/* Distributed under the OSI-approved BSD 3-Clause License. See accompanying file Copyright.txt or https://cmake.org/licensing for details. */ #include "cmVisualStudio10TargetGenerator.h" #include "cmAlgorithms.h" #include "cmComputeLinkInformation.h" #include "cmCustomCommand.h" #include "cmCustomCommandGenerator.h" #include "cmGeneratedFileStream.h" #include "cmGeneratorExpression.h" #include "cmGeneratorTarget.h" #include "cmGlobalVisualStudio10Generator.h" #include "cmLinkLineDeviceComputer.h" #include "cmLocalVisualStudio10Generator.h" #include "cmMakefile.h" #include "cmSourceFile.h" #include "cmSystemTools.h" #include "cmVisualStudioGeneratorOptions.h" #include "windows.h" #include #include // IWYU pragma: keep #include static void ConvertToWindowsSlash(std::string& s); static std::string cmVS10EscapeXML(std::string arg) { cmSystemTools::ReplaceString(arg, "&", "&"); cmSystemTools::ReplaceString(arg, "<", "<"); cmSystemTools::ReplaceString(arg, ">", ">"); return arg; } static std::string cmVS10EscapeAttr(std::string arg) { cmSystemTools::ReplaceString(arg, "&", "&"); cmSystemTools::ReplaceString(arg, "<", "<"); cmSystemTools::ReplaceString(arg, ">", ">"); cmSystemTools::ReplaceString(arg, "\"", """); cmSystemTools::ReplaceString(arg, "\n", " "); return arg; } struct cmVisualStudio10TargetGenerator::Elem { std::ostream& S; const int Indent; bool HasElements = false; bool HasContent = false; std::string Tag; Elem(std::ostream& s, const char* tag) : S(s) , Indent(0) , Tag(tag) { this->StartElement(); } Elem(const Elem&) = delete; Elem(Elem& par, const char* tag) : S(par.S) , Indent(par.Indent + 1) , Tag(tag) { par.SetHasElements(); this->StartElement(); } void SetHasElements() { if (!HasElements) { this->S << ">\n"; HasElements = true; } } std::ostream& WriteString(const char* line); void StartElement() { this->WriteString("<") << this->Tag; } void Element(const char* tag, const std::string& val) { Elem(*this, tag).Content(val); } Elem& Attribute(const char* an, const std::string& av) { this->S << " " << an << "=\"" << cmVS10EscapeAttr(av) << "\""; return *this; } void Content(const std::string& val) { if (!this->HasContent) { this->S << ">"; this->HasContent = true; } this->S << cmVS10EscapeXML(val); } ~Elem() { // Do not emit element which has not been started if (Tag.empty()) { return; } if (HasElements) { this->WriteString("Tag << ">"; if (this->Indent > 0) { this->S << '\n'; } else { // special case: don't print EOL at EOF } } else if (HasContent) { this->S << "Tag << ">\n"; } else { this->S << " />\n"; } } void WritePlatformConfigTag(const char* tag, const std::string& cond, const std::string& content); }; class cmVS10GeneratorOptions : public cmVisualStudioGeneratorOptions { public: typedef cmVisualStudio10TargetGenerator::Elem Elem; cmVS10GeneratorOptions(cmLocalVisualStudioGenerator* lg, Tool tool, cmVS7FlagTable const* table, cmVisualStudio10TargetGenerator* g = nullptr) : cmVisualStudioGeneratorOptions(lg, tool, table) , TargetGenerator(g) { } void OutputFlag(std::ostream& /*fout*/, int /*indent*/, const char* tag, const std::string& content) override { if (!this->GetConfiguration().empty()) { // if there are configuration specific flags, then // use the configuration specific tag for PreprocessorDefinitions const std::string cond = this->TargetGenerator->CalcCondition(this->GetConfiguration()); this->Parent->WritePlatformConfigTag(tag, cond, content); } else { this->Parent->Element(tag, content); } } private: cmVisualStudio10TargetGenerator* const TargetGenerator; Elem* Parent = nullptr; friend cmVisualStudio10TargetGenerator::OptionsHelper; }; struct cmVisualStudio10TargetGenerator::OptionsHelper { cmVS10GeneratorOptions& O; OptionsHelper(cmVS10GeneratorOptions& o, Elem& e) : O(o) { O.Parent = &e; } ~OptionsHelper() { O.Parent = nullptr; } void OutputPreprocessorDefinitions(const std::string& lang) { O.OutputPreprocessorDefinitions(O.Parent->S, O.Parent->Indent + 1, lang); } void OutputAdditionalIncludeDirectories(const std::string& lang) { O.OutputAdditionalIncludeDirectories(O.Parent->S, O.Parent->Indent + 1, lang); } void OutputFlagMap() { O.OutputFlagMap(O.Parent->S, O.Parent->Indent + 1); } void PrependInheritedString(std::string const& key) { O.PrependInheritedString(key); } }; static std::string cmVS10EscapeComment(std::string comment) { // MSBuild takes the CDATA of a element and just // does "echo $CDATA" with no escapes. We must encode the string. // http://technet.microsoft.com/en-us/library/cc772462%28WS.10%29.aspx std::string echoable; for (char c : comment) { switch (c) { case '\r': break; case '\n': echoable += '\t'; break; case '"': /* no break */ case '|': /* no break */ case '&': /* no break */ case '<': /* no break */ case '>': /* no break */ case '^': echoable += '^'; /* no break */ CM_FALLTHROUGH; default: echoable += c; break; } } return echoable; } static bool cmVS10IsTargetsFile(std::string const& path) { std::string const ext = cmSystemTools::GetFilenameLastExtension(path); return cmSystemTools::Strucmp(ext.c_str(), ".targets") == 0; } static std::string computeProjectFileExtension(cmGeneratorTarget const* t) { std::string res; res = ".vcxproj"; if (t->IsCSharpOnly()) { res = ".csproj"; } return res; } cmVisualStudio10TargetGenerator::cmVisualStudio10TargetGenerator( cmGeneratorTarget* target, cmGlobalVisualStudio10Generator* gg) : GeneratorTarget(target) , Makefile(target->Target->GetMakefile()) , Platform(gg->GetPlatformName()) , Name(target->GetName()) , GUID(gg->GetGUID(this->Name)) , GlobalGenerator(gg) , LocalGenerator( (cmLocalVisualStudio10Generator*)target->GetLocalGenerator()) { this->Makefile->GetConfigurations(this->Configurations); this->NsightTegra = gg->IsNsightTegra(); for (int i = 0; i < 4; ++i) { this->NsightTegraVersion[i] = 0; } sscanf(gg->GetNsightTegraVersion().c_str(), "%u.%u.%u.%u", &this->NsightTegraVersion[0], &this->NsightTegraVersion[1], &this->NsightTegraVersion[2], &this->NsightTegraVersion[3]); this->MSTools = !this->NsightTegra; this->Managed = false; this->TargetCompileAsWinRT = false; this->IsMissingFiles = false; this->DefaultArtifactDir = this->LocalGenerator->GetCurrentBinaryDirectory() + "/" + this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); this->InSourceBuild = (this->Makefile->GetCurrentSourceDirectory() == this->Makefile->GetCurrentBinaryDirectory()); } cmVisualStudio10TargetGenerator::~cmVisualStudio10TargetGenerator() { } std::string cmVisualStudio10TargetGenerator::CalcCondition( const std::string& config) const { std::ostringstream oss; oss << "'$(Configuration)|$(Platform)'=='"; oss << config << "|" << this->Platform; oss << "'"; // handle special case for 32 bit C# targets if (this->ProjectType == csproj && this->Platform == "Win32") { oss << " Or "; oss << "'$(Configuration)|$(Platform)'=='"; oss << config << "|x86"; oss << "'"; } return oss.str(); } void cmVisualStudio10TargetGenerator::Elem::WritePlatformConfigTag( const char* tag, const std::string& cond, const std::string& content) { Elem(*this, tag).Attribute("Condition", cond).Content(content); } std::ostream& cmVisualStudio10TargetGenerator::Elem::WriteString( const char* line) { this->S.fill(' '); this->S.width(this->Indent * 2); // write an empty string to get the fill level indent to print this->S << ""; this->S << line; return this->S; } #define VS10_CXX_DEFAULT_PROPS "$(VCTargetsPath)\\Microsoft.Cpp.Default.props" #define VS10_CXX_PROPS "$(VCTargetsPath)\\Microsoft.Cpp.props" #define VS10_CXX_USER_PROPS \ "$(UserRootDir)\\Microsoft.Cpp.$(Platform).user.props" #define VS10_CXX_TARGETS "$(VCTargetsPath)\\Microsoft.Cpp.targets" #define VS10_CSharp_DEFAULT_PROPS \ "$(MSBuildExtensionsPath)\\$(MSBuildToolsVersion)\\Microsoft.Common.props" // This does not seem to exist by default, it's just provided for consistency // in case users want to have default custom props for C# targets #define VS10_CSharp_USER_PROPS \ "$(UserRootDir)\\Microsoft.CSharp.$(Platform).user.props" #define VS10_CSharp_TARGETS "$(MSBuildToolsPath)\\Microsoft.CSharp.targets" #define VS10_CSharp_NETCF_TARGETS \ "$(MSBuildExtensionsPath)\\Microsoft\\$(TargetFrameworkIdentifier)\\" \ "$(TargetFrameworkTargetsVersion)\\Microsoft.$(TargetFrameworkIdentifier)" \ ".CSharp.targets" void cmVisualStudio10TargetGenerator::Generate() { // do not generate external ms projects if (this->GeneratorTarget->GetType() == cmStateEnums::INTERFACE_LIBRARY || this->GeneratorTarget->GetProperty("EXTERNAL_MSPROJECT")) { return; } const std::string ProjectFileExtension = computeProjectFileExtension(this->GeneratorTarget); if (ProjectFileExtension == ".vcxproj") { this->ProjectType = vcxproj; this->Managed = false; } else if (ProjectFileExtension == ".csproj") { if (this->GeneratorTarget->GetType() == cmStateEnums::STATIC_LIBRARY) { std::string message = "The C# target \"" + this->GeneratorTarget->GetName() + "\" is of type STATIC_LIBRARY. This is discouraged (and may be " "disabled in future). Make it a SHARED library instead."; this->Makefile->IssueMessage(MessageType::DEPRECATION_WARNING, message); } this->ProjectType = csproj; this->Managed = true; } // Tell the global generator the name of the project file this->GeneratorTarget->Target->SetProperty("GENERATOR_FILE_NAME", this->Name.c_str()); this->GeneratorTarget->Target->SetProperty("GENERATOR_FILE_NAME_EXT", ProjectFileExtension.c_str()); this->DotNetHintReferences.clear(); this->AdditionalUsingDirectories.clear(); if (this->GeneratorTarget->GetType() <= cmStateEnums::OBJECT_LIBRARY) { if (!this->ComputeClOptions()) { return; } if (!this->ComputeRcOptions()) { return; } if (!this->ComputeCudaOptions()) { return; } if (!this->ComputeCudaLinkOptions()) { return; } if (!this->ComputeMasmOptions()) { return; } if (!this->ComputeNasmOptions()) { return; } if (!this->ComputeLinkOptions()) { return; } if (!this->ComputeLibOptions()) { return; } } std::string path = this->LocalGenerator->GetCurrentBinaryDirectory(); path += "/"; path += this->Name; path += ProjectFileExtension; cmGeneratedFileStream BuildFileStream(path); const std::string PathToProjectFile = path; BuildFileStream.SetCopyIfDifferent(true); // Write the encoding header into the file char magic[] = { char(0xEF), char(0xBB), char(0xBF) }; BuildFileStream.write(magic, 3); BuildFileStream << "GlobalGenerator->Encoding() << "\"?>" << "\n"; { Elem e0(BuildFileStream, "Project"); e0.Attribute("DefaultTargets", "Build"); const char* toolsVersion = this->GlobalGenerator->GetToolsVersion(); if (this->GlobalGenerator->GetVersion() == cmGlobalVisualStudioGenerator::VS12 && this->GlobalGenerator->TargetsWindowsCE()) { toolsVersion = "4.0"; } e0.Attribute("ToolsVersion", toolsVersion); e0.Attribute("xmlns", "http://schemas.microsoft.com/developer/msbuild/2003"); if (this->NsightTegra) { Elem e1(e0, "PropertyGroup"); e1.Attribute("Label", "NsightTegraProject"); const unsigned int nsightTegraMajorVersion = this->NsightTegraVersion[0]; const unsigned int nsightTegraMinorVersion = this->NsightTegraVersion[1]; if (nsightTegraMajorVersion >= 2) { if (nsightTegraMajorVersion > 3 || (nsightTegraMajorVersion == 3 && nsightTegraMinorVersion >= 1)) { e1.Element("NsightTegraProjectRevisionNumber", "11"); } else { // Nsight Tegra 2.0 uses project revision 9. e1.Element("NsightTegraProjectRevisionNumber", "9"); } // Tell newer versions to upgrade silently when loading. e1.Element("NsightTegraUpgradeOnceWithoutPrompt", "true"); } else { // Require Nsight Tegra 1.6 for JCompile support. e1.Element("NsightTegraProjectRevisionNumber", "7"); } } if (const char* hostArch = this->GlobalGenerator->GetPlatformToolsetHostArchitecture()) { Elem e1(e0, "PropertyGroup"); e1.Element("PreferredToolArchitecture", hostArch); } if (this->ProjectType != csproj) { this->WriteProjectConfigurations(e0); } { Elem e1(e0, "PropertyGroup"); e1.Attribute("Label", "Globals"); e1.Element("ProjectGuid", "{" + this->GUID + "}"); if (this->MSTools && this->GeneratorTarget->GetType() <= cmStateEnums::GLOBAL_TARGET) { this->WriteApplicationTypeSettings(e1); this->VerifyNecessaryFiles(); } const char* vsProjectTypes = this->GeneratorTarget->GetProperty("VS_GLOBAL_PROJECT_TYPES"); if (vsProjectTypes) { const char* tagName = "ProjectTypes"; if (this->ProjectType == csproj) { tagName = "ProjectTypeGuids"; } e1.Element(tagName, vsProjectTypes); } const char* vsProjectName = this->GeneratorTarget->GetProperty("VS_SCC_PROJECTNAME"); const char* vsLocalPath = this->GeneratorTarget->GetProperty("VS_SCC_LOCALPATH"); const char* vsProvider = this->GeneratorTarget->GetProperty("VS_SCC_PROVIDER"); if (vsProjectName && vsLocalPath && vsProvider) { e1.Element("SccProjectName", vsProjectName); e1.Element("SccLocalPath", vsLocalPath); e1.Element("SccProvider", vsProvider); const char* vsAuxPath = this->GeneratorTarget->GetProperty("VS_SCC_AUXPATH"); if (vsAuxPath) { e1.Element("SccAuxPath", vsAuxPath); } } if (this->GeneratorTarget->GetPropertyAsBool("VS_WINRT_COMPONENT")) { e1.Element("WinMDAssembly", "true"); } const char* vsGlobalKeyword = this->GeneratorTarget->GetProperty("VS_GLOBAL_KEYWORD"); if (!vsGlobalKeyword) { e1.Element("Keyword", "Win32Proj"); } else { e1.Element("Keyword", vsGlobalKeyword); } const char* vsGlobalRootNamespace = this->GeneratorTarget->GetProperty("VS_GLOBAL_ROOTNAMESPACE"); if (vsGlobalRootNamespace) { e1.Element("RootNamespace", vsGlobalRootNamespace); } e1.Element("Platform", this->Platform); const char* projLabel = this->GeneratorTarget->GetProperty("PROJECT_LABEL"); if (!projLabel) { projLabel = this->Name.c_str(); } e1.Element("ProjectName", projLabel); { // TODO: add deprecation warning for VS_* property? const char* targetFrameworkVersion = this->GeneratorTarget->GetProperty( "VS_DOTNET_TARGET_FRAMEWORK_VERSION"); if (!targetFrameworkVersion) { targetFrameworkVersion = this->GeneratorTarget->GetProperty( "DOTNET_TARGET_FRAMEWORK_VERSION"); } if (!targetFrameworkVersion && this->ProjectType == csproj && this->GlobalGenerator->TargetsWindowsCE() && this->GlobalGenerator->GetVersion() == cmGlobalVisualStudioGenerator::VS12) { // VS12 .NETCF default to .NET framework 3.9 targetFrameworkVersion = "v3.9"; } if (targetFrameworkVersion) { e1.Element("TargetFrameworkVersion", targetFrameworkVersion); } if (this->ProjectType == csproj && this->GlobalGenerator->TargetsWindowsCE()) { const char* targetFrameworkId = this->GeneratorTarget->GetProperty( "VS_TARGET_FRAMEWORK_IDENTIFIER"); if (!targetFrameworkId) { targetFrameworkId = "WindowsEmbeddedCompact"; } e1.Element("TargetFrameworkIdentifier", targetFrameworkId); const char* targetFrameworkVer = this->GeneratorTarget->GetProperty( "VS_TARGET_FRAMEWORKS_TARGET_VERSION"); if (!targetFrameworkVer) { targetFrameworkVer = "v8.0"; } e1.Element("TargetFrameworkTargetsVersion", targetFrameworkVer); } } // Disable the project upgrade prompt that is displayed the first time a // project using an older toolset version is opened in a newer version of // the IDE (respected by VS 2013 and above). if (this->GlobalGenerator->GetVersion() >= cmGlobalVisualStudioGenerator::VS12) { e1.Element("VCProjectUpgraderObjectName", "NoUpgrade"); } std::vector keys = this->GeneratorTarget->GetPropertyKeys(); for (std::string const& keyIt : keys) { static const char* prefix = "VS_GLOBAL_"; if (keyIt.find(prefix) != 0) continue; std::string globalKey = keyIt.substr(strlen(prefix)); // Skip invalid or separately-handled properties. if (globalKey.empty() || globalKey == "PROJECT_TYPES" || globalKey == "ROOTNAMESPACE" || globalKey == "KEYWORD") { continue; } const char* value = this->GeneratorTarget->GetProperty(keyIt); if (!value) continue; e1.Element(globalKey.c_str(), value); } if (this->Managed) { std::string outputType; switch (this->GeneratorTarget->GetType()) { case cmStateEnums::OBJECT_LIBRARY: case cmStateEnums::STATIC_LIBRARY: case cmStateEnums::SHARED_LIBRARY: outputType = "Library"; break; case cmStateEnums::MODULE_LIBRARY: outputType = "Module"; break; case cmStateEnums::EXECUTABLE: if (this->GeneratorTarget->Target->GetPropertyAsBool( "WIN32_EXECUTABLE")) { outputType = "WinExe"; } else { outputType = "Exe"; } break; case cmStateEnums::UTILITY: case cmStateEnums::GLOBAL_TARGET: outputType = "Utility"; break; case cmStateEnums::UNKNOWN_LIBRARY: case cmStateEnums::INTERFACE_LIBRARY: break; } e1.Element("OutputType", outputType); e1.Element("AppDesignerFolder", "Properties"); } } switch (this->ProjectType) { case vcxproj: if (this->GlobalGenerator->GetPlatformToolsetVersion()) { Elem(e0, "Import") .Attribute("Project", this->GlobalGenerator->GetAuxiliaryToolset()); } Elem(e0, "Import").Attribute("Project", VS10_CXX_DEFAULT_PROPS); break; case csproj: Elem(e0, "Import") .Attribute("Project", VS10_CSharp_DEFAULT_PROPS) .Attribute("Condition", "Exists('" VS10_CSharp_DEFAULT_PROPS "')"); break; } this->WriteProjectConfigurationValues(e0); if (this->ProjectType == vcxproj) { Elem(e0, "Import").Attribute("Project", VS10_CXX_PROPS); } { Elem e1(e0, "ImportGroup"); e1.Attribute("Label", "ExtensionSettings"); e1.SetHasElements(); if (this->GlobalGenerator->IsCudaEnabled()) { Elem(e1, "Import") .Attribute("Project", "$(VCTargetsPath)\\BuildCustomizations\\CUDA " + this->GlobalGenerator->GetPlatformToolsetCudaString() + ".props"); } if (this->GlobalGenerator->IsMasmEnabled()) { Elem(e1, "Import") .Attribute("Project", "$(VCTargetsPath)\\BuildCustomizations\\masm.props"); } if (this->GlobalGenerator->IsNasmEnabled()) { // Always search in the standard modules location. std::string propsTemplate = GetCMakeFilePath("Templates/MSBuild/nasm.props.in"); std::string propsLocal; propsLocal += this->DefaultArtifactDir; propsLocal += "\\nasm.props"; ConvertToWindowsSlash(propsLocal); this->Makefile->ConfigureFile(propsTemplate, propsLocal, false, true, true); Elem(e1, "Import").Attribute("Project", propsLocal); } } { Elem e1(e0, "ImportGroup"); e1.Attribute("Label", "PropertySheets"); std::string props; switch (this->ProjectType) { case vcxproj: props = VS10_CXX_USER_PROPS; break; case csproj: props = VS10_CSharp_USER_PROPS; break; } if (const char* p = this->GeneratorTarget->GetProperty("VS_USER_PROPS")) { props = p; } if (!props.empty()) { ConvertToWindowsSlash(props); Elem(e1, "Import") .Attribute("Project", props) .Attribute("Condition", "exists('" + props + "')") .Attribute("Label", "LocalAppDataPlatform"); } this->WritePlatformExtensions(e1); } Elem(e0, "PropertyGroup").Attribute("Label", "UserMacros"); this->WriteWinRTPackageCertificateKeyFile(e0); this->WritePathAndIncrementalLinkOptions(e0); this->WriteCEDebugProjectConfigurationValues(e0); this->WriteItemDefinitionGroups(e0); this->WriteCustomCommands(e0); this->WriteAllSources(e0); this->WriteDotNetReferences(e0); this->WritePackageReferences(e0); this->WriteImports(e0); this->WriteEmbeddedResourceGroup(e0); this->WriteXamlFilesGroup(e0); this->WriteWinRTReferences(e0); this->WriteProjectReferences(e0); this->WriteSDKReferences(e0); switch (this->ProjectType) { case vcxproj: Elem(e0, "Import").Attribute("Project", VS10_CXX_TARGETS); break; case csproj: if (this->GlobalGenerator->TargetsWindowsCE()) { Elem(e0, "Import").Attribute("Project", VS10_CSharp_NETCF_TARGETS); } else { Elem(e0, "Import").Attribute("Project", VS10_CSharp_TARGETS); } break; } this->WriteTargetSpecificReferences(e0); { Elem e1(e0, "ImportGroup"); e1.Attribute("Label", "ExtensionTargets"); e1.SetHasElements(); this->WriteTargetsFileReferences(e1); if (this->GlobalGenerator->IsCudaEnabled()) { Elem(e1, "Import") .Attribute("Project", "$(VCTargetsPath)\\BuildCustomizations\\CUDA " + this->GlobalGenerator->GetPlatformToolsetCudaString() + ".targets"); } if (this->GlobalGenerator->IsMasmEnabled()) { Elem(e1, "Import") .Attribute("Project", "$(VCTargetsPath)\\BuildCustomizations\\masm.targets"); } if (this->GlobalGenerator->IsNasmEnabled()) { std::string nasmTargets = GetCMakeFilePath("Templates/MSBuild/nasm.targets"); Elem(e1, "Import").Attribute("Project", nasmTargets); } } if (this->ProjectType == csproj) { for (std::string const& c : this->Configurations) { Elem e1(e0, "PropertyGroup"); e1.Attribute("Condition", "'$(Configuration)' == '" + c + "'"); e1.SetHasElements(); this->WriteEvents(e1, c); } // make sure custom commands are executed before build (if necessary) { Elem e1(e0, "PropertyGroup"); std::ostringstream oss; oss << "\n"; for (std::string const& i : this->CSharpCustomCommandNames) { oss << " " << i << ";\n"; } oss << " " << "$(BuildDependsOn)\n"; e1.Element("BuildDependsOn", oss.str()); } } } if (BuildFileStream.Close()) { this->GlobalGenerator->FileReplacedDuringGenerate(PathToProjectFile); } // The groups are stored in a separate file for VS 10 this->WriteGroups(); } void cmVisualStudio10TargetGenerator::WritePackageReferences(Elem& e0) { std::vector packageReferences; if (const char* vsPackageReferences = this->GeneratorTarget->GetProperty("VS_PACKAGE_REFERENCES")) { cmSystemTools::ExpandListArgument(vsPackageReferences, packageReferences); } if (!packageReferences.empty()) { Elem e1(e0, "ItemGroup"); for (std::string const& ri : packageReferences) { size_t versionIndex = ri.find_last_of('_'); if (versionIndex != std::string::npos) { WritePackageReference(e1, ri.substr(0, versionIndex), ri.substr(versionIndex + 1)); } } } } void cmVisualStudio10TargetGenerator::WritePackageReference( Elem& e1, std::string const& ref, std::string const& version) { Elem e2(e1, "PackageReference"); e2.Attribute("Include", ref); e2.Attribute("Version", version); } void cmVisualStudio10TargetGenerator::WriteDotNetReferences(Elem& e0) { std::vector references; if (const char* vsDotNetReferences = this->GeneratorTarget->GetProperty("VS_DOTNET_REFERENCES")) { cmSystemTools::ExpandListArgument(vsDotNetReferences, references); } cmPropertyMap const& props = this->GeneratorTarget->Target->GetProperties(); for (auto const& i : props) { if (i.first.find("VS_DOTNET_REFERENCE_") == 0) { std::string name = i.first.substr(20); if (!name.empty()) { std::string path = i.second.GetValue(); if (!cmsys::SystemTools::FileIsFullPath(path)) { path = this->Makefile->GetCurrentSourceDirectory() + "/" + path; } ConvertToWindowsSlash(path); this->DotNetHintReferences[""].push_back( DotNetHintReference(name, path)); } } } if (!references.empty() || !this->DotNetHintReferences.empty()) { Elem e1(e0, "ItemGroup"); for (std::string const& ri : references) { // if the entry from VS_DOTNET_REFERENCES is an existing file, generate // a new hint-reference and name it from the filename if (cmsys::SystemTools::FileExists(ri, true)) { std::string name = cmsys::SystemTools::GetFilenameWithoutLastExtension(ri); std::string path = ri; ConvertToWindowsSlash(path); this->DotNetHintReferences[""].push_back( DotNetHintReference(name, path)); } else { this->WriteDotNetReference(e1, ri, "", ""); } } for (const auto& h : this->DotNetHintReferences) { // DotNetHintReferences is also populated from AddLibraries(). // The configuration specific hint references are added there. for (const auto& i : h.second) { this->WriteDotNetReference(e1, i.first, i.second, h.first); } } } } void cmVisualStudio10TargetGenerator::WriteDotNetReference( Elem& e1, std::string const& ref, std::string const& hint, std::string const& config) { Elem e2(e1, "Reference"); // If 'config' is not empty, the reference is only added for the given // configuration. This is used when referencing imported managed assemblies. // See also cmVisualStudio10TargetGenerator::AddLibraries(). if (!config.empty()) { e2.Attribute("Condition", this->CalcCondition(config)); } e2.Attribute("Include", ref); e2.Element("CopyLocalSatelliteAssemblies", "true"); e2.Element("ReferenceOutputAssembly", "true"); if (!hint.empty()) { const char* privateReference = "True"; if (const char* value = this->GeneratorTarget->GetProperty( "VS_DOTNET_REFERENCES_COPY_LOCAL")) { if (cmSystemTools::IsOff(value)) { privateReference = "False"; } } e2.Element("Private", privateReference); e2.Element("HintPath", hint); } this->WriteDotNetReferenceCustomTags(e2, ref); } void cmVisualStudio10TargetGenerator::WriteImports(Elem& e0) { const char* imports = this->GeneratorTarget->Target->GetProperty("VS_PROJECT_IMPORT"); if (imports) { std::vector argsSplit; cmSystemTools::ExpandListArgument(std::string(imports), argsSplit, false); for (auto& path : argsSplit) { if (!cmsys::SystemTools::FileIsFullPath(path)) { path = this->Makefile->GetCurrentSourceDirectory() + "/" + path; } ConvertToWindowsSlash(path); Elem e1(e0, "Import"); e1.Attribute("Project", path); } } } void cmVisualStudio10TargetGenerator::WriteDotNetReferenceCustomTags( Elem& e2, std::string const& ref) { static const std::string refpropPrefix = "VS_DOTNET_REFERENCEPROP_"; static const std::string refpropInfix = "_TAG_"; const std::string refPropFullPrefix = refpropPrefix + ref + refpropInfix; typedef std::map CustomTags; CustomTags tags; cmPropertyMap const& props = this->GeneratorTarget->Target->GetProperties(); for (const auto& i : props) { if (i.first.find(refPropFullPrefix) == 0) { std::string refTag = i.first.substr(refPropFullPrefix.length()); std::string refVal = i.second.GetValue(); if (!refTag.empty() && !refVal.empty()) { tags[refTag] = refVal; } } } for (auto const& tag : tags) { e2.Element(tag.first.c_str(), tag.second); } } void cmVisualStudio10TargetGenerator::WriteEmbeddedResourceGroup(Elem& e0) { std::vector resxObjs; this->GeneratorTarget->GetResxSources(resxObjs, ""); if (!resxObjs.empty()) { Elem e1(e0, "ItemGroup"); std::string srcDir = this->Makefile->GetCurrentSourceDirectory(); ConvertToWindowsSlash(srcDir); for (cmSourceFile const* oi : resxObjs) { std::string obj = oi->GetFullPath(); ConvertToWindowsSlash(obj); bool useRelativePath = false; if (this->ProjectType == csproj && this->InSourceBuild) { // If we do an in-source build and the resource file is in a // subdirectory // of the .csproj file, we have to use relative pathnames, otherwise // visual studio does not show the file in the IDE. Sorry. if (obj.find(srcDir) == 0) { obj = this->ConvertPath(obj, true); ConvertToWindowsSlash(obj); useRelativePath = true; } } Elem e2(e1, "EmbeddedResource"); e2.Attribute("Include", obj); if (this->ProjectType != csproj) { std::string hFileName = obj.substr(0, obj.find_last_of(".")) + ".h"; e2.Element("DependentUpon", hFileName); for (std::string const& c : this->Configurations) { std::string s; if (this->GeneratorTarget->GetProperty("VS_GLOBAL_ROOTNAMESPACE") || // Handle variant of VS_GLOBAL_ for RootNamespace. this->GeneratorTarget->GetProperty("VS_GLOBAL_RootNamespace")) { s = "$(RootNamespace)."; } s += "%(Filename).resources"; e2.WritePlatformConfigTag("LogicalName", this->CalcCondition(c), s); } } else { std::string binDir = this->Makefile->GetCurrentBinaryDirectory(); ConvertToWindowsSlash(binDir); // If the resource was NOT added using a relative path (which should // be the default), we have to provide a link here if (!useRelativePath) { std::string link; if (obj.find(srcDir) == 0) { link = obj.substr(srcDir.length() + 1); } else if (obj.find(binDir) == 0) { link = obj.substr(binDir.length() + 1); } else { link = cmsys::SystemTools::GetFilenameName(obj); } if (!link.empty()) { e2.Element("Link", link); } } // Determine if this is a generated resource from a .Designer.cs file std::string designerResource = cmSystemTools::GetFilenamePath(oi->GetFullPath()) + "/" + cmSystemTools::GetFilenameWithoutLastExtension(oi->GetFullPath()) + ".Designer.cs"; if (cmsys::SystemTools::FileExists(designerResource)) { std::string generator = "PublicResXFileCodeGenerator"; if (const char* g = oi->GetProperty("VS_RESOURCE_GENERATOR")) { generator = g; } if (!generator.empty()) { e2.Element("Generator", generator); if (designerResource.find(srcDir) == 0) { designerResource = designerResource.substr(srcDir.length() + 1); } else if (designerResource.find(binDir) == 0) { designerResource = designerResource.substr(binDir.length() + 1); } else { designerResource = cmsys::SystemTools::GetFilenameName(designerResource); } ConvertToWindowsSlash(designerResource); e2.Element("LastGenOutput", designerResource); } } const cmPropertyMap& props = oi->GetProperties(); for (const auto& p : props) { static const std::string propNamePrefix = "VS_CSHARP_"; if (p.first.find(propNamePrefix) == 0) { std::string tagName = p.first.substr(propNamePrefix.length()); if (!tagName.empty()) { std::string value = props.GetPropertyValue(p.first); if (!value.empty()) { e2.Element(tagName.c_str(), value); } } } } } } } } void cmVisualStudio10TargetGenerator::WriteXamlFilesGroup(Elem& e0) { std::vector xamlObjs; this->GeneratorTarget->GetXamlSources(xamlObjs, ""); if (!xamlObjs.empty()) { Elem e1(e0, "ItemGroup"); for (cmSourceFile const* oi : xamlObjs) { std::string obj = oi->GetFullPath(); const char* xamlType; const char* xamlTypeProperty = oi->GetProperty("VS_XAML_TYPE"); if (xamlTypeProperty) { xamlType = xamlTypeProperty; } else { xamlType = "Page"; } Elem e2(e1, xamlType); this->WriteSource(e2, oi); e2.SetHasElements(); if (this->ProjectType == csproj && !this->InSourceBuild) { // add tag to written XAML source if necessary const std::string& srcDir = this->Makefile->GetCurrentSourceDirectory(); const std::string& binDir = this->Makefile->GetCurrentBinaryDirectory(); std::string link; if (obj.find(srcDir) == 0) { link = obj.substr(srcDir.length() + 1); } else if (obj.find(binDir) == 0) { link = obj.substr(binDir.length() + 1); } else { link = cmsys::SystemTools::GetFilenameName(obj); } if (!link.empty()) { ConvertToWindowsSlash(link); e2.Element("Link", link); } } e2.Element("SubType", "Designer"); } } } void cmVisualStudio10TargetGenerator::WriteTargetSpecificReferences(Elem& e0) { if (this->MSTools) { if (this->GlobalGenerator->TargetsWindowsPhone() && this->GlobalGenerator->GetSystemVersion() == "8.0") { Elem(e0, "Import") .Attribute("Project", "$(MSBuildExtensionsPath)\\Microsoft\\WindowsPhone\\v" "$(TargetPlatformVersion)\\Microsoft.Cpp.WindowsPhone." "$(TargetPlatformVersion).targets"); } } } void cmVisualStudio10TargetGenerator::WriteTargetsFileReferences(Elem& e1) { for (TargetsFileAndConfigs const& tac : this->TargetsFileAndConfigsVec) { std::ostringstream oss; oss << "Exists('" << tac.File << "')"; if (!tac.Configs.empty()) { oss << " And ("; for (size_t j = 0; j < tac.Configs.size(); ++j) { if (j > 0) { oss << " Or "; } oss << "'$(Configuration)'=='" << tac.Configs[j] << "'"; } oss << ")"; } Elem(e1, "Import") .Attribute("Project", tac.File) .Attribute("Condition", oss.str()); } } void cmVisualStudio10TargetGenerator::WriteWinRTReferences(Elem& e0) { std::vector references; if (const char* vsWinRTReferences = this->GeneratorTarget->GetProperty("VS_WINRT_REFERENCES")) { cmSystemTools::ExpandListArgument(vsWinRTReferences, references); } if (this->GlobalGenerator->TargetsWindowsPhone() && this->GlobalGenerator->GetSystemVersion() == "8.0" && references.empty()) { references.push_back("platform.winmd"); } if (!references.empty()) { Elem e1(e0, "ItemGroup"); for (std::string const& ri : references) { Elem e2(e1, "Reference"); e2.Attribute("Include", ri); e2.Element("IsWinMDFile", "true"); } } } // ConfigurationType Application, Utility StaticLibrary DynamicLibrary void cmVisualStudio10TargetGenerator::WriteProjectConfigurations(Elem& e0) { Elem e1(e0, "ItemGroup"); e1.Attribute("Label", "ProjectConfigurations"); for (std::string const& c : this->Configurations) { Elem e2(e1, "ProjectConfiguration"); e2.Attribute("Include", c + "|" + this->Platform); e2.Element("Configuration", c); e2.Element("Platform", this->Platform); } } void cmVisualStudio10TargetGenerator::WriteProjectConfigurationValues(Elem& e0) { for (std::string const& c : this->Configurations) { Elem e1(e0, "PropertyGroup"); e1.Attribute("Condition", this->CalcCondition(c)); e1.Attribute("Label", "Configuration"); if (this->ProjectType != csproj) { std::string configType; if (const char* vsConfigurationType = this->GeneratorTarget->GetProperty("VS_CONFIGURATION_TYPE")) { configType = vsConfigurationType; } else { switch (this->GeneratorTarget->GetType()) { case cmStateEnums::SHARED_LIBRARY: case cmStateEnums::MODULE_LIBRARY: configType = "DynamicLibrary"; break; case cmStateEnums::OBJECT_LIBRARY: case cmStateEnums::STATIC_LIBRARY: configType = "StaticLibrary"; break; case cmStateEnums::EXECUTABLE: if (this->NsightTegra && !this->GeneratorTarget->GetPropertyAsBool("ANDROID_GUI")) { // Android executables are .so too. configType = "DynamicLibrary"; } else { configType = "Application"; } break; case cmStateEnums::UTILITY: case cmStateEnums::GLOBAL_TARGET: if (this->NsightTegra) { // Tegra-Android platform does not understand "Utility". configType = "StaticLibrary"; } else { configType = "Utility"; } break; case cmStateEnums::UNKNOWN_LIBRARY: case cmStateEnums::INTERFACE_LIBRARY: break; } } e1.Element("ConfigurationType", configType); } if (this->MSTools) { if (!this->Managed) { this->WriteMSToolConfigurationValues(e1, c); } else { this->WriteMSToolConfigurationValuesManaged(e1, c); } } else if (this->NsightTegra) { this->WriteNsightTegraConfigurationValues(e1, c); } } } void cmVisualStudio10TargetGenerator::WriteCEDebugProjectConfigurationValues( Elem& e0) { if (!this->GlobalGenerator->TargetsWindowsCE()) { return; } const char* additionalFiles = this->GeneratorTarget->GetProperty("DEPLOYMENT_ADDITIONAL_FILES"); const char* remoteDirectory = this->GeneratorTarget->GetProperty("DEPLOYMENT_REMOTE_DIRECTORY"); if (!(additionalFiles || remoteDirectory)) { return; } for (std::string const& c : this->Configurations) { Elem e1(e0, "PropertyGroup"); e1.Attribute("Condition", this->CalcCondition(c)); if (remoteDirectory) { e1.Element("RemoteDirectory", remoteDirectory); } if (additionalFiles) { e1.Element("CEAdditionalFiles", additionalFiles); } } } void cmVisualStudio10TargetGenerator::WriteMSToolConfigurationValues( Elem& e1, std::string const& config) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; const char* mfcFlag = this->Makefile->GetDefinition("CMAKE_MFC_FLAG"); if (mfcFlag) { std::string const mfcFlagValue = mfcFlag; std::string useOfMfcValue = "false"; if (this->GeneratorTarget->GetType() <= cmStateEnums::OBJECT_LIBRARY) { if (mfcFlagValue == "1") { useOfMfcValue = "Static"; } else if (mfcFlagValue == "2") { useOfMfcValue = "Dynamic"; } } e1.Element("UseOfMfc", useOfMfcValue); } if ((this->GeneratorTarget->GetType() <= cmStateEnums::OBJECT_LIBRARY && this->ClOptions[config]->UsingUnicode()) || this->GeneratorTarget->GetPropertyAsBool("VS_WINRT_COMPONENT") || this->GlobalGenerator->TargetsWindowsPhone() || this->GlobalGenerator->TargetsWindowsStore() || this->GeneratorTarget->GetPropertyAsBool("VS_WINRT_EXTENSIONS")) { e1.Element("CharacterSet", "Unicode"); } else if (this->GeneratorTarget->GetType() <= cmStateEnums::OBJECT_LIBRARY && this->ClOptions[config]->UsingSBCS()) { e1.Element("CharacterSet", "NotSet"); } else { e1.Element("CharacterSet", "MultiByte"); } if (const char* toolset = gg->GetPlatformToolset()) { e1.Element("PlatformToolset", toolset); } if (this->GeneratorTarget->GetPropertyAsBool("VS_WINRT_COMPONENT") || this->GeneratorTarget->GetPropertyAsBool("VS_WINRT_EXTENSIONS")) { e1.Element("WindowsAppContainer", "true"); } if (this->IPOEnabledConfigurations.count(config) > 0) { e1.Element("WholeProgramOptimization", "true"); } if (this->SpectreMitigationConfigurations.count(config) > 0) { e1.Element("SpectreMitigation", "Spectre"); } } void cmVisualStudio10TargetGenerator::WriteMSToolConfigurationValuesManaged( Elem& e1, std::string const& config) { if (this->GeneratorTarget->GetType() > cmStateEnums::OBJECT_LIBRARY) { return; } cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; Options& o = *(this->ClOptions[config]); if (o.IsDebug()) { e1.Element("DebugSymbols", "true"); e1.Element("DefineDebug", "true"); } std::string outDir = this->GeneratorTarget->GetDirectory(config) + "/"; ConvertToWindowsSlash(outDir); e1.Element("OutputPath", outDir); if (o.HasFlag("Platform")) { e1.Element("PlatformTarget", o.GetFlag("Platform")); o.RemoveFlag("Platform"); } if (const char* toolset = gg->GetPlatformToolset()) { e1.Element("PlatformToolset", toolset); } std::string postfixName = cmSystemTools::UpperCase(config); postfixName += "_POSTFIX"; std::string assemblyName = this->GeneratorTarget->GetOutputName( config, cmStateEnums::RuntimeBinaryArtifact); if (const char* postfix = this->GeneratorTarget->GetProperty(postfixName)) { assemblyName += postfix; } e1.Element("AssemblyName", assemblyName); if (cmStateEnums::EXECUTABLE == this->GeneratorTarget->GetType()) { e1.Element("StartAction", "Program"); e1.Element("StartProgram", outDir + assemblyName + ".exe"); } OptionsHelper oh(o, e1); oh.OutputFlagMap(); } //---------------------------------------------------------------------------- void cmVisualStudio10TargetGenerator::WriteNsightTegraConfigurationValues( Elem& e1, std::string const&) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; const char* toolset = gg->GetPlatformToolset(); e1.Element("NdkToolchainVersion", toolset ? toolset : "Default"); if (const char* minApi = this->GeneratorTarget->GetProperty("ANDROID_API_MIN")) { e1.Element("AndroidMinAPI", "android-" + std::string(minApi)); } if (const char* api = this->GeneratorTarget->GetProperty("ANDROID_API")) { e1.Element("AndroidTargetAPI", "android-" + std::string(api)); } if (const char* cpuArch = this->GeneratorTarget->GetProperty("ANDROID_ARCH")) { e1.Element("AndroidArch", cpuArch); } if (const char* stlType = this->GeneratorTarget->GetProperty("ANDROID_STL_TYPE")) { e1.Element("AndroidStlType", stlType); } } void cmVisualStudio10TargetGenerator::WriteCustomCommands(Elem& e0) { this->CSharpCustomCommandNames.clear(); std::vector customCommands; this->GeneratorTarget->GetCustomCommands(customCommands, ""); for (cmSourceFile const* si : customCommands) { this->WriteCustomCommand(e0, si); } // Add CMakeLists.txt file with rule to re-run CMake for user convenience. if (this->GeneratorTarget->GetType() != cmStateEnums::GLOBAL_TARGET && this->GeneratorTarget->GetName() != CMAKE_CHECK_BUILD_SYSTEM_TARGET) { if (cmSourceFile const* sf = this->LocalGenerator->CreateVCProjBuildRule()) { // Write directly rather than through WriteCustomCommand because // we do not want the de-duplication and it has no dependencies. if (cmCustomCommand const* command = sf->GetCustomCommand()) { this->WriteCustomRule(e0, sf, *command); } } } } void cmVisualStudio10TargetGenerator::WriteCustomCommand( Elem& e0, cmSourceFile const* sf) { if (this->LocalGenerator->GetSourcesVisited(this->GeneratorTarget) .insert(sf) .second) { if (std::vector const* depends = this->GeneratorTarget->GetSourceDepends(sf)) { for (cmSourceFile const* di : *depends) { this->WriteCustomCommand(e0, di); } } if (cmCustomCommand const* command = sf->GetCustomCommand()) { // C# projects write their within WriteCustomRule() this->WriteCustomRule(e0, sf, *command); } } } void cmVisualStudio10TargetGenerator::WriteCustomRule( Elem& e0, cmSourceFile const* source, cmCustomCommand const& command) { std::string sourcePath = source->GetFullPath(); // VS 10 will always rebuild a custom command attached to a .rule // file that doesn't exist so create the file explicitly. if (source->GetPropertyAsBool("__CMAKE_RULE")) { if (!cmSystemTools::FileExists(sourcePath)) { // Make sure the path exists for the file std::string path = cmSystemTools::GetFilenamePath(sourcePath); cmSystemTools::MakeDirectory(path); cmsys::ofstream fout(sourcePath.c_str()); if (fout) { fout << "# generated from CMake\n"; fout.flush(); fout.close(); // Force given file to have a very old timestamp, thus // preventing dependent rebuilds. this->ForceOld(sourcePath); } else { std::string error = "Could not create file: ["; error += sourcePath; error += "] "; cmSystemTools::Error(error + cmSystemTools::GetLastSystemError()); } } } cmLocalVisualStudio7Generator* lg = this->LocalGenerator; std::unique_ptr spe1; std::unique_ptr spe2; if (this->ProjectType != csproj) { spe1 = cm::make_unique(e0, "ItemGroup"); spe2 = cm::make_unique(*spe1, "CustomBuild"); this->WriteSource(*spe2, source); spe2->SetHasElements(); } else { Elem e1(e0, "ItemGroup"); Elem e2(e1, "None"); std::string link; this->GetCSharpSourceLink(source, link); this->WriteSource(e2, source); e2.SetHasElements(); if (!link.empty()) { e2.Element("Link", link); } } for (std::string const& c : this->Configurations) { cmCustomCommandGenerator ccg(command, c, lg); std::string comment = lg->ConstructComment(ccg); comment = cmVS10EscapeComment(comment); std::string script = lg->ConstructScript(ccg); // input files for custom command std::stringstream additional_inputs; { const char* sep = ""; if (this->ProjectType == csproj) { // csproj files do not attach the command to a specific file // so the primary input must be listed explicitly. additional_inputs << source->GetFullPath(); sep = ";"; } // Avoid listing an input more than once. std::set unique_inputs; // The source is either implicit an input or has been added above. unique_inputs.insert(source->GetFullPath()); for (std::string const& d : ccg.GetDepends()) { std::string dep; if (lg->GetRealDependency(d, c, dep)) { if (!unique_inputs.insert(dep).second) { // already listed continue; } ConvertToWindowsSlash(dep); additional_inputs << sep << dep; sep = ";"; } } if (this->ProjectType != csproj) { additional_inputs << sep << "%(AdditionalInputs)"; } } // output files for custom command std::stringstream outputs; { const char* sep = ""; for (std::string const& o : ccg.GetOutputs()) { std::string out = o; ConvertToWindowsSlash(out); outputs << sep << out; sep = ";"; } } if (this->ProjectType == csproj) { std::string name = "CustomCommand_" + c + "_" + cmSystemTools::ComputeStringMD5(sourcePath); this->WriteCustomRuleCSharp(e0, c, name, script, additional_inputs.str(), outputs.str(), comment); } else { this->WriteCustomRuleCpp(*spe2, c, script, additional_inputs.str(), outputs.str(), comment); } } } void cmVisualStudio10TargetGenerator::WriteCustomRuleCpp( Elem& e2, std::string const& config, std::string const& script, std::string const& additional_inputs, std::string const& outputs, std::string const& comment) { const std::string cond = this->CalcCondition(config); e2.WritePlatformConfigTag("Message", cond, comment); e2.WritePlatformConfigTag("Command", cond, script); e2.WritePlatformConfigTag("AdditionalInputs", cond, additional_inputs); e2.WritePlatformConfigTag("Outputs", cond, outputs); if (this->LocalGenerator->GetVersion() > cmGlobalVisualStudioGenerator::VS10) { // VS >= 11 let us turn off linking of custom command outputs. e2.WritePlatformConfigTag("LinkObjects", cond, "false"); } } void cmVisualStudio10TargetGenerator::WriteCustomRuleCSharp( Elem& e0, std::string const& config, std::string const& name, std::string const& script, std::string const& inputs, std::string const& outputs, std::string const& comment) { this->CSharpCustomCommandNames.insert(name); Elem e1(e0, "Target"); e1.Attribute("Condition", this->CalcCondition(config)); e1.S << "\n Name=\"" << name << "\""; e1.S << "\n Inputs=\"" << cmVS10EscapeAttr(inputs) << "\""; e1.S << "\n Outputs=\"" << cmVS10EscapeAttr(outputs) << "\""; if (!comment.empty()) { Elem(e1, "Exec").Attribute("Command", "echo " + comment); } Elem(e1, "Exec").Attribute("Command", script); } std::string cmVisualStudio10TargetGenerator::ConvertPath( std::string const& path, bool forceRelative) { return forceRelative ? cmSystemTools::RelativePath( this->LocalGenerator->GetCurrentBinaryDirectory(), path) : path; } static void ConvertToWindowsSlash(std::string& s) { // first convert all of the slashes for (auto& ch : s) { if (ch == '/') { ch = '\\'; } } } void cmVisualStudio10TargetGenerator::WriteGroups() { if (this->ProjectType == csproj) { return; } // collect up group information std::vector sourceGroups = this->Makefile->GetSourceGroups(); std::vector const& sources = this->GeneratorTarget->GetAllConfigSources(); std::set groupsUsed; for (cmGeneratorTarget::AllConfigSource const& si : sources) { std::string const& source = si.Source->GetFullPath(); cmSourceGroup* sourceGroup = this->Makefile->FindSourceGroup(source, sourceGroups); groupsUsed.insert(sourceGroup); } if (cmSourceFile const* srcCMakeLists = this->LocalGenerator->CreateVCProjBuildRule()) { std::string const& source = srcCMakeLists->GetFullPath(); cmSourceGroup* sourceGroup = this->Makefile->FindSourceGroup(source, sourceGroups); groupsUsed.insert(sourceGroup); } this->AddMissingSourceGroups(groupsUsed, sourceGroups); // Write out group file std::string path = this->LocalGenerator->GetCurrentBinaryDirectory(); path += "/"; path += this->Name; path += computeProjectFileExtension(this->GeneratorTarget); path += ".filters"; cmGeneratedFileStream fout(path); fout.SetCopyIfDifferent(true); char magic[] = { char(0xEF), char(0xBB), char(0xBF) }; fout.write(magic, 3); fout << "GlobalGenerator->Encoding() << "\"?>" << "\n"; { Elem e0(fout, "Project"); e0.Attribute("ToolsVersion", this->GlobalGenerator->GetToolsVersion()); e0.Attribute("xmlns", "http://schemas.microsoft.com/developer/msbuild/2003"); for (auto const& ti : this->Tools) { this->WriteGroupSources(e0, ti.first, ti.second, sourceGroups); } // Added files are images and the manifest. if (!this->AddedFiles.empty()) { Elem e1(e0, "ItemGroup"); e1.SetHasElements(); for (std::string const& oi : this->AddedFiles) { std::string fileName = cmSystemTools::LowerCase(cmSystemTools::GetFilenameName(oi)); if (fileName == "wmappmanifest.xml") { Elem e2(e1, "XML"); e2.Attribute("Include", oi); e2.Element("Filter", "Resource Files"); } else if (cmSystemTools::GetFilenameExtension(fileName) == ".appxmanifest") { Elem e2(e1, "AppxManifest"); e2.Attribute("Include", oi); e2.Element("Filter", "Resource Files"); } else if (cmSystemTools::GetFilenameExtension(fileName) == ".pfx") { Elem e2(e1, "None"); e2.Attribute("Include", oi); e2.Element("Filter", "Resource Files"); } else { Elem e2(e1, "Image"); e2.Attribute("Include", oi); e2.Element("Filter", "Resource Files"); } } } std::vector resxObjs; this->GeneratorTarget->GetResxSources(resxObjs, ""); if (!resxObjs.empty()) { Elem e1(e0, "ItemGroup"); for (cmSourceFile const* oi : resxObjs) { std::string obj = oi->GetFullPath(); ConvertToWindowsSlash(obj); Elem e2(e1, "EmbeddedResource"); e2.Attribute("Include", obj); e2.Element("Filter", "Resource Files"); } } { Elem e1(e0, "ItemGroup"); e1.SetHasElements(); std::vector groupsVec(groupsUsed.begin(), groupsUsed.end()); std::sort(groupsVec.begin(), groupsVec.end(), [](cmSourceGroup const* l, cmSourceGroup const* r) { return l->GetFullName() < r->GetFullName(); }); for (cmSourceGroup const* sg : groupsVec) { std::string const& name = sg->GetFullName(); if (!name.empty()) { std::string guidName = "SG_Filter_" + name; std::string guid = this->GlobalGenerator->GetGUID(guidName); Elem e2(e1, "Filter"); e2.Attribute("Include", name); e2.Element("UniqueIdentifier", "{" + guid + "}"); } } if (!resxObjs.empty() || !this->AddedFiles.empty()) { std::string guidName = "SG_Filter_Resource Files"; std::string guid = this->GlobalGenerator->GetGUID(guidName); Elem e2(e1, "Filter"); e2.Attribute("Include", "Resource Files"); e2.Element("UniqueIdentifier", "{" + guid + "}"); e2.Element("Extensions", "rc;ico;cur;bmp;dlg;rc2;rct;bin;rgs;" "gif;jpg;jpeg;jpe;resx;tiff;tif;png;wav;mfcribbon-ms"); } } } fout << '\n'; if (fout.Close()) { this->GlobalGenerator->FileReplacedDuringGenerate(path); } } // Add to groupsUsed empty source groups that have non-empty children. void cmVisualStudio10TargetGenerator::AddMissingSourceGroups( std::set& groupsUsed, const std::vector& allGroups) { for (cmSourceGroup const& current : allGroups) { std::vector const& children = current.GetGroupChildren(); if (children.empty()) { continue; // the group is really empty } this->AddMissingSourceGroups(groupsUsed, children); if (groupsUsed.count(¤t) > 0) { continue; // group has already been added to set } // check if it least one of the group's descendants is not empty // (at least one child must already have been added) auto child_it = children.begin(); while (child_it != children.end()) { if (groupsUsed.count(&(*child_it)) > 0) { break; // found a child that was already added => add current group too } child_it++; } if (child_it == children.end()) { continue; // no descendants have source files => ignore this group } groupsUsed.insert(¤t); } } void cmVisualStudio10TargetGenerator::WriteGroupSources( Elem& e0, std::string const& name, ToolSources const& sources, std::vector& sourceGroups) { Elem e1(e0, "ItemGroup"); e1.SetHasElements(); for (ToolSource const& s : sources) { cmSourceFile const* sf = s.SourceFile; std::string const& source = sf->GetFullPath(); cmSourceGroup* sourceGroup = this->Makefile->FindSourceGroup(source, sourceGroups); std::string const& filter = sourceGroup->GetFullName(); std::string path = this->ConvertPath(source, s.RelativePath); ConvertToWindowsSlash(path); Elem e2(e1, name.c_str()); e2.Attribute("Include", path); if (!filter.empty()) { e2.Element("Filter", filter); } } } void cmVisualStudio10TargetGenerator::WriteHeaderSource(Elem& e1, cmSourceFile const* sf) { std::string const& fileName = sf->GetFullPath(); Elem e2(e1, "ClInclude"); this->WriteSource(e2, sf); if (this->IsResxHeader(fileName)) { e2.Element("FileType", "CppForm"); } else if (this->IsXamlHeader(fileName)) { std::string xamlFileName = fileName.substr(0, fileName.find_last_of(".")); e2.Element("DependentUpon", xamlFileName); } } void cmVisualStudio10TargetGenerator::WriteExtraSource(Elem& e1, cmSourceFile const* sf) { bool toolHasSettings = false; const char* tool = "None"; std::string shaderType; std::string shaderEntryPoint; std::string shaderModel; std::string shaderAdditionalFlags; std::string shaderDisableOptimizations; std::string shaderEnableDebug; std::string shaderObjectFileName; std::string outputHeaderFile; std::string variableName; std::string settingsGenerator; std::string settingsLastGenOutput; std::string sourceLink; std::string subType; std::string copyToOutDir; std::string includeInVsix; std::string ext = cmSystemTools::LowerCase(sf->GetExtension()); if (this->ProjectType == csproj) { // EVERY extra source file must have a , otherwise it might not // be visible in Visual Studio at all. The path relative to current // source- or binary-dir is used within the link, if the file is // in none of these paths, it is added with the plain filename without // any path. This means the file will show up at root-level of the csproj // (where CMakeLists.txt etc. are). if (!this->InSourceBuild) { toolHasSettings = true; std::string fullFileName = sf->GetFullPath(); std::string srcDir = this->Makefile->GetCurrentSourceDirectory(); std::string binDir = this->Makefile->GetCurrentBinaryDirectory(); if (fullFileName.find(binDir) != std::string::npos) { sourceLink.clear(); } else if (fullFileName.find(srcDir) != std::string::npos) { sourceLink = fullFileName.substr(srcDir.length() + 1); } else { // fallback: add plain filename without any path sourceLink = cmsys::SystemTools::GetFilenameName(fullFileName); } if (!sourceLink.empty()) { ConvertToWindowsSlash(sourceLink); } } } if (ext == "hlsl") { tool = "FXCompile"; // Figure out the type of shader compiler to use. if (const char* st = sf->GetProperty("VS_SHADER_TYPE")) { shaderType = st; toolHasSettings = true; } // Figure out which entry point to use if any if (const char* se = sf->GetProperty("VS_SHADER_ENTRYPOINT")) { shaderEntryPoint = se; toolHasSettings = true; } // Figure out which shader model to use if any if (const char* sm = sf->GetProperty("VS_SHADER_MODEL")) { shaderModel = sm; toolHasSettings = true; } // Figure out which output header file to use if any if (const char* ohf = sf->GetProperty("VS_SHADER_OUTPUT_HEADER_FILE")) { outputHeaderFile = ohf; toolHasSettings = true; } // Figure out which variable name to use if any if (const char* vn = sf->GetProperty("VS_SHADER_VARIABLE_NAME")) { variableName = vn; toolHasSettings = true; } // Figure out if there's any additional flags to use if (const char* saf = sf->GetProperty("VS_SHADER_FLAGS")) { shaderAdditionalFlags = saf; toolHasSettings = true; } // Figure out if debug information should be generated if (const char* sed = sf->GetProperty("VS_SHADER_ENABLE_DEBUG")) { shaderEnableDebug = sed; toolHasSettings = true; } // Figure out if optimizations should be disabled if (const char* sdo = sf->GetProperty("VS_SHADER_DISABLE_OPTIMIZATIONS")) { shaderDisableOptimizations = sdo; toolHasSettings = true; } if (const char* sofn = sf->GetProperty("VS_SHADER_OBJECT_FILE_NAME")) { shaderObjectFileName = sofn; toolHasSettings = true; } } else if (ext == "jpg" || ext == "png") { tool = "Image"; } else if (ext == "resw") { tool = "PRIResource"; } else if (ext == "xml") { tool = "XML"; } else if (ext == "natvis") { tool = "Natvis"; } else if (ext == "settings") { settingsLastGenOutput = cmsys::SystemTools::GetFilenameName(sf->GetFullPath()); std::size_t pos = settingsLastGenOutput.find(".settings"); settingsLastGenOutput.replace(pos, 9, ".Designer.cs"); settingsGenerator = "SettingsSingleFileGenerator"; toolHasSettings = true; } else if (ext == "vsixmanifest") { subType = "Designer"; } if (const char* c = sf->GetProperty("VS_COPY_TO_OUT_DIR")) { tool = "Content"; copyToOutDir = c; toolHasSettings = true; } if (sf->GetPropertyAsBool("VS_INCLUDE_IN_VSIX")) { includeInVsix = "True"; tool = "Content"; toolHasSettings = true; } // Collect VS_CSHARP_* property values (if some are set) std::map sourceFileTags; this->GetCSharpSourceProperties(sf, sourceFileTags); if (this->NsightTegra) { // Nsight Tegra needs specific file types to check up-to-dateness. std::string name = cmSystemTools::LowerCase(sf->GetLocation().GetName()); if (name == "androidmanifest.xml" || name == "build.xml" || name == "proguard.cfg" || name == "proguard-project.txt" || ext == "properties") { tool = "AndroidBuild"; } else if (ext == "java") { tool = "JCompile"; } else if (ext == "asm" || ext == "s") { tool = "ClCompile"; } } const char* toolOverride = sf->GetProperty("VS_TOOL_OVERRIDE"); if (toolOverride && *toolOverride) { tool = toolOverride; } std::string deployContent; std::string deployLocation; if (this->GlobalGenerator->TargetsWindowsPhone() || this->GlobalGenerator->TargetsWindowsStore()) { const char* content = sf->GetProperty("VS_DEPLOYMENT_CONTENT"); if (content && *content) { toolHasSettings = true; deployContent = content; const char* location = sf->GetProperty("VS_DEPLOYMENT_LOCATION"); if (location && *location) { deployLocation = location; } } } Elem e2(e1, tool); this->WriteSource(e2, sf); if (toolHasSettings) { e2.SetHasElements(); if (!deployContent.empty()) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(deployContent); // Deployment location cannot be set on a configuration basis if (!deployLocation.empty()) { e2.Element("Link", deployLocation + "\\%(FileName)%(Extension)"); } for (size_t i = 0; i != this->Configurations.size(); ++i) { if (cge->Evaluate(this->LocalGenerator, this->Configurations[i]) == "1") { e2.WritePlatformConfigTag("DeploymentContent", "'$(Configuration)|$(Platform)'=='" + this->Configurations[i] + "|" + this->Platform + "'", "true"); } else { e2.WritePlatformConfigTag("ExcludedFromBuild", "'$(Configuration)|$(Platform)'=='" + this->Configurations[i] + "|" + this->Platform + "'", "true"); } } } if (!shaderType.empty()) { e2.Element("ShaderType", shaderType); } if (!shaderEntryPoint.empty()) { e2.Element("EntryPointName", shaderEntryPoint); } if (!shaderModel.empty()) { e2.Element("ShaderModel", shaderModel); } if (!outputHeaderFile.empty()) { for (size_t i = 0; i != this->Configurations.size(); ++i) { e2.WritePlatformConfigTag("HeaderFileOutput", "'$(Configuration)|$(Platform)'=='" + this->Configurations[i] + "|" + this->Platform + "'", outputHeaderFile); } } if (!variableName.empty()) { for (size_t i = 0; i != this->Configurations.size(); ++i) { e2.WritePlatformConfigTag("VariableName", "'$(Configuration)|$(Platform)'=='" + this->Configurations[i] + "|" + this->Platform + "'", variableName); } } if (!shaderEnableDebug.empty()) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(shaderEnableDebug); for (size_t i = 0; i != this->Configurations.size(); ++i) { const std::string& enableDebug = cge->Evaluate(this->LocalGenerator, this->Configurations[i]); if (!enableDebug.empty()) { e2.WritePlatformConfigTag( "EnableDebuggingInformation", "'$(Configuration)|$(Platform)'=='" + this->Configurations[i] + "|" + this->Platform + "'", cmSystemTools::IsOn(enableDebug) ? "true" : "false"); } } } if (!shaderDisableOptimizations.empty()) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(shaderDisableOptimizations); for (size_t i = 0; i != this->Configurations.size(); ++i) { const std::string& disableOptimizations = cge->Evaluate(this->LocalGenerator, this->Configurations[i]); if (!disableOptimizations.empty()) { e2.WritePlatformConfigTag( "DisableOptimizations", "'$(Configuration)|$(Platform)'=='" + this->Configurations[i] + "|" + this->Platform + "'", (cmSystemTools::IsOn(disableOptimizations) ? "true" : "false")); } } } if (!shaderObjectFileName.empty()) { e2.Element("ObjectFileOutput", shaderObjectFileName); } if (!shaderAdditionalFlags.empty()) { e2.Element("AdditionalOptions", shaderAdditionalFlags); } if (!settingsGenerator.empty()) { e2.Element("Generator", settingsGenerator); } if (!settingsLastGenOutput.empty()) { e2.Element("LastGenOutput", settingsLastGenOutput); } if (!sourceLink.empty()) { e2.Element("Link", sourceLink); } if (!subType.empty()) { e2.Element("SubType", subType); } if (!copyToOutDir.empty()) { e2.Element("CopyToOutputDirectory", copyToOutDir); } if (!includeInVsix.empty()) { e2.Element("IncludeInVSIX", includeInVsix); } // write source file specific tags this->WriteCSharpSourceProperties(e2, sourceFileTags); } } void cmVisualStudio10TargetGenerator::WriteSource(Elem& e2, cmSourceFile const* sf) { // Visual Studio tools append relative paths to the current dir, as in: // // c:\path\to\current\dir\..\..\..\relative\path\to\source.c // // and fail if this exceeds the maximum allowed path length. Our path // conversion uses full paths when possible to allow deeper trees. // However, CUDA 8.0 msbuild rules fail on absolute paths so for CUDA // we must use relative paths. bool forceRelative = sf->GetLanguage() == "CUDA"; std::string sourceFile = this->ConvertPath(sf->GetFullPath(), forceRelative); if (this->LocalGenerator->GetVersion() == cmGlobalVisualStudioGenerator::VS10 && cmSystemTools::FileIsFullPath(sourceFile)) { // Normal path conversion resulted in a full path. VS 10 (but not 11) // refuses to show the property page in the IDE for a source file with a // full path (not starting in a '.' or '/' AFAICT). CMake <= 2.8.4 used a // relative path but to allow deeper build trees CMake 2.8.[5678] used a // full path except for custom commands. Custom commands do not work // without a relative path, but they do not seem to be involved in tools // with the above behavior. For other sources we now use a relative path // when the combined path will not be too long so property pages appear. std::string sourceRel = this->ConvertPath(sf->GetFullPath(), true); size_t const maxLen = 250; if (sf->GetCustomCommand() || ((this->LocalGenerator->GetCurrentBinaryDirectory().length() + 1 + sourceRel.length()) <= maxLen)) { forceRelative = true; sourceFile = sourceRel; } else { this->GlobalGenerator->PathTooLong(this->GeneratorTarget, sf, sourceRel); } } ConvertToWindowsSlash(sourceFile); e2.Attribute("Include", sourceFile); ToolSource toolSource = { sf, forceRelative }; this->Tools[e2.Tag].push_back(toolSource); } void cmVisualStudio10TargetGenerator::WriteAllSources(Elem& e0) { if (this->GeneratorTarget->GetType() > cmStateEnums::UTILITY) { return; } Elem e1(e0, "ItemGroup"); e1.SetHasElements(); std::vector all_configs; for (size_t ci = 0; ci < this->Configurations.size(); ++ci) { all_configs.push_back(ci); } std::vector const& sources = this->GeneratorTarget->GetAllConfigSources(); cmSourceFile const* srcCMakeLists = this->LocalGenerator->CreateVCProjBuildRule(); for (cmGeneratorTarget::AllConfigSource const& si : sources) { if (si.Source == srcCMakeLists) { // Skip explicit reference to CMakeLists.txt source. continue; } const char* tool = nullptr; switch (si.Kind) { case cmGeneratorTarget::SourceKindAppManifest: tool = "AppxManifest"; break; case cmGeneratorTarget::SourceKindCertificate: tool = "None"; break; case cmGeneratorTarget::SourceKindCustomCommand: // Handled elsewhere. break; case cmGeneratorTarget::SourceKindExternalObject: tool = "Object"; if (this->LocalGenerator->GetVersion() < cmGlobalVisualStudioGenerator::VS11) { // For VS == 10 we cannot use LinkObjects to avoid linking custom // command outputs. If an object file is generated in this target, // then vs10 will use it in the build, and we have to list it as // None instead of Object. std::vector const* d = this->GeneratorTarget->GetSourceDepends(si.Source); if (d && !d->empty()) { tool = "None"; } } break; case cmGeneratorTarget::SourceKindExtra: this->WriteExtraSource(e1, si.Source); break; case cmGeneratorTarget::SourceKindHeader: this->WriteHeaderSource(e1, si.Source); break; case cmGeneratorTarget::SourceKindIDL: tool = "Midl"; break; case cmGeneratorTarget::SourceKindManifest: // Handled elsewhere. break; case cmGeneratorTarget::SourceKindModuleDefinition: tool = "None"; break; case cmGeneratorTarget::SourceKindObjectSource: { const std::string& lang = si.Source->GetLanguage(); if (lang == "C" || lang == "CXX") { tool = "ClCompile"; } else if (lang == "ASM_MASM" && this->GlobalGenerator->IsMasmEnabled()) { tool = "MASM"; } else if (lang == "ASM_NASM" && this->GlobalGenerator->IsNasmEnabled()) { tool = "NASM"; } else if (lang == "RC") { tool = "ResourceCompile"; } else if (lang == "CSharp") { tool = "Compile"; } else if (lang == "CUDA" && this->GlobalGenerator->IsCudaEnabled()) { tool = "CudaCompile"; } else { tool = "None"; } } break; case cmGeneratorTarget::SourceKindResx: // Handled elsewhere. break; case cmGeneratorTarget::SourceKindXaml: // Handled elsewhere. break; } if (tool) { // Compute set of configurations to exclude, if any. std::vector const& include_configs = si.Configs; std::vector exclude_configs; std::set_difference(all_configs.begin(), all_configs.end(), include_configs.begin(), include_configs.end(), std::back_inserter(exclude_configs)); Elem e2(e1, tool); this->WriteSource(e2, si.Source); if (si.Kind == cmGeneratorTarget::SourceKindObjectSource) { this->OutputSourceSpecificFlags(e2, si.Source); } if (!exclude_configs.empty()) { this->WriteExcludeFromBuild(e2, exclude_configs); } } } if (this->IsMissingFiles) { this->WriteMissingFiles(e1); } } void cmVisualStudio10TargetGenerator::OutputSourceSpecificFlags( Elem& e2, cmSourceFile const* source) { cmSourceFile const& sf = *source; std::string objectName; if (this->GeneratorTarget->HasExplicitObjectName(&sf)) { objectName = this->GeneratorTarget->GetObjectName(&sf); } std::string flags; bool configDependentFlags = false; std::string options; bool configDependentOptions = false; std::string defines; bool configDependentDefines = false; std::string includes; bool configDependentIncludes = false; if (const char* cflags = sf.GetProperty("COMPILE_FLAGS")) { configDependentFlags = cmGeneratorExpression::Find(cflags) != std::string::npos; flags += cflags; } if (const char* coptions = sf.GetProperty("COMPILE_OPTIONS")) { configDependentOptions = cmGeneratorExpression::Find(coptions) != std::string::npos; options += coptions; } if (const char* cdefs = sf.GetProperty("COMPILE_DEFINITIONS")) { configDependentDefines = cmGeneratorExpression::Find(cdefs) != std::string::npos; defines += cdefs; } if (const char* cincludes = sf.GetProperty("INCLUDE_DIRECTORIES")) { configDependentIncludes = cmGeneratorExpression::Find(cincludes) != std::string::npos; includes += cincludes; } std::string lang = this->GlobalGenerator->GetLanguageFromExtension(sf.GetExtension().c_str()); std::string sourceLang = this->LocalGenerator->GetSourceFileLanguage(sf); const std::string& linkLanguage = this->GeneratorTarget->GetLinkerLanguage(""); bool needForceLang = false; // source file does not match its extension language if (lang != sourceLang) { needForceLang = true; lang = sourceLang; } // if the source file does not match the linker language // then force c or c++ const char* compileAs = 0; if (needForceLang || (linkLanguage != lang)) { if (lang == "CXX") { // force a C++ file type compileAs = "CompileAsCpp"; } else if (lang == "C") { // force to c compileAs = "CompileAsC"; } } bool noWinRT = this->TargetCompileAsWinRT && lang == "C"; // for the first time we need a new line if there is something // produced here. if (!objectName.empty()) { if (lang == "CUDA") { e2.Element("CompileOut", "$(IntDir)/" + objectName); } else { e2.Element("ObjectFileName", "$(IntDir)/" + objectName); } } for (std::string const& config : this->Configurations) { std::string configUpper = cmSystemTools::UpperCase(config); std::string configDefines = defines; std::string defPropName = "COMPILE_DEFINITIONS_"; defPropName += configUpper; if (const char* ccdefs = sf.GetProperty(defPropName)) { if (!configDefines.empty()) { configDefines += ";"; } configDependentDefines |= cmGeneratorExpression::Find(ccdefs) != std::string::npos; configDefines += ccdefs; } // if we have flags or defines for this config then // use them if (!flags.empty() || !options.empty() || !configDefines.empty() || !includes.empty() || compileAs || noWinRT) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; cmIDEFlagTable const* flagtable = nullptr; const std::string& srclang = source->GetLanguage(); if (srclang == "C" || srclang == "CXX") { flagtable = gg->GetClFlagTable(); } else if (srclang == "ASM_MASM" && this->GlobalGenerator->IsMasmEnabled()) { flagtable = gg->GetMasmFlagTable(); } else if (lang == "ASM_NASM" && this->GlobalGenerator->IsNasmEnabled()) { flagtable = gg->GetNasmFlagTable(); } else if (srclang == "RC") { flagtable = gg->GetRcFlagTable(); } else if (srclang == "CSharp") { flagtable = gg->GetCSharpFlagTable(); } cmGeneratorExpressionInterpreter genexInterpreter( this->LocalGenerator, config, this->GeneratorTarget, lang); cmVS10GeneratorOptions clOptions( this->LocalGenerator, cmVisualStudioGeneratorOptions::Compiler, flagtable, this); if (compileAs) { clOptions.AddFlag("CompileAs", compileAs); } if (noWinRT) { clOptions.AddFlag("CompileAsWinRT", "false"); } if (configDependentFlags) { clOptions.Parse(genexInterpreter.Evaluate(flags, "COMPILE_FLAGS")); } else { clOptions.Parse(flags); } if (!options.empty()) { std::string expandedOptions; if (configDependentOptions) { this->LocalGenerator->AppendCompileOptions( expandedOptions, genexInterpreter.Evaluate(options, "COMPILE_OPTIONS")); } else { this->LocalGenerator->AppendCompileOptions(expandedOptions, options); } clOptions.Parse(expandedOptions); } if (clOptions.HasFlag("DisableSpecificWarnings")) { clOptions.AppendFlag("DisableSpecificWarnings", "%(DisableSpecificWarnings)"); } if (configDependentDefines) { clOptions.AddDefines( genexInterpreter.Evaluate(configDefines, "COMPILE_DEFINITIONS")); } else { clOptions.AddDefines(configDefines); } std::vector includeList; if (configDependentIncludes) { this->LocalGenerator->AppendIncludeDirectories( includeList, genexInterpreter.Evaluate(includes, "INCLUDE_DIRECTORIES"), *source); } else { this->LocalGenerator->AppendIncludeDirectories(includeList, includes, *source); } clOptions.AddIncludes(includeList); clOptions.SetConfiguration(config); OptionsHelper oh(clOptions, e2); oh.PrependInheritedString("AdditionalOptions"); oh.OutputAdditionalIncludeDirectories(lang); oh.OutputFlagMap(); oh.OutputPreprocessorDefinitions(lang); } } if (this->IsXamlSource(source->GetFullPath())) { const std::string& fileName = source->GetFullPath(); std::string xamlFileName = fileName.substr(0, fileName.find_last_of(".")); e2.Element("DependentUpon", xamlFileName); } if (this->ProjectType == csproj) { std::string f = source->GetFullPath(); typedef std::map CsPropMap; CsPropMap sourceFileTags; // set tag if necessary std::string link; this->GetCSharpSourceLink(source, link); if (!link.empty()) { sourceFileTags["Link"] = link; } this->GetCSharpSourceProperties(&sf, sourceFileTags); // write source file specific tags if (!sourceFileTags.empty()) { this->WriteCSharpSourceProperties(e2, sourceFileTags); } } } void cmVisualStudio10TargetGenerator::WriteExcludeFromBuild( Elem& e2, std::vector const& exclude_configs) { for (size_t ci : exclude_configs) { e2.WritePlatformConfigTag("ExcludedFromBuild", "'$(Configuration)|$(Platform)'=='" + this->Configurations[ci] + "|" + this->Platform + "'", "true"); } } void cmVisualStudio10TargetGenerator::WritePathAndIncrementalLinkOptions( Elem& e0) { cmStateEnums::TargetType ttype = this->GeneratorTarget->GetType(); if (ttype > cmStateEnums::GLOBAL_TARGET) { return; } if (this->ProjectType == csproj) { return; } Elem e1(e0, "PropertyGroup"); e1.Element("_ProjectFileVersion", "10.0.20506.1"); for (std::string const& config : this->Configurations) { const std::string cond = this->CalcCondition(config); if (ttype <= cmStateEnums::UTILITY) { if (const char* workingDir = this->GeneratorTarget->GetProperty( "VS_DEBUGGER_WORKING_DIRECTORY")) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(workingDir); std::string genWorkingDir = cge->Evaluate(this->LocalGenerator, config); e1.WritePlatformConfigTag("LocalDebuggerWorkingDirectory", cond, genWorkingDir); } if (const char* environment = this->GeneratorTarget->GetProperty("VS_DEBUGGER_ENVIRONMENT")) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(environment); std::string genEnvironment = cge->Evaluate(this->LocalGenerator, config); e1.WritePlatformConfigTag("LocalDebuggerEnvironment", cond, genEnvironment); } if (const char* debuggerCommand = this->GeneratorTarget->GetProperty("VS_DEBUGGER_COMMAND")) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(debuggerCommand); std::string genDebuggerCommand = cge->Evaluate(this->LocalGenerator, config); e1.WritePlatformConfigTag("LocalDebuggerCommand", cond, genDebuggerCommand); } if (const char* commandArguments = this->GeneratorTarget->GetProperty( "VS_DEBUGGER_COMMAND_ARGUMENTS")) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(commandArguments); std::string genCommandArguments = cge->Evaluate(this->LocalGenerator, config); e1.WritePlatformConfigTag("LocalDebuggerCommandArguments", cond, genCommandArguments); } } if (ttype >= cmStateEnums::UTILITY) { e1.WritePlatformConfigTag( "IntDir", cond, "$(Platform)\\$(Configuration)\\$(ProjectName)\\"); } else { std::string intermediateDir = this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); intermediateDir += "/"; intermediateDir += config; intermediateDir += "/"; std::string outDir; std::string targetNameFull; if (ttype == cmStateEnums::OBJECT_LIBRARY) { outDir = intermediateDir; targetNameFull = this->GeneratorTarget->GetName(); targetNameFull += ".lib"; } else { outDir = this->GeneratorTarget->GetDirectory(config) + "/"; targetNameFull = this->GeneratorTarget->GetFullName(config); } ConvertToWindowsSlash(intermediateDir); ConvertToWindowsSlash(outDir); e1.WritePlatformConfigTag("OutDir", cond, outDir); e1.WritePlatformConfigTag("IntDir", cond, intermediateDir); if (const char* sdkExecutableDirectories = this->Makefile->GetDefinition( "CMAKE_VS_SDK_EXECUTABLE_DIRECTORIES")) { e1.WritePlatformConfigTag("ExecutablePath", cond, sdkExecutableDirectories); } if (const char* sdkIncludeDirectories = this->Makefile->GetDefinition( "CMAKE_VS_SDK_INCLUDE_DIRECTORIES")) { e1.WritePlatformConfigTag("IncludePath", cond, sdkIncludeDirectories); } if (const char* sdkReferenceDirectories = this->Makefile->GetDefinition( "CMAKE_VS_SDK_REFERENCE_DIRECTORIES")) { e1.WritePlatformConfigTag("ReferencePath", cond, sdkReferenceDirectories); } if (const char* sdkLibraryDirectories = this->Makefile->GetDefinition( "CMAKE_VS_SDK_LIBRARY_DIRECTORIES")) { e1.WritePlatformConfigTag("LibraryPath", cond, sdkLibraryDirectories); } if (const char* sdkLibraryWDirectories = this->Makefile->GetDefinition( "CMAKE_VS_SDK_LIBRARY_WINRT_DIRECTORIES")) { e1.WritePlatformConfigTag("LibraryWPath", cond, sdkLibraryWDirectories); } if (const char* sdkSourceDirectories = this->Makefile->GetDefinition("CMAKE_VS_SDK_SOURCE_DIRECTORIES")) { e1.WritePlatformConfigTag("SourcePath", cond, sdkSourceDirectories); } if (const char* sdkExcludeDirectories = this->Makefile->GetDefinition( "CMAKE_VS_SDK_EXCLUDE_DIRECTORIES")) { e1.WritePlatformConfigTag("ExcludePath", cond, sdkExcludeDirectories); } std::string name = cmSystemTools::GetFilenameWithoutLastExtension(targetNameFull); e1.WritePlatformConfigTag("TargetName", cond, name); std::string ext = cmSystemTools::GetFilenameLastExtension(targetNameFull); if (ext.empty()) { // An empty TargetExt causes a default extension to be used. // A single "." appears to be treated as an empty extension. ext = "."; } e1.WritePlatformConfigTag("TargetExt", cond, ext); this->OutputLinkIncremental(e1, config); } } } void cmVisualStudio10TargetGenerator::OutputLinkIncremental( Elem& e1, std::string const& configName) { if (!this->MSTools) { return; } if (this->ProjectType == csproj) { return; } // static libraries and things greater than modules do not need // to set this option if (this->GeneratorTarget->GetType() == cmStateEnums::STATIC_LIBRARY || this->GeneratorTarget->GetType() > cmStateEnums::MODULE_LIBRARY) { return; } Options& linkOptions = *(this->LinkOptions[configName]); const std::string cond = this->CalcCondition(configName); if (this->IPOEnabledConfigurations.count(configName) == 0) { const char* incremental = linkOptions.GetFlag("LinkIncremental"); e1.WritePlatformConfigTag("LinkIncremental", cond, (incremental ? incremental : "true")); } linkOptions.RemoveFlag("LinkIncremental"); const char* manifest = linkOptions.GetFlag("GenerateManifest"); e1.WritePlatformConfigTag("GenerateManifest", cond, (manifest ? manifest : "true")); linkOptions.RemoveFlag("GenerateManifest"); // Some link options belong here. Use them now and remove them so that // WriteLinkOptions does not use them. const char* flags[] = { "LinkDelaySign", "LinkKeyFile", 0 }; for (const char** f = flags; *f; ++f) { const char* flag = *f; if (const char* value = linkOptions.GetFlag(flag)) { e1.WritePlatformConfigTag(flag, cond, value); linkOptions.RemoveFlag(flag); } } } std::vector cmVisualStudio10TargetGenerator::GetIncludes( std::string const& config, std::string const& lang) const { std::vector includes; this->LocalGenerator->GetIncludeDirectories(includes, this->GeneratorTarget, lang, config); for (std::string& i : includes) { ConvertToWindowsSlash(i); } return includes; } bool cmVisualStudio10TargetGenerator::ComputeClOptions() { for (std::string const& c : this->Configurations) { if (!this->ComputeClOptions(c)) { return false; } } return true; } bool cmVisualStudio10TargetGenerator::ComputeClOptions( std::string const& configName) { // much of this was copied from here: // copied from cmLocalVisualStudio7Generator.cxx 805 // TODO: Integrate code below with cmLocalVisualStudio7Generator. cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; std::unique_ptr pOptions; switch (this->ProjectType) { case vcxproj: pOptions = cm::make_unique( this->LocalGenerator, Options::Compiler, gg->GetClFlagTable()); break; case csproj: pOptions = cm::make_unique(this->LocalGenerator, Options::CSharpCompiler, gg->GetCSharpFlagTable()); break; } Options& clOptions = *pOptions; std::string flags; const std::string& linkLanguage = this->GeneratorTarget->GetLinkerLanguage(configName); if (linkLanguage.empty()) { cmSystemTools::Error( "CMake can not determine linker language for target: " + this->Name); return false; } // Choose a language whose flags to use for ClCompile. static const char* clLangs[] = { "CXX", "C", "Fortran" }; std::string langForClCompile; if (this->ProjectType == csproj) { langForClCompile = "CSharp"; } else if (std::find(cm::cbegin(clLangs), cm::cend(clLangs), linkLanguage) != cm::cend(clLangs)) { langForClCompile = linkLanguage; } else { std::set languages; this->GeneratorTarget->GetLanguages(languages, configName); for (const char* l : clLangs) { if (languages.count(l)) { langForClCompile = l; break; } } } this->LangForClCompile = langForClCompile; if (!langForClCompile.empty()) { this->LocalGenerator->AddLanguageFlags(flags, this->GeneratorTarget, langForClCompile, configName); this->LocalGenerator->AddCompileOptions(flags, this->GeneratorTarget, langForClCompile, configName); } // set the correct language if (linkLanguage == "C") { clOptions.AddFlag("CompileAs", "CompileAsC"); } if (linkLanguage == "CXX") { clOptions.AddFlag("CompileAs", "CompileAsCpp"); } // Put the IPO enabled configurations into a set. if (this->GeneratorTarget->IsIPOEnabled(linkLanguage, configName)) { this->IPOEnabledConfigurations.insert(configName); } // Get preprocessor definitions for this directory. std::string defineFlags = this->Makefile->GetDefineFlags(); if (this->MSTools) { if (this->ProjectType == vcxproj) { clOptions.FixExceptionHandlingDefault(); if (this->GlobalGenerator->GetVersion() >= cmGlobalVisualStudioGenerator::VS15) { // Toolsets that come with VS 2017 may now enable UseFullPaths // by default and there is no negative /FC option that projects // can use to switch it back. Older toolsets disable this by // default anyway so this will not hurt them. If the project // is using an explicit /FC option then parsing flags will // replace this setting with "true" below. clOptions.AddFlag("UseFullPaths", "false"); } clOptions.AddFlag("PrecompiledHeader", "NotUsing"); std::string asmLocation = configName + "/"; clOptions.AddFlag("AssemblerListingLocation", asmLocation); } } // check for managed C++ assembly compiler flag. This overrides any // /clr* compiler flags which may be defined in the flags variable(s). if (this->ProjectType != csproj) { // Warn if /clr was added manually. This should not be done // anymore, because cmGeneratorTarget may not be aware that the // target uses C++/CLI. if (flags.find("/clr") != std::string::npos || defineFlags.find("/clr") != std::string::npos) { if (configName == this->Configurations[0]) { std::string message = "For the target \"" + this->GeneratorTarget->GetName() + "\" the /clr compiler flag was added manually. " + "Set usage of C++/CLI by setting COMMON_LANGUAGE_RUNTIME " "target property."; this->Makefile->IssueMessage(MessageType::WARNING, message); } } if (auto* clr = this->GeneratorTarget->GetProperty("COMMON_LANGUAGE_RUNTIME")) { std::string clrString = clr; if (!clrString.empty()) { clrString = ":" + clrString; } flags += " /clr" + clrString; } } clOptions.Parse(flags); clOptions.Parse(defineFlags); std::vector targetDefines; switch (this->ProjectType) { case vcxproj: if (!langForClCompile.empty()) { this->GeneratorTarget->GetCompileDefinitions(targetDefines, configName, langForClCompile); } break; case csproj: this->GeneratorTarget->GetCompileDefinitions(targetDefines, configName, "CSharp"); break; } clOptions.AddDefines(targetDefines); if (this->ProjectType == csproj) { clOptions.AppendFlag("DefineConstants", targetDefines); } // Get includes for this target if (!this->LangForClCompile.empty()) { clOptions.AddIncludes( this->GetIncludes(configName, this->LangForClCompile)); } if (this->MSTools) { clOptions.SetVerboseMakefile( this->Makefile->IsOn("CMAKE_VERBOSE_MAKEFILE")); } // Add a definition for the configuration name. std::string configDefine = "CMAKE_INTDIR=\""; configDefine += configName; configDefine += "\""; clOptions.AddDefine(configDefine); if (const std::string* exportMacro = this->GeneratorTarget->GetExportMacro()) { clOptions.AddDefine(*exportMacro); } if (this->MSTools) { // If we have the VS_WINRT_COMPONENT or CMAKE_VS_WINRT_BY_DEFAULT // set then force Compile as WinRT. if (this->GeneratorTarget->GetPropertyAsBool("VS_WINRT_COMPONENT") || this->Makefile->IsOn("CMAKE_VS_WINRT_BY_DEFAULT")) { clOptions.AddFlag("CompileAsWinRT", "true"); // For WinRT components, add the _WINRT_DLL define to produce a lib if (this->GeneratorTarget->GetType() == cmStateEnums::SHARED_LIBRARY || this->GeneratorTarget->GetType() == cmStateEnums::MODULE_LIBRARY) { clOptions.AddDefine("_WINRT_DLL"); } } else if (this->GlobalGenerator->TargetsWindowsStore() || this->GlobalGenerator->TargetsWindowsPhone()) { if (!clOptions.IsWinRt()) { clOptions.AddFlag("CompileAsWinRT", "false"); } } if (const char* winRT = clOptions.GetFlag("CompileAsWinRT")) { if (cmSystemTools::IsOn(winRT)) { this->TargetCompileAsWinRT = true; } } } if (this->ProjectType != csproj && clOptions.IsManaged()) { this->Managed = true; std::string managedType = clOptions.GetFlag("CompileAsManaged"); if (managedType == "Safe" || managedType == "Pure") { // force empty calling convention if safe clr is used clOptions.AddFlag("CallingConvention", ""); } // The default values of these flags are incompatible to // managed assemblies. We have to force valid values if // the target is a managed C++ target. clOptions.AddFlag("ExceptionHandling", "Async"); clOptions.AddFlag("BasicRuntimeChecks", "Default"); } if (this->ProjectType == csproj) { // /nowin32manifest overrides /win32manifest: parameter if (clOptions.HasFlag("NoWin32Manifest")) { clOptions.RemoveFlag("ApplicationManifest"); } } if (clOptions.HasFlag("SpectreMitigation")) { this->SpectreMitigationConfigurations.insert(configName); clOptions.RemoveFlag("SpectreMitigation"); } this->ClOptions[configName] = std::move(pOptions); return true; } void cmVisualStudio10TargetGenerator::WriteClOptions( Elem& e1, std::string const& configName) { Options& clOptions = *(this->ClOptions[configName]); if (this->ProjectType == csproj) { return; } Elem e2(e1, "ClCompile"); OptionsHelper oh(clOptions, e2); oh.PrependInheritedString("AdditionalOptions"); oh.OutputAdditionalIncludeDirectories(this->LangForClCompile); oh.OutputFlagMap(); oh.OutputPreprocessorDefinitions(this->LangForClCompile); if (this->NsightTegra) { if (const char* processMax = this->GeneratorTarget->GetProperty("ANDROID_PROCESS_MAX")) { e2.Element("ProcessMax", processMax); } } if (this->MSTools) { cmsys::RegularExpression clangToolset("v[0-9]+_clang_.*"); const char* toolset = this->GlobalGenerator->GetPlatformToolset(); if (toolset && clangToolset.find(toolset)) { e2.Element("ObjectFileName", "$(IntDir)%(filename).obj"); } else { e2.Element("ObjectFileName", "$(IntDir)"); } // If not in debug mode, write the DebugInformationFormat field // without value so PDBs don't get generated uselessly. Each tag // goes on its own line because Visual Studio corrects it this // way when saving the project after CMake generates it. if (!clOptions.IsDebug()) { Elem e3(e2, "DebugInformationFormat"); e3.SetHasElements(); } // Specify the compiler program database file if configured. std::string pdb = this->GeneratorTarget->GetCompilePDBPath(configName); if (!pdb.empty()) { if (this->GlobalGenerator->IsCudaEnabled()) { // CUDA does not quote paths with spaces correctly when forwarding // this to the host compiler. Use a relative path to avoid spaces. // FIXME: We can likely do this even when CUDA is not involved, // but for now we will make a minimal change. pdb = this->ConvertPath(pdb, true); } ConvertToWindowsSlash(pdb); e2.Element("ProgramDataBaseFileName", pdb); } // add AdditionalUsingDirectories if (this->AdditionalUsingDirectories.count(configName) > 0) { std::string dirs; for (auto u : this->AdditionalUsingDirectories[configName]) { if (!dirs.empty()) { dirs.append(";"); } dirs.append(u); } e2.Element("AdditionalUsingDirectories", dirs); } } } bool cmVisualStudio10TargetGenerator::ComputeRcOptions() { for (std::string const& c : this->Configurations) { if (!this->ComputeRcOptions(c)) { return false; } } return true; } bool cmVisualStudio10TargetGenerator::ComputeRcOptions( std::string const& configName) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; auto pOptions = cm::make_unique( this->LocalGenerator, Options::ResourceCompiler, gg->GetRcFlagTable()); Options& rcOptions = *pOptions; std::string CONFIG = cmSystemTools::UpperCase(configName); std::string rcConfigFlagsVar = "CMAKE_RC_FLAGS_" + CONFIG; std::string flags = this->Makefile->GetSafeDefinition("CMAKE_RC_FLAGS") + " " + this->Makefile->GetSafeDefinition(rcConfigFlagsVar); rcOptions.Parse(flags); // For historical reasons, add the C preprocessor defines to RC. Options& clOptions = *(this->ClOptions[configName]); rcOptions.AddDefines(clOptions.GetDefines()); // Get includes for this target rcOptions.AddIncludes(this->GetIncludes(configName, "RC")); this->RcOptions[configName] = std::move(pOptions); return true; } void cmVisualStudio10TargetGenerator::WriteRCOptions( Elem& e1, std::string const& configName) { if (!this->MSTools) { return; } Elem e2(e1, "ResourceCompile"); OptionsHelper rcOptions(*(this->RcOptions[configName]), e2); rcOptions.OutputPreprocessorDefinitions("RC"); rcOptions.OutputAdditionalIncludeDirectories("RC"); rcOptions.PrependInheritedString("AdditionalOptions"); rcOptions.OutputFlagMap(); } bool cmVisualStudio10TargetGenerator::ComputeCudaOptions() { if (!this->GlobalGenerator->IsCudaEnabled()) { return true; } for (std::string const& c : this->Configurations) { if (!this->ComputeCudaOptions(c)) { return false; } } return true; } bool cmVisualStudio10TargetGenerator::ComputeCudaOptions( std::string const& configName) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; auto pOptions = cm::make_unique( this->LocalGenerator, Options::CudaCompiler, gg->GetCudaFlagTable()); Options& cudaOptions = *pOptions; // Get compile flags for CUDA in this directory. std::string flags; this->LocalGenerator->AddLanguageFlags(flags, this->GeneratorTarget, "CUDA", configName); this->LocalGenerator->AddCompileOptions(flags, this->GeneratorTarget, "CUDA", configName); // Get preprocessor definitions for this directory. std::string defineFlags = this->Makefile->GetDefineFlags(); cudaOptions.Parse(flags); cudaOptions.Parse(defineFlags); cudaOptions.ParseFinish(); // If we haven't explicitly enabled GPU debug information // explicitly disable it if (!cudaOptions.HasFlag("GPUDebugInfo")) { cudaOptions.AddFlag("GPUDebugInfo", "false"); } // The extension on object libraries the CUDA gives isn't // consistent with how MSVC generates object libraries for C+, so set // the default to not have any extension cudaOptions.AddFlag("CompileOut", "$(IntDir)%(Filename).obj"); bool notPtx = true; if (this->GeneratorTarget->GetPropertyAsBool("CUDA_SEPARABLE_COMPILATION")) { cudaOptions.AddFlag("GenerateRelocatableDeviceCode", "true"); } else if (this->GeneratorTarget->GetPropertyAsBool( "CUDA_PTX_COMPILATION")) { cudaOptions.AddFlag("NvccCompilation", "ptx"); // We drop the %(Extension) component as CMake expects all PTX files // to not have the source file extension at all cudaOptions.AddFlag("CompileOut", "$(IntDir)%(Filename).ptx"); notPtx = false; } if (notPtx && cmSystemTools::VersionCompareGreaterEq( "8.0", this->GlobalGenerator->GetPlatformToolsetCudaString())) { // Explicitly state that we want this file to be treated as a // CUDA file no matter what the file extensions is // This is only needed for < CUDA 9 cudaOptions.AppendFlagString("AdditionalOptions", "-x cu"); } // Specify the compiler program database file if configured. std::string pdb = this->GeneratorTarget->GetCompilePDBPath(configName); if (!pdb.empty()) { // CUDA does not make the directory if it is non-standard. std::string const pdbDir = cmSystemTools::GetFilenamePath(pdb); cmSystemTools::MakeDirectory(pdbDir); if (cmSystemTools::VersionCompareGreaterEq( "9.2", this->GlobalGenerator->GetPlatformToolsetCudaString())) { // CUDA does not have a field for this and does not honor the // ProgramDataBaseFileName field in ClCompile. Work around this // limitation by creating the directory and passing the flag ourselves. pdb = this->ConvertPath(pdb, true); ConvertToWindowsSlash(pdb); std::string const clFd = "-Xcompiler=\"-Fd\\\"" + pdb + "\\\"\""; cudaOptions.AppendFlagString("AdditionalOptions", clFd); } } // CUDA automatically passes the proper '--machine' flag to nvcc // for the current architecture, but does not reflect this default // in the user-visible IDE settings. Set it explicitly. if (this->Platform == "x64") { cudaOptions.AddFlag("TargetMachinePlatform", "64"); } // Convert the host compiler options to the toolset's abstractions // using a secondary flag table. cudaOptions.ClearTables(); cudaOptions.AddTable(gg->GetCudaHostFlagTable()); cudaOptions.Reparse("AdditionalCompilerOptions"); // `CUDA 8.0.targets` places AdditionalCompilerOptions before nvcc! // Pass them through -Xcompiler in AdditionalOptions instead. if (const char* acoPtr = cudaOptions.GetFlag("AdditionalCompilerOptions")) { std::string aco = acoPtr; cudaOptions.RemoveFlag("AdditionalCompilerOptions"); if (!aco.empty()) { aco = this->LocalGenerator->EscapeForShell(aco, false); cudaOptions.AppendFlagString("AdditionalOptions", "-Xcompiler=" + aco); } } cudaOptions.FixCudaCodeGeneration(); std::vector targetDefines; this->GeneratorTarget->GetCompileDefinitions(targetDefines, configName, "CUDA"); cudaOptions.AddDefines(targetDefines); // Add a definition for the configuration name. std::string configDefine = "CMAKE_INTDIR=\""; configDefine += configName; configDefine += "\""; cudaOptions.AddDefine(configDefine); if (const std::string* exportMacro = this->GeneratorTarget->GetExportMacro()) { cudaOptions.AddDefine(*exportMacro); } // Get includes for this target cudaOptions.AddIncludes(this->GetIncludes(configName, "CUDA")); cudaOptions.AddFlag("UseHostInclude", "false"); this->CudaOptions[configName] = std::move(pOptions); return true; } void cmVisualStudio10TargetGenerator::WriteCudaOptions( Elem& e1, std::string const& configName) { if (!this->MSTools || !this->GlobalGenerator->IsCudaEnabled()) { return; } Elem e2(e1, "CudaCompile"); OptionsHelper cudaOptions(*(this->CudaOptions[configName]), e2); cudaOptions.OutputAdditionalIncludeDirectories("CUDA"); cudaOptions.OutputPreprocessorDefinitions("CUDA"); cudaOptions.PrependInheritedString("AdditionalOptions"); cudaOptions.OutputFlagMap(); } bool cmVisualStudio10TargetGenerator::ComputeCudaLinkOptions() { if (!this->GlobalGenerator->IsCudaEnabled()) { return true; } for (std::string const& c : this->Configurations) { if (!this->ComputeCudaLinkOptions(c)) { return false; } } return true; } bool cmVisualStudio10TargetGenerator::ComputeCudaLinkOptions( std::string const& configName) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; auto pOptions = cm::make_unique( this->LocalGenerator, Options::CudaCompiler, gg->GetCudaFlagTable()); Options& cudaLinkOptions = *pOptions; // Determine if we need to do a device link const bool doDeviceLinking = requireDeviceLinking( *this->GeneratorTarget, *this->LocalGenerator, configName); cudaLinkOptions.AddFlag("PerformDeviceLink", doDeviceLinking ? "true" : "false"); // Suppress deprecation warnings for default GPU targets during device link. if (cmSystemTools::VersionCompareGreaterEq( this->GlobalGenerator->GetPlatformToolsetCudaString(), "8.0")) { cudaLinkOptions.AppendFlagString("AdditionalOptions", "-Wno-deprecated-gpu-targets"); } this->CudaLinkOptions[configName] = std::move(pOptions); return true; } void cmVisualStudio10TargetGenerator::WriteCudaLinkOptions( Elem& e1, std::string const& configName) { if (this->GeneratorTarget->GetType() > cmStateEnums::MODULE_LIBRARY) { return; } if (!this->MSTools || !this->GlobalGenerator->IsCudaEnabled()) { return; } Elem e2(e1, "CudaLink"); OptionsHelper cudaLinkOptions(*(this->CudaLinkOptions[configName]), e2); cudaLinkOptions.OutputFlagMap(); } bool cmVisualStudio10TargetGenerator::ComputeMasmOptions() { if (!this->GlobalGenerator->IsMasmEnabled()) { return true; } for (std::string const& c : this->Configurations) { if (!this->ComputeMasmOptions(c)) { return false; } } return true; } bool cmVisualStudio10TargetGenerator::ComputeMasmOptions( std::string const& configName) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; auto pOptions = cm::make_unique( this->LocalGenerator, Options::MasmCompiler, gg->GetMasmFlagTable()); Options& masmOptions = *pOptions; std::string flags; this->LocalGenerator->AddLanguageFlags(flags, this->GeneratorTarget, "ASM_MASM", configName); masmOptions.Parse(flags); // Get includes for this target masmOptions.AddIncludes(this->GetIncludes(configName, "ASM_MASM")); this->MasmOptions[configName] = std::move(pOptions); return true; } void cmVisualStudio10TargetGenerator::WriteMasmOptions( Elem& e1, std::string const& configName) { if (!this->MSTools || !this->GlobalGenerator->IsMasmEnabled()) { return; } Elem e2(e1, "MASM"); // Preprocessor definitions and includes are shared with clOptions. OptionsHelper clOptions(*(this->ClOptions[configName]), e2); clOptions.OutputPreprocessorDefinitions("ASM_MASM"); OptionsHelper masmOptions(*(this->MasmOptions[configName]), e2); masmOptions.OutputAdditionalIncludeDirectories("ASM_MASM"); masmOptions.PrependInheritedString("AdditionalOptions"); masmOptions.OutputFlagMap(); } bool cmVisualStudio10TargetGenerator::ComputeNasmOptions() { if (!this->GlobalGenerator->IsNasmEnabled()) { return true; } for (std::string const& c : this->Configurations) { if (!this->ComputeNasmOptions(c)) { return false; } } return true; } bool cmVisualStudio10TargetGenerator::ComputeNasmOptions( std::string const& configName) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; auto pOptions = cm::make_unique( this->LocalGenerator, Options::NasmCompiler, gg->GetNasmFlagTable()); Options& nasmOptions = *pOptions; std::string flags; this->LocalGenerator->AddLanguageFlags(flags, this->GeneratorTarget, "ASM_NASM", configName); flags += " -f"; flags += this->Makefile->GetSafeDefinition("CMAKE_ASM_NASM_OBJECT_FORMAT"); nasmOptions.Parse(flags); // Get includes for this target nasmOptions.AddIncludes(this->GetIncludes(configName, "ASM_NASM")); this->NasmOptions[configName] = std::move(pOptions); return true; } void cmVisualStudio10TargetGenerator::WriteNasmOptions( Elem& e1, std::string const& configName) { if (!this->GlobalGenerator->IsNasmEnabled()) { return; } Elem e2(e1, "NASM"); std::vector includes = this->GetIncludes(configName, "ASM_NASM"); OptionsHelper nasmOptions(*(this->NasmOptions[configName]), e2); nasmOptions.OutputAdditionalIncludeDirectories("ASM_NASM"); nasmOptions.OutputFlagMap(); nasmOptions.PrependInheritedString("AdditionalOptions"); nasmOptions.OutputPreprocessorDefinitions("ASM_NASM"); // Preprocessor definitions and includes are shared with clOptions. OptionsHelper clOptions(*(this->ClOptions[configName]), e2); clOptions.OutputPreprocessorDefinitions("ASM_NASM"); } void cmVisualStudio10TargetGenerator::WriteLibOptions( Elem& e1, std::string const& config) { if (this->GeneratorTarget->GetType() != cmStateEnums::STATIC_LIBRARY && this->GeneratorTarget->GetType() != cmStateEnums::OBJECT_LIBRARY) { return; } const std::string& linkLanguage = this->GeneratorTarget->GetLinkClosure(config)->LinkerLanguage; std::string libflags; this->LocalGenerator->GetStaticLibraryFlags( libflags, cmSystemTools::UpperCase(config), linkLanguage, this->GeneratorTarget); if (!libflags.empty()) { Elem e2(e1, "Lib"); cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; cmVS10GeneratorOptions libOptions(this->LocalGenerator, cmVisualStudioGeneratorOptions::Linker, gg->GetLibFlagTable(), this); libOptions.Parse(libflags); OptionsHelper oh(libOptions, e2); oh.PrependInheritedString("AdditionalOptions"); oh.OutputFlagMap(); } // We cannot generate metadata for static libraries. WindowsPhone // and WindowsStore tools look at GenerateWindowsMetadata in the // Link tool options even for static libraries. if (this->GlobalGenerator->TargetsWindowsPhone() || this->GlobalGenerator->TargetsWindowsStore()) { Elem e2(e1, "Link"); e2.Element("GenerateWindowsMetadata", "false"); } } void cmVisualStudio10TargetGenerator::WriteManifestOptions( Elem& e1, std::string const& config) { if (this->GeneratorTarget->GetType() != cmStateEnums::EXECUTABLE && this->GeneratorTarget->GetType() != cmStateEnums::SHARED_LIBRARY && this->GeneratorTarget->GetType() != cmStateEnums::MODULE_LIBRARY) { return; } std::vector manifest_srcs; this->GeneratorTarget->GetManifests(manifest_srcs, config); if (!manifest_srcs.empty()) { std::ostringstream oss; for (cmSourceFile const* mi : manifest_srcs) { std::string m = this->ConvertPath(mi->GetFullPath(), false); ConvertToWindowsSlash(m); oss << m << ";"; } Elem e2(e1, "Manifest"); e2.Element("AdditionalManifestFiles", oss.str()); } } void cmVisualStudio10TargetGenerator::WriteAntBuildOptions( Elem& e1, std::string const& configName) { // Look through the sources for AndroidManifest.xml and use // its location as the root source directory. std::string rootDir = this->LocalGenerator->GetCurrentSourceDirectory(); { std::vector extraSources; this->GeneratorTarget->GetExtraSources(extraSources, ""); for (cmSourceFile const* si : extraSources) { if ("androidmanifest.xml" == cmSystemTools::LowerCase(si->GetLocation().GetName())) { rootDir = si->GetLocation().GetDirectory(); break; } } } // Tell MSBuild to launch Ant. Elem e2(e1, "AntBuild"); { std::string antBuildPath = rootDir; ConvertToWindowsSlash(antBuildPath); e2.Element("AntBuildPath", antBuildPath); } if (this->GeneratorTarget->GetPropertyAsBool("ANDROID_SKIP_ANT_STEP")) { e2.Element("SkipAntStep", "true"); } if (this->GeneratorTarget->GetPropertyAsBool("ANDROID_PROGUARD")) { e2.Element("EnableProGuard", "true"); } if (const char* proGuardConfigLocation = this->GeneratorTarget->GetProperty("ANDROID_PROGUARD_CONFIG_PATH")) { e2.Element("ProGuardConfigLocation", proGuardConfigLocation); } if (const char* securePropertiesLocation = this->GeneratorTarget->GetProperty("ANDROID_SECURE_PROPS_PATH")) { e2.Element("SecurePropertiesLocation", securePropertiesLocation); } if (const char* nativeLibDirectoriesExpression = this->GeneratorTarget->GetProperty("ANDROID_NATIVE_LIB_DIRECTORIES")) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(nativeLibDirectoriesExpression); std::string nativeLibDirs = cge->Evaluate(this->LocalGenerator, configName); e2.Element("NativeLibDirectories", nativeLibDirs); } if (const char* nativeLibDependenciesExpression = this->GeneratorTarget->GetProperty( "ANDROID_NATIVE_LIB_DEPENDENCIES")) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(nativeLibDependenciesExpression); std::string nativeLibDeps = cge->Evaluate(this->LocalGenerator, configName); e2.Element("NativeLibDependencies", nativeLibDeps); } if (const char* javaSourceDir = this->GeneratorTarget->GetProperty("ANDROID_JAVA_SOURCE_DIR")) { e2.Element("JavaSourceDir", javaSourceDir); } if (const char* jarDirectoriesExpression = this->GeneratorTarget->GetProperty("ANDROID_JAR_DIRECTORIES")) { cmGeneratorExpression ge; std::unique_ptr cge = ge.Parse(jarDirectoriesExpression); std::string jarDirectories = cge->Evaluate(this->LocalGenerator, configName); e2.Element("JarDirectories", jarDirectories); } if (const char* jarDeps = this->GeneratorTarget->GetProperty("ANDROID_JAR_DEPENDENCIES")) { e2.Element("JarDependencies", jarDeps); } if (const char* assetsDirectories = this->GeneratorTarget->GetProperty("ANDROID_ASSETS_DIRECTORIES")) { e2.Element("AssetsDirectories", assetsDirectories); } { std::string manifest_xml = rootDir + "/AndroidManifest.xml"; ConvertToWindowsSlash(manifest_xml); e2.Element("AndroidManifestLocation", manifest_xml); } if (const char* antAdditionalOptions = this->GeneratorTarget->GetProperty("ANDROID_ANT_ADDITIONAL_OPTIONS")) { e2.Element("AdditionalOptions", std::string(antAdditionalOptions) + " %(AdditionalOptions)"); } } bool cmVisualStudio10TargetGenerator::ComputeLinkOptions() { if (this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE || this->GeneratorTarget->GetType() == cmStateEnums::SHARED_LIBRARY || this->GeneratorTarget->GetType() == cmStateEnums::MODULE_LIBRARY) { for (std::string const& c : this->Configurations) { if (!this->ComputeLinkOptions(c)) { return false; } } } return true; } bool cmVisualStudio10TargetGenerator::ComputeLinkOptions( std::string const& config) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; auto pOptions = cm::make_unique( this->LocalGenerator, Options::Linker, gg->GetLinkFlagTable(), this); Options& linkOptions = *pOptions; cmGeneratorTarget::LinkClosure const* linkClosure = this->GeneratorTarget->GetLinkClosure(config); const std::string& linkLanguage = linkClosure->LinkerLanguage; if (linkLanguage.empty()) { cmSystemTools::Error( "CMake can not determine linker language for target: " + this->Name); return false; } std::string CONFIG = cmSystemTools::UpperCase(config); const char* linkType = "SHARED"; if (this->GeneratorTarget->GetType() == cmStateEnums::MODULE_LIBRARY) { linkType = "MODULE"; } if (this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE) { linkType = "EXE"; } std::string flags; std::string linkFlagVarBase = "CMAKE_"; linkFlagVarBase += linkType; linkFlagVarBase += "_LINKER_FLAGS"; flags += " "; flags += this->Makefile->GetRequiredDefinition(linkFlagVarBase); std::string linkFlagVar = linkFlagVarBase + "_" + CONFIG; flags += " "; flags += this->Makefile->GetRequiredDefinition(linkFlagVar); const char* targetLinkFlags = this->GeneratorTarget->GetProperty("LINK_FLAGS"); if (targetLinkFlags) { flags += " "; flags += targetLinkFlags; } std::string flagsProp = "LINK_FLAGS_"; flagsProp += CONFIG; if (const char* flagsConfig = this->GeneratorTarget->GetProperty(flagsProp)) { flags += " "; flags += flagsConfig; } std::vector opts; this->GeneratorTarget->GetLinkOptions(opts, config, linkLanguage); // LINK_OPTIONS are escaped. this->LocalGenerator->AppendCompileOptions(flags, opts); cmComputeLinkInformation* pcli = this->GeneratorTarget->GetLinkInformation(config); if (!pcli) { cmSystemTools::Error( "CMake can not compute cmComputeLinkInformation for target: " + this->Name); return false; } cmComputeLinkInformation& cli = *pcli; std::vector libVec; std::vector vsTargetVec; this->AddLibraries(cli, libVec, vsTargetVec, config); if (std::find(linkClosure->Languages.begin(), linkClosure->Languages.end(), "CUDA") != linkClosure->Languages.end() && this->CudaOptions[config] != nullptr) { switch (this->CudaOptions[config]->GetCudaRuntime()) { case cmVisualStudioGeneratorOptions::CudaRuntimeStatic: libVec.push_back("cudadevrt.lib"); libVec.push_back("cudart_static.lib"); break; case cmVisualStudioGeneratorOptions::CudaRuntimeShared: libVec.push_back("cudadevrt.lib"); libVec.push_back("cudart.lib"); break; case cmVisualStudioGeneratorOptions::CudaRuntimeNone: break; } } std::string standardLibsVar = "CMAKE_"; standardLibsVar += linkLanguage; standardLibsVar += "_STANDARD_LIBRARIES"; std::string const& libs = this->Makefile->GetSafeDefinition(standardLibsVar); cmSystemTools::ParseWindowsCommandLine(libs.c_str(), libVec); linkOptions.AddFlag("AdditionalDependencies", libVec); // Populate TargetsFileAndConfigsVec for (std::string const& ti : vsTargetVec) { this->AddTargetsFileAndConfigPair(ti, config); } std::vector const& ldirs = cli.GetDirectories(); std::vector linkDirs; for (std::string const& d : ldirs) { // first just full path linkDirs.push_back(d); // next path with configuration type Debug, Release, etc linkDirs.push_back(d + "/$(Configuration)"); } linkDirs.push_back("%(AdditionalLibraryDirectories)"); linkOptions.AddFlag("AdditionalLibraryDirectories", linkDirs); cmGeneratorTarget::Names targetNames; if (this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE) { targetNames = this->GeneratorTarget->GetExecutableNames(config); } else { targetNames = this->GeneratorTarget->GetLibraryNames(config); } if (this->MSTools) { if (this->GeneratorTarget->GetPropertyAsBool("WIN32_EXECUTABLE")) { if (this->GlobalGenerator->TargetsWindowsCE()) { linkOptions.AddFlag("SubSystem", "WindowsCE"); if (this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE) { if (this->ClOptions[config]->UsingUnicode()) { linkOptions.AddFlag("EntryPointSymbol", "wWinMainCRTStartup"); } else { linkOptions.AddFlag("EntryPointSymbol", "WinMainCRTStartup"); } } } else { linkOptions.AddFlag("SubSystem", "Windows"); } } else { if (this->GlobalGenerator->TargetsWindowsCE()) { linkOptions.AddFlag("SubSystem", "WindowsCE"); if (this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE) { if (this->ClOptions[config]->UsingUnicode()) { linkOptions.AddFlag("EntryPointSymbol", "mainWCRTStartup"); } else { linkOptions.AddFlag("EntryPointSymbol", "mainACRTStartup"); } } } else { linkOptions.AddFlag("SubSystem", "Console"); }; } if (const char* stackVal = this->Makefile->GetDefinition( "CMAKE_" + linkLanguage + "_STACK_SIZE")) { linkOptions.AddFlag("StackReserveSize", stackVal); } linkOptions.AddFlag("GenerateDebugInformation", "false"); std::string pdb = this->GeneratorTarget->GetPDBDirectory(config); pdb += "/"; pdb += targetNames.PDB; std::string imLib = this->GeneratorTarget->GetDirectory( config, cmStateEnums::ImportLibraryArtifact); imLib += "/"; imLib += targetNames.ImportLibrary; linkOptions.AddFlag("ImportLibrary", imLib); linkOptions.AddFlag("ProgramDataBaseFile", pdb); // A Windows Runtime component uses internal .NET metadata, // so does not have an import library. if (this->GeneratorTarget->GetPropertyAsBool("VS_WINRT_COMPONENT") && this->GeneratorTarget->GetType() != cmStateEnums::EXECUTABLE) { linkOptions.AddFlag("GenerateWindowsMetadata", "true"); } else if (this->GlobalGenerator->TargetsWindowsPhone() || this->GlobalGenerator->TargetsWindowsStore()) { // WindowsPhone and WindowsStore components are in an app container // and produce WindowsMetadata. If we are not producing a WINRT // component, then do not generate the metadata here. linkOptions.AddFlag("GenerateWindowsMetadata", "false"); } if (this->GlobalGenerator->TargetsWindowsPhone() && this->GlobalGenerator->GetSystemVersion() == "8.0") { // WindowsPhone 8.0 does not have ole32. linkOptions.AppendFlag("IgnoreSpecificDefaultLibraries", "ole32.lib"); } } else if (this->NsightTegra) { linkOptions.AddFlag("SoName", targetNames.SharedObject); } linkOptions.Parse(flags); linkOptions.FixManifestUACFlags(); if (this->MSTools) { cmGeneratorTarget::ModuleDefinitionInfo const* mdi = this->GeneratorTarget->GetModuleDefinitionInfo(config); if (mdi && !mdi->DefFile.empty()) { linkOptions.AddFlag("ModuleDefinitionFile", mdi->DefFile); } linkOptions.AppendFlag("IgnoreSpecificDefaultLibraries", "%(IgnoreSpecificDefaultLibraries)"); } // VS 2015 without all updates has a v140 toolset whose // GenerateDebugInformation expects No/Debug instead of false/true. if (gg->GetPlatformToolsetNeedsDebugEnum()) { if (const char* debug = linkOptions.GetFlag("GenerateDebugInformation")) { if (strcmp(debug, "false") == 0) { linkOptions.AddFlag("GenerateDebugInformation", "No"); } else if (strcmp(debug, "true") == 0) { linkOptions.AddFlag("GenerateDebugInformation", "Debug"); } } } // Managed code cannot be linked with /DEBUG:FASTLINK if (this->Managed) { if (const char* debug = linkOptions.GetFlag("GenerateDebugInformation")) { if (strcmp(debug, "DebugFastLink") == 0) { linkOptions.AddFlag("GenerateDebugInformation", "Debug"); } } } this->LinkOptions[config] = std::move(pOptions); return true; } bool cmVisualStudio10TargetGenerator::ComputeLibOptions() { if (this->GeneratorTarget->GetType() == cmStateEnums::STATIC_LIBRARY) { for (std::string const& c : this->Configurations) { if (!this->ComputeLibOptions(c)) { return false; } } } return true; } bool cmVisualStudio10TargetGenerator::ComputeLibOptions( std::string const& config) { cmComputeLinkInformation* pcli = this->GeneratorTarget->GetLinkInformation(config); if (!pcli) { cmSystemTools::Error( "CMake can not compute cmComputeLinkInformation for target: " + this->Name); return false; } cmComputeLinkInformation& cli = *pcli; typedef cmComputeLinkInformation::ItemVector ItemVector; const ItemVector& libs = cli.GetItems(); std::string currentBinDir = this->LocalGenerator->GetCurrentBinaryDirectory(); for (cmComputeLinkInformation::Item const& l : libs) { if (l.IsPath && cmVS10IsTargetsFile(l.Value)) { std::string path = this->LocalGenerator->MaybeConvertToRelativePath( currentBinDir, l.Value); ConvertToWindowsSlash(path); this->AddTargetsFileAndConfigPair(path, config); } } return true; } void cmVisualStudio10TargetGenerator::WriteLinkOptions( Elem& e1, std::string const& config) { if (this->GeneratorTarget->GetType() == cmStateEnums::STATIC_LIBRARY || this->GeneratorTarget->GetType() > cmStateEnums::MODULE_LIBRARY) { return; } if (this->ProjectType == csproj) { return; } { Elem e2(e1, "Link"); OptionsHelper linkOptions(*(this->LinkOptions[config]), e2); linkOptions.PrependInheritedString("AdditionalOptions"); linkOptions.OutputFlagMap(); } if (!this->GlobalGenerator->NeedLinkLibraryDependencies( this->GeneratorTarget)) { Elem e2(e1, "ProjectReference"); e2.Element("LinkLibraryDependencies", "false"); } } void cmVisualStudio10TargetGenerator::AddLibraries( const cmComputeLinkInformation& cli, std::vector& libVec, std::vector& vsTargetVec, const std::string& config) { typedef cmComputeLinkInformation::ItemVector ItemVector; ItemVector const& libs = cli.GetItems(); std::string currentBinDir = this->LocalGenerator->GetCurrentBinaryDirectory(); for (cmComputeLinkInformation::Item const& l : libs) { if (l.Target) { auto managedType = l.Target->GetManagedType(config); if (managedType != cmGeneratorTarget::ManagedType::Native && this->GeneratorTarget->GetManagedType(config) != cmGeneratorTarget::ManagedType::Native && l.Target->IsImported()) { auto location = l.Target->GetFullPath(config); if (!location.empty()) { ConvertToWindowsSlash(location); switch (this->ProjectType) { case csproj: // If the target we want to "link" to is an imported managed // target and this is a C# project, we add a hint reference. This // reference is written to project file in // WriteDotNetReferences(). this->DotNetHintReferences[config].push_back( DotNetHintReference(l.Target->GetName(), location)); break; case vcxproj: // Add path of assembly to list of using-directories, so the // managed assembly can be used by '#using ' in // code. this->AdditionalUsingDirectories[config].insert( cmSystemTools::GetFilenamePath(location)); break; } } } // Do not allow C# targets to be added to the LIB listing. LIB files are // used for linking C++ dependencies. C# libraries do not have lib files. // Instead, they compile down to C# reference libraries (DLL files). The // `` elements added to the vcxproj are enough for the // IDE to deduce the DLL file required by other C# projects that need its // reference library. if (managedType == cmGeneratorTarget::ManagedType::Managed) { continue; } } if (l.IsPath) { std::string path = this->LocalGenerator->MaybeConvertToRelativePath( currentBinDir, l.Value); ConvertToWindowsSlash(path); if (cmVS10IsTargetsFile(l.Value)) { vsTargetVec.push_back(path); } else { libVec.push_back(path); } } else if (!l.Target || l.Target->GetType() != cmStateEnums::INTERFACE_LIBRARY) { libVec.push_back(l.Value); } } } void cmVisualStudio10TargetGenerator::AddTargetsFileAndConfigPair( std::string const& targetsFile, std::string const& config) { for (TargetsFileAndConfigs& i : this->TargetsFileAndConfigsVec) { if (cmSystemTools::ComparePath(targetsFile, i.File)) { if (std::find(i.Configs.begin(), i.Configs.end(), config) == i.Configs.end()) { i.Configs.push_back(config); } return; } } TargetsFileAndConfigs entry; entry.File = targetsFile; entry.Configs.push_back(config); this->TargetsFileAndConfigsVec.push_back(entry); } void cmVisualStudio10TargetGenerator::WriteMidlOptions( Elem& e1, std::string const& configName) { if (!this->MSTools) { return; } if (this->ProjectType == csproj) { return; } // This processes *any* of the .idl files specified in the project's file // list (and passed as the item metadata %(Filename) expressing the rule // input filename) into output files at the per-config *build* dir // ($(IntDir)) each. // // IOW, this MIDL section is intended to provide a fully generic syntax // content suitable for most cases (read: if you get errors, then it's quite // probable that the error is on your side of the .idl setup). // // Also, note that the marked-as-generated _i.c file in the Visual Studio // generator case needs to be referred to as $(IntDir)\foo_i.c at the // project's file list, otherwise the compiler-side processing won't pick it // up (for non-directory form, it ends up looking in project binary dir // only). Perhaps there's something to be done to make this more automatic // on the CMake side? std::vector const includes = this->GetIncludes(configName, "MIDL"); std::ostringstream oss; for (std::string const& i : includes) { oss << i << ";"; } oss << "%(AdditionalIncludeDirectories)"; Elem e2(e1, "Midl"); e2.Element("AdditionalIncludeDirectories", oss.str()); e2.Element("OutputDirectory", "$(ProjectDir)/$(IntDir)"); e2.Element("HeaderFileName", "%(Filename).h"); e2.Element("TypeLibraryName", "%(Filename).tlb"); e2.Element("InterfaceIdentifierFileName", "%(Filename)_i.c"); e2.Element("ProxyFileName", "%(Filename)_p.c"); } void cmVisualStudio10TargetGenerator::WriteItemDefinitionGroups(Elem& e0) { if (this->ProjectType == csproj) { return; } for (const std::string& c : this->Configurations) { Elem e1(e0, "ItemDefinitionGroup"); e1.Attribute("Condition", this->CalcCondition(c)); // output cl compile flags if (this->GeneratorTarget->GetType() <= cmStateEnums::OBJECT_LIBRARY) { this->WriteClOptions(e1, c); // output rc compile flags this->WriteRCOptions(e1, c); this->WriteCudaOptions(e1, c); this->WriteMasmOptions(e1, c); this->WriteNasmOptions(e1, c); } // output midl flags this->WriteMidlOptions(e1, c); // write events if (this->ProjectType != csproj) { this->WriteEvents(e1, c); } // output link flags this->WriteLinkOptions(e1, c); this->WriteCudaLinkOptions(e1, c); // output lib flags this->WriteLibOptions(e1, c); // output manifest flags this->WriteManifestOptions(e1, c); if (this->NsightTegra && this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE && this->GeneratorTarget->GetPropertyAsBool("ANDROID_GUI")) { this->WriteAntBuildOptions(e1, c); } } } void cmVisualStudio10TargetGenerator::WriteEvents( Elem& e1, std::string const& configName) { bool addedPrelink = false; cmGeneratorTarget::ModuleDefinitionInfo const* mdi = this->GeneratorTarget->GetModuleDefinitionInfo(configName); if (mdi && mdi->DefFileGenerated) { addedPrelink = true; std::vector commands = this->GeneratorTarget->GetPreLinkCommands(); this->GlobalGenerator->AddSymbolExportCommand(this->GeneratorTarget, commands, configName); this->WriteEvent(e1, "PreLinkEvent", commands, configName); } if (!addedPrelink) { this->WriteEvent(e1, "PreLinkEvent", this->GeneratorTarget->GetPreLinkCommands(), configName); } this->WriteEvent(e1, "PreBuildEvent", this->GeneratorTarget->GetPreBuildCommands(), configName); this->WriteEvent(e1, "PostBuildEvent", this->GeneratorTarget->GetPostBuildCommands(), configName); } void cmVisualStudio10TargetGenerator::WriteEvent( Elem& e1, const char* name, std::vector const& commands, std::string const& configName) { if (commands.empty()) { return; } cmLocalVisualStudio7Generator* lg = this->LocalGenerator; std::string script; const char* pre = ""; std::string comment; for (cmCustomCommand const& cc : commands) { cmCustomCommandGenerator ccg(cc, configName, lg); if (!ccg.HasOnlyEmptyCommandLines()) { comment += pre; comment += lg->ConstructComment(ccg); script += pre; pre = "\n"; script += lg->ConstructScript(ccg); } } comment = cmVS10EscapeComment(comment); if (this->ProjectType != csproj) { Elem e2(e1, name); e2.Element("Message", comment); e2.Element("Command", script); } else { std::string strippedComment = comment; strippedComment.erase( std::remove(strippedComment.begin(), strippedComment.end(), '\t'), strippedComment.end()); std::ostringstream oss; if (!comment.empty() && !strippedComment.empty()) { oss << "echo " << comment << "\n"; } oss << script << "\n"; e1.Element(name, oss.str()); } } void cmVisualStudio10TargetGenerator::WriteProjectReferences(Elem& e0) { cmGlobalGenerator::TargetDependSet const& unordered = this->GlobalGenerator->GetTargetDirectDepends(this->GeneratorTarget); typedef cmGlobalVisualStudioGenerator::OrderedTargetDependSet OrderedTargetDependSet; OrderedTargetDependSet depends(unordered, CMAKE_CHECK_BUILD_SYSTEM_TARGET); Elem e1(e0, "ItemGroup"); e1.SetHasElements(); for (cmGeneratorTarget const* dt : depends) { if (dt->GetType() == cmStateEnums::INTERFACE_LIBRARY) { continue; } // skip fortran targets as they can not be processed by MSBuild // the only reference will be in the .sln file if (this->GlobalGenerator->TargetIsFortranOnly(dt)) { continue; } cmLocalGenerator* lg = dt->GetLocalGenerator(); std::string name = dt->GetName(); std::string path; const char* p = dt->GetProperty("EXTERNAL_MSPROJECT"); if (p) { path = p; } else { path = lg->GetCurrentBinaryDirectory(); path += "/"; path += dt->GetName(); path += computeProjectFileExtension(dt); } ConvertToWindowsSlash(path); Elem e2(e1, "ProjectReference"); e2.Attribute("Include", path); e2.Element("Project", "{" + this->GlobalGenerator->GetGUID(name) + "}"); e2.Element("Name", name); this->WriteDotNetReferenceCustomTags(e2, name); // If the dependency target is not managed (compiled with /clr or // C# target) and not a WinRT component we cannot reference it and // have to set 'ReferenceOutputAssembly' to false. auto referenceNotManaged = dt->GetManagedType("") < cmGeneratorTarget::ManagedType::Mixed; // Workaround to check for manually set /clr flags. if (referenceNotManaged) { if (const auto* flags = dt->GetProperty("COMPILE_OPTIONS")) { std::string flagsStr = flags; if (flagsStr.find("clr") != std::string::npos) { // There is a warning already issued when building the flags. referenceNotManaged = false; } } } // Workaround for static library C# targets if (referenceNotManaged && dt->GetType() == cmStateEnums::STATIC_LIBRARY) { referenceNotManaged = !dt->IsCSharpOnly(); } // Referencing WinRT components is okay. if (referenceNotManaged) { referenceNotManaged = !dt->GetPropertyAsBool("VS_WINRT_COMPONENT"); } if (referenceNotManaged) { e2.Element("ReferenceOutputAssembly", "false"); e2.Element("CopyToOutputDirectory", "Never"); } } } void cmVisualStudio10TargetGenerator::WritePlatformExtensions(Elem& e1) { // This only applies to Windows 10 apps if (this->GlobalGenerator->TargetsWindowsStore() && cmHasLiteralPrefix(this->GlobalGenerator->GetSystemVersion(), "10.0")) { const char* desktopExtensionsVersion = this->GeneratorTarget->GetProperty("VS_DESKTOP_EXTENSIONS_VERSION"); if (desktopExtensionsVersion) { this->WriteSinglePlatformExtension(e1, "WindowsDesktop", desktopExtensionsVersion); } const char* mobileExtensionsVersion = this->GeneratorTarget->GetProperty("VS_MOBILE_EXTENSIONS_VERSION"); if (mobileExtensionsVersion) { this->WriteSinglePlatformExtension(e1, "WindowsMobile", mobileExtensionsVersion); } } } void cmVisualStudio10TargetGenerator::WriteSinglePlatformExtension( Elem& e1, std::string const& extension, std::string const& version) { const std::string s = "$([Microsoft.Build.Utilities.ToolLocationHelper]" "::GetPlatformExtensionSDKLocation(`" + extension + ", Version=" + version + "`, $(TargetPlatformIdentifier), $(TargetPlatformVersion), null, " "$(ExtensionSDKDirectoryRoot), null))" "\\DesignTime\\CommonConfiguration\\Neutral\\" + extension + ".props"; Elem e2(e1, "Import"); e2.Attribute("Project", s); e2.Attribute("Condition", "exists('" + s + "')"); } void cmVisualStudio10TargetGenerator::WriteSDKReferences(Elem& e0) { std::vector sdkReferences; std::unique_ptr spe1; if (const char* vsSDKReferences = this->GeneratorTarget->GetProperty("VS_SDK_REFERENCES")) { cmSystemTools::ExpandListArgument(vsSDKReferences, sdkReferences); spe1 = cm::make_unique(e0, "ItemGroup"); for (std::string const& ri : sdkReferences) { Elem(*spe1, "SDKReference").Attribute("Include", ri); } } // This only applies to Windows 10 apps if (this->GlobalGenerator->TargetsWindowsStore() && cmHasLiteralPrefix(this->GlobalGenerator->GetSystemVersion(), "10.0")) { const char* desktopExtensionsVersion = this->GeneratorTarget->GetProperty("VS_DESKTOP_EXTENSIONS_VERSION"); const char* mobileExtensionsVersion = this->GeneratorTarget->GetProperty("VS_MOBILE_EXTENSIONS_VERSION"); const char* iotExtensionsVersion = this->GeneratorTarget->GetProperty("VS_IOT_EXTENSIONS_VERSION"); if (desktopExtensionsVersion || mobileExtensionsVersion || iotExtensionsVersion) { if (!spe1) { spe1 = cm::make_unique(e0, "ItemGroup"); } if (desktopExtensionsVersion) { this->WriteSingleSDKReference(*spe1, "WindowsDesktop", desktopExtensionsVersion); } if (mobileExtensionsVersion) { this->WriteSingleSDKReference(*spe1, "WindowsMobile", mobileExtensionsVersion); } if (iotExtensionsVersion) { this->WriteSingleSDKReference(*spe1, "WindowsIoT", iotExtensionsVersion); } } } } void cmVisualStudio10TargetGenerator::WriteSingleSDKReference( Elem& e1, std::string const& extension, std::string const& version) { Elem(e1, "SDKReference") .Attribute("Include", extension + ", Version=" + version); } void cmVisualStudio10TargetGenerator::WriteWinRTPackageCertificateKeyFile( Elem& e0) { if ((this->GlobalGenerator->TargetsWindowsStore() || this->GlobalGenerator->TargetsWindowsPhone()) && (cmStateEnums::EXECUTABLE == this->GeneratorTarget->GetType())) { std::string pfxFile; std::vector certificates; this->GeneratorTarget->GetCertificates(certificates, ""); for (cmSourceFile const* si : certificates) { pfxFile = this->ConvertPath(si->GetFullPath(), false); ConvertToWindowsSlash(pfxFile); break; } if (this->IsMissingFiles && !(this->GlobalGenerator->TargetsWindowsPhone() && this->GlobalGenerator->GetSystemVersion() == "8.0")) { // Move the manifest to a project directory to avoid clashes std::string artifactDir = this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); ConvertToWindowsSlash(artifactDir); Elem e1(e0, "PropertyGroup"); e1.Element("AppxPackageArtifactsDir", artifactDir + "\\"); std::string resourcePriFile = this->DefaultArtifactDir + "/resources.pri"; ConvertToWindowsSlash(resourcePriFile); e1.Element("ProjectPriFullPath", resourcePriFile); // If we are missing files and we don't have a certificate and // aren't targeting WP8.0, add a default certificate if (pfxFile.empty()) { std::string templateFolder = cmSystemTools::GetCMakeRoot() + "/Templates/Windows"; pfxFile = this->DefaultArtifactDir + "/Windows_TemporaryKey.pfx"; cmSystemTools::CopyAFile(templateFolder + "/Windows_TemporaryKey.pfx", pfxFile, false); ConvertToWindowsSlash(pfxFile); this->AddedFiles.push_back(pfxFile); this->AddedDefaultCertificate = true; } e1.Element("PackageCertificateKeyFile", pfxFile); std::string thumb = cmSystemTools::ComputeCertificateThumbprint(pfxFile); if (!thumb.empty()) { e1.Element("PackageCertificateThumbprint", thumb); } } else if (!pfxFile.empty()) { Elem e1(e0, "PropertyGroup"); e1.Element("PackageCertificateKeyFile", pfxFile); std::string thumb = cmSystemTools::ComputeCertificateThumbprint(pfxFile); if (!thumb.empty()) { e1.Element("PackageCertificateThumbprint", thumb); } } } } bool cmVisualStudio10TargetGenerator::IsResxHeader( const std::string& headerFile) { std::set expectedResxHeaders; this->GeneratorTarget->GetExpectedResxHeaders(expectedResxHeaders, ""); return expectedResxHeaders.count(headerFile) > 0; } bool cmVisualStudio10TargetGenerator::IsXamlHeader( const std::string& headerFile) { std::set expectedXamlHeaders; this->GeneratorTarget->GetExpectedXamlHeaders(expectedXamlHeaders, ""); return expectedXamlHeaders.count(headerFile) > 0; } bool cmVisualStudio10TargetGenerator::IsXamlSource( const std::string& sourceFile) { std::set expectedXamlSources; this->GeneratorTarget->GetExpectedXamlSources(expectedXamlSources, ""); return expectedXamlSources.count(sourceFile) > 0; } void cmVisualStudio10TargetGenerator::WriteApplicationTypeSettings(Elem& e1) { cmGlobalVisualStudio10Generator* gg = this->GlobalGenerator; bool isAppContainer = false; bool const isWindowsPhone = this->GlobalGenerator->TargetsWindowsPhone(); bool const isWindowsStore = this->GlobalGenerator->TargetsWindowsStore(); std::string const& rev = this->GlobalGenerator->GetApplicationTypeRevision(); if (isWindowsPhone || isWindowsStore) { e1.Element("ApplicationType", (isWindowsPhone ? "Windows Phone" : "Windows Store")); e1.Element("DefaultLanguage", "en-US"); if (rev == "10.0") { e1.Element("ApplicationTypeRevision", rev); // Visual Studio 14.0 is necessary for building 10.0 apps e1.Element("MinimumVisualStudioVersion", "14.0"); if (this->GeneratorTarget->GetType() < cmStateEnums::UTILITY) { isAppContainer = true; } } else if (rev == "8.1") { e1.Element("ApplicationTypeRevision", rev); // Visual Studio 12.0 is necessary for building 8.1 apps e1.Element("MinimumVisualStudioVersion", "12.0"); if (this->GeneratorTarget->GetType() < cmStateEnums::UTILITY) { isAppContainer = true; } } else if (rev == "8.0") { e1.Element("ApplicationTypeRevision", rev); // Visual Studio 11.0 is necessary for building 8.0 apps e1.Element("MinimumVisualStudioVersion", "11.0"); if (isWindowsStore && this->GeneratorTarget->GetType() < cmStateEnums::UTILITY) { isAppContainer = true; } else if (isWindowsPhone && this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE) { e1.Element("XapOutputs", "true"); e1.Element("XapFilename", this->Name + "_$(Configuration)_$(Platform).xap"); } } } if (isAppContainer) { e1.Element("AppContainerApplication", "true"); } else if (this->Platform == "ARM64") { e1.Element("WindowsSDKDesktopARM64Support", "true"); } else if (this->Platform == "ARM") { e1.Element("WindowsSDKDesktopARMSupport", "true"); } std::string const& targetPlatformVersion = gg->GetWindowsTargetPlatformVersion(); if (!targetPlatformVersion.empty()) { e1.Element("WindowsTargetPlatformVersion", targetPlatformVersion); } const char* targetPlatformMinVersion = this->GeneratorTarget->GetProperty( "VS_WINDOWS_TARGET_PLATFORM_MIN_VERSION"); if (targetPlatformMinVersion) { e1.Element("WindowsTargetPlatformMinVersion", targetPlatformMinVersion); } else if (isWindowsStore && rev == "10.0") { // If the min version is not set, then use the TargetPlatformVersion if (!targetPlatformVersion.empty()) { e1.Element("WindowsTargetPlatformMinVersion", targetPlatformVersion); } } // Added IoT Startup Task support if (this->GeneratorTarget->GetPropertyAsBool("VS_IOT_STARTUP_TASK")) { e1.Element("ContainsStartupTask", "true"); } } void cmVisualStudio10TargetGenerator::VerifyNecessaryFiles() { // For Windows and Windows Phone executables, we will assume that if a // manifest is not present that we need to add all the necessary files if (this->GeneratorTarget->GetType() == cmStateEnums::EXECUTABLE) { std::vector manifestSources; this->GeneratorTarget->GetAppManifest(manifestSources, ""); { std::string const& v = this->GlobalGenerator->GetSystemVersion(); if (this->GlobalGenerator->TargetsWindowsPhone()) { if (v == "8.0") { // Look through the sources for WMAppManifest.xml std::vector extraSources; this->GeneratorTarget->GetExtraSources(extraSources, ""); bool foundManifest = false; for (cmSourceFile const* si : extraSources) { // Need to do a lowercase comparison on the filename if ("wmappmanifest.xml" == cmSystemTools::LowerCase(si->GetLocation().GetName())) { foundManifest = true; break; } } if (!foundManifest) { this->IsMissingFiles = true; } } else if (v == "8.1") { if (manifestSources.empty()) { this->IsMissingFiles = true; } } } else if (this->GlobalGenerator->TargetsWindowsStore()) { if (manifestSources.empty()) { if (v == "8.0") { this->IsMissingFiles = true; } else if (v == "8.1" || cmHasLiteralPrefix(v, "10.0")) { this->IsMissingFiles = true; } } } } } } void cmVisualStudio10TargetGenerator::WriteMissingFiles(Elem& e1) { std::string const& v = this->GlobalGenerator->GetSystemVersion(); if (this->GlobalGenerator->TargetsWindowsPhone()) { if (v == "8.0") { this->WriteMissingFilesWP80(e1); } else if (v == "8.1") { this->WriteMissingFilesWP81(e1); } } else if (this->GlobalGenerator->TargetsWindowsStore()) { if (v == "8.0") { this->WriteMissingFilesWS80(e1); } else if (v == "8.1") { this->WriteMissingFilesWS81(e1); } else if (cmHasLiteralPrefix(v, "10.0")) { this->WriteMissingFilesWS10_0(e1); } } } void cmVisualStudio10TargetGenerator::WriteMissingFilesWP80(Elem& e1) { std::string templateFolder = cmSystemTools::GetCMakeRoot() + "/Templates/Windows"; // For WP80, the manifest needs to be in the same folder as the project // this can cause an overwrite problem if projects aren't organized in // folders std::string manifestFile = this->LocalGenerator->GetCurrentBinaryDirectory() + "/WMAppManifest.xml"; std::string artifactDir = this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); ConvertToWindowsSlash(artifactDir); std::string artifactDirXML = cmVS10EscapeXML(artifactDir); std::string targetNameXML = cmVS10EscapeXML(this->GeneratorTarget->GetName()); cmGeneratedFileStream fout(manifestFile); fout.SetCopyIfDifferent(true); /* clang-format off */ fout << "\n" "\n" "\t\n" "\tGUID << "}\"" " Title=\"CMake Test Program\" RuntimeType=\"Modern Native\"" " Version=\"1.0.0.0\" Genre=\"apps.normal\" Author=\"CMake\"" " Description=\"Default CMake App\" Publisher=\"CMake\"" " PublisherID=\"{" << this->GUID << "}\">\n" "\t\t" << artifactDirXML << "\\ApplicationIcon.png\n" "\t\t\n" "\t\t\n" "\t\t\t\n" "\t\t\n" "\t\t\n" "\t\t\t\n" "\t\t\t\t\n" "\t\t\t\t\t" << artifactDirXML << "\\SmallLogo.png\n" "\t\t\t\t\t0\n" "\t\t\t\t\t" << artifactDirXML << "\\Logo.png\n" "\t\t\t\t\n" "\t\t\t\n" "\t\t\n" "\t\t\n" "\t\t\t\n" "\t\t\n" "\t\n" "\n"; /* clang-format on */ std::string sourceFile = this->ConvertPath(manifestFile, false); ConvertToWindowsSlash(sourceFile); { Elem e2(e1, "Xml"); e2.Attribute("Include", sourceFile); e2.Element("SubType", "Designer"); } this->AddedFiles.push_back(sourceFile); std::string smallLogo = this->DefaultArtifactDir + "/SmallLogo.png"; cmSystemTools::CopyAFile(templateFolder + "/SmallLogo.png", smallLogo, false); ConvertToWindowsSlash(smallLogo); Elem(e1, "Image").Attribute("Include", smallLogo); this->AddedFiles.push_back(smallLogo); std::string logo = this->DefaultArtifactDir + "/Logo.png"; cmSystemTools::CopyAFile(templateFolder + "/Logo.png", logo, false); ConvertToWindowsSlash(logo); Elem(e1, "Image").Attribute("Include", logo); this->AddedFiles.push_back(logo); std::string applicationIcon = this->DefaultArtifactDir + "/ApplicationIcon.png"; cmSystemTools::CopyAFile(templateFolder + "/ApplicationIcon.png", applicationIcon, false); ConvertToWindowsSlash(applicationIcon); Elem(e1, "Image").Attribute("Include", applicationIcon); this->AddedFiles.push_back(applicationIcon); } void cmVisualStudio10TargetGenerator::WriteMissingFilesWP81(Elem& e1) { std::string manifestFile = this->DefaultArtifactDir + "/package.appxManifest"; std::string artifactDir = this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); ConvertToWindowsSlash(artifactDir); std::string artifactDirXML = cmVS10EscapeXML(artifactDir); std::string targetNameXML = cmVS10EscapeXML(this->GeneratorTarget->GetName()); cmGeneratedFileStream fout(manifestFile); fout.SetCopyIfDifferent(true); /* clang-format off */ fout << "\n" "\n" "\tGUID << "\" Publisher=\"CN=CMake\"" " Version=\"1.0.0.0\" />\n" "\tGUID << "\"" " PhonePublisherId=\"00000000-0000-0000-0000-000000000000\"/>\n" "\t\n" "\t\t" << targetNameXML << "\n" "\t\tCMake\n" "\t\t" << artifactDirXML << "\\StoreLogo.png\n" "\t\n" "\t\n" "\t\t6.3.1\n" "\t\t6.3.1\n" "\t\n" "\t\n" "\t\t\n" "\t\n" "\t\n" "\t\t\n" "\t\t\t\n" "\t\t\t\t\n" "\t\t\t\t\t\n" "\t\t\t\t\t\t\n" "\t\t\t\t\t\n" "\t\t\t\t\n" "\t\t\t\t\n" "\t\t\t\n" "\t\t\n" "\t\n" "\n"; /* clang-format on */ this->WriteCommonMissingFiles(e1, manifestFile); } void cmVisualStudio10TargetGenerator::WriteMissingFilesWS80(Elem& e1) { std::string manifestFile = this->DefaultArtifactDir + "/package.appxManifest"; std::string artifactDir = this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); ConvertToWindowsSlash(artifactDir); std::string artifactDirXML = cmVS10EscapeXML(artifactDir); std::string targetNameXML = cmVS10EscapeXML(this->GeneratorTarget->GetName()); cmGeneratedFileStream fout(manifestFile); fout.SetCopyIfDifferent(true); /* clang-format off */ fout << "\n" "\n" "\tGUID << "\" Publisher=\"CN=CMake\"" " Version=\"1.0.0.0\" />\n" "\t\n" "\t\t" << targetNameXML << "\n" "\t\tCMake\n" "\t\t" << artifactDirXML << "\\StoreLogo.png\n" "\t\n" "\t\n" "\t\t6.2.1\n" "\t\t6.2.1\n" "\t\n" "\t\n" "\t\t\n" "\t\n" "\t\n" "\t\t\n" "\t\t\t\n" "\t\t\t\t\n" "\t\t\t\t\n" "\t\t\t\n" "\t\t\n" "\t\n" "\n"; /* clang-format on */ this->WriteCommonMissingFiles(e1, manifestFile); } void cmVisualStudio10TargetGenerator::WriteMissingFilesWS81(Elem& e1) { std::string manifestFile = this->DefaultArtifactDir + "/package.appxManifest"; std::string artifactDir = this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); ConvertToWindowsSlash(artifactDir); std::string artifactDirXML = cmVS10EscapeXML(artifactDir); std::string targetNameXML = cmVS10EscapeXML(this->GeneratorTarget->GetName()); cmGeneratedFileStream fout(manifestFile); fout.SetCopyIfDifferent(true); /* clang-format off */ fout << "\n" "\n" "\tGUID << "\" Publisher=\"CN=CMake\"" " Version=\"1.0.0.0\" />\n" "\t\n" "\t\t" << targetNameXML << "\n" "\t\tCMake\n" "\t\t" << artifactDirXML << "\\StoreLogo.png\n" "\t\n" "\t\n" "\t\t6.3\n" "\t\t6.3\n" "\t\n" "\t\n" "\t\t\n" "\t\n" "\t\n" "\t\t\n" "\t\t\t\n" "\t\t\t\t\n" "\t\t\t\t\t\n" "\t\t\t\t\t\t\n" "\t\t\t\t\t\n" "\t\t\t\t\n" "\t\t\t\t\n" "\t\t\t\n" "\t\t\n" "\t\n" "\n"; /* clang-format on */ this->WriteCommonMissingFiles(e1, manifestFile); } void cmVisualStudio10TargetGenerator::WriteMissingFilesWS10_0(Elem& e1) { std::string manifestFile = this->DefaultArtifactDir + "/package.appxManifest"; std::string artifactDir = this->LocalGenerator->GetTargetDirectory(this->GeneratorTarget); ConvertToWindowsSlash(artifactDir); std::string artifactDirXML = cmVS10EscapeXML(artifactDir); std::string targetNameXML = cmVS10EscapeXML(this->GeneratorTarget->GetName()); cmGeneratedFileStream fout(manifestFile); fout.SetCopyIfDifferent(true); /* clang-format off */ fout << "\n" "\n\n" "\tGUID << "\" Publisher=\"CN=CMake\"" " Version=\"1.0.0.0\" />\n" "\tGUID << "\" PhonePublisherId=\"00000000-0000-0000-0000-000000000000\"/>\n" "\t\n" "\t\t" << targetNameXML << "\n" "\t\tCMake\n" "\t\t" << artifactDirXML << "\\StoreLogo.png\n" "\t\n" "\t\n" "\t\t\n" "\t\n" "\t\n" "\t\t\n" "\t\n" "\t\n" "\t\t\n" "\t\t\t\n" "\t\t\t\t\n" "\t\t\t\n" "\t\t\n" "\t\n" "\n"; /* clang-format on */ this->WriteCommonMissingFiles(e1, manifestFile); } void cmVisualStudio10TargetGenerator::WriteCommonMissingFiles( Elem& e1, const std::string& manifestFile) { std::string templateFolder = cmSystemTools::GetCMakeRoot() + "/Templates/Windows"; std::string sourceFile = this->ConvertPath(manifestFile, false); ConvertToWindowsSlash(sourceFile); { Elem e2(e1, "AppxManifest"); e2.Attribute("Include", sourceFile); e2.Element("SubType", "Designer"); } this->AddedFiles.push_back(sourceFile); std::string smallLogo = this->DefaultArtifactDir + "/SmallLogo.png"; cmSystemTools::CopyAFile(templateFolder + "/SmallLogo.png", smallLogo, false); ConvertToWindowsSlash(smallLogo); Elem(e1, "Image").Attribute("Include", smallLogo); this->AddedFiles.push_back(smallLogo); std::string smallLogo44 = this->DefaultArtifactDir + "/SmallLogo44x44.png"; cmSystemTools::CopyAFile(templateFolder + "/SmallLogo44x44.png", smallLogo44, false); ConvertToWindowsSlash(smallLogo44); Elem(e1, "Image").Attribute("Include", smallLogo44); this->AddedFiles.push_back(smallLogo44); std::string logo = this->DefaultArtifactDir + "/Logo.png"; cmSystemTools::CopyAFile(templateFolder + "/Logo.png", logo, false); ConvertToWindowsSlash(logo); Elem(e1, "Image").Attribute("Include", logo); this->AddedFiles.push_back(logo); std::string storeLogo = this->DefaultArtifactDir + "/StoreLogo.png"; cmSystemTools::CopyAFile(templateFolder + "/StoreLogo.png", storeLogo, false); ConvertToWindowsSlash(storeLogo); Elem(e1, "Image").Attribute("Include", storeLogo); this->AddedFiles.push_back(storeLogo); std::string splashScreen = this->DefaultArtifactDir + "/SplashScreen.png"; cmSystemTools::CopyAFile(templateFolder + "/SplashScreen.png", splashScreen, false); ConvertToWindowsSlash(splashScreen); Elem(e1, "Image").Attribute("Include", splashScreen); this->AddedFiles.push_back(splashScreen); if (this->AddedDefaultCertificate) { // This file has already been added to the build so don't copy it std::string keyFile = this->DefaultArtifactDir + "/Windows_TemporaryKey.pfx"; ConvertToWindowsSlash(keyFile); Elem(e1, "None").Attribute("Include", keyFile); } } bool cmVisualStudio10TargetGenerator::ForceOld(const std::string& source) const { HANDLE h = CreateFileW(cmSystemTools::ConvertToWindowsExtendedPath(source).c_str(), FILE_WRITE_ATTRIBUTES, FILE_SHARE_WRITE, 0, OPEN_EXISTING, FILE_FLAG_BACKUP_SEMANTICS, 0); if (!h) { return false; } FILETIME const ftime_20010101 = { 3365781504u, 29389701u }; if (!SetFileTime(h, &ftime_20010101, &ftime_20010101, &ftime_20010101)) { CloseHandle(h); return false; } CloseHandle(h); return true; } void cmVisualStudio10TargetGenerator::GetCSharpSourceProperties( cmSourceFile const* sf, std::map& tags) { if (this->ProjectType == csproj) { const cmPropertyMap& props = sf->GetProperties(); for (auto const& p : props) { static const std::string propNamePrefix = "VS_CSHARP_"; if (p.first.find(propNamePrefix) == 0) { std::string tagName = p.first.substr(propNamePrefix.length()); if (!tagName.empty()) { const std::string val = props.GetPropertyValue(p.first); if (!val.empty()) { tags[tagName] = val; } else { tags.erase(tagName); } } } } } } void cmVisualStudio10TargetGenerator::WriteCSharpSourceProperties( Elem& e2, const std::map& tags) { for (const auto& i : tags) { e2.Element(i.first.c_str(), i.second); } } void cmVisualStudio10TargetGenerator::GetCSharpSourceLink( cmSourceFile const* sf, std::string& link) { std::string const& sourceFilePath = sf->GetFullPath(); std::string const& binaryDir = LocalGenerator->GetCurrentBinaryDirectory(); if (!cmSystemTools::IsSubDirectory(sourceFilePath, binaryDir)) { const std::string& stripFromPath = this->Makefile->GetCurrentSourceDirectory(); if (sourceFilePath.find(stripFromPath) == 0) { if (const char* l = sf->GetProperty("VS_CSHARP_Link")) { link = l; } else { link = sourceFilePath.substr(stripFromPath.length() + 1); } ConvertToWindowsSlash(link); } } } std::string cmVisualStudio10TargetGenerator::GetCMakeFilePath( const char* relativeFilePath) const { // Always search in the standard modules location. std::string path = cmSystemTools::GetCMakeRoot() + "/"; path += relativeFilePath; ConvertToWindowsSlash(path); return path; }