileItem>();
// require a for loop here because we need to keep track of the index in the list.
for (int DirectlyIncludedFileNameIndex = 0; DirectlyIncludedFileNameIndex < DirectIncludes.Count; ++DirectlyIncludedFileNameIndex)
{
// Resolve the included file name to an actual file.
DependencyInclude DirectInclude = DirectIncludes[DirectlyIncludedFileNameIndex];
if (DirectInclude.IncludeResolvedName == null ||
// ignore any preexisting resolve cache if we are not configured to use it.
!BuildConfiguration.bUseIncludeDependencyResolveCache ||
// if we are testing the resolve cache, we force UBT to resolve every time to look for conflicts
BuildConfiguration.bTestIncludeDependencyResolveCache
)
{
++TotalDirectIncludeResolveCacheMisses;
// search the include paths to resolve the file
FileItem DirectIncludeResolvedFile = CPPEnvironment.FindIncludedFile(DirectInclude.IncludeName, !BuildConfiguration.bCheckExternalHeadersForModification, CPPIncludeInfo.GetIncludesPathsToSearch(CPPFile), CPPIncludeInfo.IncludeFileSearchDictionary);
if (DirectIncludeResolvedFile != null)
{
DirectlyIncludedFiles.Add(DirectIncludeResolvedFile);
}
IncludeDependencyCache[Target].CacheResolvedIncludeFullPath(CPPFile, DirectlyIncludedFileNameIndex, DirectIncludeResolvedFile != null ? DirectIncludeResolvedFile.AbsolutePath : "");
}
else
{
// we might have cached an attempt to resolve the file, but couldn't actually find the file (system headers, etc).
if (DirectInclude.IncludeResolvedName != string.Empty)
{
DirectlyIncludedFiles.Add(FileItem.GetItemByFullPath(DirectInclude.IncludeResolvedName));
}
}
}
TotalDirectIncludeResolves += DirectIncludes.Count;
// Convert the dictionary of files included by this file into a list.
foreach (var DirectlyIncludedFile in DirectlyIncludedFiles)
{
// Add the file we're directly including
IncludedFileList.Add(DirectlyIncludedFile);
// Also add all of the indirectly included files!
if (FindAndCacheAllIncludedFiles(Target, DirectlyIncludedFile, BuildPlatform, CPPIncludeInfo, ref IncludedFileList, bOnlyCachedDependencies:bOnlyCachedDependencies) == false)
{
// DirectlyIncludedFile is a circular dependency which is still being processed
// further down the callstack. Add this file to its circular dependencies list
// so that it can update its dependencies later.
IncludedFilesSet DirectlyIncludedFileIncludedFileList;
if (IncludedFilesMap.TryGetValue(DirectlyIncludedFile, out DirectlyIncludedFileIncludedFileList))
{
DirectlyIncludedFileIncludedFileList.CircularDependencies.Add(CPPFile);
}
}
}
// All dependencies have been processed by now so update all circular dependencies
// with the full list.
foreach (var CircularDependency in IncludedFileList.CircularDependencies)
{
IncludedFilesSet CircularDependencyIncludedFiles = IncludedFilesMap[CircularDependency];
foreach (FileItem IncludedFile in IncludedFileList)
{
CircularDependencyIncludedFiles.Add(IncludedFile);
}
}
// No need to keep this around anymore.
IncludedFileList.CircularDependencies.Clear();
// Done collecting files.
IncludedFileList.bIsInitialized = true;
var TimerDuration = DateTime.UtcNow - TimerStartTime;
TotalTimeSpentGettingIncludes += TimerDuration.TotalSeconds;
}
if (IncludedFileList.bIsInitialized)
{
// Copy the list of files included by this file into the result list.
foreach (FileItem IncludedFile in IncludedFileList)
{
// If the result list doesn't contain this file yet, add the file and the files it includes.
// NOTE: For some reason in .NET 4, Add() is over twice as fast as calling UnionWith() on the set
Result.Add(IncludedFile);
}
return(true);
}
else
{
// The IncludedFileList.bIsInitialized was false because we added a dummy entry further down the call stack. We're already processing
// the include list for this header elsewhere in the stack frame, so we don't need to add anything here.
return(false);
}
}
public static List <FileItem> FindAndCacheAllIncludedFiles(UEBuildTarget Target, FileItem SourceFile, IUEBuildPlatform BuildPlatform, CPPIncludeInfo CPPIncludeInfo, bool bOnlyCachedDependencies)
{
List <FileItem> Result = null;
if (CPPIncludeInfo.IncludeFileSearchDictionary == null)
{
CPPIncludeInfo.IncludeFileSearchDictionary = new Dictionary <string, FileItem>();
}
bool bUseFlatCPPIncludeDependencyCache = BuildConfiguration.bUseUBTMakefiles && UnrealBuildTool.IsAssemblingBuild;
if (bOnlyCachedDependencies && bUseFlatCPPIncludeDependencyCache)
{
Result = FlatCPPIncludeDependencyCache[Target].GetDependenciesForFile(SourceFile.AbsolutePath);
if (Result == null)
{
// Nothing cached for this file! It is new to us. This is the expected flow when our CPPIncludeDepencencyCache is missing.
}
}
else
{
// @todo ubtmake: HeaderParser.h is missing from the include set for Module.UnrealHeaderTool.cpp (failed to find include using: FileItem DirectIncludeResolvedFile = CPPEnvironment.FindIncludedFile(DirectInclude.IncludeName, !BuildConfiguration.bCheckExternalHeadersForModification, IncludePathsToSearch, IncludeFileSearchDictionary );)
// If we're doing an exhaustive include scan, make sure that we have our include dependency cache loaded and ready
if (!bOnlyCachedDependencies)
{
if (!IncludeDependencyCache.ContainsKey(Target))
{
IncludeDependencyCache.Add(Target, DependencyCache.Create(DependencyCache.GetDependencyCachePathForTarget(Target)));
}
}
Result = new List <FileItem>();
var IncludedFileList = new IncludedFilesSet();
CPPEnvironment.FindAndCacheAllIncludedFiles(Target, SourceFile, BuildPlatform, CPPIncludeInfo, ref IncludedFileList, bOnlyCachedDependencies: bOnlyCachedDependencies);
foreach (FileItem IncludedFile in IncludedFileList)
{
Result.Add(IncludedFile);
}
// Update cache
if (bUseFlatCPPIncludeDependencyCache && !bOnlyCachedDependencies)
{
var Dependencies = new List <string>();
foreach (var IncludedFile in Result)
{
Dependencies.Add(IncludedFile.AbsolutePath);
}
string PCHName = SourceFile.PrecompiledHeaderIncludeFilename;
FlatCPPIncludeDependencyCache[Target].SetDependenciesForFile(SourceFile.AbsolutePath, PCHName, Dependencies);
}
}
return(Result);
}
public static List <FileItem> FindAndCacheAllIncludedFiles(UEBuildTarget Target, FileItem SourceFile, IUEBuildPlatform BuildPlatform, CPPIncludeInfo CPPIncludeInfo, bool bOnlyCachedDependencies)
{
var Result = new List <FileItem>();
if (CPPIncludeInfo.IncludeFileSearchDictionary == null)
{
CPPIncludeInfo.IncludeFileSearchDictionary = new Dictionary <string, FileItem>();
}
bool bUseFlatCPPIncludeDependencyCache =
(BuildConfiguration.bUseExperimentalFastDependencyScan &&
(!BuildConfiguration.bUseExperimentalFastBuildIteration || UnrealBuildTool.IsAssemblingBuild));
if (bUseFlatCPPIncludeDependencyCache && bOnlyCachedDependencies)
{
var Dependencies = FlatCPPIncludeDependencyCache[Target].GetDependenciesForFile(SourceFile.AbsolutePath);
if (Dependencies != null)
{
foreach (string Dependency in Dependencies)
{
Result.Add(FileItem.GetItemByFullPath(Dependency)); // @todo fastubt: Make sure this is as fast as possible (convert to FileItem)
}
}
else
{
// Nothing cached for this file! It is new to us. This is the expected flow when our CPPIncludeDepencencyCache is missing.
}
}
else
{
// @todo fastubt: HeaderParser.h is missing from the include set for Module.UnrealHeaderTool.cpp (failed to find include using: FileItem DirectIncludeResolvedFile = CPPEnvironment.FindIncludedFile(DirectInclude.IncludeName, !BuildConfiguration.bCheckExternalHeadersForModification, IncludePathsToSearch, IncludeFileSearchDictionary );)
var IncludedFileList = new IncludedFilesSet();
CPPEnvironment.FindAndCacheAllIncludedFiles(Target, SourceFile, BuildPlatform, CPPIncludeInfo, ref IncludedFileList, bOnlyCachedDependencies: bOnlyCachedDependencies);
foreach (FileItem IncludedFile in IncludedFileList)
{
Result.Add(IncludedFile);
}
// Update cache
if (bUseFlatCPPIncludeDependencyCache && !bOnlyCachedDependencies)
{
var Dependencies = new List <string>();
foreach (var IncludedFile in Result)
{
Dependencies.Add(IncludedFile.AbsolutePath);
}
string PCHName = SourceFile.PrecompiledHeaderIncludeFilename;
FlatCPPIncludeDependencyCache[Target].SetDependenciesForFile(SourceFile.AbsolutePath, PCHName, Dependencies);
}
}
return(Result);
}
private static bool RequiresTempTarget(string RawProjectPath, List <UnrealTargetPlatform> ClientTargetPlatforms)
{
// check to see if we already have a Target.cs file
if (File.Exists(Path.Combine(Path.GetDirectoryName(RawProjectPath), "Source", Path.GetFileNameWithoutExtension(RawProjectPath) + ".Target.cs")))
{
return(false);
}
else if (Directory.Exists(Path.Combine(Path.GetDirectoryName(RawProjectPath), "Source")))
{
// wasn't one in the main Source directory, let's check all sub-directories
//@todo: may want to read each target.cs to see if it has a target corresponding to the project name as a final check
FileInfo[] Files = (new DirectoryInfo(Path.Combine(Path.GetDirectoryName(RawProjectPath), "Source")).GetFiles("*.Target.cs", SearchOption.AllDirectories));
if (Files.Length > 0)
{
return(false);
}
}
// no Target file, now check to see if build settings have changed
List <UnrealTargetPlatform> TargetPlatforms = ClientTargetPlatforms;
if (ClientTargetPlatforms == null || ClientTargetPlatforms.Count < 1)
{
// No client target platforms, add all in
TargetPlatforms = new List <UnrealTargetPlatform>();
foreach (UnrealTargetPlatform TargetPlatformType in Enum.GetValues(typeof(UnrealTargetPlatform)))
{
if (TargetPlatformType != UnrealTargetPlatform.Unknown)
{
TargetPlatforms.Add(TargetPlatformType);
}
}
}
// Change the working directory to be the Engine/Source folder. We are running from Engine/Binaries/DotNET
string oldCWD = Directory.GetCurrentDirectory();
if (BuildConfiguration.RelativeEnginePath == "../../Engine/")
{
string EngineSourceDirectory = Path.Combine(UnrealBuildTool.Utils.GetExecutingAssemblyDirectory(), "..", "..", "..", "Engine", "Source");
if (!Directory.Exists(EngineSourceDirectory)) // only set the directory if it exists, this should only happen if we are launching the editor from an artist sync
{
EngineSourceDirectory = Path.Combine(UnrealBuildTool.Utils.GetExecutingAssemblyDirectory(), "..", "..", "..", "Engine", "Binaries");
}
Directory.SetCurrentDirectory(EngineSourceDirectory);
}
// Read the project descriptor, and find all the plugins available to this project
ProjectDescriptor Project = ProjectDescriptor.FromFile(RawProjectPath);
List <PluginInfo> AvailablePlugins = Plugins.ReadAvailablePlugins(RawProjectPath);
// check the target platforms for any differences in build settings or additional plugins
bool RetVal = false;
foreach (UnrealTargetPlatform TargetPlatformType in TargetPlatforms)
{
IUEBuildPlatform BuildPlat = UEBuildPlatform.GetBuildPlatform(TargetPlatformType, true);
if (!GlobalCommandLine.Rocket && BuildPlat != null && !(BuildPlat as UEBuildPlatform).HasDefaultBuildConfig(TargetPlatformType, Path.GetDirectoryName(RawProjectPath)))
{
RetVal = true;
break;
}
// find if there are any plugins enabled or disabled which differ from the default
foreach (PluginInfo Plugin in AvailablePlugins)
{
bool bPluginEnabledForProject = UProjectInfo.IsPluginEnabledForProject(Plugin, Project, TargetPlatformType);
if ((bPluginEnabledForProject && !Plugin.Descriptor.bEnabledByDefault) || (bPluginEnabledForProject && Plugin.Descriptor.bInstalled))
{
if (Plugin.Descriptor.Modules.Any(Module => Module.IsCompiledInConfiguration(TargetPlatformType, TargetRules.TargetType.Game, bBuildDeveloperTools: false, bBuildEditor: false)))
{
RetVal = true;
break;
}
}
}
}
// Change back to the original directory
Directory.SetCurrentDirectory(oldCWD);
return(RetVal);
}
