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UnrealEngineUWP/Engine/Source/Programs/UnrealBuildTool/ProjectFiles/Xcode/XcodeProject.cs
Rafa Lecina 9f1574f2ad Fix folder issues in Xcode for programs not under Engine folder 
Also force being a bundled application for iOS and TVOS since they don't support not being bundled

#review @Josh.Adams
#jira UE-166445

[CL 25973014 by Rafa Lecina in ue5-main branch]
2023-06-14 03:54:47 -04:00

2443 lines
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// Copyright Epic Games, Inc. All Rights Reserved.
using System;
using System.Collections.Generic;
using System.IO;
using System.Linq;
using System.Text;
using EpicGames.Core;
using Microsoft.CodeAnalysis;
using Microsoft.Extensions.Logging;
using UnrealBuildBase;
/*****
Here's how this works:
* An XcodeProjectFile (subclass of generic ProjectFile class) is created, along with it - UnrealData and XcodeFileCollection objects are made
* High level code calls AddModule() which this code will use to cache information about the Modules in the project (including build settings, etc)
* These are used to determine what source files can be indexed together (we use native xcode code compilation for indexing, so we make compiling succesful for best index)
* A few #defines are removed or modified (FOO_API, etc) which would otherwise make every module a separate target
* High level code then calls WriteProjectFile() which is the meat of all this
* This code then creates a hierarchy/reference-chain of xcode project nodes (an xcode project is basically a series of Guid/object pairs that reference each other)
* Then each node writes itself into the project file that is saved to disk
.xcconfig files:
* We also now use Xcconfig files for all of the build settings, instead of jamming them into the xcode project file itself
* This makes it easier to see the various settings (you can also see them in the Xcode UI as before, but now with more read-only columns - they must be set via editing the file)
* The files are in the Xcode file browsing pane, in the an Xcconfigs folder under each project
* The files are:
* _Project - settings apply to all targets in the projectapplies to all targets), one for each configuration (Debug, Development Editor, etc) which applies to all targets
* _Debug/_DevelopmentEditor, etc - applies to all targets when building in that configuration
* _Run - applies to the native run project, which does no compiling
* _Index/SubIndex0, etc - applies when Indexing, which uses native Xcode compiling (these will include #defines from UBT, etc)
* There is currently no _Build xcconfig file since it's a makefile project and has no build setting needs
Known issues:
* No PBXFrameworksBuildPhase nodes are made
Future ideas:
* I have started working on a Template project that we merge Build/Index targets into, which will allow a licensee to setup codesigning, add extensions, etc.
* Always make a final build xcodeproj from UBT for handling the codesigning/extensions/frameworks
* Allow for non-conflicting #defines to share SubIndex targets, hopefully will greatly reduce the sub targets in UE5
**/
namespace UnrealBuildTool.XcodeProjectXcconfig
{
class UnrealBuildConfig
{
public UnrealBuildConfig(string InDisplayName, string InBuildTarget, string InExeName, ProjectTarget? InProjectTarget, UnrealTargetConfiguration InBuildConfig, DirectoryReference InRootDirectory)
{
DisplayName = InDisplayName;
BuildTarget = InBuildTarget;
ExeName = InExeName;
ProjectTarget = InProjectTarget;
BuildConfig = InBuildConfig;
RootDirectory = InRootDirectory;
if (BuildTarget != ProjectTarget?.Name)
{
throw new BuildException($"Name exepcted to match - {BuildTarget} != {ProjectTarget?.Name}");
}
}
public string DisplayName;
public string BuildTarget;
public string ExeName;
public ProjectTarget? ProjectTarget;
public UnrealTargetConfiguration BuildConfig;
public DirectoryReference RootDirectory;
public bool bSupportsMac => Supports(UnrealTargetPlatform.Mac);
public bool bSupportsIOS => Supports(UnrealTargetPlatform.IOS);
public bool bSupportsTVOS => Supports(UnrealTargetPlatform.TVOS);
public bool Supports(UnrealTargetPlatform? Platform)
{
return UnrealData.Supports(Platform) && (ProjectTarget == null || Platform == null || ProjectTarget.SupportedPlatforms.Contains((UnrealTargetPlatform)Platform));
}
};
class UnrealBatchedFiles
{
// build settings that cause uniqueness
public IEnumerable<String>? ForceIncludeFiles = null;
// @todo can we actually use this effectively with indexing other than fotced include?
public FileReference? PCHFile = null;
public bool bEnableRTTI = false;
// union of settings for all modules
public HashSet<string> AllDefines = new() { "__INTELLISENSE__", "MONOLITHIC_BUILD=1" };
public HashSet<DirectoryReference> SystemIncludePaths = new();
public HashSet<DirectoryReference> UserIncludePaths = new();
public List<XcodeSourceFile> Files = new();
public UEBuildModuleCPP Module;
public FileReference ResponseFile;
public UnrealBatchedFiles(UnrealData UnrealData, int Index, UEBuildModuleCPP Module)
{
this.Module = Module;
ResponseFile = FileReference.Combine(UnrealData.XcodeProjectFileLocation.ParentDirectory!, "ResponseFiles", $"{UnrealData.ProductName}{Index}.response");
}
public void GenerateResponseFile()
{
StringBuilder ResponseFileContents = new();
ResponseFileContents.Append("-isystem");
ResponseFileContents.AppendJoin(" -isystem", SystemIncludePaths.Select(x => x.FullName.Contains(' ') ? $"\"{x.FullName}\"" : x.FullName));
ResponseFileContents.Append(" -I");
ResponseFileContents.AppendJoin(" -I", UserIncludePaths.Select(x => x.FullName.Contains(' ') ? $"\"{x.FullName}\"" : x.FullName));
if (ForceIncludeFiles != null)
{
ResponseFileContents.Append(" -include ");
ResponseFileContents.AppendJoin(" -include ", ForceIncludeFiles.Select(x => x.Contains(' ') ? $"\"{x}\"" : x));
}
ResponseFileContents.Append(" -D");
ResponseFileContents.AppendJoin(" -D", AllDefines);
if (PCHFile != null)
{
ResponseFileContents.Append($" -include {PCHFile.FullName}");
}
ResponseFileContents.Append(bEnableRTTI ? " -frtti" : " -fno-rtti");
DirectoryReference.CreateDirectory(ResponseFile.Directory);
FileReference.WriteAllText(ResponseFile, ResponseFileContents.ToString());
}
}
enum MetadataPlatform
{
MacEditor,
Mac,
IOS,
}
enum MetadataMode
{
Unset = -1,
UsePremade,
UpdateTemplate,
}
class MetadataItem
{
public MetadataMode Mode = MetadataMode.Unset;
public FileReference? File = null;
public string? XcodeProjectRelative = null;
//public Metadata(MetadataMode Mode, FileReference File, DirectoryReference XcodeProjectFile)
//{
// this.Mode = Mode;
// this.File = File;
// XcodeProjectRelative = File.MakeRelativeTo(XcodeProjectFile.ParentDirectory!);
//}
// Location: Can be key of setting entry in .ini, or the full file path
// CopyFromFolderIfNotFound: If the file at "Location" does not exist, try to copy the same named file from this folder
public MetadataItem(DirectoryReference ProductDirectory, DirectoryReference XcodeProject, ConfigHierarchy Ini, string Location, MetadataMode InMode, DirectoryReference CopyFromFolderIfNotFound)
{
// no extension means it's a .ini entry
if (String.IsNullOrEmpty(Path.GetExtension(Location)))
{
string? FileLocation;
if (Ini.TryGetValue("/Script/MacTargetPlatform.XcodeProjectSettings", Location, out FileLocation) && !String.IsNullOrEmpty(FileLocation))
{
if (FileLocation.StartsWith("(FilePath=", StringComparison.OrdinalIgnoreCase))
{
FileLocation = ConfigHierarchy.GetStructEntry(FileLocation, "FilePath", false)!;
if (FileLocation.StartsWith("/Engine/"))
{
File = FileReference.Combine(Unreal.EngineDirectory, FileLocation.Substring(8));
}
else if (FileLocation.StartsWith("/Game/"))
{
File = FileReference.Combine(ProductDirectory, FileLocation.Substring(6));
}
else
{
File = new FileReference(FileLocation);
}
}
else
{
File = new FileReference(FileLocation);
}
}
}
else
{
File = new FileReference(Location);
}
if (File != null)
{
// Copy from source location if no such file exist
// Except UBTGenerated, they will be generated during UBT runs
if (!FileReference.Exists(File) && !File.ContainsName("UBTGenerated", 0))
{
FileReference SourceFile = FileReference.Combine(CopyFromFolderIfNotFound, File.GetFileName());
if (FileReference.Exists(SourceFile))
{
DirectoryReference.CreateDirectory(File.Directory);
try
{
FileReference.Copy(SourceFile, File, false);
}
catch (System.IO.IOException ex)
{
if (ex.Message.Contains("already exists"))
{
// Some other thread is probably copying the same file, ignore
}
else
{
throw ex;
}
}
}
}
}
if (File != null && (File.ContainsName("UBTGenerated", 0) || FileReference.Exists(File)))
{
// We found a valid metadata file
Mode = InMode;
XcodeProjectRelative = File.MakeRelativeTo(XcodeProject.ParentDirectory!);
}
else
{
// Either key is missing, or file is missing
Mode = MetadataMode.Unset;
}
}
}
class Metadata
{
public Dictionary<MetadataPlatform, MetadataItem> PlistFiles = new();
public Dictionary<MetadataPlatform, MetadataItem> EntitlementsFiles = new();
public Dictionary<MetadataPlatform, MetadataItem> ShippingEntitlementsFiles = new();
public Metadata(DirectoryReference ProductDirectory, DirectoryReference XcodeProject, ConfigHierarchy Ini, bool bSupportsMac, bool bSupportsIOSOrTVOS, ILogger Logger)
{
DirectoryReference ResourceFolder = DirectoryReference.Combine(Unreal.EngineDirectory, "Build/Mac/Resources/");
if (bSupportsMac)
{
// All editor use template plist which is just a copy of default info.plist, user should not need to modify or change this
// TEMP: currently cooked editor (e.g. QAGCookedEditor) uses this hardcoded file too, we should find a way to expose this in Game/Config/DefaultEngine.ini
PlistFiles[MetadataPlatform.MacEditor] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
Unreal.EngineDirectory.FullName + "/Intermediate/Build/Mac/Resources/Info-Editor.Template.plist",
MetadataMode.UpdateTemplate,
ResourceFolder);
if (ProductDirectory == Unreal.EngineDirectory)
{
// Engine dir is the same as Product dir, meaning no uproject (UnrealGame.app)
// Don't use ini value in this case, since ini value points at /Game/, use this hardcoded location instead
PlistFiles[MetadataPlatform.Mac] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
Unreal.EngineDirectory.FullName + "/Intermediate/Build/Mac/Resources/Info.Template.plist",
MetadataMode.UpdateTemplate,
ResourceFolder);
}
else
{
// E.g. QAGame.app
// Try Premade first
PlistFiles[MetadataPlatform.Mac] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"PremadeMacPlist",
MetadataMode.UsePremade,
ResourceFolder);
if (PlistFiles[MetadataPlatform.Mac].Mode == MetadataMode.Unset)
{
// Premade not found, try Template
PlistFiles[MetadataPlatform.Mac] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"TemplateMacPlist",
MetadataMode.UpdateTemplate,
ResourceFolder);
}
}
EntitlementsFiles[MetadataPlatform.MacEditor] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"PremadeMacEditorEntitlements",
MetadataMode.UsePremade,
ResourceFolder);
EntitlementsFiles[MetadataPlatform.Mac] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"PremadeMacEntitlements",
MetadataMode.UsePremade,
ResourceFolder);
ShippingEntitlementsFiles[MetadataPlatform.MacEditor] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"ShippingSpecificMacEditorEntitlements",
MetadataMode.UsePremade,
ResourceFolder);
ShippingEntitlementsFiles[MetadataPlatform.Mac] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"ShippingSpecificMacEntitlements",
MetadataMode.UsePremade,
ResourceFolder);
}
if (bSupportsIOSOrTVOS)
{
// Try Premade first
PlistFiles[MetadataPlatform.IOS] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"PremadeIOSPlist",
MetadataMode.UsePremade,
ResourceFolder);
if (PlistFiles[MetadataPlatform.IOS].Mode == MetadataMode.Unset)
{
// Premade not found, try Template
PlistFiles[MetadataPlatform.IOS] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"TemplateIOSPlist",
MetadataMode.UpdateTemplate,
ResourceFolder);
}
EntitlementsFiles[MetadataPlatform.IOS] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"PremadeIOSEntitlements",
MetadataMode.UsePremade,
ResourceFolder);
ShippingEntitlementsFiles[MetadataPlatform.IOS] = new MetadataItem(ProductDirectory, XcodeProject, Ini,
"ShippingSpecificIOSEntitlements",
MetadataMode.UsePremade,
ResourceFolder);
}
}
}
class UnrealData
{
public bool bIsStubProject;
public bool bIsForeignProject;
public bool bMakeProjectPerTarget;
public bool bIsContentOnlyProject;
public TargetRules TargetRules => _TargetRules!;
bool bIsAppBundle;
public bool bUseAutomaticSigning = false;
public bool bIsMergingProjects = false;
public bool bWriteCodeSigningSettings = true;
public Metadata? Metadata;
public List<UnrealBuildConfig> AllConfigs = new();
public List<UnrealBatchedFiles> BatchedFiles = new();
public List<string> ExtraPreBuildScriptLines = new();
public FileReference? UProjectFileLocation = null;
public DirectoryReference XcodeProjectFileLocation;
public DirectoryReference ProductDirectory;
// settings read from project configs
public IOSProjectSettings? IOSProjectSettings;
public IOSProvisioningData? IOSProvisioningData;
public TVOSProjectSettings? TVOSProjectSettings;
public TVOSProvisioningData? TVOSProvisioningData;
// Name of the product (usually the project name, but UE5.xcodeproj is actually UnrealGame product)
public string ProductName;
// Name of the xcode project
public string XcodeProjectName;
// Display name, can be overridden from commandline
public string DisplayName;
/// <summary>
/// Used to mark the project for distribution (some platforms require this)
/// </summary>
public bool bForDistribution = false;
/// <summary>
/// Override for bundle identifier
/// </summary>
public string BundleIdentifier = "";
/// <summary>
/// Override AppName
/// </summary>
public string AppName = "";
/// <summary>
/// Architectures supported for iOS
/// </summary>
public string[] SupportedIOSArchitectures = { "arm64" };
/// <summary>
/// UBT logger object
/// </summary>
public ILogger? Logger;
private XcodeProjectFile? ProjectFile;
private TargetRules? _TargetRules;
public static bool bSupportsMac => Supports(UnrealTargetPlatform.Mac);
public static bool bSupportsIOS => Supports(UnrealTargetPlatform.IOS);
public static bool bSupportsTVOS => Supports(UnrealTargetPlatform.TVOS);
public static bool Supports(UnrealTargetPlatform? Platform)
{
return Platform == null || XcodeProjectFileGenerator.XcodePlatforms.Contains((UnrealTargetPlatform)Platform);
}
public bool IsAppBundle(UnrealTargetPlatform Platform)
{
if (Platform == UnrealTargetPlatform.IOS || Platform == UnrealTargetPlatform.TVOS)
{
// iOS and TvOS always need app bundles
return true;
}
return bIsAppBundle;
}
public UnrealData(FileReference XcodeProjectFileLocation, bool bIsForDistribution, string BundleID, string AppName, bool bMakeProjectPerTarget)
{
// the .xcodeproj is actually a directory
this.XcodeProjectFileLocation = new DirectoryReference(XcodeProjectFileLocation.FullName);
// default to engine director, will be fixed in Initialize if needed
ProductDirectory = Unreal.EngineDirectory;
XcodeProjectName = ProductName = XcodeProjectFileLocation.GetFileNameWithoutAnyExtensions();
if (ProductName == "UE5")
{
ProductName = "UnrealGame";
}
this.bMakeProjectPerTarget = bMakeProjectPerTarget;
bForDistribution = bIsForDistribution;
BundleIdentifier = BundleID;
DisplayName = String.IsNullOrEmpty(AppName) ? "$(UE_PRODUCT_NAME)" : AppName;
}
public void InitializeUProjectFileLocation(XcodeProjectFile ProjectFile)
{
if (UProjectFileLocation != null)
{
return;
}
// find a uproject file (UE5 target won't have one)
foreach (Project Target in ProjectFile.ProjectTargets)
{
if (Target.UnrealProjectFilePath != null)
{
UProjectFileLocation = Target.UnrealProjectFilePath;
break;
}
}
if (ProjectFile.IsContentOnlyProject && XcodeProjectFileGenerator.Current?.OnlyGameProject != null &&
XcodeProjectFileGenerator.Current.OnlyGameProject.IsUnderDirectory(ProjectFile.BaseDir))
{
UProjectFileLocation = XcodeProjectFileGenerator.Current.OnlyGameProject;
}
// now that we have a UProject file (or not), update the FileCollection RootDirectory to point to it
ProjectFile.FileCollection.SetUProjectLocation(UProjectFileLocation);
return;
}
public bool Initialize(XcodeProjectFile ProjectFile, List<UnrealTargetConfiguration> Configurations, ILogger Logger)
{
this.ProjectFile = ProjectFile;
bIsForeignProject = ProjectFile.IsForeignProject;
bIsStubProject = ProjectFile.IsStubProject;
bIsContentOnlyProject = ProjectFile.IsContentOnlyProject;
this.Logger = Logger;
InitializeUProjectFileLocation(ProjectFile);
// setup BundleIdentifier from ini file (if there's a specified plist file with one, that will override this)
if (String.IsNullOrEmpty(BundleIdentifier))
{
ConfigHierarchy Ini = ConfigCache.ReadHierarchy(ConfigHierarchyType.Engine, UProjectFileLocation?.Directory, UnrealTargetPlatform.Mac);
Ini.GetString($"/Script/MacTargetPlatform.XcodeProjectSettings", "ModernBundleIdentifier", out BundleIdentifier);
}
if (String.IsNullOrEmpty(BundleIdentifier))
{
BundleIdentifier = "$(UE_SIGNING_PREFIX).$(UE_PRODUCT_NAME_STRIPPED)";
}
// make sure ProjectDir is something good
if (UProjectFileLocation != null)
{
ProductDirectory = UProjectFileLocation.Directory;
}
else if (ProjectFile.ProjectTargets[0].TargetRules!.Type == TargetType.Program)
{
DirectoryReference? ProgramFinder = DirectoryReference.Combine(ProjectFile.BaseDir);
while (ProgramFinder != null && String.Compare(ProgramFinder.GetDirectoryName(), "Source", true) != 0)
{
ProgramFinder = ProgramFinder.ParentDirectory;
}
// we are now at Source directory, go up one more, then into Programs, and finally the "project" directory
if (ProgramFinder != null)
{
ProgramFinder = DirectoryReference.Combine(ProgramFinder, "../Programs", ProductName);
// if it exists, we have a ProductDir we can use for plists, icons, etc
if (DirectoryReference.Exists(ProgramFinder))
{
ProductDirectory = ProgramFinder;
}
}
}
InitializeMetadata(Logger);
// Figure out all the desired configurations on the unreal side
AllConfigs = GetSupportedBuildConfigs(XcodeProjectFileGenerator.XcodePlatforms, Configurations, Logger);
// if we can't find any configs, we will fail to create a project
if (AllConfigs.Count == 0)
{
return false;
}
// verify all configs share the same TargetRules
if (!AllConfigs.All(x => x.ProjectTarget!.TargetRules == AllConfigs[0].ProjectTarget!.TargetRules))
{
throw new BuildException("All Configs must share a TargetRules. This indicates bMakeProjectPerTarget is returning false");
}
_TargetRules = AllConfigs[0].ProjectTarget!.TargetRules;
// this project makes an app bundle (.app directory instead of a raw executable or dylib) if none of the fings make a non-appbundle
bIsAppBundle = !AllConfigs.Any(x => x.ProjectTarget!.TargetRules!.bIsBuildingConsoleApplication || x.ProjectTarget.TargetRules.bShouldCompileAsDLL);
// read config settings
if (AllConfigs.Any(x => x.bSupportsIOS))
{
IOSPlatform IOSPlatform = ((IOSPlatform)UEBuildPlatform.GetBuildPlatform(UnrealTargetPlatform.IOS));
IOSProjectSettings = IOSPlatform.ReadProjectSettings(UProjectFileLocation);
if (!bUseAutomaticSigning)
{
IOSProvisioningData = IOSPlatform.ReadProvisioningData(IOSProjectSettings, bForDistribution);
}
}
if (AllConfigs.Any(x => x.bSupportsTVOS))
{
TVOSPlatform TVOSPlatform = ((TVOSPlatform)UEBuildPlatform.GetBuildPlatform(UnrealTargetPlatform.TVOS));
TVOSProjectSettings = TVOSPlatform.ReadProjectSettings(UProjectFileLocation);
if (!bUseAutomaticSigning)
{
TVOSProvisioningData = TVOSPlatform.ReadProvisioningData(TVOSProjectSettings, bForDistribution);
}
}
return true;
}
private void InitializeMetadata(ILogger Logger)
{
// read setings from the configs, now that we have a project
ConfigHierarchy SharedPlatformIni = ConfigCache.ReadHierarchy(ConfigHierarchyType.Engine, UProjectFileLocation?.Directory, UnrealTargetPlatform.Mac);
SharedPlatformIni.TryGetValue("/Script/MacTargetPlatform.XcodeProjectSettings", "bUseModernCodeSigning", out bUseAutomaticSigning);
Metadata = new Metadata(ProductDirectory, XcodeProjectFileLocation, SharedPlatformIni, bSupportsMac, bSupportsIOS || bSupportsTVOS, Logger);
}
public string? FindFile(List<string> Paths, UnrealTargetPlatform Platform, bool bMakeRelative)
{
foreach (string Entry in Paths)
{
string FinalPath = Entry.Replace("$(Engine)", Unreal.EngineDirectory.FullName);
FinalPath = FinalPath.Replace("$(Project)", ProductDirectory.FullName);
FinalPath = FinalPath.Replace("$(Platform)", Platform.ToString());
// Console.WriteLine($"Looking for {FinalPath}");
if (File.Exists(FinalPath) || Directory.Exists(FinalPath))
{
// Console.WriteLine($" Found it!");
if (bMakeRelative)
{
FinalPath = new FileReference(FinalPath).MakeRelativeTo(XcodeProjectFileLocation.ParentDirectory!);
}
return FinalPath;
}
}
return null;
}
public string ProjectOrEnginePath(string SubPath, bool bMakeRelative)
{
string? FinalPath = null;
if (UProjectFileLocation != null)
{
string PathToCheck = Path.Combine(ProductDirectory.FullName, SubPath);
if (File.Exists(PathToCheck) || Directory.Exists(PathToCheck))
{
FinalPath = PathToCheck;
}
}
if (FinalPath == null)
{
FinalPath = Path.Combine(Unreal.EngineDirectory.FullName, SubPath);
}
if (bMakeRelative)
{
FinalPath = new FileReference(FinalPath).MakeRelativeTo(XcodeProjectFileLocation.ParentDirectory!);
}
return FinalPath;
}
public void AddModule(UEBuildModuleCPP Module, CppCompileEnvironment CompileEnvironment)
{
// one batched files per module
UnrealBatchedFiles FileBatch = new UnrealBatchedFiles(this, BatchedFiles.Count + 1, Module);
BatchedFiles.Add(FileBatch);
if (CompileEnvironment.ForceIncludeFiles.Count == 0)
{
// if there are no ForceInclude files, then that means it's a module that forces the includes to come from a generated PCH file
// and so we will use this for definitions and uniqueness
if (CompileEnvironment.PrecompiledHeaderIncludeFilename != null)
{
FileBatch.PCHFile = FileReference.Combine(XcodeProjectFileLocation.ParentDirectory!, "PCHFiles", CompileEnvironment.PrecompiledHeaderIncludeFilename.GetFileName());
DirectoryReference.CreateDirectory(FileBatch.PCHFile.Directory);
FileReference.Copy(CompileEnvironment.PrecompiledHeaderIncludeFilename, FileBatch.PCHFile, true);
}
}
else
{
FileBatch.ForceIncludeFiles = CompileEnvironment.ForceIncludeFiles.Select(x => x.FullName);
}
FileBatch.bEnableRTTI = CompileEnvironment.bUseRTTI;
FileBatch.SystemIncludePaths.UnionWith(CompileEnvironment.SystemIncludePaths);
FileBatch.UserIncludePaths.UnionWith(CompileEnvironment.UserIncludePaths);
}
private List<UnrealBuildConfig> GetSupportedBuildConfigs(List<UnrealTargetPlatform> Platforms, List<UnrealTargetConfiguration> Configurations, ILogger Logger)
{
List<UnrealBuildConfig> BuildConfigs = new List<UnrealBuildConfig>();
//string ProjectName = ProjectFilePath.GetFileNameWithoutExtension();
foreach (UnrealTargetConfiguration Configuration in Configurations)
{
if (InstalledPlatformInfo.IsValidConfiguration(Configuration, EProjectType.Code))
{
foreach (UnrealTargetPlatform Platform in Platforms)
{
if (InstalledPlatformInfo.IsValidPlatform(Platform, EProjectType.Code) && (Platform == UnrealTargetPlatform.Mac || Platform == UnrealTargetPlatform.IOS || Platform == UnrealTargetPlatform.TVOS)) // @todo support other platforms
{
UEBuildPlatform? BuildPlatform;
if (UEBuildPlatform.TryGetBuildPlatform(Platform, out BuildPlatform) && (BuildPlatform.HasRequiredSDKsInstalled() == SDKStatus.Valid))
{
// Check we have targets (Expected to be no Engine targets when generating for a single .uproject)
if (ProjectFile!.ProjectTargets.Count == 0 && ProjectFile!.BaseDir != Unreal.EngineDirectory)
{
throw new BuildException($"Expecting at least one ProjectTarget to be associated with project '{XcodeProjectFileLocation}' in the TargetProjects list ");
}
// Now go through all of the target types for this project
foreach (ProjectTarget ProjectTarget in ProjectFile.ProjectTargets.OfType<ProjectTarget>())
{
if (MSBuildProjectFile.IsValidProjectPlatformAndConfiguration(ProjectTarget, Platform, Configuration, Logger))
{
// Figure out if this is a monolithic build
bool bShouldCompileMonolithic = BuildPlatform.ShouldCompileMonolithicBinary(Platform);
try
{
bShouldCompileMonolithic |= (ProjectTarget.CreateRulesDelegate(Platform, Configuration).LinkType == TargetLinkType.Monolithic);
}
catch (BuildException)
{
}
string ConfigName = Configuration.ToString();
if (!bMakeProjectPerTarget)
{
if (ProjectTarget.TargetRules!.Type != TargetType.Game && ProjectTarget.TargetRules.Type != TargetType.Program)
{
ConfigName += " " + ProjectTarget.TargetRules.Type.ToString();
}
}
if (BuildConfigs.Where(Config => Config.DisplayName == ConfigName).ToList().Count == 0)
{
string TargetName = ProjectTarget.TargetFilePath.GetFileNameWithoutAnyExtensions();
// Get the .uproject directory
DirectoryReference? UProjectDirectory = DirectoryReference.FromFile(ProjectTarget.UnrealProjectFilePath);
// Get the output directory
DirectoryReference RootDirectory;
if (UProjectDirectory != null &&
(bShouldCompileMonolithic || ProjectTarget.TargetRules!.BuildEnvironment == TargetBuildEnvironment.Unique) &&
ProjectTarget.TargetRules!.File!.IsUnderDirectory(UProjectDirectory))
{
RootDirectory = UEBuildTarget.GetOutputDirectoryForExecutable(UProjectDirectory, ProjectTarget.TargetRules.File!);
}
else
{
RootDirectory = UEBuildTarget.GetOutputDirectoryForExecutable(Unreal.EngineDirectory, ProjectTarget.TargetRules!.File!);
}
string ExeName = TargetName;
if (!bShouldCompileMonolithic && ProjectTarget.TargetRules.Type != TargetType.Program)
{
// Figure out what the compiled binary will be called so that we can point the IDE to the correct file
if (ProjectTarget.TargetRules.Type != TargetType.Game)
{
// Only if shared - unique retains the Target Name
if (ProjectTarget.TargetRules.BuildEnvironment == TargetBuildEnvironment.Shared)
{
ExeName = "Unreal" + ProjectTarget.TargetRules.Type.ToString();
}
}
}
BuildConfigs.Add(new UnrealBuildConfig(ConfigName, TargetName, ExeName, ProjectTarget, Configuration, RootDirectory));
}
}
}
}
}
}
}
}
return BuildConfigs;
}
}
abstract class XcodeProjectNode
{
// keeps a list of other node this node references, which is used when writing out the whole xcode project file
public List<XcodeProjectNode> References = new();
// optional Xcconfig file
public XcconfigFile? Xcconfig = null;
/// <summary>
/// Abstract function the individual node classes must override to write out the node to the project file
/// </summary>
/// <param name="Content"></param>
public abstract void Write(StringBuilder Content);
/// <summary>
/// Walks the references of the given node to find all nodes of the given type.
/// </summary>
/// <typeparam name="T">Parent class of the nodes to return</typeparam>
/// <param name="Node">Root node to start with</param>
/// <returns>Set of matching nodes</returns>
public static IEnumerable<T> GetNodesOfType<T>(XcodeProjectNode Node) where T : XcodeProjectNode
{
// gather the nodes without recursion
LinkedList<XcodeProjectNode> Nodes = new();
Nodes.AddLast(Node);
// pull off the front of the "deque" amd add its references to the back, gather
List<XcodeProjectNode> Return = new();
while (Nodes.Count() > 0)
{
XcodeProjectNode Head = Nodes.First();
Nodes.RemoveFirst();
Head.References.ForEach(x => Nodes.AddLast(x));
// remember them all
Return.AddRange(Head.References);
}
// filter down
return Return.OfType<T>();
}
public void CreateXcconfigFile(XcodeProject Project, UnrealTargetPlatform? Platform, string Name)
{
DirectoryReference XcodeProjectDirectory = Project.UnrealData.XcodeProjectFileLocation.ParentDirectory!;
Xcconfig = new XcconfigFile(XcodeProjectDirectory, Platform, Name);
Project.FileCollection.AddFileReference(Xcconfig.Guid, Xcconfig.FileRef.MakeRelativeTo(XcodeProjectDirectory), "explicitFileType", "test.xcconfig", "\"<group>\"", "Xcconfigs");
}
public virtual void WriteXcconfigFile()
{
}
/// <summary>
/// THhis will walk the node reference tree and call WRite on each node to add all needed nodes to the xcode poject file
/// </summary>
/// <param name="Content"></param>
/// <param name="Node"></param>
/// <param name="WrittenNodes"></param>
public static void WriteNodeAndReferences(StringBuilder Content, XcodeProjectNode Node, HashSet<XcodeProjectNode>? WrittenNodes = null)
{
if (WrittenNodes == null)
{
WrittenNodes = new();
}
// write the node into the xcode project file
Node.Write(Content);
Node.WriteXcconfigFile();
foreach (XcodeProjectNode Reference in Node.References)
{
if (!WrittenNodes.Contains(Reference))
{
WrittenNodes.Add(Reference);
WriteNodeAndReferences(Content, Reference, WrittenNodes);
}
}
}
}
class XcodeDependency : XcodeProjectNode
{
public XcodeTarget Target;
public string Guid = XcodeProjectFileGenerator.MakeXcodeGuid();
public string ProxyGuid = XcodeProjectFileGenerator.MakeXcodeGuid();
public string ProjectGuid;
public XcodeDependency(XcodeTarget Target, string ProjectGuid)
{
this.Target = Target;
this.ProjectGuid = ProjectGuid;
References.Add(Target);
}
public override void Write(StringBuilder Content)
{
Content.WriteLine("/* Begin PBXContainerItemProxy section */");
Content.WriteLine($"\t\t{ProxyGuid} /* PBXContainerItemProxy */ = {{");
Content.WriteLine("\t\t\tisa = PBXContainerItemProxy;");
Content.WriteLine($"\t\t\tcontainerPortal = {ProjectGuid} /* Project object */;");
Content.WriteLine("\t\t\tproxyType = 1;");
Content.WriteLine($"\t\t\tremoteGlobalIDString = {Target.Guid};");
Content.WriteLine($"\t\t\tremoteInfo = \"{Target.Name}\";");
Content.WriteLine("\t\t};");
Content.WriteLine("/* End PBXContainerItemProxy section */");
Content.WriteLine("");
Content.WriteLine("/* Begin PBXTargetDependency section */");
Content.WriteLine($"\t\t{Guid} /* PBXTargetDependency */ = {{");
Content.WriteLine("\t\t\tisa = PBXTargetDependency;");
Content.WriteLine($"\t\t\ttarget = {Target.Guid} /* {Target.Name} */;");
Content.WriteLine($"\t\t\ttargetProxy = {ProxyGuid} /* PBXContainerItemProxy */;");
Content.WriteLine("\t\t};");
Content.WriteLine("/* End PBXTargetDependency section */");
}
}
abstract class XcodeBuildPhase : XcodeProjectNode
{
public string Name;
public string IsAType;
public string Guid = XcodeProjectFileGenerator.MakeXcodeGuid();
protected List<XcodeSourceFile> FileItems = new();
protected List<string> MiscItems = new();
public XcodeBuildPhase(string Name, string IsAType)
{
this.Name = Name;
this.IsAType = IsAType;
}
public override void Write(StringBuilder Content)
{
Content.WriteLine($"/* Begin {IsAType} section */");
Content.WriteLine(2, $"{Guid} = {{");
Content.WriteLine(3, $"isa = {IsAType};");
Content.WriteLine(3, "buildActionMask = 2147483647;");
Content.WriteLine(3, "files = (");
foreach (XcodeSourceFile File in FileItems)
{
Content.WriteLine(4, $"{File.FileGuid} /* {File.Reference.GetFileName()} in {Name} */,");
}
Content.WriteLine(3, ");");
foreach (string Line in MiscItems)
{
Content.WriteLine(3, Line);
}
Content.WriteLine(2, "};");
Content.WriteLine($"/* End {IsAType} section */");
}
}
class XcodeSourcesBuildPhase : XcodeBuildPhase
{
public XcodeSourcesBuildPhase()
: base("Sources", "PBXSourcesBuildPhase")
{
}
public void AddFile(XcodeSourceFile File)
{
FileItems.Add(File);
}
}
class XcodeResourcesBuildPhase : XcodeBuildPhase
{
private XcodeFileCollection FileCollection;
public XcodeResourcesBuildPhase(XcodeFileCollection FileCollection)
: base("Resources", "PBXResourcesBuildPhase")
{
this.FileCollection = FileCollection;
}
public void AddResource(FileReference Resource)
{
XcodeSourceFile ResourceSource = new XcodeSourceFile(Resource, null);
FileCollection.ProcessFile(ResourceSource, true, false, "Resources");
FileItems.Add(ResourceSource);
}
public void AddFolderResource(DirectoryReference Resource, string GroupName)
{
XcodeSourceFile ResourceSource = new XcodeSourceFile(new FileReference(Resource.FullName), null);
FileCollection.ProcessFile(ResourceSource, true, false, GroupName);
//Project.FileCollection.AddFolderReference(CookedData.MakeRelativeTo(UnrealData.XcodeProjectFileLocation.ParentDirectory!), "CookedData_Game");
FileItems.Add(ResourceSource);
}
}
class XcodeFrameworkBuildPhase : XcodeBuildPhase
{
private XcodeFileCollection FileCollection;
public XcodeFrameworkBuildPhase(XcodeFileCollection FileCollection)
: base("Frameworks", "PBXFrameworksBuildPhase")
{
this.FileCollection = FileCollection;
}
public void AddFramework(DirectoryReference Framework, string FileRefGuid)
{
XcodeSourceFile FrameworkSource = new XcodeSourceFile(new FileReference(Framework.FullName), null, FileRefGuid);
FileCollection.ProcessFile(FrameworkSource, true, false, "Frameworks", ""); ;
FileItems.Add(FrameworkSource);
}
}
class XcodeCopyFilesBuildPhase : XcodeBuildPhase
{
private XcodeFileCollection FileCollection;
public XcodeCopyFilesBuildPhase(XcodeFileCollection FileCollection)
: base("Embed Frameworks", "PBXCopyFilesBuildPhase")
{
this.FileCollection = FileCollection;
MiscItems.Add($"dstPath = \"\";");
MiscItems.Add($"dstSubfolderSpec = 10;");
MiscItems.Add($"name = \"{Name}\";");
}
public void AddFramework(DirectoryReference Framework, string FileRefGuid)
{
XcodeSourceFile FrameworkSource = new XcodeSourceFile(new FileReference(Framework.FullName), null, FileRefGuid);
FileCollection.ProcessFile(FrameworkSource, true, false, "", "settings = {ATTRIBUTES = (CodeSignOnCopy, RemoveHeadersOnCopy, ); };");
FileItems.Add(FrameworkSource);
}
}
class XcodeShellScriptBuildPhase : XcodeBuildPhase
{
public XcodeShellScriptBuildPhase(string Name, IEnumerable<string> ScriptLines, IEnumerable<string> Inputs, IEnumerable<string> Outputs, bool bInstallOnly = false)
: base(Name, "PBXShellScriptBuildPhase")
{
MiscItems.Add($"name = \"{Name}\";");
MiscItems.Add($"inputPaths = (");
foreach (string Input in Inputs)
{
MiscItems.Add($"\t\"{Input}\"");
}
MiscItems.Add($");");
MiscItems.Add($"outputPaths = (");
foreach (string Output in Outputs)
{
MiscItems.Add($"\t\"{Output}\"");
}
MiscItems.Add($");");
// string Script = string.Join("&#10", ScriptLines);
string Script = String.Join("\\n", ScriptLines);
MiscItems.Add($"shellPath = /bin/sh;");
MiscItems.Add($"shellScript = \"{Script}\";");
if (bInstallOnly)
{
MiscItems.Add("runOnlyForDeploymentPostprocessing = 1;");
}
}
}
class XcodeBuildConfig : XcodeProjectNode
{
public string Guid = XcodeProjectFileGenerator.MakeXcodeGuid();
public UnrealBuildConfig Info;
// Because we don't make project-wide .xcconfig files, we need to specify at the projet level that all of the platforms are supported,
// so that the _Build targets will have any platform as a supported platform, otherwise it can only compile for Mac (default Xcode platform)
private bool bIncludeAllPlatforms;
public XcodeBuildConfig(UnrealBuildConfig Info, bool bIncludeAllPlatforms)
{
this.Info = Info;
this.bIncludeAllPlatforms = bIncludeAllPlatforms;
}
public override void Write(StringBuilder Content)
{
Content.WriteLine(2, $"{Guid} /* {Info.DisplayName} */ = {{");
Content.WriteLine(3, "isa = XCBuildConfiguration;");
if (Xcconfig != null)
{
Content.WriteLine(3, $"baseConfigurationReference = {Xcconfig.Guid} /* {Xcconfig.Name}.xcconfig */;");
}
Content.WriteLine(3, "buildSettings = {");
if (bIncludeAllPlatforms)
{
Content.WriteLine(4, $"SUPPORTED_PLATFORMS = \"macosx iphonesimulator iphoneos appletvsimulator appletvos\";");
Content.WriteLine(4, $"ONLY_ACTIVE_ARCH = YES;");
}
Content.WriteLine(3, "};");
Content.WriteLine(3, $"name = \"{Info.DisplayName}\";");
Content.WriteLine(2, "};");
}
}
class XcodeBuildConfigList : XcodeProjectNode
{
public string Guid = XcodeProjectFileGenerator.MakeXcodeGuid();
public string TargetName;
private UnrealData UnrealData;
public List<XcodeBuildConfig> BuildConfigs = new();
public bool bSupportsMac => Supports(UnrealTargetPlatform.Mac);
public bool bSupportsIOS => Supports(UnrealTargetPlatform.IOS);
public bool bSupportsTVOS => Supports(UnrealTargetPlatform.TVOS);
public bool Supports(UnrealTargetPlatform? Platform)
{
return this.Platform == Platform || (this.Platform == null && BuildConfigs.Any(x => x.Info.Supports(Platform)));
}
public UnrealTargetPlatform? Platform;
public XcodeBuildConfigList(UnrealTargetPlatform? Platform, string TargetName, UnrealData UnrealData, bool bIncludeAllPlatformsInConfig)
{
this.Platform = Platform;
this.UnrealData = UnrealData;
if (UnrealData.AllConfigs.Count == 0)
{
throw new BuildException("Created a XcodeBuildConfigList with no BuildConfigs. This likely means a target was created too early");
}
this.TargetName = TargetName;
// create build config objects for each info passed in, and them as references
IEnumerable<XcodeBuildConfig> Configs = UnrealData.AllConfigs.Select(x => new XcodeBuildConfig(x, bIncludeAllPlatformsInConfig));
// filter out configs that dont match a platform if we are single-platform mode
Configs = Configs.Where(x => Platform == null || x.Info.Supports((UnrealTargetPlatform)Platform));
BuildConfigs = Configs.ToList();
References.AddRange(BuildConfigs);
}
public override void Write(StringBuilder Content)
{
// figure out the default configuration to use
string Default = "Development";
if (!UnrealData.bMakeProjectPerTarget && BuildConfigs.Any(x => x.Info.DisplayName.Contains(" Editor")))
{
Default = "Development Editor";
}
Content.WriteLine(2, $"{Guid} /* Build configuration list for target {TargetName} */ = {{");
Content.WriteLine(3, "isa = XCConfigurationList;");
Content.WriteLine(3, "buildConfigurations = (");
foreach (XcodeBuildConfig Config in BuildConfigs)
{
Content.WriteLine(4, $"{Config.Guid} /* {Config.Info.DisplayName} */,");
}
Content.WriteLine(3, ");");
Content.WriteLine(3, "defaultConfigurationIsVisible = 0;");
Content.WriteLine(3, $"defaultConfigurationName = \"{Default}\";");
Content.WriteLine(2, "};");
}
}
class XcodeTarget : XcodeProjectNode
{
public enum Type
{
Run_App,
Run_Tool,
Build,
Index,
}
// Guid for this target
public string Guid = XcodeProjectFileGenerator.MakeXcodeGuid();
// string TargetAppGuid = XcodeProjectFileGenerator.MakeXcodeGuid();
// com.apple.product-type.application, etc
string ProductType;
// xcode target type name
string TargetTypeName;
Type TargetType;
// UnrealEngine_Build, etc
public string Name;
// QAGame, QAGameEditor, etc
private string UnrealTargetName;
// list of build configs this target supports (for instance, the Index target only indexes a Development config)
public XcodeBuildConfigList? BuildConfigList;
// dependencies for this target
public List<XcodeDependency> Dependencies = new List<XcodeDependency>();
// build phases for this target (source, resource copying, etc)
public List<XcodeBuildPhase> BuildPhases = new List<XcodeBuildPhase>();
private FileReference? GameProject;
public XcodeTarget(Type Type, UnrealData UnrealData, string? OverrideName = null)
{
// when we are content only, we do not want to build with the uproject on the commandline, we will be building UnrealGame
GameProject = UnrealData.bIsContentOnlyProject ? null : UnrealData.UProjectFileLocation;
string ConfigName;
TargetType = Type;
switch (Type)
{
case Type.Run_App:
ProductType = "com.apple.product-type.application";
TargetTypeName = "PBXNativeTarget";
ConfigName = "_Run";
break;
case Type.Run_Tool:
ProductType = "com.apple.product-type.tool";
TargetTypeName = "PBXNativeTarget";
ConfigName = "_Run";
break;
case Type.Build:
ProductType = "com.apple.product-type.library.static";
TargetTypeName = "PBXLegacyTarget";
ConfigName = "_Build";
break;
case Type.Index:
ProductType = "com.apple.product-type.library.static";
TargetTypeName = "PBXNativeTarget";
ConfigName = "_Index";
break;
default:
throw new BuildException($"Unhandled target type {Type}");
}
// set up names
UnrealTargetName = UnrealData.TargetRules.Name;
Name = OverrideName ?? (UnrealData.XcodeProjectName + ConfigName);
}
public void AddDependency(XcodeTarget Target, XcodeProject Project)
{
XcodeDependency Dependency = new XcodeDependency(Target, Project.Guid);
Dependencies.Add(Dependency);
References.Add(Dependency);
}
public override void Write(StringBuilder Content)
{
Content.WriteLine($"/* Begin {TargetType} section */");
Content.WriteLine(2, $"{Guid} /* {Name} */ = {{");
Content.WriteLine(3, $"isa = {TargetTypeName};");
Content.WriteLine(3, $"buildConfigurationList = {BuildConfigList!.Guid} /* Build configuration list for {TargetTypeName} \"{Name}\" */;");
if (TargetType == Type.Build)
{
// get paths to Unreal bits to be able ro tun UBT
string UProjectParam = GameProject == null ? "" : $"{GameProject.FullName.Replace(" ", "\\ ")}";
string UEDir = XcodeFileCollection.ConvertPath(Path.GetFullPath(Directory.GetCurrentDirectory() + "../../.."));
string BuildToolPath = UEDir + "/Engine/Build/BatchFiles/Mac/XcodeBuild.sh";
// insert elements to call UBT when building
Content.WriteLine(3, $"buildArgumentsString = \"$(ACTION) {UnrealTargetName} $(PLATFORM_NAME) $(CONFIGURATION) {UProjectParam}\";");
Content.WriteLine(3, $"buildToolPath = \"{BuildToolPath}\";");
Content.WriteLine(3, $"buildWorkingDirectory = \"{UEDir}\";");
}
Content.WriteLine(3, "buildPhases = (");
foreach (XcodeBuildPhase BuildPhase in BuildPhases)
{
Content.WriteLine(4, $"{BuildPhase.Guid} /* {BuildPhase.Name} */,");
}
Content.WriteLine(3, ");");
Content.WriteLine(3, "dependencies = (");
foreach (XcodeDependency Dependency in Dependencies)
{
Content.WriteLine(4, $"{Dependency.Guid} /* {Dependency.Target.Name} */,");
}
Content.WriteLine(3, ");");
Content.WriteLine(3, $"name = \"{Name}\";");
Content.WriteLine(3, "passBuildSettingsInEnvironment = 1;");
Content.WriteLine(3, $"productType = \"{ProductType}\";");
WriteExtraTargetProperties(Content);
Content.WriteLine(2, "};");
Content.WriteLine($"/* End {TargetType} section */");
}
/// <summary>
/// Let subclasses add extra properties into this target section
/// </summary>
protected virtual void WriteExtraTargetProperties(StringBuilder Content)
{
// nothing by default
}
}
class XcodeRunTarget : XcodeTarget
{
private string ProductGuid = XcodeProjectFileGenerator.MakeXcodeGuid();
private UnrealData UnrealData;
public UnrealTargetPlatform Platform;
public TargetType TargetType;
public XcodeRunTarget(XcodeProject Project, string TargetName, TargetType TargetType, UnrealTargetPlatform Platform, XcodeBuildTarget? BuildTarget, XcodeProjectFile ProjectFile, ILogger Logger)
: base(Project.UnrealData.IsAppBundle(Platform) ? XcodeTarget.Type.Run_App : XcodeTarget.Type.Run_Tool, Project.UnrealData,
TargetName + (XcodeProjectFileGenerator.PerPlatformMode == XcodePerPlatformMode.OneWorkspacePerPlatform ? "" : $"_{Platform}"))
{
this.TargetType = TargetType;
this.Platform = Platform;
UnrealData = Project.UnrealData;
BuildConfigList = new XcodeBuildConfigList(Platform, Name, Project.UnrealData, bIncludeAllPlatformsInConfig: false);
References.Add(BuildConfigList);
// add the Product item to the project to be visible in left pane
Project.FileCollection.AddFileReference(ProductGuid, UnrealData.ProductName, "explicitFileType", Project.UnrealData.IsAppBundle(Platform) ? "wrapper.application" : "\"compiled.mach-o.executable\"", "BUILT_PRODUCTS_DIR", "Products");
if (Project.UnrealData.IsAppBundle(Platform))
{
XcodeResourcesBuildPhase ResourcesBuildPhase = new XcodeResourcesBuildPhase(Project.FileCollection);
BuildPhases.Add(ResourcesBuildPhase);
References.Add(ResourcesBuildPhase);
ProcessFrameworks(ResourcesBuildPhase, Project, ProjectFile, Logger);
ProcessScripts(ResourcesBuildPhase, Project);
ProcessAssets(ResourcesBuildPhase);
}
if (BuildTarget != null)
{
AddDependency(BuildTarget, Project);
}
CreateXcconfigFile(Project, Platform, $"{Name}");
// create per-config Xcconfig files
foreach (XcodeBuildConfig Config in BuildConfigList.BuildConfigs)
{
Config.CreateXcconfigFile(Project, Platform, $"{Name}_{Config.Info.DisplayName.Replace(" ", "")}");
}
}
/// <summary>
/// Write some scripts to do some fixup with how UBT links files. There is currently a difference between Mac and IOS/TVOS:
/// All:
/// - The staged files gets pulled into the .app for a self-contained app, created at Xcode build time, unless an envvar is set
/// that tells this script to skip the copy. This allows UAT to potentially skip copying staged files before we stage
/// ("BuildCookRun -build -cook -stage -package" can skip the copying until the -package step).
/// Also we don't copy anything if this is the engine, no-project, build, and an
/// Mac:
/// - UBT will link executable next to .app
/// - We will copy it into .app here, similar to iOS
/// - However, during Archiving, the .app is created in a intermediate location, so then here we copy from Binaries/Mac to the intermediate location
/// - Trying to have UBT link directly to the intermeidate location causes various issues, so we copy it like IOS does
/// IOS/TVOS:
/// - IOS will link to Binaries/IOS/Foo
/// - During normal operation, here we copy from Binaries/IOS/Foo to Binaries/IOS/Foo.app/Foo
/// - Note that IOS and Mac have different internal directory structures (which EXECUTABLE_PATH expresses)
/// - When Archiving, we copy from Binaries/IOS/Foo to the intermediate location's .app
/// All:
/// - At this point, the executable is in the correct spot, and so CONFIGURATION_BUILD_DIR/EXECUTABLE_PATH points to it
/// - So here we gneerate a dSYM from the executable, copying it to where Xcode wants it (DWARF_DSYM_FOLDER_PATH/DWARF_DSYM_FILE_NAME), and
/// then we strip the executable in place
/// </summary>
/// <param name="ResourcesBuildPhase"></param>
/// <param name="Project"></param>
protected void ProcessScripts(XcodeResourcesBuildPhase ResourcesBuildPhase, XcodeProject Project)
{
List<string> CopyScript = new();
// UBT no longer copies the executable into the .app directory in PostBuild, so we do it here
// EXECUTABLE_NAME is Foo, EXECUTABLE_PATH is Foo.app/Foo
// NOTE: We read from hardcoded location where UBT writes to, but we write to CONFIGURATION_BUILD_DIR because
// when Archiving, the .app is somewhere else
CopyScript.AddRange(new string[]
{
"set -eo pipefail",
"# Copy the executable into .app if needed (-ef checks if two files/paths are equivalent)",
"SRC_EXE=\\\"${UE_BINARIES_DIR}/${UE_UBT_BINARY_SUBPATH}\\\"",
"DEST_EXE=\\\"${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_PATH}\\\"",
"",
"echo ${SRC_EXE} /// ${DEST_EXE}",
"if [[ ! ${SRC_EXE} -ef ${DEST_EXE} ]]; then",
" echo Copying executable...",
" mkdir -p `dirname ${DEST_EXE}`",
" ditto \\\"${SRC_EXE}\\\" \\\"${DEST_EXE}\\\"",
"fi",
""
});
// Editor just need the above script to copy executable into .app
if (Project.UnrealData.TargetRules.Type == TargetType.Editor)
{
XcodeShellScriptBuildPhase EditorCopyScriptPhase = new("Copy Executable into .app", CopyScript, new string[] { }, new string[] { $"/dev/null" });
BuildPhases.Add(EditorCopyScriptPhase);
References.Add(EditorCopyScriptPhase);
return;
}
// rsync the Staged build into the .app, unless the UE_SKIP_STAGEDDATA_SYNC var is set to 1
// editor builds don't need staged content in them
if (TargetType != TargetType.Editor)
{
bool bIsEngineBuild = Project.UnrealData.UProjectFileLocation == null;
string DefaultStageDir = bIsEngineBuild ? "${UE_OVERRIDE_STAGE_DIR}" : "${UE_PROJECT_DIR}/Saved/StagedBuilds/${UE_TARGET_PLATFORM_NAME}";
string SyncSourceSubdir = (Platform == UnrealTargetPlatform.Mac) ? "" : "/cookeddata";
string SyncDestSubdir = (Platform == UnrealTargetPlatform.Mac) ? "/UE" : "/cookeddata";
CopyScript.AddRange(new string[]
{
"# Skip syncing if desired",
"if [[ ${UE_SKIP_STAGEDDATA_SYNC} -eq 1 ]]; then exit 0; fi",
"",
"# When building engine projects, like UnrealGame, we don't have data to stage unless something has specified UE_OVERRIDE_STAGE_DIR",
$"STAGED_DIR=\\\"{DefaultStageDir}\\\"",
"if [[ -z ${STAGED_DIR} ]]; then exit 0; fi",
});
// Programs have an optional Staged dir - usually they aren't staged, but allow it to be staged if it was
if (TargetType != TargetType.Program)
{
CopyScript.AddRange(new string[]
{
"# Make sure the staged directory exists and has files in it",
"if [[ ! -e \\\"${STAGED_DIR}\\\" || ! $(ls -A \\\"${STAGED_DIR}\\\") ]]; then ",
" echo =========================================================================================",
" echo \\\"WARNING: To run, you must have a valid staged build directory. The Staged location is:\\\"",
" echo \\\" ${STAGED_DIR}\\\"",
" echo \\\"Use the editor's Platforms menu, or run a command like::\\\"",
$" echo \\\"./RunUAT.sh BuildCookRun -platform={Platform} -project=<project> -build -cook -stage -pak\\\"",
" echo =========================================================================================",
" exit -0 ",
"fi",
});
}
else
{
CopyScript.AddRange(new string[]
{
"# Make sure the staged directory exists and has files in it",
"if [[ ! -e ${STAGED_DIR} ]]; then exit 0; fi",
});
}
CopyScript.AddRange(new string[]
{
"",
$"echo \\\"Syncing ${{STAGED_DIR}}{SyncSourceSubdir} to ${{CONFIGURATION_BUILD_DIR}}/${{CONTENTS_FOLDER_PATH}}{SyncDestSubdir}\\\"",
$"rsync -a --delete --exclude=Info.plist --exclude=/Manifest_* --exclude=*.app \\\"${{STAGED_DIR}}{SyncSourceSubdir}/\\\" \\\"${{CONFIGURATION_BUILD_DIR}}/${{CONTENTS_FOLDER_PATH}}{SyncDestSubdir}\\\"",
});
// copy any dylibs from the staged stub .app into the real one
if (Platform == UnrealTargetPlatform.Mac)
{
// when doing a Content only project the Binaries are under Engine, not the project
string EngineOrProject = (Project.UnrealData.bIsContentOnlyProject || Project.UnrealData.UProjectFileLocation == null) ? "Engine" : Project.UnrealData.ProductName;
CopyScript.AddRange(new string[]
{
// copy from whatever .app is in Binaries/Mac - this is so we can make a Shipping app from a Development staged directory
"pushd \\\"${STAGED_DIR}/${UE_STAGED_BINARIES_DIR_BASE}/Binaries/Mac/\\\" > /dev/null",
"APPS=($(echo *.app))",
"echo Syncing $PWD/${APPS[0]}/${BUNDLE_CONTENTS_FOLDER_PATH} to ${CONFIGURATION_BUILD_DIR}/${CONTENTS_FOLDER_PATH}/\\\"",
"rsync -a --include='*/' --include='*.dylib' --exclude='*' ${APPS[0]}/${BUNDLE_CONTENTS_FOLDER_PATH}MacOS/\\\" \\\"${CONFIGURATION_BUILD_DIR}/${CONTENTS_FOLDER_PATH}/MacOS\\\"",
"popd > /dev/null",
});
}
}
// run this script every time, but xcode will show a warning if there isn't _some_ output
string ScriptOutput = $"/dev/null";
XcodeShellScriptBuildPhase CopyScriptPhase = new("Copy Executable and Staged Data into .app", CopyScript, new string[] { }, new string[] { ScriptOutput });
BuildPhases.Add(CopyScriptPhase);
References.Add(CopyScriptPhase);
// always generate a dsym file when we archive, and by having Xcode do it, it will be put into the archive properly
// (note bInstallOnly which will make this onle run when archiving)
List<string> DsymScript = new();
DsymScript.AddRange(new string[]
{
"set -e",
"",
"# Run the wrapper dsym generator",
"\\\"${UE_ENGINE_DIR}/Build/BatchFiles/Mac/GenerateUniversalDSYM.sh\\\" \\\"${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_PATH}\\\" \\\"${DWARF_DSYM_FOLDER_PATH}/${DWARF_DSYM_FILE_NAME}\\\"",
"strip -no_code_signature_warning -D \\\"${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_PATH}\\\"",
"",
"# Remove any unused architectures from dylibs in the .app (param1) that don't match the executable (param2). Also error if a dylib is missing arches",
"\\\"${UE_ENGINE_DIR}/Build/BatchFiles/Mac/ThinApp.sh\\\" \\\"${CONFIGURATION_BUILD_DIR}/${CONTENTS_FOLDER_PATH}\\\" \\\"${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_PATH}\\\"",
});
string DsymScriptInput = $"\\\"$(CONFIGURATION_BUILD_DIR)/$(EXECUTABLE_PATH)\\\"";
string DsymScriptOutput = $"\\\"$(DWARF_DSYM_FOLDER_PATH)/$(DWARF_DSYM_FILE_NAME)\\\"";
XcodeShellScriptBuildPhase DsymScriptPhase = new("Generate dsym for archive, and strip", DsymScript, new string[] { DsymScriptInput }, new string[] { DsymScriptOutput }, bInstallOnly: true);
BuildPhases.Add(DsymScriptPhase);
References.Add(DsymScriptPhase);
}
private void ProcessAssets(XcodeResourcesBuildPhase ResourcesBuildPhase)
{
List<string> StoryboardPaths = new List<string>()
{
"$(Project)/Build/$(Platform)/Resources/Interface/LaunchScreen.storyboardc",
"$(Project)/Build/$(Platform)/Resources/Interface/LaunchScreen.storyboard",
"$(Project)/Build/Apple/Resources/Interface/LaunchScreen.storyboardc",
"$(Project)/Build/Apple/Resources/Interface/LaunchScreen.storyboard",
"$(Engine)/Build/$(Platform)/Resources/Interface/LaunchScreen.storyboardc",
"$(Engine)/Build/$(Platform)/Resources/Interface/LaunchScreen.storyboard",
"$(Engine)/Build/Apple/Resources/Interface/LaunchScreen.storyboardc",
"$(Engine)/Build/Apple/Resources/Interface/LaunchScreen.storyboard",
};
// look for Assets
string? StoryboardPath;
if (Platform == UnrealTargetPlatform.Mac)
{
string AssetsPath = UnrealData.ProjectOrEnginePath("Build/Mac/Resources/Assets.xcassets", false);
ResourcesBuildPhase.AddResource(new FileReference(AssetsPath));
StoryboardPath = UnrealData.FindFile(StoryboardPaths, UnrealTargetPlatform.Mac, false);
}
else
{
string AssetsPath = UnrealData.ProjectOrEnginePath("Build/IOS/Resources/Assets.xcassets", false);
ResourcesBuildPhase.AddResource(new FileReference(AssetsPath));
StoryboardPath = UnrealData.FindFile(StoryboardPaths, UnrealTargetPlatform.IOS, false);
}
if (StoryboardPath != null)
{
ResourcesBuildPhase.AddResource(new FileReference(StoryboardPath));
}
}
protected void ProcessFrameworks(XcodeResourcesBuildPhase ResourcesBuildPhase, XcodeProject Project, XcodeProjectFile ProjectFile, ILogger Logger)
{
// look up to see if we had cached any Frameworks
Tuple<ProjectFile, UnrealTargetPlatform> FrameworkKey = Tuple.Create((ProjectFile)ProjectFile, Platform);
IEnumerable<UEBuildFramework>? Frameworks;
if (XcodeProjectFileGenerator.TargetFrameworks.TryGetValue(FrameworkKey, out Frameworks))
{
XcodeCopyFilesBuildPhase EmbedFrameworks = new XcodeCopyFilesBuildPhase(Project.FileCollection);
XcodeFrameworkBuildPhase FrameworkPhase = new XcodeFrameworkBuildPhase(Project.FileCollection);
// filter frameworks that need to installed into the .app (either the framework or a bundle inside a .zip)
IEnumerable<UEBuildFramework> InstalledFrameworks = Frameworks.Where(x => x.bCopyFramework || !String.IsNullOrEmpty(x.CopyBundledAssets));
// filter frameworks that need to be unzipped before we compile
IEnumerable<UEBuildFramework> ZippedFrameworks = Frameworks.Where(x => x.ZipFile != null);
bool bHasEmbeddedFrameworks = false;
// only look at frameworks that need anything copied into
foreach (UEBuildFramework Framework in InstalledFrameworks)
{
DirectoryReference? FinalFrameworkDir = Framework.GetFrameworkDirectory(null, null, Logger);
if (FinalFrameworkDir == null)
{
continue;
}
// the framework may come with FrameworkDir being parent of a .framework with name of Framework.Name
if (!FinalFrameworkDir.HasExtension(".framework") && !FinalFrameworkDir.HasExtension(".xcframework"))
{
FinalFrameworkDir = DirectoryReference.Combine(FinalFrameworkDir, Framework.Name + ".framework");
}
DirectoryReference BundleRootDir = Framework.GetFrameworkDirectory(null, null, Logger)!;
if (Framework.ZipFile != null)
{
if (Framework.ZipFile.FullName.EndsWith(".embeddedframework.zip"))
{
// foo.embeddedframework.zip would have foo.framework inside it, which is what we want to install
FinalFrameworkDir = DirectoryReference.Combine(Framework.ZipOutputDirectory!, Framework.ZipFile.GetFileNameWithoutAnyExtensions() + ".framework");
BundleRootDir = Framework.ZipOutputDirectory!;
}
else
{
FinalFrameworkDir = Framework.ZipOutputDirectory!;
}
}
// set up the CopyBundle to be copied
if (!String.IsNullOrEmpty(Framework.CopyBundledAssets))
{
ResourcesBuildPhase.AddFolderResource(DirectoryReference.Combine(BundleRootDir, Framework.CopyBundledAssets), "Resources");
}
if (Framework.bCopyFramework)
{
string FileRefGuid = XcodeProjectFileGenerator.MakeXcodeGuid();
EmbedFrameworks.AddFramework(FinalFrameworkDir, FileRefGuid);
FrameworkPhase.AddFramework(FinalFrameworkDir, FileRefGuid);
bHasEmbeddedFrameworks = true;
}
}
if (bHasEmbeddedFrameworks)
{
BuildPhases.Add(EmbedFrameworks);
References.Add(EmbedFrameworks);
BuildPhases.Add(FrameworkPhase);
References.Add(FrameworkPhase);
}
// each zipped framework needs to be unzipped in case C++ code needs to compile/link against it - this will add unzip commands
// to the PreBuild script that is run before anything else happens - note that the ZipDependToken is shared with UBT, so that
// if a new framework is unzipped, it will dirty any source files in modules that use this framework
foreach (UEBuildFramework Framework in ZippedFrameworks)
{
string ZipIn = Utils.MakePathSafeToUseWithCommandLine(Framework.ZipFile!.FullName);
string ZipOut = Utils.MakePathSafeToUseWithCommandLine(Framework.ZipOutputDirectory!.FullName);
// Zip contains folder with the same name, hence ParentDirectory
string ZipOutParent = Utils.MakePathSafeToUseWithCommandLine(Framework.ZipOutputDirectory.ParentDirectory!.FullName);
string ZipDependToken = Utils.MakePathSafeToUseWithCommandLine(Framework.ExtractedTokenFile!.FullName);
UnrealData.ExtraPreBuildScriptLines.AddRange(new[]
{
// delete any output and make sure parent dir exists
$"if [ {ZipIn} -nt {ZipDependToken} ] ",
$"then",
$" [ -d {ZipOut} ] &amp;&amp; rm -rf {ZipOut}",
$" mkdir -p {ZipOutParent}",
// unzip the framework and maybe extra data
$" unzip -q -o {ZipIn} -d {ZipOutParent}",
$" touch {ZipDependToken}",
$"fi",
$"",
});
}
}
}
protected override void WriteExtraTargetProperties(StringBuilder Content)
{
Content.WriteLine($"\t\t\tproductReference = {ProductGuid};");
Content.WriteLine($"\t\t\tproductName = \"{UnrealData.ProductName}\";");
}
public override void WriteXcconfigFile()
{
// gather general, all-platform, data we are doing to put into the configs
UnrealBuildConfig BuildConfig = BuildConfigList!.BuildConfigs[0].Info;
TargetRules TargetRules = BuildConfig.ProjectTarget!.TargetRules!;
DirectoryReference ProjectOrEngineDir = UnrealData.UProjectFileLocation?.Directory ?? Unreal.EngineDirectory;
// point to the shader Engine/Binaries for content only project (sadly, the TargetRules.OutputFile is not filled out)
DirectoryReference ConfigBuildDir = (TargetRules.Type == TargetType.Editor || UnrealData.bIsContentOnlyProject) ? Unreal.EngineDirectory : ProjectOrEngineDir;
if (TargetRules.Type == TargetType.Program && TargetRules.File!.IsUnderDirectory(Unreal.EngineDirectory))
{
ConfigBuildDir = BuildConfig.RootDirectory;
}
string BinariesBaseDir = ConfigBuildDir.GetDirectoryName();
ConfigBuildDir = DirectoryReference.Combine(ConfigBuildDir, "Binaries", Platform.ToString(), TargetRules.ExeBinariesSubFolder);
MetadataPlatform MetadataPlatform;
string TargetPlatformName = Platform.ToString();
if (TargetRules.Type != TargetType.Game && TargetRules.Type != TargetType.Program)
{
TargetPlatformName += TargetRules.Type.ToString();
}
// get ini file for the platform
ConfigHierarchy PlatformIni = ConfigCache.ReadHierarchy(ConfigHierarchyType.Engine, UnrealData.UProjectFileLocation?.Directory, Platform);
// settings for all platforms
bool bAutomaticSigning = true;
string? SigningTeam;
string? SigningPrefix;
string? AppCategory;
string SupportedPlatforms;
string SDKRoot;
string DeploymentTarget;
string DeploymentTargetKey;
string? SigningCert = null;
string? ProvisioningProfile = null;
string? SupportedDevices = null;
string? MarketingVersion = null;
string? BundleIdentifier;
List<string> ExtraConfigLines = new();
// get codesigning info (all platforms)
PlatformIni.TryGetValue("/Script/MacTargetPlatform.XcodeProjectSettings", "bUseModernCodeSigning", out bAutomaticSigning);
PlatformIni.TryGetValue("/Script/MacTargetPlatform.XcodeProjectSettings", "ModernSigningTeam", out SigningTeam);
PlatformIni.TryGetValue("/Script/MacTargetPlatform.XcodeProjectSettings", "ModernSigningPrefix", out SigningPrefix);
PlatformIni.TryGetValue("/Script/MacTargetPlatform.XcodeProjectSettings", "AppCategory", out AppCategory);
if (Platform == UnrealTargetPlatform.Mac)
{
// editor vs game metadata
bool bIsEditor = UnrealData.TargetRules.Type == TargetType.Editor;
MetadataPlatform = bIsEditor ? MetadataPlatform.MacEditor : MetadataPlatform.Mac;
SDKRoot = "macosx";
SupportedPlatforms = "macosx";
DeploymentTargetKey = "MACOSX_DEPLOYMENT_TARGET";
DeploymentTarget = MacToolChain.Settings.MacOSVersion;
BundleIdentifier = bIsEditor ? "com.epicgames.UnrealEditor" : UnrealData.BundleIdentifier;
// @todo: get a version for games, like IOS has
MarketingVersion = MacToolChain.LoadEngineDisplayVersion();
string SupportedMacArchitectures = String.Join(" ", XcodeUtils.GetSupportedMacArchitectures(BuildConfig.BuildTarget, UnrealData.UProjectFileLocation).Architectures.Select(x => x.AppleName));
ExtraConfigLines.Add($"VALID_ARCHS = {SupportedMacArchitectures}");
}
else
{
MetadataPlatform = MetadataPlatform.IOS;
// get IOS (same as TVOS) BundleID, and if there's a specified plist with a bundleID, use it, as Xcode would warn if they don't match
BundleIdentifier = UnrealData.BundleIdentifier;
// short version string
PlatformIni.GetString($"/Script/IOSRuntimeSettings.IOSRuntimeSettings", "VersionInfo", out MarketingVersion);
if (Platform == UnrealTargetPlatform.IOS)
{
SDKRoot = "iphoneos";
SupportedPlatforms = "iphoneos"; // iphonesimulator
DeploymentTargetKey = "IPHONEOS_DEPLOYMENT_TARGET";
SupportedDevices = UnrealData.IOSProjectSettings!.RuntimeDevices;
DeploymentTarget = UnrealData.IOSProjectSettings.RuntimeVersion;
if (UnrealData.IOSProvisioningData != null && UnrealData.bWriteCodeSigningSettings)
{
ProvisioningProfile = UnrealData.IOSProvisioningData.MobileProvisionUUID;
SigningCert = UnrealData.IOSProvisioningData.SigningCertificate ?? (UnrealData.bForDistribution ? "Apple Distribution" : "Apple Developer");
}
// only iphone deals with orientation
List<string> SupportedOrientations = XcodeUtils.GetSupportedOrientations(PlatformIni);
ExtraConfigLines.Add($"INFOPLIST_KEY_UISupportedInterfaceOrientations = \"{String.Join(" ", SupportedOrientations)}\"");
}
else // tvos
{
SDKRoot = "appletvos";
SupportedPlatforms = "appletvos"; // appletvsimulator
DeploymentTargetKey = "TVOS_DEPLOYMENT_TARGET";
SupportedDevices = UnrealData.TVOSProjectSettings!.RuntimeDevices;
DeploymentTarget = UnrealData.TVOSProjectSettings.RuntimeVersion;
if (UnrealData.TVOSProvisioningData != null && UnrealData.bWriteCodeSigningSettings)
{
ProvisioningProfile = UnrealData.TVOSProvisioningData.MobileProvisionUUID;
SigningCert = UnrealData.TVOSProvisioningData.SigningCertificate ?? (UnrealData.bForDistribution ? "Apple Distribution" : "Apple Developer");
}
}
}
// get metadata for the platform set above
MetadataItem PlistMetadata = UnrealData.Metadata!.PlistFiles[MetadataPlatform];
// now pull the bundle id's out, as xcode will warn if they don't match (this has to happen after each platform set bundle id above)
XcodeUtils.FindPlistId(PlistMetadata, "CFBundleIdentifier", ref BundleIdentifier);
// if the user had a ini setting, but also set it in the template plist, the plist one should win (this is only used if we are updating a template plist)
XcodeUtils.FindPlistId(PlistMetadata, "LSApplicationCategoryType", ref AppCategory);
// include another xcconfig for versions that UBT writes out
Xcconfig!.AppendLine($"#include? \"{ProjectOrEngineDir}/Intermediate/Build/Versions.xcconfig\"");
if (UnrealData.UProjectFileLocation == null)
{
Xcconfig!.AppendLine($"#include? \"{XcodeProjectFileGenerator.ContentOnlySettingsFile}\"");
}
// write out some UE variables that can be used in premade .plist files, etc
Xcconfig.AppendLine("");
Xcconfig.AppendLine("// Unreal project-wide variables");
Xcconfig.AppendLine($"UE_XCODE_BUILD_MODE = Default");
Xcconfig.AppendLine($"UE_PRODUCT_NAME = {UnrealData.ProductName}");
Xcconfig.AppendLine($"UE_PRODUCT_NAME_STRIPPED = {UnrealData.ProductName.Replace("_", "").Replace(" ", "")}");
Xcconfig.AppendLine($"UE_DISPLAY_NAME = {UnrealData.DisplayName}");
Xcconfig.AppendLine($"UE_SIGNING_PREFIX = {SigningPrefix}");
Xcconfig.AppendLine($"UE_PLATFORM_NAME = {Platform}");
Xcconfig.AppendLine($"UE_TARGET_NAME = {UnrealData.TargetRules.OriginalName}");
Xcconfig.AppendLine($"UE_TARGET_PLATFORM_NAME = {TargetPlatformName}");
Xcconfig.AppendLine($"UE_ENGINE_DIR = {Unreal.EngineDirectory}");
Xcconfig.AppendLine($"UE_BINARIES_DIR = {ConfigBuildDir}");
Xcconfig.AppendLine($"UE_STAGED_BINARIES_DIR_BASE = {BinariesBaseDir}");
if (UnrealData.UProjectFileLocation != null)
{
Xcconfig.AppendLine($"UE_PROJECT_DIR = {UnrealData.UProjectFileLocation.Directory}");
}
Xcconfig.AppendLine("");
Xcconfig.AppendLine("// Constant settings (same for all platforms and targets)");
Xcconfig.AppendLine("INFOPLIST_OUTPUT_FORMAT = xml");
Xcconfig.AppendLine("COMBINE_HIDPI_IMAGES = YES");
Xcconfig.AppendLine("USE_HEADERMAP = NO");
Xcconfig.AppendLine("ONLY_ACTIVE_ARCH = YES");
Xcconfig.AppendLine("");
Xcconfig.AppendLine("// Platform settings");
Xcconfig.AppendLine($"SUPPORTED_PLATFORMS = {SupportedPlatforms}");
Xcconfig.AppendLine($"SDKROOT = {SDKRoot}");
// Xcode creates the Build Dir (where the .app is) by combining {SYMROOT}/{CONFIGURATION}{EFFECTIVE_PLATFORM_NAME}, so we set SYMROOT
// to the Parent directory of the diectory the binary is in, CONFIGURATION to nothing, and EFFECTIVE_PLATFORM_NAME to the directory
// the binary is in
Xcconfig.AppendLine("");
Xcconfig.AppendLine($"// These settings combined will tell Xcode to write to Binaries/{Platform} (instead of something like Binaries/Development-iphoneos)");
Xcconfig.AppendLine($"SYMROOT = {ConfigBuildDir.ParentDirectory}");
Xcconfig.AppendLine($"CONFIGURATION = ");
Xcconfig.AppendLine($"EFFECTIVE_PLATFORM_NAME = {ConfigBuildDir.GetDirectoryName()}");
if (ExtraConfigLines.Count > 0)
{
Xcconfig.AppendLine("");
Xcconfig.AppendLine("// Misc settings");
foreach (string Line in ExtraConfigLines)
{
Xcconfig.AppendLine(Line);
}
}
Xcconfig.AppendLine("");
Xcconfig.AppendLine("// Project settings");
Xcconfig.AppendLine($"TARGETED_DEVICE_FAMILY = {SupportedDevices}");
Xcconfig.AppendLine($"PRODUCT_BUNDLE_IDENTIFIER = {BundleIdentifier}");
Xcconfig.AppendLine($"{DeploymentTargetKey} = {DeploymentTarget}");
Xcconfig.AppendLine("");
Xcconfig.AppendLine("// Plist settings");
Xcconfig.AppendLine($"INFOPLIST_FILE = {PlistMetadata.XcodeProjectRelative}");
if (PlistMetadata.Mode == MetadataMode.UpdateTemplate)
{
// allow Xcode to generate the final plist file from our input, some INFOPLIST settings and other settings
Xcconfig.AppendLine("GENERATE_INFOPLIST_FILE = YES");
Xcconfig.AppendLine($"ASSETCATALOG_COMPILER_APPICON_NAME = AppIcon");
Xcconfig.AppendLine($"CURRENT_PROJECT_VERSION = $(UE_{Platform.ToString().ToUpper()}_BUILD_VERSION)");
Xcconfig.AppendLine($"MARKETING_VERSION = {MarketingVersion}");
Xcconfig.AppendLine($"INFOPLIST_KEY_LSApplicationCategoryType = {AppCategory}");
}
if (UnrealData.bWriteCodeSigningSettings)
{
Xcconfig.AppendLine("");
Xcconfig.AppendLine("// Code-signing settings");
Xcconfig.AppendLine("CODE_SIGN_STYLE = " + (bAutomaticSigning ? "Automatic" : "Manual"));
if (!String.IsNullOrEmpty(SigningTeam))
{
Xcconfig.AppendLine($"DEVELOPMENT_TEAM = {SigningTeam}");
}
if (!String.IsNullOrEmpty(ProvisioningProfile))
{
Xcconfig.AppendLine($"PROVISIONING_PROFILE_SPECIFIER = {ProvisioningProfile}");
}
if (SigningCert != null)
{
Xcconfig.AppendLine($"CODE_SIGN_IDENTITY = {SigningCert}");
}
}
Xcconfig.Write();
// Now for each config write out the specific settings
DirectoryReference? GameDir = UnrealData.UProjectFileLocation?.Directory;
string? GamePath = GameDir != null ? XcodeFileCollection.ConvertPath(GameDir.FullName) : null;
foreach (UnrealBuildConfig Config in UnrealData.AllConfigs)
{
XcodeBuildConfig? MatchedConfig = BuildConfigList!.BuildConfigs.FirstOrDefault(x => x.Info == Config);
if (MatchedConfig == null || !Config.Supports(Platform))
{
continue;
}
// hook up the Buildconfig that matches this info to this xcconfig file
XcconfigFile ConfigXcconfig = MatchedConfig.Xcconfig!;
string ExecutableName = XcodeUtils.MakeExecutableFileName(Config.ExeName, Platform, Config.BuildConfig, TargetRules.Architectures, TargetRules.UndecoratedConfiguration);
string ExetuableSubPath = FileReference.Combine(ConfigBuildDir, ExecutableName).MakeRelativeTo(ConfigBuildDir);
string ProductName = ExecutableName;
string ExecutableKey = $"UE_{Platform.ToString().ToUpper()}_EXECUTABLE_NAME";
MetadataItem EntitlementsMetadata = UnrealData.Metadata!.EntitlementsFiles[MetadataPlatform];
// if we have shipping specified, use it instead
if (Config.BuildConfig == UnrealTargetConfiguration.Shipping)
{
MetadataItem ShippingEntitlementsMetadata = UnrealData.Metadata!.ShippingEntitlementsFiles[MetadataPlatform];
if (ShippingEntitlementsMetadata.Mode == MetadataMode.UsePremade)
{
EntitlementsMetadata = ShippingEntitlementsMetadata;
}
}
ConfigXcconfig.AppendLine("// pull in the shared settings for all configs for this target");
ConfigXcconfig.AppendLine($"#include \"{Xcconfig.Name}.xcconfig\"");
ConfigXcconfig.AppendLine("");
ConfigXcconfig.AppendLine("// Unreal per-config variables");
ConfigXcconfig.AppendLine($"UE_TARGET_CONFIG = {Config.BuildConfig}");
ConfigXcconfig.AppendLine($"UE_UBT_BINARY_SUBPATH = {ExetuableSubPath}");
ConfigXcconfig.AppendLine($"{ExecutableKey} = {ExecutableName}");
ConfigXcconfig.AppendLine($"PRODUCT_NAME = {ProductName}");
if (EntitlementsMetadata.Mode == MetadataMode.UsePremade)
{
ConfigXcconfig.AppendLine($"CODE_SIGN_ENTITLEMENTS = {EntitlementsMetadata.XcodeProjectRelative}");
}
// debug settings
if (Config.BuildConfig == UnrealTargetConfiguration.Debug)
{
ConfigXcconfig.AppendLine("ENABLE_TESTABILITY = YES");
}
ConfigXcconfig.Write();
}
}
}
class XcodeBuildTarget : XcodeTarget
{
public XcodeBuildTarget(XcodeProject Project)
: base(XcodeTarget.Type.Build, Project.UnrealData)
{
BuildConfigList = new XcodeBuildConfigList(Project.Platform, Name, Project.UnrealData, bIncludeAllPlatformsInConfig: false);
References.Add(BuildConfigList);
}
}
class XcodeIndexTarget : XcodeTarget
{
private UnrealData UnrealData;
// just take the Project since it has everything we need, and is needed when adding target dependencies
public XcodeIndexTarget(XcodeProject Project)
: base(XcodeTarget.Type.Index, Project.UnrealData)
{
UnrealData = Project.UnrealData;
BuildConfigList = new XcodeBuildConfigList(Project.Platform, Name, UnrealData, bIncludeAllPlatformsInConfig: false);
References.Add(BuildConfigList);
CreateXcconfigFile(Project, Project.Platform, Name);
// hook up each buildconfig to this Xcconfig
BuildConfigList.BuildConfigs.ForEach(x => x.Xcconfig = Xcconfig);
// add all of the files to be natively compiled by this target
XcodeSourcesBuildPhase SourcesBuildPhase = new XcodeSourcesBuildPhase();
BuildPhases.Add(SourcesBuildPhase);
References.Add(SourcesBuildPhase);
foreach (KeyValuePair<XcodeSourceFile, FileReference?> Pair in Project.FileCollection.BuildableFilesToResponseFile)
{
// only add files that found a moduleto be part of (since we can't build without the build settings that come from a module)
if (Pair.Value != null)
{
SourcesBuildPhase.AddFile(Pair.Key);
}
}
}
public override void WriteXcconfigFile()
{
// write out settings that for compiling natively
Xcconfig!.AppendLine("CLANG_CXX_LANGUAGE_STANDARD = c++17");
Xcconfig.AppendLine("GCC_WARN_INHIBIT_ALL_WARNINGS = YES");
Xcconfig.AppendLine("GCC_PRECOMPILE_PREFIX_HEADER = YES");
Xcconfig.AppendLine("GCC_OPTIMIZATION_LEVEL = 0");
Xcconfig.AppendLine($"PRODUCT_NAME = {Name}");
Xcconfig.AppendLine("SYMROOT = build");
Xcconfig.AppendLine("USE_HEADERMAP = NO");
Xcconfig.AppendLine("WARNING_CFLAGS = -Wno-c++11-narrowing");
Xcconfig.Write();
}
}
class XcodeProject : XcodeProjectNode
{
// a null platform here means all platforms like the old way
public UnrealTargetPlatform? Platform;
// the blob of data coming from unreal that we can pass around
public UnrealData UnrealData;
// container for all files and groups
public XcodeFileCollection FileCollection;
// Guid for the project node
public string Guid = XcodeProjectFileGenerator.MakeXcodeGuid();
private string ProvisioningStyle;
public List<XcodeRunTarget> RunTargets = new();
public XcodeBuildConfigList ProjectBuildConfigs;
public XcodeProject(UnrealTargetPlatform? Platform, UnrealData UnrealData, XcodeFileCollection FileCollection, XcodeProjectFile ProjectFile, bool bIsStubEditor, ILogger Logger)
{
this.Platform = Platform;
this.UnrealData = UnrealData;
this.FileCollection = FileCollection;
ProvisioningStyle = UnrealData.bUseAutomaticSigning ? "Automatic" : "Manual";
// if we are run-only, then we don't need a build target (this is shared between platforms if we are doing multi-target)
XcodeBuildTarget? BuildTarget = null;
if (!XcodeProjectFileGenerator.bGenerateRunOnlyProject && !UnrealData.bIsStubProject && !bIsStubEditor)
{
BuildTarget = new XcodeBuildTarget(this);
}
if (!bIsStubEditor)
{
// create one run target for each platform if our platform is null (ie XcodeProjectGenerator.PerPlatformMode is RunTargetPerPlatform)
List<UnrealTargetPlatform> TargetPlatforms = Platform == null ? XcodeProjectFileGenerator.XcodePlatforms : new() { Platform.Value };
foreach (UnrealTargetPlatform TargetPlatform in TargetPlatforms)
{
XcodeRunTarget RunTarget = new XcodeRunTarget(this, UnrealData.ProductName, UnrealData.AllConfigs[0].ProjectTarget!.TargetRules!.Type, TargetPlatform, BuildTarget, ProjectFile, Logger);
RunTargets.Add(RunTarget);
References.Add(RunTarget);
}
}
ProjectBuildConfigs = new XcodeBuildConfigList(bIsStubEditor ? null : Platform, UnrealData.ProductName, UnrealData, bIncludeAllPlatformsInConfig: true);
References.Add(ProjectBuildConfigs);
// make an indexing target if we aren't just a run-only project, and it has buildable source files
if (!XcodeProjectFileGenerator.bGenerateRunOnlyProject && UnrealData.BatchedFiles.Count != 0)
{
// index isn't a dependency of run, it's simply a target that xcode will find to index from
XcodeIndexTarget IndexTarget = new XcodeIndexTarget(this);
References.Add(IndexTarget);
}
}
public override void Write(StringBuilder Content)
{
Content.WriteLine("/* Begin PBXProject section */");
Content.WriteLine(2, $"{Guid} /* Project object */ = {{");
Content.WriteLine(3, "isa = PBXProject;");
Content.WriteLine(3, "attributes = {");
Content.WriteLine(4, "LastUpgradeCheck = 2000;");
Content.WriteLine(4, "ORGANIZATIONNAME = \"Epic Games, Inc.\";");
Content.WriteLine(4, "TargetAttributes = {");
foreach (XcodeRunTarget RunTarget in RunTargets)
{
Content.WriteLine(5, $"{RunTarget.Guid} = {{");
Content.WriteLine(6, $"ProvisioningStyle = {ProvisioningStyle};");
Content.WriteLine(5, "};");
}
Content.WriteLine(4, "};");
Content.WriteLine(3, "};");
Content.WriteLine(3, $"buildConfigurationList = {ProjectBuildConfigs.Guid} /* Build configuration list for PBXProject \"{ProjectBuildConfigs.TargetName}\" */;");
Content.WriteLine(3, "compatibilityVersion = \"Xcode 8.0\";");
Content.WriteLine(3, "developmentRegion = English;");
Content.WriteLine(3, "hasScannedForEncodings = 0;");
Content.WriteLine(3, "knownRegions = (");
Content.WriteLine(4, "en");
Content.WriteLine(3, ");");
Content.WriteLine(3, $"mainGroup = {FileCollection.MainGroupGuid};");
// for stub editor projects, we don't have a run target, so we don't have a product folder
if (RunTargets.Count > 0)
{
Content.WriteLine(3, $"productRefGroup = {FileCollection.GetProductGroupGuid()};");
}
Content.WriteLine(3, "projectDirPath = \"\";");
Content.WriteLine(3, "projectRoot = \"\";");
Content.WriteLine(3, "targets = (");
foreach (XcodeTarget Target in XcodeProjectNode.GetNodesOfType<XcodeTarget>(this))
{
Content.WriteLine(4, $"{Target.Guid} /* {Target.Name} */,");
}
Content.WriteLine(3, ");");
Content.WriteLine(2, "};");
Content.WriteLine("/* End PBXProject section */");
}
}
class XcodeProjectFile : ProjectFile
{
/// <summary>
/// Constructs a new project file object
/// </summary>
/// <param name="InitFilePath">The path to the project file on disk</param>
/// <param name="BaseDir">The base directory for files within this project</param>
/// <param name="bIsForDistribution">True for distribution builds</param>
/// <param name="BundleID">Override option for bundle identifier</param>
/// <param name="AppName"></param>
/// <param name="bMakeProjectPerTarget"></param>
/// <param name="SingleTargetName"></param>
public XcodeProjectFile(FileReference InitFilePath, DirectoryReference BaseDir, bool bIsForDistribution, string BundleID, string AppName, bool bMakeProjectPerTarget, string? SingleTargetName)
: base(InitFilePath, BaseDir)
{
UnrealData = new UnrealData(InitFilePath, bIsForDistribution, BundleID, AppName, bMakeProjectPerTarget);
// create the container for all the files that will
SharedFileCollection = new XcodeFileCollection(this);
FileCollection = SharedFileCollection;
this.SingleTargetName = SingleTargetName;
}
public UnrealData UnrealData;
/// <summary>
/// The PBXPRoject node, root of everything
/// </summary>
public Dictionary<XcodeProject, UnrealTargetPlatform?> RootProjects = new();
private XcodeProjectLegacy.XcodeProjectFile? LegacyProjectFile = null;
private bool bHasCheckedForLegacy = false;
public bool bHasLegacyProject => LegacyProjectFile != null;
/// <summary>
/// Gathers the files and generates project sections
/// </summary>
private XcodeFileCollection SharedFileCollection;
public XcodeFileCollection FileCollection;
// if set, only this will be written
private string? SingleTargetName;
/// <summary>
/// Allocates a generator-specific source file object
/// </summary>
/// <param name="InitFilePath">Path to the source file on disk</param>
/// <param name="InitProjectSubFolder">Optional sub-folder to put the file in. If empty, this will be determined automatically from the file's path relative to the project file</param>
/// <returns>The newly allocated source file object</returns>
public override SourceFile? AllocSourceFile(FileReference InitFilePath, DirectoryReference? InitProjectSubFolder)
{
if (InitFilePath.GetFileName().StartsWith("."))
{
return null;
}
return new XcodeSourceFile(InitFilePath, InitProjectSubFolder);
}
public void ConditionalCreateLegacyProject()
{
if (!bHasCheckedForLegacy)
{
bHasCheckedForLegacy = true;
if (ProjectTargets.Count == 0)
{
throw new BuildException("Expected to have a target before AddModule is called");
}
UnrealData.InitializeUProjectFileLocation(this);
if (!AppleExports.UseModernXcode(ProjectFilePath))
{
LegacyProjectFile = new XcodeProjectLegacy.XcodeProjectFile(ProjectFilePath, BaseDir, UnrealData.bForDistribution, UnrealData.BundleIdentifier, UnrealData.AppName, UnrealData.bMakeProjectPerTarget);
LegacyProjectFile.ProjectTargets.AddRange(ProjectTargets);
LegacyProjectFile.SourceFiles.AddRange(SourceFiles);
LegacyProjectFile.IsGeneratedProject = IsGeneratedProject;
LegacyProjectFile.IsStubProject = IsStubProject;
LegacyProjectFile.IsForeignProject = IsForeignProject;
}
}
}
public override void AddModule(UEBuildModuleCPP Module, CppCompileEnvironment CompileEnvironment)
{
ConditionalCreateLegacyProject();
if (LegacyProjectFile != null)
{
LegacyProjectFile.AddModule(Module, CompileEnvironment);
return;
}
UnrealData.AddModule(Module, CompileEnvironment);
}
/// <summary>
/// Generates bodies of all sections that contain a list of source files plus a dictionary of project navigator groups.
/// </summary>
private void ProcessSourceFiles()
{
// process the files that came from UE/cross-platform land
SourceFiles.SortBy(x => x.Reference.FullName);
Dictionary<DirectoryReference, int> BuildFileMap = new();
foreach (XcodeSourceFile SourceFile in SourceFiles.OfType<XcodeSourceFile>())
{
SharedFileCollection.ProcessFile(SourceFile, bIsForBuild: IsGeneratedProject, bIsFolder: false, SourceToBuildFileMap: BuildFileMap);
}
// cache the main group
SharedFileCollection.MainGroupGuid = XcodeFileCollection.GetRootGroupGuid(SharedFileCollection.Groups);
// filter each file into the appropriate batch
foreach (XcodeSourceFile File in SharedFileCollection.BuildableFilesToResponseFile.Keys)
{
AddFileToBatch(File, SharedFileCollection);
}
// write out the response files for each batch now that everything is done
foreach (UnrealBatchedFiles Batch in UnrealData.BatchedFiles)
{
Batch.GenerateResponseFile();
}
}
private void AddFileToBatch(XcodeSourceFile File, XcodeFileCollection FileCollection)
{
foreach (UnrealBatchedFiles Batch in UnrealData.BatchedFiles)
{
if (Batch.Module.ContainsFile(File.Reference))
{
Batch.Files.Add(File);
FileCollection.BuildableFilesToResponseFile[File] = Batch.ResponseFile;
return;
}
}
}
public FileReference ProjectFilePathForPlatform(UnrealTargetPlatform? Platform)
{
return new FileReference(XcodeUtils.ProjectDirPathForPlatform(UnrealData.XcodeProjectFileLocation, Platform).FullName);
}
public FileReference PBXFilePathForPlatform(UnrealTargetPlatform? Platform)
{
return FileReference.Combine(XcodeUtils.ProjectDirPathForPlatform(UnrealData.XcodeProjectFileLocation, Platform), "project.pbxproj");
}
/// Implements Project interface
public override bool WriteProjectFile(List<UnrealTargetPlatform> InPlatforms, List<UnrealTargetConfiguration> InConfigurations, PlatformProjectGeneratorCollection PlatformProjectGenerators, ILogger Logger)
{
// if we don't want this one, just skip
if (SingleTargetName != null && !ProjectFilePath.GetFileNameWithoutAnyExtensions().Equals(SingleTargetName, StringComparison.InvariantCultureIgnoreCase))
{
return true;
}
ConditionalCreateLegacyProject();
if (LegacyProjectFile != null)
{
return LegacyProjectFile.WriteProjectFile(InPlatforms, InConfigurations, PlatformProjectGenerators, Logger);
}
if (UnrealData.Initialize(this, InConfigurations, Logger) == false)
{
// if we failed to initialize, we silently return to move on (it's not an error, it's a project with nothing to do)
return true;
}
// look for an existing project to use as a template (if none found, create one from scratch)
DirectoryReference BuildDirLocation = UnrealData.UProjectFileLocation == null ? Unreal.EngineDirectory : UnrealData.UProjectFileLocation.Directory;
string ExistingProjectName = UnrealData.ProductName;
FileReference TemplateProject = FileReference.Combine(BuildDirLocation, $"Build/IOS/{UnrealData.ProductName}.xcodeproj/project.pbxproj");
// @todo this for per-platform!
UnrealData.bIsMergingProjects = FileReference.Exists(TemplateProject);
UnrealData.bWriteCodeSigningSettings = !UnrealData.bIsMergingProjects;
// turn all UE files into internal representation
ProcessSourceFiles();
bool bSuccess = true;
foreach (UnrealTargetPlatform? Platform in XcodeProjectFileGenerator.WorkspacePlatforms)
{
bool bAddStubEditor = Platform != UnrealTargetPlatform.Mac && UnrealData.ProductName == "UnrealEditor";
// skip the platform if the project has no configurations for it
if (!bAddStubEditor && !UnrealData.AllConfigs.Any(x => x.Supports(Platform)))
{
continue;
}
FileReference PBXFilePath = PBXFilePathForPlatform(Platform);
// now create the xcodeproject elements (project -> target -> buildconfigs, etc)
FileCollection = new XcodeFileCollection(SharedFileCollection);
XcodeProject RootProject = new XcodeProject(Platform, UnrealData, FileCollection, this, bAddStubEditor, Logger);
RootProjects[RootProject] = Platform;
if (FileReference.Exists(TemplateProject))
{
// @todo hahahaah
continue;
//bSuccess = MergeIntoTemplateProject(PBXFilePath, RootProject, TemplateProject);
}
else
{
// write metadata now so we can add them to the FileCollection
ConditionalWriteMetadataFiles(UnrealTargetPlatform.IOS);
StringBuilder Content = new StringBuilder();
Content.WriteLine(0, "// !$*UTF8*$!");
Content.WriteLine(0, "{");
Content.WriteLine(1, "archiveVersion = 1;");
Content.WriteLine(1, "classes = {");
Content.WriteLine(1, "};");
Content.WriteLine(1, "objectVersion = 46;");
Content.WriteLine(1, "objects = {");
// write out the list of files and groups
FileCollection.Write(Content);
// now write out the project node and its recursive dependent nodes
XcodeProjectNode.WriteNodeAndReferences(Content, RootProject);
Content.WriteLine(1, "};");
Content.WriteLine(1, $"rootObject = {RootProject.Guid} /* Project object */;");
Content.WriteLine(0, "}");
// finally write out the pbxproj file!
bSuccess = ProjectFileGenerator.WriteFileIfChanged(PBXFilePath.FullName, Content.ToString(), Logger, new UTF8Encoding()) && bSuccess;
}
bool bNeedScheme = !bAddStubEditor && XcodeUtils.ShouldIncludeProjectInWorkspace(this, Logger);
if (bNeedScheme)
{
if (bSuccess)
{
string ProjectName = ProjectFilePathForPlatform(Platform).GetFileNameWithoutAnyExtensions();
string? BuildTargetGuid = XcodeProjectNode.GetNodesOfType<XcodeBuildTarget>(RootProject).FirstOrDefault()?.Guid;
string? IndexTargetGuid = XcodeProjectNode.GetNodesOfType<XcodeIndexTarget>(RootProject).FirstOrDefault()?.Guid;
XcodeSchemeFile.WriteSchemeFile(UnrealData, Platform, ProjectName, RootProject.RunTargets, BuildTargetGuid, IndexTargetGuid);
}
}
else
{
XcodeSchemeFile.CleanSchemeFile(UnrealData, Platform);
}
}
return bSuccess;
}
private UnrealTargetPlatform CurrentPlistPlatform;
private void ConditionalWriteMetadataFiles(UnrealTargetPlatform Platform)
{
CurrentPlistPlatform = Platform;
// we now use templates or premade, no writing out here
foreach (MetadataItem Data in UnrealData.Metadata!.PlistFiles.Values)
{
if (Data.XcodeProjectRelative != null)
{
FileCollection.AddFileReference(XcodeProjectFileGenerator.MakeXcodeGuid(), Data.XcodeProjectRelative, "explicitFileType", "text.plist", "\"<group>\"", "Metadata");
}
}
foreach (MetadataItem Data in UnrealData.Metadata.EntitlementsFiles.Values)
{
if (Data.XcodeProjectRelative != null && Data.Mode == MetadataMode.UsePremade)
{
FileCollection.AddFileReference(XcodeProjectFileGenerator.MakeXcodeGuid(), Data.XcodeProjectRelative, "explicitFileType", "text.plist", "\"<group>\"", "Metadata");
}
}
}
private string Plist(string Command)
{
return XcodeUtils.Plist(Command);
}
bool MergeIntoTemplateProject(FileReference PBXProjFilePath, XcodeProject RootProject, FileReference TemplateProject)
{
// activate a file for plist reading/writing here
XcodeUtils.SetActivePlistFile(PBXFilePathForPlatform(CurrentPlistPlatform).FullName);
// copy existing template project to final location
if (FileReference.Exists(PBXProjFilePath))
{
FileReference.Delete(PBXProjFilePath);
}
DirectoryReference.CreateDirectory(PBXProjFilePath.Directory);
FileReference.Copy(TemplateProject, PBXProjFilePath);
// write the nodes we need to add (Build/Index targets)
XcodeRunTarget RunTarget = XcodeProjectNode.GetNodesOfType<XcodeRunTarget>(RootProject).First();
XcodeBuildTarget BuildTarget = XcodeProjectNode.GetNodesOfType<XcodeBuildTarget>(RunTarget).First();
XcodeIndexTarget IndexTarget = XcodeProjectNode.GetNodesOfType<XcodeIndexTarget>(RootProject).First();
XcodeDependency BuildDependency = XcodeProjectNode.GetNodesOfType<XcodeDependency>(RunTarget).First();
// the runtarget and project need to write out so all of their xcconfigs get written as well,
// so write everything to a temp string that is tossed, but all xcconfigs will be done at least
StringBuilder Temp = new StringBuilder();
XcodeProjectNode.WriteNodeAndReferences(Temp, RootProject!);
StringBuilder Content = new StringBuilder();
Content.WriteLine(0, "{");
FileCollection.Write(Content);
XcodeProjectNode.WriteNodeAndReferences(Content, BuildTarget);
XcodeProjectNode.WriteNodeAndReferences(Content, IndexTarget);
XcodeProjectNode.WriteNodeAndReferences(Content, BuildDependency);
Content.WriteLine(0, "}");
// write to disk
FileReference ImportFile = FileReference.Combine(PBXProjFilePath.Directory, "import.plist");
File.WriteAllText(ImportFile.FullName, Content.ToString());
// cache some standard guids from the template project
string ProjectGuid = Plist($"Print :rootObject");
string TemplateMainGroupGuid = Plist($"Print :objects:{ProjectGuid}:mainGroup");
// fixup paths that were relative to original project to be relative to merged project
// List<string> ObjectGuids = PlistObjects();
IEnumerable<string> MainGroupChildrenGuids = XcodeUtils.PlistArray($":objects:{TemplateMainGroupGuid}:children");
string RelativeFromMergedToTemplate = TemplateProject.Directory.ParentDirectory!.MakeRelativeTo(PBXProjFilePath.Directory.ParentDirectory!);
// look for groups with a 'path' element that is in the main group, so that it and everything will get redirected to new location
string? FixedPath;
foreach (string ChildGuid in MainGroupChildrenGuids)
{
string IsA = Plist($"Print :objects:{ChildGuid}:isa");
// if a Group has a path
if (IsA == "PBXGroup")
{
if ((FixedPath = XcodeUtils.PlistFixPath($":objects:{ChildGuid}:path", RelativeFromMergedToTemplate)) != null)
{
// if there wasn't a name before, it will now have a nasty path as the name, so add it now
XcodeUtils.PlistSetAdd($":objects:{ChildGuid}:name", Path.GetFileName(FixedPath));
}
}
}
// and import it into the template
Plist($"Merge \"{ImportFile.FullName}\" :objects");
// get all the targets in the template that are application types
IEnumerable<string> AppTargetGuids = XcodeUtils.PlistArray($":objects:{ProjectGuid}:targets")
.Where(TargetGuid => (Plist($"Print :objects:{TargetGuid}:productType") == "com.apple.product-type.application"));
// add a dependency on the build target from the app target(s)
foreach (string AppTargetGuid in AppTargetGuids)
{
Plist($"Add :objects:{AppTargetGuid}:dependencies:0 string {BuildDependency.Guid}");
}
// the BuildDependency object was in the "container" of the generated project, not the merged one, so fix it up now
Plist($"Set :objects:{BuildDependency.ProxyGuid}:containerPortal {ProjectGuid}");
// now add all the non-run targets from the generated
foreach (XcodeTarget Target in XcodeProjectNode.GetNodesOfType<XcodeTarget>(RootProject!).Where(x => x.GetType() != typeof(XcodeRunTarget)))
{
Plist($"Add :objects:{ProjectGuid}:targets:0 string {Target.Guid}");
}
// hook up Xcconfig files to the project and the project configs
// @todo how to manage with conflicts already present...
//PlistSetAdd($":objects:{ProjectGuid}:baseConfigurationReference", RootProject.Xcconfig!.Guid, "string");
// re-get the list of targets now that we merged in the other file
IEnumerable<string> AllTargetGuids = XcodeUtils.PlistArray($":objects:{ProjectGuid}:targets");
List<string> NodesToFix = new() { ProjectGuid };
NodesToFix.AddRange(AllTargetGuids);
bool bIsProject = true;
foreach (string NodeGuid in NodesToFix)
{
bool bIsAppTarget = AppTargetGuids.Contains(NodeGuid);
// get the config list, and from there we can get the configs
string ProjectBuildConfigListGuid = Plist($"Print :objects:{NodeGuid}:buildConfigurationList");
IEnumerable<string> ConfigGuids = XcodeUtils.PlistArray($":objects:{ProjectBuildConfigListGuid}:buildConfigurations");
foreach (string ConfigGuid in ConfigGuids)
{
// find the matching unreal generated project build config to hook up to
// for now we assume Release is Development [Editor], but we should make sure the template project has good configs
// we have to rename the template config from Release because it won't find the matching config in the build target
string ConfigName = Plist($"Print :objects:{ConfigGuid}:name");
if (ConfigName == "Release")
{
ConfigName = "Development";
if (UnrealData.bMakeProjectPerTarget && UnrealData.TargetRules.Type == TargetType.Editor)
{
ConfigName = "Development Editor";
}
Plist($"Set :objects:{ConfigGuid}:name \"{ConfigName}\"");
}
// if there's a plist path, then it will need to be fixed up
XcodeUtils.PlistFixPath($":objects:{ConfigGuid}:buildSettings:INFOPLIST_FILE", RelativeFromMergedToTemplate);
if (bIsProject)
{
//Console.WriteLine("Looking for " + ConfigName);
XcodeBuildConfig Config = RootProject!.ProjectBuildConfigs.BuildConfigs.First(x => x.Info.DisplayName == ConfigName);
XcodeUtils.PlistSetAdd($":objects:{ConfigGuid}:baseConfigurationReference", Config.Xcconfig!.Guid, "string");
}
// the Build target used some ini settings to compile, and Run target must match, so we override a few settings, at
// whatever level they were already specified at (Projet and/or Target)
XcodeUtils.PlistSetUpdate($":objects:{ConfigGuid}:buildSettings:MACOSX_DEPLOYMENT_TARGET", MacToolChain.Settings.MacOSVersion);
if (UnrealData.IOSProjectSettings != null)
{
XcodeUtils.PlistSetUpdate($":objects:{ConfigGuid}:buildSettings:IPHONEOS_DEPLOYMENT_TARGET", UnrealData.IOSProjectSettings.RuntimeVersion);
}
if (UnrealData.TVOSProjectSettings != null)
{
XcodeUtils.PlistSetUpdate($":objects:{ConfigGuid}:buildSettings:TVOS_DEPLOYMENT_TARGET", UnrealData.TVOSProjectSettings.RuntimeVersion);
}
}
bIsProject = false;
}
// now we need to merge the main groups together
string GeneratedMainGroupGuid = FileCollection.MainGroupGuid;
int Index = 0;
while (true)
{
// we copy to a high index to put the copied entries at the end in the same order
string Output = Plist($"Copy :objects:{GeneratedMainGroupGuid}:children:{Index} :objects:{TemplateMainGroupGuid}:children:100000000");
// loop until error
if (!String.IsNullOrEmpty(Output))
{
break;
}
Index++;
}
// and remove the one we copied from
Plist($"Delete :objects:{GeneratedMainGroupGuid}");
return true;
}
}
}
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